阅读说明：本技术 一种螺帽加工用具有快速冷却结构的输送设备 (A kind of nut process apparatus has the conveying equipment of Quick cooling structure ) 是由 赵昌文 邓宇军 陈其志 肖杰康 于 2019-08-31 设计创作，主要内容包括：本发明涉及一种螺帽加工用具有快速冷却结构的输送设备,包括主体和隔离机构,所述主体的底端安装有基座,且主体与基座之间为焊接连接,所述主体靠近基座的一侧安装有皂化液箱,且皂化液箱与基座之间为固定连接,所述基座靠近皂化液箱的内部一端安装有水泵,本发明的有益效果是：通过拧动连接板中的螺栓柱从而能够使隔离机构和旋转机构之间发生松动,且能够将连接板之间的隔离机构和旋转机构进行拆卸处理,从而能够清理隔离机构和旋转机构之间的螺帽废屑,且能够对隔离机构和旋转机构之间的零部件进行更换处理,从而能够防止隔离机构和旋转机构之间发生废屑卡塞等情况,从而能够提高螺帽加工输送的工作效率,且能够避免螺帽避免发生卡塞划痕。(The present invention relates to the conveying equipments that a kind of nut process apparatus has Quick cooling structure, including main body and interrupter, the bottom end of the main body is equipped with pedestal, it and is to be welded to connect between main body and pedestal, the main body is equipped with saponification liquid case close to the side of pedestal, it and is to be fixedly connected between saponification liquid case and pedestal, the pedestal is equipped with water pump close to inside one end of saponification liquid case, the beneficial effects of the present invention are: by turning the bolt column in connecting plate so as to making to loosen between interrupter and rotating mechanism, and can by between connecting plate interrupter and rotating mechanism carry out disassembly processing, so as to the nut scrap cleared up between interrupter and rotating mechanism, and replacement processing can be carried out to the components between interrupter and rotating mechanism, so as to prevent from occurring between interrupter and rotating mechanism Situations such as scrap card plug, so as to improve the working efficiency of nut processing conveying, and can be avoided nut and avoid that card plug scratch occurs.)

1. a kind of nut process apparatus has the conveying equipment of Quick cooling structure, including main body (1) and interrupter (8), special Sign is: the bottom end of the main body (1) is equipped with pedestal (12), and to be welded to connect between main body (1) and pedestal (12), described Main body (1) is equipped with saponification liquid case (4) close to the side of pedestal (12), and it is fixed for being saponified between liquid case (4) and pedestal (12) Connection, the pedestal (12) are equipped with water pump (3) close to inside one end of saponification liquid case (4), and water pump (3) and saponification liquid case (4) to be flexibly connected between, saponification liquid case (4) is provided with cooling tube (2) close to the one end of water pump (3), and cooling tube (2) To be flexibly connected between water pump (3), it is connected with isolation board (11) in the middle part of the inside of the pedestal (12), and isolation board (11) It is fitted closely between internal inner wall and the inside inner wall of pedestal (12), the inner tip of the isolation board (11) is provided with transporter Structure (10), and to be flexibly connected between transport establishment (10) and isolation board (11), the interrupter (8) is installed on pedestal (12) Top middle portion, the top of the interrupter (8) is provided with rotating mechanism (7), and rotating mechanism (7) and interrupter (8) intersect between for center line, the rotating mechanism (7) is connected with connecting plate (9) close to the one end of interrupter (8), and even It is to be flexibly connected between fishplate bar (9) and pedestal (12).

2. the conveying equipment that a kind of nut process apparatus according to claim 1 has Quick cooling structure, it is characterised in that: To be threadedly coupled between the bolt column (6) and connecting plate (9), and bolt column (6) passes through connecting plate (9) and interrupter (8) It is configured to detaching structure.

3. the conveying equipment that a kind of nut process apparatus according to claim 1 has Quick cooling structure, it is characterised in that: The inner tip of the connecting plate (9) is fixed with bolt column (6), and the water pump (3) sets close to the interior side of saponification liquid case (4) It is equipped with filter mantle (5), and is saponified to be fixedly connected between liquid case (4) and filter mantle (5), the interrupter (8) is close to rotation The top side of mechanism (7) is connected with backplate (14), and the rotating mechanism (7) is equipped with supporting plate close to the one end of backplate (14) It (13), and is to be flexibly connected between supporting plate (13) and close backplate (14), the top of the backplate (14) is fixed with mounting plate It (17), and is to be flexibly connected between cooling tube (2) and mounting plate (17), the interior welds of the mounting plate (17) have slide plate It (15), and is to be fixedly connected between slide plate (15) and mounting plate (17), bottom end one of the mounting plate (17) close to slide plate (15) Side is provided with nozzle mechanism (16), and is to be flexibly connected between slide plate (15) and nozzle mechanism (16).

4. the conveying equipment that a kind of nut process apparatus according to claim 3 has Quick cooling structure, it is characterised in that: The nozzle mechanism (16) includes fixed plate (1601) and sliding groove (1602), and the top of the nozzle mechanism (16) is equipped with solid Fixed board (1601), and fitted closely between the inside inner wall of nozzle mechanism (16) and the inside inner wall of fixed plate (1601), it is described Fixed plate (1601) is internally connected with sliding groove (1602), and to be flexibly connected between slide plate (15) and sliding groove (1602), And nozzle mechanism (16) is configured to slide construction by slide plate (15) and sliding groove (1602).

5. the conveying equipment that a kind of nut process apparatus according to claim 1 has Quick cooling structure, it is characterised in that: The rotating mechanism (7) includes movable plate (701), sieve plate (702) and column spinner (703), the inside of the rotating mechanism (7) Surrounding is connected and installed with sieve plate (702), and to be fixedly connected between rotating mechanism (7) and sieve plate (702), the sieve plate (702) it is provided in the middle part of column spinner (703), and to be flexibly connected between sieve plate (702) and column spinner (703), the rotation The surrounding of rotary column (703) is equipped with movable plate (701).

6. the conveying equipment that a kind of nut process apparatus according to claim 5 has Quick cooling structure, it is characterised in that: To be fixedly connected between the movable plate (701) and column spinner (703), and movable plate (701) passes through column spinner (703) and strainer Plate (702) is configured to rotational structure.

7. the conveying equipment that a kind of nut process apparatus according to claim 1 has Quick cooling structure, it is characterised in that: The interrupter (8) includes sliding slot (801), fastening plate (802), a step (803) and two steps (804), the isolation machine The inner tip of structure (8) is equipped with a step (803), and center line intersects between interrupter (8) and a step (803), institute The bottom end for stating a step (803) is provided with two steps (804), and parallel between a step (803) and two steps (804), institute It states two steps (804) to be fixed with fastening plate (802) close to the side of a step (803), and fastening plate (802) and a step (803) to be fixedly connected between, a step (803) is provided with sliding slot (801) close to the one end of fastening plate (802), and sliding To be flexibly connected between slot (801) and fastening plate (802), and sliding slot (801) passes through fastening plate (802) and a step (803) It is configured to snap-in structure.

8. the conveying equipment that a kind of nut process apparatus according to claim 1 has Quick cooling structure, it is characterised in that: The transport establishment (10) includes conveyer belt (1001), handle (1002), mesh (1003) and runner (1004), the transporter Structure (10) is equipped with conveyer belt (1001), and between the inside inner wall of transport establishment (10) and the inside inner wall of conveyer belt (1001) It fits closely, the inside of the conveyer belt (1001) is welded with mesh (1003) up and down, and the mesh (1003) is close to transmission The interior side of band (1001) is equipped with runner (1004), and to be flexibly connected between conveyer belt (1001) and runner (1004), Handle (1002) are connected in the middle part of the inside of the runner (1004).

9. the conveying equipment that a kind of nut process apparatus according to claim 8 has Quick cooling structure, it is characterised in that； To be welded to connect between the handle (1002) and runner (1004), and handle (1002) passes through runner (1004) and conveyer belt (1001) it is configured to drive mechanism.

Technical field

The present invention relates to nut processing technique field, specially a kind of nut process apparatus has the conveying of Quick cooling structure Equipment.

Background technique

Nut is generally used to fix certain machinery, therefore is seen everywhere in our life, so as to enhance machinery Stability, and nut is also referred to as nut, and there are many kinds of classes for general nut, have hexagonal (hexagon)nut, there is round nut, square nut etc. Deng, some specification standards still relatively more clear for some standards of nut, material requirement standard, plating standard etc. It is all clearer, and different types of nut also has various criterion, just have it is detailed introduce nut specification and standard, still In nut process, nut surface temperature is excessively high, to influence the production efficiency of nut processing, it is therefore desirable to process to nut Carry out cooling improvement.

It is disclosed in a kind of 106076985 nut of A- of Chinese invention application publication number CN with cleaning device-application, the nut With cleaning device, pass through the improvement of storage box and brushing device so that cleaning device can be very good to carry out nut inside clear Operation is washed, subsequent process operation is facilitated, extends the service life of nut, the person of being convenient to use while reducing cost It uses, but nut processing scrap is not handled specifically in the process of cleaning, nut processing in the market, each processing There are nut scrap between module, so that the heat radiation function of nut processing is influenced, and surface temperature is excessively high when progress nut processing, Timely cooling treatment is not carried out, to influence the processing quality of nut, and specific cleaning cooling is not carried out to nut, thus The problem of causing that nut stopping state occurs during transportation, and reducing nut surface quality.

Summary of the invention

The purpose of the present invention is to provide the conveying equipments that a kind of nut process apparatus has Quick cooling structure, on solving It states the nut in the market proposed in background technique to process, there are nut scrap between each processing module, to influence nut The heat radiation function of processing, and surface temperature is excessively high when progress nut processing, timely cooling treatment is not carried out, to influence nut Processing quality, and specific cleaning cooling is carried out to nut, to cause that nut stopping state occurs during transportation, And the problem of reducing nut surface quality.

To achieve the above object, the invention provides the following technical scheme: a kind of nut process apparatus has Quick cooling structure Conveying equipment, including main body and interrupter, the bottom end of the main body be equipped with pedestal, and is welding between main body and pedestal Connection, the main body are equipped with saponification liquid case close to the side of pedestal, and are saponified to be fixedly connected between liquid case and pedestal, described Pedestal is equipped with water pump close to inside one end of saponification liquid case, and to be flexibly connected between water pump and saponification liquid case, the saponification Liquid case is provided with cooling tube close to one end of water pump, and to be flexibly connected between cooling tube and water pump, in the inside of the pedestal Portion is connected with isolation board, and fits closely between the inside inner wall of isolation board and the inside inner wall of pedestal, the isolation board it is interior Portion top is provided with transport establishment, and to be flexibly connected between transport establishment and isolation board, the interrupter is installed on pedestal Top middle portion, the top of the interrupter is provided with rotating mechanism, and between rotating mechanism and interrupter is The intersection of heart line, the rotating mechanism are connected with connecting plate close to one end of interrupter, and are activity between connecting plate and pedestal Connection.

Preferably, to be threadedly coupled between the bolt column and connecting plate, and bolt column passes through connecting plate and interrupter It is configured to detaching structure.

Preferably, the inner tip of the connecting plate is fixed with bolt column, and the water pump is close to the inside one of saponification liquid case Side is provided with filter mantle, and is saponified to be fixedly connected between liquid case and filter mantle, and the interrupter is close to the top of rotating mechanism End side is connected with backplate, and the rotating mechanism is equipped with supporting plate close to one end of backplate, and supporting plate and close to backplate it Between to be flexibly connected, the top of the backplate is fixed with mounting plate, and to be flexibly connected between cooling tube and mounting plate, the peace The interior welds of loading board have slide plate, and to be fixedly connected between slide plate and mounting plate, the mounting plate is close to the bottom end of slide plate one Side is provided with nozzle mechanism, and is to be flexibly connected between slide plate and nozzle mechanism.

Preferably, the nozzle mechanism includes fixed plate and sliding groove, and the top of the nozzle mechanism is equipped with fixed plate, And fitted closely between the inside inner wall of nozzle mechanism and the inside inner wall of fixed plate, the fixed plate is internally connected with sliding Slot, and to be flexibly connected between slide plate and sliding groove, and nozzle mechanism is configured to slide construction by slide plate and sliding groove.

Preferably, the rotating mechanism includes movable plate, sieve plate and column spinner, and the inside circumference of the rotating mechanism connects It connects and sieve plate is installed, and be to be fixedly connected between rotating mechanism and sieve plate, be provided with column spinner in the middle part of the sieve plate, And to be flexibly connected between sieve plate and column spinner, the surrounding of the column spinner is equipped with movable plate.

Preferably, to be fixedly connected between the movable plate and column spinner, and movable plate passes through column spinner and sieve plate structure As rotational structure.

Preferably, the interrupter includes sliding slot, fastening plate, a step and two steps, the inside of the interrupter Top is equipped with a step, and center line intersects between interrupter and a step, and the bottom end of a step is provided with second level Plate, and it is parallel between a step and two steps, two step is fixed with fastening plate, and fastening plate close to the side of a step To be fixedly connected between a step, a step is provided with sliding slot close to one end of fastening plate, and sliding slot and fastening plate it Between to be flexibly connected, and sliding slot is configured to snap-in structure by fastening plate and a step.

Preferably, the transport establishment includes conveyer belt, handle, mesh and runner, and the transport establishment is equipped with transmission Band, and fitted closely between the inside inner wall of transport establishment and the inside inner wall of conveyer belt, the inside of the conveyer belt is equal up and down It is welded with mesh, the mesh is equipped with runner close to the interior side of conveyer belt, and is that activity connects between conveyer belt and runner It connects, is connected with handle in the middle part of the inside of the runner.

Preferably, to be welded to connect between the handle and runner, and handle is configured to be driven by runner with conveyer belt Structure.

Compared with prior art, beneficial effects of the present invention are as follows:

1, bolt column of the present invention is configured to detaching structure by connecting plate and interrupter, by turning the bolt column in connecting plate So as to make to loosen between interrupter and rotating mechanism, and can be by the interrupter and whirler between connecting plate Structure carries out disassembly processing, so as to the nut scrap cleared up between interrupter and rotating mechanism, and can be to interrupter Components between rotating mechanism carry out replacement processing, so as to prevent that scrap occurs between interrupter and rotating mechanism Situations such as card plug, so as to improve the working efficiency of nut processing conveying, and can be avoided nut and avoid that card plug scratch occurs.

2, nozzle mechanism of the present invention is configured to slide construction by slide plate and sliding groove, by slide plate in nozzle mechanism and cunning Sliding between dynamic slot, it is movable between mounting plate so as to make fixed plate, and cooling tube can be made in followed by fixed plate It horizontally slips between mounting plate, so as to which the saponification liquor between nozzle mechanism and cooling tube is sprayed on main body upper cap nut, And processing cooling can be carried out to one side operative body upper cap nut, and the nut product between main body and pedestal can be carried out It cools, carries out cooling conveying so as to facilitate, and can be improved the product quality of nut processing.

3, movable plate of the present invention is configured to rotational structure by column spinner and sieve plate, by push manually movable plate to The column spinner being able to drive in sieve plate, and rotation cleaning can be carried out to the nut in sieve plate and rotating mechanism, so as to It is enough that cap rotation is cleaned in sieve plate, and can be avoided processing nut and be blocked between main body and pedestal, and pass through rotation Turn cleaning so as to carry out cooling space transfer to processing nut, and the cooling velocity of nut can be accelerated, so as into The next processing flow of row, and can be improved the working efficiency of nut processing.

4, sliding slot of the present invention is configured to snap-in structure by fastening plate and a step, passes through cunning of the fastening plate between sliding slot It is dynamic, so as to which a step and second level plate are fastened in interrupter, and by the screening of a step so as to by nut Nut scrap so as to expand the cooling space of nut, and can be filled by filtering on its surface by a step In two steps, thus by activity of two steps between sliding slot, and scrap filtration treatment can be carried out to two steps, and lead to It crosses level-one plate to be fastened in sliding slot and interrupter, so that a movable step detects the nut after processing, and pass through Two steps being fastened in interrupter are removed, so as to expand the activity space of interrupter, and two steps can be prevented Block the activity of a step.

5, handle of the present invention is configured to drive mechanism by runner and conveyer belt, by driving handle so as to band turn Wheel pushes conveyer belt, and can move left and right the nut on conveyer belt, so as to be fastened on nut in a step It is conveyed, and the nut after cooling can be carried out to left and right conveying and collected, carry out positioning receipts without staff Collection, and by the mesh on conveyer belt so as to avoid scrap from carrying out secondary filter on nut, and can aid in saponification liquor Saponification liquid recycle stream in case drops down, to carry out the filtering of saponification liquor scrap by filter mantle.

Detailed description of the invention

Fig. 1 is the structural schematic diagram for the conveying equipment that a kind of nut process apparatus of the present invention has Quick cooling structure；

Fig. 2 is the rotating mechanism structural schematic diagram for the conveying equipment that a kind of nut process apparatus of the present invention has Quick cooling structure；

Fig. 3 is the interrupter structural schematic diagram for the conveying equipment that a kind of nut process apparatus of the present invention has Quick cooling structure；

Fig. 4 is the transport establishment's structural schematic diagram for the conveying equipment that a kind of nut process apparatus of the present invention has Quick cooling structure；

Fig. 5 is enlarged structure signal at A in the Fig. 1 for the conveying equipment that a kind of nut process apparatus of the present invention has Quick cooling structure Figure.

In figure: 1, main body；2, cooling tube；3, water pump；4, it is saponified liquid case；5, filter mantle；6, bolt column；7, rotating mechanism； 701, movable plate；702, sieve plate；703, column spinner；8, interrupter；801, sliding slot；802, fastening plate；803, a step； 804, two step；9, connecting plate；10, transport establishment；1001, conveyer belt；1002, handle；1003, mesh；1004, runner；11, Isolation board；12, pedestal；13, supporting plate；14, backplate；15, slide plate；16, nozzle mechanism；1601, fixed plate；1602, sliding groove； 17, mounting plate.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments, is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or more；Term " on ", The orientation or positional relationship of the instructions such as "lower", "left", "right", "inner", "outside", " front end ", " rear end ", " head ", " tail portion " is It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of description of the present invention and simplification of the description, rather than instruction or dark Show that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair Limitation of the invention, in addition, term " first ", " second ", " third " etc. are used for description purposes only, and should not be understood as instruction or Imply relative importance.

Please refer to Fig. 1-5, the present invention provides a kind of technical solution: a kind of nut process apparatus has the defeated of Quick cooling structure Send equipment, including main body 1, cooling tube 2, water pump 3, saponification liquid case 4, filter mantle 5, bolt column 6, rotating mechanism 7, movable plate 701, Sieve plate 702, column spinner 703, interrupter 8, sliding slot 801, fastening plate 802, a step 803, two steps 804, connecting plate 9, Transport establishment 10, conveyer belt 1001, handle 1002, mesh 1003, runner 1004, isolation board 11, pedestal 12, supporting plate 13, shield Plate 14, slide plate 15, nozzle mechanism 16, fixed plate 1601, sliding groove 1602 and mounting plate 17, the bottom end of main body 1 are equipped with pedestal 12, and to be welded to connect between main body 1 and pedestal 12, main body 1 is equipped with saponification liquid case 4 close to the side of pedestal 12, and is saponified To be fixedly connected between liquid case 4 and pedestal 12, pedestal 12 is equipped with water pump 3, and water pump 3 close to inside one end of saponification liquid case 4 To be flexibly connected between saponification liquid case 4, liquid case 4 is saponified close to one end of water pump 3 and is provided with cooling tube 2, and cooling tube 2 and water To be flexibly connected between pump 3, isolation board 11, and the inside inner wall of isolation board 11 and pedestal 12 are connected in the middle part of the inside of pedestal 12 Inside inner wall between fit closely, the inner tip of isolation board 11 is provided with transport establishment 10, and transport establishment 10 be isolated To be flexibly connected between plate 11, interrupter 8 is installed on the top middle portion of pedestal 12, and the top of interrupter 8 is provided with rotation Mechanism 7, and intersect between rotating mechanism 7 and interrupter 8 for center line, rotating mechanism 7 is connected close to one end of interrupter 8 There is connecting plate 9, and to be flexibly connected between connecting plate 9 and pedestal 12, is threadedly coupled between bolt column 6 and connecting plate 9, and spiral shell Hitching post 6 is configured to detaching structure by connecting plate 9 and interrupter 8, by turn the bolt column 6 in connecting plate 9 so as to Make to loosen between interrupter 8 and rotating mechanism 7, and can be by the interrupter 8 and rotating mechanism 7 between connecting plate 9 Disassembly processing is carried out, so as to the nut scrap cleared up between interrupter 8 and rotating mechanism 7, and can be to interrupter 8 Components between rotating mechanism 7 carry out replacement processing, so as to prevent from occurring between interrupter 8 and rotating mechanism 7 Situations such as scrap card plug, so as to improve the working efficiency of nut processing conveying, and can be avoided nut and avoid that card plug occurs Scratch；

The inner tip of connecting plate 9 is fixed with bolt column 6, and water pump 3 is provided with filter mantle 5 close to the interior side of saponification liquid case 4, And to be fixedly connected between saponification liquid case 4 and filter mantle 5, interrupter 8 is connected with backplate close to the top side of rotating mechanism 7 14, rotating mechanism 7 is equipped with supporting plate 13 close to one end of backplate 14, and is that activity connects between supporting plate 13 and close backplate 14 Connect, the top of backplate 14 is fixed with mounting plate 17, and to be flexibly connected between cooling tube 2 and mounting plate 17, mounting plate 17 it is interior Portion is welded with slide plate 15, and to be fixedly connected between slide plate 15 and mounting plate 17, mounting plate 17 is close to the bottom end side of slide plate 15 It is provided with nozzle mechanism 16, and to be flexibly connected between slide plate 15 and nozzle mechanism 16, nozzle mechanism 16 includes fixed plate 1601 With sliding groove 1602, the top of nozzle mechanism 16 is equipped with fixed plate 1601, and the inside inner wall and fixed plate of nozzle mechanism 16 It is fitted closely between 1601 inside inner wall, fixed plate 1601 is internally connected with sliding groove 1602, and slide plate 15 and sliding groove To be flexibly connected between 1602, and nozzle mechanism 16 is configured to slide construction by slide plate 15 and sliding groove 1602, passes through cunning Sliding of the plate 15 between nozzle mechanism 16 and sliding groove 1602, so as to keep fixed plate 1601 living between mounting plate 17 It is dynamic, and cooling tube 2 can be made to horizontally slip between mounting plate 17 in followed by fixed plate 1601, so as to by nozzle mechanism Saponification liquor between 16 and cooling tube 2 is sprayed on 1 upper cap nut of main body, and can be processed to 1 upper cap nut of one side operative body Cooling, and can cool down the nut product between main body 1 and pedestal 12, so as to facilitate cool down it is defeated It send, and can be improved the product quality of nut processing；

Rotating mechanism 7 includes movable plate 701, sieve plate 702 and column spinner 703, and the inside circumference of rotating mechanism 7 is connected and installed with Sieve plate 702, and to be fixedly connected between rotating mechanism 7 and sieve plate 702, the middle part of sieve plate 702 is provided with column spinner 703, and to be flexibly connected between sieve plate 702 and column spinner 703, the surrounding of column spinner 703 is equipped with movable plate 701, lives To be fixedly connected between movable plate 701 and column spinner 703, and movable plate 701 is configured to revolve by column spinner 703 with sieve plate 702 Rotation structure, by pushing movable plate 701 manually so as to drive the column spinner 703 in sieve plate 702, and can be to sieve plate 702 and rotating mechanism 7 on nut carry out rotation cleaning, so as to which cap rotation is cleaned in sieve plate 702, and can Processing nut is avoided to be blocked between main body 1 and pedestal 12, and cold so as to carry out to processing nut by rotation cleaning But space transfer, and the cooling velocity of nut can be accelerated, next processing flow is thus allowed for, and can be improved spiral shell The working efficiency of cap processing, interrupter 8 include sliding slot 801, fastening plate 802, a step 803 and two steps 804, interrupter 8 inner tip is equipped with a step 803, and center line intersects between interrupter 8 and a step 803, the bottom of a step 803 End is provided with two steps 804, and parallel between a step 803 and two steps 804, two steps 804 close to a step 803 one Side is fixed with fastening plate 802, and to be fixedly connected between fastening plate 802 and a step 803, a step 803 is close to fastening plate 802 One end be provided with sliding slot 801, and to be flexibly connected between sliding slot 801 and fastening plate 802, and sliding slot 801 passes through fastening plate 802 and one step 803 be configured to snap-in structure, by sliding of the fastening plate 802 between sliding slot 801, so as to by level-one Plate 803 and two steps 804 are fastened in interrupter 8, and pass through the screening of a step 803 so as to filter nut at it Nut scrap so as to expand the cooling space of nut, and can be filled into two steps by a step 803 by surface In 804, thus by activity of two steps 804 between sliding slot 801, and scrap filtration treatment can be carried out to two steps 804, And it is fastened in sliding slot 801 and interrupter 8 by a step 803, so that a movable step 803 is by the nut after processing It is detected, and by removing two steps 804 being fastened in interrupter 8, so as to expand the activity sky of interrupter 8 Between, and can prevent two steps 804 block a step 803 activity, transport establishment 10 include conveyer belt 1001, handle 1002, Mesh 1003 and runner 1004, transport establishment 10 are equipped with conveyer belt 1001, and the inside inner wall and conveyer belt of transport establishment 10 It is fitted closely between 1001 inside inner wall, the inside of conveyer belt 1001 is welded with mesh 1003 up and down, and mesh 1003 is close The interior side of conveyer belt 1001 is equipped with runner 1004, and to be flexibly connected between conveyer belt 1001 and runner 1004, runner It is connected with handle 1002 in the middle part of 1004 inside, to be welded to connect between handle 1002 and runner 1004, and handle 1002 passes through Runner 1004 and conveyer belt 1001 are configured to drive mechanism, are passed by driving handle 1002 so as to drive runner 1004 to push Band 1001 is sent, and the nut on conveyer belt 1001 can be moved left and right, so as to which spiral shell in a step 803 will be fastened on Cap is conveyed, and the nut after cooling can be carried out to left and right conveying and collected, and is positioned without staff It collects, and by the mesh 1003 on conveyer belt 1001 so as to avoid scrap from carrying out secondary filter on nut, and can have The saponification liquid recycle stream for helping be saponified in liquid case 4 drops down, to carry out the filtering of saponification liquor scrap by filter mantle 5；

The working principle of the present embodiment: the nut process apparatus has the conveying equipment of Quick cooling structure, passes through FMCL1122D water Pump 3 promotes cooling tube 2 so as to be saponified liquid in liquid case 4, and to the processing of the nut in main body 1 can cool down auxiliary It helps, by driving handle 1002 so as to drive runner 1004 to push conveyer belt 1001, and can will be on conveyer belt 1001 Nut is moved left and right, and is conveyed so as to be fastened on nut in a step 803, and can be by the spiral shell after cooling Cap carries out left and right conveying and collects, and carries out Positioning collection without staff, and pass through the mesh on conveyer belt 1001 1003 so as to avoid scrap from carrying out secondary filter on nut, and can aid in the saponification liquid recycle stream in saponification liquid case 4 It drops down, so that the filtering of saponification liquor scrap is carried out by filter mantle 5, through slide plate 15 between nozzle mechanism 16 and sliding groove 1602 Sliding, it is movable between mounting plate 17 so as to make fixed plate 1601, and cooling tube 2 can be made in followed by fixed plate 1601 It horizontally slips between mounting plate 17, so as to which the saponification liquor between nozzle mechanism 16 and cooling tube 2 is sprayed spiral shell on the body 1 On cap, and processing cooling can be carried out to 1 upper cap nut of one side operative body, and can be by the spiral shell between main body 1 and pedestal 12 Cap product cools down, and carries out cooling conveying so as to facilitate, and can be improved the product quality of nut processing, passes through The bolt column 6 in connecting plate 9 is turned so as to make to loosen between interrupter 8 and rotating mechanism 7, and can will be connected Interrupter 8 and rotating mechanism 7 between plate 9 carry out disassembly processing, so as to clear up interrupter 8 and rotating mechanism 7 it Between nut scrap, and replacement processing can be carried out to the components between interrupter 8 and rotating mechanism 7, so as to anti- Situations such as scrap card plug only occurs between interrupter 8 and rotating mechanism 7, so as to improve the work effect of nut processing conveying Rate, and can be avoided nut and avoid that card plug scratch occurs, by sliding of the fastening plate 802 between sliding slot 801, so as to incite somebody to action One step 803 and two steps 804 are fastened in interrupter 8, and by the screening of a step 803 so as to filtering nut On its surface, so as to expand the cooling space of nut, and nut scrap can be filled into two by a step 803 In step 804, thus by activity of two steps 804 between sliding slot 801, and scrap filtering can be carried out to two steps 804 Processing, and be fastened in sliding slot 801 and interrupter 8 by a step 803, thus after one step 803 of activity will be processed Nut detected, and by removing two steps 804 being fastened in interrupter 8, so as to expand interrupter 8 Activity space, and can prevent two steps 804 block a step 803 activity, by push manually movable plate 701 so as to The column spinner 703 in sieve plate 702 is driven, and rotation cleaning can be carried out to the nut in sieve plate 702 and rotating mechanism 7, So as to which cap rotation is cleaned in sieve plate 702, and can be avoided processing nut be blocked in main body 1 and pedestal 12 it Between, and by rotation cleaning so as to carry out cooling space transfer to processing nut, and the cooling speed of nut can be accelerated Degree, thus allows for next processing flow, and can be improved the working efficiency of nut processing, and here it is nut processing With the working principle of the conveying equipment with Quick cooling structure.

Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art, It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc. With replacement, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this Within the protection scope of invention.