阅读说明：本技术 一种机电工程控制柜用支撑框 (A kind of electromechanical engineering control cabinet support frame ) 是由 夏波 郑海峰 吴大海 张鹏 张斌 于 2019-09-30 设计创作，主要内容包括：本发明公开了一种机电工程控制柜用支撑框,涉及控制柜安装技术领域,包括凹型载台,在凹型载台中设有侧部夹持机构、底部夹持机构和顶部固定机构,在凹型载台上设有驱动电机,侧部夹持机构包括设于控制柜两侧的夹持板、推杆、第一弹簧和第一钢丝绳,底部夹持机构包括设于控制柜底部前后方的夹持块,设于空腔中的第二弹簧、滑轮、第二钢丝绳和绕线轴,顶部固定机构包括设于一侧第一传动轴顶部的传动丝杆,传动丝杆上套设有移动座；空腔中设有第一锥齿轮、第二锥齿轮、第三锥齿轮和第四锥齿轮。本发明的机电工程控制柜用支撑框结构巧妙合理,大大提高了支撑框对控制柜的夹装效率和效果。(The invention discloses a kind of electromechanical engineering control cabinet support frames, it is related to control cabinet mounting technique field, including concave microscope carrier, side-nip mechanism is equipped in concave microscope carrier, bottom clamping mechanism and top fixed mechanism, driving motor is equipped on concave microscope carrier, side-nip mechanism includes the grip block set on control cabinet two sides, push rod, first spring and the first wirerope, bottom clamping mechanism includes the grip block set on control cabinet bottom front and back, second spring in cavity, pulley, second wirerope and roll, top fixed mechanism includes the drive lead screw at the top of the first transmission shaft of side, Mobile base is arranged on drive lead screw；First bevel gear, second bevel gear, third hand tap gear and the 4th bevel gear are equipped in cavity.Electromechanical engineering control cabinet of the invention is reasonable with support frame clever structure, substantially increases support frame and clamps efficiency and effect to control cabinet.)

1. a kind of electromechanical engineering control cabinet support frame, including concave microscope carrier are equipped with side-nip mechanism, bottom in concave microscope carrier Portion's clamping device and top fixed mechanism, it is characterised in that:

The concave microscope carrier includes the interior cavity set；Both sides in the cavities are vertically arranged with the first transmission shaft, the first transmission The top of axis extends at the top of concave microscope carrier, and the bottom end of the first transmission shaft extends to cavity bottom；It is equipped with and drives on concave microscope carrier Dynamic motor, the motor side of driving motor are fixed at one lateral roof of concave microscope carrier, power output shaft and the side of driving motor First transmission axis connection；The side-nip mechanism includes grip block, push rod, the first spring and first set on control cabinet two sides Wirerope, grip block are located at two side position of concave microscope carrier cavity, and described push rod one end and grip block side are affixed, the push rod other end Level is through concave microscope carrier and extends in cavity, and the first spring pocket is set on push rod, and the first spring is located at grip block and concave Between microscope carrier cavity side walls, push rod one end in cavity is connect with first wirerope one end, and first wirerope is another End is intertwined and connected on the first transmission shaft of corresponding side；

The bottom clamping mechanism includes the grip block set on control cabinet bottom front and back, second spring, cunning in cavity Wheel, the second wirerope and roll, offer a hole, grip block is movably arranged on a hole in the concave microscope carrier pocket base wall In, second spring is horizontal along hole length direction level, and one end and grip block side are affixed, the second spring other end with it is recessed Type microscope carrier is affixed, and second wirerope one end is connect with grip block bottom, and the cooperation of the second wirerope is wound around on the pulley, It the second wirerope other end and is intertwined and connected on roll, roll one end is vertically connected on cavity bottom roof center；

The top fixed mechanism includes the drive lead screw at the top of the first transmission shaft of side, is arranged with movement on drive lead screw , the feed screw nut being cooperatively connected with drive lead screw is built-in in Mobile base, Mobile base lateral is fixedly connected with L-type company Bar, L-type connecting rod bottom end are equipped with fixed lid；

The roll bottom end is equipped with first bevel gear, and the first transmission shaft bottom end is equipped with second bevel gear, cavity bottom two sides water Put down it is horizontal have a second driving shaft, second driving shaft is equipped with third hand tap gear close to one end of roll, and second driving shaft is close to the One end of one transmission shaft is equipped with the 4th bevel gear, and the first bevel gear engages connection with third hand tap gear, second bevel gear and The engagement connection of 4th bevel gear.

2. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that the push rod, first Spring and the first wirerope are provided with three groups in control cabinet side.

3. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that the grip block includes It extends to the convex of control cabinet front and rear portions and prolongs portion.

4. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that the cavity of the push rod Inner end is fixed with first and connects ring, and first wirerope one end ties up to first and connects on ring.

5. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that the folder in cavity It holds block bottom end and is fixed with second and connect ring, second wirerope one end ties up to second and connects on ring, has been convenient for the connection of the second wirerope Installation.

6. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that in cavity First transmission shaft be equipped between the upper and lower every limit plate, the first wirerope be set between the upper and lower every limit plate between.

7. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that fixation is set in the cavities There is first bearing seat, first bearing seat is connected on the first transmission shaft；Concave microscope carrier one lateral roof opposite with driving motor is solid Surely it is embedded with second bearing seat, second bearing seat is connected on the first transmission shaft of the side.

8. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that in the concave microscope carrier Pocket base wall center is fixedly embedded at 3rd bearing seat, and 3rd bearing seat is connected to roll top.

9. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that in the roll Portion is equipped with demarcation plate, and the second wirerope in roll two sides is located at demarcation plate both sides.

10. a kind of electromechanical engineering control cabinet support frame according to claim 1, which is characterized in that passed close to second The position of end shaft is respectively arranged one fourth bearing seat of connection, and fourth bearing seat is fixedly installed in the cavities.

Technical field

The present invention relates to control cabinet mounting technique fields, and in particular to a kind of electromechanical engineering control cabinet support frame.

Background technique

Control cabinet is by electrical wiring requirement by switchgear, measuring instrumentss, protection as a kind of common electric device Electric appliance and ancillary equipment are assembled in closing or semiclosed metal safe or in screen width, and arrangement should meet electric system normal operation Requirement, easy access do not jeopardize the safety of the person and surrounding devices, and the major function of control cabinet is by each in inside setting Kind switch, relay or PLC logical edit device etc., realize the control and protection to first driving device and power distribution circuit.With The development of society, control cabinet in electromechanical engineering using more and more extensive, to control cabinet wanting in actual installation process Ask higher and higher, existing control cabinet big workload demand as present in electromechanical engineering promotes control cabinet volume weight to increase, And then it is caused to be not easy to install and consolidate, influence its normal use.

Summary of the invention

For the problems of the prior art, the present invention provides a kind of electromechanical engineering control cabinet support frames.

In order to achieve the above object, the present invention is achieved through the following technical solutions:

A kind of electromechanical engineering control cabinet support frame, including concave microscope carrier, in concave microscope carrier be equipped with side-nip mechanism, Bottom clamping mechanism and top fixed mechanism；The concave microscope carrier includes the interior cavity set；Both sides in the cavities are set vertically It is equipped with the first transmission shaft, the top of the first transmission shaft extends at the top of concave microscope carrier, and the bottom end of the first transmission shaft extends to cavity Bottom；Driving motor is equipped on concave microscope carrier, the motor side of driving motor is fixed at one lateral roof of concave microscope carrier, driving electricity The power output shaft of machine and the first transmission axis connection of the side；The side-nip mechanism includes the clamping set on control cabinet two sides Plate, push rod, the first spring and the first wirerope, grip block are located at two side position of concave microscope carrier cavity, described push rod one end and folder It is affixed to hold plate side, push rod other end level is through concave microscope carrier and extends in cavity, and the first spring pocket is set on push rod, the One spring is located between grip block and concave microscope carrier cavity side walls, and push rod one end in cavity and first wirerope one end connect It connects, the first wirerope other end is intertwined and connected on the first transmission shaft of corresponding side；The bottom clamping mechanism includes Grip block set on control cabinet bottom front and back, second spring, pulley, the second wirerope and roll in cavity, In A hole is offered in the concave microscope carrier pocket base wall, grip block is movably arranged in a hole, and second spring is along a hole length Direction level is horizontal, and one end and grip block side are affixed, and the second spring other end and concave microscope carrier are affixed, second steel wire Rope one end is connect with grip block bottom, and the cooperation of the second wirerope is wound around on the pulley, the second wirerope other end and winding It is connected on roll, roll one end is vertically connected on cavity bottom roof center；The top fixed mechanism includes setting Drive lead screw at the top of the first transmission shaft of side is arranged with Mobile base on drive lead screw, is built-in in Mobile base and driving wire The feed screw nut that bar is cooperatively connected, Mobile base lateral are fixedly connected with L-type connecting rod, and L-type connecting rod bottom end is equipped with fixed lid；Institute Roll bottom end is stated equipped with first bevel gear, the first transmission shaft bottom end is equipped with second bevel gear, and cavity bottom two sides level is horizontal There is second driving shaft, second driving shaft is equipped with third hand tap gear close to one end of roll, and second driving shaft is close to the first transmission One end of axis is equipped with the 4th bevel gear, and the first bevel gear engages connection, second bevel gear and the 4th cone with third hand tap gear Gear engagement connection.

Further, above-mentioned push rod, the first spring and the first wirerope are provided with three groups in control cabinet side.

Further, above-mentioned grip block includes extending to the convex of control cabinet front and rear portions to prolong portion.

Further, the cavity inner end of above-mentioned push rod is fixed with first and connects ring, and first wirerope one end ties up to first and connects On ring.

Further, the grip block bottom end in cavity is fixed with second and connects ring, and second wirerope one end ties up to Two connect on ring, and the connection of the second wirerope has been convenient for install.

Further, be equipped on the first transmission shaft in the cavity between the upper and lower every limit plate, the first wirerope sets In between the upper and lower every limit plate between.

Further, it is fixed with first bearing seat in the cavities, first bearing seat is connected on the first transmission shaft；With drive Opposite one lateral roof of concave microscope carrier of dynamic motor is fixedly embedded at second bearing seat, and second bearing seat is connected to the first biography of the side On moving axis.

Further, 3rd bearing seat, 3rd bearing are fixedly embedded in above-mentioned concave microscope carrier pocket base wall center Seat is connected to roll top.

Further, demarcation plate is equipped in the middle part of above-mentioned roll, the second wirerope in roll two sides distinguishes position In demarcation plate both sides.

Further, one fourth bearing seat of connection, fourth bearing are respectively arranged in the position close to second driving shaft both ends Seat fixed setting is in the cavities.

The present invention has following the utility model has the advantages that electromechanical engineering control cabinet of the invention is reasonable with support frame clever structure, Using a driving motor, counter-lateral quadrents clamping device, bottom clamping mechanism and top fixed mechanism are controlled simultaneously, are passed through The cooperation of reasonable disposition and each structure member cooperates, and substantially increases support frame and clamps efficiency and effect to control cabinet, and can Adaptability, reliably, stably installation fixation are carried out for the control cabinet of different specification size, has dismounting, maintenance, control simple Just the advantages of, human cost and time are at low cost, conducive to the normal use of control cabinet.

Detailed description of the invention

Attached drawing is used to provide further understanding of the present invention, and constitutes part of specification, with reality of the invention It applies example to be used to explain the present invention together, not be construed as limiting the invention.In the accompanying drawings:

Fig. 1 is schematic view of the front view of the invention；

Fig. 2 is side structure schematic view of the invention；

Fig. 3 is vertical view partial schematic diagram of the invention；

In the figure, it is marked as

1, control cabinet；2, concave microscope carrier；201, cavity；202, the first transmission shaft；203, hole；205, first bevel gear； 206, second bevel gear；207, second driving shaft；204, third hand tap gear；208, the 4th bevel gear；209, fourth bearing seat；

3, side-nip mechanism；301, grip block；302, push rod；303, the first spring；304, the first wirerope；305, convex Prolong portion；306, first ring is connect；307, limit plate；308, first bearing seat；309, second bearing seat；

4, bottom clamping mechanism；401, grip block；402, second spring；403, pulley；404, the second wirerope；405, around Spool；406, second ring is connect；407,3rd bearing seat；408, demarcation plate；

5, top fixed mechanism；501, drive lead screw；502, Mobile base；503, L-type connecting rod；504, fixed lid；

6, driving motor.

Specific embodiment

In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described.

In the description of the present invention, it should be noted that unless otherwise indicated, the meaning of " plurality " is two or two with On；The orientation of the instructions such as term " on ", "lower", "left", "right", "inner", "outside", " front end ", " rear end ", " top ", " bottom " Or positional relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, and It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore It is not considered as limiting the invention.In addition, term " first ", " second ", " third " etc. are used for description purposes only, and cannot It is interpreted as indication or suggestion relative importance.

In the description of the present invention, it is also necessary to which explanation is unless specifically defined or limited otherwise, term " installation ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally connect It connects；It can be mechanical connection, be also possible to circuit connection；It can be directly connected, be also possible to through the indirect phase of intermediary Even.For the ordinary skill in the art, visual concrete condition understands the concrete meaning of above-mentioned term in the present invention.

A kind of electromechanical engineering control cabinet support frame, shown referring to Fig.1, general structure is as follows:

Including concave microscope carrier 2, above-mentioned control cabinet 1 is placed by installation personnel or boom hoisting and is seated concave microscope carrier 2 intermediate cavity positions；

It is provided with side-nip mechanism 3, bottom clamping mechanism 4 and top fixed mechanism 5 in concave microscope carrier 2, works as control When cabinet 1 is fixedly installed on concave microscope carrier 2, side-nip mechanism 3 acts on the both sides side of control cabinet 1, bottom clamping machine Structure 4 acts on the front and rear portion of control cabinet 1, and top fixed mechanism 5 acts on the top of control cabinet 1.

Above-mentioned concave microscope carrier 2 includes the internal cavity 201 identical with 2 external form of concave microscope carrier offered；In concave microscope carrier 2 Both sides cavity 201 in be vertically arranged with the first transmission shaft 202, the top of the first transmission shaft 202 extends to the top of concave microscope carrier 2 Portion, the bottom end of the first transmission shaft 202 extend to 201 bottom of cavity；

Driving motor 6 is equipped on concave microscope carrier 2, the motor side of driving motor 6 is fixedly installed in 2 side of concave microscope carrier top First transmission shaft 202 of portion, the power output shaft of driving motor 6 and the side (being illustrated as right side) is cooperatively connected；

Above-mentioned side-nip mechanism 3 includes grip block 301, push rod 302,303 and of the first spring set on 1 two sides of control cabinet First wirerope 304, grip block 301 are located at 2 cavity of concave microscope carrier, two side position, and 302 one end of push rod and 301 side of grip block are solid Fixed connection, 302 other end level of push rod is through concave microscope carrier 2 and extends in cavity 201, and the first spring 303 is sheathed on push rod On 302, the first spring 303 is located between 2 cavity side walls of grip block 301 and concave microscope carrier, the push rod 302 in cavity 201 One end is connect with 304 one end of the first wirerope, and 304 other end of the first wirerope is intertwined and connected in the first transmission shaft of corresponding side On 202；

As seen from the figure, above-mentioned push rod 302, the first spring 303 and the first wirerope 304 are provided in 1 side of control cabinet Three groups；

In order to further increase stability of the control cabinet 1 on concave microscope carrier 2, above-mentioned grip block 301 includes extending to control The convex of 1 front and rear portions of cabinet processed prolongs portion 305, and control cabinet 1 is after the installation is completed, convex to prolong portion 305 and the conflict connection of control cabinet 1.

Based on aforementioned, first is fixed in 201 inner end of cavity of above-mentioned push rod 302 and connects ring 306, the first wirerope 304 One end ties up to first and connects on ring 306, and the connection of the first wirerope 304 has been convenient for install；

For the ease of the winding and release of the first wirerope of two sides 304 in cavity 201, in first in cavity 201 Transmission shaft 202 be equipped between the upper and lower every limit plate 307, the first wirerope 304 be set between the upper and lower every limit plate 307 between.

In order to improve the practical Stability of the first transmission shaft 202 transmission, first bearing seat is fixed in cavity 201 308, the cooperation of first bearing seat 308, which is arranged, to be mounted on transmission shaft；Concave microscope carrier 2 one lateral roof opposite with driving motor 6 is solid Surely it is embedded with second bearing seat 309, the cooperation of second bearing seat 309 is arranged on the transmission shaft for being mounted on the side.

In conjunction with shown in Fig. 2 and Fig. 3, above-mentioned bottom clamping mechanism 4 includes the grip block set on 1 bottom front and back of control cabinet 401, second spring 402, pulley 403, the second wirerope 404 and roll 405 in 201 bottom of cavity are carried in concave A hole 203 is offered in 2 pocket base wall of platform, grip block 401 is movably arranged in a hole 203, and second spring 402 is along a hole 203 length direction levels are horizontal, and one end is fixedly connected with 401 side of grip block, 402 other end of second spring and concave microscope carrier 2 are fixedly connected, and above-mentioned second wirerope, 404 one end is connect with 401 bottom of grip block, and the cooperation of the second wirerope 404 is wound around cunning It on wheel 403,404 other end of the second wirerope and is intertwined and connected on roll 405,405 one end of roll is vertically connected on sky 401 side of grip block and control cabinet 1 on 201 bottom roof center of chamber, when the installation of control cabinet 1 is fixed, above hole 203 Contradict connection.

Based on aforementioned, 401 bottom end of grip block in cavity 201 is fixed with second and connects ring 406, the second wirerope 404 one end tie up to second and connect on ring 406, and the connection of the second wirerope 404 has been convenient for install；

In order to improve the practical Stability of the transmission of roll 405, in 2 pocket base wall center of concave microscope carrier, fixation is embedded There is 3rd bearing seat 407, the cooperation of 3rd bearing seat 407, which is arranged, is mounted on 405 top of roll.

For the ease of the winding and release of the second wirerope of front and rear sides 404 in cavity 201, set in the middle part of roll 405 There is demarcation plate 408, above-mentioned the second wirerope of two sides 404 is located at 408 both sides of demarcation plate.

Above-mentioned top fixed mechanism 5 includes the transmission for being fixed at 202 top of side (being illustrated as left side) first transmission shaft Screw rod 501 is arranged with Mobile base 502 on drive lead screw 501, is built-in in Mobile base 502 and drive lead screw 501 is cooperatively connected Feed screw nut's (not shown), 502 lateral of Mobile base are fixedly connected with L-type connecting rod 503, and 503 bottom end of L-type connecting rod, which is equipped with, to be fixed Lid 504, when the installation of control cabinet 1 is fixed, fixed lid 504 is located at 1 top of control cabinet, the bottom pocket side wall of fixed lid 504 and control 1 cabinet body of cabinet processed contradicts connection.

Above-mentioned 405 bottom end of roll is equipped with first bevel gear 205, and 202 bottom end of the first transmission shaft is equipped with second bevel gear 206,201 two sides of the bottom of cavity level is horizontal second driving shaft 207, and second driving shaft 207 is set close to one end of roll 405 There is third hand tap gear 204, second driving shaft 207 is equipped with the 4th bevel gear 208 close to one end of the first transmission shaft 202, among the above, First bevel gear 205 engages connection with third hand tap gear 204, and second bevel gear 206 engages connection with the 4th bevel gear 208, on State the design of structure, it is intended in the rotatory force of driving motor 6 is transmitted to side-nip mechanism 3, bottom clamping mechanism 4 and top In fixed mechanism 5, corresponding movement is realized, achieve the purpose that the fixed control cabinet 1 that cooperates.

Based on aforementioned, in order to improve the practical Stability of the transmission of second driving shaft 207, close to 207 liang of second driving shaft The position at end is respectively arranged one fourth bearing seat 209 of connection, and fourth bearing seat 209 is fixed in cavity 201.

The working principle of electromechanical engineering control cabinet support frame of the present invention is:

For the ease of control cabinet 1 to be placed into the cavity central location of concave microscope carrier 2, need side-nip mechanism 3, bottom The enough degree of fixed installation space enlargement surrounded between portion's clamping device 4 and top fixed mechanism 5, therefore, first starting is driven Dynamic motor 6 rotates forward, the first transmission shaft 202 rotation being directly connected to driving motor 6, subsequent second driving shaft 207, roll 405, the first transmission shaft 202 in the other side and drive lead screw 501 are correspondingly rotated, so that side-nip machine Structure 3, bottom clamping mechanism 4 and top fixed mechanism 5 act, wherein in side-nip mechanism 3, the first wirerope of both sides 304 Constantly it is wound on the first transmission shaft 202, push rod 302 and grip block 301 are mobile toward two sides, and the first spring 303 stores power by compression, Space between opposite grip block 301 becomes larger；In bottom clamping mechanism 4, the second wirerope of both sides 404 is constantly wound in roll On 405, forward and backward grip block 401 is moved to the outside, and second spring 402 stores power by compression, the sky between opposite grip block 401 Between become larger；In top fixed mechanism 5, due to the presence and connection relationship of feed screw nut, Mobile base 502 along drive lead screw 501 to Upper movement drives fixed lid 504 to move up, and fixed lid 504 becomes larger at a distance from 2 pocket base wall of concave microscope carrier；When each mechanism After transfer, control cabinet 1 is placed into the cavity central location of concave microscope carrier 2, finally starts driving motor 6 and inverts, until Grip block 301, grip block 401 and fixed lid 504 are contradicted simultaneously with 1 cabinet body of control cabinet and are connect, and the installation for completing control cabinet 1 is solid Fixed operation.

The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, although referring to aforementioned reality Applying example, invention is explained in detail, for those skilled in the art, still can be to aforementioned each implementation Technical solution documented by example is modified or equivalent replacement of some of the technical features.It is all in essence of the invention Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.