阅读说明：本技术 一种玻璃仿陶釉生产用全方位保护存放装置 (A kind of glass imitation bristol glaze production omnibearing protection storing unit ) 是由 金继典 于 2019-07-31 设计创作，主要内容包括：本发明公开了一种玻璃仿陶釉生产用全方位保护存放装置,包括存放装置本体、调节筒体以及混料筒,存放装置本体的外壁螺接在调节筒体的收口结构内壁上,存放装置本体的底端固定连接有挡板,挡板处于调节筒体的内部,调节筒体的内侧底面上固定连接有导向支柱,导向支柱的顶端固定连接有塞头,导向支柱贯穿存放装置本体的底板设置,塞头插接在导向支柱与存放装置本体底板的贯穿口中；本发明提出的存放装置在内部玻璃仿陶釉拿取时,无需对其进行开启,旋转存放装置本体,使导向支柱外壁的进料口进入存放装置本体内部,实现玻璃仿陶釉的下落,在此过程中减小空气的进入量,为剩余玻璃仿陶釉提供较好的存放环境。(The invention discloses a kind of glass imitation bristol glaze production omnibearing protection storing units, including storing unit ontology, adjust cylinder and mixing machine, the outer wall of storing unit ontology is screwed on the closing-in structure inner wall for adjusting cylinder, the bottom end of storing unit ontology is fixedly connected with baffle, baffle is in the inside for adjusting cylinder, it adjusts and is fixedly connected with guide stanchion in the inside bottom surface of cylinder, the top of guide stanchion is fixedly connected with chock plug, guide stanchion is arranged through the bottom plate of storing unit ontology, chock plug is plugged in the impenetrating mouth of guide stanchion and storing unit ontology bottom plate；Storing unit proposed by the present invention is when internal glass imitation bristol glaze is taken, without being opened to it, rotate storing unit ontology, the feed inlet of guide stanchion outer wall is set to enter storing unit body interior, realize the whereabouts of glass imitation bristol glaze, reduce the inlet of air in the process, provides preferable storage environment for residue glass imitation bristol glaze.)

1. a kind of glass imitation bristol glaze production omnibearing protection storing unit, including storing unit ontology (1), adjusting cylinder (2) And mixing machine (12), it is characterised in that: the outer wall of the storing unit ontology (1) is screwed onto the closing in knot for adjusting cylinder (2) On structure inner wall, the bottom end of storing unit ontology (1) is fixedly connected with baffle (3), and the baffle (3), which is in, adjusts cylinder (2) Inside adjusts and is fixedly connected with guide stanchion (4) in the inside bottom surface of cylinder (2), and the top of the guide stanchion (4) is fixed to be connected It is connected to chock plug (5), bottom plate of the guide stanchion (4) through storing unit ontology (1) is arranged, and chock plug (5) is plugged on guide stanchion (4) In the impenetrating mouth of storing unit ontology (1) bottom plate, rotational handle (6) are fixedly connected on the outer wall of storing unit ontology (1), And feed opening (7) are provided on the top surface of storing unit ontology (1), the inside of the feed opening (7) is plugged with sealing-plug (8), It is provided on the outer wall of guide stanchion (4) feed inlet (9), the whereabouts that the inside of the feed inlet (9) and guide stanchion (4) is arranged Duct (10) communicates, and adjusts and is fixedly connected with buckle (11) on the bottom surface of cylinder (2), the buckle (11) snaps onto mixing machine (12) on the docking ring flat-plate (13) of upper end setting, positioning column (14), the positioning are fixedly connected on the inner wall of buckle (11) Column (14) is plugged in the location hole (15) of top surface setting of docking ring flat-plate (13), and limit is provided on the outer wall of buckle (11) and is inserted The inside of slot (16), limit slot (16) is plugged with to plugboard (17), and is provided with spring on the outer wall of buckle (11) The inside of slot (18), the spring groove (18) is fixedly connected with extension spring (19), and the bottom end of mixing machine (12) is fixedly connected with The power output end of motor (20), the motor (20) is sequentially connected with agitating shaft (21), fixed on the outer wall of mixing machine (12) It is connected with scraper plate fuel tank (22), is provided with oil transportation hole (23) on the outer wall of the scraper plate fuel tank (22), and mixing machine (12) is outer It is fixedly connected on wall discharge nozzle (24), the discharge nozzle (24) communicates with mixing machine (12).

2. a kind of glass imitation bristol glaze production omnibearing protection storing unit according to claim 1, it is characterised in that: institute The circular cylinder structure that storing unit ontology (1) is in inner hollow is stated, cylinder (2) rounded frame structure is adjusted, adjusts cylinder (2) open end is provided with closing-in structure, and closing-in structure limits baffle (3), and the plate surface diameter of baffle (3) is greater than storage The end face diameter of device noumenon (1).

3. a kind of glass imitation bristol glaze production omnibearing protection storing unit according to claim 1, it is characterised in that: institute State guide stanchion (4) rounded column structure, chock plug (5) is in inverted frustum cone structure, rotational handle (6) be provided with it is multiple, it is more Circumferentially shape is arranged in the external wall of upper portion of storing unit ontology (1) a rotational handle (6), feed inlet (9) self- steering pillar (4) Outer wall to the duct that falls (10) tilt down, feed inlet (9) setting there are four, four feed inlets (9) in " ten " font arrangement On the outer wall of guide stanchion (4), whereabouts duct (10) are through the bottom plate setting for adjusting cylinder (2).

4. a kind of glass imitation bristol glaze production omnibearing protection storing unit according to claim 1, it is characterised in that: institute Buckle (11) rounded frame structure is stated, docking ring flat-plate (13) is in circular ring shape plate structure, the rounded cylinder knot of positioning column (14) Structure, positioning column (14) are provided with multiple, and multiple positioning columns (14) are equidistant etc., and sizes are arranged on the inner wall of buckle (11).

5. a kind of glass imitation bristol glaze production omnibearing protection storing unit according to claim 1, it is characterised in that: institute It states and plate structure is arc-shaped to plugboard (17), inserted block is fixedly connected with to the surface of plugboard (17), inserted block is plugged on limit The inside of position slot (16), limit slot (16) are provided with two groups, and two groups of limit slots (16) extend through buckle (11) and right The outer wall setting of ring flat-plate (13) is connect, spring groove (18) is provided with two groups, and two groups of spring grooves (18) are respectively distributed to plugboard (17) and on the surface of buckle (11), there are two every group of spring groove (18) settings, and two spring grooves (18) are about limit slot (16) symmetrical.

6. a kind of glass imitation bristol glaze production omnibearing protection storing unit according to claim 1, it is characterised in that: institute It states and is fixedly connected with stirring rod on the axis body of agitating shaft (21), stirring rod is provided with multiple groups, and multiple groups stirring rod is in being arranged above and below point Cloth, there are four every group of stirring rod settings, and four stirring rods are in " ten " font arranged distribution.

7. a kind of glass imitation bristol glaze production omnibearing protection storing unit according to claim 1, it is characterised in that: institute The arc-shaped column structure that scraper plate fuel tank (22) are in inner hollow is stated, oil transportation hole (23) are provided with multiple, multiple oil transportation holes (23) Simultaneously through the setting of the outer wall of scraper plate fuel tank (22) and mixing machine (12).

Technical field

The present invention relates to glass imitation bristol glaze production technical field, omnibearing protection is used in specially a kind of glass imitation bristol glaze production Storing unit.

Background technique

Glass imitation bristol glaze is also known as kingfisher coloured glaze, because of the glass of its glaze image surface layer of transparent, referred to as glass imitation Bristol glaze is suitable for vial, coating film on glass, ceramics, glasses Singapore frame, hardware and lamp decoration and Lacquer finish, household electrical appliances, water bottle, motorcycle, height is electroplated The external coatings such as golf club bulb and various iron, copper, aluminium, zinc, alloy, have good water-thinned, smell it is small, it is safe, Environmental protection, construction simple and convenient, product gloss is high, richness is good, fast light sustained color, high rigidity and flexibility is excellent, anti- Scuffing mechanical performance is super good, and solvent resistant, salt fog, synthetic perspiration and chemicals are splendid；But it in actual use there are still with Lower drawback:

1. glass imitation bristol glaze material need to keep the closed of storing unit when storing, but it is being taken in use, leading to a large amount of skies Gas pours into inside storing unit, impacts to the glass imitation bristol glaze that storing unit inside mustn't take out, and sends out its storage condition Changing；

2. because glass imitation bristol glaze material be it is powdered, to mix people and scrape leaf fat and become paste colored glaze can just print Brush, during glass imitation bristol glaze is transferred to mixing arrangement, because of the bonding of container inner wall, causes subtracting for glass imitation bristol glaze total amount It is small, the waste of resource is caused, and transfer is more troublesome；

3. traditional glass imitation bristol glaze material and the mixing arrangement multidigit sealing structure for scraping leaf fat are not easy to carry out its inside Cleaning.

Summary of the invention

It is above-mentioned to solve the purpose of the present invention is to provide a kind of glass imitation bristol glaze production omnibearing protection storing unit The problem of being proposed in background technique.

To achieve the above object, the invention provides the following technical scheme: omnibearing protection is used in a kind of production of glass imitation bristol glaze Storing unit, including storing unit ontology, adjusting cylinder and mixing machine, the outer wall of the storing unit ontology are screwed onto adjusting On the closing-in structure inner wall of cylinder, the bottom end of storing unit ontology is fixedly connected with baffle, and the baffle, which is in, adjusts cylinder Inside adjusts and is fixedly connected with guide stanchion in the inside bottom surface of cylinder, and the top of the guide stanchion is fixedly connected with chock plug, Guide stanchion is arranged through the bottom plate of storing unit ontology, and chock plug is plugged on running through for guide stanchion and storing unit ontology bottom plate In mouthful, rotational handle is fixedly connected on the outer wall of storing unit ontology, and charging is provided on the top surface of storing unit ontology Mouthful, the inside of the feed opening is plugged with sealing-plug, and feed inlet, the feed inlet and guiding are provided on the outer wall of guide stanchion The whereabouts duct of the inside setting of pillar communicates, and adjusts and is fixedly connected with buckle on the bottom surface of cylinder, the buckle snaps onto mixed On the docking ring flat-plate of the upper end setting of barrel, positioning column is fixedly connected on the inner wall of buckle, the positioning column is plugged on docking In the location hole of the top surface setting of ring flat-plate, limit slot is provided on the outer wall of buckle, the inside of the limit slot is plugged with To plugboard, and spring groove is provided on the outer wall of buckle, the inside of the spring groove is fixedly connected with extension spring, mixing machine Bottom end be fixedly connected with motor, the power output end of the motor is sequentially connected with agitating shaft, fixed on the outer wall of mixing machine It is connected with scraper plate fuel tank, oil transportation hole is provided on the outer wall of the scraper plate fuel tank, and be fixedly connected with out on the outer wall of mixing machine Expects pipe, the discharge nozzle are communicated with mixing machine.

Preferably, the storing unit ontology is in the circular cylinder structure of inner hollow, adjusts the rounded framework knot of cylinder Structure, the open end for adjusting cylinder are provided with closing-in structure, and closing-in structure limits baffle, and the plate surface diameter of baffle, which is greater than, to be deposited Put the end face diameter of device noumenon.

Preferably, the rounded column structure of the guide stanchion, chock plug are in inverted frustum cone structure, and rotational handle is provided with Multiple, circumferentially shape is arranged in the external wall of upper portion of storing unit ontology multiple rotational handles, outside feed inlet self- steering pillar Wall to whereabouts duct tilts down, and there are four feed inlet settings, and four feed inlets are arranged in the outer of guide stanchion in " ten " font On wall, whereabouts duct is through the bottom plate setting for adjusting cylinder.

Preferably, the rounded frame structure of the buckle, docking ring flat-plate are in circular ring shape plate structure, the rounded column of positioning column Body structure, positioning column are provided with multiple, and multiple positioning columns are equidistant etc., and sizes are arranged on the inner wall of buckle.

Preferably, described that plate structure is arc-shaped to plugboard, inserted block, inserted block are fixedly connected with to the surface of plugboard It is plugged on the inside of limit slot, limit slot is provided with two groups, and two groups of limit slots extend through buckle and dock ring flat-plate Outer wall setting, spring groove are provided with two groups, and two groups of spring grooves are respectively distributed on the surface to plugboard and buckle, every group of spring There are two slot settings, and two spring grooves are symmetrical about limit slot.

Preferably, stirring rod is fixedly connected on the axis body of the agitating shaft, stirring rod is provided with multiple groups, multiple groups stirring rod In upper and lower arranged distribution, there are four every group of stirring rod settings, and four stirring rods are in " ten " font arranged distribution.

Preferably, the scraper plate fuel tank be in inner hollow arc-shaped column structure, oil transportation hole be provided with it is multiple, it is multiple defeated Oilhole runs through the outer wall setting of scraper plate fuel tank and mixing machine simultaneously.

Compared with prior art, the beneficial effects of the present invention are: structure of the invention setting rationally, functional, have with Lower advantage:

1. storing unit proposed by the present invention is when internal glass imitation bristol glaze is taken, without opening to it, rotation is deposited Device noumenon is put, the feed inlet of guide stanchion outer wall is made to enter storing unit body interior, realizes the whereabouts of glass imitation bristol glaze, In Reduce the inlet of air during this, provides preferable storage environment for residue glass imitation bristol glaze；

2. storing unit proposed by the present invention snaps on mixing machine, glass imitation bristol glaze falls from storing unit body interior After be directly entered inside mixing machine, avoid reducing bring total amount in glass imitation bristol glaze transfer process, and by glass imitation bristol glaze Take with transfer two steps be classified as a step, it is simple and convenient；

3. mixing machine proposed by the present invention is connect with storing unit ontology by adjusting cylinder, and removable with cylinder is adjusted Point, convenient for the cleaning inside mixing machine.

Detailed description of the invention

Fig. 1 is configuration schematic diagram of the present invention；

Fig. 2 is that the present invention adjusts cylinder structural schematic diagram；

Fig. 3 is guide stanchion structural schematic diagram of the present invention；

Fig. 4 is scraper plate Oiltank structure schematic diagram of the present invention.

In figure: storing unit ontology 1, adjust cylinder 2, baffle 3, guide stanchion 4, chock plug 5, rotational handle 6, feed opening 7, Sealing-plug 8, feed inlet 9, whereabouts duct 10, buckle 11, mixing machine 12, docking ring flat-plate 13, positioning column 14, location hole 15, limit Slot 16, to plugboard 17, spring groove 18, extension spring 19, motor 20, agitating shaft 21, scraper plate fuel tank 22, oil transportation hole 23, go out Expects pipe 24.

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.It 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.

The present invention provides a kind of technical solution referring to FIG. 1 to FIG. 4: omnibearing protection is used in a kind of production of glass imitation bristol glaze Storing unit, including storing unit ontology 1, adjusting cylinder 2 and mixing machine 12, the outer wall of storing unit ontology 1 are screwed onto tune On the closing-in structure inner wall for saving cylinder 2, the bottom end of storing unit ontology 1 is fixedly connected with baffle 3, and baffle 3, which is in, adjusts cylinder 2 Inside, adjust cylinder 2 inside bottom surface on be fixedly connected with guide stanchion 4, the top of guide stanchion 4 is fixedly connected with chock plug 5, guide stanchion 4 is arranged through the bottom plate of storing unit ontology 1, and chock plug 5 is plugged on guide stanchion 4 and 1 bottom of storing unit ontology In the impenetrating mouth of plate, rotational handle 6 is fixedly connected on the outer wall of storing unit ontology 1, and on the top surface of storing unit ontology 1 It is provided with feed opening 7, the inside of feed opening 7 is plugged with sealing-plug 8, and feed inlet 9 is provided on the outer wall of guide stanchion 4, feeds Mouth 9 is communicated with the whereabouts ducts 10 that the inside of guide stanchion 4 is arranged, and is adjusted and is fixedly connected with buckle 11 on the bottom surface of cylinder 2, detains Plate 11 snaps on the docking ring flat-plate 13 of upper end setting of mixing machine 12, and positioning column 14 is fixedly connected on the inner wall of buckle 11, Positioning column 14 is plugged in the location hole 15 of top surface setting of docking ring flat-plate 13, and limit slot is provided on the outer wall of buckle 11 16, the inside for limiting slot 16 is plugged with to plugboard 17, and spring groove 18 is provided on the outer wall of buckle 11, spring groove 18 Inside is fixedly connected with extension spring 19, and the bottom end of mixing machine 12 is fixedly connected with motor 20, and the power output end of motor 20 passes It is dynamic to be connected with agitating shaft 21, it is fixedly connected with scraper plate fuel tank 22 on the outer wall of mixing machine 12, is arranged on the outer wall of scraper plate fuel tank 22 There is oil transportation hole 23, and be fixedly connected with discharge nozzle 24 on the outer wall of mixing machine 12, discharge nozzle 24 is communicated with mixing machine 12.

Storing unit ontology 1 is in the circular cylinder structure of inner hollow, adjusts the rounded frame structure of cylinder 2, adjustment barrel The open end of body 2 is provided with closing-in structure, and closing-in structure limits baffle 3, and the plate surface diameter of baffle 3 is greater than storing unit The end face diameter of ontology 1 falls off inside adjusting cylinder 2 during avoiding storing unit ontology 1 from screwing.

The rounded column structure of guide stanchion 4, chock plug 5 be in inverted frustum cone structure, rotational handle 6 be provided with it is multiple, it is more Circumferentially shape is arranged in the external wall of upper portion of storing unit ontology 1 a rotational handle 6, and the outer wall of 9 self- steering pillar 4 of feed inlet is extremely Whereabouts duct 10 tilts down, and there are four the settings of feed inlet 9, and four feed inlets 9 are arranged in the outer of guide stanchion 4 in " ten " font On wall, whereabouts duct 10 holds the rotational handle 6 of 1 outer wall of storing unit ontology, will deposit through the bottom plate setting for adjusting cylinder 2 It puts device noumenon 1 to rotate down, until the feed inlet 9 of 4 outer wall of guide stanchion enters the inside of storing unit ontology 1, at this point, depositing It puts the glass imitation bristol glaze inside device noumenon 1 to enter in the whereabouts duct 10 inside guide stanchion 4 through feed inlet 9, and slides extremely Inside mixing machine 12, during this, glass imitation bristol glaze is not contacted with the external world, is the remaining glass imitation pottery in 1 inside of storing unit ontology Glaze provides preferable storage environment.

The rounded frame structure of buckle 11, docking ring flat-plate 13 are in circular ring shape plate structure, the rounded cylinder knot of positioning column 14 Structure, positioning column 14 are provided with multiple, and multiple positioning columns 14 are equidistant etc., and sizes are arranged on the inner wall of buckle 11, dock ring flat-plate 13 Cooperate buckle 11 to realize the connection to cylinder 2 and mixing machine 12 is adjusted, and realizes the sealing to mixing machine 12.

Plate structure is arc-shaped to plugboard 17, inserted block is fixedly connected with to the surface of plugboard 17, inserted block is plugged on The inside of slot 16 is limited, limit slot 16 is provided with two groups, and two groups of limit slot 16s extend through buckle 11 and docking ring flat-plate 13 outer wall setting, spring groove 18 are provided with two groups, and two groups of spring grooves 18 are respectively distributed to the table to plugboard 17 and buckle 11 On face, there are two the settings of every group of spring groove 18, and two spring grooves 18 are symmetrical about limit slot 16, and outside pull is to patching Then the buckle 11 for adjusting 2 lower end of cylinder is snapped on the docking ring flat-plate 13 at the top of mixing machine 12, is unclamped to plugboard by plate 17 After 17, plugboard 17 is sprung back under the elastic force effect of extension spring 19, buckle is run through simultaneously to the inserted block on 17 surface of plugboard 11 and docking 13 surface of ring flat-plate limit slot 16, realize to docking ring flat-plate 13 and buckle 11 connection.

Stirring rod is fixedly connected on the axis body of agitating shaft 21, stirring rod is provided with multiple groups, and multiple groups stirring rod is in row up and down Column distribution, there are four every group of stirring rod settings, and four stirring rods are in " ten " font arranged distribution.

Scraper plate fuel tank 22 is in the arc-shaped column structure of inner hollow, and oil transportation hole 23 is provided with multiple, multiple oil transportation holes 23 Simultaneously through the setting of the outer wall of scraper plate fuel tank 22 and mixing machine 12, the rubber stopper of 22 upper end of scraper plate fuel tank is extracted, leaf fat will be scraped and added Enter in scraper plate fuel tank 22, scrape leaf fat and be delivered to inside mixing machine 12 through oil transportation hole 23, start motor 20, drives 21 turns of agitating shaft It is dynamic, it to glass imitation bristol glaze and scrapes leaf fat and mixes, mixed material is discharged through discharge nozzle 24.

Working principle: in actual work, then the buckle 11 for adjusting 2 lower end of cylinder is detained plugboard 17 by outside pull Connect on the docking ring flat-plate 13 at the top of mixing machine 12, after unclamping to plugboard 17, to plugboard 17 extension spring 19 elastic force The lower rebound of effect, runs through buckle 11 simultaneously to the inserted block on 17 surface of plugboard and docks the limit slot 16 on 13 surface of ring flat-plate, real Now to the connection of docking ring flat-plate 13 and buckle 11, meanwhile, it realizes the sealing to mixing machine 12, extracts the sealing-plug in feed opening 7 8, glass imitation bristol glaze material is stored in storing unit ontology 1, and is sealed, leaf fat is scraped in the glass imitation bristol glaze material that need to take cooperation When mixing, the rotational handle 6 of 1 outer wall of storing unit ontology is held, storing unit ontology 1 is rotated down, until guide stanchion 4 The feed inlet 9 of outer wall enters the inside of storing unit ontology 1, at this point, glass imitation bristol glaze material storing unit ontology 1 inside through into Material mouth 9 enters in the whereabouts duct 10 inside guide stanchion 4, and landing is to inside mixing machine 12, during this, glass imitation bristol glaze Material is not contacted with the external world, is provided preferable storage environment for the remaining glass imitation bristol glaze material in 1 inside of storing unit ontology, is extracted scraper plate The rubber stopper of 22 upper end of fuel tank will be scraped leaf fat and be added in scraper plate fuel tank 22, scrapes leaf fat and be delivered in mixing machine 12 through oil transportation hole 23 Portion starts motor 20, and driving agitating shaft 21 rotates, to glass imitation bristol glaze material and scrapes leaf fat and mix, mixed material warp Discharge nozzle 24 discharges.

It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding And modification, the scope of the present invention is defined by the appended.