CN208251575U - A kind of semi-automatic metope application device - Google Patents
A kind of semi-automatic metope application device Download PDFInfo
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- CN208251575U CN208251575U CN201820665424.3U CN201820665424U CN208251575U CN 208251575 U CN208251575 U CN 208251575U CN 201820665424 U CN201820665424 U CN 201820665424U CN 208251575 U CN208251575 U CN 208251575U
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Abstract
The utility model discloses a kind of semi-automatic metope application devices, including body and smear pressuring flat device, body top is equipped with conveyer belt, and transmission shaft is provided on the inside of conveyer belt, the body upper left corner is equipped with smearing pressuring flat device, the body upper right corner is provided with material storage tube, and the lower left corner is equipped with electric control valve inside material storage tube, it is connected and fixed by being electrically connected with valve switch on the downside of electric control valve, right side of machine body is provided with charging port and the first control panel, and is equipped with moving handle on the upside of the first control panel.The present apparatus can respectively regulate and control the semi-automatic integrally-built operating status of metope application device by the first control panel and the second control panel, not only simple and convenient but also safe and efficient, the efficient smearing processing of metope can be effectively realized, it is not only able to guarantee the efficiency and quality that metope is smeared, but also it can effectively simplify operation and using program, be conducive to be promoted and used on a large scale.
Description
Technical field:
The utility model relates to a kind of semi-automatic metope application device technical fields, more particularly to a kind of semi-automatic metope
Application device.
Background technique:
Wall covering, which refers to, plays decoration and protection for building wall, keeps building wall beautiful and clean, while can also rise
To protection building wall, the effect prolonged its service life, wall covering includes interior wall coating and exterior wall by building wall classification
Coating two large divisions.
But the smearing existing equipment of wall covering lacks safe and efficient processing, is unfavorable for further improving and guarantee
The efficiency and quality that metope is smeared, it is therefore desirable to invent a kind of automanual metope application device, effectively improve wall covering
Smearing efficiency and quality, reduce equipment investment fund, save labour turnover, and then make up deficiency existing for existing equipment.
Utility model content:
The purpose of this utility model is to provide a kind of semi-automatic metope application devices, to solve to mention in above-mentioned background technique
Out the problem of, the device can be whole to the semi-automatic metope application device by the first control panel and the second control panel respectively
The operating status of body structure is regulated and controled, not only simple and convenient but also safe and efficient, can be effectively realized at the efficient smearing of metope
Reason, and the device is provided with the first wireless receiving transmission module and the second wireless receiving transmission module, is carrying out metope smearing
During the device can efficiently easily pass through the first wireless receiving transmission module and the second wireless receiving transmission module pair
The control instruction signal of first control panel input and the weight data inside storage recess carry out real-time reception and transmission, just
It handles it measure in second processor and third processor, setting in this way is not only able to guarantee the efficiency and matter that metope is smeared
Amount, but also can effectively simplify operation and using program, be conducive to be promoted and used on a large scale.
To achieve the above object, the utility model provides the following technical solutions: including body and smearing pressuring flat device, body
Top is equipped with conveyer belt, and is provided with transmission shaft on the inside of conveyer belt, and the body upper left corner is equipped with smearing pressuring flat device, body
The upper right corner is provided with material storage tube, and the lower left corner is equipped with electric control valve inside material storage tube, on the downside of electric control valve by electrical connection with
Valve switch is connected and fixed, and right side of machine body is provided with charging port and the first control panel, and installation on the upside of the first control panel
There is moving handle, body lower left side is provided with the first telescopic supporting rod, and is equipped with the first cylinder on the upside of the first telescopic supporting rod
Sensor is controlled with the first cylinder, body lower right side is provided with the second telescopic supporting rod, and installation on the upside of the second telescopic supporting rod
There are the second cylinder and the second cylinder control sensor, body bottom end is provided with mobile pulley, and body bottom end installed in front has second
Control panel, body inside are provided with first processor, are controlled on the left of first processor by built-in connecting line and the first cylinder
Sensor is connected and fixed, and is controlled sensor with the second cylinder by built-in connecting line on the right side of first processor and is connected and fixed, and first
Be connected and fixed by built-in connecting line with power storage body on the upside of processor, and power storage body right end by built-in connecting line respectively with charging
Port and the first control panel are connected and fixed, and are connected and fixed by built-in connecting line with second processor on the left of power storage body, and the
Two processor right ends are connected and fixed by built-in connecting line and the first control panel, pass through built-in connecting line on the upside of second processor
It is connected and fixed with multiple transmission shafts, second processor upper left side is equipped with the first wireless receiving transmission module, and first wirelessly connects
It receives transmission module lower left side and is provided with automatically controlled sled controller, by built-in connecting line respectively with the on the upside of automatically controlled sled controller
One wireless receiving transmission module and third processor are connected and fixed, and by built-in connecting line and smear pressure on the upside of third processor
Leveling device is connected and fixed, and automatically controlled sled controller left end is connected and fixed by built-in connecting line and automatically controlled sliding rail；
It smears and storage recess is installed on the inside of pressuring flat device, be provided with armorplate glass, storage recess on the left of storage recess
Right side is equipped with pushing baffle, and pushes and be provided with pushing telescopic rod on the right side of baffle, pushes and is equipped with pushing gas on the right side of telescopic rod
Cylinder, storage recess downside is provided with loading plate, and is connected and fixed by built-in connecting line with weight sensor on the downside of loading plate, weight
It is connected and fixed on the downside of quantity sensor by built-in connecting line and the second wireless receiving transmission module, storage recess lower left side is equipped with
First, which flattens shaft and second, flattens shaft.
Preferably, the material storage tube lower right side is provided with the slope structure that tilt angle is degree, and transmit belt surface laying
There is PVC protective film.
Preferably, collapsing length of the collapsing length of first telescopic supporting rod less than the second telescopic supporting rod, and the
The bottom supporting surface structure of one telescopic supporting rod and the second telescopic supporting rod is in same level.
Preferably, being provided with the identical circular hole of multiple sizes on the inside of the armorplate glass.
Preferably, the pushing cylinder right end is connected and fixed by built-in connecting line and third processor.
Compared with prior art, the utility model has the beneficial effects that the present apparatus can pass through the first control panel respectively
The semi-automatic integrally-built operating status of metope application device is regulated and controled with the second control panel, not only simple and convenient but also peace
Overall height effect can effectively realize the efficient smearing processing of metope, and the device is provided with the first wireless receiving transmission module
With the second wireless receiving transmission module, the device can be efficiently easily wireless by first during carrying out metope smearing
Receive the control instruction signal and store recessed that transmission module and the second wireless receiving transmission module inputs the first control panel
Weight data inside slot carries out real-time reception and transmission, handles it measure convenient for second processor and third processor, this
Sample setting is not only able to guarantee the efficiency and quality that metope is smeared, but also can effectively simplify operation and using program, have
It is provided with loading plate on the inside of storage recess conducive to being promoted and used on a large scale, and in the device, loading plate can be to it
The weight that the metope that upside enters smears material carries out measurement processing, and weight sensor can be to wall covering on the upside of loading plate
Weight carries out induction transmission process, and when reaching certain weight, the weight information of weight sensor induced inside can be transferred to
In two wireless receiving transmission modules, the second wireless receiving transmission module can be established with the first wireless receiving transmission module and is wirelessly connected
Relationship, further the second wireless receiving transmission module can be the wall covering information inside the storage recess that its internal receipt arrives
It is transferred to inside the first wireless receiving transmission module, is further transferred to after being handled by the second wireless receiving transmission module
Up to inside second processor, second processor further assigns regulation and control instruction information after handling by analysis, turns transmission
Axis stops operating conveying, and then second processor can further be transferred to control instruction at automatically controlled sled controller and third
It manages inside device, so that automatically controlled sled controller is in working, guarantee that the smearing pressuring flat device on automatically controlled sliding rail carries out
Lower smearing flattens operation, and third processor can carry out the internal operation atmospheric pressure state for pushing cylinder according to control instruction signal
Regulation, and then change the long short status of stretching for pushing telescopic rod, it realizes the operation of extruding forward for pushing baffle, guarantees storage recess
Internal metope smears material and squeezes operation forward by the circular hole discharge on the inside of armorplate glass, is further smearing
The smearing processing of metope is carried out in the operational process up and down of pressuring flat device, and smears pressuring flat device during upward smear, the
One pressing shaft and the second pressing shaft can smear upside the material finished and carry out further upward pressing processing, guarantee wall
The flatness and smoothness that face is smeared, effectively improve the efficiency and quality of metope smearing.
Detailed description of the invention:
Fig. 1 is the utility model overall structure diagram；
Fig. 2 is that the utility model smears pressuring flat device structural schematic diagram.
In figure: 1, body, 2, conveyer belt, 3, transmission shaft, 4, smearing pressuring flat device, 5, material storage tube, 6, electric control valve, 7,
Valve switch, 8, charging port, the 9, first control panel, 10, moving handle, the 11, first telescopic supporting rod, the 12, first cylinder,
13, the first cylinder control sensor, the 14, second telescopic supporting rod, the 15, second cylinder, the 16, second cylinder control sensor, 17,
Mobile pulley, the 18, second control panel, 19, first processor, 20, built-in connecting line, 21, power storage body, 22, second processor,
23, the first wireless receiving transmission module, 24, automatically controlled sled controller, 25, third processor, 26, automatically controlled sliding rail, 27, storage it is recessed
Slot, 28, armorplate glass, 29, pushing baffle, 30, pushing telescopic rod, 31, pushing cylinder, 32, loading plate, 33, weight sensing
Device, the 34, second wireless receiving transmission module, 35, first flattens shaft, and 36, second flattens shaft.
Specific embodiment:
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
The device can pass through 18 input control command information of the second control panel, control instruction information referring to FIG. 1-2,
It can further transmission reach inside first processor 19, under the analysis processing of first processor 19, control instruction information meeting
Built-in connecting line 20 is further advanced by be respectively transmitted to control sensor 13 and the second cylinder control sensor up to the first cylinder
16 insides, and the first cylinder control sensor 13 can adjust the air pressure inside state of the first cylinder 12 of control, and then change first
The retractable support height of telescopic supporting rod 11, similarly the second cylinder control sensor 16 can adjust the inside of the second cylinder 15 of control
Atmospheric pressure state, and then change the retractable support height of the second telescopic supporting rod 14, setting in this way can effectively guarantee the device
Make to smear pressuring flat device 4 in carrying out metope smearing treatment process in smearing at desired position, be convenient for smearing and handle,
Not only efficiently convenient but also stable safe, while the device is provided with the first wireless receiving transmission module 23 and the transmission of the second wireless receiving
Module 34, the device efficiently can easily pass through 23 He of the first wireless receiving transmission module during carrying out metope smearing
The weight inside control instruction signal and storage recess 27 that second wireless receiving transmission module 34 inputs the first control panel 9
It measures data and carries out real-time reception and transmission, handle it measure, in this way setting convenient for second processor 22 and third processor 25
Be not only able to guarantee metope smear efficiency and quality, but also can effectively simplify operation and use program, be conducive into
Row is a wide range of to be promoted and uses, and loading plate 32 is provided on the inside of the storage recess 27 in the device, and loading plate 32 can be to it
The weight that the metope that upside enters smears material carries out measurement processing, and weight sensor 33 can apply side wall on loading plate 32
The weight of material carries out induction transmission process, and when reaching certain weight, the weight information of 33 induced inside of weight sensor can be passed
It is defeated in the second wireless receiving transmission module 34, the second wireless receiving transmission module 34 can and the first wireless receiving transmission module 23
Wireless connection relationship is established, in the storage recess 27 that further the second wireless receiving transmission module 34 can arrive its internal receipt
The wall covering information in portion is transferred to inside the first wireless receiving transmission module 23, at the second wireless receiving transmission module 34
Reason after further transmission reach second processor 22 inside, second processor 22 handle by analysis later further under
Up to regulation and control instruction information, makes to transmit shaft 3 and stop operating conveying, then second processor 22 is understood and control instruction is further passed
It is defeated to arrive inside automatically controlled sled controller 24 and third processor 25, so that automatically controlled sled controller 24 is in working, protects
The smearing pressuring flat device 4 on automatically controlled sliding rail 26 is demonstrate,proved to carry out smearing to flatten up and down running, and third processor 25 can refer to according to control
It enables signal to regulate and control the internal operation atmospheric pressure state for pushing cylinder 31, and then changes the flexible length shape for pushing telescopic rod 30
State realizes the operation of extruding forward for pushing baffle 29, guarantees that the metope inside storage recess 27 smears material and squeezes operation forward
By the circular hole discharge of the inside of armorplate glass 28, further in the operational process up and down for smearing pressuring flat device 4 into
The smearing of row metope is handled, and smears pressuring flat device 4 during upward smear, and first, which flattens shaft 35 and second, flattens shaft
36, which can smear upside the material that finishes, carries out further upward pressing and handles, and guarantees flatness that metope is smeared and smooth
Degree effectively improves the efficiency and quality of metope smearing.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (5)
1. a kind of semi-automatic metope application device, including body (1) and smearing pressuring flat device (4), which is characterized in that body (1)
Top is equipped with conveyer belt (2), and transmission shaft (3) is provided on the inside of conveyer belt (2), and body (1) upper left corner is equipped with smearing
Pressuring flat device (4), body (1) upper right corner are provided with material storage tube (5), and the internal lower left corner of material storage tube (5) is equipped with electric control valve
(6), it is connected and fixed by electrical connection with valve switch (7) on the downside of electric control valve (6), is provided with charging port on the right side of body (1)
(8) and the first control panel (9) it, and on the upside of the first control panel (9) is equipped with moving handle (10), body (1) lower left side is set
It is equipped with the first telescopic supporting rod (11), and the first cylinder (12) and the first cylinder control is installed on the upside of the first telescopic supporting rod (11)
Sensor (13) processed, body (1) lower right side are provided with the second telescopic supporting rod (14), and peace on the upside of the second telescopic supporting rod (14)
Equipped with the second cylinder (15) and the second cylinder control sensor (16), body (1) bottom end is provided with mobile pulley (17), body
(1) bottom end installed in front has the second control panel (18), is provided with first processor (19), first processor on the inside of body (1)
(19) left side is connected and fixed by built-in connecting line (20) and the first cylinder control sensor (13), on the right side of first processor (19)
It is connected and fixed by built-in connecting line (20) and the second cylinder control sensor (16), by built-in on the upside of first processor (19)
Connecting line (20) is connected and fixed with power storage body (21), and power storage body (21) right end by built-in connecting line (20) respectively with charging end
Mouth (8) and the first control panel (9) are connected and fixed, and pass through built-in connecting line (20) and second processor on the left of power storage body (21)
(22) it is connected and fixed, and second processor (22) right end is connected and fixed by built-in connecting line (20) with the first control panel (9),
It is connected and fixed on the upside of second processor (22) by built-in connecting line (20) and multiple transmission shafts (3), second processor (22)
Upper left side is equipped with the first wireless receiving transmission module (23), and first wireless receiving transmission module (23) lower left side is provided with automatically controlled
Sled controller (24), automatically controlled sled controller (24) upside are transmitted with the first wireless receiving respectively by built-in connecting line (20)
Module (23) and third processor (25) are connected and fixed, and by built-in connecting line (20) and are smeared on the upside of third processor (25)
Pressuring flat device (4) is connected and fixed, and automatically controlled sled controller (24) left end is connected by built-in connecting line (20) and automatically controlled sliding rail (26)
Connect fixation；
It smears and is equipped with storage recess (27) on the inside of pressuring flat device (4), be provided with armorplate glass on the left of storage recess (27)
(28), it is equipped on the right side of storage recess (27) and pushes baffle (29), and pushed and be provided with pushing telescopic rod on the right side of baffle (29)
(30), it pushes to be equipped on the right side of telescopic rod (30) and pushes cylinder (31), be provided with loading plate (32) on the downside of storage recess (27), and
It is connected and fixed by built-in connecting line (20) with weight sensor (33) on the downside of loading plate (32), it is logical on the downside of weight sensor (33)
It crosses built-in connecting line (20) to be connected and fixed with the second wireless receiving transmission module (34), storage recess (27) lower left side is equipped with
One, which flattens shaft (35) and second, flattens shaft (36).
2. a kind of semi-automatic metope application device according to claim 1, which is characterized in that material storage tube (5) bottom right
Side is provided with the slope structure that tilt angle is 25 degree, and conveyer belt (2) surface is laid with PVC protective film.
3. a kind of semi-automatic metope application device according to claim 1, which is characterized in that first telescopic supporting rod
(11) collapsing length of the collapsing length less than the second telescopic supporting rod (14), and the first telescopic supporting rod (11) and second flexible
The bottom supporting surface structure of support rod (14) is in same level.
4. a kind of semi-automatic metope application device according to claim 1, which is characterized in that the armorplate glass (28)
Inside is provided with the identical circular hole of multiple sizes.
5. a kind of semi-automatic metope application device according to claim 1, which is characterized in that the pushing cylinder (31) is right
End is connected and fixed by built-in connecting line (20) and third processor (25).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820665424.3U CN208251575U (en) | 2018-05-07 | 2018-05-07 | A kind of semi-automatic metope application device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820665424.3U CN208251575U (en) | 2018-05-07 | 2018-05-07 | A kind of semi-automatic metope application device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208251575U true CN208251575U (en) | 2018-12-18 |
Family
ID=64635962
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820665424.3U Expired - Fee Related CN208251575U (en) | 2018-05-07 | 2018-05-07 | A kind of semi-automatic metope application device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208251575U (en) |
-
2018
- 2018-05-07 CN CN201820665424.3U patent/CN208251575U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181218 Termination date: 20190507 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |