CN206380799U - A kind of industrial shoemaking irradiating machine of double-sided illumination - Google Patents
A kind of industrial shoemaking irradiating machine of double-sided illumination Download PDFInfo
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- CN206380799U CN206380799U CN201720049687.7U CN201720049687U CN206380799U CN 206380799 U CN206380799 U CN 206380799U CN 201720049687 U CN201720049687 U CN 201720049687U CN 206380799 U CN206380799 U CN 206380799U
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- footwear material
- exposure cell
- cold air
- conveyer belt
- light group
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Abstract
The utility model discloses a kind of industrial shoemaking irradiating machine of double-sided illumination, upper rack is sequentially set with exposure cell in footwear material, exposure cell under refrigerating chamber and footwear material, and conveyer belt sequentially passes through exposure cell in footwear material, exposure cell under refrigerating chamber and footwear material；Irradiation light group on some groups is provided with footwear material in exposure cell, the irradiation mouth of each upper irradiation light group is respectively facing the conveyer belt of lower section；It is provided with cold air blowing device in refrigerating chamber, cold air blowing device is fixed on the top of conveyer belt, the bottom surface of cold air blowing device is provided with cold air purge port, cold air purge port is towards conveyer belt；It is provided with irradiation light group under some groups under footwear material in exposure cell, lower irradiation light group is fixed on the lower section of conveyer belt, the irradiation mouthful of lower irradiation light group is towards upper.The utility model can carry out double-sided illumination in time processing to footwear materials such as vamp and soles, and illumination efficiency is good, high in machining efficiency, reduces production cost.
Description
Technical field
The utility model is related to industrial shoe making apparatus technical field, and the industrial shoemaking more particularly, to a kind of double-sided illumination is used
Irradiating machine.
Background technology
In the prior art, sole and vamp are bonded by glue, are assembled into a complete shoes, and this processing step is referred to as
For shaping.Sole and vamp before the adhesive is set, will first be carried out playing roughing to its adhesion area, destroyed by playing roughing respectively
The surface of adhesion area, then brush coating water, increase its bonding force.
Playing roughing needs substantial amounts of workman's handwork, and it is present, and processing efficiency is low, waste time and energy, production cost height etc.
Shortcoming.With the appearance of shoemaking irradiating machine, it can replace playing roughing in certain degree, still, there is also obvious for it
Shortcoming, first, one side irradiation can only be carried out at present, it is impossible to carry out double-sided illumination, can because temperature is too high and heavy damage vamp or
The footwear materials such as the footwear materials such as sole, vamp or sole also can gross distortion, it is therefore necessary to improved.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model be to provide it is a kind of it is simple in construction, can carry out
The industrial shoemaking irradiating machine of double-sided illumination.
To achieve these goals, the technical scheme that the utility model is used is：A kind of industrial shoemaking of double-sided illumination
With irradiating machine, including frame, central rack is provided with conveyer belt, and upper rack is sequentially set with exposure cell in footwear material, refrigerating chamber
With exposure cell under footwear material, conveyer belt sequentially passes through exposure cell in footwear material, exposure cell under refrigerating chamber and footwear material；In footwear material in exposure cell
Irradiation light group on some groups is provided with, each upper irradiation light group fixes the middle part of exposure cell in footwear material respectively, each upper irradiation light group
Irradiation mouth is respectively facing the conveyer belt of lower section；Cold air blowing device is provided with refrigerating chamber, cold air blowing device is fixed on conveying
The top of band, the bottom surface of cold air blowing device is provided with cold air purge port, and cold air purge port is towards conveyer belt；Exposure cell under footwear material
In be provided with irradiation light group under some groups, lower irradiation light group is fixed on the lower section of conveyer belt, the irradiation mouthful direction of lower irradiation light group
On.
In further technical scheme, the centre of refrigerating chamber exposure cell under exposure cell in footwear material and footwear material is cold
The left and right sides for freezing room is respectively arranged with a dividing plate, and left and right sides dividing plate is spaced one from irradiating under exposure cell and footwear material in footwear material
Room, the bottom of left and right sides dividing plate is offered to be respectively mounted for closing corresponding at the current mouth of footwear material, the current mouth of two footwear materials
Footwear material pass through mouth every curtain, the front and rear sides face of refrigerating chamber is separately installed with a detachable boxboard, and two detachable boxboards are sealed respectively
Close the front and rear sides face of refrigerating chamber.
In further technical scheme, the bottom of the frame, which is separated into the cavity of left, center, right three, middle cavity, pacifies
Equipped with refrigeration compressor；Heat exchange condenser, surrounding and the top surface cladding of heat exchange condenser are provided with cold air blowing device
There is heat-insulated laminate, heat exchange condenser connects refrigeration compressor, and the whole bottom surface of heat exchange condenser is covered with cold air purge port；Machine
Exhaust outlet, exhaust outlet connection refrigerating chamber are installed at the top of frame.
In further technical scheme, the left and right ends portion of the cold air blowing device be individually fixed in the left and right sides every
Plate, stays and sets side ventilation respectively between cold air blowing device front and rear sides and the corresponding boxboard for being enclosed in refrigerating chamber front and rear sides
Gap, is installed with air draft space on one between the top surface of cold air blowing device and the top surface of refrigerating chamber, upper air draft space connects respectively
Lead to two side ventilation gaps and exhaust outlet.
In further technical scheme, the bottom of exposure cell's frame connects respectively in exposure cell and the footwear material under the footwear material
Ventilating fan and/or control device are respectively arranged with the logical cavity below, two cavitys of the frame lower both sides.
In further technical scheme, it is provided with the top of the frame under air-intake device, the footwear material in exposure cell
Top is fixed with guide duct, the upper end connection air-intake device of guide duct, footwear material and is fixedly arranged in the middle of wind scooper in exposure cell,
The bottom for diminishing and extending to guide duct, the upper end of wind scooper and the lower end of guide duct are shunk upwards in the upper end of wind scooper
An interval, and upper end of the bottom slightly larger than wind scooper of guide duct are provided between portion.
In further technical scheme, the bottom surface of exposure cell corresponds to the area of the irradiation mouth of lower irradiation light group under the footwear material
Domain is arranged at an open ports, open ports be provided with quartz glass plate, and quartz glass plate is located at the lower section of conveyer belt.
In further technical scheme, the top of exposure cell is fixed with the left and right two below support, support in the footwear material
Side position and front and rear sides position lift irradiation light group on one respectively, under the irradiation mouthful of each upper irradiation light group is respectively facing support just
The central area of side.
In further technical scheme, the conveyer belt is selected to be formed by connecting metal net shaped conveyer belt, gold by metal grill
Category grid is square or rhombus, and the width or height H of metal grill are 3~8cm.
In further technical scheme, the front and rear sides face of exposure cell is separately installed with one and is used to close footwear in the footwear material
The front and rear sides face of exposure cell is separately installed with a use under the detachable boxboard in the front and rear sides face of Cai Shang exposure cells, the footwear material
Detachable boxboard in the front and rear sides face of exposure cell under closing footwear material.
After said structure, the utility model is compared to the prior art advantageously：The utility model can
Double-sided illumination is carried out to footwear materials such as vamp and soles in time processing, illumination efficiency is good, and high in machining efficiency, reduction is produced into
This.
Brief description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation at another visual angle of the utility model.
In figure：1st, frame 11, conveyer belt.
2nd, exposure cell 21, upper irradiation light group 22, support in footwear material.
3rd, exposure cell 31, lower irradiation light group 32, air-intake device 33, guide duct 34, wind scooper 35, quartzy glass under footwear material
Glass piece.
4th, refrigerating chamber 41, cold air blowing device 42, cold air purge port 43, dividing plate 44, every curtain 45, exhaust outlet.
Embodiment
As described below is only preferred embodiment of the present utility model, does not therefore limit protection model of the present utility model
Enclose.
A kind of industrial shoemaking irradiating machine of irradiation, as shown in Fig. 1 and Fig. 2, including frame 1, the middle part of frame 1 is provided with defeated
Send band 11, the top of frame 1 is sequentially set with exposure cell 2 in footwear material, exposure cell 3 under refrigerating chamber 4 and footwear material, conveyer belt 11 is worn successively
Cross exposure cell 2 in footwear material, exposure cell 3 under refrigerating chamber 4 and footwear material.Irradiation light group on some groups is provided with footwear material in exposure cell 2
21, each upper irradiation light group 21 fixes the middle part of exposure cell 2 in footwear material respectively, and the irradiation mouthful of each upper irradiation light group 21 is respectively facing down
The conveyer belt 11 of side, upper irradiation light group 21 selects High-power Mercury-vapor Lamp；Irradiation light group under some groups is provided with footwear material in exposure cell 3
31, lower irradiation light group 31 is fixed on the lower section of conveyer belt 11, and the irradiation mouthful of lower irradiation light group 31 is towards upper, and lower irradiation light group 31 is selected
Use High-power Mercury-vapor Lamp.Cold air blowing device 41 is provided with refrigerating chamber 4, cold air blowing device 41 is fixed on the upper of conveyer belt 11
Side, the bottom surface of cold air blowing device 41 is provided with cold air purge port 42, and cold air purge port 42 is towards conveyer belt 11.
The centre of the exposure cell 3 under exposure cell 2 in footwear material and footwear material of refrigerating chamber 4, the left and right sides of refrigerating chamber 4 is set respectively
It is equipped with a dividing plate 43, left and right sides dividing plate 43 is spaced one from footwear material exposure cell 3, left and right sides dividing plate under exposure cell 2 and footwear material
43 bottom offers footwear material and passed through mouth, two footwear materials pass through be respectively mounted at mouth for close corresponding footwear material pass through mouth every
Curtain 44, forms effectively barrier.
The front and rear sides face of refrigerating chamber 4 is separately installed with a detachable boxboard, and two detachable boxboards close off refrigerating chamber 4
Front and rear sides face；The front and rear sides face of exposure cell 2 is separately installed with one and is used to close the front and rear of exposure cell 2 in footwear material in footwear material
The front and rear sides face of exposure cell 3 is separately installed with one and is used to close exposure cell 3 under footwear material under the detachable boxboard of two sides, footwear material
Front and rear sides face detachable boxboard, be easy to safeguard, maintenance down and maintenance (in order to preferably show the structure of the present invention,
Fig. 1 and 2 is not drawn into each detachable boxboard).The bottom of the frame 1 of exposure cell 3 is respectively communicated with it under exposure cell 2 and footwear material in footwear material
Ventilating fan and/or control device are respectively arranged with the cavity of side, two cavitys of the bottom both sides of frame 1.Reasonable utilization space,
Two cavitys of the bottom both sides of frame 1 are used as lower wind exhausting outlet.
The bottom of frame 1 is separated into the cavity of left, center, right three, middle cavity and is provided with refrigeration compressor；Cold air is blowed
Heat exchange condenser is provided with device 41, the surrounding and top surface of heat exchange condenser are coated with heat-insulated laminate, heat exchange condensation
Device connects refrigeration compressor, and the whole bottom surface of heat exchange condenser is covered with cold air purge port 42；The top of frame 1 is provided with air draft
Mouth 45, the connection refrigerating chamber 4 of exhaust outlet 45.The left and right ends portion of cold air blowing device 41 is individually fixed in the dividing plate of the left and right sides
43, the front and rear sides of cold air blowing device 41 set a side with being enclosed in stay respectively between the corresponding boxboard of the front and rear sides of refrigerating chamber 4
Ventilation gap, is installed with air draft space on one, upper air draft space between the top surface of cold air blowing device 41 and the top surface of refrigerating chamber 4
Two side ventilation gaps and exhaust outlet 45 are respectively communicated with, exhaust outlet 45 is provided with exhaust blower, by exhaust blower exhausting, will freezed
Hot gas discharge on room in air draft space.Cold air purge port 42 is adjacent to conveyer belt 11, and the cold air that cold air purge port 42 is blown out first gathers
Collect the space between cold air purge port 42 and conveyer belt 11, then discharged upwards by the side ventilation gap of both sides again, it is right
Faster, and cold air utilization rate is high, reduces specific energy consumption for the cooling velocity of footwear material.
Top under footwear material in exposure cell 3 is fixed with guide duct 33, and the top of frame 1 is provided with air-intake device 32, air intake
Device 32 is provided with blower fan, passes through blower fan air blast to guide duct 33.Under the upper end connection air-intake device 32 of guide duct 33, footwear material
Wind scooper 34 is fixedly arranged in the middle of in exposure cell 3, the upper end of wind scooper 34 is shunk upwards diminishes and extend to guide duct 33
Bottom, is provided with an interval, and the bottom of guide duct 33 between the upper end of wind scooper 34 and the bottom of guide duct 33
Slightly larger than the upper end of wind scooper 34.When guide duct 33 blows air downwards, most air-flow is directly down into wind-guiding
Cover 34, and surrounding has outer rim of the fraction along wind scooper 34 outwards to flow, and drives the gas of the upper space of exposure cell 3 under footwear material
Stream is circulated, and is reduced and is effectively controlled exposure cell 3 under whole footwear material to be in suitable temperature range.
The bottom surface of exposure cell 3 is arranged to an open ports corresponding to the region of the irradiation mouth of lower irradiation light group 31 under footwear material, opens
Quartz glass plate 35 is installed, quartz glass plate 35 is located at the lower section of conveyer belt 11, and quartz glass plate 35 is effectively prevented at opening
Footwear material particle etc. drops to the High-power Mercury-vapor Lamp of lower section, it is to avoid burn out High-power Mercury-vapor Lamp.The top of exposure cell 2 is fixed with footwear material
Support 22, the left and right sides position and front and rear sides position of the lower section of support 22 lift irradiation light group 21 on one, each upper irradiation respectively
The irradiation mouth of lamp group 21 is respectively facing the central area immediately below support 22.
Conveyer belt 11 is formed by connecting metal net shaped conveyer belt 11 from by metal grill, and metal grill is square or rhombus,
The width or height H of metal grill are 3~8cm, it is to avoid footwear material local irradiation is uneven, improve radiation response and illumination efficiency.
Above content is only preferred embodiment of the present utility model, for one of ordinary skill in the art, according to this reality
With new thought, it will change in specific embodiments and applications, this specification content should not be construed as
To limitation of the present utility model.
Claims (10)
1. conveyer belt (11) is provided with the middle part of a kind of industrial shoemaking irradiating machine of double-sided illumination, including frame (1), frame (1),
It is characterized in that：Frame (1) top is sequentially set with exposure cell (3) under exposure cell in footwear material (2), refrigerating chamber (4) and footwear material, defeated
Band (11) is sent to sequentially pass through exposure cell (3) under exposure cell in footwear material (2), refrigerating chamber (4) and footwear material；
Irradiation light group (21) on some groups are provided with footwear material in exposure cell (2), each upper irradiation light group (21) fixes footwear material respectively
The middle part of upper exposure cell (2), the irradiation mouth of each upper irradiation light group (21) is respectively facing the conveyer belt (11) of lower section；
Cold air blowing device (41) is provided with refrigerating chamber (4), cold air blowing device (41) is fixed on the top of conveyer belt (11),
The bottom surface of cold air blowing device (41) is provided with cold air purge port (42), and cold air purge port (42) is towards conveyer belt (11)；
Irradiation light group (31) under some groups are provided with footwear material in exposure cell (3), lower irradiation light group (31) is fixed on conveyer belt
(11) lower section, the irradiation of lower irradiation light group (31) mouthful is towards upper.
2. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 1, it is characterised in that：The refrigerating chamber
(4) it is located at the centre of exposure cell (3) under exposure cell (2) and footwear material in footwear material, the left and right sides of refrigerating chamber (4) is respectively arranged with one
Dividing plate (43), left and right sides dividing plate (43) is spaced one from exposure cell (3) under exposure cell in footwear material (2) and footwear material, the left and right sides every
The bottom of plate (43) is offered to be respectively mounted for closing the current mouth of corresponding footwear material at the current mouth of footwear material, the current mouth of two footwear materials
Every curtain (44), the front and rear sides face of refrigerating chamber (4) is separately installed with a detachable boxboard, and two detachable boxboards close off cold
Freeze the front and rear sides face of room (4).
3. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 2, it is characterised in that：The frame
(1) bottom is separated into the cavity of left, center, right three, middle cavity and is provided with refrigeration compressor；In cold air blowing device (41)
Heat exchange condenser is provided with, the surrounding and top surface of heat exchange condenser are coated with heat-insulated laminate, heat exchange condenser connection system
Cold compressor, the whole bottom surface of heat exchange condenser is covered with cold air purge port (42)；Frame is provided with exhaust outlet at the top of (1)
(45), exhaust outlet (45) connection refrigerating chamber (4).
4. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 3, it is characterised in that：The cold air blows
Send the left and right ends portion of device (41) to be individually fixed in the dividing plate (43) of the left and right sides, cold air blowing device (41) front and rear sides with
Stayed respectively between the corresponding boxboard for being enclosed in refrigerating chamber (4) front and rear sides and set a side ventilation gap, cold air blowing device (41)
Top surface and refrigerating chamber (4) top surface between be installed with air draft space on one, upper air draft space is respectively communicated with two sides ventilations
Gap and exhaust outlet (45).
5. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 3, it is characterised in that：Under the footwear material
The bottom of exposure cell (2) frame (1) is respectively communicated with the cavity below, the frame in exposure cell (3) and the footwear material
(1) ventilating fan and/or control device are respectively arranged with two cavitys of bottom both sides.
6. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 1, it is characterised in that：The frame
(1) top under air-intake device (32), the footwear material in exposure cell (3) is installed at the top of and is fixed with guide duct (33), wind-guiding
Manage and be fixedly arranged in the middle of wind scooper (34), wind scooper in exposure cell (3) under the upper end connection air-intake device (32) of (33), footwear material
(34) bottom for diminishing and extending to guide duct (33), the upper end of wind scooper (34) and guide duct are shunk upwards in upper end
(33) interval, and upper end of the bottom slightly larger than wind scooper (34) of guide duct (33) are provided between bottom.
7. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 1, it is characterised in that：Under the footwear material
The region that the bottom surface of exposure cell (3) corresponds to the irradiation mouth of lower irradiation light group (31) is arranged to install at an open ports, open ports
There is quartz glass plate (35), quartz glass plate (35) is located at the lower section of conveyer belt (11).
8. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 1, it is characterised in that：In the footwear material
The left and right sides position and front and rear sides position that the top of exposure cell (2) is fixed with below support (22), support (22) are hung respectively
Irradiation light group (21) on one are filled, the irradiation mouth of each upper irradiation light group (21) is respectively facing the central area immediately below support (22).
9. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 1, it is characterised in that：The conveyer belt
(11) it is formed by connecting metal net shaped conveyer belt (11) from by metal grill, metal grill is square or rhombus, metal grill
Width or height H are 3~8cm.
10. a kind of industrial shoemaking irradiating machine of double-sided illumination according to claim 2, it is characterised in that：The footwear material
The front and rear sides face of upper exposure cell (2) is separately installed with a dismounting for being used to close the front and rear sides face of exposure cell in footwear material (2)
The front and rear sides face of exposure cell (3) is separately installed with one and is used to close before exposure cell under footwear material (3) under formula boxboard, the footwear material
The detachable boxboard of two sides afterwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720049687.7U CN206380799U (en) | 2017-01-17 | 2017-01-17 | A kind of industrial shoemaking irradiating machine of double-sided illumination |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720049687.7U CN206380799U (en) | 2017-01-17 | 2017-01-17 | A kind of industrial shoemaking irradiating machine of double-sided illumination |
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| Publication Number | Publication Date |
|---|---|
| CN206380799U true CN206380799U (en) | 2017-08-08 |
Family
ID=59493927
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720049687.7U Active CN206380799U (en) | 2017-01-17 | 2017-01-17 | A kind of industrial shoemaking irradiating machine of double-sided illumination |
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| Country | Link |
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| CN (1) | CN206380799U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108562095A (en) * | 2018-06-20 | 2018-09-21 | 泉州市佰誉机械科技有限公司 | UV irradiates cooler |
-
2017
- 2017-01-17 CN CN201720049687.7U patent/CN206380799U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108562095A (en) * | 2018-06-20 | 2018-09-21 | 泉州市佰誉机械科技有限公司 | UV irradiates cooler |
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| TR01 | Transfer of patent right |
Effective date of registration: 20180813 Address after: 523000 12 Chen Wu Shan Road, Houjie Town, Dongguan, Guangdong Patentee after: Dongguan Xuanyuan Machinery Technology Co., Ltd. Address before: 523000 12 Chen Wu Shan Road, Houjie Town, Dongguan, Guangdong Patentee before: Hu Chuanxun |