CN208720766U - A kind of cooling device for Beidou antenna printed on both sides - Google Patents

Abstract

The utility model provides a kind of cooling device for Beidou antenna printed on both sides, which includes rotating the rotating electric machine that frame body and driving rotation frame body make rotating motion, and is circumferentially with several racks on the frame body；Solve the problems, such as that small workpiece product high-volume continuity need to heat part cooling after drying tunnel of production by formula, traditional type of cooling is that drying tunnel cooling zone lengthens, cause occupied ground more, the design can effectively shorten drying tunnel length, it is made to be cooled to the temperature of technique requirement within the period of needs to reach cooling purpose.The utility model has the advantages that it is easy to operate, improve production efficiency and utilization of area rate.And can be according to workpiece external dimension size, the diameter of carrying number setting turntable, versatility is stronger.

Description

A kind of cooling device for Beidou antenna printed on both sides

Technical field

The utility model belongs to Beidou antenna field, in particular to a kind of cooling dress for Beidou antenna printed on both sides It sets.

Background technique

Beidou antenna needs printed on both sides silver layer in production, and traditional mode is first to be printed on one side, and retells Beidou Antenna is dried into drying tunnel is taken, and another side printing is carried out at printing taking after the completion of drying, such operation leads to factory Operator is more, process multiplicity, process work post multiplicity, the energy, working hour waste！It is had enough to meet the need between process discontinuously, part passes through drying tunnel Cooling time is long after heating, and leads to the problems such as management is difficult, accumulation website is more, and the production cycle is long, shortens the production cycle, larger Improvement space, save workshop place.The design can be applied to the production field of conglomerate, greatly save production site Occupancy, the cooling energy of most economical saving.

During high-volume continuity need to be heated by formula and be produced, part adds traditional small workpiece product by drying tunnel Cooling time is long after hot, and it is more to occupy production site.The design can be applied to the production field of conglomerate, greatly save The occupancy of production site, the cooling energy of most economical saving are convenient for the combination of front and back production equipment in continuous production, and Has certain aesthetics.

Utility model content

For solve it is above-mentioned heat production during, part is long the cooling time by drying tunnel after, occupancy production site More problem, the utility model provide a kind of cooling device for Beidou antenna printed on both sides, which includes rotation Pivoted frame body and driving rotate the rotating electric machine that frame body makes rotating motion, and are circumferentially with several racks on the frame body.It should Cooler pan, which is able to solve, shortens workpiece cooling time, reduces straight line type of cooling occupied ground.It is easy to operate, improve production Efficiency and utilization of area rate.

Preferably, it is 360 ° of turntables that the cooling device, which includes: the frame body, 360 ° of turntables are circumferentially evenly equipped with multiple Rack.

Preferably, the rotating electric machine is servo motor, servo motor is mounted on 360 ° of turntables by erection support Interior lining.

Preferably, the specific structure of the rack are as follows: the rack includes that one end is embedded mounting table in frame body, The mounting table by outward one end be equipped with baffle, adjacent rack close to and set the space to be formed for accommodate needs it is cold But Beidou antenna.

Preferably, partial region is equipped with installation frame body on the frame body, blower is installed in the installation frame body.

Compared with prior art, the utility model has the following beneficial effects:

The utility model design solves small workpiece product high-volume continuity need to heat the part process of production by formula Cooling problem after drying tunnel, traditional type of cooling are that drying tunnel cooling zone lengthens, and cause occupied ground more, the design can have Effect shortens drying tunnel length, it is made to be cooled to the temperature of technique requirement within the period of needs to reach cooling purpose.Of the invention Advantage is easy to operate, raising production efficiency and utilization of area rate.And it can be set according to workpiece external dimension size, carrying number Determine the diameter of turntable, versatility is stronger.

It is carried out, can arbitrarily be selected clockwise or counterclockwise using servo motor by 360 ° of turntable rotary powers, and Can single any angle and speed selection, easily combine cooling function can be realized with front and back station, be believed by program Number connection, is realized and the gearing characteristic of corollary equipment.It after cooler pan Beidou antenna comes out, is overturn by 180 °, carries out another side Printing, detection.

By the use of the cooling device, so that Beidou antenna printed on both sides system provided by the utility model, solves Plant operation personnel are more, process multiplicity, process work post multiplicity, the energy, working hour waste！It is had enough to meet the need discontinuously between process, causes to manage The problems such as hardly possible, accumulation website are more, and the production cycle is long, shorten the production cycle, and workshop place is saved in biggish improvement space.

Detailed description of the invention

Fig. 1 is the transverse structure schematic diagram of Beidou antenna printed on both sides system provided by the utility model；

Fig. 2 is structural representation Fig. 1 of Beidou antenna printed on both sides system provided by the utility model；

Fig. 3 be Beidou antenna printed on both sides system provided by the utility model feeding unit material, the first printing element and The structural schematic diagram of second transmission unit；

Fig. 4 is the structural schematic diagram of the drying unit of Beidou antenna perfecting press；

Fig. 5 is the structural schematic diagram of the second transmission unit, cooling unit and the second printing element；

Fig. 6 is the second transmission unit enlarged diagram in Fig. 5；

Fig. 7 is the structural schematic diagram of the second printing element, cooling unit；

Fig. 8 is the partial enlarged view of cooling unit.

Specific embodiment

The utility model is described in detail with reference to the accompanying drawing.

As shown in Figure 1, a kind of Beidou antenna double-side printer, the printing machine include rack, the rack from upstream to Downstream sets gradually feeding unit material 1, the first printing element 2, the first transmission unit 3, drying unit 4, the second transmission unit 5, cold But 6,180 ° of roll-over units 7 of unit and the second printing element 9, receiving unit 16, Beidou antenna is delivered to via feeding unit material First printing element, the first printing element are transmitted by the one-step print Beidou antenna that will be printed on one side by the first transmission unit 3 To drying unit 4, the drying unit 4 transfers to the Beidou antenna that is printed on one side after drying by the second transmission unit 5 cold But unit 6,180 ° of roll-over units 7 are reversely adjusted the Beidou antenna after cooling that is printed on one side, and do not print it up, It is transferred to the second printing element 5, the second printing element 5 transfers to receiving unit 16 after completing secondary printing operation；

First printing element 2, the first transmission unit 3,5,180 ° of roll-over units 7 of the second transmission unit and the second printing are single Member 9 is controlled by control unit 8；

The print system has rack, and the rack includes positioned at the first rack 14 of front side, positioned at the second of rear side Rack 15, is respectively equipped with the first control panel 81 and the second control panel 82 in first rack 14 and the second rack, and first Rack 14 is equipped with feeding unit material 1, and the feeding unit material 1 includes the first support frame 13 being arranged in the first rack 10, described First support frame, 13 both ends are respectively equipped with the first live-roller 121 and the second live-roller 122, the first live-roller 121 and the second transmission Roller 122 is equipped with the first conveyer belt 11 for conveying Beidou antenna to be printed.

First printing element 2 includes the first manipulator, the first positioning unit for detecting Beidou antenna and use In the first printing assembly of printing；As shown in figure 3, the first manipulator includes pickup folder A 22 and pickup folder B 23, set up separately outstanding 21 two-arm of cantilever crane；First lifting mould group 25 is connected to the top of cantilever shalving 21 for driving pickup folder A 22 and pickup folder B 23 is moved up and down；First translation mould group 24 is slidably connected with the first lifting mould group 25 and drives pickup folder A22 and pickup folder B 23 do translational sideways movement.In specific embodiment provided by the utility model, the first translation mould group 24 is electric cylinders 24 comprising the servo motor of horizontally disposed first sliding rail 242 and head end；The first elevating membrane group is electric cylinders 25, Including vertically arranged screw rod, can be along the servo motor that screw rod moves in a straight line and the sliding block being slidably connected with sliding rail 252.

Wherein, exemplary, the pickup folder includes two clamping pieces 221 being oppositely arranged, and two clamping pieces of driving 221 draw close or isolated power device.

First rack 10 is equipped with workbench 101, and workbench 101 is equipped with the first positioning unit；Described Locating unit includes printing support plate 26, and the central area of the printing support plate 26 is recessed with positioning printing suction unit 261, institute It states positioning printing suction unit 261 and is equipped with positioning suction pawl 262, the positioning printing 261 lower end of suction unit is equipped with support base 27, the support Seat 27 is mobile by first linear module driving (diagram is not shown) printing element 29；Wherein first linear module includes servo electricity Machine, the screw rod that can be used as sliding rail and sliding part 28；The pickup folder A21 realizes Beidou antenna by the first conveyer belt 11 to positioning The conveying between suction unit 26 is printed, the first positioning unit is mobile towards printing machine platform 292 under the drive of third linear mould group, print After brush board 292 completes the presswork of one side, the first positioning unit revert to original position, at this point, pickup folder B22 is completed one side The Beidou antenna of printing is sent to by positioning printing suction unit 26 to the first transmission unit 3.

Similarly, with reference to figs. 2 and 7, second printing element includes the second manipulator, for detecting Beidou antenna Second positioning unit and the second printing assembly 97 for printing, second manipulator include being mounted in mounting base to clamp Part C 91, pickup folder C91 realize that the transverse direction of pickup folder C91 is moved with vertical by the second translation mould group 96 and the second lifting mould group 95 Movement；Second positioning unit, the second printing assembly are identical as the first positioning unit structure, specifically include the second printing branch Fagging 92, printing support plate are recessed with positioning printing suction unit 93, and positioning printing suction unit is equipped with positioning and inhales pawl, and the positioning printing is inhaled Platform lower end is equipped with support base 94, and the support base 94 is by the second linear mould group mobile wherein second liter towards the second printing assembly Setting and the first lifting mould group, the first translation mould group first linear module of mould group, the second translation mould group, the second linear mould group drop Setting form it is the same.

First printing assembly 29 includes the printing machine board 292 for printing work, the front and back of the printing machine board 292 Two sides are respectively equipped with gate frame 293 and support platform 291, and the gate frame 293 passes through for positioning unit.

First transmission unit 3 includes horizontal transmission section 31, and the inclination of 31 trips transmits under horizontal transmission section Section 32, the horizontal transmission section include that third live-roller 312, the 4th live-roller 322 and wrapping up in is located at third live-roller 312, the Horizontal conveying belt 311 on four live-rollers 322；The inclination delivery section includes inclination conveyer belt 321；Wherein, the pickup folder The Beidou antenna that printing is completed on one side is sent to horizontal conveying belt 311 by positioning printing suction unit 261 by B22；Beidou antenna by First manipulator is transferred to horizontal conveying belt, enters drying unit 4 by inclination conveyer belt 321.

In a preferable embodiment of the utility model, as shown in figure 4, the drying unit 4 includes the second biography Send band 41, for the 5th live-roller 413 of driving force and the 6th live-roller 414 and baking oven 42；Second conveyer belt 41 wraps Include feed zone 411, drying section (diagram is not shown) and discharging section 412；32 end of inclination conveyer belt is located at the second transmission With 41 feed zone 411；The baking oven includes oven main body 421 and the drying cover being located above drying section 422, in this way, Since drying section is located in drying cover 422, baking oven can provide hot wind to drying section, can be to the Beidou for only carrying out one side presswork Antenna is dried in time, avoids and the Beidou antenna being printed on one side manually is transferred to baking oven, save labour turnover, efficiency is big It is big to improve, and avoid extraneous pollution.

As shown in figure 5, the 5th transmission unit includes third manipulator and the transmission positioned at third manipulator downstream Platform 55, the third manipulator include pickup folder D51, and driving pickup folder D laterally moves and puts down with the third of lifting moving Shifting formwork group 53 and third go up and down mould group 52, and transfer station 55 has been recessed with locating slot 551, has been equipped with pushing plate in the locating slot 551 54, the pushing plate is L-shaped, and pushing plate 54 is pushed by 56 driving of the second linear mould group driving, when pickup folder D51 is by discharging section When 412 Beidou antenna is transported to transfer station 55, the second linear 56 driving pushing plate 54 of mould group driving pushes to Beidou antenna Cooling unit 6.

As shown in Fig. 6,7 and Fig. 8, the cooling unit includes that rotation frame body and driving rotation frame body make rotating motion Rotating electric machine, the rotation frame body last week is to equipped with several racks 62；Preferably, the frame body is 360 ° of turntables 61, institute It states 360 ° of turntables and is circumferentially evenly equipped with multiple racks 62；Rotating electric machine is servo motor 63, and servo motor 63 passes through erection support 64 are mounted on the liner 611 of 360 ° of turntables.In one specific embodiment of the utility model, the tool of the rack 63 Body structure are as follows: the rack 62 includes that one end is embedded the mounting table 621 in frame body 61, and the mounting table 621 leans on outward One end be equipped with baffle 622, adjacent rack 62 close to and set the space 623 to be formed for accommodates need cooling Beidou antenna (Fig. 8 shows that Beidou antenna is placed in space 623)；As in another preferred embodiment of the utility model, frame body Partial region is covered with installation frame body 65 on 61, is equipped with blower 66 in the installation frame body 65, blower further speeds up Beidou The cooling of antenna；360 ° of turntable rotary powers are carried out using servo motor, can arbitrarily be selected clockwise or counterclockwise, and can Single any angle and speed selection, are easily combined with front and back station, are connected by program singal, realization and corollary equipment Gearing characteristic.It after cooler pan Beidou antenna comes out, is overturn by 180 °, carries out another side printing, detection.The cooling unit solution Small workpiece of having determined product high-volume continuity need to heat the part produced cooling problem after drying tunnel by formula, and traditional is cold But mode is that drying tunnel cooling zone lengthens, and causes occupied ground more, the design can effectively shorten drying tunnel length, need it Period in be cooled to the temperature of technique requirement and reach cooling purpose.

As shown in Fig. 2, Fig. 6 and Fig. 7,180 ° of roll-over units include rotation electric cylinders 71, and are articulated in rotation electric cylinders On flip-arm 72, the end of the flip-arm is equipped with vacuum chuck 721；The vacuum chuck 721 symmetrically divides with pushing plate 51 Cloth is then originally located at rack when Beidou antenna is pushed to rack 62 by the pushing plate 54 in the two sides of 360 ° of turntables 61 Beidou antenna, which is complied with, on 62 is pushed on vacuum chuck 721.Flip-arm 72 overturns 180 ° under the action of rotary cylinder and is put It sets and prints suction unit 93 in positioning, the second positioning unit is mobile towards the second printing assembly, complete under the action of the second printing assembly After printing work, the second positioning unit resets, and the Beidou antenna that pickup folder D91 brushes perfecting is sent into receiving unit.

The receiving unit includes third conveyer belt 1061, third manipulator, nickel screen placing modules and the 4th manipulator, CCD vision detection system 1606 is equipped with above the leading portion of the third conveyer belt 1601；Third manipulator includes the 4th group of clamping Part 1602, the 4th group of pickup folder 1602 are slidably connected with lifting electric cylinders 1605, and the 4th group of pickup folder 1602 includes multiple rows of folder Gripping member, multiple rows of clamping piece is for clamping the Beidou antenna that multiple perfectings brush；The nickel screen placing modules include nickel screen Library 1604, nickel screen frame 1603, the driving mechanism that driving nickel screen library rises automatically, third manipulator 1602 grab row's perfecting The Beidou antenna brushed is put into nickel screen, and after a nickel screen frame is piled, the 4th manipulator includes that the 5th group of pickup folder 1605 will fill Full nickel screen frame 1603, which is caught away, is put into spare transmission shelf, and nickel screen library rises supplement nickel screen frame automatically.

Manipulator and pickup folder provided by the utility model are program-controlled executive item, i.e., are executed by controller control dynamic Make, manipulator includes pickup folder, is located at the bottom of manipulator for clamping or being detached from Beidou antenna；Mould group is gone up and down, even It connects in the top of pickup folder for driving pickup folder to move up and down, translates mould group, be slidably connected with lifting mould group and drive clamping Part does translational sideways movement.The translation mould group is electric cylinders comprising horizontally disposed sliding rail and servo motor；The lifting Film group is electric cylinders comprising vertically arranged screw rod can connect along the servo motor that screw rod moves in a straight line and sliding with sliding rail The sliding block connect.

Pickup folder include one group perhaps multiple groups it is opposite and set grip block grip block draw close under the action of the driving mechanism or Separation, to realize the movement for clamping or discharging.

In perfecting press provided by the utility model, the specific course of work are as follows:

After Beidou antenna is put into the first conveyer belt 11, the control key of the first printing element control panel 81, machine are opened It brings into operation, Beidou antenna is sent by the first conveyer belt 11 to pickup folder A22, and pickup folder A22 grabs Beidou antenna, by Beidou day Line is moved to positioning printing suction unit 261, and after Beidou antenna, which is transported, prints suction unit 261 to positioning, correction position is sent into printing machine Board 292 is printed, and after being completed for printing, the second pickup folder 23 grabs Beidou antenna to the horizontal transmission of the first transmission unit Band 311, Beidou antenna are delivered to the second conveyer belt 41 via inclination conveyer belt 321 and are dried.Beidou antenna is passed via second Band 41 is sent to dry, for pickup folder D 51 by 360 ° of turntable stations of Beidou antenna pushing-in rotary type, servo motor drives 360 ° of turntables It rotates a station Beidou antenna to begin to cool, has dried Beidou antenna circulation push-in.When cooler pan fortune circles, program-controlled folder Workpiece to be cooled is pushed into first station by pickup, and the Beidou antenna in first station has cooled down completion, the work cooled down Part is pushed out to vacuum chuck 721 simultaneously, and Beidou antenna is sucked in vacuum, and Beidou antenna is overturn 180 °, is put by 180 ° of roll-over units Positioning printing suction unit 93, positioning unit straight line longitudinal movement to printing machine board are back to original position after completing secondary printing work, press from both sides Pickup C91 crawl Beidou antenna is put into third conveyer belt 100, and multiple rows of pickup folder 1602 grabs row's Beidou antenna and is put into nickel screen, The 4th manipulator 1604, which catches away nickel screen, after a nickel screen is piled is put into spare shelf, and nickel screen library rises supplement nickel screen automatically.

Claims (5)

1. a kind of cooling device for Beidou antenna printed on both sides, it is characterised in that: the cooling device includes rotation frame body (61) and driving rotates the rotating electric machine that frame body (61) make rotating motion, and is circumferentially with several racks on the frame body (62)。

2. the cooling device according to claim 1 for Beidou antenna printed on both sides, it is characterised in that: the cooling device It include: the frame body for 360 ° of turntables, 360 ° of turntables are circumferentially evenly equipped with multiple racks.

3. the cooling device according to claim 2 for Beidou antenna printed on both sides, it is characterised in that: the electric rotating Machine is servo motor (63), and servo motor (63) is mounted on the liner (611) of 360 ° of turntables by erection support (64).

4. the cooling device according to any one of claims 1 to 3 for Beidou antenna printed on both sides, feature exist In the specific structure of the rack (62) are as follows: the rack (62) includes that one end is embedded mounting table in frame body (61) (621), the mounting table (621) by outward one end be equipped with baffle (622), adjacent rack (62) close to and set and to be formed Space (623) be used for accommodates need cooling Beidou antenna.

5. the cooling device according to claim 1 for Beidou antenna printed on both sides, it is characterised in that: the frame body (61) partial region is equipped with installation frame body (65) on, is equipped with blower (66) on the installation frame body (65).