CN206209052U - A kind of heat property test line of warm water toilet seat toilet cover - Google Patents
A kind of heat property test line of warm water toilet seat toilet cover Download PDFInfo
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- CN206209052U CN206209052U CN201621260259.0U CN201621260259U CN206209052U CN 206209052 U CN206209052 U CN 206209052U CN 201621260259 U CN201621260259 U CN 201621260259U CN 206209052 U CN206209052 U CN 206209052U
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Abstract
The utility model is related to a kind of heat property test line, more particularly to a kind of heat property test line of warm water toilet seat toilet cover.Including cradle and testing stand, described cradle is connected with testing stand in horizontally-spliced shape, roller is provided between described cradle and testing stand, duplication acceleration mechanism is respectively equipped with described cradle and testing stand, duplication acceleration mechanism in described cradle is provided with more than one feed station and discharging station, it is provided with to be connected with feed station in described testing stand and connects the insulation resistance test station of distribution, described insulation resistance test station and the matched distribution of cryocooled station, described cryocooled station detect the matched distribution of station with thermal imaging.A kind of heat property test cable architecture of warm water toilet seat toilet cover is compact, and performance accuracy is high, high degree of automation.
Description
Technical field
The utility model is related to a kind of heat property test line, more particularly to a kind of heat property test of warm water toilet seat toilet cover
Line.
Background technology
Existing product quality is not caused not specifically designed for the heat property test line of warm water toilet seat toilet cover in the prior art
It is high, it is impossible to lift product overall quality.
Chinese patent 201410272874.2, discloses a kind of heat exchanger plates performance online detection means and its detection method, solution
The problem that can not truly simulate heat exchanger plates real work situation that prior art of having determined is present.Including heat exchanger plates, programmable industry
Control machine, freq uency conversion supercharging pump and the media Containers equipped with cooling agent, are provided with medium liquid return hole on media Containers, hold in medium
Liquid back pipe road is provided between the medium liquid return hole and the medium delivery outlet of heat exchanger plates of device, the second electricity is provided with liquid back pipe road
Dynamic ball valve, return hydraulic coupling sensor is also respectively provided with liquid back pipe road, liquid temperature sensor is returned and returns flow meters, returns liquid
Pressure sensor, time liquid temperature sensor and time flow meters are electrically connected with Programmable industrial respectively.This knot
Structure is not suitable for the detection of warm water toilet seat toilet cover.
Utility model content
The utility model is mainly solution the deficiencies in the prior art, there is provided a kind of compact conformation degree is high, can be quick
Detection, a kind of heat property test line of accuracy of detection warm water toilet seat toilet cover high.
Above-mentioned technical problem of the present utility model is mainly what is be addressed by following technical proposals：
A kind of heat property test line of warm water toilet seat toilet cover, including cradle and testing stand, described cradle and inspection
Test aircraft is connected in horizontally-spliced shape, and roller is provided between described cradle and testing stand, is divided in described cradle and testing stand
Duplication acceleration mechanism is not provided with, and the duplication acceleration mechanism in described cradle is provided with more than one feed station and discharging station, institute
It is provided with to be connected with feed station in the testing stand stated and connects the insulation resistance test station of distribution, described insulation resistance test work
Position and the matched distribution of cryocooled station, described cryocooled station detect the matched distribution of station with thermal imaging；
Be provided with movable working plate mechanism in described feed station, described feed station, discharging station, insulate it is resistance to
Be respectively equipped with pressure detection station, cryocooled station and thermal imaging detection station can lifting and displacement working plate mechanism biography
Send biography structure；
The insulation resistance test bindiny mechanism matched with working plate mechanism is provided with described insulation resistance test station,
A pair and matched ground connection group mechanism of working plate mechanism are provided with described testing stand, are set in described cryocooled station
There is the cooling component matched with working plate mechanism, be provided with matched with working plate mechanism in described thermal imaging detection station
Heat property test conduction mechanism, is provided with the thermal imaging assembly being mutually distributed up and down with thermal imaging detection station in described testing stand；
Gate mechanism is provided between described cryocooled station and thermal imaging detection station；
Described duplication acceleration mechanism includes driving shaft and driven shaft, and described driving shaft is passed on from one to another with driven between centers by double-speed chain
Dynamic, described driving shaft is driven by motor；
Described working plate mechanism includes working plate, and the left end of described working plate is provided with some POM cushion blocks, described work
The right-hand member for filling plate is provided with POM blocks, and described POM cushion blocks form product installation position with POM blocks；Outside described POM cushion blocks
End is provided with high pressure detection bindiny mechanism；
Described high pressure detection bindiny mechanism includes hinge, and the top of described hinge is provided with cover plate, in described hinge
High pressure detection POM cushion blocks are provided with, the top of described high pressure detection POM cushion blocks is provided with spherical button, purple is provided with described hinge
Copper billet, the outer wall of described hinge is provided with bakelite backing plate, and the bottom of described bakelite backing plate is provided with POM fixed blocks, described POM
The hinge fixed plate mutually fixed with working plate is provided with fixed block；
Described transmission passes structure includes support baseboard, and supporting plate, described support are provided with above described support baseboard
The bottom of base plate is provided with transmission cylinder, by some transmission axis of guide phase activity orientations between described supporting plate and support baseboard,
Described transmission cylinder drives supporting plate edge to transmit the axis of guide and carries out upper and lower displacement, and the top of described supporting plate is provided with some biographies
Roller is sent, described delivery roller is in connect distribution with roller；
Described insulation resistance test bindiny mechanism is in connect distribution with high pressure detection bindiny mechanism；Insulation resistance test connects
Connection mechanism includes connecting plate, and one end of described connecting plate is provided with the pressure-resistant corner fittings of insulation for mutually being kept off with testing stand and being connect, described company
The other end of fishplate bar is provided with the resistance to air cylinder of insulation, and the resistance to air cylinder promotion POM blocks of described insulation carry out displacement, described POM blocks
In be provided with some high-current test probes, described high-current test probe is mutually lived by the resistance to air cylinder that insulate with POM fixed blocks
It is dynamic to touch；
Described ground connection group mechanism includes the ground connection group cylinder mutually fixed with testing stand, and described ground connection group cylinder drives and connects
Di Zu streets connect block and carry out upper and lower displacement, and described ground connection group street connects and the ground connection group of distribution corresponding with working plate is provided with block visits
Pin；
Described cooling component includes the wind gathering mouth corresponding with working plate, and described wind gathering mouth is connected with wind gathering passage
It is logical；
Described heat property test conduction mechanism includes the link mutually fixed with testing stand, is provided with described link
Heat property test cylinder, described heat property test cylinder promotion Pneumatic slid platform carries out upper and lower displacement, on described Pneumatic slid platform
Twin shaft cylinder is provided with, described twin shaft cylinder promotion heat property test POM blocks carry out displacement, described heat property test POM blocks
In be provided with some heat property test probes, described heat property test probe is touched with POM fixed blocks in activity；
Described thermal imaging assembly includes the light source in corresponding distribution up and down with working plate, above thermal imaging detection station
The wall of testing stand four is provided with impermeable isotropic disk, and light source is located in impermeable isotropic disk；
Described gate mechanism includes air cylinder fixed plate, and cylinder connection lower plate is provided with below described air cylinder fixed plate,
Displacement is mutually oriented to by the axis of guide between described air cylinder fixed plate and cylinder connection lower plate, lock is provided with described air cylinder fixed plate
Door cylinder, described cylinder connection lower plate is connected with gate, and described gate carries out upper and lower displacement with gate cylinder.
Preferably, described double-speed chain passes through speed chain gear transmission respectively with active between centers, double-speed chain and driven between centers,
Described driving shaft is mutually positioned with cradle and testing stand respectively by square flange bearing block；
Described POM cushion blocks are provided with two, and two POM cushion blocks are spaced apart in symmetry shape, described POM blocks it is interior
End big block after being provided with, the outer end of described POM blocks is provided with big block before being spaced apart in symmetry shape for a pair, it is described before
The outer wall of big block is in same level EDS maps with the right side wall of working plate, and one end of described high pressure detection bindiny mechanism is provided with
Unwrapping wire groove, is provided with some shell fragment groups in described unwrapping wire groove, shell fragment group is made up of the shell fragment of two pieces of phase elastic connections；
Traversing backgauge guide pad is provided between described feed station and insulation resistance test station；
Be provided with transmission linear bearing between the described transmission axis of guide and support baseboard, the lower end of the described axis of guide be provided with
The transmission retainer ring that support baseboard phase active catch connects, the top of described supporting plate is provided with the transmission side mutually fixed with delivery roller
Divider, the top of described transmission lateral blocked frame is provided with the transmission side block block with working plate phase activity orientation；
Described cooling component is provided with two, and two cooling components are distributed in consecutive intervals shape, in second cooling component
Two-dimensional code scanning group is provided with, second cooling component is connected with thermal imaging detection station.
Preferably, described working plate is rectangle shape, the corner of described working plate is respectively equipped with Embedded bag
Rubber tire, the knuckle end in the second quadrant of described working plate is provided with the gear line piece touched with traversing backgauge guide pad phase shift.
Preferably, being respectively equipped with the preceding stop machine with the matched distribution of working plate mechanism in feed station, discharging station
Structure, first blocking mechanism matched with working plate mechanism is provided with described discharging station；Described preceding blocking mechanism includes
Fixed block, is provided with and the working plate preceding stop buffer that mutually activity is touched in described fixed block；
The first described blocking mechanism includes the first stop cylinder, and the first described stop cylinder promotes first to stop that head enters
Row upper and lower displacement, the first described stop cylinder stops that change fishplate bar fixes with testing stand by first.
Preferably, be provided with some stations to be put in described cradle, described station to be put be located at feed station with
Between discharging station, between described station to be put and feed station, the second blocking mechanism is respectively equipped between station to be put；Described
Two blocking mechanisms include second stop support mutually fixed with cradle, and the second described stop support is provided with stop cylinder.
Therefore, the heat property test line and its operating method of a kind of warm water toilet seat toilet cover of the present utility model, structure is tight
Gather, performance accuracy is high, high degree of automation.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation in B portions in the utility model；
Fig. 3 is the structural representation in A portions in the utility model；
Fig. 4 is the structural representation of duplication acceleration mechanism in the utility model；
Fig. 5 is the structural representation of working plate mechanism in the utility model；
Fig. 6 is the structural representation of connecting gear in the utility model；
Fig. 7 is the structural representation of insulation resistance test bindiny mechanism in the utility model；
Fig. 8 is the side structure schematic view of Fig. 7；
Fig. 9 is the cross section structure diagram of Fig. 7；
Figure 10 is the structural representation of insulation resistance test bindiny mechanism in the utility model；
Figure 11 is the structural representation of ground connection group mechanism in the utility model；
Figure 12 is the structural representation of heat property test conduction mechanism in the utility model；
Figure 13 is the structural representation of thermal imaging assembly in the utility model；
Figure 14 is the structural representation of gate mechanism in the utility model；
Figure 15 is the structural representation of preceding blocking mechanism in the utility model；
Figure 16 is the structural representation of preceding blocking mechanism in the utility model；
Figure 17 is the structural representation of the second blocking mechanism in the utility model；
Figure 18 is the partial structural diagram of duplication acceleration mechanism in the utility model.
Specific embodiment
Below by embodiment, and with reference to accompanying drawing, the technical solution of the utility model is described in further detail.
Embodiment 1：As shown in Figure 1, Figure 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, figure
14th, shown in Figure 15, Figure 16, Figure 17 and Figure 18, a kind of heat property test line of warm water toilet seat toilet cover, including cradle 1 and inspection
Test aircraft 2, described cradle 1 is connected with testing stand 2 in horizontally-spliced shape, and roller is provided between described cradle 1 and testing stand 2
3, duplication acceleration mechanism 4 is respectively equipped with described cradle 1 and testing stand 2, the duplication acceleration mechanism 4 in described cradle 1 is provided with
More than one feed station 5 and discharging station 6, are provided with to be connected with feed station 5 in described testing stand 2 and connect the exhausted of distribution
Edge resistance test station 7, described insulation resistance test station 7 and the matched distribution of cryocooled station 8, described refrigeration
Machine cooling station 8 detects the matched distribution of station 9 with thermal imaging；
Be provided with movable working plate mechanism 10 in described feed station 6, described feed station 5, discharging station 6,
Being respectively equipped with insulation resistance test station 7, cryocooled station 8 and thermal imaging detection station 9 can lifting and displacement frock
The transmission of trigger structure 10 passes structure 11；
The insulation resistance test matched with working plate mechanism 10 is provided with described insulation resistance test station 7 and is connected machine
Structure 12, is provided with a pair and matched ground connection group mechanism 13 of working plate mechanism 10 in described testing stand 2, described refrigeration machine is cold
But the cooling component 14 matched with working plate mechanism 10 is provided with station 8, is provided with and work in described thermal imaging detection station 9
The matched heat property test conduction mechanism 15 of loader structure 10, is provided with described testing stand 2 and detects the phase of station 9 with thermal imaging
The thermal imaging assembly 16 being distributed up and down；
Gate mechanism 17 is provided between described cryocooled station 8 and thermal imaging detection station 9；
Described duplication acceleration mechanism 4 includes driving shaft 18 and driven shaft 19, passes through between described driving shaft 18 and driven shaft 19
Double-speed chain 20 is mutually driven, and described driving shaft 18 is driven by motor 21；
Described working plate mechanism 10 includes working plate 22, and the left end of described working plate 22 is provided with some POM cushion blocks 23,
The right-hand member of described working plate 22 is provided with POM blocks 24, and described POM cushion blocks 23 form product installation position with POM blocks 24；Institute
The outer end of the POM cushion blocks 23 stated is provided with high pressure detection bindiny mechanism 25；
Described high pressure detection bindiny mechanism 25 includes hinge 26, and the top of described hinge 26 is provided with cover plate 27, described
Hinge 26 in be provided with high pressure detection POM cushion blocks 28, the top of described high pressure detection POM cushion blocks 28 is provided with spherical button 29, institute
It is provided with red copper block 30 in the hinge 26 stated, the outer wall of described hinge 26 is provided with bakelite backing plate 31, described bakelite backing plate 31
Bottom is provided with POM fixed blocks 32, and the hinge fixed plate 33 mutually fixed with working plate 22 is provided with described POM fixed blocks 32；
Described transmission passes structure 11 includes support baseboard 34, and the top of described support baseboard 34 is provided with supporting plate 35, institute
The bottom of the support baseboard 34 stated is provided with transmission cylinder 36, is led by some transmission between described supporting plate 35 and support baseboard 34
To the phase activity orientation of axle 37, the described drive supporting plate 35 of transmission cylinder 36 carries out upper and lower displacement along the transmission axis of guide 37, described
The top of supporting plate 35 be provided with some delivery rollers 38, described delivery roller 38 and roller 3 are in connecting distribution；
Described insulation resistance test bindiny mechanism 12 is in connect distribution with high pressure detection bindiny mechanism 25；Insulate pressure-resistant inspection
Surveying bindiny mechanism 12 includes connecting plate 39, and one end of described connecting plate 39 is provided with the pressure-resistant angle of insulation for mutually being kept off with testing stand 2 and being connect
Part 40, the other end of described connecting plate 39 is provided with the resistance to air cylinder 41 of insulation, and the resistance to air cylinder 41 of described insulation promotes POM blocks 42
Displacement is carried out, some high-current test probes 43 are provided with described POM blocks 42, described high-current test probe 43 is by exhausted
The resistance to air cylinder 41 of edge is touched with the phase activity of POM fixed blocks 32；
Described ground connection group mechanism 13 includes the ground connection group cylinder 44 mutually fixed with testing stand 2, described ground connection group cylinder
44 drive ground connection group streets connect block 84 carries out upper and lower displacement, and described ground connection group street is provided with corresponding with working plate 22 point in connecing block 84
The ground connection group probe 45 of cloth；
Described cooling component 14 includes the wind gathering mouth 46 corresponding with working plate 22, and described wind gathering mouth 46 leads to wind gathering
Road 47 is connected；
Described heat property test conduction mechanism 15 includes the link 48 mutually fixed with testing stand 2, described link
Heat property test cylinder 49 is provided with 48, the described promotion Pneumatic slid platform 50 of heat property test cylinder 49 carries out upper and lower displacement, institute
The Pneumatic slid platform 50 stated is provided with twin shaft cylinder 51, and the described promotion heat property test POM of twin shaft cylinder 51 blocks 52 carry out displacement,
Some heat property test probes 53, described heat property test probe 53 and POM are provided with described heat property test POM blocks 52
Fixed block 32 is touched in activity；
Described thermal imaging assembly 16 includes the light source 55 in corresponding distribution up and down with working plate 22, thermal imaging detection station
The wall of testing stand 2 four of 9 tops is provided with impermeable isotropic disk 56, and light source 55 is located in impermeable isotropic disk 56；
Described gate mechanism 17 includes air cylinder fixed plate 57, and the lower section of described air cylinder fixed plate 57 is provided with cylinder connection
Lower plate 58, displacement, described cylinder are mutually oriented between described air cylinder fixed plate 57 and cylinder connection lower plate 58 by the axis of guide 59
Gate cylinder 60 is provided with fixed plate 57, described cylinder connection lower plate 58 is connected with gate 61, and described gate 61 is with lock
Door cylinder 60 carries out upper and lower displacement.
Passed by speed sprocket wheel 62 respectively between described double-speed chain 20 and driving shaft 18, between double-speed chain 20 and driven shaft 19
Dynamic, described driving shaft 18 is mutually positioned with cradle 1 and testing stand 2 respectively by square flange bearing block 63；
Described POM cushion blocks 23 are provided with two, and two POM cushion blocks 23 are spaced apart in symmetry shape, described POM blocks 24
The inner be provided with after big block 64, the outer end of described POM blocks 24 is provided with big block before being spaced apart in symmetry shape for a pair
65, the described outer wall of preceding big block 65 and the right side wall of working plate 22 is in same level EDS maps, and described high pressure detection connects
One end of connection mechanism 25 is provided with unwrapping wire groove 66, and some shell fragment groups are provided with described unwrapping wire groove 66, and shell fragment group is mutually elastic by two pieces
The shell fragment 67 of connection is constituted；
Traversing backgauge guide pad 68 is provided between described feed station 5 and insulation resistance test station 7；
Transmission linear bearing 69 is provided between the described transmission axis of guide 37 and support baseboard 34, under the described axis of guide 59
End is provided with the transmission retainer ring 70 connect with the phase active catch of support baseboard 34, and the top of described supporting plate 35 is provided with and delivery roller
The 38 transmission lateral blocked frames 71 mutually fixed, the top of described transmission lateral blocked frame 71 is provided with the transmission with the phase activity orientation of working plate 22
Side block block 72；
Described cooling component 14 is provided with two, and two cooling components 14 are distributed in consecutive intervals shape, second cooling group
Two-dimensional code scanning group 73 is provided with part 14, second cooling component (14) is connected with thermal imaging detection station 9.
Described working plate 22 is rectangle shape, and the corner of described working plate 22 is respectively equipped with Embedded glue coating wheel
74, the knuckle end in the second quadrant of described working plate 22 is provided with the gear line piece touched with the phase shift of traversing backgauge guide pad 68
75。
The preceding blocking mechanism 85 with the matched distribution of working plate mechanism 10 is respectively equipped with feed station 5, discharging station 6,
First blocking mechanism 87 matched with working plate mechanism 10 is provided with described discharging station 6；Described preceding blocking mechanism 85
Including fixed block 76, it is provided with described fixed block 76 and the preceding stop buffer 77 that mutually activity is touched of working plate 22；
The first described blocking mechanism 87 includes the first stop cylinder 78, and described the first stop cylinder 78 promotes first to hinder
Stopper 79 carries out upper and lower displacement, and the first described stop cylinder 78 stops that conversion fishplate bar 80 is fixed with testing stand 2 by first.
Some stations to be put 81 are provided with described cradle 1, described station to be put 81 is located at feed station 5 with discharging
Between station 6, the second blocking mechanism 86 is respectively equipped between described station to be put 81 and feed station 5, between station to be put 81；It is described
The second blocking mechanism 86 include second stop support 82 mutually fixed with cradle 1, the second described stop support 82 is to set
There is stop cylinder 83.
Claims (5)
1. a kind of heat property test line of warm water toilet seat toilet cover, it is characterised in that：Including cradle (1) and testing stand (2), institute
The cradle (1) stated is connected with testing stand (2) in horizontally-spliced shape, and roller is provided between described cradle (1) and testing stand (2)
(3) duplication acceleration mechanism (4), the speed machine in described cradle (1), are respectively equipped with described cradle (1) and testing stand (2)
Structure (4) is provided with more than one feed station (5) and discharging station (6), is provided with and feed station in described testing stand (2)
(5) it is connected and connects insulation resistance test station (7) of distribution, described insulation resistance test station (7) and cryocooled work
Position (8) matched distribution, described cryocooled station (8) detects station (9) matched distribution with thermal imaging；
Movable working plate mechanism (10), described feed station (5), discharging station are provided with described feed station (6)
(6), being respectively equipped with insulation resistance test station (7), cryocooled station (8) and thermal imaging detection station (9) can lifting
And the transmission of displacement working plate mechanism (10) passes structure (11)；
The insulation resistance test matched with working plate mechanism (10) is provided with described insulation resistance test station (7) and is connected machine
Structure (12), is provided with a pair and matched ground connection group mechanism (13) of working plate mechanism (10) in described testing stand (2), described
The cooling component (14) matched with working plate mechanism (10), described thermal imaging detection are provided with cryocooled station (8)
The heat property test conduction mechanism (15) matched with working plate mechanism (10) is provided with station (9), in described testing stand (2)
It is provided with and detects the thermal imaging assembly (16) that station (9) is mutually distributed up and down with thermal imaging；
Described cryocooled station (8) and thermal imaging are provided with gate mechanism (17) between detecting station (9)；
Described duplication acceleration mechanism (4) includes driving shaft (18) and driven shaft (19), described driving shaft (18) and driven shaft (19)
Between be mutually driven by double-speed chain (20), described driving shaft (18) is driven by motor (21)；
Described working plate mechanism (10) includes working plate (22), and the left end of described working plate (22) is provided with some POM cushion blocks
(23), the right-hand member of described working plate (22) is provided with POM blocks (24), and described POM cushion blocks (23) are formed with POM blocks (24)
Product installation position；The outer end of described POM cushion blocks (23) is provided with high pressure and detects bindiny mechanism (25)；
Described high pressure detects that bindiny mechanism (25) includes hinge (26), and the top of described hinge (26) is provided with cover plate (27),
High pressure is provided with described hinge (26) and detects POM cushion blocks (28), the top of described high pressure detection POM cushion blocks (28) is provided with ball
Shape button (29), is provided with red copper block (30) in described hinge (26), the outer wall of described hinge (26) is provided with bakelite backing plate (31),
The bottom of described bakelite backing plate (31) is provided with POM fixed blocks (32), is provided with and working plate in described POM fixed blocks (32)
(22) mutually fixed hinge fixed plate (33)；
Described transmission passes structure (11) includes support baseboard (34), and supporting plate is provided with above described support baseboard (34)
(35), the bottom of described support baseboard (34) is provided with transmission cylinder (36), described supporting plate (35) and support baseboard (34)
Between drive supporting plate (35) to be oriented to along transmission by some transmission axis of guide (37) phase activity orientations, described transmission cylinder (36)
Axle (37) carries out upper and lower displacement, and the top of described supporting plate (35) is provided with some delivery rollers (38), described delivery roller
(38) with roller (3) in connecting distribution；
Described insulation resistance test bindiny mechanism (12) and high pressure detect bindiny mechanism (25) in connecting distribution；Insulate pressure-resistant inspection
Surveying bindiny mechanism (12) includes connecting plate (39), and one end of described connecting plate (39) is provided with and connect exhausted is mutually kept off with testing stand (2)
Edge is pressure-resistant corner fittings (40), the other end of described connecting plate (39) is provided with the resistance to air cylinder (41) of insulation, and described insulation is resistance to calm the anger
Cylinder (41) promotion POM blocks (42) carries out displacement, and some high-current test probes (43) are provided with described POM blocks (42), described
High-current test probe (43) touched with POM fixed blocks (32) phase activity by the resistance to air cylinder (41) that insulate；
Described ground connection group mechanism (13) includes ground connection group cylinder (44) mutually fixed with testing stand (2), described ground connection group gas
Cylinder (44) drives ground connection group street to connect block (84) and carries out upper and lower displacement, and described ground connection group street is provided with and working plate in connecing block (84)
(22) ground connection group probe (45) of corresponding distribution；
Described cooling component (14) includes the wind gathering mouth (46) corresponding with working plate (22), described wind gathering mouth (46) with it is poly-
Wind passage (47) is connected；
Described heat property test conduction mechanism (15) includes the link (48) mutually fixed with testing stand (2), described connection
Heat property test cylinder (49) is provided with frame (48), described heat property test cylinder (49) promotion Pneumatic slid platform (50) is carried out
Bottom offset, described Pneumatic slid platform (50) is provided with twin shaft cylinder (51), and described twin shaft cylinder (51) promotes heat property test
POM blocks (52) carry out displacement, and some heat property test probes (53) are provided with described heat property test POM blocks (52), described
Heat property test probe (53) touched in activity with POM fixed blocks (32)；
Described thermal imaging assembly (16) including with working plate (22) in corresponding distribution up and down light source (55), thermal imaging detection work
The wall of testing stand (2) four above position (9) is provided with impermeable isotropic disk (56), and light source (55) is located in impermeable isotropic disk (56)；
Described gate mechanism (17) includes air cylinder fixed plate (57), and cylinder company is provided with below described air cylinder fixed plate (57)
Lower plate (58) is connect, described air cylinder fixed plate (57) is mutually oriented to displacement between lower plate (58) is connected with cylinder by the axis of guide (59),
Gate cylinder (60) is provided with described air cylinder fixed plate (57), described cylinder connects lower plate (58) and is connected with gate (61)
Connect, described gate (61) carries out upper and lower displacement with gate cylinder (60).
2. the heat property test line of a kind of warm water toilet seat toilet cover according to claim 1, it is characterised in that：Described times
It is driven by speed sprocket wheel (62) respectively between fast chain (20) and driving shaft (18), between double-speed chain (20) and driven shaft (19), it is described
Driving shaft (18) mutually positioned with cradle (1) and testing stand (2) respectively by square flange bearing block (63)；
Described POM cushion blocks (23) are provided with two, and two POM cushion blocks (23) are spaced apart in symmetry shape, described POM blocks
(24) the inner big block (64) after being provided with, the outer end of described POM blocks (24) is provided with what is be spaced apart in symmetry shape for a pair
Preceding big block (65), the described outer wall of preceding big block (65) and the right side wall of working plate (22) is in same level EDS maps, institute
The one end for high pressure detection bindiny mechanism (25) stated is provided with unwrapping wire groove (66), and some shell fragments are provided with described unwrapping wire groove (66)
Group, shell fragment group is made up of two pieces of shell fragments of phase elastic connection (67)；
Traversing backgauge guide pad (68) is provided between described feed station (5) and insulation resistance test station (7)；
Transmission linear bearing (69), the described axis of guide (59) are provided between the described transmission axis of guide (37) and support baseboard (34)
Lower end be provided with the transmission retainer ring (70) connect with support baseboard (34) phase active catch, the top of described supporting plate (35) is provided with
The mutually fixed transmission lateral blocked frame (71) with delivery roller (38), the top of described transmission lateral blocked frame (71) is provided with and working plate
(22) transmission side block block (72) of phase activity orientation；
Described cooling component (14) is provided with two, and two coolings component (14) are distributed in consecutive intervals shape, second cooling group
Two-dimensional code scanning group (73) is provided with part (14), second cooling component (14) detects that station (9) is connected with thermal imaging.
3. the heat property test line of a kind of warm water toilet seat toilet cover according to claim 1 and 2, it is characterised in that：It is described
Working plate (22) be rectangle shape, the corner of described working plate (22) is respectively equipped with Embedded glue coating wheel (74), described
Working plate (22) the second quadrant in knuckle end be provided with the gear line piece touched with the phase shift of traversing backgauge guide pad (68)
(75)。
4. the heat property test line of a kind of warm water toilet seat toilet cover according to claim 1, it is characterised in that：Feed station
(5) the preceding blocking mechanism (85) with working plate mechanism (10) matched distribution, is respectively equipped with discharging station (6), described goes out
First blocking mechanism (87) matched with working plate mechanism (10) is provided with material station (6)；
Described preceding blocking mechanism (85) includes fixed block (76), is provided with described fixed block (76) and is mutually lived with working plate (22)
The dynamic preceding stop buffer (77) for touching；
Described the first blocking mechanism (87) includes the first stop cylinder (78), and described the first stop cylinder (78) promotes first
Stop that head (79) carries out upper and lower displacement, described the first stop cylinder (78) stops by first changes fishplate bar (80) and testing stand
(2) it is fixed.
5. the heat property test line of a kind of warm water toilet seat toilet cover according to claim 1, it is characterised in that：Described send
Some stations to be put (81) are provided with bin (1), described station to be put (81) is positioned at feed station (5) and discharging station (6)
Between, it is respectively equipped with the second blocking mechanism (86) between described station to be put (81) and feed station (5), between station to be put (81)；
Described the second blocking mechanism (86) includes second stop support (82) mutually fixed with cradle (1), the second described stop
Support (82) is provided with stop cylinder (83).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621260259.0U CN206209052U (en) | 2016-11-21 | 2016-11-21 | A kind of heat property test line of warm water toilet seat toilet cover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621260259.0U CN206209052U (en) | 2016-11-21 | 2016-11-21 | A kind of heat property test line of warm water toilet seat toilet cover |
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| CN206209052U true CN206209052U (en) | 2017-05-31 |
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| CN201621260259.0U Withdrawn - After Issue CN206209052U (en) | 2016-11-21 | 2016-11-21 | A kind of heat property test line of warm water toilet seat toilet cover |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106646153A (en) * | 2016-11-21 | 2017-05-10 | 杭州泰尚机械有限公司 | Thermal performance detection line of warm water closet and operating method thereof |
| CN108375483A (en) * | 2018-04-17 | 2018-08-07 | 杭州徐睿机械有限公司 | Suction head of suction cleaner or floor suction head detection line and its detection control method |
-
2016
- 2016-11-21 CN CN201621260259.0U patent/CN206209052U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106646153A (en) * | 2016-11-21 | 2017-05-10 | 杭州泰尚机械有限公司 | Thermal performance detection line of warm water closet and operating method thereof |
| CN106646153B (en) * | 2016-11-21 | 2023-06-23 | 杭州泰尚机械有限公司 | Thermal performance detection line of warm water toilet bowl cover and operation method thereof |
| CN108375483A (en) * | 2018-04-17 | 2018-08-07 | 杭州徐睿机械有限公司 | Suction head of suction cleaner or floor suction head detection line and its detection control method |
| CN108375483B (en) * | 2018-04-17 | 2024-01-05 | 杭州泰尚智能装备股份有限公司 | Detection line for suction head or floor suction head of dust collector and detection control method thereof |
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