CN207020471U - A kind of wrist-watch compressive property precise detection device - Google Patents
A kind of wrist-watch compressive property precise detection device Download PDFInfo
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- CN207020471U CN207020471U CN201720481727.5U CN201720481727U CN207020471U CN 207020471 U CN207020471 U CN 207020471U CN 201720481727 U CN201720481727 U CN 201720481727U CN 207020471 U CN207020471 U CN 207020471U
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Abstract
It the utility model is related to a kind of wrist-watch resistance to compression detection means, more particularly to a kind of wrist-watch compressive property precise detection device.The technical problems to be solved in the utility model is to provide a kind of repeated detection, testing result accurately wrist-watch compressive property precise detection device.In order to solve the above-mentioned technical problem, the utility model provides such a wrist-watch compressive property precise detection device, includes bottom plate, left frame, places block, right shelf, pressing mechanism, placement plate, pouring weight etc.；Left frame is sequentially provided with the top of bottom plate from left to right, places block and right shelf, places and standing groove is provided with block, right shelf left lower is provided with pressing mechanism, and left frame right side central, which is provided with, places plate, places and is placed with pouring weight on plate, left frame and right shelf top are provided with top plate.The utility model testing staff can form different pressure by using the pouring weight of different weight, and testing staff, to reach the detection to wrist-watch, has reached repeated detection by observing and recording data.
Description
Technical field
It the utility model is related to a kind of wrist-watch resistance to compression detection means, more particularly to a kind of wrist-watch compressive property Precision measurement dress
Put.
Background technology
Wrist-watch, or be watch, refer to be worn in wrist, to the instrument of timing/display time.Wrist-watch is typically to utilize
The materials such as leather, rubber, nylon cloth, stainless steel, are made watchband, will show " gauge outfit " beam of time in wrist.
Wrist-watch is mostly quartzy dial plate, is easily damaged, so wrist-watch needs to carry out resistance to compression detection, existing wrist-watch before dispatching from the factory
There is the shortcomings that detection process is single, and testing result is not accurate in resistance to compression detection means, therefore need a kind of repeated detection of research and development, inspection badly
Survey result accurately wrist-watch compressive property precise detection device.
Utility model content
（1）Technical problems to be solved：
Detection process is single, and testing result is not smart in order to overcome existing wrist-watch resistance to compression detection means to exist for the utility model
The shortcomings that quasi-, the technical problems to be solved in the utility model are to provide a kind of repeated detection, testing result accurately wrist-watch resistance to compression
Performance precise detection device.
（2）Technical scheme
In order to solve the above-mentioned technical problem, the utility model provides such a wrist-watch compressive property Precision measurement dress
Put, include bottom plate, left frame, place block, right shelf, pressing mechanism, placement plate, pouring weight, top plate, left/right movement device and lift
Structure, bottom plate top are sequentially provided with left frame, place block and right shelf from left to right, place and standing groove is provided with block, under right shelf left side
Portion is provided with pressing mechanism, and left frame right side central, which is provided with, places plate, places and pouring weight is placed with plate, and left frame and right shelf top are provided with top
Plate, top plate bottom are provided with left/right movement device, and left/right movement device is provided with elevating mechanism.
Preferably, pressing mechanism includes fixed plate, sliding sleeve, slide bar, placing frame, spring and briquetting, right shelf left lower
Provided with fixed plate, sliding sleeve is embedded with fixed plate, slidingtype is provided with slide bar on sliding sleeve, and top end of sliding rod is provided with placing frame, placing frame bottom
Portion left and right ends are equipped with spring, and spring bottom end at the top of fixed plate with being connected, and slide bar bottom is provided with briquetting, and briquetting is located at standing groove
Surface.
Preferably, left/right movement device include slide rail, sliding block, the first electronic reel, the first bracing wire, second it is electronic around
Line wheel and the second bracing wire, top plate bottom are sequentially provided with the first electronic reel, slide bar and the second electronic reel from left to right, sliding
Slidingtype is provided with sliding block, the first bracing wire being wound with the first electronic reel on rail, and the first bracing wire is connected with sliding block left end, and second
The second electronic reel is wound with electronic reel, the second bracing wire is wound with the second electronic reel, the second bracing wire is right with sliding block
End connection.
Preferably, elevating mechanism includes installing frame, first bearing seat, second bearing seat, rotating shaft, reel, steel wire rope, electricity
Machine, decelerator, pilot hole, installing plate and electromagnet, slider bottom are provided with installing frame, and installing frame inner top is provided with first bearing seat
And second bearing seat, first bearing seat are located on the right side of second bearing seat, and rotating shaft is provided between first bearing seat and second bearing seat,
Rotating shaft between first bearing seat and second bearing seat is provided with reel, and steel wire rope, installing frame bottom, right are wound with reel
Side is provided with pilot hole, steel wire penetrating pilot hole, and is connected with installing plate, and installing plate bottom is provided with electromagnet, in installing frame
Left side is provided with motor, is connected with decelerator on the right side of motor, decelerator is connected with rotating shaft left end.
Preferably, pouring weight is at least four, and the weight of pouring weight increases successively.
Preferably, the material of pouring weight is iron.
Operation principle：When needing to carry out resistance to compression detection to wrist-watch, testing staff will be placed on placement by dial plate on hand first
In groove, then testing staff controls left/right movement device to drive elevating mechanism to be moved to the top of pouring weight, then passes through lift
Structure connects pouring weight, then drives pouring weight to be moved to above placing frame by left/right movement device, then by elevating mechanism by pouring weight
It is put into pressing mechanism, then departs from elevating mechanism and pouring weight, under gravity, pressing mechanism is carried out to Watch dail plate
Extruding.Testing staff can form different pressure, testing staff is by observing and recording number by using the pouring weight of different weight
According to reach the detection to wrist-watch.
Because pressing mechanism includes fixed plate, sliding sleeve, slide bar, placing frame, spring and briquetting, right shelf left lower is provided with
Fixed plate, sliding sleeve is embedded with fixed plate, slidingtype is provided with slide bar on sliding sleeve, and top end of sliding rod is provided with placing frame, and it is left to place frame bottom
Right both ends are equipped with spring, and for spring bottom end with being connected at the top of fixed plate, slide bar bottom is provided with briquetting, briquetting be located at standing groove just on
Side, after pouring weight is put into placing frame, under gravity, placing frame is moved downward, and spring is compressed, and then passes through slide bar
Briquetting is driven to move downward so that briquetting is extruded Watch dail plate, reaches the effect of detection.When pouring weight leaves placing frame
Afterwards, placing frame moves upwards under the elastic force effect of spring so that briquetting moves downward disengaging Watch dail plate, now testing staff
The damaged condition of observable Watch dail plate, determine the resistance to compression situation of wrist-watch.
Because left/right movement device includes slide rail, sliding block, the first electronic reel, the first bracing wire, the second electronic coiling
Wheel and the second bracing wire, top plate bottom is sequentially provided with the first electronic reel, slide bar and the second electronic reel, slide rail from left to right
Upper slidingtype is provided with sliding block, the first bracing wire being wound with the first electronic reel, and the first bracing wire is connected with sliding block left end, the second electricity
The second electronic reel is wound with dynamic reel, the second bracing wire, the second bracing wire and sliding block right-hand member are wound with the second electronic reel
Connection, testing staff control the first electronic reel and the second electronic reel to rotate clockwise or counterclockwise, when first electronic
When reel and the second electronic reel rotate clockwise, the first electronic reel tightens up the first bracing wire, the second electronic coiling
Wheel decontrols the second bracing wire, and band movable slider moves to the left, when the first electronic reel and the second electronic reel rotate counterclockwise
When, the first electronic reel decontrols the first bracing wire, and the second electronic reel tightens up the second bracing wire, and band movable slider is transported to the right
It is dynamic, in this way, having reached the effect for driving elevating mechanism side-to-side movement.
Because elevating mechanism include installing frame, first bearing seat, second bearing seat, rotating shaft, reel, steel wire rope, motor,
Decelerator, pilot hole, installing plate and electromagnet, slider bottom are provided with installing frame, installing frame inner top be provided with first bearing seat and
Second bearing seat, first bearing seat are located on the right side of second bearing seat, and rotating shaft, position are provided between first bearing seat and second bearing seat
Rotating shaft between first bearing seat and second bearing seat is provided with reel, and steel wire rope, installing frame bottom right are wound with reel
Pilot hole, steel wire penetrating pilot hole are provided with, and is connected with installing plate, installing plate bottom is provided with electromagnet, left in installing frame
Side is provided with motor, and decelerator is connected with the right side of motor, and decelerator is connected with rotating shaft left end, when elevating mechanism is moved to above pouring weight
When, testing staff's controlled motor rotates clockwise, and then drives rotating shaft to rotate clockwise, and rotating shaft band movable reel rotates clockwise,
Reel decontrols steel wire rope, and installing plate under gravity, and then moves downward with motor magnet, when electromagnet touches pouring weight
When, testing staff controls electromagnet to be powered so that electromagnet is connected with pouring weight, and then testing staff's controlled motor turns counterclockwise
It is dynamic, drive rotating shaft to rotate counterclockwise, and then rotated counterclockwise with movable reel, reel is by steel wire rope around rising so that pouring weight is transported downwards
Dynamic, then testing staff is by controlling elevating mechanism to drive pouring weight to move right, when mass movement to placing frame surface, inspection
Personnel control motor to be surveyed to rotate clockwise so that after pouring weight is moved downwardly in placing frame, testing staff controls electromagnet power-off,
So that pouring weight falls in placing frame, in this way, having reached the effect that resistance to compression detection is carried out to wrist-watch.
Because pouring weight is at least four, and the weight of pouring weight increases successively, can reasonably carry out multiple resistance to compression detection,
So that testing result is more accurate.
Because the material of pouring weight is iron so that pouring weight preferably can be connected with electromagnet.
Control mode of the present utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming can be achieved, belong to the common knowledge of this area, and the utility model is mainly used to protect machine
Tool device, so the utility model does not connect explaining in detail control mode with circuit.
（3）Beneficial effect
The utility model testing staff can form different pressure, testing staff is led to by using the pouring weight of different weight
Cross and observe and record data, to reach the detection to wrist-watch, reached repeated detection, testing result accurately effect.
Brief description of the drawings
Fig. 1 is main structure diagram of the present utility model.
Fig. 2 is the main structure diagram of the utility model pressing mechanism.
Fig. 3 is the main structure diagram of the utility model left/right movement device.
Fig. 4 is the main structure diagram of the utility model elevating mechanism.
Mark in accompanying drawing for：1- bottom plates, the left framves of 2-, 3- place block, 4- standing grooves, 5- right shelfs, 6- pressing mechanisms, 61-
Fixed plate, 62- sliding sleeves, 63- slide bars, 64- placing frames, 65- springs, 66- briquettings, 7- place plate, 8- pouring weights, 9- top plates, a 10- left sides
Move right mechanism, 101- slide rails, 102- sliding blocks, the first electronic reels of 103-, the bracing wires of 104- first, the second electronic coilings of 105-
Wheel, the bracing wires of 106- second, 11- elevating mechanisms, 111- installing frames, 112- first bearing seats, 113- second bearing seats, 114- turn
Axle, 115- reels, 116- steel wire ropes, 117- motors, 118- decelerators, 119- pilot holes, 1110- installing plates, 1111- electromagnetism
Iron.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of wrist-watch compressive property precise detection device, as Figure 1-4, include bottom plate 1, left frame 2, place block 3, be right
Frame 5, pressing mechanism 6, place plate 7, pouring weight 8, top plate 9, left/right movement device 10 and elevating mechanism 11, the top of bottom plate 1 from a left side to
The right side is sequentially provided with left frame 2, places block 3 and right shelf 5, places and is provided with standing groove 4 on block 3, the left lower of right shelf 5 is provided with pressing machine
Structure 6, the left right side central of frame 2, which is provided with, places plate 7, places and is placed with pouring weight 8 on plate 7, and left frame 2 and the top of right shelf 5 are provided with top plate 9,
The bottom of top plate 9 is provided with left/right movement device 10, and left/right movement device 10 is provided with elevating mechanism 11.
Pressing mechanism 6 includes fixed plate 61, sliding sleeve 62, slide bar 63, placing frame 64, spring 65 and briquetting 66, and right shelf 5 is left
Side lower part is provided with fixed plate 61, and sliding sleeve 62 is embedded with fixed plate 61, and slidingtype is provided with slide bar 63 on sliding sleeve 62, and the top of slide bar 63 is set
There is placing frame 64, the bottom left and right ends of placing frame 64 are equipped with spring 65, and the bottom of spring 65 is connected with the top of fixed plate 61, slide bar
63 bottoms are provided with briquetting 66, and briquetting 66 is located at directly over standing groove 4.
Left/right movement device 10 includes slide rail 101, sliding block 102, the first electronic reel 103, the first bracing wire 104,
The two electronic bracing wires 106 of reel 105 and second, the bottom of top plate 9 is sequentially provided with the first electronic reel 103, slide bar from left to right
63 and the second electronic reel 105, slidingtype is provided with sliding block 102 on slide rail 101, be wound with the first electronic reel 103
One bracing wire 104, the first bracing wire 104 are connected with the left end of sliding block 102, and the second electronic reel is wound with the second electronic reel 105
105, the second bracing wire 106 is wound with the second electronic reel 105, and the second bracing wire 106 is connected with the right-hand member of sliding block 102.
Elevating mechanism 11 includes installing frame 111, first bearing seat 112, second bearing seat 113, rotating shaft 114, reel
115th, steel wire rope 116, motor 117, decelerator 118, pilot hole 119, installing plate 1110 and electromagnet 1111, the bottom of sliding block 102
Provided with installing frame 111, the inner top of installing frame 111 is provided with first bearing seat 112 and second bearing seat 113, first bearing seat 112
In the right side of second bearing seat 113, rotating shaft 114 is provided between first bearing seat 112 and second bearing seat 113, positioned at clutch shaft bearing
Rotating shaft 114 between seat 112 and second bearing seat 113 is provided with reel 115, and steel wire rope 116, installing frame are wound with reel 115
111 bottom rights are provided with pilot hole 119, and steel wire rope 116 passes through pilot hole 119, and is connected with installing plate 1110, installing plate 1110
Bottom is provided with electromagnet 1111, and left side is provided with motor 117 in installing frame 111, and the right side of motor 117 is connected with decelerator 118, subtracted
Fast device 118 is connected with the left end of rotating shaft 114.
Pouring weight 8 is four, and the weight of pouring weight 8 increases successively.
The material of pouring weight 8 is iron.
Operation principle：When needing to carry out resistance to compression detection to wrist-watch, testing staff will be placed on placement by dial plate on hand first
In groove 4, then testing staff controls left/right movement device 10 to drive elevating mechanism 11 to be moved to the top of pouring weight 8, then passes through
Elevating mechanism 11 connects pouring weight 8, then drives pouring weight 8 to be moved to the top of placing frame 64 by left/right movement device 10, then passes through
Pouring weight 8 is put into pressing mechanism 6 by elevating mechanism 11, then departs from elevating mechanism 11 and pouring weight 8, under gravity,
Pressing mechanism 6 is extruded Watch dail plate.Testing staff can form different pressure by using the pouring weight 8 of different weight,
Testing staff is by observing and recording data, to reach the detection to wrist-watch.
It is right because pressing mechanism 6 includes fixed plate 61, sliding sleeve 62, slide bar 63, placing frame 64, spring 65 and briquetting 66
The left lower of frame 5 is provided with fixed plate 61, and sliding sleeve 62 is embedded with fixed plate 61, and slidingtype is provided with slide bar 63, slide bar 63 on sliding sleeve 62
Top is provided with placing frame 64, and the bottom left and right ends of placing frame 64 are equipped with spring 65, and the bottom of spring 65 connects with the top of fixed plate 61
Connect, the bottom of slide bar 63 is provided with briquetting 66, and briquetting 66 is located at directly over standing groove 4, after pouring weight 8 is put into placing frame 64, in weight
In the presence of power, placing frame 64 is moved downward, and spring 65 is compressed, and then drives briquetting 66 to move downward by slide bar 63, is made
Obtain briquetting 66 to extrude Watch dail plate, reach the effect of detection.After pouring weight 8 leaves placing frame 64, placing frame 64 is in bullet
The lower motion upwards of elastic force effect of spring 65 so that briquetting 66 moves downward disengaging Watch dail plate, now testing staff's observable hand
The damaged condition of table dial plate, determine the resistance to compression situation of wrist-watch.
Because left/right movement device 10 includes slide rail 101, sliding block 102, the first electronic reel 103, the first bracing wire
104th, the second electronic bracing wire 106 of reel 105 and second, the bottom of top plate 9 is sequentially provided with the first electronic reel from left to right
103rd, 63 and second electronic reel 105 of slide bar, slidingtype is provided with sliding block 102 on slide rail 101, on the first electronic reel 103
The first bracing wire 104 being wound with, the first bracing wire 104 are connected with the left end of sliding block 102, and the second electricity is wound with the second electronic reel 105
Reel 105 to be moved, the second bracing wire 106 is wound with the second electronic reel 105, the second bracing wire 106 is connected with the right-hand member of sliding block 102,
Testing staff controls the first electronic 103 and second electronic reel 105 of reel to rotate clockwise or counterclockwise, when first electronic
When 103 and second electronic reel 105 of reel rotates clockwise, the first electronic reel 103 tightens up the first bracing wire 104,
Second electronic reel 105 decontrols the second bracing wire 106, and band movable slider 102 is to left movement, when the first electronic He of reel 103
When second electronic reel 105 rotates counterclockwise, the first electronic reel 103 decontrols the first bracing wire 104, the second electronic coiling
Wheel 105 tightens up the second bracing wire 106, and band movable slider 102 moves right, in this way, having reached the side-to-side movement of drive elevating mechanism 11
Effect.
Because elevating mechanism 11 includes installing frame 111, first bearing seat 112, second bearing seat 113, rotating shaft 114, volume
Cylinder 115, steel wire rope 116, motor 117, decelerator 118, pilot hole 119, installing plate 1110 and electromagnet 1111, the bottom of sliding block 102
Portion is provided with installing frame 111, and the inner top of installing frame 111 is provided with first bearing seat 112 and second bearing seat 113, first bearing seat 112
Positioned at the right side of second bearing seat 113, rotating shaft 114 is provided between first bearing seat 112 and second bearing seat 113, positioned at first axle
Rotating shaft 114 between bearing 112 and second bearing seat 113 is provided with reel 115, and steel wire rope 116 is wound with reel 115, installation
The bottom right of frame 111 is provided with pilot hole 119, and steel wire rope 116 passes through pilot hole 119, and is connected with installing plate 1110, installing plate
1110 bottoms are provided with electromagnet 1111, and left side is provided with motor 117 in installing frame 111, and the right side of motor 117 is connected with decelerator
118, decelerator 118 is connected with the left end of rotating shaft 114, when elevating mechanism 11 is moved to 8 top of pouring weight, testing staff's controlled motor
117 rotate clockwise, and then drive rotating shaft 114 to rotate clockwise, and rotating shaft 114 rotates clockwise with movable reel 115, reel 115
Steel wire rope 116 is decontroled, installing plate 1110 under gravity, and then moves downward with motor magnet 1111, works as electromagnet
1111 when touching pouring weight 8, and testing staff controls electromagnet 1111 to be powered so that electromagnet 1111 is connected with pouring weight 8, Ran Houjian
Survey personnel control motor 117 to rotate counterclockwise, drive rotating shaft 114 to rotate counterclockwise, and then rotated counterclockwise with movable reel 115,
Reel 115 by steel wire rope 116 around rise so that pouring weight 8 moves downward, then testing staff by control elevating mechanism 11 drive weight
Block 8 moves right, and when pouring weight 8 moves to 64 surface of placing frame, testing staff's controlled motor 117 rotates clockwise so that
After pouring weight 8 is moved downwardly in placing frame 64, testing staff controls electromagnet 1111 to power off so that pouring weight 8 falls in placing frame 64
It is interior, in this way, having reached the effect that resistance to compression detection is carried out to wrist-watch.
Because pouring weight 8 is four, and the weight of pouring weight 8 increases successively, can reasonably carry out multiple resistance to compression detection, make
It is more accurate to obtain testing result.
Because the material of pouring weight 8 is iron so that pouring weight 8 preferably can be connected with electromagnet 1111.
Control mode of the present utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming can be achieved, belong to the common knowledge of this area, and the utility model is mainly used to protect machine
Tool device, so the utility model does not connect explaining in detail control mode with circuit.
Embodiment 2
A kind of wrist-watch compressive property precise detection device, as Figure 1-4, include bottom plate 1, left frame 2, place block 3, be right
Frame 5, pressing mechanism 6, place plate 7, pouring weight 8, top plate 9, left/right movement device 10 and elevating mechanism 11, the top of bottom plate 1 from a left side to
The right side is sequentially provided with left frame 2, places block 3 and right shelf 5, places and is provided with standing groove 4 on block 3, the left lower of right shelf 5 is provided with pressing machine
Structure 6, the left right side central of frame 2, which is provided with, places plate 7, places and is placed with pouring weight 8 on plate 7, and left frame 2 and the top of right shelf 5 are provided with top plate 9,
The bottom of top plate 9 is provided with left/right movement device 10, and left/right movement device 10 is provided with elevating mechanism 11.
Pressing mechanism 6 includes fixed plate 61, sliding sleeve 62, slide bar 63, placing frame 64, spring 65 and briquetting 66, and right shelf 5 is left
Side lower part is provided with fixed plate 61, and sliding sleeve 62 is embedded with fixed plate 61, and slidingtype is provided with slide bar 63 on sliding sleeve 62, and the top of slide bar 63 is set
There is placing frame 64, the bottom left and right ends of placing frame 64 are equipped with spring 65, and the bottom of spring 65 is connected with the top of fixed plate 61, slide bar
63 bottoms are provided with briquetting 66, and briquetting 66 is located at directly over standing groove 4.
Left/right movement device 10 includes slide rail 101, sliding block 102, the first electronic reel 103, the first bracing wire 104,
The two electronic bracing wires 106 of reel 105 and second, the bottom of top plate 9 is sequentially provided with the first electronic reel 103, slide bar from left to right
63 and the second electronic reel 105, slidingtype is provided with sliding block 102 on slide rail 101, be wound with the first electronic reel 103
One bracing wire 104, the first bracing wire 104 are connected with the left end of sliding block 102, and the second electronic reel is wound with the second electronic reel 105
105, the second bracing wire 106 is wound with the second electronic reel 105, and the second bracing wire 106 is connected with the right-hand member of sliding block 102.
Elevating mechanism 11 includes installing frame 111, first bearing seat 112, second bearing seat 113, rotating shaft 114, reel
115th, steel wire rope 116, motor 117, decelerator 118, pilot hole 119, installing plate 1110 and electromagnet 1111, the bottom of sliding block 102
Provided with installing frame 111, the inner top of installing frame 111 is provided with first bearing seat 112 and second bearing seat 113, first bearing seat 112
In the right side of second bearing seat 113, rotating shaft 114 is provided between first bearing seat 112 and second bearing seat 113, positioned at clutch shaft bearing
Rotating shaft 114 between seat 112 and second bearing seat 113 is provided with reel 115, and steel wire rope 116, installing frame are wound with reel 115
111 bottom rights are provided with pilot hole 119, and steel wire rope 116 passes through pilot hole 119, and is connected with installing plate 1110, installing plate 1110
Bottom is provided with electromagnet 1111, and left side is provided with motor 117 in installing frame 111, and the right side of motor 117 is connected with decelerator 118, subtracted
Fast device 118 is connected with the left end of rotating shaft 114.
Pouring weight 8 is six, and the weight of pouring weight 8 increases successively.
The material of pouring weight 8 is iron.
Operation principle：When needing to carry out resistance to compression detection to wrist-watch, testing staff will be placed on placement by dial plate on hand first
In groove 4, then testing staff controls left/right movement device 10 to drive elevating mechanism 11 to be moved to the top of pouring weight 8, then passes through
Elevating mechanism 11 connects pouring weight 8, then drives pouring weight 8 to be moved to the top of placing frame 64 by left/right movement device 10, then passes through
Pouring weight 8 is put into pressing mechanism 6 by elevating mechanism 11, then departs from elevating mechanism 11 and pouring weight 8, under gravity,
Pressing mechanism 6 is extruded Watch dail plate.Testing staff can form different pressure by using the pouring weight 8 of different weight,
Testing staff is by observing and recording data, to reach the detection to wrist-watch.
It is right because pressing mechanism 6 includes fixed plate 61, sliding sleeve 62, slide bar 63, placing frame 64, spring 65 and briquetting 66
The left lower of frame 5 is provided with fixed plate 61, and sliding sleeve 62 is embedded with fixed plate 61, and slidingtype is provided with slide bar 63, slide bar 63 on sliding sleeve 62
Top is provided with placing frame 64, and the bottom left and right ends of placing frame 64 are equipped with spring 65, and the bottom of spring 65 connects with the top of fixed plate 61
Connect, the bottom of slide bar 63 is provided with briquetting 66, and briquetting 66 is located at directly over standing groove 4, after pouring weight 8 is put into placing frame 64, in weight
In the presence of power, placing frame 64 is moved downward, and spring 65 is compressed, and then drives briquetting 66 to move downward by slide bar 63, is made
Obtain briquetting 66 to extrude Watch dail plate, reach the effect of detection.After pouring weight 8 leaves placing frame 64, placing frame 64 is in bullet
The lower motion upwards of elastic force effect of spring 65 so that briquetting 66 moves downward disengaging Watch dail plate, now testing staff's observable hand
The damaged condition of table dial plate, determine the resistance to compression situation of wrist-watch.
Because left/right movement device 10 includes slide rail 101, sliding block 102, the first electronic reel 103, the first bracing wire
104th, the second electronic bracing wire 106 of reel 105 and second, the bottom of top plate 9 is sequentially provided with the first electronic reel from left to right
103rd, 63 and second electronic reel 105 of slide bar, slidingtype is provided with sliding block 102 on slide rail 101, on the first electronic reel 103
The first bracing wire 104 being wound with, the first bracing wire 104 are connected with the left end of sliding block 102, and the second electricity is wound with the second electronic reel 105
Reel 105 to be moved, the second bracing wire 106 is wound with the second electronic reel 105, the second bracing wire 106 is connected with the right-hand member of sliding block 102,
Testing staff controls the first electronic 103 and second electronic reel 105 of reel to rotate clockwise or counterclockwise, when first electronic
When 103 and second electronic reel 105 of reel rotates clockwise, the first electronic reel 103 tightens up the first bracing wire 104,
Second electronic reel 105 decontrols the second bracing wire 106, and band movable slider 102 is to left movement, when the first electronic He of reel 103
When second electronic reel 105 rotates counterclockwise, the first electronic reel 103 decontrols the first bracing wire 104, the second electronic coiling
Wheel 105 tightens up the second bracing wire 106, and band movable slider 102 moves right, in this way, having reached the side-to-side movement of drive elevating mechanism 11
Effect.
Because elevating mechanism 11 includes installing frame 111, first bearing seat 112, second bearing seat 113, rotating shaft 114, volume
Cylinder 115, steel wire rope 116, motor 117, decelerator 118, pilot hole 119, installing plate 1110 and electromagnet 1111, the bottom of sliding block 102
Portion is provided with installing frame 111, and the inner top of installing frame 111 is provided with first bearing seat 112 and second bearing seat 113, first bearing seat 112
Positioned at the right side of second bearing seat 113, rotating shaft 114 is provided between first bearing seat 112 and second bearing seat 113, positioned at first axle
Rotating shaft 114 between bearing 112 and second bearing seat 113 is provided with reel 115, and steel wire rope 116 is wound with reel 115, installation
The bottom right of frame 111 is provided with pilot hole 119, and steel wire rope 116 passes through pilot hole 119, and is connected with installing plate 1110, installing plate
1110 bottoms are provided with electromagnet 1111, and left side is provided with motor 117 in installing frame 111, and the right side of motor 117 is connected with decelerator
118, decelerator 118 is connected with the left end of rotating shaft 114, when elevating mechanism 11 is moved to 8 top of pouring weight, testing staff's controlled motor
117 rotate clockwise, and then drive rotating shaft 114 to rotate clockwise, and rotating shaft 114 rotates clockwise with movable reel 115, reel 115
Steel wire rope 116 is decontroled, installing plate 1110 under gravity, and then moves downward with motor magnet 1111, works as electromagnet
1111 when touching pouring weight 8, and testing staff controls electromagnet 1111 to be powered so that electromagnet 1111 is connected with pouring weight 8, Ran Houjian
Survey personnel control motor 117 to rotate counterclockwise, drive rotating shaft 114 to rotate counterclockwise, and then rotated counterclockwise with movable reel 115,
Reel 115 by steel wire rope 116 around rise so that pouring weight 8 moves downward, then testing staff by control elevating mechanism 11 drive weight
Block 8 moves right, and when pouring weight 8 moves to 64 surface of placing frame, testing staff's controlled motor 117 rotates clockwise so that
After pouring weight 8 is moved downwardly in placing frame 64, testing staff controls electromagnet 1111 to power off so that pouring weight 8 falls in placing frame 64
It is interior, in this way, having reached the effect that resistance to compression detection is carried out to wrist-watch.
Because pouring weight 8 is six, and the weight of pouring weight 8 increases successively, can reasonably carry out multiple resistance to compression detection, make
It is more accurate to obtain testing result.
Because the material of pouring weight 8 is iron so that pouring weight 8 preferably can be connected with electromagnet 1111.
Control mode of the present utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming can be achieved, belong to the common knowledge of this area, and the utility model is mainly used to protect machine
Tool device, so the utility model does not connect explaining in detail control mode with circuit.
Embodiment described above only expresses preferred embodiment of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (6)
1. a kind of wrist-watch compressive property precise detection device, it is characterised in that include bottom plate（1）, left frame（2）, place block
（3）, right shelf（5）, pressing mechanism（6）, place plate（7）, pouring weight（8）, top plate（9）, left/right movement device（10）And elevating mechanism
（11）, bottom plate（1）Top is sequentially provided with left frame from left to right（2）, place block（3）And right shelf（5）, place block（3）On be provided with
Standing groove（4）, right shelf（5）Left lower is provided with pressing mechanism（6）, left frame（2）Right side central, which is provided with, places plate（7）, place plate
（7）On be placed with pouring weight（8）, left frame（2）And right shelf（5）Top is provided with top plate（9）, top plate（9）Bottom is provided with and moves left and right machine
Structure（10）, left/right movement device（10）It is provided with elevating mechanism（11）.
A kind of 2. wrist-watch compressive property precise detection device according to claim 1, it is characterised in that pressing mechanism（6）
Include fixed plate（61）, sliding sleeve（62）, slide bar（63）, placing frame（64）, spring（65）And briquetting（66）, right shelf（5）Left side
Bottom is provided with fixed plate（61）, fixed plate（61）It is upper to be embedded with sliding sleeve（62）, sliding sleeve（62）Upper slidingtype is provided with slide bar（63）, slide bar
（63）Top is provided with placing frame（64）, placing frame（64）Bottom left and right ends are equipped with spring（65）, spring（65）Bottom is with consolidating
Fixed board（61）Top connects, slide bar（63）Bottom is provided with briquetting（66）, briquetting（66）Positioned at standing groove（4）Surface.
A kind of 3. wrist-watch compressive property precise detection device according to claim 2, it is characterised in that left/right movement device
（10）Include slide rail（101）, sliding block（102）, the first electronic reel（103）, the first bracing wire（104）, the second electronic coiling
Wheel（105）With the second bracing wire（106）, top plate（9）Bottom is sequentially provided with the first electronic reel from left to right（103）, slide bar
（63）With the second electronic reel（105）, slide rail（101）Upper slidingtype is provided with sliding block（102）, the first electronic reel（103）
On the first bracing wire for being wound with（104）, the first bracing wire（104）With sliding block（102）Left end connects, the second electronic reel（105）On
It is wound with the second electronic reel（105）, the second electronic reel（105）On be wound with the second bracing wire（106）, the second bracing wire（106）
With sliding block（102）Right-hand member connects.
A kind of 4. wrist-watch compressive property precise detection device according to claim 1, it is characterised in that elevating mechanism（11）
Include installing frame（111）, first bearing seat（112）, second bearing seat（113）, rotating shaft（114）, reel（115）, steel wire rope
（116）, motor（117）, decelerator（118）, pilot hole（119）, installing plate（1110）And electromagnet（1111）, sliding block（102）
Bottom is provided with installing frame（111）, installing frame（111）Inner top is provided with first bearing seat（112）And second bearing seat（113）, the
One bearing block（112）Positioned at second bearing seat（113）Right side, first bearing seat（112）And second bearing seat（113）Between be provided with
Rotating shaft（114）, positioned at first bearing seat（112）And second bearing seat（113）Between rotating shaft（114）It is provided with reel（115）,
Reel（115）On be wound with steel wire rope（116）, installing frame（111）Bottom right is provided with pilot hole（119）, steel wire rope（116）Pass through
Pilot hole（119）, and it is connected with installing plate（1110）, installing plate（1110）Bottom is provided with electromagnet（1111）, installing frame
（111）Interior left side is provided with motor（117）, motor（117）Right side is connected with decelerator（118）, decelerator（118）With rotating shaft
（114）Left end connects.
A kind of 5. wrist-watch compressive property precise detection device according to claim 1, it is characterised in that pouring weight（8）At least
For four, and pouring weight（8）Weight increase successively.
A kind of 6. wrist-watch compressive property precise detection device according to claim 5, it is characterised in that pouring weight（8）Material
Matter is iron.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720481727.5U CN207020471U (en) | 2017-05-03 | 2017-05-03 | A kind of wrist-watch compressive property precise detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720481727.5U CN207020471U (en) | 2017-05-03 | 2017-05-03 | A kind of wrist-watch compressive property precise detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207020471U true CN207020471U (en) | 2018-02-16 |
Family
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|---|---|---|---|
| CN201720481727.5U Expired - Fee Related CN207020471U (en) | 2017-05-03 | 2017-05-03 | A kind of wrist-watch compressive property precise detection device |
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| CN (1) | CN207020471U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114052358A (en) * | 2021-11-05 | 2022-02-18 | 杭州中芯微电子有限公司 | Be used for AOA multi-functional personnel wrist strap formula label production magnetic force to detain erection equipment |
| CN114508544A (en) * | 2022-02-28 | 2022-05-17 | 安徽千禧精密轴承制造有限公司 | Two-way compression-resistant precision combined bearing |
-
2017
- 2017-05-03 CN CN201720481727.5U patent/CN207020471U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114052358A (en) * | 2021-11-05 | 2022-02-18 | 杭州中芯微电子有限公司 | Be used for AOA multi-functional personnel wrist strap formula label production magnetic force to detain erection equipment |
| CN114052358B (en) * | 2021-11-05 | 2023-12-05 | 杭州中芯微电子有限公司 | Be used for AOA multi-functional personnel wrist strap formula label production magnetic force to detain erection equipment |
| CN114508544A (en) * | 2022-02-28 | 2022-05-17 | 安徽千禧精密轴承制造有限公司 | Two-way compression-resistant precision combined bearing |
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| GR01 | Patent grant | ||
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Granted publication date: 20180216 Termination date: 20180503 |