CN203687862U - Novel detection device used for detecting protrusion height of work piece - Google Patents
Novel detection device used for detecting protrusion height of work piece Download PDFInfo
- Publication number
- CN203687862U CN203687862U CN201320777821.7U CN201320777821U CN203687862U CN 203687862 U CN203687862 U CN 203687862U CN 201320777821 U CN201320777821 U CN 201320777821U CN 203687862 U CN203687862 U CN 203687862U
- Authority
- CN
- China
- Prior art keywords
- mentioned
- upper limit
- lower limit
- projection
- contact
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Landscapes
- A Measuring Device Byusing Mechanical Method (AREA)
Abstract
The utility model provides a novel detection device used for detecting protrusion height of a work piece. A correction positioning mechanism comprises a reference plate, a pressing plate, and a driving device. A detection mechanism comprises a detection contact part and a circuit and state indication part. The detection contact part comprises a movable core, an upper limit conductive contact, and a lower limit conductive contact. A non-detection end of the movable core is provided with a jacking spring. The circuit and state indication part comprises an upper limit conductive circuit and a lower limit conductive circuit. According to the utility model, the construction form of the traditional similar detection devices is broken through. When the protrusion height of the work piece exceeds the upper limit height, the upper limit state indication device is used to indicate that the protrusion height of the work piece exceeds the upper limit height. When the protrusion height of the work piece is under the lower limit height, the lower limit state indication device is used to indicate that the protrusion height of the work piece is under the lower limit height. When the upper limit state indication device and the lower limit state indication device are not activated, the protrusion height of the work piece is qualified. Compared to the prior art, the novel detection device is advantageous in that the protrusion height state of the work piece can be directly indicated, and therefore the use is direct and effective, and the practicability is strong.
Description
Technical field
The utility model relates to check, the pick-up unit field of workpiece height of projection, is specifically related to a kind of Novel test device of height of projection of directly efficient examining workpieces.
Background technology
There are in the market a lot of products to be equipped with bulge-structure, as in the injection moulding of IML(in-mode inserts) product surface installs by melt process the bulge-structure that copper nut forms, in actual production process, because of copper nut very strict to the requirement for height of reference field (bulge-structure based on plane), conventionally upper be respectively+0.1mm of lower deviation and-0.1mm, tolerance is only 0.2mm, so be difficult to test by range estimation.Conventionally the existing method adopting is to use special high precision checkout equipment and limit rule to detect, the former judges that according to measuring numerical result height of projection is too high, too low or meets standard, there is concrete numerical value, measure accurately, but under actual conditions, do not need to know the exact numerical values recited of height of projection, only need judge the state (too high, too low or meet standard) of height of projection, need people indirectly to judge, the output of measuring process and judged result is loaded down with trivial details, the cycle is long, and efficiency is low, is difficult to batch detection, and equipment cost is high, poor practicability; The latter is because of structural defect, and can only measure the overall height (comprising the thickness of product and protruding height) of whole product (as IML product), and measuring method is not direct, and it is large that result is subject to product thickness error effect, and final test results error is large, unstable.
Given this, this case inventor further investigate the problems referred to above, then has this case to produce.
Utility model content
The purpose of this utility model is to provide a kind of protruding height that can directly indicate workpiece whether to exceed upper and lower bound height, and the Novel test device of the height of projection of the examining workpieces of standard compliant state, novel and reasonable structure, easy and simple to handle, directly efficient, reliable and stable, be especially beneficial to check in batches, practical.
In order to achieve the above object, the utility model adopts such technical scheme:
A Novel test device for the height of projection of examining workpieces, comprises the correction locating mechanism of workpiece being proofreaied and correct to location, and the inspection body of the height of Direct Test workpiece projection; Described correction locating mechanism comprises the positive datum plate that is resisted against workpiece projection place, is pressed in the pressure strip of back of work, and the drive unit that drives pressure strip to compress workpiece; Described inspection body comprises check touch part, and circuit and state marking part; Described check touch part comprises the corresponding motion fuse that is resisted against workpiece projection end of check end, upper limit conductive contact, and lower limit conductive contact; The non-check end of described motion fuse is equipped with supports spring; Described motion fuse has the upper limit contact corresponding with described upper limit conductive contact, with the lower limit contact corresponding with described lower limit conductive contact; Described circuit and state marking part comprise the upper limit galvanic circle of being triggered by described upper limit conductive contact and upper limit contact, and the lower limit galvanic circle of being triggered by described lower limit conductive contact and lower limit contact; In described upper limit galvanic circle, be in series with and indicate the upper limit state indication device that workpiece height of projection exceeds the upper limit, in described lower limit galvanic circle, be in series with and indicate the lower limit state indication device that workpiece height of projection exceeds lower limit.
Above-mentioned motion fuse vertically arranges, and upward, non-check end, is formed with projection down to check end between two ends, and the coboundary of this projection is as above-mentioned lower limit contact, and lower limb is as above-mentioned upper limit contact; Above-mentioned lower limit conductive contact is located at the top of described lower limit contact, and above-mentioned upper limit conductive contact is located at the below of described upper limit contact; And the coboundary of described projection to distance and lower limb to the distance sum of described upper limit conductive contact of described lower limit conductive contact is the tolerance of workpiece height of projection.
Above-mentioned upper limit conductive contact comprise two from upper limit contact conducting block, as the switch contact of above-mentioned upper limit galvanic circle, the gap of upper limit contact conducting block arranges described in above-mentioned upper limit contact correspondence two, as the trigger switch of upper limit contact conducting block described in two; Above-mentioned lower limit conductive contact comprise two from lower limit contact conducting block, as the switch contact of above-mentioned lower limit galvanic circle, the gap of lower limit contact conducting block arranges described in above-mentioned lower limit contact correspondence two, as the trigger switch of lower limit contact conducting block described in two.
Multiple projections corresponding setting one by one of multiple above-mentioned checks touch part and workpiece.
The end of the telescopic drive bar of above-mentioned drive unit is provided with the top board paralleling with above-mentioned pressure strip, and between described top board and described pressure strip, balance is opened and is provided with multiple holddown springs.
Above-mentioned top board is to having guide pole, and above-mentioned pressure strip slip cap is located on described guide pole.
Above-mentioned guide pole be screw head down, the screw rod that upper end has external thread and is spirally connected with above-mentioned top board, multiple described screw rods are distributed on described top board; Above-mentioned pressure strip mates slip cap by trepanning is located at described screw head top, and the lower port of described trepanning is formed with the groove of accommodating described screw head completely.
Above-mentioned motion fuse is flat column, and above-mentioned check touch part comprises horizontally disposed guide plate, and described guide plate is formed with for each above-mentioned motion fuse pilot hole that Corresponding matching passes one by one.
Said reference plate is formed with the open-work of multiple multiple projections of mating one by one accommodating workpiece; The check end of above-mentioned motion fuse is provided with by the lower end of described open-work and upwards stretches into and the offset termination of top contact, the protruding end of workpiece.
Above-mentioned drive unit is equipped with driving arm; Above-mentioned check touch part is equipped with housing; Described driving arm comprises the base plate linking together with said reference plate, the vertical support plate that is divided into workpiece both sides and links together with base plate, cross at the transverse slat on two vertical support plates with level, described base plate is formed with the accommodating port of corresponding accommodating described datum plate; Described drive unit is located at described transverse slat top, above-mentioned telescopic drive bar runs through described transverse slat from top to bottom and is connected with above-mentioned top board, described top board is upwards provided with multiple driving guide poles, described transverse slat be formed with for multiple described driving guide poles mate one by one through driving pilot hole; Described housing comprises upper wall, diapire and sidewall; Described upper wall is located between described base plate and above-mentioned guide plate, and is formed with the through hole passing for above-mentioned motion fuse; Described diapire is located at below, above-mentioned check touch part, and the above-mentioned lower end of supporting spring is resisted against the upper surface of described diapire; Described sidewall is located between described upper wall and diapire; Foregoing circuit and state marking part are equipped with shell, are connected with described sidewall.
Adopt after technique scheme, the Novel test device of the height of projection of examining workpieces of the present utility model, break through the structural form of traditional similar pick-up unit, in the time of examining workpieces, workpiece is suitably placed between datum plate and pressure strip, operation calibration detent mechanism, under the driving of drive unit, make pressure strip by Work-sheet pressing on datum plate, to calibrate location, inspection body's operation simultaneously, support under effect in the elasticity of supporting spring, the check end correspondence of the motion fuse of check touch part is resisted against the end of workpiece projection, if the height of workpiece projection exceeds the height of the upper limit (maximum limit of size) of workpiece projection, under the driving of workpiece projection, support spring retraction, the upper limit contact of motion fuse can electrically contact with upper limit conductive contact, trigger the conducting of upper limit galvanic circle, upper limit state indication device indicates workpiece projection and exceeds upper limit height, if the height of workpiece projection is lower than the height of the lower limit (minimum limit of size) of workpiece projection, support under effect supporting spring, the lower limit contact of motion fuse can electrically contact with lower limit conductive contact, trigger the conducting of lower limit galvanic circle, lower limit state indication device indicates workpiece projection lower than lower limit height, if the height of workpiece projection meets standard, between the upper limit height and lower limit height of workpiece projection, motion fuse is in suspended state, the upper limit contact of motion fuse and lower limit contact neither electrically contact with upper limit conductive contact, also do not electrically contact with lower limit conductive contact, upper limit galvanic circle and all not conductings of lower limit galvanic circle, upper limit state indication device and lower limit state indication device are not all worked, and the height that indicates workpiece projection take this is as calibrated altitude.Compared with prior art, the Novel test device of the height of projection of examining workpieces of the present utility model, whether its protruding height that can directly indicate workpiece exceeds upper and lower bound height, and standard compliant state, novel and reasonable structure, easy and simple to handle, directly efficient, reliable and stable, be especially beneficial to check in batches, practical.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of another angle of the utility model;
Fig. 3 is the utility model the first local state structural representation;
Fig. 4 is the utility model the second local state structural representation;
Fig. 5 is the third local state structural representation of the utility model;
Fig. 6 is the 4th kind of local state structural representation of the utility model;
Fig. 7 is the planar structure schematic diagram of Fig. 6.
In figure:
Embodiment
Be described in detail the technical solution of the utility model below by specific embodiment in order further to explain.
The Novel test device of the height of projection of a kind of examining workpieces of the present utility model, as shown in Fig. 1-7, comprises the correction locating mechanism of workpiece 4 being proofreaied and correct to location, and the inspection body of the height of Direct Test workpiece 4 projections 41.
Correction locating mechanism comprises datum plate 11, pressure strip 12 and drive unit 13, datum plate 11 is resisted against the front at workpiece 4 projection 41 places, take the side at workpiece 4 projection 41 places as reference field, pressure strip 12 is pressed in the back side of workpiece 4, pressure strip 12 is pressed on workpiece 4 on datum plate 11, workpiece 4 is calibrated to location, and drive unit 13 drives pressure strip 12 to compress workpiece 4, as the power source of pressure strip 12 workpiece pressings 4;
Inspection body comprises check touch part 2, and circuit and state marking part;
Check touch part 2 comprises motion fuse 21, upper limit conductive contact 22, and lower limit conductive contact 23; The check end correspondence of motion fuse 21 is resisted against protruding 41 ends of workpiece 4, and the non-check end of motion fuse 21 is equipped with supports spring 24; Motion fuse 21 has the upper limit contact 211 corresponding with upper limit conductive contact 22, and the lower limit contact 212 corresponding with lower limit conductive contact 23;
Circuit and state marking part comprise the upper limit galvanic circle (not shown) being triggered by upper limit conductive contact 22 and upper limit contact 211, and the lower limit galvanic circle (not shown) being triggered by lower limit conductive contact 23 and lower limit contact 212; And in described upper limit galvanic circle, be in series with and indicate the upper limit state indication device 31 that workpiece 4 projections 41 highly exceed the upper limit (maximum limit of size), in described lower limit galvanic circle, be in series with and indicate the lower limit state indication device 32 that workpiece 4 projections 41 highly exceed lower limit (minimum limit of size).
The utility model is in the time of examining workpieces 4, workpiece 4 is suitably placed between datum plate 11 and pressure strip 12, operation calibration detent mechanism, under the driving of drive unit 13, pressure strip 12 is pressed on workpiece 4 on datum plate 11, to calibrate location, inspection body's operation simultaneously, support under effect in the elasticity of supporting spring 24, the check end correspondence of the motion fuse 21 of check touch part 2 is resisted against the end of workpiece 4 projections 41, if the height of projection 41 exceeds the height of the upper limit (maximum limit of size) of projection 41, under the driving of projection 41, supporting spring 24 bounces back, the upper limit contact 211 of motion fuse 21 can electrically contact with upper limit conductive contact 22, trigger the conducting of upper limit galvanic circle, upper limit state indication device 31 indicates workpiece 4 projections 41 and exceeds upper limit height, if the height of projection 41 is lower than the height of the lower limit (minimum limit of size) of projection 41, support under effect supporting spring 24 elasticity, the lower limit contact 212 of motion fuse 21 can electrically contact with lower limit conductive contact 23, trigger the conducting of lower limit galvanic circle, lower limit state indication device 32 indicates workpiece 4 projections 41 lower than lower limit height, if the height of projection 41 meets standard, between the upper limit height and lower limit height of workpiece 4 projections 41, motion fuse 21 is in suspended state, the upper limit contact 211 of motion fuse 21 and lower limit contact 212 neither electrically contact with upper limit conductive contact 22, also do not electrically contact with lower limit conductive contact 23, upper limit galvanic circle and all not conductings of lower limit galvanic circle, upper limit state indication device 31 and lower limit state indication device 32 are not all worked, and the height that indicates workpiece 4 projections 41 take this is as calibrated altitude.Be whether the height that the utility model can directly indicate the projection 41 of workpiece 4 exceeds upper and lower bound height, and standard compliant state.
For the structure of specific implementation check touch part 2, preferably, motion fuse 21 vertically arranges, check end upward, non-check end down, in the time of examining workpieces 4, workpiece 4 is horizontally placed on the top of motion fuse 21, position near middle part between the two ends of motion fuse 21 is formed with projection, and the coboundary of this projection is as lower limit contact 212, and lower limb is as upper limit contact 211, lower limit conductive contact 23 is located at the top of lower limit contact 212, and upper limit conductive contact 22 is located at the below of upper limit contact 211, and the coboundary of described projection to distance and lower limb to the distance sum of upper limit conductive contact 22 of lower limit conductive contact 23 is the tolerance of workpiece 4 projection 41 height, the upper limit contact 211 and the lower limit contact 212 that are projection form fluctuate between upper limit conductive contact 22 and lower limit conductive contact 23, when the height of projection 41 is prescribed a time limit lower than the lower of projection 41, support spring 24 and upwards support motion fuse 21, the coboundary of projection and lower limit conductive contact 23 electrically contact, when exceeding the upper of projection 41, the height of projection 41 prescribes a time limit, projection 41 actuation movement fuses 21 move downward, supporting spring 24 bounces back, the lower limb of projection and upper limit conductive contact 22 electrically contact.
Preferably, each upper limit conductive contact 22 include two from upper limit contact conducting block 221, as the switch contact of above-mentioned upper limit galvanic circle, the gap of corresponding two upper limit contact conducting blocks 221 of upper limit contact 211 arranges, as the trigger switch of two upper limit contact conducting blocks 221, after upper limit contact 211 and two upper limit contact conducting blocks 221 electrically contact, two upper limit contact conducting blocks 221 are electrically connected, trigger the conducting of upper limit galvanic circle; Lower limit conductive contact 23 comprise two from lower limit contact conducting block 231, as the switch contact of above-mentioned lower limit galvanic circle, the gap of the corresponding two lower limit contact conducting blocks 231 of lower limit contact 212 arranges, as the trigger switch of two lower limit contact conducting blocks 231, after lower limit contact 212 and two lower limit contact conducting blocks 231 electrically contact, two lower limit contact conducting blocks 231 are electrically connected, trigger the conducting of lower limit galvanic circle.
In order to realize simultaneously each projection 41 of examining workpieces 4, preferably, multiple protruding 41 corresponding settings one by one of multiple checks touch part 2 and workpiece 4.
In order to strengthen the compression effect of pressure strip 12 to workpiece 4, preferably, the end of the telescopic drive bar 131 of drive unit 13 is provided with the top board 14 paralleling with pressure strip 12, between top board 14 and pressure strip 12, balance is opened and is provided with multiple holddown springs 15, the telescopic drive bar 131 of drive unit 13 drives top board 14 to exert pressure to holddown spring 15, multiple holddown springs 15 that balance is laid carry out equilibrium to pressure strip 12 and exert pressure, and then pressure strip 12 carries out balanced flexible compression to workpiece 4, realize the calibration location of workpiece 4.
For the directivity that guarantees that pressure strip 12 presses workpiece 4 downwards, preferably, top board 14 is to having guide pole 16, pressure strip 12 slip caps are located on guide pole 16, in the time that holddown spring 15 drives pressure strip 12 up and down, pressure strip 12 slides along guide pole 16, and high directivity is guaranteed the compression effect to workpiece 4.
For the structure of specific implementation guide pole 16 and with the structure that is connected of top board 14, preferably, guide pole 16 is screw rod, and the screw head of the guide pole 16 of this screw form down, upper end has external thread and is screwed together with top board 14, and the guide pole 16 of multiple screws is distributed on top board 14; Pressure strip 12 mates slip cap by trepanning is located at described screw head top, and the lower port of described trepanning is formed with the groove of accommodating described screw head completely, this groove can guarantee that screw head can not protrude from the lower surface of pressure strip 12, and then impact compresses the plane formula of workpiece 4.
Preferably, motion fuse 21 is flat column, check touch part 2 comprises horizontally disposed guide plate 25, guide plate 25 is formed with for each motion fuse 21 pilot hole that Corresponding matching passes one by one, when the projection 41 of workpiece 4 with when supporting spring 24 and coordinating upper and lower actuation movement fuse 21, motion fuse 21 slides along pilot hole, and high directivity, guarantees effectively electrically contacting upper limit conductive contact 22 and lower limit conductive contact 23.
Preferably, datum plate 11 is formed with multiple open-works of multiple protruding 41 that mate one by one accommodating workpiece 4; The check end of motion fuse 21 is provided with by the lower end of described open-work and upwards stretches into, and with the offset termination 213 of top contact, the end of the projection 41 of workpiece 4, open-work can play effective calibration positioning action to projection 41, and datum plate 11 can be supported the lower surface at workpiece 4 by plane form, can coordinate with pressure strip 12 and effectively clamp whole workpiece 4, rational in infrastructure.
In order to make structure of the present utility model more complete rationally, preferably, drive unit 13 is equipped with driving arm 17; Check touch part 2 is equipped with housing 26; Driving arm 17 comprises the base plate 171 linking together with datum plate 11, the vertical support plate 172 that is divided into workpiece 2 both sides and links together with base plate 171, cross at the transverse slat 173 on two vertical support plates 172 with level, base plate 171 is formed with the accommodating port of corresponding accommodating datum plate 11, be that base plate 171 is shaped as frame, be located in outside datum plate 11; Drive unit 13 is located at transverse slat 173 tops, and telescopic drive bar 131 runs through transverse slat 173 from top to bottom and is connected with top board 14, and top board 14 is upwards provided with multiple driving guide poles 18, transverse slat 173 be formed with for multiple driving guide poles 18 mate one by one through driving pilot hole; Housing 26 comprises upper wall 261, diapire 262 and sidewall 263; Upper wall 261 is located between base plate 171 and guide plate 25, and is formed with the through hole passing for motion fuse 21; Diapire 262 is located at check 2 belows, touch part, and the lower end of supporting spring 24 is resisted against the upper surface of diapire 262; Sidewall 263 is located between upper wall 261 and diapire 262; Foregoing circuit and state marking part are equipped with shell 33, link together with sidewall 263, specifically, are connected in the one side in sidewall 263, and junction is formed with the port (not shown) of passing through for upper limit galvanic circle and lower limit galvanic circle etc.; On base plate 171, be respectively equipped with a pair of upper limit state indication device 31 and lower limit state indication device 32 in the outer fix of two vertical support plates 172, and upper limit state indication device 31 can be red LED marking light, lower limit state indication device 32 can be blue led marking light.
The Novel test device of the height of projection of examining workpieces of the present utility model, concrete form, setting position, quantity and the distribution form etc. of upper limit state indication device and lower limit state indication device all can be adjusted and design according to actual requirement; The concrete form of shell, housing, driving arm, the triangular form that is connected, and monnolithic case of the present utility model etc. can be adjusted and design according to actual requirement; The form of termination can be adjusted and design according to actual requirement; Form, quantity and the distribution forms etc. of open-work, pilot hole all can be adjusted and design as quantity and the distribution form etc. of the form of motion fuse, workpiece projection according to actual requirement; Form and the quantity etc. of guide pole, driving guide pole can be adjusted and design according to actual requirement; Form, quantity and the distribution form etc. of holddown spring can be adjusted and design according to actual requirement; The quantity of check touch part and distribution form can be adjusted and design according to workpiece projection quantity and distribution form etc.; The form of upper limit conductive contact and lower limit conductive contact also can be adjusted and design according to actual requirement; The concrete form of motion fuse can be adjusted and design according to actual requirement; Drive unit is preferably cylinder, and its form also can be chosen according to actual requirement; Circuit and state marking part are equipped with power supply; Specific constructive form of the present utility model can be carried out accommodation according to form or the tolerance etc. of practical work piece.
Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out suitable variation or the modification of similar thinking to it, all should be considered as not departing from patent category of the present utility model.
Claims (10)
1. a Novel test device for the height of projection of examining workpieces, is characterized in that: comprise the correction locating mechanism of workpiece being proofreaied and correct to location, and the inspection body of the height of Direct Test workpiece projection; Described correction locating mechanism comprises the positive datum plate that is resisted against workpiece projection place, is pressed in the pressure strip of back of work, and the drive unit that drives pressure strip to compress workpiece; Described inspection body comprises check touch part, and circuit and state marking part; Described check touch part comprises the corresponding motion fuse that is resisted against workpiece projection end of check end, upper limit conductive contact, and lower limit conductive contact; The non-check end of described motion fuse is equipped with supports spring; Described motion fuse has the upper limit contact corresponding with described upper limit conductive contact, with the lower limit contact corresponding with described lower limit conductive contact; Described circuit and state marking part comprise the upper limit galvanic circle of being triggered by described upper limit conductive contact and upper limit contact, and the lower limit galvanic circle of being triggered by described lower limit conductive contact and lower limit contact; In described upper limit galvanic circle, be in series with and indicate the upper limit state indication device that workpiece height of projection exceeds the upper limit, in described lower limit galvanic circle, be in series with and indicate the lower limit state indication device that workpiece height of projection exceeds lower limit.
2. the Novel test device of the height of projection of a kind of examining workpieces according to claim 1, it is characterized in that: above-mentioned motion fuse vertically arranges, check end upward, non-check end down, between two ends, be formed with projection, the coboundary of this projection is as above-mentioned lower limit contact, and lower limb is as above-mentioned upper limit contact; Above-mentioned lower limit conductive contact is located at the top of described lower limit contact, and above-mentioned upper limit conductive contact is located at the below of described upper limit contact; And the coboundary of described projection to distance and lower limb to the distance sum of described upper limit conductive contact of described lower limit conductive contact is the tolerance of workpiece height of projection.
3. the Novel test device of the height of projection of a kind of examining workpieces according to claim 2, it is characterized in that: above-mentioned upper limit conductive contact comprise two from upper limit contact conducting block, as the switch contact of above-mentioned upper limit galvanic circle, described in above-mentioned upper limit contact correspondence two, the gap of upper limit contact conducting block arranges, as the trigger switch of upper limit contact conducting block described in two; Above-mentioned lower limit conductive contact comprise two from lower limit contact conducting block, as the switch contact of above-mentioned lower limit galvanic circle, the gap of lower limit contact conducting block arranges described in above-mentioned lower limit contact correspondence two, as the trigger switch of lower limit contact conducting block described in two.
4. according to the Novel test device of the height of projection of a kind of examining workpieces described in any one in claim 1-3, it is characterized in that: multiple projections corresponding setting one by one of multiple above-mentioned checks touch part and workpiece.
5. the Novel test device of the height of projection of a kind of examining workpieces according to claim 4, it is characterized in that: the end of the telescopic drive bar of above-mentioned drive unit is provided with the top board paralleling with above-mentioned pressure strip, between described top board and described pressure strip, balance is opened and is provided with multiple holddown springs.
6. the Novel test device of the height of projection of a kind of examining workpieces according to claim 5, is characterized in that: above-mentioned top board is to having guide pole, and above-mentioned pressure strip slip cap is located on described guide pole.
7. the Novel test device of the height of projection of a kind of examining workpieces according to claim 6, it is characterized in that: above-mentioned guide pole be screw head down, the screw rod that upper end has external thread and is spirally connected with above-mentioned top board, multiple described screw rods are distributed on described top board; Above-mentioned pressure strip mates slip cap by trepanning is located at described screw head top, and the lower port of described trepanning is formed with the groove of accommodating described screw head completely.
8. the Novel test device of the height of projection of a kind of examining workpieces according to claim 7, it is characterized in that: above-mentioned motion fuse is flat column, above-mentioned check touch part comprises horizontally disposed guide plate, and described guide plate is formed with for each above-mentioned motion fuse pilot hole that Corresponding matching passes one by one.
9. the Novel test device of the height of projection of a kind of examining workpieces according to claim 8, is characterized in that: said reference plate is formed with the open-work of multiple multiple projections of mating one by one accommodating workpiece; The check end of above-mentioned motion fuse is provided with by the lower end of described open-work and upwards stretches into and the offset termination of top contact, the protruding end of workpiece.
10. the Novel test device of the height of projection of a kind of examining workpieces according to claim 9, is characterized in that: above-mentioned drive unit is equipped with driving arm; Above-mentioned check touch part is equipped with housing; Described driving arm comprises the base plate linking together with said reference plate, the vertical support plate that is divided into workpiece both sides and links together with base plate, cross at the transverse slat on two vertical support plates with level, described base plate is formed with the accommodating port of corresponding accommodating described datum plate; Described drive unit is located at described transverse slat top, above-mentioned telescopic drive bar runs through described transverse slat from top to bottom and is connected with above-mentioned top board, described top board is upwards provided with multiple driving guide poles, described transverse slat be formed with for multiple described driving guide poles mate one by one through driving pilot hole; Described housing comprises upper wall, diapire and sidewall; Described upper wall is located between described base plate and above-mentioned guide plate, and is formed with the through hole passing for above-mentioned motion fuse; Described diapire is located at below, above-mentioned check touch part, and the above-mentioned lower end of supporting spring is resisted against the upper surface of described diapire; Described sidewall is located between described upper wall and diapire; Foregoing circuit and state marking part are equipped with shell, are connected with described sidewall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320777821.7U CN203687862U (en) | 2013-11-29 | 2013-11-29 | Novel detection device used for detecting protrusion height of work piece |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320777821.7U CN203687862U (en) | 2013-11-29 | 2013-11-29 | Novel detection device used for detecting protrusion height of work piece |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203687862U true CN203687862U (en) | 2014-07-02 |
Family
ID=51009749
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320777821.7U Withdrawn - After Issue CN203687862U (en) | 2013-11-29 | 2013-11-29 | Novel detection device used for detecting protrusion height of work piece |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203687862U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103673857A (en) * | 2013-11-29 | 2014-03-26 | 福建省石狮市通达电器有限公司 | Novel testing device for testing projection height of workpiece |
| CN105066929A (en) * | 2015-07-27 | 2015-11-18 | 重庆长安汽车股份有限公司 | Contact height detector for automobile ignition lock |
| CN107831393A (en) * | 2017-12-01 | 2018-03-23 | 邵东智能制造技术研究院有限公司 | Steel tower pipe detection means |
-
2013
- 2013-11-29 CN CN201320777821.7U patent/CN203687862U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103673857A (en) * | 2013-11-29 | 2014-03-26 | 福建省石狮市通达电器有限公司 | Novel testing device for testing projection height of workpiece |
| CN103673857B (en) * | 2013-11-29 | 2017-03-01 | 福建省石狮市通达电器有限公司 | A kind of verifying attachment of the height of projection of inspection workpiece |
| CN105066929A (en) * | 2015-07-27 | 2015-11-18 | 重庆长安汽车股份有限公司 | Contact height detector for automobile ignition lock |
| CN107831393A (en) * | 2017-12-01 | 2018-03-23 | 邵东智能制造技术研究院有限公司 | Steel tower pipe detection means |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103673857A (en) | Novel testing device for testing projection height of workpiece | |
| CN101126626A (en) | Planeness detecting instrument | |
| CN208384079U (en) | A kind of energization testing tool of Internet of Things communication module group mainboard | |
| CN203687862U (en) | Novel detection device used for detecting protrusion height of work piece | |
| CN203433057U (en) | Portable capacitive touch screen testing device | |
| CN204009006U (en) | The semi-automatic adjusting test unit of a kind of miniature circuit breaker time-delay characteristics | |
| CN105407703A (en) | Testing equipment for PCB (printed circuit board) semi-finished product and testing method thereof | |
| CN105334106A (en) | Extruder used for battery detection | |
| CN203101511U (en) | Testing device for testing polymer lithium ion battery case resistance | |
| CN202433509U (en) | General testing device of lithium ion battery | |
| CN102954744A (en) | Automatic detecting device of lithium battery thickness | |
| CN104515628A (en) | Assembling pressure testing device for lead acid battery pole group | |
| CN213841961U (en) | Transmission machinery accessory precision detection device | |
| CN211824254U (en) | Flatness detection device | |
| CN212871142U (en) | Three-coordinate measuring machine for detecting precision stamping parts | |
| CN210360028U (en) | Clamping tool for production and processing of switching power supply | |
| CN211505627U (en) | Battery testing mechanism based on packaging equipment | |
| CN203253596U (en) | Coating roller balance adjustment monitoring apparatus | |
| CN202994919U (en) | Screen test tool | |
| CN203011997U (en) | Automatic voltage detection device | |
| CN203422393U (en) | Testboard for rapid inspection of interface of touch screen | |
| CN203561462U (en) | Assembling pressure testing device for lead acid battery pole group | |
| CN203149112U (en) | Hand-operated tool for calibrating electric energy meter | |
| CN215179565U (en) | PCB flaw inspection equipment | |
| CN215296089U (en) | Simple device for measuring secondary stroke of electromagnetic switch |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140702 Effective date of abandoning: 20170301 |
|
| AV01 | Patent right actively abandoned |