CN204301661U - A kind of sliding resistance of caliper of brake caliper, contour detecting frock - Google Patents
A kind of sliding resistance of caliper of brake caliper, contour detecting frock Download PDFInfo
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- CN204301661U CN204301661U CN201420788404.7U CN201420788404U CN204301661U CN 204301661 U CN204301661 U CN 204301661U CN 201420788404 U CN201420788404 U CN 201420788404U CN 204301661 U CN204301661 U CN 204301661U
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Abstract
The utility model relates to a kind of sliding resistance of caliper of brake caliper, contour detecting frock, comprise platen, rectangularly on platen be distributed with four straight line axle beds, linear axis is equipped with in straight line axle bed, linear axis upper end is all connected with upper connective plate, upper connective plate upper surface front, center is provided with a thin cylinder, the axle of a thin cylinder is connected with through upper connective plate the floating junction be positioned at below upper connective plate, on two, the front side linear axis being positioned at operative orientation, all cover has a box-type unit, mark head gusset is connected with on front side of a box-type unit, mark head gusset is connected with the other end of floating junction, mark head is fixed with on front side of mark head gusset, platen front portion is also provided with clamping part.The utility model shortens sense cycle, alleviates labour intensity, improves the sliding resistance of caliper of brake caliper, contour detecting efficiency.
Description
Technical field
The utility model relates to auto parts and components checkout equipment technical field, the specifically sliding resistance of a kind of caliper of brake caliper, contour detecting frock.
Background technology
Automobile brake perfrmance directly affects the traffic safety of automobile.Along with improving constantly of vehicle performance, the speed of a motor vehicle constantly promotes, and people are more and more higher to safety, reliability requirement.For ensureing the safety of the person and vehicle, being necessary for automobile and being equipped with very reliable brake system.In recent years, the use of Europe and domestic automobile showed, disc brake comparatively drum brake more can guarantee braking safety, stability and permanance.
Caliper is the important component part of disc brake, the size of the sliding resistance of brake caliper caliper affects the slip ability of clamp, to the contour detecting of braking clamp body, can avoid that the profile because of braking clamp body is undesirable to be caused braking clamp body and rim for automobile wheel to produce interfering situation about can not assemble to occur, thus reduce the disqualification rate of product; If the sliding resistance of brake caliper caliper is excessive, then easily to cause after end of braking Brake pad can not in time and brake disc depart from, cause and drag and eccentric wear phenomenon, even cause brake disc overheated, affect the normal use of automobile, even bring traffic hazard, the therefore sliding resistance of research braking clamp body, contour detecting frock have very important using value and realistic meaning.
Traditional brake caliper profile testing method utilizes vernier caliper and height gauge etc. to detect.Traditional Comparison between detecting methods falls behind, and detecting step is more loaded down with trivial details, is unfavorable for that industrial automation is produced; Adopt mark head to carry out marking to caliper, have that mark is clear, attractive in appearance, feature efficiently, can greatly enhance productivity.
Traditional caliper sliding resistance measuring method has surveys calibrated wrench method and power measuring method.Survey calibrated wrench method refer to the moment of torsion of measurement input and be scaled sliding resistance, power measuring method refers to the power of measurement input and is scaled the sliding resistance of caliper, these measuring methods directly effectively can not measure the sliding resistance of caliper, can not effectively be applied in the automated production of the sliding resistance detection of caliper; Traditional marking method adopts boiler MFT, the method needs prefix template, same mark can only be printed, mark can not be changed in real time as required, use dumb, prefix template-setup quantity is many, and cost is high, and change inconvenience, therefore the method is not suitable for being applied in in enormous quantities, the diversified production of brake caliper.
Summary of the invention
In order to ensure the braking ability of disc brake, thus guarantee normal vehicle operation, eliminate because of caliper profile is undesirable or the sliding resistance of caliper excessive cause drag moment of torsion and eccentric wear phenomenon, automatically carry out marking to qualified brake caliper, the utility model provides the sliding resistance of a kind of caliper of brake caliper, contour detecting frock.
The utility model solves its technical matters and realizes by the following technical solutions:
A kind of sliding resistance of caliper of brake caliper, contour detecting frock, comprise platen, rectangularly on described platen be distributed with four straight line axle beds, linear axis is equipped with in described straight line axle bed, described linear axis upper end is all connected with upper connective plate, described upper connective plate upper surface front, center is provided with a thin cylinder, the axle of a described thin cylinder is connected with through upper connective plate the floating junction be positioned at below upper connective plate, two, the front side linear axis being positioned at operative orientation all overlaps the assembly that the box-type unit having can move up and down on linear axis and comprise fixed length hub and fixing short hub, described fixed length hub is equipped with a column type proximity switch, the motion that a described column type proximity switch is a box-type unit provides spacing, mark head gusset is all connected with on front side of a described box-type unit, mark head gusset is connected with the other end of floating junction, described floating junction can reduce rigging error, protect the associated components that is connected with floating junction and equipment is operated steadily, mark head is fixed with on front side of mark head gusset, described platen is provided with driving base plate, described driving bottom rear is fixed with stepper motor, on the axle of described stepper motor, cover has shaft coupling, the other end of described shaft coupling is provided with FK fixation side screw rod holder, described FK fixation side screw rod holder is provided with rear saddle, on FK fixation side screw rod holder, also cover has ball screw, described rear saddle is each side provided with a standard straight bobbin, on described standard straight bobbin, all cover has No. two box-type unit, the other end of standard straight bobbin is all connected with fore beam, described fore beam lower end is connected to and drives on base plate, the front end of described ball screw is provided with circlip for shaft through fore beam, the rotary motion of stepper motor is converted to linear movement by ball screw, there is high-precision feature simultaneously, the stroke of draw back plate can be controlled accurately.On described ball screw and standard straight bobbin, common cover has and mainly drives slide block, one end that described master drives slide block is fixed with zero-bit touch panel, main drive the mode that upper end of slide block is bolted and be fixed with drive end dynamometry yoke plate, the mode that described drive end dynamometry yoke plate is bolted is fixed with small-range force cell, the mode that the other end of described small-range force cell is bolted is connected with follower ends dynamometry yoke plate, on described follower ends dynamometry yoke plate, cover has cover plate, follower ends dynamometry yoke plate lower end is connected with auxiliary slide plate, described auxiliary slide plate is fixed on No. two box-type unit, auxiliary slide plate is provided with draw back plate, described platen front portion is also provided with clamping part, described clamping part comprises pressing plate seat, described pressing plate seat is positioned at draw back plate front, the described pressing plate seat left and right sides is equipped with pressing plate, described pressing plate seat rear is provided with the fixture positioning seat be fixed on platen, described pressing plate plays the effect of compressing fixture positioning seat, described fixture positioning seat central interior is provided with cylinder extension bar overcoat, described cylinder extension bar overcoat front portion cover has cylinder block, cylinder extension bar copper sheathing is provided with in cylinder extension bar overcoat, described cylinder extension bar overcoat, reinstall in fixture positioning seat after cylinder block and cylinder extension bar copper sheathing first combine assembling, cylinder spindle is provided with in described cylinder extension bar copper sheathing, the cylinder extension bar copper sheathing that overlapping between described cylinder spindle and cylinder extension bar overcoat has can reduce the wearing and tearing between cylinder spindle and cylinder extension bar overcoat, play the effect of protection related components, described cylinder spindle front end sleeve has lock washer with double ears, described cylinder block front end is provided with No. two thin cylinders, described fixture positioning seat is each side provided with a flange-type linear bearing, front linear axis is equipped with in described flange-type linear bearing, flange-type linear bearing plays support and guide effect to front linear axis, described fixture positioning seat rear is provided with rear plate, left above described rear plate, right both sides respectively correspondence are provided with that to be fixed on fixture positioning seat left, a location-plate of right both sides, No. two location-plates, described pressing plate seat front portion is provided with measurement base plate, insulation sleeve is provided with along the normal direction measuring base plate in the middle part of described measurement base plate, measure the base plate left and right sides and be equipped with No. two column type proximity switches, detection axis is connected with in described insulation sleeve, the rear end of described detection axis is connected with shaft end ring by the mode that sunk screw is fixing, the front portion cover of detection axis has deep groove ball bearing, the front end sleeve of detection axis has round nut, on described deep groove ball bearing, cover has detection ruler, described detection ruler is hook, detection ruler bottom is provided with the touch panel for feeling brake caliper position, described No. two column type proximity switches play induction, transmit the effect of position relationship signal between detection ruler and brake caliper, the bending place, upper end of detection ruler is fixed with handlebar, the other end of described handlebar is provided with handle ball.
Described shaft coupling is clamping screw fixed plum coupling, and clamping screw fixed plum coupling can absorb vibration, compensate radial direction, angle and axial deviation, thus improves the dynamic property of ball screw.
A kind of sliding resistance of caliper of brake caliper, profile testing method comprise the following steps:
(1) outline is detected: the bar code of scanning brake caliper, brake caliper is arranged on draw back plate, utilize fixture positioning seat that brake caliper is had good positioning, start button, make No. two thin cylinder Automatic-clamping brake calipers, then manually detection ruler is shaken, observe brake caliper outline whether to interfere with detection ruler, thus judge whether outline meets the requirements, No. two column type proximity switches sense that detection ruler puts in place signal and contact electric signal without detection ruler with caliper and produce, namely prove that contour detecting is qualified, induced signal is passed to external control module by No. two column type proximity switches, thus realize Automated condtrol.
(2) sliding resistance is detected: detection ruler rotates complete around brake caliper, also namely brake caliper size detection qualified after, stepper motor is moved by draw back plate band moving caliper, thus produce sliding resistance, detect the sliding resistance of caliper by small-range force cell, thus whether within the limits prescribed to judge the sliding resistance of caliper; If within the limits prescribed, then sliding resistance detection is qualified, if not within the limits prescribed, then defective.
(3) fall labelled notation: the sliding resistance of caliper detect qualified after, mark head declines under a thin cylinder promotes, and brake caliper to be beaten batch and serial number, otherwise a thin cylinder is failure to actuate.
The beneficial effects of the utility model are: the utility model is by the contour detecting to braking clamp body, the profile because of braking clamp body can be avoided undesirable and make braking clamp body and rim for automobile wheel produce the situation of interfering and can not assemble, causing the disqualification rate reducing product; This detection frock is detected the sliding resistance of caliper by small-range force cell, can avoid the sliding resistance of caliper excessive cause drag moment of torsion and eccentric wear phenomenon, ensure the normal traveling of vehicle; Mark head to be beaten batch and serial number automatically; The sliding resistance of caliper greatly enhancing braking clamp body detects, the efficiency of contour detecting and marking.
Utilize detection ruler to detect caliper profile, not only simplicity of design, easy to operate, and cost is not high, meets the requirement of produced on-site completely; Small-range force cell is utilized automatically to measure the sliding resistance of caliper, the mechanical signal collected directly can be converted to electric signal by it, like this, the Acquire and process of signal can realize easily, and then give the mark hair number of delivering letters, mark head carries out marking to caliper, have the advantages that mark is clear, attractive in appearance, quick and intelligent, the robotization of whole testing process can be realized, substantially reduce sense cycle, alleviate labour intensity, greatly can improve the sliding resistance of caliper of brake caliper, the efficiency of contour detecting.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is one-piece construction schematic diagram of the present utility model;
Fig. 2 is left view of the present utility model;
Fig. 3 is the enlarged drawing of in Fig. 2 I;
Fig. 4 is the enlarged drawing of in Fig. 2 II;
Fig. 5 is the cut-open view of Fig. 2 along C-C line;
Fig. 6 is the enlarged drawing of in Fig. 5 III;
Fig. 7 is the B direction view in Fig. 2;
Fig. 8 is the cut-open view of Fig. 5 along A-A line;
Fig. 9 is rear view of the present utility model;
Figure 10 is the one-piece construction schematic diagram that the utility model is combined with caliper;
Figure 11 is the left view after removing No. two thin cylinders of clamping part of the present utility model;
Figure 12 is the D direction view of Figure 11;
Figure 13 is the vertical view after removing No. two thin cylinders of clamping part of the present utility model;
Figure 14 is the cut-open view of Figure 13 along E-E.
Embodiment
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth the utility model further.
As shown in Fig. 1 to Figure 14, a kind of sliding resistance of caliper of brake caliper, contour detecting frock, comprise platen 1, rectangularly on described platen 1 be distributed with four straight line axle beds 2, linear axis 3 is equipped with in described straight line axle bed 2, described linear axis 3 upper end is all connected with upper connective plate 4, described upper connective plate 4 upper surface front, center is provided with a thin cylinder 5, the axle of a described thin cylinder 5 is connected with through upper connective plate 4 floating junction 6 be positioned at below upper connective plate 4, two, the front side linear axis 3 being positioned at operative orientation all overlaps the assembly 10 that the box-type unit 7 having can move up and down on linear axis 3 and comprise fixed length hub 8 and fixing short hub 9, described fixed length hub 8 is equipped with a column type proximity switch 56, the motion that a described column type proximity switch 56 is a box-type unit 7 provides spacing, mark head gusset 11 is all connected with on front side of a described box-type unit 7, described mark head gusset 11 is connected with the other end of floating junction 6, floating junction 6 can reduce rigging error, protect the associated components that is connected with floating junction 6 and equipment is operated steadily, mark 12 is fixed with on front side of mark head gusset 11, mark 12 pairs of calipers 54 are adopted to carry out marking, there is mark clear, attractive in appearance, feature efficiently, while greatly enhancing productivity, effectively can prevent fake products, described platen 1 is provided with and drives base plate 13, described driving base plate 13 rear portion is fixed with stepper motor 14, on the axle of described stepper motor 14, cover has shaft coupling 15, the other end of described shaft coupling 15 is provided with FK fixation side screw rod holder 16, described FK fixation side screw rod holder 16 is provided with rear saddle 17, on FK fixation side screw rod holder 16, also cover has ball screw 21, described rear saddle 17 is each side provided with a standard straight bobbin 18, on described standard straight bobbin 18, all cover has No. two box-type unit 19, the other end of standard straight bobbin 18 is all connected with fore beam 20, the front end of described ball screw 21 is provided with circlip for shaft 22 through fore beam 20, described fore beam 20 lower end is connected to and drives on base plate 13, on described ball screw 21 and standard straight bobbin 18, common cover has and mainly drives slide block 23, one end that described master drives slide block 23 is fixed with zero-bit touch panel 49, main drive the mode that slide block 23 upper end is bolted and be fixed with drive end dynamometry yoke plate 24, the mode that described drive end dynamometry yoke plate 24 is bolted is fixed with small-range force cell 25, the mode that the other end of described small-range force cell 25 is bolted is connected with follower ends dynamometry yoke plate 26, on described follower ends dynamometry yoke plate 26, cover has cover plate 27, follower ends dynamometry yoke plate 26 lower end is connected with auxiliary slide plate 28, described auxiliary slide plate 28 is fixed in No. two box unit, auxiliary slide plate 28 is provided with draw back plate 29, described draw back plate 29 gets out stepped hole, to be connected with auxiliary slide plate 28, during use, brake caliper is placed on draw back plate 29, draw back plate 29 motion can drive brake caliper to move, draw back plate 29 installs the position of brake caliper, often receive the effect of shock load, therefore, this portion faces layer subjects the stress higher than heart portion, so the material performance requirement on this surface, place is higher, Quenching Treatment should be adopted, improve this portion faces hardness, intensity and wearing quality.The rotary motion of stepper motor 14 is converted to linear movement by described ball screw 21, has high-precision feature simultaneously, can control the stroke of draw back plate 29 accurately.Described platen 1 front portion is also provided with clamping part 55, described clamping part 55 comprises pressing plate seat 30, described pressing plate seat 30 is positioned at draw back plate 29 front, described pressing plate seat 30 left and right sides is equipped with pressing plate 31, described pressing plate seat 30 rear is provided with the fixture positioning seat 32 be fixed on platen 1, described pressing plate 31 plays the effect of compressing fixture positioning seat 32, described fixture positioning seat 32 central interior is provided with cylinder extension bar overcoat 33, described cylinder extension bar overcoat 33 front portion cover has cylinder block 34, cylinder extension bar copper sheathing 35 is provided with in cylinder extension bar overcoat 33, described cylinder extension bar overcoat 33, cylinder block 34 and cylinder extension bar copper sheathing 35 reinstall in fixture positioning seat 32 after first combining assembling, cylinder spindle 36 is provided with in described cylinder extension bar copper sheathing 35, the cylinder extension bar copper sheathing 35 that overlapping between described cylinder spindle 36 and cylinder extension bar overcoat 33 has can reduce the wearing and tearing between cylinder spindle 36 and cylinder extension bar overcoat 33, play the effect of protection related components, described cylinder spindle 36 front end sleeve has lock washer with double ears 37, described cylinder block 34 front end is provided with No. two thin cylinders 38, described fixture positioning seat 32 is each side provided with a flange-type linear bearing 39, front linear axis 53 is equipped with in described flange-type linear bearing 39, flange-type linear bearing 39 plays support and guide effect to front linear axis 53, described fixture positioning seat 32 rear is provided with rear plate 40, left above described rear plate 40, right both sides respectively correspondence are provided with that to be fixed on fixture positioning seat 32 left, a location-plate 41 of right both sides, No. two location-plates 42, described pressing plate seat 30 front portion is provided with measures base plate 43, insulation sleeve 44 is provided with along the normal direction measuring base plate 43 in the middle part of described measurement base plate 43, measure base plate 43 left and right sides and be equipped with No. two column type proximity switches 52, detection axis 45 is connected with in described insulation sleeve 44, the rear end of described detection axis 45 is connected with shaft end ring 46 by the mode that sunk screw is fixing, the front portion cover of detection axis 45 has deep groove ball bearing 47, the front end sleeve of detection axis 45 has round nut, on described deep groove ball bearing 47, cover has detection ruler 48, described detection ruler 48 is in hook, described draw back plate 29 and detection ruler 48 are all through blackening process, reach antirust object.Described detection ruler 48 bottom is provided with the touch panel 49 for feeling brake caliper, described No. two column type proximity switches 52 play induction, transmit the effect of position relationship signal between detection ruler 48 and brake caliper, the bending place, upper end of detection ruler 48 is fixed with handlebar 50, and the other end of described handlebar 50 is provided with handle ball 51.
Described shaft coupling 15 is clamping screw fixed plum coupling, and clamping screw fixed plum coupling 15 can absorb vibration, compensate radial direction, angle and axial deviation, thus improves the dynamic property of ball screw 21.
A kind of sliding resistance of caliper of brake caliper, profile testing method comprise the following steps:
(1) outline is detected: the bar code of scanning brake caliper, brake caliper is arranged on draw back plate 29, utilize fixture positioning seat 32 that brake caliper is had good positioning, start external button, make No. two thin cylinder 38 Automatic-clamping brake calipers, then manually detection ruler 48 is shaken, observe brake caliper outline whether to interfere with detection ruler 48, thus judge whether outline meets the requirements, No. two column type proximity switches 52 sense that detection ruler 48 puts in place signal and contact electric signal without detection ruler 48 with caliper 54 and produce, namely prove that contour detecting is qualified, induced signal is passed to external control module by No. two column type proximity switches 52, thus realize Automated condtrol.
(2) sliding resistance is detected: detection ruler 48 rotates complete around brake caliper, also namely brake caliper size detection qualified after, stepper motor 14 is with moving caliper 54 to move by draw back plate 29, thus produce sliding resistance, detect the sliding resistance of caliper 54 by small-range force cell 25, thus whether within the limits prescribed to judge the sliding resistance of caliper 54; If within the limits prescribed, then sliding resistance detection is qualified, if not within the limits prescribed, then defective.
(3) fall labelled notation: the sliding resistance of caliper 54 detect qualified after, mark 12 declines under a thin cylinder 5 promotes, and brake caliper to be beaten batch and serial number, otherwise a thin cylinder 5 is failure to actuate.
More than show and describe ultimate principle of the present utility model, principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and instructions just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (2)
1. the sliding resistance of the caliper of a brake caliper, contour detecting frock, comprise platen (1), described platen (1) is above rectangular is distributed with four straight line axle beds (2), linear axis (3) is equipped with in described straight line axle bed (2), described linear axis (3) upper end is all connected with upper connective plate (4), described upper connective plate (4) upper surface front, center is provided with a thin cylinder (5), it is characterized in that: the axle of a described thin cylinder (5) is connected with the floating junction (6) being positioned at upper connective plate (4) below through upper connective plate (4), on two, the front side linear axis (3) being positioned at operative orientation, all cover has one No. one box-type unit (7) and one to comprise fixed length hub (8) and the assembly (10) fixing short hub (9), described fixed length hub (8) is equipped with a column type proximity switch (56), a described box-type unit (7) front side is all connected with mark head gusset (11), described mark head gusset (11) is connected with the other end of floating junction (6), mark head gusset (11) front side is fixed with mark head (12), described platen (1) is provided with and drives base plate (13), described driving base plate (13) rear portion is fixed with stepper motor (14), on the axle of described stepper motor (14), cover has shaft coupling (15), the other end of described shaft coupling (15) is provided with FK fixation side screw rod holder (16), described FK fixation side screw rod holder (16) is provided with rear saddle (17), on FK fixation side screw rod holder (16), also cover has ball screw (21), described rear saddle (17) is each side provided with a standard straight bobbin (18), on described standard straight bobbin (18), all cover has No. two box-type unit (19), the other end of standard straight bobbin (18) is all connected with fore beam (20), the front end of described ball screw (21) is provided with circlip for shaft (22) through fore beam (20), described fore beam (20) lower end is connected to and drives on base plate (13), described ball screw (21) and the upper common cover of standard straight bobbin (18) have master to drive slide block (23), one end that described master drives slide block (23) is fixed with zero-bit touch panel (49), main drive the mode that slide block (23) upper end is bolted and be fixed with drive end dynamometry yoke plate (24), the mode that described drive end dynamometry yoke plate (24) is bolted is fixed with small-range force cell (25), the mode that the other end of described small-range force cell (25) is bolted is connected with follower ends dynamometry yoke plate (26), the upper cover of described follower ends dynamometry yoke plate (26) has cover plate (27), follower ends dynamometry yoke plate (26) lower end is connected with auxiliary slide plate (28), described auxiliary slide plate (28) is fixed on No. two box-type unit (19), auxiliary slide plate (28) is provided with draw back plate (29), described platen (1) front portion is also provided with clamping part (55), described clamping part (55) comprises pressing plate seat (30), described pressing plate seat (30) is positioned at draw back plate (29) front, described pressing plate seat (30) left and right sides is equipped with pressing plate (31), described pressing plate seat (30) rear is provided with the fixture positioning seat (32) be fixed on platen (1), described fixture positioning seat (32) central interior is provided with cylinder extension bar overcoat (33), described cylinder extension bar overcoat (33) front portion cover has cylinder block (34), cylinder extension bar copper sheathing (35) is provided with in cylinder extension bar overcoat (33), cylinder spindle (36) is provided with in described cylinder extension bar copper sheathing (35), described cylinder spindle (36) front end sleeve has lock washer with double ears (37), described cylinder block (34) front end is provided with No. two thin cylinders (38), described fixture positioning seat (32) is each side provided with a flange-type linear bearing (39), front linear axis (53) is equipped with in described flange-type linear bearing (39), described fixture positioning seat (32) rear is provided with rear plate (40), described rear plate (40) top is left, right both sides respectively correspondence are provided with that to be fixed on fixture positioning seat (32) left, a location-plate (41) of right both sides, No. two location-plates (42), described pressing plate seat (30) front portion is provided with measures base plate (43), described measurement base plate (43) middle part is provided with insulation sleeve (44) along the normal direction measuring base plate (43), measure base plate (43) left and right sides and be equipped with No. two column type proximity switches (52), detection axis (45) is connected with in described insulation sleeve (44), the rear end of described detection axis (45) is connected with shaft end ring (46), the front portion cover of detection axis (45) has deep groove ball bearing (47), the front end sleeve of detection axis (45) has round nut, the upper cover of described deep groove ball bearing (47) has detection ruler (48), described detection ruler (48) is in hook, detection ruler (48) bottom is provided with touch panel (49), the bending place, upper end of detection ruler (48) is fixed with handlebar (50), the other end of described handlebar (50) is provided with handle ball (51).
2. the sliding resistance of the caliper of a kind of brake caliper according to claim 1, contour detecting frock, is characterized in that: described shaft coupling (15) is clamping screw fixed plum coupling.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420788404.7U CN204301661U (en) | 2014-12-13 | 2014-12-13 | A kind of sliding resistance of caliper of brake caliper, contour detecting frock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420788404.7U CN204301661U (en) | 2014-12-13 | 2014-12-13 | A kind of sliding resistance of caliper of brake caliper, contour detecting frock |
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| Publication Number | Publication Date |
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| CN204301661U true CN204301661U (en) | 2015-04-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420788404.7U Withdrawn - After Issue CN204301661U (en) | 2014-12-13 | 2014-12-13 | A kind of sliding resistance of caliper of brake caliper, contour detecting frock |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104482842A (en) * | 2014-12-13 | 2015-04-01 | 芜湖哈特机器人产业技术研究院有限公司 | Detection tool for detecting slip resistance and contour of caliper body of bake caliper and detection method of detection tool |
| CN106197222A (en) * | 2016-08-28 | 2016-12-07 | 浙江畅尔智能装备股份有限公司 | Automobile brake pincers support orthodrome automatic on-line detection device and detection method thereof |
| CN106197223A (en) * | 2016-08-26 | 2016-12-07 | 浙江畅尔智能装备股份有限公司 | Automobile brake clamps support arc check tool and the detection device with this cubing and utilizes the detection method of this detection device |
-
2014
- 2014-12-13 CN CN201420788404.7U patent/CN204301661U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104482842A (en) * | 2014-12-13 | 2015-04-01 | 芜湖哈特机器人产业技术研究院有限公司 | Detection tool for detecting slip resistance and contour of caliper body of bake caliper and detection method of detection tool |
| CN104482842B (en) * | 2014-12-13 | 2017-05-31 | 芜湖哈特机器人产业技术研究院有限公司 | A kind of caliper of brake caliper slides resistance, contour detecting frock and its detection method |
| CN106197223A (en) * | 2016-08-26 | 2016-12-07 | 浙江畅尔智能装备股份有限公司 | Automobile brake clamps support arc check tool and the detection device with this cubing and utilizes the detection method of this detection device |
| CN106197222A (en) * | 2016-08-28 | 2016-12-07 | 浙江畅尔智能装备股份有限公司 | Automobile brake pincers support orthodrome automatic on-line detection device and detection method thereof |
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Granted publication date: 20150429 Effective date of abandoning: 20170531 |