阅读说明：本技术 一种汽车关键零部件管内径检测设备 (Automobile key part pipe inner diameter detection device ) 是由 黎三查 于 2021-07-22 设计创作，主要内容包括：本发明提供一种汽车关键零部件管内径检测设备,其结构包括支角、通电箱、调控端、主机、连接端、检测器支角与通电箱进行固定连接,调控端与通电箱进行通电连接,本发明由内径检测体所装有的活动装置可在管部件的内孔嵌入母轮台进行内径检测正常情况下管部件在滚珠上旋转时带动滚珠在直径内部进行定点旋转一周则视为正常检测现象,在管部件内径大于正常数值时滚珠形成静止现象而带动子轮进行整体旋转致使伸缩体将子轮挤压从而形成收缩效果防止管部件直接卡死于子轮之中导致的无法取出的现象并且通过母轮台连接槽体内部的贴合块与转轮能够有效的提升后续对母轮的养护效率提升对管部件的检测精准度。(The invention provides a device for detecting the inner diameter of a pipe of a key part of an automobile, which structurally comprises a supporting angle, a power-on box, a regulating end, a host machine, a connecting end, a detector supporting angle and the power-on box which are fixedly connected, wherein the regulating end is electrically connected with the power-on box in a communicating way, a movable device arranged on an inner diameter detection body can drive a ball to rotate at a fixed point inside the diameter when the inner hole of the pipe part is embedded into a main wheel table to carry out inner diameter detection under the normal condition, when the pipe part internal diameter is greater than normal numerical value the ball forms static phenomenon and drives the sub-wheel and carry out the whole rotation and cause the concertina body with the sub-wheel extrusion thereby form the shrink effect prevent that the pipe part directly blocks the phenomenon that can't take out that leads to among the sub-wheel and connect inside laminating piece of cell body and runner can effectually promote follow-up maintenance efficiency to the female wheel through the female wheel platform and promote the detection precision to the pipe part.)

1. The utility model provides a key spare part pipe internal diameter check out test set of car, its structure includes, journal angle (1), circular telegram case (2), regulation and control end (3), host computer (4), link (5), detector (6) its characterized in that: the supporting angle (1) is fixedly connected with the power-on box (2), the regulating end (3) is connected with the power-on box (2) in a power-on mode, the host (4) and the regulating end (3) are integrated, the connecting end (5) is installed at the upper end of the host (4), and the lower end of the detector (6) is attached to the upper end of the connecting end (5);

the detector (6) is provided with a connecting shaft (61), an inner diameter detection body (62) and a finished product groove (63), the connecting shaft (61) is in control connection with the inner diameter detection body (62), and the finished product groove (63) is arranged below the inner diameter detection body (62) and communicated with the inner diameter detection body.

2. The apparatus for detecting the inner diameter of the pipe of the key component of the automobile as claimed in claim 1, wherein: the inner diameter detection body (62) is provided with an outer ring (621), a telescopic body (622) and a movable device (623), the inner side of the outer ring (621) is fixedly connected with the telescopic body (622), and the movable device (623) is embedded into the telescopic body (622).

3. The apparatus for detecting the inner diameter of the pipe of the key component of the automobile as claimed in claim 2, wherein: the movable device (623) is provided with a main wheel table (a1), a movable groove (a2), a sub wheel (a3) and a ball (a4), the main wheel table (a1) is communicated with the movable groove (a2), the sub wheel (a3) is clamped with the main wheel table (a1) through the movable groove (a2), and the ball (a4) is embedded into the sub wheel (a 3).

4. The apparatus for detecting the inner diameter of the pipe of the key component of the automobile as claimed in claim 3, wherein: the main wheel platform (a1) is provided with a positioning frame (a11), a limiting body (a12) and a connecting groove body (a13), the positioning frame (a11) is fixedly connected with the limiting body (a12), and the connecting groove body (a13) is embedded into the limiting body (a 12).

5. The apparatus for detecting the inner diameter of the pipe of the key component of the automobile as claimed in claim 4, wherein: connect cell body (a13) to be equipped with connecting tube (b1), runner (b2), base (b3), laminating piece (b4), connecting tube (b1) inner wall carries out clearance fit with runner (b2), base (b3) are installed in the lower extreme of connecting tube (b1) and are communicated with each other with runner (b2), laminating piece (b4) imbeds and carries out clearance fit among base (b 3).

6. The apparatus for detecting the inner diameter of the pipe of the key component of the automobile as claimed in claim 1, wherein: finished product groove (63) are equipped with solid (631), guide layer (632), through-hole (633), lead out end (634), solid (631) and guide layer (632) are as an organic whole, through-hole (633) imbed in guide layer (632) among, lead out end (634) and install in the lower extreme of through-hole (633) and communicate with each other.

7. The apparatus for detecting the inner diameter of the pipe of the key component of the automobile as claimed in claim 6, wherein: the leading-out end (634) is provided with a penetrating layer (c1), a fixing block (c2), a steering shaft (c3) and a clamping block (c4), the penetrating layer (c1) and the fixing block (c2) are integrated, the steering shaft (c3) is embedded into the fixing block (c2) and is in clearance fit, and the clamping block (c4) is movably connected with the steering shaft (c 3).

8. The apparatus for detecting the inner diameter of the pipe of the key component of the automobile as claimed in claim 7, wherein: the clamping block (c4) is provided with a connecting layer (c41), a cavity (c42), a guide wheel (c43) and a bump (c44), the connecting layer (c41) and the cavity (c42) are integrated, the guide wheel (c43) is embedded into the front end of the cavity (c42), and the bump (c44) and the guide wheel (c43) are movably connected.

Technical Field

The invention relates to the technical field of automobile key parts, in particular to a device for detecting the inner diameter of an automobile key part pipe.

Background

The automobile key part pipe is circular, and the pipe cylinder belongs to a precise part in the automobile, so that the part can be directly subjected to corresponding detection effects through inner diameter detection equipment, so that good products and defective products can be distinguished, and whether the inner diameter of the pipe is suitable for being installed in the automobile or not can be rapidly judged;

in summary, the present inventors found that the following defects mainly exist in the existing inspection equipment: automobile key spare part is the drum shape and can carries out corresponding block with internal diameter check out test set and be connected and form the detection effect, because the sense terminal of check out test set self can come constantly to expand according to corresponding processing technology numerical value and laminate mutually with the internal diameter of part, if the part accords with numerical value then check out test set can directly form the effect of droing with the part by rotatory a week on the footpath track including, then the part internal diameter is greater than corresponding numerical value sense terminal then can form the condition of blocking with the part and can't carry out the phenomenon of rotation detection so that form the dead condition of both mutual blocks.

Disclosure of Invention

The technical scheme adopted by the invention for realizing the technical purpose is as follows: the utility model provides a key spare part pipe internal diameter check out test set of car, its structure includes journal angle, circular telegram case, regulation and control end, host computer, link, detector the journal angle carries out fixed connection with the circular telegram case, regulation and control end carries out the circular telegram with the circular telegram case and is connected, the host computer is as an organic whole with regulation and control end, the link is installed in the upper end of host computer, the lower extreme of detector laminates with the upper end of link mutually.

The detector is provided with a connecting shaft, an inner diameter detection body and finished product grooves, wherein the connecting shaft is in control connection with the inner diameter detection body, the finished product grooves are arranged below the inner diameter detection body and communicated with the inner diameter detection body, and the connecting shaft is respectively arranged at the left side and the right side of the inner diameter detection body and forms a symmetrical state.

As a further improvement of the invention, the inner diameter detection body is provided with an outer ring, a telescopic body and a movable device, the inner side of the outer ring is fixedly connected with the telescopic body, the movable device is embedded in the telescopic body, the outer ring is in a solid state, and the telescopic body is provided with three parts forming a triangular state at the outer side of the movable device.

As a further improvement of the invention, the movable device is provided with a mother wheel table, a movable groove, a child wheel and balls, the mother wheel table is communicated with the movable groove, the child wheel is clamped with the mother wheel table through the movable groove for movement, the balls are embedded in the child wheel, the mother wheel table is embedded in the circle center of the movable groove, the movable groove is hollow, so that the child wheel and the mother wheel table are in the same circle center, and six balls are arranged in the child wheel.

As a further improvement of the invention, the female wheel table is provided with a positioning frame, a limiting body and a connecting groove body, the positioning frame is fixedly connected with the limiting body, the connecting groove body is embedded in the limiting body, and the positioning frame is square, so that the limiting body is in a solid state and is embedded in four directions of the positioning frame, and the connecting groove body is also square.

As a further improvement of the invention, the connecting groove body is provided with a connecting pipeline, a rotating wheel, a base and an attaching block, the inner wall of the connecting pipeline is in clearance fit with the rotating wheel, the base is arranged at the lower end of the connecting pipeline and communicated with the rotating wheel, the attaching block is embedded in the base and in clearance fit with the base, the connecting pipeline is in a straight cylinder state, the rotating wheel forms a symmetrical state on the inner wall of the connecting pipeline, and the top end of the base is provided with a corresponding groove and an attaching block.

As a further improvement of the invention, the finished product groove is provided with a solid body, a guide layer, a through hole and a leading-out end, the solid body and the guide layer are integrated, the through hole is embedded in the guide layer, the leading-out end is arranged at the lower end of the through hole and communicated, the top end of the guide layer is in an arc shape, and the end face of the guide layer is adhered with an anti-collision layer.

As a further improvement of the invention, the leading-out end is provided with a penetrating layer, a fixed block, a steering shaft and a clamping block, the penetrating layer and the fixed block are integrated, the steering shaft is embedded in the fixed block and is in clearance fit, the clamping block is movably connected with the steering shaft, and the penetrating layer is arc-shaped and is larger than the whole diameter of the pipe part.

As a further improvement of the invention, the clamping block is provided with a connecting layer, a cavity, a guide wheel and a convex block, the connecting layer and the cavity are integrated, the guide wheel is embedded in the front end of the cavity, the convex block is movably connected with the guide wheel, and a plurality of balls are arranged on the inner side of the connecting layer.

Compared with the prior art, the invention has the following beneficial effects:

1. according to the invention, the movable device arranged on the inner diameter detection body can drive the ball to rotate at a fixed point in the diameter when the pipe part rotates on the ball when the inner hole of the pipe part is embedded into the main wheel table for inner diameter detection under the normal condition, so that normal detection is realized, the ball forms a static phenomenon when the inner diameter of the pipe part is larger than a normal value and drives the sub wheel to rotate integrally, so that the sub wheel is extruded by the telescopic body to form a contraction effect, the phenomenon that the pipe part is directly clamped in the sub wheel and cannot be taken out is prevented, and the follow-up maintenance efficiency of the main wheel and the detection accuracy of the pipe part can be effectively improved by connecting the joint block and the rotating wheel in the groove body through the main wheel table.

2. The invention is improved by the finished product groove, and the finished product pipe components can automatically fall into the finished product groove after being detected, so that the pipe components can be continuously introduced into the leading-out end through the leading layer to enable the pipe components to form a superposition state, and the corresponding number of pipe components can be conveniently taken out through the steering shaft and the clamping block of the leading-out end without influencing the positioning effect of the following components, thereby effectively improving the taking-out efficiency of the pipe components and realizing the effect of quantitatively taking out the pipe components, and effectively superposing and storing the pipe components to prevent the mutual abrasion and clamping phenomenon caused by irregular storage.

Drawings

Fig. 1 belongs to a schematic structural diagram of a device for detecting the inner diameter of a pipe of a key part of an automobile.

Fig. 2 is a schematic structural view of a detector in section.

Fig. 3 is a schematic structural view of an inner diameter detection body in front view.

Fig. 4 is a front view of a mobile device.

Fig. 5 is a schematic structural view of the whole of the female wheel station.

Fig. 6 is a side view of the connecting trough body.

Fig. 7 is a schematic sectional view of a finished tank.

Fig. 8 is a schematic diagram of the structure inside the leading-out terminal.

Fig. 9 is a front view of a block.

In the figure: a supporting angle-1, a power-on box-2, a regulation end-3, a host machine-4, a connecting end-5, a detector-6, a connecting shaft-61, an inner diameter detection body-62, a finished product groove-63, an outer ring-621, an expansion body-622, a movable device-623, a female wheel table-a 1, a movable groove-a 2, a sub wheel-a 3, a ball-a 4, a positioning frame-a 11, a limiting body-a 12, a connecting groove body-a 13, a connecting pipeline-b 1, a rotating wheel-b 2, a base-b 3, a joint block-b 4, a solid body-631, a guide layer-632, a through hole-633, a leading-out end-634, a penetrating layer-c 1, a fixed block-c 2, a steering shaft-c 3, a clamping block-c 4, a joint layer-c 41, a cavity-c 42, a detector-6, a connecting shaft-61, a detection body-inner diameter detection body-b, Guide wheel-c 43, and lug-c 44.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

fig. 1 to 6 show:

the invention provides a device for detecting the inner diameter of a pipe of a key part of an automobile,

its structure includes angle 1, circular telegram case 2, regulation and control end 3, host computer 4, link 5, detector 6 angle 1 carries out fixed connection with circular telegram case 2, regulation and control end 3 carries out the circular telegram with circular telegram case 2 and is connected, host computer 4 is as an organic whole with regulation and control end 3, link 5 is installed in the upper end of host computer 4, the lower extreme of detector 6 laminates with the upper end of link 5 mutually.

The detector 6 is provided with a connecting shaft 61, an inner diameter detection body 62 and a finished product groove 63, wherein the connecting shaft 61 is connected with the inner diameter detection body 62 in a control manner, the finished product groove 63 is installed below the inner diameter detection body 62 and communicated with the inner diameter detection body 62, the connecting shaft 61 is respectively provided with one connecting shaft at the left side and the right side of the inner diameter detection body 62 and forms a symmetrical state, and the connecting shaft 61 can effectively maintain the detection performance of the inner diameter detection body 62 and can effectively position the inner diameter detection body at a specific position through two connecting shafts and the symmetrical state.

The inner diameter detection body 62 is provided with an outer ring 621, an extensible body 622 and a movable device 623, the inner side of the outer ring 621 is fixedly connected with the extensible body 622, the movable device 623 is embedded into the extensible body 622, the outer ring 621 is in a solid state, three movable devices 623 are arranged outside the movable device 623 to form a triangular state, the outer ring 621 can effectively fix the movable device 623 through the solid state, and meanwhile, the effect of assisting the movable device 623 in detection can be achieved through the extensible body 622.

The movable device 623 is provided with a mother wheel table a1, a movable groove a2, a child wheel a3 and a ball a4, the mother wheel table a1 is communicated with the movable groove a2, the child wheel a3 is clamped and moved with the mother wheel table a1 through the movable groove a2, the ball a4 is embedded in the child wheel a3, the mother wheel table a1 is embedded in the circle center of the movable groove a2, the movable groove a2 is hollow, the child wheel a3 and the mother wheel table a1 are in the same circle center, six balls a4 are arranged in the child wheel a3, and the mother wheel table a1 can drive the tube part to move in the hollow position of the movable groove a2, so that the overall detection state of the tube part is achieved through the six balls a4 of the child wheel a 3.

The main wheel platform a1 is provided with a positioning frame a11, a limiting body a12 and a connecting groove body a13, the positioning frame a11 is fixedly connected with the limiting body a12, the connecting groove body a13 is embedded into the limiting body a12, the positioning frame a11 is square, the limiting body a12 is solid and embedded into four positions of the positioning frame a11, the connecting groove body a13 is also square, and the positioning frame a11 can limit the moving range of the main wheel through the mutual matching of the square and the limiting body a12 in the four positions.

The connecting groove body a13 is provided with a connecting pipeline b1, a rotating wheel b2, a base b3 and a fitting block b4, the inner wall of the connecting pipeline b1 is in clearance fit with the rotating wheel b2, the base b3 is installed at the lower end of the connecting pipeline b1 and communicated with the rotating wheel b2, the fitting block b4 is embedded in the base b3 and in clearance fit, the connecting pipeline b1 is in a straight tube state, the rotating wheel b2 is in a symmetrical state on the inner wall of the connecting pipeline b1, the top end of the base b3 is provided with a corresponding groove and a fitting block b4, the connecting pipeline b1 can effectively improve the mounting smooth effect of the main wheel through the straight tube and the rotating wheel b2 on the inner wall, and the base b3 can position the connecting pipeline b1 and enable subsequent dismounting to be convenient under the mutual fit of the fitting block b4 and each component.

The specific functions and operation flow of this embodiment are as follows:

in the invention, the inner diameter detection device of the pipe part of the automobile key part can be positioned at a specific position through the supporting angle 1, the electrifying box 2 is electrified, so that the detector 6 at the upper end of the connecting end 5 is controlled by utilizing a program of the regulating end 3 and the host machine 4, the detector 6 is used for electrifying the inner diameter detection body 62 through the connecting shaft 61, so that the inner diameter detection body 62 expands the movable device 623 through the self telescopic body 622 to reach the range of relative numerical value, the pipe part can be embedded into the female wheel table a1 after being expanded through the movable device 623 and can rotate normally under the control of the female wheel table a1 and the movable groove a2, the ball a4 rotates at a fixed point along with the rotation of the pipe part during the rotation detection of the pipe part, in addition, when the diameter of the inner hole of the pipe part is larger than the relative numerical value, the ball a4 is pressed by the inner hole of the pipe part to cause that the female wheel table a1 cannot rotate at the fixed point, the female wheel table a3 can drive the integral pipe part to rotate integrally with the pipe part The sub-wheel a3 is rotated by the parts rotating at the same time, and then the telescopic body 622 drives the sub-wheel a3 to contract, so that the tube part is taken out to prevent the tube part from being locked due to the fact that the diameter of the inner hole of the tube part is larger than the relative value, meanwhile, the female wheel stand a1 can form a connecting groove body a13 and a stopper a12 to move in a specified range, so that the offset phenomenon generated in the detection process is prevented, and through runner b2 and base b3 that are equipped with in the connecting tube b1 of connecting cell body a13 can effectual increase female positioning effect and the rotatory effect of wheel can reach the follow-up dismouting maintenance efficiency of female wheel under mutually supporting of piece b4 and each part simultaneously, to sum up can effectually prevent the card phenomenon of dying that produces and can effectual promotion female wheel's activity detection effect and follow-up dismouting maintenance effect when pipe part hole diameter is greater than relative numerical value through mutually supporting of each part down.

Example 2:

fig. 7 to 9 show:

the invention provides a device for detecting the inner diameter of a pipe of a key part of an automobile,

its structure includes finished product groove 63 is equipped with solid 631, guide layer 632, through-hole 633, exports end 634, solid 631 and guide layer 632 are as an organic whole, through-hole 633 imbeds among guide layer 632, exports end 634 and installs in the lower extreme of through-hole 633 and communicate with each other, guide layer 632 top is the arc shape and the terminal surface pastes the anticollision layer, guide layer 632 can effectually be leading-in with the pipe part through the arc shape and simultaneously can prevent to form the phenomenon of colliding with in the leading-in formation that drops through the anticollision layer.

The leading-out end 634 is provided with a penetrating layer c1, a fixed block c2, a steering shaft c3 and an engaging block c4, the penetrating layer c1 and the fixed block c2 are integrated, the steering shaft c3 is embedded into the fixed block c2 and is in clearance fit with the fixed block c2, the engaging block c4 is movably connected with the steering shaft c3, the penetrating layer c1 is arc-shaped and larger than the overall diameter of the pipe part, and the penetrating layer c1 can effectively and continuously lead the pipe part into the leading-out end by means of the fact that the arc shape and the diameter of the penetrating layer c1 are larger than the overall diameter of the pipe part.

The clamping block c4 is provided with a connecting layer c41, a cavity c42, a guide wheel c43 and a bump c44, the connecting layer c41 and the cavity c42 are integrated, the guide wheel c43 is embedded into the front end of the cavity c42, the bump c44 is movably connected with the guide wheel c43, a plurality of balls are arranged on the inner side of the connecting layer c41, and the connecting layer c41 can effectively improve the self activity performance and the smooth effect through the plurality of balls arranged on the inner side of the connecting layer c 41.

The specific functions and operation flow of this embodiment are as follows:

in the present invention, under the basic action of embodiment 1, after the finished product groove 63 falls off when the pipe parts are detected reasonably, the plurality of pipe parts can be guided into the through hole 633 by the guiding layer 632, and the plurality of pipe parts can be stacked by the guiding end 634, so that the guiding end 634 can control the taking-out action of the pipe parts by the steering shaft c3 and the engaging block c4 installed inside itself, and at the same time, the pipe parts can be effectively positioned and stored by the projection c44 of the engaging block c4, and the corresponding taking-out effect can be performed according to the processing requirement, so that the steering shaft c3 can be pressed by the engaging layer c41 of the engaging block c4 through the spring inside when taking out, and the cavity c42 can form the turning effect, and the guide wheel c43 and the projection c44 can release the pipe parts, so that the cycle can effectively improve the taking-out efficiency of the pipe parts and realize the effect of quantitatively taking-out, and can effectively stack and store the pipe parts in a stack manner The mutual abrasion and the jamming phenomenon caused by irregular storage are prevented.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.