阅读说明：本技术 一种分离组件快速选配的装置 (Device for quickly matching separation components ) 是由 冯超 孙贺星 于 2019-10-30 设计创作，主要内容包括：一种分离组件快速选配的装置,其特征在于,包括分离组件角度测量盘(1)和脱落插座角度测量盘(2),其中,分离组件角度测量盘(1)包括360°刻度大圆盘11)和含有螺纹孔的圆柱(12),含有螺纹孔的圆柱(12)在360°刻度大圆盘(11)中心,且含有螺纹孔的圆柱(12)和360°刻度大圆盘(11)为一体,所述的螺纹孔(122)在360°刻度大圆盘(11)表面中心；脱落插座角度测量盘(2)包括紧固螺母(3)、螺纹轴(4)和360°刻度小盘(21),所述螺纹轴(4)包含粗光轴(41)、法兰(42)、紧固螺母螺纹轴(43)、细光轴(44)、螺纹接头(45)五段；本发明提高了分离组件选配的效率,避免了反复拆装分离组件,降低了工人的劳动强度。(The device for quickly matching the separation components is characterized by comprising a separation component angle measuring disc (1) and a falling socket angle measuring disc (2), wherein the separation component angle measuring disc (1) comprises a 360-degree scale large disc (11) and a cylinder (12) with a threaded hole, the cylinder (12) with the threaded hole is arranged in the center of the 360-degree scale large disc (11), the cylinder (12) with the threaded hole and the 360-degree scale large disc (11) are integrated, and the threaded hole (122) is arranged in the center of the surface of the 360-degree scale large disc (11); the falling-off socket angle measuring disc (2) comprises a fastening nut (3), a threaded shaft (4) and a small 360-degree scale disc (21), wherein the threaded shaft (4) comprises five sections, namely a thick optical axis (41), a flange (42), a fastening nut threaded shaft (43), a thin optical axis (44) and a threaded joint (45); the invention improves the matching efficiency of the separating components, avoids repeatedly disassembling and assembling the separating components and reduces the labor intensity of workers.)

1. The device for quickly matching the separation components is characterized by comprising a separation component angle measuring disc (1) and a falling socket angle measuring disc (2), wherein the separation component angle measuring disc (1) comprises a 360-degree scale large disc (11) and a cylinder (12) with a threaded hole, the cylinder (12) with the threaded hole is arranged in the center of the 360-degree scale large disc (11), the cylinder (12) with the threaded hole and the 360-degree scale large disc (11) are integrated, and the threaded hole (122) is arranged in the center of the surface of the 360-degree scale large disc (11); the falling-off socket angle measuring disc (2) comprises a fastening nut (3), a threaded shaft (4) and a small 360-degree scale disc (21), wherein the threaded shaft (4) comprises five sections with different thicknesses, and the five sections are a thick optical axis (41), a flange (42), a fastening nut threaded shaft (43), a thin optical axis (44) and a threaded joint (45) from top to bottom in sequence;

during working, the small 360-degree scale disc (21) and the fastening nut (3) are sequentially sleeved on the lower portion of the threaded shaft (4), the threaded connector (45) of the threaded shaft (4) is screwed into the threaded hole (122) of the separating component angle measuring disc (1), after the threaded connector is completely screwed, the step surface at the rear end of the threaded shaft (4) is attached to the upper surface of the separating component angle measuring disc (1), the nut of the falling socket angle measuring disc (2) is adjusted, the zero degree of the small 360-degree scale disc (21) is enabled to be coincided with the zero degree direction of the large 360-degree scale disc (11) of the separating component angle measuring disc (1), and then the nut is fastened, namely, zero adjustment is carried out; and after the zero setting is finished, the separation component angle measurement disc (1) and the falling socket angle measurement disc (2) are separated.

2. A device for rapid mating of separator modules according to claim 1, wherein the diameter of the 360 ° graduated small disc (21) is smaller than the diameter of the 360 ° graduated large disc (11), and the graduations of the 360 ° graduated large disc (11) are not blocked by the diameter of the 360 ° graduated small disc (21) when viewed from above.

3. A device for the rapid mating of separable components according to claim 1 or 2, characterized in that the length of the rough optical axis (41) is greater than the sum of the lengths of the flange (42), the threaded shaft (43) of the fastening nut, the fine optical axis (44) and the threaded joint (45).

Technical Field

The invention relates to a device for quickly matching separation components, which is used for realizing matching of the separation components.

Background

In the aviation and aerospace field, a falling plug is used for electrically connecting a first component and a second component which move relatively, a separation assembly can be often applied to installation of the falling plug, a falling socket is fixed on the first component, the falling plug is fixed on the second component, the separation assembly is composed of a threaded joint, a shearing pin and a connecting rod, the threaded joint of the separation assembly is screwed into a threaded hole in the center of the falling socket, a connecting rod of the separation assembly penetrates through a central through hole of the falling plug, the falling plug is matched with the falling socket, the tail end of the connecting rod of the separation assembly is fastened by a locking nut, when the first component and the second component move relatively, the shearing pin on the separation assembly is cut off, the threaded joint of the separation assembly is separated from the connecting rod, and meanwhile, the falling plug is separated from the. In the process of separating the falling plug from the falling socket, the connecting rod of the separating assembly plays a role in guiding to enable the falling plug to fall off along the direction opposite to the movement direction of the first component, so that after the threaded connector of the separating assembly is completely screwed into the threaded hole of the falling socket, the included angle between the swing angle of the connecting rod of the separating assembly and the movement direction of the first component cannot be larger than 30 degrees; when the swing angle of the connecting rod of the separation assembly is larger than 30 degrees, when the first component and the second component move relatively, the shearing pin of the separation assembly can not be sheared normally, and the falling plug and the falling socket can not be separated normally.

At present before the assembly of the plug that drops, need carry out the apolegamy to the separator assembly, guarantee to twist the screw hole that drops the socket completely at the screwed joint of separator assembly after, the swing angle of the connecting rod of separator assembly and the contained angle of a part direction of motion are not more than 30, when the apolegamy separator assembly, need prepare a plurality of separator assemblies, twist the screw hole that drops the socket in proper order after, measure separator assembly connecting rod and a part direction of motion contained angle, until selecting the separator assembly that a connecting rod swing angle is not more than 30. The matching mode of the separation assemblies is especially in the mass production process, the separation assemblies need to be repeatedly disassembled and assembled for matching, time and labor are wasted, and the matching efficiency is low.

Disclosure of Invention

The invention aims to provide a device for quickly matching separation components, which overcomes the defects of complex operation, time and labor waste and low working efficiency in the prior art.

A device for quickly matching separation components is characterized by comprising a separation component angle measuring disc 1 and a falling socket angle measuring disc 2, wherein the separation component angle measuring disc 1 comprises a 360-degree scale large disc 11 and a cylinder 12 with a threaded hole, the cylinder 12 with the threaded hole is arranged in the center of the 360-degree scale large disc 11, the cylinder 12 with the threaded hole and the 360-degree scale large disc 11 are integrated, and the threaded hole 122 is arranged in the center of the surface of the 360-degree scale large disc 11; the falling-off socket angle measuring disc 2 comprises a fastening nut 3, a threaded shaft 4 and a 360-degree scale small disc 21, wherein the threaded shaft 4 comprises five sections with different thicknesses, and the five sections sequentially comprise a thick optical axis 41, a flange 42, a fastening nut threaded shaft 43, a thin optical axis 44 and a threaded joint 45 from top to bottom;

during working, the 360-degree small scale disc 21 and the fastening nut 3 are sequentially sleeved on the lower portion of the threaded shaft 4, the threaded joint 45 of the threaded shaft 4 is screwed into the threaded hole 122 of the separating component angle measuring disc 1, after the threaded joint is completely screwed, the rear end step surface of the threaded shaft 4 is attached to the upper surface of the separating component angle measuring disc 1, the nut of the falling socket angle measuring disc 2 is adjusted, the zero degree of the 360-degree small scale disc 21 is enabled to be directionally overlapped with the zero degree of the 360-degree large scale disc 11 of the separating component angle measuring disc 1, and then the nut is fastened, namely, zero adjustment is carried out; after the zero setting is completed, the separation component angle measurement disc 1 and the falling socket angle measurement disc 2 are separated.

The diameter of the small 360-degree scale disc 21 is smaller than that of the large 360-degree scale disc 11, and when the large 360-degree scale disc 11 is seen from top to bottom, the scales of the large 360-degree scale disc 11 are not blocked by the diameter of the small 360-degree scale disc 21.

The length of the thick optical axis 41 is greater than the sum of the lengths of the flange 42, the fastening nut threaded shaft 43, the thin optical axis 44 and the threaded joint 45.

The invention designs a device for quickly matching separation components, which can accurately measure the angle of the separation components required by the falling socket and the angle of the separation components by utilizing a threaded shaft, a threaded hole and a 360-degree dial. Compared with the prior art, the quick matching of the separating components can be realized in the mass production process. The invention improves the matching efficiency of the separating components, avoids repeatedly disassembling and assembling the separating components and reduces the labor intensity of workers.

Drawings

FIG. 1 is a schematic view of the structure of the present invention;

FIG. 2 and FIG. 1 are top views;

FIG. 3 is a schematic top view of the angle measuring plate 2 of the socket of the present invention;

FIG. 4 is a schematic view of the structure of the threaded shaft 4 of the present invention;

FIG. 5 is a schematic structural view of a separation assembly angle measurement disc 1 of the present invention;

FIG. 6 and FIG. 5 are top views;

FIG. 7 is a schematic view of the separation module;

fig. 8 is a schematic diagram of a structure of a separating assembly in a use state.

Wherein, 1 is the disk is measured to the separator assembly angle, 2 is the disk is measured to the socket angle that drops, 3 is fastening nut, 4 is the screw shaft, 5 is the separator assembly screwed joint, 6 is the separator assembly shear pin, 7 is the separator assembly connecting rod, 11 is 360 big discs of scale, 12 is the cylinder of screw hole, 21 is 360 little discs of scale, 41 is thick optical axis, 42 is the flange, 43 is fastening nut screw shaft, 44 is thin optical axis, 45 is screwed joint, 122 is the screw hole.

Detailed Description

A device for quickly matching separation components is characterized by comprising a separation component angle measuring disc 1 and a falling socket angle measuring disc 2, wherein the separation component angle measuring disc 1 comprises a 360-degree scale large disc 11 and a cylinder 12 with a threaded hole, the cylinder 12 with the threaded hole is arranged in the center of the 360-degree scale large disc 11, the cylinder 12 with the threaded hole and the 360-degree scale large disc 11 are integrated, and the threaded hole 122 is arranged in the center of the surface of the 360-degree scale large disc 11; the falling-off socket angle measuring disc 2 comprises a fastening nut 3, a threaded shaft 4 and a 360-degree scale small disc 21, wherein the threaded shaft 4 comprises five sections with different thicknesses, and the five sections sequentially comprise a thick optical axis 41, a flange 42, a fastening nut threaded shaft 43, a thin optical axis 44 and a threaded joint 45 from top to bottom;

during working, the 360-degree small scale disc 21 and the fastening nut 3 are sequentially sleeved on the lower portion of the threaded shaft 4, the threaded joint 45 of the threaded shaft 4 is screwed into the threaded hole 122 of the separating component angle measuring disc 1, after the threaded joint is completely screwed, the rear end step surface of the threaded shaft 4 is attached to the upper surface of the separating component angle measuring disc 1, the nut of the falling socket angle measuring disc 2 is adjusted, the zero degree of the 360-degree small scale disc 21 is enabled to be directionally overlapped with the zero degree of the 360-degree large scale disc 11 of the separating component angle measuring disc 1, and then the nut is fastened, namely, zero adjustment is carried out; after the zero setting is completed, the separation component angle measurement disc 1 and the falling socket angle measurement disc 2 are separated.

The diameter of the small 360-degree scale disc 21 is smaller than that of the large 360-degree scale disc 11, and when the large 360-degree scale disc 11 is seen from top to bottom, the scales of the large 360-degree scale disc 11 are not blocked by the diameter of the small 360-degree scale disc 21.

The length of the thick optical axis 41 is greater than the sum of the lengths of the flange 42, the fastening nut threaded shaft 43, the thin optical axis 44 and the threaded joint 45.

The invention provides a device capable of rapidly matching separation assemblies, which is suitable for matching separation assemblies of falling plugs in large batch, and can improve matching efficiency and reduce working strength of workers.

In order to achieve the above object, the present invention provides a device capable of rapidly selecting and matching separation modules, comprising: the angle measuring device comprises a separation assembly angle measuring disc and a falling socket separation assembly angle measuring disc.

The separating assembly comprises a threaded joint, a shear pin and a connecting rod. The threaded connector is screwed into the central threaded hole of the drop socket when the separation assembly is assembled; the connecting rod passes through the central through hole of the falling plug, and the separating component connecting rod and the falling plug are fastened by a locking nut.

The angle measuring disc of the separation assembly comprises a threaded hole and a 360-degree scale large disc 11. The nominal diameter, the thread pitch and the thread length of the threaded hole are consistent with those of the thread of the threaded hole of the shedding socket.

The angle measuring disc for the falling socket separation assembly comprises a threaded shaft, a fastening nut and a 360-degree scale small disc 21. The threaded shaft penetrates through a central hole of the small 360-degree scale disc 21, and the threaded shaft and the small 360-degree scale disc 21 are fixed into a whole by a fastening nut. The threaded shaft comprises five sections (shown in figure 6), wherein the five sections are respectively an optical axis, a flange, a fastening nut threaded shaft, an optical axis and a threaded joint.

The nominal diameter, the thread pitch and the thread length of the threaded shaft and the threaded joint are consistent with those of the thread of the threaded joint of the separating assembly.

The socket separation component angle measuring disc that drops and the zero degree coincidence of separation component angle measuring disc need zero before using, and the screwed joint who will drop socket separation component angle measuring disc twists into the screwed hole of separation component angle measuring disc, twists the back completely, and the nut of adjustment socket separation component angle measuring disc that drops makes zero degree and the zero degree coincidence of separation component angle measuring disc of drop socket separation component angle measuring disc.

The invention will now be further described with reference to the accompanying drawings and specific embodiments.

The device for quickly matching the separation component (figure 2) comprises a separation component angle measuring disc 1 and a drop socket angle measuring disc 2.

The disconnect assembly (fig. 2) includes a threaded joint 5, a shear pin 6, and a connecting rod 7. During assembly of the separation component, the threaded connector 5 is screwed into the central threaded hole of the drop socket; the connecting rod 7 penetrates through a central through hole of the falling plug, and the separating component connecting rod and the falling plug are fastened by a locking nut.

The separation component angle measuring disc 1 comprises a threaded hole and a 360-degree scale disc. The nominal diameter, the thread pitch and the thread length of the threaded hole are consistent with those of the thread of the threaded hole of the shedding socket.

The falling-off socket angle measuring disc 2 comprises a fastening nut 3, a threaded shaft 4 and a 360-degree dial. The threaded shaft passes through the central hole of the 360-degree dial, and the threaded shaft 4 and the 360-degree dial are fixed into a whole by the fastening nut 3. The threaded shaft 4 comprises five sections (shown in figure 6), namely an optical axis, a flange, a fastening nut threaded shaft, an optical axis and a threaded joint.

The nominal diameter, the thread pitch and the thread length of the threaded joint of the threaded shaft 4 are consistent with those of the threads of the threaded joint of the separating assembly.

A device for rapid mating of separation modules is embodied as follows:

separation module angle measurement dish 1 and the socket angle measurement dish 2 that drops need zero set before using, the screwed joint of the threaded shaft 4 that will drop socket angle measurement dish 2 twists into separation module angle measurement dish 1's threaded hole and twists the back completely, and the rear end step face of threaded shaft 4 laminates with separation module angle measurement dish 1, the nut of socket separation module angle measurement dish is dropped in the adjustment, make the zero degree of the socket separation module angle measurement dish that drops and the zero degree coincidence of separation module angle measurement dish, then fasten the nut. After the zero setting is completed, the separation component angle measurement disc 1 and the falling socket angle measurement disc 2 are separated.

And screwing the threaded joint of the threaded shaft 4 of the falling socket angle measuring disc 2 into the threaded hole of the falling socket, and reading the angle value X between the 0-degree scribed line of the falling socket separation assembly angle measuring disc 1 and the movement direction of the component 1 after the threaded joint is completely screwed.

And screwing the threaded joint of the separation assembly into the threaded hole of the separation assembly angle measuring disc 1, and reading the angle value Y of the swing direction of the connecting rod of the separation assembly and the 0-degree reticle of the separation assembly angle measuring disc 2.

According to the matching requirement of the pull rod assembly, when the angle is more than or equal to X-30 degrees and less than or equal to X +30 degrees, the separation assembly meets the connection use condition of the falling plug and the falling socket.

In the process of mass production, the angle X of the separation assembly required by the whole batch of product falling sockets can be measured by the falling socket angle measuring disc 2, and the separation assembly angle X is recorded according to the product number;

then the angle Y of the whole batch of separation assemblies is measured by the separation assembly angle measuring disc 1 and is recorded according to the serial numbers of the separation assemblies.

And finally, selecting and matching the separation assembly and the falling socket according to a formula that X is more than or equal to X minus 30 degrees and less than or equal to X plus 30 degrees.