TW202112502A - Tool for detaching and mounting disc brake caliper spring convenient for detaching and mounting spring for fastening brake lining - Google Patents

Abstract

The present invention provides a tool for detaching and mounting disc brake caliper spring, the important technical feature of the present invention is to make the tool include a first supporting portion and a second supporting portion that are used for connecting with different portions of the disc brake caliper spring, and a third supporting portion that is used for changing the distance between the first supporting portion and the third supporting portion and/or the distance between the second supporting portion and the third supporting portion, so as to change the shape of the disc brake caliper spring connected therewith, as a result, the disc brake caliper spring can be detached from the engaged disc brake calipers or mounted on the disc brake calipers, which is beneficial to the maintenance personnel for application.

Description

Tool for removing and installing disc brake caliper spring

The invention relates to auto repair tools, in particular to a tool for removing and installing disc brake caliper springs.

Press, in the disc brake device, for the purpose of fixing the disc, it is elastically clamped on the caliper member of the disc brake device through a spring member with an appropriate shape to provide support and positioning for the adjacent disc brake. Effective, but due to different calipers, there are often very big differences in shape, structure and size. Therefore, the spring used to provide positioning effect to the pad has a shape and size with the attached caliper. Different, resulting in so many types, it is difficult to have a standard.

As far as the warranty personnel are concerned, when they are disassembling and installing the fixed springs, they can only use other tools such as screwdrivers to apply force because the conventional technology does not have suitable tools for them to use. Pull the spring away from the caliper by using the tool or directly by hand, which may cause the risk of injury to the body of the maintenance personnel, and it is necessary to avoid it.

Therefore, the main purpose of the present invention is to provide a tool for removing and installing the spring of the disc brake caliper, which can facilitate the user to remove and install the spring that is elastically clamped on the caliper for fixing the plate. Of homework.

The reason is that, in order to achieve the above object, the tool provided by the present invention for removing and installing the disc brake caliper spring has a technically important feature that the tool includes a tool for connecting with different parts of the disc brake caliper spring. Support portion and a second support portion, and use a third support portion to change the distance between the first support portion and the third support portion, and/or the distance between the second support portion and the third support portion to change According to the shape of the disc brake caliper spring connected to it, the disc brake caliper spring can be removed from the connected disc brake caliper or assembled to the disc brake caliper to facilitate the implementation of the work by the warranty personnel .

Furthermore, the tool not only includes the first support portion, the second support portion, and the third support portion, but also includes a body provided as other components and a body used to drive the third support portion A driving part that moves between a first position and a second position.

The first support portion is provided on the body and used to connect with the disc brake caliper spring, and the second support portion is provided on the body separately from the first support portion and used to connect with the The disc brake caliper spring is connected, the third support part is also provided on the body and is used to connect with the disc brake caliper spring, and is separated from the first support part by a first distance and separated from the second support part A second distance, and the driving part is arranged on the body to drive the third support part to move between the first position and the second position to change the first distance and/or the second distance The length.

The relative spatial positions of the first support portion, the second support portion, and the third support portion are adapted to be connected to different parts of the disc brake caliper spring and can apply force to the disc brake caliper spring to change the disc The shape of the brake caliper spring is better, and the better one is that the third supporting portion can be interposed between the first supporting portion and the second supporting portion.

The driving part is used to drive the third support part to move the force application type, which is for the purpose of causing the third support part to move between the first position and the second position. For example, it can be rotated by a screw. A transmission method that changes the motion to a linear motion, or other known drive technology that can achieve this effect.

Wherein, when the movement of the third support portion between the first position and the second position is a linear reciprocating motion, in order to ensure the stable displacement of the third support portion, the third support portion and the The body is a combination of sliding joints.

In order to make the tool available for maintenance personnel to use disc brake caliper springs of different sizes, the first support part and/or the second support part can be made separately, when combined with the body, the combination structure allows The displacement along with the deformation of the disc brake caliper spring is, for example, a pivotal connection structure that allows the first support portion and/or the second support portion to deflect.

Please refer to Figures 1 to 4, in a preferred embodiment of the present invention, a tool (10) for removing and installing a disc brake caliper spring is provided, which mainly includes a body (20), a A first supporting portion (30), a second supporting portion (40), a third supporting portion (50) and a driving portion (60).

The body (20) has a long body (21), two grooves (22) opposite to each other are opened on both ends of the long axis of the body (21), and two pairs of first perforations ( 23). Two pairs of second perforations (24) and two pairs of third perforations (25) are juxtaposed on both ends of the long axis of the main body (21), and are respectively penetrated on the main body (21) in sequence, and The pair of perforations are connected to each other by each of the embedding grooves (22), wherein the pair of first perforations (23), the pair of second perforations (24) and the pair of third perforations (25) are located in the embedding groove ( 22) Threads are respectively provided on the wall of the hole on one side.

The first support portion (30) and the second support portion (40) have the same technical content, and in terms of structure, each includes a long piece of rocker arm (31) (41), and most of the through holes (32)(42) is arranged in a row along the long axis of the rocker arm (31)(41) on the rocker arm (31)(41), and a coupling hole (33)(43) is penetrated through the rocker arm (31)(41). On one end of the long axis of the rocker arm (31) (41), a columnar abutting body (34) (44) is inserted and positioned in the coupling hole (33) (43), and a screw-shaped pivoting element ( 35)(45) is selectively extended through any one of the through holes (32)(42).

The third support part (50) is provided with a pair of guide rods (51), which are slidably arranged on the corresponding parts of the central position of the main body (21) in parallel with each other, and can be relative to the main body (21) along its own rod axis. Performing reciprocating linear motion, the one-piece end seat (52) is bridged and fixed between one end of each rod shaft of the guide rod (51), and the three sockets (53) are parallel to each other and are respectively penetrated through the end seat On (52), the hole axis is perpendicular to the rod axis of the pair of guide rods (51), and two columnar abutting members (54) are respectively inserted into the corresponding holes (53).

The driving part (60) has a screw hole (61), which is arranged in the center of the main body (21) and between the pair of guide rods (51). A screw (62) is coaxially screwed on In the screw hole (61), one end of the rod shaft is pivotally connected with the end seat (52), and the other end of the rod shaft protrudes out of the body (21).

For the tool (10) disclosed in the above description, when in use, the shape and size of the disc brake caliper spring can be performed by the warranty personnel according to the shape and size of the disc brake caliper spring. The perforations (23) (24) (25) and the After selecting the hole positions that can be matched with the through holes (32) (42), each pivotal element (35) (45) is screwed into the corresponding through hole and passed through the corresponding through hole, thereby Make each of the rocker arms (31) (41) oscillate with each pivotal element (35) (45) as an axis. The details are shown in Figure 1 and Figure 3, that is, each pivotal member (35) (45) is made to oscillate. The elements (35) and (45) are respectively screwed into the pair of first through holes (23) and pass through the through holes (32) and (42) located in the middle position.

Please continue to refer to Figures 3 and 5, when the tool (10) is in use, each of the abutting pieces (54) is inserted into the central arch section (71) of a disc brake caliper spring (70), and at the same time Each of the abutting bodies (34) (44) respectively abuts against the inner side of the bent section (72) of the disc brake caliper spring (70) located on both sides of the arched section (71), and then on the other side of the screw (62) The screw rod (62) spirally advances in the screw hole (61) by applying an external rotating force to the end, thereby pushing the end seat (52) from a first position (P1) close to the body (21) to a distance away The second position (P2) of the body (21) moves, thereby increasing the distance between the end seat (52) and each of the abutting bodies (34) (44), so that the tool (10) abuts tightly The disc brake caliper spring (70) is deformed from a clamping shape (S1) to a dismounting shape (S2), which is convenient for the disc brake caliper spring (70) to be removed from the engaged disc brake caliper .

When installing the disc brake caliper spring (70), the operation opposite to the aforementioned disassembly step is adopted to reassemble the disc brake caliper spring (70) to the disc brake caliper.

As far as vehicle maintenance personnel are concerned, the tool (10) for disassembling and installing disc brake caliper springs is suitable for disc brake caliper springs of different sizes and shapes, providing convenient assembly and disassembly functions. Compared with the conventional technology In terms of its effectiveness, it is obvious.

What needs to be emphasized here is that the tool (10) used to remove and install the spring of the disc brake caliper can adjust the length of each rocker arm (31) (41) out of the body (21). , It can also change the number and position of the abutment members (54) according to the disc brake caliper springs of different shapes or sizes. In addition, it can also change the distance between the third support part and the disc brake caliper spring. The clamping structure, in other words, the tool (10) used to remove and install the disc brake caliper spring disclosed in the above embodiment and its abutment body and abutment technology combined with the disc brake caliper spring are only for the convenience of explaining the present invention The technical features of the invention do not limit the present invention can only be achieved by abutting combination technology means, any technology that is sufficient to enable the tool for removing and installing the disc brake caliper spring and the disc brake caliper spring to be combined and positioned All of them should fall within the scope of the invention that should be protected, and are not limited to the above-mentioned ones.

Similarly, the technical content of changing the relative distance between the three supporting parts is not limited to the content disclosed by the above-mentioned driving part, and the third supporting part does not need to be in contact with the disc brake caliper spring. For limitation, that is, the third supporting portion can also be a fulcrum for changing the relative distance between the first supporting portion and the second supporting portion, and all of this should be protected by the present invention. range.

(10): A tool for removing and installing the spring of the disc brake caliper (20): Body (21): Ontology (22): Insert groove (23): The first perforation (24): second perforation (25): Third perforation (30): The first support part (40): The second support part (31)(41): Rocker arm (32)(42): Through hole (33)(43): Combination hole (34)(44): Arrival (35)(45): Pivot element (50): The third support part (51): Guide rod (52): End Block (53): Jack (54): deductible (60): Drive section (61): Screw hole (62): Screw (70): Disc brake caliper spring (71): Arch section (72): bending section (P1): First set (P2): Second position (S1): Clamping shape (S2): Removal of shape

Figure 1 is a perspective view of a preferred embodiment of the present invention. Figure 2 is an exploded view of a preferred embodiment of the present invention. Fig. 3 is a cross-sectional view of a preferred embodiment of the present invention taken along the line 3-3 in Fig. 1. Fig. 4 is a cross-sectional view of a preferred embodiment of the present invention taken along the line 4-4 in Fig. 1. Fig. 5 is a schematic diagram of a preferred embodiment of the present invention deforming the spring of the disc brake caliper when in use.

(10): A tool for removing and installing the spring of the disc brake caliper

(22): Insert groove

(30): The first support part

(32)(42): Through hole

(50): The third support part

(54): deductible

(24): second perforation

(40): The second support part

(34)(44): Arrival

(51): Guide rod

(60): Drive section

(21): Ontology

(25): Third perforation

(31)(41): Rocker arm

(35)(45): Pivot element

(52): End Block

(62): Screw

Claims (16)

A tool for removing and installing a disc brake caliper spring, wherein the disc brake caliper spring can be in a clamping shape that can be clamped on a disc brake caliper and a disc brake caliper can be removed from the disc brake caliper. To change the shape between the removal shapes, and the tool includes: Body part A first supporting part arranged on the body part and used for connecting with the spring of the disc brake caliper; A second support part is provided on the body part apart from the first support part and used to connect with the disc brake caliper spring; A third supporting portion, which is provided on the body and used to connect with the disc brake caliper spring, and is separated from the first supporting portion by a first distance, and separated from the second supporting portion by a second distance; A driving part arranged on the body part for driving the third support part to move between a first position and a second position to change the length of the first distance and/or the second distance; When the driving part changes the length of the first distance and/or the second distance, the shape of the disc brake caliper spring is synchronously changed, wherein, when the third support part is located at the first position, The shape of the disc brake caliper spring is the clamping shape, and when the third support portion is at the second position, the shape of the disc brake caliper spring is the dismounting shape. The tool for removing and installing a disc brake caliper spring according to claim 1, wherein the third supporting portion is interposed between the first supporting portion and the second supporting portion. The tool for removing and installing a disc brake caliper spring according to claim 2, wherein when the third supporting portion is located at the first position, the length of the first distance and the second distance are equal. The tool for removing and installing a disc brake caliper spring according to claim 2, wherein when the third support portion is located at the second position, the length of the first distance and the second distance are equal. The tool for removing and installing a disc brake caliper spring as described in claim 1, wherein the third support part is slidably arranged on the body and can be linearly reciprocated between the first position and the second position Displacement. The tool for removing and installing the spring of the disc brake caliper according to claim 5, wherein the driving part has a screw hole through the body, and a screw is screwed into the screw hole and has one end connected to the first The three supporting parts are connected. The tool for removing and installing disc brake caliper springs according to claim 5 or 6, wherein the third support part has a guide rod slidably arranged on the body, and one end seat is fixed to the guide rod One end is connected with the driving part, and an abutting piece is projected on the end seat to be connected with the disc brake caliper spring. The tool for removing and installing the spring of the disc brake caliper as described in claim 7, wherein the abutting member is rod-shaped. According to claim 8, the tool for removing and installing the spring of the disc brake caliper, wherein the third supporting part further includes a socket, which is arranged through the end seat, and allows the abutment member to be inserted into the In the jack. The tool for removing and installing a disc brake caliper spring as described in claim 1, wherein the first support portion is pivotally connected to the body. The tool for removing and installing the spring of the disc brake caliper according to claim 10, wherein the first support portion has a rocker arm pivotally connected to the body, and an abutting system is protruding from the rocker arm for Connect with the spring of the disc brake caliper. The tool for removing and installing the spring of the disc brake caliper as described in claim 11, wherein the body has a long body and an insertion groove provided at one end of the long shaft of the body, and the rocker arm is inserted It is pivotally connected with the main body in the embedding groove. The tool for removing and installing a disc brake caliper spring as described in claim 12, wherein the body further includes a pair of coaxial first through holes and a pair of coaxial second through holes, respectively penetrating through the The main body corresponds to the groove wall positions on both sides of the embedding groove, so that the pair of first through holes and the pair of second through holes are respectively communicated with each other through the embedding groove. The tool for removing and installing the spring of the disc brake caliper according to claim 13, wherein the first support portion has at least one through hole, which is disposed on the rocker arm, and further includes a pivoting element that passes through It is arranged in one of the pairs of perforations and passes through the through hole, so that the rocker arm is pivotally connected with the main body while being embedded in the embedding groove. The tool for removing and installing a disc brake caliper spring according to claim 14, wherein the pivotal element is a screw rod, and the pair of first through holes and the pair of second through holes are respectively screw rods. The tool for removing and installing the spring of the disc brake caliper according to claim 12, wherein the rocker arm is elongated, and the resisting body is perpendicular to the long axis of the rocker arm and protrudes from the long axis of the rocker arm On one end.

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