CN213703441U - Novel robot installation base device - Google Patents

Abstract

The novel robot mounting base device. The bottom plate, the bottom plate is opened left shape of falling T sliding tray, preceding shape of falling T sliding tray, right shape of falling T sliding tray, the shape of falling T sliding tray after, the tight fit is equipped with left shape of falling T slider in the shape of falling T sliding tray of a left side, left buckle is connected to left shape of falling T slider, left layer board is connected to left buckle, the tight fit is equipped with preceding shape of falling T slider in the shape of falling T sliding tray of preceding, preceding buckle is connected preceding buckle, preceding buckle is connected preceding layer board, the tight fit is equipped with right shape of falling T slider in the shape of falling T sliding tray of right side, right buckle is connected right layer board to right shape of falling T slider, the tight fit is equipped with back shape of falling T slider in the shape of falling T sliding tray of back, back buckle is connected the back layer board, left layer board, preceding layer board, right layer board, the closed layer board of back withstands the base of robot. The utility model is used for the installation of robot and base.

Description

Novel robot installation base device

The technical field is as follows:

the utility model relates to a novel robot installation base device.

Background art:

the robot has the base, need install between robot and the base, not only needs unable adjustment base when the installation, still need right the robot, and how can unable adjustment base can right the robot again simultaneously is the problem that needs to solve.

The invention content is as follows:

the utility model aims at providing a when unable adjustment base, can right the robot again, easy to assemble's novel robot installation base device.

The above purpose is realized by the following technical scheme:

a novel robot installation base device comprises a bottom plate, wherein the bottom plate is provided with a left inverted T-shaped sliding groove, a front inverted T-shaped sliding groove, a right inverted T-shaped sliding groove and a rear inverted T-shaped sliding groove, a left inverted T-shaped sliding block is arranged in the left inverted T-shaped sliding groove in a tight fit mode, the left inverted T-shaped sliding block is connected with a left buckle plate, the left buckle plate is connected with a left supporting plate, a front inverted T-shaped sliding block is arranged in the front inverted T-shaped sliding groove in a tight fit mode, the front inverted T-shaped sliding block is connected with a front buckle plate, the front buckle plate is connected with a front supporting plate, a right inverted T-shaped sliding block is arranged in the right inverted T-shaped sliding groove in a tight fit mode, the right inverted T-shaped sliding block is connected with a right buckle plate, the right buckle plate is connected with a right supporting plate, a rear inverted T-shaped sliding block is arranged in the rear inverted T-shaped sliding groove in a tight fit mode, the rear inverted T-shaped sliding block, the left supporting plate, the front supporting plate, the right supporting plate and the rear supporting plate are closed to buckle the base of the robot.

Novel robot installation base device, left layer board open and to have left front socket and left back socket, preceding layer board open and to have preceding left socket and preceding right socket, right layer board open and to have right front socket and right back socket, back layer board open and to have back left socket and back right socket, left front socket with preceding left socket left back socket with back left socket right front socket with preceding right socket right back socket with back right back socket between insert half mouth shape plug-in components fixed.

Novel robot installation base device, half mouth of a mouth shape plug-in components include the inserted bar and to the inserted bar, the inserted bar with to through dull and stereotyped the connection between the inserted bar, dull and stereotyped connection erect thread bush, erect thread bush and connect adjusting screw, adjusting screw joint support pole, the bracing piece connect semi-circular splint, 2 relative settings semi-circular splint butt joint detain the robot, the inserted bar insert respectively left front socket left back socket right front socket in right back socket, the inserted bar insert respectively preceding left socket, with back left socket before right socket in back right socket.

The novel robot installation base device selects the left front socket and the front left socket and the right front socket and the front right socket, or the left rear socket and the rear left socket and the right rear socket and the rear right socket, or the left front socket and the front left socket, the left rear socket and the rear left socket, the right front socket and the front right socket, and the rear right socket.

Has the advantages that:

1. the utility model discloses a left layer board, preceding layer board, right layer board, back layer board can be gathered together, clip and fix the base, provide the assurance for the equipment of robot and base.

The utility model discloses a shape of falling T slider can drive buckle and layer board and remove, also can fix when gliding to because the close fit between shape of falling T slider and the T shape sliding tray when sliding shape of falling T slider, so also can fix when the shape of falling T slider is gliding, and then can fix the base.

The utility model discloses a erect thread bush and adjusting screw's position can adjust as required, and then ensure that 2 semicircular clamp plate can provide the assurance for the installation of robot and base at different position centre gripping fixed robot.

The utility model discloses a different position fixed robot and base to the fixed position of robot can also adjust as required, makes the connection of robot and base convenient.

Description of the drawings:

fig. 1 is a schematic structural diagram of the product.

Fig. 2 is a top view of fig. 1.

The specific implementation mode is as follows:

the technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings of the present invention.

Example 1:

a novel robot installation base device comprises a bottom plate 1, wherein the bottom plate is provided with a left inverted T-shaped sliding groove 2, a front inverted T-shaped sliding groove 3, a right inverted T-shaped sliding groove 4 and a rear inverted T-shaped sliding groove 5, a left inverted T-shaped sliding block 6 is arranged in the left inverted T-shaped sliding groove in a tight fit mode, the left inverted T-shaped sliding block is connected with a left pinch plate 7, the left pinch plate is connected with a left supporting plate 8, a front inverted T-shaped sliding block 9 is arranged in the front inverted T-shaped sliding groove in a tight fit mode, the front inverted T-shaped sliding block is connected with a front pinch plate 10, the front pinch plate is connected with a front supporting plate 11, a right inverted T-shaped sliding block 12 is arranged in the right inverted T-shaped sliding groove in a tight fit mode, the right inverted T-shaped sliding block is connected with a right pinch plate 13, the right pinch plate is connected with a right supporting plate 14, a rear inverted T-shaped sliding block 15 is arranged in the rear inverted T-shaped sliding groove in a tight fit mode, and, the rear buckle plate is connected with a rear supporting plate 17, and the left supporting plate, the front supporting plate, the right supporting plate and the rear supporting plate are closed to buckle a base 18 of the robot. The reverse T-shaped sliding block can also be fixed while sliding in the reverse T-shaped sliding groove, and guarantees are provided for the base of the fixed robot buckled in a closing mode through the left supporting plate, the front supporting plate, the right supporting plate and the rear supporting plate. The left inverted T-shaped sliding groove, the front inverted T-shaped sliding groove, the right inverted T-shaped sliding groove and the rear inverted T-shaped sliding groove are identical in structure.

Left layer board open and to have left front socket 19 and left back socket 20, preceding layer board open and to have preceding left socket 21 and preceding right socket 22, right layer board open and to have right front socket 23 and right back socket 24, back layer board open and to have back left socket 25 and back right socket 26, left front socket with preceding left socket left back socket with back left socket right front socket with preceding right socket right back socket with back right socket between insert half mouth shape plug-in components fixed. Half mouth shape plug-in components have the size of variation in size, can fix the left layer board, preceding layer board, right layer board, the back layer board of different distances respectively, and then can be firmly fix the base, provide the assurance for the equipment of robot and base.

Half mouth shape plug-in components include inserted bar 27 and to inserted bar 28, the inserted bar with to connect through dull and stereotyped 29 between the inserted bar, the dull and stereotyped perpendicular thread bush of connecting 30, perpendicular thread bush connect adjusting screw 31, adjusting screw joint support pole 32, the bracing piece connect semicircular clamping plate 33, 2 relative settings semicircular clamping plate butt joint detain the robot, the inserted bar insert respectively left front socket left back socket right front socket in, right back socket in, the opposite inserted bar insert respectively front left socket, with back left socket front right socket in back right socket in.

Selecting the left front socket and the front left socket and the right front socket and the front right socket, or the left rear socket and the rear left socket and the right rear socket and the rear right socket, or the left front socket and the front left socket, the left rear socket and the rear left socket, the right front socket and the front right socket, or the right rear socket and the rear right socket for use.

The working principle is as follows:

the left inverted T-shaped sliding block, the front inverted T-shaped sliding block, the right inverted T-shaped sliding block and the rear inverted T-shaped sliding block slide in place, the base of the robot is clamped and fixed by the left supporting plate, the front supporting plate, the right supporting plate and the rear supporting plate, a half-mouth-shaped plug-in unit is assembled by selecting a required position, the positions of the vertical thread sleeves and the adjusting screw rods are adjusted, and the robot is clamped by the semicircular clamping plate to assemble the robot and the base.

Claims (4)

1. A novel robot installation base device comprises a bottom plate and is characterized in that the bottom plate is provided with a left inverted T-shaped sliding groove, a front inverted T-shaped sliding groove, a right inverted T-shaped sliding groove and a rear inverted T-shaped sliding groove, a left inverted T-shaped sliding block is arranged in the left inverted T-shaped sliding groove in a tight fit mode, the left inverted T-shaped sliding block is connected with a left buckle plate, the left buckle plate is connected with a left supporting plate, a front inverted T-shaped sliding block is arranged in the front inverted T-shaped sliding groove in a tight fit mode, the front inverted T-shaped sliding block is connected with a front buckle plate, the front buckle plate is connected with a front supporting plate, a right inverted T-shaped sliding block is arranged in the right inverted T-shaped sliding groove in a tight fit mode, the right inverted T-shaped sliding block is connected with a right buckle plate, the rear inverted T-shaped sliding block is arranged in the rear inverted T-shaped sliding groove in a tight fit mode, the rear buckle plate is connected with the rear supporting plate, and the left supporting plate, the front supporting plate, the right supporting plate and the rear supporting plate are closed to buckle the base of the robot.

2. The novel robot mounting base device as claimed in claim 1, wherein the left support plate is provided with a left front socket and a left rear socket, the front support plate is provided with a left front socket and a right front socket, the right support plate is provided with a right front socket and a right rear socket, the rear support plate is provided with a left rear socket and a right rear socket, and the left front socket, the left rear socket and the left rear socket, the right front socket and the right front socket, and the right rear socket are fixed by inserting half-mouth-shaped plug-ins therebetween.

3. The novel robot installation base device as claimed in claim 2, wherein the half-mouth-shaped plug-in unit comprises a plug rod and a counter plug rod, the plug rod is connected with the counter plug rod through a flat plate, the flat plate is connected with a vertical thread sleeve, the vertical thread sleeve is connected with an adjusting screw, the adjusting screw is connected with a support rod, the support rod is connected with a semicircular clamping plate, 2 semicircular clamping plates which are oppositely arranged are butted and fastened on the robot, the plug rod is respectively inserted into the left front socket, the left rear socket, the right front socket and the right rear socket, and the counter plug rod is respectively inserted into the front left socket, the rear left socket, the front right socket and the rear right socket.

4. The novel robot mounting base device as claimed in claim 2, wherein the left front socket and the front left socket and the right front socket and the front right socket, or the left rear socket and the rear left socket and the right rear socket and the rear right socket, or the left front socket and the front left socket, the left rear socket and the rear left socket, the right front socket and the front right socket, or the right rear socket and the rear right socket are selected for use.

Images