CN201707608U

CN201707608U - Sliding reversing controller

Info

Publication number: CN201707608U
Application number: CN2010202028352U
Authority: CN
Inventors: 徐锋舟
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-05-19
Filing date: 2010-05-19
Publication date: 2011-01-12
Anticipated expiration: 2020-05-19

Abstract

The utility model discloses a sliding reversing controller, which comprises a fixed seat, a control box, a microswitch A and a microswitch B, wherein the control box is hinged with the fixed seat, the microswitch A and the microswitch B are oppositely arranged in the control box, the microswitch A and the microswitch B are respectively positioned at both ends in the control box and the facing directions of elastic pieces A and B thereof are symmetrical, the microswitch A and the microswitch B are respectively connected with a control lead, a transverse shaft is arranged in the middle in the control box, a pulley is sleeved at the end part of the transverse shaft, a roller which is used for driving the pulley to rotate and can slide and rotate relative to the pulley is sleeved at the periphery of the pulley, a transverse shifting rod for toggling the elastic pieces A and B is arranged on the edge of the pulley, and a spring for controlling the control box to upwards bounce is arranged at the hinged part of the control box and the fixed seat. A bearing is also sleeved between the end part of the transverse shaft and the pulley, and between the transverse shaft and the bearing as well as the pulley and the bearing are firmly connected. The utility model does not need to be operated at a fixed position and can randomly control the direction of motion and the stop or the start of the motion.

Description

A kind of sliding steering controller

Technical field

The utility model relates to a kind of direction of motion controller, particularly a kind of sliding steering controller.

Background technology

The rotation or the rectilinear motion of existing Lazy Susan or other rotating disk, straight-line motion mechanism etc., the control of its direction or change, perhaps motion starts or stops, often need to operate special-purpose controller that is fixed on certain position or control knob, like this, distance people far away in other words in different azimuth just might can't reach controller or control knob, people hereto, it just can not be controlled the said equipment easily and effectively, this point has brought many defectives and deficiency for the utilization of equipment and people's production, life.

Summary of the invention

In order to address the above problem, the purpose of this utility model is to provide a kind of sliding steering controller that does not need direction that the fixed position is controlled and arbitrarily controlled motion, stops or starting.

The technical scheme that the invention for solving the technical problem adopted is: a kind of sliding steering controller, comprise a holder, one with the hinged control enclosure of holder, relatively be provided with microswitch A in the control enclosure, microswitch B, microswitch A, B lays respectively at two ends and its shell fragment A in the control enclosure, B is towards symmetry, microswitch A, B is connected with pilot respectively, be provided with a lateral shaft in the middle of in the control enclosure, the end of lateral shaft is with a pulley, the periphery of pulley is with one and is used to drive pulley rotation and can be with respect to the slide roller of rotation of pulley, the edge of pulley is provided with one and is used to touch shell fragment A, the horizontal dead man of B, control enclosure and the holder place of being hinged are provided with one and are used for spring that control enclosure is upspringed.

Technique scheme also can have following improvement project: also be with a bearing between the end of described lateral shaft and the pulley, between lateral shaft and the bearing, and be between pulley and the bearing and be fastenedly connected.

The beneficial effects of the utility model are: owing to relatively be provided with two microswitch A in the described control enclosure, B, roller both can drive the pulley rotation also can be with respect to pulley slip rotation, microswitch A, the electric current that the pilot of B can be controlled a direct current motor is respectively just connecing or reversal connection, thereby control this direct current generator forward or reverse, thereby the direction of motion of opertaing device, simultaneously, because two microswitch A, has the gap between the B, when horizontal dead man mediates, two microswitch A, B all disconnects, being attached thereto the direct current generator that connects passes through no current, to be in halted state, when horizontal dead man is pressed to any one microswitch, equipment will start again, thereby starting or stoping of opertaing device, roller is contacted with sports equipment, just can come starting or stoping of opertaing device or travel direction by touches device, need not control in fixing position, so the utility model does not need the fixed position to control, and the random direction of controlled motion, that moves stops or starting.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples.

Fig. 1 is a perspective view of the present utility model;

Fig. 2 is a STRUCTURE DECOMPOSITION synoptic diagram of the present utility model.

Embodiment

With reference to Fig. 1, Fig. 2, a kind of sliding steering controller of the utility model, comprise a holder 1, one control enclosure 2 hinged with holder 1, relatively be provided with microswitch A 3 in the control enclosure 2, microswitch B 4, microswitch A, B 3,4 lay respectively at two ends and its shell fragment A in the control enclosure 2,

B

31,41 towards symmetry, microswitch A, B 3,4 are connected with pilot 5 respectively, be provided with a lateral shaft 6 in the middle of in the control enclosure 2, the end of lateral shaft 6 is with a pulley 7, the periphery of pulley 7 is with one and is used to drive pulley 7 rotations and can be with respect to the slide roller 8 of rotation of pulley 7, the edge of pulley 7 is provided with one and is used to touch shell fragment A,

B

31,41 horizontal dead man 9, control enclosure 2 and holder 1 place of being hinged are provided with one and are used for spring 11 that control enclosure 2 is upspringed.

Technique scheme also can have following improvement project: also be with a bearing 71 between the end of described lateral shaft 6 and the pulley 7, between lateral shaft 6 and the bearing 71, and be between pulley 7 and the bearing 71 and be fastenedly connected, bearing 71 can make and rotatablely move more steadily, and prolongs serviceable life of the present utility model.

Roller 8 of the present utility model is used for contacting with the part of the needs of sports equipment control, and the pilot 5 of microswitch A, B 3,4 is used for connecting respectively and the direct current generator of controlled motion equipment.

Principle of work of the present utility model: when the needs starting outfit, because equipment contacts with roller 8, only need equipment is stirred, making equipment drive roller 8 rolls, roller 8 drives pulley 7 rotations, when the horizontal dead man 9 at pulley 7 edges touches shell fragment A 31 or shell fragment B 41, will connect microswitch A 3 or microswitch B 4, thereby the direct current generator of controlled motion equipment starts, starting outfit, when equipment moving, because also can sliding with respect to pulley 7, rotates on roller 8, so, even continuing to drive roller 8, sports equipment rolls, because laterally dead man 9 is stopped that by shell fragment A 31 or shell fragment B 41 pulley 7 is still static, allow equipment keep motion state.When needs change the equipment moving direction, only need equipment is stirred round about, make horizontal dead man 9 press to the shell fragment of another microswitch, thereby make the direct current generator counter-rotating, with above-mentioned reason, equipment will keep opposite motion state.When needing the motion of arrestment, only need make horizontal dead man 9 leave shell fragment A 31 and shell fragment B 41, allow microswitch A 3 and microswitch B 4 all be in off-state with equipment to slightly stirring with the direction of reverse movement, direct current generator is stopped, and equipment has also just stopped.The process of all controlling only needs controlling equipment itself, need not control in fixing position.

In addition, the utility model is not limited to above-mentioned embodiment, as long as it reaches technique effect of the present utility model with essentially identical means, all should belong to protection domain of the present utility model.

Claims

1. sliding steering controller, it is characterized in that: comprise a holder (1), one with the hinged control enclosure (2) of holder (1), relatively be provided with microswitch A (3) in the control enclosure (2), microswitch B (4), microswitch A, B (3,4) lay respectively at control enclosure (2) interior two ends and its shell fragment A, B (31,41) towards symmetry, microswitch A, B (3,4) be connected with pilot (5) respectively, be provided with a lateral shaft (6) in the middle of in the control enclosure (2), the end of lateral shaft (6) is with a pulley (7), the periphery of pulley (7) is with one and is used to drive pulley (7) rotation and can be with respect to the slide roller (8) of rotation of pulley (7), the edge of pulley (7) is provided with one and is used to touch shell fragment A, B (31,41) horizontal dead man (9), control enclosure (2) and holder (1) place of being hinged are provided with one and are used for spring (11) that control enclosure (2) is upspringed.

2. sliding steering controller according to claim 1, it is characterized in that: also be with a bearing (71) between the end of described lateral shaft (6) and the pulley (7), between lateral shaft (6) and the bearing (71), and be between pulley (7) and the bearing (71) and be fastenedly connected.