CN206752182U

CN206752182U - Computerized marker transverse-moving mechanism

Info

Publication number: CN206752182U
Application number: CN201720597380.0U
Authority: CN
Inventors: 齐宝宁
Original assignee: Tianjin Richpeace Computer and Machinery Co Ltd
Current assignee: Tianjin Richpeace Computer and Machinery Co Ltd
Priority date: 2017-05-26
Filing date: 2017-05-26
Publication date: 2017-12-15
Anticipated expiration: 2027-05-26

Abstract

The utility model discloses a kind of traverse displacement unit of computerized marker, mainly includes main frame structure and traversing motor, power transmission shaft and traversing driving wheel and driven pulley and traversing rail；Major function is exactly to enable this big guy of computerized marker along the slow transverse shifting of traversing rail, the place that this big guy can be laterally moved to an other paving cloth from the place of a paving cloth is used to cut the cloth completed in order to increase the service efficiency of cutting, and bigger income is created to user.

Description

Computerized marker transverse-moving mechanism

Technical field

The utility model belongs to computerized marker technical field, and in particular to computerized marker transverse-moving mechanism.

Background technology

Computerized marker is the common equipment of clothes manufacture field, and computerized marker mainly includes：Main frame structure, vacuum suction Mechanism, cutting mechanism, transport mechanism and electrical control mechanism are such as relay, photoelectric sensor, PLC；Computerized marker Transverse moving structure in walking, mainly make drive sprocket drive driven sprocket to pass through machine by chain by the rotation of traversing motor Force of rolling friction caused by the deadweight of itself, band movement machine move along track in itself.

The content of the invention

In order to overcome the above-mentioned deficiencies of the prior art, the utility model provides a kind of computerized marker transverse-moving mechanism, the machine Structure is moved by frictional force caused by the deadweight of mainframe itself.

Technical scheme is used by the utility model：Computerized marker transverse-moving mechanism, including mainframe, motor, drive chain Wheel, driven sprocket, final drive shaft, driving wheel, return idler, driven shaft, bearing, rail；The hole position of the mainframe of cutting can be with Traversing motor is fixed by fixing bolt, then installs drive sprocket, master is installed by bearing in the structure of mainframe Power transmission shaft is simultaneously arranged on driven sprocket on final drive shaft and fixed in traversing motor side, and traversing driving wheel is pacified respectively Mounted in the both ends of final drive shaft, traversing slave unit secondly is installed in the other side of mainframe, slave unit mainly from Moving axis and return idler, slave unit is adjustable using height, so can more easily adjust mainframe both ends Horizontal flat problem, be exactly finally traversing rail pre-buried problem, mainframe is moved along the track of rail, so rail Laying problem be early stage groundwork, main flow is exactly that rail is laid on the upper pre-buried good of ground according to standard, is put Track loosening is put, finally computerized marker complete machine is placed on rail, adjusts level, machine can is in stable left and right above Move.

Compared with prior art, the beneficial effects of the utility model are：Cost is cheap, and using effect is obvious, and adaptability is good, Because machine dead weight is larger, using a kind of simple removable frame；The utilization rate of machine can be increased, can be created more More benefits.

Brief description of the drawings

Fig. 1 is computerized marker transverse-moving mechanism schematic diagram；

Fig. 2 is computerized marker transverse-moving mechanism schematic side view.

1. the return idler of 6. driving wheel of mainframe 2. motor, 3. drive sprocket, 4. driven sprocket, 5. final drive shaft 7. 8. the rail of 9. bearing of driven shaft 10..

Embodiment

The utility model is further illustrated below in conjunction with the accompanying drawings：Computerized marker transverse-moving mechanism, including mainframe 1, motor 2nd, drive sprocket 3, driven sprocket 4, final drive shaft 5, driving wheel 6, return idler 7, driven shaft 8, bearing 9, rail 10；Cutting The hole position of mainframe 1 can be screwed traversing motor 2, then install drive sprocket 3, lead in the structure of mainframe Bearing 9 is crossed to install final drive shaft 5 and driven sprocket 4 is arranged on final drive shaft 5 and fixed in the traversing side of motor 2, And traversing driving wheel 6 is separately mounted to the both ends of final drive shaft 5, secondly mainframe other side install it is traversing driven Device, slave unit are mainly driven shaft 8 and return idler 7, and slave unit is adjustable using height, so can be more Add the horizontal flat problem at convenient regulation mainframe both ends, be exactly finally the pre-buried problem of traversing rail 10, mainframe be along The track movement of rail 10, so the laying problem of rail 10 is the groundwork of early stage, main flow is exactly rail 10 The upper pre-buried good of ground is laid on according to standard, track is placed and loosens, finally computerized marker complete machine is placed on rail, adjusted Level, machine can smoothly move left and right above.

In summary, content of the present utility model is not limited in the above embodiments, in same area it is insighted it Scholar can easily propose other embodiments within technological guidance's thought of the present utility model, but this implementation all includes Within the scope of the utility model.

Claims

1. a kind of computerized marker transverse-moving mechanism, including mainframe, motor, drive sprocket, driven sprocket, final drive shaft, driving wheel, Return idler, driven shaft, bearing, rail；It is characterized in that：The hole position of described mainframe can be fixed horizontal by fixing bolt Motor is moved, then installs drive sprocket, in the structure of mainframe, described bearing is for installing final drive shaft and in horizontal stroke Motor is moved, described driven sprocket is arranged on final drive shaft, and traversing driving wheel is separately mounted to the both ends of final drive shaft, Secondly traversing slave unit is installed in the other side of mainframe, mainframe is moved along the track of rail, described Rail be laying problem early stage groundwork, main flow is exactly that rail is laid on the upper pre-buried of ground according to standard It is good, place track and loosen, finally computerized marker complete machine is placed on rail, adjusts level, machine can is steady above Move left and right.

2. computerized marker transverse moving structure according to claim 1, it is characterised in that：Described driven shaft and return idler structure Into slave unit, slave unit is adjustable using height, so can more easily adjust the water at mainframe both ends Average problem.