Bar shear
Technical field
The utility model relates to bar shear to be improved, particularly a kind of bar shear.
Background technology
At present, traditional muscle mode of cutting cuts muscle based on manual, and automatization level is low, and production efficiency is low, and defect rate is high, cannot meet the production scale of expanding day.
Utility model content
The purpose of this utility model is to solve the problem, and devises a kind of bar shear.
Realizing above-mentioned purpose the technical solution of the utility model is, a kind of bar shear, comprise support body 1, described support body 1 is provided with cross partition 2, support body 1 is divided into four parts up and down by described cross partition 2, in described support body 1, right-hand member lower part is provided with feed mechanism 3 and magazine 4, in described support body 1, right-hand member upper part is provided with and captures transverse-moving mechanism 5 and feed mechanism, in described support body 1, left upper part is arranged with Dai Liao mechanism 6 and cuts muscle mold mechanism 7, the outer left-hand face of described support body 1 is provided with rewinding tubulature mechanism 8, described support body 1 upper surface is provided with Signal reception plate 9, described Signal reception plate 9 respectively with feed mechanism 3, capture transverse-moving mechanism 5 and feed mechanism, Dai Liao mechanism 6 and rewinding tubulature mechanism 8 are electrically connected, also comprise the palm control terminal 10 be arranged on Signal reception plate 9.
Described palm control terminal 10 comprises the capacitance touch screen 11 being arranged on outside, USB 12, be arranged on inner core processor 13, battery 14, communication module 15 and data memory module 16, described core processor 13 respectively with capacitance touch screen 11, USB 12, battery 14, communication module 15 and data memory module 16 have been electrically connected the conveying of data and the transmission of signal, the gauge tap 18 that described Signal reception plate 9 comprises USB plug 17 and is connected with USB plug 17, described gauge tap 18 respectively with feed mechanism 3, capture transverse-moving mechanism 5, feed mechanism, Dai Liao mechanism 6 and rewinding tubulature mechanism 8 are electrically connected, described USB plug 17 inserts the data connected between palm control terminal 10 and Signal reception plate 9 in USB 12 and carries.
Described feed mechanism is made up of the stepper motor 19 be fixedly mounted on support body 1 and feeding unit 20 two parts of being fixedly connected with stepper motor 19 telescopic end.
Described gauge tap 18 is electrically connected with feed mechanism, and namely gauge tap 18 and stepper motor 19 are electrically connected.
Utilize the bar shear that the technical solution of the utility model makes, Mechanization Level is high, and be easy to operation, same controller can be taken off, be installed to the enterprising enforcement use of another equipment, can match with multiple devices, resource utilization is high.
Accompanying drawing explanation
Fig. 1 is the structural representation of bar shear described in the utility model;
Fig. 2 is the structural representation of Signal reception plate described in the utility model and palm control terminal;
In figure, 1, support body; 2, cross partition; 3, feed mechanism; 4, magazine; 5, transverse-moving mechanism is captured; 6, Dai Liao mechanism; 7, muscle mold mechanism is cut; 8, rewinding tubulature mechanism; 9, Signal reception plate; 10, palm control terminal; 11, capacitance touch screen; 12, USB; 13, core processor; 14, battery; 15, communication module; 16, data memory module; 17, USB plug; 18, gauge tap; 19, stepper motor; 20, feeding unit.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is specifically described, as depicted in figs. 1 and 2, a kind of bar shear, comprise support body 1, described support body 1 is provided with cross partition 2, support body 1 is divided into four parts up and down by described cross partition 2, in described support body 1, right-hand member lower part is provided with feed mechanism 3 and magazine 4, in described support body 1, right-hand member upper part is provided with and captures transverse-moving mechanism 5 and feed mechanism, in described support body 1, left upper part is arranged with Dai Liao mechanism 6 and cuts muscle mold mechanism 7, the outer left-hand face of described support body 1 is provided with rewinding tubulature mechanism 8, described support body 1 upper surface is provided with Signal reception plate 9, described Signal reception plate 9 respectively with feed mechanism 3, capture transverse-moving mechanism 5 and feed mechanism, Dai Liao mechanism 6 and rewinding tubulature mechanism 8 are electrically connected, also comprise the palm control terminal 10 be arranged on Signal reception plate 9, described palm control terminal 10 comprises the capacitance touch screen 11 being arranged on outside, USB 12, be arranged on inner core processor 13, battery 14, communication module 15 and data memory module 16, described core processor 13 respectively with capacitance touch screen 11, USB 12, battery 14, communication module 15 and data memory module 16 have been electrically connected the conveying of data and the transmission of signal, the gauge tap 18 that described Signal reception plate 9 comprises USB plug 17 and is connected with USB plug 17, described gauge tap 18 respectively with feed mechanism 3, capture transverse-moving mechanism 5, feed mechanism, Dai Liao mechanism 6 and rewinding tubulature mechanism 8 are electrically connected, described USB plug 17 inserts the data connected between palm control terminal 10 and Signal reception plate 9 in USB 12 and carries, described feed mechanism is made up of the stepper motor 19 be fixedly mounted on support body 1 and feeding unit 20 two parts of being fixedly connected with stepper motor 19 telescopic end, described gauge tap 18 is electrically connected with feed mechanism, and namely gauge tap 18 and stepper motor 19 are electrically connected.
The feature of the technical program is; in support body, right-hand member lower part is provided with feed mechanism and magazine; in body, right-hand member upper part is provided with and captures transverse-moving mechanism and feed mechanism; in body, left upper part is arranged with Dai Liao mechanism and cuts muscle mold mechanism, and the outer left-hand face of support body is provided with rewinding tubulature mechanism, is easy to operation and carries; same controller can be taken off; be installed to the enterprising enforcement use of another equipment, can match with multiple devices, resource utilization is high.
In the technical program, adopt two magazine material-uploading style to capture material by servo motor driving mechanical hand, then by before stepper motor feeding to muscle mould to be cut, deliver to mould by Dai Liao mechanism and cut muscle.
In the technical program, when using this equipment, the USB of palm control terminal is connected with the USB plug on Signal reception plate, press the gauge tap on Signal reception plate, the program that equipment is controlled eventually according to palm operates, staff can use the capacitance touch display screen of palm control terminal outside, signal is passed through core processor, calculated by core processor, signal is transferred on stepper motor again, stepper motor is accurately controlled, be easy to operation and carry, same controller can be taken off, be installed to the enterprising enforcement of another equipment to use, can match with multiple devices, resource utilization is high.
Technique scheme only embodies the optimal technical scheme of technical solutions of the utility model; those skilled in the art all embody principle of the present utility model to some variations that wherein some part may be made, and belong within protection domain of the present utility model.