CN203242881U - A data line of an automated operating table - Google Patents

Abstract

The utility model discloses a data line of an automatic workbench, which comprises a data line body, the data line body includes a rubber tube and two sets of line cores arranged in the rubber tube, which are respectively the main line core and the spare line core, and one end of the data line body A workbench joint is provided, and the workbench joint is simultaneously connected with the main wire core and the spare wire core. When the main joint is damaged, the spare joint can be replaced immediately without shutting down for maintenance. Therefore, the utility model has the beneficial effects of keeping the equipment in continuous operation and improving work efficiency.

Description

A data line for an automated workbench

technical field

The utility model relates to the field of data transmission, in particular to a data line of an automatic workbench. the

Background technique

At present, in the automated production line, the automated workbench is connected to the mold through the data line, and the mold is fixed on the automated workbench for operation. Since the mold needs to be replaced frequently, the connection plug between the data line and the mold also needs to be plugged frequently. During the process, the mold vibrates greatly. These reasons will cause the connectors of the data lines to fail easily and lead to abnormal signals, which will eventually affect the service life of the data lines and reduce the service life. This requires downtime for maintenance, which will affect the production efficiency of the mold. the

Chinese patent authorization announcement number: CN201294273Y, the date of authorization announcement is August 19, 2009, which discloses a data line, which includes a data line body and at least two connectors connected to the data line body. The data cable body includes a plurality of core wires, wherein the data cable body also includes more than one plastically deformable wire rod, and the plastically deformable wire rod is configured to cause plastic deformation of the entire data cable body, so as to maintain The deformation state of the data line body. The data line body can produce plastic deformation according to needs, so that it can maintain its deformed state when the position changes, which facilitates the use of the data line. Its shortcoming is that this kind of data line lacks spare joints, and when one joint of the data line is damaged, it needs to be shut down for maintenance, which seriously affects the utilization rate of the equipment. the

Utility model content

In order to overcome the problem that the data line interface in the prior art needs to be shut down for maintenance when the interface of the data line is damaged, which seriously affects the utilization rate of the equipment, the utility model provides a spare joint. When the joint is damaged, the spare joint can be directly used without shutting down, thereby Data lines for automated workbenches that increase equipment utilization. the

In order to achieve the above object, the utility model adopts the following technical solutions:

A data cable for an automated workbench, including a data cable body, the data cable body includes a rubber tube and two sets of wire cores arranged in the rubber tube, which are respectively the main core and the spare wire core, and one end of the data cable body is provided with The workbench connector is connected to the main core and the spare core at the same time. The other end of the data line body is connected to the main core and the spare core is connected to the spare connector. The workbench joint is connected to the automation workbench, and the main joint is connected to the mold or other equipment, so that the information in the automation workbench can be transmitted to the mold or other equipment through the main wire core. Since the mold needs to be replaced frequently, when the main joint is damaged, immediately Pull out the main connector and plug in the spare connector. Since the other end of the spare wire core connected to the spare connector shares the workbench connector with the main wire core, the information in the automated workbench can also be transmitted to the spare connector through the spare wire core and then to the Molds, etc., so that the molds or other equipment can work normally, and then maintenance personnel repair or replace the main joints, without delaying time, without affecting the downtime of molds and other equipment, and the utilization rate of equipment is higher.

Preferably, bosses are provided on the four sides of the workbench connector, main connector and backup connector, and the height of the top surface of the boss gradually decreases from one end close to the data line body to the other end. Many workbench connectors, main connectors and spare connectors are tightly connected. Sometimes it is inconvenient to pull out, and the wire core is easy to be damaged when pulled hard. At this time, two fingers can be used to pinch the boss to connect the workbench connector, main connector, etc. The connector and the spare connector can be pulled out conveniently and easily, which is safer and more convenient. the

Preferably, anti-slip stripes are provided on the top surface of the boss. When hands are stained with oil or sweat, it is difficult to pull out the workbench joint, main joint and spare joint due to slippery hands. The anti-slip stripes can increase friction, and the joints can be pulled out even when the fingers are slippery. save effort. the

As a preference, the outer side of the rubber tube is covered with a wire mesh protective sleeve, and the connecting ends of the main connector, the backup connector and the data line body are provided with a connecting reinforcement sleeve, and one end of the connecting reinforcement sleeve is sleeved on the main connector. connector, spare connector, and the other end is connected to the wire mesh protective sleeve. The wire mesh protective sleeve can strengthen the tensile strength of the data cable body. The ends of the wire mesh protective sleeve are respectively connected to the main connector and the spare connector, which can effectively prevent the operator from accidentally pulling the data cable body directly when pulling out the connector, causing damage to the wire mesh. The connector is disconnected from the main body of the data cable and is damaged. At the same time, the wire mesh protective cover also has a shielding effect, which can shield the external electric field interference, and the data transmission is more stable. the

Therefore, the utility model has the following beneficial effects: (1) When the main joint is damaged, the spare joint can be used immediately without shutting down for maintenance, and the equipment can continue to work; (2) The plugging and unplugging of the workbench joint, main joint and spare joint are very convenient. the

Description of drawings

Fig. 1 is a kind of structural representation of the utility model. the

In the figure: data cable body 1 rubber tube 2 main wire core 3 spare wire core 4 workbench connector 5 spare connector 6 main connector 7 boss 8 non-slip stripes 9 connection reinforcement sleeve 10 wire mesh protection sleeve 11

Detailed ways

The utility model will be further described below in conjunction with the accompanying drawings and specific implementation methods: 

A data cable for an automated workbench as shown in Figure 1 includes a data cable body 1, and the data cable body 1 includes a rubber tube 2 and two sets of cores arranged in the rubber tube, the two sets of cores are respectively the main core 3 and Spare core 4, the body of the data line is Y-shaped as a whole, and there are three terminals, one of which is connected to the workbench connector 5, and the rubber tube corresponding to the terminal has a main core 3 and a spare core 4, the main line The core and the spare core are connected to the workbench joint at the same time, and the workbench joint is connected to the automation workbench. The other two terminals of the data line body are respectively connected to the main joint 7 and the spare joint 6. The main joint is connected to the main line core, and the spare joint Connected with the spare wire core, the outer side of the rubber tube 2 is covered with a wire mesh protective sleeve 11. The wire mesh protective sleeve is a tubular sleeve made of thin metal wires, which has strong tensile resistance and electrostatic shielding. As a result, the connecting end of the main connector 7, the spare connector 6 and the data line body 1 is provided with a connection reinforcement sleeve 10, one end of the connection reinforcement sleeve is tightly sleeved on the end of the main connector and the backup connector, and the other end is connected with the wire mesh protective sleeve , when the operator pulls out the plug, he accidentally pulls out the data cable body directly, and most of the force is borne by the wire mesh protective sleeve and the connection reinforcement sleeve, and the wire core in the rubber sleeve will not be subjected to tension, thereby protecting the wire core The four sides of the workbench joint 5, the main joint 7 and the spare joint 6 are all provided with bosses 8, the top surface of the boss 8 is a slope, and the height of the top surface is from one end close to the data line body to the other end Gradually lower, the top surface of the boss 8 is provided with anti-slip stripes 9, when pulling out any joint, two fingers pinch the bosses on the opposite sides of the joint respectively, and pulling the joint outward can pull out the joint very labor-savingly, even if Even if your fingers are stained with sweat or oil, you can easily pull out the connector.

Combined with the accompanying drawings, the usage method of the utility model is as follows: the workbench joint is connected with the automatic workbench, and the main joint is connected with the mold and other equipment. When there is a problem in data transmission, immediately pull out the main joint and insert the spare joint, mold and other equipment It can still work normally, the maintenance personnel repair the main joint, and replace the main joint when the spare joint is damaged, so as to avoid the shutdown of the mold and other equipment due to maintenance or replacement of the search joint, thereby improving the production efficiency of the mold and other equipment. Therefore, the utility model has the beneficial effects of being able to keep the equipment working continuously and improving work efficiency. the

Claims (4)

1. A data line for an automated workbench, characterized in that it includes a data line body (1), and the data line body (1) includes a rubber tube (2) and two sets of wire cores arranged in the rubber tube, respectively The main wire core (3) and the spare wire core (4), one end of the data cable body (1) is provided with a workbench joint (5), and the workbench joint (5) is simultaneously connected with the main wire core (3) and the spare wire The core (4) is connected, the main core (3) of the other end of the data line body (1) is connected with the main joint (7), and the spare core (4) is connected with the spare joint (6). 2. A data cable for an automated workbench according to claim 1, characterized in that the four sides of the workbench connector (5), the main connector (7) and the backup connector (6) are provided with The boss (8), the height of the top surface of the boss gradually decreases from one end close to the data line body to the other end. 3. The data line of an automated workbench according to claim 2, characterized in that an anti-slip stripe (9) is provided on the top surface of the boss (8). 4. The data line of an automated workbench according to claim 1, characterized in that, the outer side of the rubber tube (2) is covered with a wire mesh protective sleeve (11), and the main connector (7 ), the spare joint (6) and the connection end of the data line body (1) are provided with a connection reinforcement sleeve (10), and one end of the connection reinforcement sleeve (10) is sleeved on the main joint (7), the spare joint (6) , and the other end is connected to the screen protective sleeve (11).

Images