阅读说明：本技术 用于网络布线作业的线材智能长度计量设备 (Intelligent wire length metering equipment for network wiring operation ) 是由 冀凌波 陈晓娟 李立宇 于 2020-04-28 设计创作，主要内容包括：本发明实施例提供一种用于网络布线作业的线材智能长度计量设备,包括：用于缠绕线材的线辊、用于计量长度的计量单元,所述计量单元包括两个并排设置的计量辊、旋转计量传感器、主处理器,缠绕在线辊上的线材通过两个计量辊之间的间隙,所述两个计量辊之间具有预设间距以使所述线材在伸缩时带动所述两个计量辊转动；其中所述至少一个计量辊上设有用于计量转动距离的旋转计量传感器以计量所述计量辊的转动距离；其中所述旋转计量传感器连接所述主处理器以使所述主处理器将所述旋转计量传感器的测量值转换为线材的长度值。(The embodiment of the invention provides intelligent wire length metering equipment for network wiring operation, which comprises: the wire length measuring device comprises a wire roller for winding a wire and a measuring unit for measuring the length, wherein the measuring unit comprises two measuring rollers arranged side by side, a rotary measuring sensor and a main processor, the wire wound on the wire roller passes through a gap between the two measuring rollers, and a preset distance is formed between the two measuring rollers so that the wire drives the two measuring rollers to rotate when the wire stretches and contracts; wherein a rotary metering sensor for metering the rotating distance is arranged on at least one metering roller so as to meter the rotating distance of the metering roller; wherein the rotary metering sensor is connected with the main processor so that the main processor converts the measurement value of the rotary metering sensor into a length value of a wire.)

1. A wire rod intelligence length measurement equipment for network wiring operation which characterized in that includes:

the wire length measuring device comprises a wire roller for winding a wire and a measuring unit for measuring the length, wherein the measuring unit comprises two measuring rollers arranged side by side, a rotary measuring sensor and a main processor, the wire wound on the wire roller passes through a gap between the two measuring rollers, and a preset distance is formed between the two measuring rollers so that the wire drives the two measuring rollers to rotate when the wire stretches and contracts; wherein a rotary metering sensor for metering the rotating distance is arranged on at least one metering roller so as to meter the rotating distance of the metering roller; wherein the rotary metering sensor is connected with the main processor so that the main processor converts the measurement value of the rotary metering sensor into a length value of a wire.

2. The intelligent wire length metering device for network wiring operation as claimed in claim 1, wherein the wire roller comprises an annular coil and a motor for driving the coil to rotate, and the motor is connected with the coil through a flywheel to drive the coil to rotate.

3. The intelligent wire length metering device for network cabling operations as claimed in claim 2, wherein the motor is provided with a power source to drive the motor to rotate.

4. The intelligent wire length metering device for network wiring operation as claimed in claim 1, wherein a length display unit is provided on the metering unit to display the current wire usage or the remaining wire amount in real time.

5. The intelligent wire length metering device for network wiring operation as claimed in claim 1, further comprising a communication mechanism on the metering unit, wherein the communication mechanism is connected with the main processor to transmit the expansion and contraction amount of the wire measured by the metering roller to a remote device.

6. The intelligent wire length metering device for network wiring operation as claimed in claim 1, wherein the rotation metering sensor is an optical rotation counting device which is divided into an inner ring and an outer ring, an optical laser emitting point device and a laser receiving point device are arranged in the outer ring, the inner ring is fixed on the edge of the upper roller shaft and rotates along with the rotation of the upper roller, and the inner ring is of a solid structure and is equally divided into 3 laser channels passing through the normal side. When the inner ring rotates, the laser signal can be intermittently received to realize the metering counting with the precision of 1/6 circles each time, and the counting signal is transmitted to the core processing unit to be further operated to realize the length metering.

Technical Field

The embodiment of the invention relates to the technical field of Internet of things, in particular to intelligent wire length metering equipment for network wiring operation.

Background

The network wiring operation is a common network engineering operation type, such as machine room construction, distribution substation communication network construction, network equipment access, and the like. With the development of electronic information technology, the management of a large number of network wiring operation engineering projects has also entered the electronic era. Various wires including network cables, power lines and grounding wires are consumable materials which are necessary and used in large quantity in network wiring engineering, and the practical problem of network wiring operation engineering delay caused by failure of timely supplement of consumable carrying quantity often exists.

Disclosure of Invention

Aiming at the problem that intelligent measurement of wires carried in network wiring is lacked in the prior art, the embodiment of the invention provides intelligent wire length measuring equipment for network wiring operation, which is portable and can intelligently remind the allowance and improve the working efficiency.

In order to solve the above problem, an embodiment of the present invention provides an intelligent wire length measuring device for network wiring operation, including:

the wire length measuring device comprises a wire roller for winding a wire and a measuring unit for measuring the length, wherein the measuring unit comprises two measuring rollers arranged side by side, a rotary measuring sensor and a main processor, the wire wound on the wire roller passes through a gap between the two measuring rollers, and a preset distance is formed between the two measuring rollers so that the wire drives the two measuring rollers to rotate when the wire stretches and contracts; wherein a rotary metering sensor for metering the rotating distance is arranged on at least one metering roller so as to meter the rotating distance of the metering roller; wherein the rotary metering sensor is connected with the main processor so that the main processor converts the measurement value of the rotary metering sensor into a length value of a wire.

The wire roller comprises an annular coil and a motor for driving the coil to rotate, and the motor is connected with the coil through a flywheel to drive the coil to rotate.

Wherein, this motor is equipped with the power in order to drive the motor rotates.

Wherein, the metering unit is provided with a length display unit for displaying the current wire usage or the residual wire amount in real time.

The metering unit further comprises a communication mechanism, and the communication mechanism is connected with the main processor to transmit the stretching amount of the wire rod measured by the metering roller to a remote device.

The rotary metering sensor is an optical rotary counting device which is divided into an inner ring and an outer ring, an optical laser emitting point device and a laser receiving point device are arranged in the outer ring in a measuring mode, the inner ring is fixed on the edge of the upper roller shaft and rotates along with the rotation of the upper roller, and the inner ring is of a solid structure and is equally divided into 3 laser channels penetrating through the side of a normal line. When the inner ring rotates, the laser signal can be intermittently received to realize the metering counting with the precision of 1/6 circles each time, and the counting signal is transmitted to the core processing unit to be further operated to realize the length metering.

The technical scheme of the invention has the following beneficial effects: above-mentioned technical scheme provides a wire rod intelligence length measurement equipment for network wiring operation, can realize: measuring the lengths of various wires; monitoring the residual consumable data, and comparing the residual consumable data with a preset value; when the current wire length measurement residual value is lower than a preset value, the device alarms by itself; when the current wire length measurement residual value is lower than the preset value, the device sends reminding information to the appointed platform through the communication device.

Drawings

Fig. 1 is a schematic structural diagram of a wire intelligent length metering device for network wiring operation according to an embodiment of the present invention.

Detailed Description

In order to make the technical problems, technical solutions and advantages of the present invention more apparent, the following detailed description is given with reference to the accompanying drawings and specific embodiments.

The invention discloses intelligent wire length metering equipment for network wiring operation, which can intelligently count the use amount of wires so as to carry out intelligent length metering. As shown in fig. 1, the intelligent wire length measuring device for network wiring operation according to the embodiment of the present invention includes:

the wire measuring device comprises a wire roller for winding a wire, a measuring unit 4 for measuring the length, wherein the measuring unit 4 comprises two measuring rollers 51 arranged side by side, a rotary measuring sensor 52 and a main processor, the wire 6 wound on the wire roller passes through a gap between the two measuring rollers 51, and a preset distance is formed between the two measuring rollers 51 so that the wire 6 drives the two measuring rollers 51 to rotate when stretching; wherein a rotary metering sensor 52 for metering the rotating distance is arranged on the at least one metering roller 51 to meter the rotating distance of the metering roller 51; wherein the rotary metering sensor is connected to the main processor so that the main processor converts the measurement of the rotary metering sensor into a length value of the wire 6.

As shown in fig. 1, the wire roller includes a ring-shaped coil and a motor 2 for driving the coil to rotate, the motor being connected to the coil through a flywheel 1 to drive the coil to rotate. Wherein, the motor 2 is provided with a power supply 3 to drive the motor 2 to rotate.

As shown in fig. 1, a length display unit 9 is provided on the metering unit to display the current usage amount of the wire or the remaining amount of the wire in real time.

Further, a communication mechanism 8 is further included on the metering unit, and the communication mechanism 8 is connected with the main processor to transmit the stretching amount of the wire 6 measured by the metering roller 51 to a remote device.

The rotary metering sensor is an optical rotary counting device which is divided into an inner ring and an outer ring, an optical laser emitting point device and a laser receiving point device are arranged in the outer ring in a measuring mode, the inner ring is fixed on the edge of the upper roller shaft and rotates along with the rotation of the upper roller, and the inner ring is of a solid structure and is equally divided into 3 laser channels penetrating through the side of a normal line. When the inner ring rotates, the laser signal can be intermittently received to realize the metering counting with the precision of 1/6 circles each time, and the counting signal is transmitted to the core processing unit to be further operated to realize the length metering.

In one implementation, this may be achieved by:

a core processing unit. And the device is responsible for receiving the positive/negative rotation count of the optical rotation technical device, converting the positive/negative rotation count into length, measuring the length of the existing inventory consumable material and transmitting display data to the length display unit. The core processing unit is responsible for monitoring the counting allowance and sending a communication instruction to the communication unit when the allowance reaches a set value so as to send prompt information to a specified receiving point.

A length display unit. And displaying the length margin.

A communication unit. And the reminding functions of communication between the equipment and the specified communication device, margin alarm and the like are realized.

And a clamping roller metering unit. The clamping roller metering unit consists of 2 roller devices with 4 pressurizing columns. The 4 pressurizing columns provide upward and downward active pressure in two groups to keep the upper and lower 2 rollers to clamp the line type consumables and realize rolling when the consumables are rolled into/out and trigger the optical rotary counting device to count.

An optical rotary counting device. The optical rotary counting device is divided into an inner ring and an outer ring, an optical laser emitting point device and a laser receiving point device are arranged in the outer ring in a measuring mode, the inner ring is fixed on the edge of the upper roller shaft and rotates along with the rotation of the upper roller, and the inner ring is of a solid structure and is equally divided into 3 laser channels penetrating through the side of a normal line. When the inner ring rotates, the laser signal can be intermittently received to realize the metering counting with the precision of 1/6 circles each time, and the counting signal is transmitted to the core processing unit to be further operated to realize the length metering.

Wire-type consumables. The line type consumable materials are the measurement objects of the design.

A flywheel structure. The flywheel structure is used for matching with the motor unit to provide rolling power and eliminating reverse resistance during output to realize normal output.

A motor unit. The motor unit is matched with the flywheel structure to provide rolling power and provide other power such as moving power of the whole device.

A power supply unit. The system is responsible for providing energy for the core processing unit, the length display unit, the communication unit, the optical rotation technology device, the motor unit and other units.

While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined in the appended claims.