JP6017342B2 - Rebar processing equipment - Google Patents

Description

  The present invention provides a rebar receiving portion that can be received in a state where a plurality of rebars are arranged side by side in the radial direction, a rebar processing machine that processes the rebar received by the rebar receiving portion, and In the longitudinal direction of the rebar to be received, a reinforcing bar number measuring device is provided at a position aligned with the reinforcing bar processing machine, and the reinforcing bar number measuring unit is attached to the main body of the reinforcing bar number measuring device so as to be movable in the direction in which the reinforcing bars are arranged. The present invention also relates to a reinforcing bar machining apparatus that can measure the number of reinforcing bars by moving the reinforcing bar number measuring unit.

  Conventionally, in a reinforcing bar processing device that cuts or bends a reinforcing bar with a reinforcing bar processing machine, for example, the support frame of the reinforcing bar number measuring unit provided in the main body of the device is installed above the reinforcing bar that is received by the reinforcing bar receiving unit. In addition, the reinforcing bar number measuring unit is movably attached to the support frame from one side to the other side in the radial direction of the reinforcing bar (see, for example, Patent Document 1).

JP 2010-182172 A

  In other words, the support frame provided on the above-described conventional apparatus main body always exists above the reinforcing bar received by the reinforcing bar receiving part, and the reinforcing bar to be processed by the reinforcing bar processing machine is supplied to the reinforcing bar receiving part from above before the processing. It was an obstacle to the work to be taken out upward after processing.

  Accordingly, an object of the present invention is to solve the above-described problems and to supply a reinforcing bar received by the reinforcing bar receiving part from above the reinforcing bar receiving part or take it out upward.

  A first characteristic configuration of the present invention is provided with a reinforcing bar receiving portion that can be received in a state where a plurality of reinforcing bars are arranged side by side in the radial direction, and a reinforcing bar processing machine that processes the reinforcing bar received by the reinforcing bar receiving portion is provided. In the longitudinal direction of the reinforcing bar received by the reinforcing bar receiving unit, a reinforcing bar number measuring device is provided at a position aligned with the reinforcing bar processing machine, and the reinforcing bar number measuring unit is arranged on the main body of the reinforcing bar number measuring device. A rebar processing apparatus that is movably mounted in a direction and is capable of measuring the number of reinforcing bars by moving the reinforcing bar number measuring unit, wherein the reinforcing bar number measuring unit is above the reinforcing bar that is received by the reinforcing bar receiving unit. A support portion that is attached to the distal end portion of an arm that can be retracted from one side to the other side in the radial direction of the arm and that supports the base end portion side of the arm on the outer side of the reinforcing bar receiving portion on the one side. The rebar count measuring unit provided in the apparatus main body is an optical sensor including a light emitting unit that emits light toward the reinforcing bar and a light receiving unit that receives light reflected by the reinforcing bar, and the reflection from the reinforcing bar by the optical sensor. An arithmetic unit for determining the number of reinforcing bars by receiving light is provided in the reinforcing bar measuring device, and the arm is formed of a long member whose secondary moment in section is larger in the vertical direction than in the horizontal direction. is there.

According to the first characteristic configuration of the present invention, a support portion that supports the base end side of the arm on the one side on the outside of the reinforcing bar receiving portion is provided on the apparatus main body, and the number of reinforcing bars is measured at the distal end portion of the arm. When the arm is retracted before and after the rebar processing work, the rebar count measuring unit and the arm are not located above the rebar that can be received by the rebar receiving unit. Removal can be performed smoothly without obstacles.
Moreover, the reinforcing bar count measuring unit is an optical sensor including a light emitting unit that emits light toward the reinforcing bar and a light receiving unit that receives light reflected by the reinforcing bar, and receives reflected light from the reinforcing bar by the optical sensor. Since the arithmetic unit for determining the number of reinforcing bars is provided in the reinforcing bar number measuring device, the number of the reinforcing bars can be measured in a non-contact manner by the optical sensor and the arithmetic unit. In addition, the arm that attaches the optical sensor to its tip is formed by a long member whose secondary moment is larger in the vertical direction than in the horizontal direction, so that the optical sensor is reinforced by projecting the arm. Even if the arm is moved above, the arm is difficult to bend up and down, and the separation distance between the reinforcing bar and the optical sensor can be stably maintained. Therefore, it is possible to maintain high-precision measurement using an optical sensor while being non-contact.

  According to a second feature of the present invention, there is provided a reinforcing bar receiving portion that can be received in a state in which a plurality of reinforcing bars are arranged side by side in the radial direction, and a reinforcing bar processing machine that processes the reinforcing bars received by the reinforcing bar receiving portion. In the longitudinal direction of the reinforcing bar received by the reinforcing bar receiving unit, a reinforcing bar number measuring device is provided at a position aligned with the reinforcing bar processing machine, and the reinforcing bar number measuring unit is arranged on the main body of the reinforcing bar number measuring device. A rebar processing apparatus that is movably mounted in a direction and is capable of measuring the number of reinforcing bars by moving the reinforcing bar number measuring unit, wherein the reinforcing bar number measuring unit is above the reinforcing bar that is received by the reinforcing bar receiving unit. A support portion that is attached to the distal end portion of an arm that can be retracted from one side to the other side in the radial direction of the arm and that supports the base end portion side of the arm on the outer side of the reinforcing bar receiving portion on the one side. Provided in the main body of the apparatus, the rebar count measuring unit is provided with a locking part that can lock the rebars on the other side of the rebars that are arranged side by side and draw them to one side. An arithmetic unit that measures the width of a plurality of reinforcing bars and divides the measured width by the diameter of the reinforcing bars to determine the number of reinforcing bars is provided in the reinforcing bar number measuring apparatus.

According to the second characteristic configuration of the present invention, a support portion that supports the base end portion side of the arm on the one side outside the reinforcing bar receiving portion is provided on the apparatus main body, and the number of reinforcing bars is measured at the distal end portion of the arm. When the arm is retracted before and after the rebar processing work, the rebar count measuring unit and the arm are not located above the rebar that can be received by the rebar receiving unit. Removal can be performed smoothly without obstacles.
In addition, the rebar count measuring unit includes a locking part that can lock the reinforcing bars at the other end of the plurality of rebars that are arranged on the other side and draw them to one side, and the plurality of bars that are pulled to one side. In the state where a plurality of reinforcing bars are adjacent to each other, the arithmetic unit for measuring the width of the reinforcing bars and dividing the measured width by the diameter of the reinforcing bars to determine the number of reinforcing bars is provided in the reinforcing bar number measuring device. The number of them can be measured reliably while arranging them.

  According to a third characteristic configuration of the present invention, the arm is pressed from above onto the lower reinforcing bar in a state where the tip of the arm protrudes to the other radial side of the reinforcing bar received by the reinforcing bar receiving part. A mechanism for vertically moving the support part to be lowered is provided in the reinforcing bar number measuring device.

  According to the third characteristic configuration of the present invention, the arm that protrudes to the other side in the radial direction of the reinforcing bar received by the reinforcing bar receiving part moves the plurality of reinforcing bars from above as the support part is lowered by the vertical movement mechanism. Press to prevent the rebar from lifting. After that, coupled with the pulling of the reinforcing bars to the one side by the locking part, it is possible to measure while reliably arranging a plurality of reinforcing bars on the plane, and therefore, accurate number measurement can be ensured.

  According to a fourth feature of the present invention, there is provided a reinforcing bar receiving section that can be received in a state where a plurality of reinforcing bars are arranged side by side in the radial direction, and a reinforcing bar processing machine that processes the reinforcing bars received by the reinforcing bar receiving section. In the longitudinal direction of the reinforcing bar received by the reinforcing bar receiving unit, a reinforcing bar number measuring device is provided at a position aligned with the reinforcing bar processing machine, and the reinforcing bar number measuring unit is arranged on the main body of the reinforcing bar number measuring device. A rebar processing device that is movably mounted in a direction and is capable of measuring the number of rebars by moving the rebar count measuring unit, wherein the rebar count measuring unit is disposed below the rebar receiving unit on the lateral side of the rebar. Attach to the tip of the arm that can be moved back and forth from one side to the other side in the radial direction, and provide a support part for supporting the arm on the lower side of the apparatus body. Lined up Among the reinforcing bars, it has a locking part that can lock the reinforcing bar at the other end and draw it to one side, measure the width of multiple reinforcing bars drawn to one side, and measure the measured width of the reinforcing bar An arithmetic unit that calculates the number of reinforcing bars by dividing by the diameter is provided in the reinforcing bar measuring device.

According to the fourth characteristic configuration of the present invention, the reinforcing bar number measuring unit is attached to the distal end portion of the arm that can be retracted from one side to the other side in the radial direction of the reinforcing bar in the lower side of the reinforcing bar receiving unit. By providing a support part for supporting the arm on the lower side of the apparatus main body, the upper part of the reinforcing bar received by the reinforcing bar receiving part is released, and the work of supplying and taking out the reinforcing bar before and after processing is performed. It can be done freely without obstacles.
In addition, the reinforcing bar number measuring section includes a locking portion that can lock the reinforcing bars at the other end of the plurality of reinforcing bars and pull them to one side. In the state where a plurality of reinforcing bars are adjacent to each other, the arithmetic unit for measuring the width of the reinforcing bars and dividing the measured width by the diameter of the reinforcing bars to determine the number of reinforcing bars is provided in the reinforcing bar number measuring device. The number of them can be measured reliably while arranging them.

  A fifth characteristic configuration of the present invention is a reinforcing bar bending machine in which the reinforcing bar processing machine is provided with a force point part that can be freely rotated with respect to a fulcrum part, and the apparatus main body includes the reinforcing bar number measuring unit. The upper main body is composed of an upper main body and a lower main body, and the upper main body is connected to the lower main body through a pivot shaft so that the upper main body can swing left and right. A spring plate that pulls and urges the upper part of the power point part so that the upper body rotates against the urging force of the spring and retracts by contact with the force point part based on the turning operation of the force point part. Is provided in the upper body.

According to the fifth characteristic configuration of the present invention, when the reinforcing bar number measuring device is attached close to the reinforcing bar bending machine, the force point portion contacts the main body of the reinforcing bar number measuring device when the power point portion is rotated. However, since the power point portion comes into contact with the contact plate portion and the upper body rotates and retracts against the urging force of the spring, the reinforcing bar number measuring portion is not damaged.
Therefore, the reinforcing bar number measuring device can be attached as close as possible to the reinforcing bar bending machine, and a small-sized reinforcing bar bending product can be manufactured while measuring the number.

It is a whole top view of a reinforcing bar processing apparatus. It is a front view of a part of a reinforcing bar cutting machine and a reinforcing bar receiving body. It is a partial vertical side view of a reinforcing bar processing apparatus. (A) is a partial cross section top view of a reinforcing bar number measuring apparatus, (b) is the IVb-IVb sectional view taken on the line in Fig.4 (a). It is a partial vertical side view of the main part, (a) shows a state in which the arm is contracted, and (b) shows a state in which the arm is extended. It is a whole front view of a reinforcing bar bending apparatus. It is a side view of the reinforcing bar number measuring device of another embodiment. It is a side view of the reinforcing bar number measuring device of another embodiment, (a) shows the extension state of an arm, and (b) shows the contraction state of an arm. It is a perspective view of the reinforcing bar number measuring device of another embodiment. It is a partially vertical side view of another embodiment. It is the XI-XI sectional view taken on the line of FIG. It is the XII-XII sectional view taken on the line of FIG. It is a principal part vertical side view of another embodiment, (a) shows the expansion state of an arm, (b) shows the contraction state of an arm. It is a front view for operation | movement description of another embodiment.

[First Embodiment]
Embodiments of the present invention will be described below with reference to the drawings.
1 to 5 show a reinforcing bar cutting device that cuts and aligns a predetermined length of reinforcing bar B as an example of a reinforcing bar processing apparatus that processes a plurality of long reinforcing bars B such as different diameter steel bars for reinforced concrete.

The reinforcing bar cutting device is provided with a reinforcing bar receiving part 5 for receiving a plurality of reinforcing bars B in a state of being arranged horizontally in the radial direction, and a delivery path for sending out along the longitudinal direction of the reinforcing bar B on the upper surface of the reinforcing bar receiving part 5 A reinforcing bar receiving body 2 provided with 1 and a reinforcing bar cutting machine 4 (an example of a reinforcing bar processing machine) provided with a cutting blade 3 that is positioned in the middle of the delivery path 1 and cuts the reinforcing bar B on the delivery path 1; The cutting blade 3 is composed of a movable blade 3a located above and a fixed blade 3b located below.
In this specification, the rear end side of the reinforcing bar B when the reinforcing bar B is sent out along the delivery path 1, that is, the right side in FIG. 1 and FIG. That is, the left side in FIGS. 1 and 2 is referred to as “front side”.

The delivery path 1 for delivering the reinforcing bar B is divided into a rear side and a front side with the reinforcing bar cutting machine 4 as the center, and both of the delivery paths 1 are rotatable near the upper surface of the reinforcing bar receiving body 2. A sprocket 8 a formed by a number of held delivery rollers 8 and attached to each delivery roller 8 is wound around a delivery path chain 9, and each delivery roller 8 is rotated by an electric motor via the chain 9. A roller drive mechanism configured to be driven and configured to drive a number of delivery rollers 8 is configured by an electric motor (not shown), a chain 9, a sprocket 8a, and the like.
In the reinforcing bar receiving body 2 provided with such a delivery path 1, a reinforcing bar supply device 12 that is located on the rear side of the reinforcing bar cutting machine 4 and supplies the reinforcing bar B onto the delivery path 1 is also provided from the reinforcing bar cutting machine 4. A reinforcing bar recovery device 13 is disposed on the front side to recover the cut reinforcing bar pieces.

  The reinforcing bar cutting device is further provided with a reinforcing bar number measuring device 6 in a longitudinal direction of the reinforcing bar B received by the reinforcing bar receiving unit 5 at a position aligned with the reinforcing bar cutting machine 4. On the other hand, the reinforcing bar number measuring unit 10 is movably attached in the direction in which the reinforcing bars B are arranged, and the number of the reinforcing bars B can be measured by the movement of the reinforcing bar number measuring unit 10.

As shown in FIGS. 3 to 5, the tip of the arm 11 that can be moved back and forth from one side to the other side in the radial direction of the reinforcing bar B above the reinforcing bar B received by the reinforcing bar receiving unit 5. And a support part 14 that supports the base end side of the arm 11 on the one side outside the reinforcing bar receiving part 5 is provided on the apparatus body 7, and the reinforcing bar number measuring part 10 irradiates the reinforcing bar B with light. The light sensor 15 includes a light emitting unit that receives light reflected from the reinforcing bar B and a light receiving unit that receives the light reflected from the reinforcing bar B by the optical sensor 15 to calculate the number of reinforcing bars B. As shown in FIGS. 4 (a) and 4 (b), the arm 11 is provided in the measuring device 6 and the sectional moment of inertia is larger in the vertical direction (vertical direction) than in the horizontal direction (horizontal direction). It is formed of a long member.
That is, the arm 11 is formed by a long flat plate having a width larger in the vertical direction than the thickness, the arm 11 is sandwiched from above and below by a pair of upper and lower support rollers 16, and the pair of support rollers 16 are laterally moved. A plurality of sets are arranged in the (direction of moving operation of the optical sensor 15), and the arm 11 is supported in a direction in which the reinforcing bars B are arranged so that the arm 11 can be moved in and out.
As a result, even if the arm 11 is protruded larger than the support portion 14 toward the reinforcing bar receiving portion 5, the tip of the arm 11 is not excessively bent downward due to the load of the optical sensor 15, so that the optical sensor 15 extends from the reinforcing bar B. The vertical separation distance is prevented from changing depending on the degree of protrusion of the arm 11, and the measurement accuracy by the optical sensor 15 can be maintained high.

  The arm 11 is moved back and forth by connecting the front end of a cylinder rod 18 provided in a pneumatic fluid pressure cylinder 17 so that it can be moved back and forth to the rear end of the arm 11. (That is, the arm tip is retracted based on the projection of the cylinder rod 18 and the arm tip is projected based on the retraction of the cylinder rod 18). A reduction is made.

  On the further front side of the optical sensor 15 provided in the reinforcing bar count measuring unit 10, a light shielding plate 19 that prevents intrusion of light such as sunlight into the light receiving unit is rocked up and down via a hinge 20 to prevent disturbance. It can be attached freely and can be used by swinging upward when not needed.

  As shown in FIG. 5A, the movement of the optical sensor 15 based on the retracting operation of the arm 11 is as shown in FIG. 5B from the outer end on one side in the reinforcing bar juxtaposition direction. In addition, it is configured to detect and move toward the outer end of the other side of the reinforcing bar receiving portion 5.

Next, an example in which the reinforcing bar number measuring device 6 is provided in the reinforcing bar bending apparatus instead of the reinforcing bar cutting device will be described.
[Second Embodiment]
6 to 8, as an example of a reinforcing bar processing apparatus that processes a plurality of long reinforcing bars B such as different diameter steel bars for reinforced concrete, the reinforcing bar B is bent into a predetermined shape at a predetermined position in the longitudinal direction. A rebar bending apparatus is shown.

  The reinforcing bar bending apparatus is used for bending a reinforcing bar B such as a different diameter steel bar for reinforced concrete into a predetermined shape, and the longitudinal direction of the base 21 on the lower front surface of the base 21 of the reinforcing bar bending apparatus. A rail 22 is disposed along the direction, and two reinforcing bar bending machines (a first reinforcing bar bending machine 23 and a second reinforcing bar bending machine 24) for bending the reinforcing bar B into a predetermined shape are provided on the rail 22. 23 and 24 (corresponding to the reinforcing bar processing machine of the present invention) are placed so as to be close to and away from each other along the rail 22, and in the center of the longitudinal direction of the base 21 between the reinforcing bar bending machines 23 and 24. In the state where it is located, a clamp machine 25 for forming a clamp part for clamping the reinforcing bar B is provided, and a control device D for controlling the operating state of both the reinforcing bar bending machines 23 and 24 is provided outside the figure. Moving device that drives and moves the bending machine It is provided.

  The first rebar bending machine 23 and the second rebar bending machine 24 have the same configuration although there is a difference between right and left, and at the substantially center of the front surface of the frame 31 provided with running wheels that can run along the rails 22, A fulcrum portion 32 for bending a reinforcing bar B made of a pair of upper and lower members is fixed in an opposing state so as to sandwich the reinforcing bar B supplied as a bending object from both the upper and lower sides. In addition, a disk-like body 35, which is partially circular and faces the fulcrum part 32, can be rotatably driven around the axis X near the center between the pair of fulcrum parts 32. It is provided to be movable back and forth along the axis X. A power point roller 36 as a power point part for bending the reinforcing bar B is provided at the tip of the disk-shaped body 35, and the force-point roller 36 is driven along with the driving of the disk-shaped body 35 along the axis X. However, it is configured to project and retract outward through an arc-shaped long hole 37 provided in the frame 31 so that the position can be changed between a bending action position and a non-bending action position.

  The clamping machine 25 includes a fixed clamping member 26 and a movable clamping member 27 that are relatively movable up and down, and is configured to switch the movable clamping member 27 between a clamped fixed state and a fixed release state by a cylinder (not shown). The pair of fulcrum portions 32 of the reinforcing bar bending machine, the fixed clamping member 26 and the movable clamping member 27 can stably support the reinforcing bar B supplied as a bending object.

Accordingly, the reinforcing bar receiving portion 5 that can be received in a state where a plurality of reinforcing bars B are arranged side by side in the radial direction is formed on the upper surface of the fulcrum portion 32 and the fixed clamping member 26, and the reinforcing bar B that is received by the reinforcing bar receiving portion 5. Are attached to the rail 22 so that the reinforcing bar number measuring device 6 shown in FIGS. 7 and 8 is provided at a position aligned with the reinforcing bar bending machine (rebar processing machine).
The reinforcing bar number measuring device 6 is attached to the main body 7 of the reinforcing bar number measuring unit 10 so as to be movable in the direction in which the reinforcing bars B are arranged, and the number of the reinforcing bars B can be measured by moving the reinforcing bar number measuring unit 10. It is.
The reinforcing bar number measuring unit 10 is attached to the distal end portion of the arm 11 that can be retracted from one side to the other side in the radial direction of the reinforcing bar B above the reinforcing bar B received by the reinforcing bar receiving unit 5, and the base end side of the arm 11. Is provided on the apparatus main body 7 on the one side, and the reinforcing bar number measuring unit 10 has a reinforcing bar B at the other end of the plurality of reinforcing bars B arranged side by side. A key-shaped locking portion 29 that is locked and can be pulled to one side in the lateral direction by the first fluid pressure cylinder 28 is provided (FIG. 8 (a) → FIG. 8 (b)). The reinforcing bar number measuring device 6 is provided with an arithmetic unit (not shown) for measuring the width of the reinforcing bar B and dividing the measured width by the diameter of the reinforcing bar B to determine the number of the reinforcing bars B.

  With the distal end of the arm 11 protruding to the other radial side of the reinforcing bar B received by the reinforcing bar receiving part 5, the arm 11 is moved from above to the lower reinforcing bar B by the pneumatic second fluid pressure cylinder 30. The vertical movement mechanism 33 of the support portion 14 that is driven to descend so as to be pressed is provided in the reinforcing bar number measuring device 6, and the reinforcing bar receiving plate 44 that forms the reinforcing bar receiving portion 5 at the upper end is attached so as to be fixed in a vertically displaced manner. The rebar B is sandwiched between the arm 5 and the arm 11 so that the measurement of the number of rebars can be stabilized.

[Third Embodiment]
9 to 14 show an embodiment in which another type of reinforcing bar measuring device 6 is provided in the same reinforcing bar bending apparatus as that of the second embodiment.

As in the second embodiment, the reinforcing bar bending apparatus includes a reinforcing bar receiving portion 5 that receives a plurality of reinforcing bars B in a state of being arranged side by side in the radial direction, and a reinforcing bar bending machine (reinforcing bar) that processes the reinforcing bar B. And a reinforcing bar number measuring device 6 that is detachably attached to the rail 22 at a position aligned with the reinforcing bar processing machine in the longitudinal direction of the reinforcing bar B received by the reinforcing bar receiving portion 5.
The reinforcing bar measuring device 6 is provided with a mounting portion 38 that is detachably fixed at an arbitrary position with respect to the rail 22 at the lower portion of the device main body 7, and is carried away from the rail 22 at the upper portion of the device main body 7. The reinforcing bar number measuring unit 10 is attached to the apparatus main body 7 so as to be movable in the direction in which the reinforcing bars B are arranged, and the number of the reinforcing bars B can be measured by moving the reinforcing bar number measuring unit 10.
Further, as shown in FIGS. 10, 11, 12, and 14, the upper body 7B of the apparatus body 7 is pivotally supported in a swingable manner with respect to the lower body 7A of the apparatus body 7 provided with the mounting portion 38. The upper main body 7B is pulled and biased by the spring 41 so as to be in an upright posture (FIG. 12), and the power point roller 36 of the reinforcing bar bending machine adjacent to the apparatus main body 7 is contacted. A possible contact plate portion 42 is provided so that the upper body 7B can be tilted and retracted based on the contact of the power point roller 36 with the contact plate portion 42 when the power point roller 36 is driven to rotate (FIG. 14). The apparatus main body 7 is configured to avoid damage. Thereby, the reinforcing bar number measuring device 6 can be disposed close to the reinforcing bar bending machine.

  The reinforcing bar number measuring unit 10 is attached to the distal end portion of the arm 11 which can be moved back and forth by the fluid pressure cylinder 43 from one side to the other side in the radial direction of the reinforcing bar B at the lower side of the reinforcing bar receiving unit 5. The apparatus main body 7 is provided with a support portion 14 for supporting the reinforcing bar 14 at the lower side thereof, and the reinforcing bar number measuring unit 10 is engaged with the reinforcing bar B at the other end of the reinforcing bars B arranged on the other side. (FIG. 13 (a) → FIG. 13 (b)) is provided with a key-shaped locking portion 29, and the widths of a plurality of reinforcing bars B drawn to one side are measured and the measured widths of the reinforcing bars B are measured. A calculation device C that calculates the number of reinforcing bars B by dividing by the diameter is provided in the reinforcing bar number measuring device 6.

[Another embodiment]
Other embodiments will be described below.
<1> The reinforcing bar receiving main body 2 in the reinforcing bar cutting apparatus is provided with a delivery roller 8 so that the reinforcing bar B is supplied to the reinforcing bar cutting machine 4 or taken out from the reinforcing bar cutting machine 4. Thus, a function in place of the delivery roller 8 may be provided, or both of them may be provided.

  In addition, as mentioned above, although the code | symbol was written in order to make contrast with drawing convenient, this invention is not limited to the structure of an accompanying drawing by this entry. In addition, it goes without saying that the present invention can be carried out in various modes without departing from the gist of the present invention.

DESCRIPTION OF SYMBOLS 5 Reinforcement receiving part 6 Reinforcing bar number measuring device 7 Apparatus main body 10 Reinforcing bar number measuring part 11 Arm 14 Support part 15 Optical sensor B Reinforcing bar C Arithmetic unit

Claims (5)

Provide a rebar receiving part that can be received in a state where a plurality of rebars are arranged side by side in the radial direction,
A rebar processing machine for processing the rebar received by the rebar receiving part is provided,
In the longitudinal direction of the reinforcing bar received by the reinforcing bar receiving part, a reinforcing bar number measuring device is provided at a position aligned with the reinforcing bar processing machine,
A rebar processing device in which a reinforcing bar number measuring unit is movably attached to the main body of the reinforcing bar number measuring device in the direction in which the reinforcing bars are arranged, and the number of reinforcing bars can be measured by moving the reinforcing bar number measuring unit. And
The reinforcing bar number measuring unit is attached to a distal end portion of an arm that can be retracted from one side to the other side in the radial direction of the reinforcing bar above the reinforcing bar received by the reinforcing bar receiving unit, and the base end side of the arm is attached to the one side On the side, a support part that supports outside the reinforcing bar receiving part is provided in the apparatus main body,
The reinforcing bar number measuring unit is an optical sensor including a light emitting unit that emits light toward the reinforcing bar, and a light receiving unit that receives light reflected by the reinforcing bar,
An arithmetic unit for determining the number of reinforcing bars by receiving reflected light from the reinforcing bars by the optical sensor is provided in the reinforcing bar number measuring device,
A rebar processing apparatus in which the arm is formed of a long member whose secondary moment in section is larger in the vertical direction than in the horizontal direction. Provide a rebar receiving part that can be received in a state where a plurality of rebars are arranged side by side in the radial direction,
A rebar processing machine for processing the rebar received by the rebar receiving part is provided,
In the longitudinal direction of the reinforcing bar received by the reinforcing bar receiving part, a reinforcing bar number measuring device is provided at a position aligned with the reinforcing bar processing machine,
A rebar processing device in which a reinforcing bar number measuring unit is movably attached to the main body of the reinforcing bar number measuring device in the direction in which the reinforcing bars are arranged, and the number of reinforcing bars can be measured by moving the reinforcing bar number measuring unit. And
The reinforcing bar number measuring unit is attached to a distal end portion of an arm that can be retracted from one side to the other side in the radial direction of the reinforcing bar above the reinforcing bar received by the reinforcing bar receiving unit, and the base end side of the arm is attached to the one side On the side, a support part that supports outside the reinforcing bar receiving part is provided in the apparatus main body,
The reinforcing bar number measuring unit includes a locking part that locks the reinforcing bars at the other end of the plurality of reinforcing bars arranged and can be pulled to one side,
A reinforcing bar machining apparatus provided in the reinforcing bar number measuring apparatus, comprising: an arithmetic unit for measuring the width of a plurality of reinforcing bars drawn to one side and dividing the measured width by the diameter of the reinforcing bar to determine the number of reinforcing bars.   A vertically moving mechanism of the support portion that lowers the arm so as to press the lower reinforcing bar from above with the tip of the arm projecting to the other side in the radial direction of the reinforcing bar received by the reinforcing bar receiving portion; The reinforcing bar processing apparatus according to claim 2, which is provided in the reinforcing bar number measuring apparatus. Provide a rebar receiving part that can be received in a state where a plurality of rebars are arranged side by side in the radial direction,
A rebar processing machine for processing the rebar received by the rebar receiving part is provided,
In the longitudinal direction of the reinforcing bar received by the reinforcing bar receiving part, a reinforcing bar number measuring device is provided at a position aligned with the reinforcing bar processing machine,
A rebar processing device in which a reinforcing bar number measuring unit is movably attached to the main body of the reinforcing bar number measuring device in the direction in which the reinforcing bars are arranged, and the number of reinforcing bars can be measured by moving the reinforcing bar number measuring unit. And
The rebar count measuring unit is attached to the distal end of a retractable arm from one side to the other side in the radial direction of the rebar in the lower side of the rebar receiving unit, and the arm is supported below the support. Is provided in the apparatus body,
The reinforcing bar number measuring unit includes a locking part that locks the reinforcing bars at the other end of the plurality of reinforcing bars arranged and can be pulled to one side,
A reinforcing bar machining apparatus provided in the reinforcing bar number measuring apparatus, comprising: an arithmetic unit for measuring the width of a plurality of reinforcing bars drawn to one side and dividing the measured width by the diameter of the reinforcing bar to determine the number of reinforcing bars. The rebar bending machine is a rebar bending machine provided with a force point that can be rotated with respect to a fulcrum,
The device body is composed of an upper body provided with the reinforcing bar number measuring unit, and a lower body,
The upper main body is connected to the lower main body through a pivot shaft so as to be swingable left and right, and
Provide a spring that pulls and urges the upper body to be in a standing posture with respect to the lower body,
The upper main body is provided with a contact plate portion that rotates and retracts against the urging force of the spring by contact with the power point portion based on a rotation operation of the power point portion. 4. Rebar processing apparatus according to 4.

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