TWM608480U - Rope/belt fall box guiding mechanism - Google Patents

Abstract

This creation is a rope/belt drop box guiding mechanism. It is mainly provided with a horizontal displacement component group and a longitudinal swing component group on the rope belt machine. When the horizontal displacement component group is activated, the guide on the rope belt machine can be driven. The hook is moved back and forth horizontally, and when a longitudinal swinging member group is activated, the guide hook on the rope belt machine can be moved forward and backward, so that the guiding mechanism can guide the rope/belt to move forward, backward, left, and right. The rope/belt can be dropped more neatly and increase the capacity effect.

Description

Rope/belt drop box guide mechanism

This creation is applied to the technical field of textile industry equipment, especially a device that can provide a better guide when dropping the packing box in accordance with the rope/belt production speed.

Generally, after the rope belt is made by crocheting or other methods, when the rope belt is gradually completed, the rope belt will continue to drop naturally into the packing box through the outlet side of the rope belt machine, and after the packing box is loaded It can be transported to the next manufacturing process or other factories for the next stage of manufacturing process or assembly, such as making ear hooks, carrying straps or decorative strips for masks, etc.

However, when the conventional rope belt machine is finished and the rope is naturally dropped to the packing box, it is easy to cause the problem of entanglement of the whole group because there is no way to control the drop position of the rope, which leads to the subsequent transportation to the next process or When the product is processed in the factory, it is easy to cause the problem of the rope belt to be conveyed unsmoothly or knotted, which causes trouble and relatively inconvenience in use.

In order to solve the above shortcomings, the creator of this case developed my country's patent No. M600313 rope belt machine drop box swing device, because the rope belt machine re-traction rope/belt can only provide a two-way pendulum movement to drop the box. The operation of collecting and dropping boxes is not perfect, and there are still some improvements.

In view of the fact that the above-mentioned conventional rope belt machine is still inconvenient to use in the collection and use of rope belts, the creator of this creation has improved it.

The main purpose of this creation is to provide a rope/belt drop box guiding mechanism, which can assist the rope/belt to be placed in the packaging box in order, and move in multiple directions to avoid the rope/belt from being tangled in the packaging box. Or place it in a mess, and at the same time increase the storage and transportation capacity of the packing box.

In order to achieve the purpose of cost creation, a rope/belt drop box guiding mechanism was created, which includes: a lateral displacement component group, including a first driving component, a first passive group, a sliding seat, a moving rod and A plurality of guide hooks, the operation of the first driving member will drive a first passive group, a sliding seat, a moving rod and a plurality of guide hooks to move back and forth horizontally; a longitudinal swinging member group includes a second driving member , A second passive group, the second driving part is arranged on one side of the sliding seat, a second driving part is connected to a second passive group on the other side, the second passive group is connected with the moving rod and The plurality of guide hooks are connected, the operation of the second driving member drives a second passive group to reciprocate, and the second passive group will link the moving rod to rotate and together drive the plurality of guide hooks to move forward and backward. .

10: Rope machine

20: Main fixed part

30: Vice fixed part

40: guide rod

50: moving rod

51: guide hook

A: Packing box

60: Lateral displacement group

61: The first drive

62: The first passive group

63: Slip

64: rocker

65: connecting rod

66: Rotor

70: Longitudinal swing parts group

71: The second drive

72: The second passive group

73: bump

74: connecting rod

75: arm

76: Rotor

77: cut groove

80: control element

81: adjustment hole

82: Pulley switch

Implementation diagram of this creation example:

Figure 1: Example drawing of the rope/belt drop box guiding mechanism and the packing box of the rope belt machine in this creation example.

Figure 2: Example diagram of the rope/belt drop box guiding mechanism of the creation example.

Figure 3: The operating state of the longitudinal swinging member group in this creation example (1) The schematic diagram of the simulation implementation.

Figure 4: The operating state of the longitudinal swinging member group in the example of this creation (2) The schematic diagram of the simulation implementation.

Figure 5: This creation example is the implementation diagram of the simulation of the moving state of the lateral displacement component group viewed from the bottom.

Please refer to Figures 1 to 5 for the preferred embodiment of this creation. The rope/belt drop box guide mechanism of this creation is attached to the belt exit of the rope belt machine 10 (the appearance of the machine is not fully disclosed in the figure) The rope belt machine 1 has a main fixing part 20 and a secondary fixing part 30, and the main fixing part 20 and the auxiliary fixing part 30 are spaced apart, and a plurality of guide rods 40 and a moving rod 50 are arranged in the middle, and The rope/belt drop box guiding mechanism is used to coordinate the production speed of the rope/belt after the rope belt machine 1 is completed to move in a loop or arc in the packing box A, and the rope belt drop box guiding mechanism includes a horizontal Displacement component group 60, a longitudinal swing component group 70, and control element 80. The one lateral displacement component group 60 is provided at one side of the main fixing portion 20, and the longitudinal swing component group 70 is provided above the number guide 40 and the moving rod 50.

The lateral displacement member group 60 includes a first driving member 61, a first passive group 62, a sliding seat 63, a moving rod 50 and a plurality of guide hooks 51, and the first driving member 61 is fixed at On the side of the main fixing part 20, the first driving member 61 is a servo/stepping motor or other motors. The first passive group 62 includes a rocker 64 (equivalent to a cam), a connecting rod 65, and a sliding seat 63. The rotor 66 end of the first driving member 61 is connected to a rocker arm 64 of the first passive group 62, one end of the connecting rod 65 is pivoted with a rocker arm 64, and the other end is pivoted At the bottom of the sliding seat 63, the connecting rod 65 is provided with a screw thread inside the assembly to adjust the length. The length of the rocker arm 64 can be used to adjust the lateral travel distance of the sliding seat 63. The sliding seat 63 is set in the digital derivative. Between the rod 40 and the movable rod 50, a plurality of guide hooks 51 are equidistantly arranged on the movable rod 50, and the guide hooks 51 are used for the completed rope/belt to pass through. The sliding distance of the sliding seat 63 is transverse to that of the guide hook 51. The displacement is positively correlated.

The one longitudinal swinging element group 70 includes a second driving element 71 and a second passive group 72. The second driving element 71 is arranged on one side of the slide seat 63, and a second driving element 71 is arranged on the other side. Connected to a second passive group 72, the second passive group 72 includes a protrusion 73 (equivalent to a cam), a connecting rod 74, and a shift arm 75. The second driving member 71 is a servo /Stepping motor or other motor, the second driving member 71 is provided in the slot 77 of the rotor 76 on the other side of the slide seat 63, and a protrusion 73 is connected to the protrusion 73, and the protrusion 73 is protruding and exposed outside the rotor 76, Choose one end of the bump 73 and a second passive group 72 One end of the link 74 is pivotally connected, and the other end of the link 74 is pivotally connected to a shift arm 75, the one shift arm 75 is combined with a moving rod 50, the one link 74 Screws are arranged inside the assembly to adjust the length. The protrusion 73 and the arm 75 can be used to adjust the required length, and then the swing angle and stroke of the pendulum movement of the plurality of guide hooks 51 on the control moving rod 50 can be obtained.

In order for the rope/belt drop box guiding mechanism to guide the rope and belt into the packing box A, it can enter the packing box at a stable moving rate according to the production speed of the rope belt machine 1. The slide seat 63 is provided with a control element 80 corresponding to one side of the bump 73. The control element 80 is a sensor. The sensor can be a micro switch (limit switch). The control element 80 is located on the slide. The seat 63 is provided with an adjustment hole 81, which can be adjusted in height to match the length of the protrusion 73 of the second driving member 71 for distance adjustment. When the protrusion 73 is pressed against the switch of the control element 80, the one The first driving member 61 operates.

Please refer to Figures 1, 2 and 4. When the creative rope/belt drop box guide mechanism is operating as a longitudinal guide rope/belt, a second drive in the longitudinal swinging member group 70 is described. The member 71 will rotate, and when the servo/stepping motor rotor 76 of the second driving member 71 will drive a protrusion 73, a connecting rod 74 and a shift arm 75 on a second passive group 72 to reciprocate, The shift arm 75 rotates the moving rod 50 and drives the plurality of guide hooks 51 together to make a pendulum movement, and the swing amplitude and the swing speed of the plurality of guide hooks 51 can be fine-tuned by the connecting rod 74 , And the speed of the pendulum is controlled by the motor operating speed of the second driving member 71, and then adjusted to the required speed when the rope belt falls into the packing box A, so that the rope/belt can smoothly follow the required position And the speed falls into the box. In this regard, the longitudinal oscillating member group 70 can be used to control the rope/belt to fall into the packaging box longitudinally and linearly reciprocatingly.

Please refer to Figure 1, 2 and Figure 5, when the creation of the rope / belt drop box guide mechanism During the operation of the lateral guiding rope/belt, the rotor 66 of a first driving member 61 in the said lateral shifting member group 60 is running (servo/stepping motor), which will drive a rocker arm 64 and a The connecting rod 65 and a sliding seat 63 move back and forth on the guide rod 40 laterally together, and the displacement also drives the plural guide hooks 51 on the moving rod 50 to move together, and the speed of displacement can be determined by the rope/ Adjust the speed with the output speed. In this regard, the transverse displacement component group 60 can be used to control the reciprocating stroke required for the rope/belt to perform a transverse straight line and fall into the packing box.

And after the above-mentioned creation rope/belt drop box guide mechanism of a longitudinal swing member group 70 and a lateral displacement member group 60 completes a stroke, the rope/belt can guide the rope/ when entering the packing box A. With a front, back, or left and right winding type drop box, without considering the higher equipment conditions, a servo/stepping motor with a first driver 61 and a second driver 71 of this creation Programmable computer programs can be used to control the travel time, angle, and speed of the first driving part 61 and the second driving part 71 to interact with each other, so that the rope/belt can be neatly arranged according to the packing box A of different sizes. Collection.

Please refer to Figures 1, 2 and 4 for cooperation. Furthermore, as mentioned above, when the longitudinal swinging member set 70 of this creation completes the pendulum movement and guides the rope/belt drop box, the pendulum movement is a vertical swing width straight line. Drop the box, and when it is necessary to guide the rope/belt for lateral displacement and drop the box and can be achieved in a less cost-effective manner, this creation is located on the slide seat 63 with a control element 80, and the control element 80 is Corresponding to the protrusion 73 on the rotor 76 of the second driving member 71, when the protrusion 73 rotates and touches the pulley switch 82 of a control element 80, the signal will make the first driving member 61 actuate to achieve a plurality of support The guide hook 51 moves laterally to the required stroke. Because the second driving member 71 operates and the projection 73 separates from a control element 80 and continues to act, it repeatedly shifts back and forth to the left and right until the rope/belt falls into the packing box A, and This rope/belt will be stored in a bow shape when dropped into the packing box A, so that the rope/belt can be achieved. The belt is more tidy and improves the effect of more capacity.

This creation has been described by the above-mentioned embodiments and variations. All the embodiments and variations of this creation are only illustrative, based on the spirit and scope of the creation, and include the rope/belt drop of the rope belt machine with the above-mentioned features The various changes of the box guiding mechanism are covered by this new model.

10: Rope machine

20: Main fixed part

30: Vice fixed part

40: guide rod

50: moving rod

51: guide hook

60: Lateral displacement group

61: The first drive

62: The first passive group

63: Slip

64: rocker

65: connecting rod

66: Rotor

70: Longitudinal swing parts group

71: The second drive

72: The second passive group

73: bump

74: connecting rod

75: arm

76: Rotor

77: cut groove

80: control element

81: adjustment hole

Claims (8)

A rope/belt drop box guiding mechanism includes: a transverse displacement component group, including a first driving component, a first passive group, a sliding seat, a moving rod and a plurality of guide hooks. The operation of a driving member will drive a first passive group, a sliding seat, a moving rod and a plurality of guide hooks to move back and forth horizontally; a longitudinal swinging member group includes a second driving member and a second passive group. The second driving part is arranged on one side of the sliding seat, and a second driving part is connected to a second passive group on the other side. The second passive group is connected to the moving rod and the plurality of guide hooks. The operation of the two driving parts drives a second passive group to reciprocate, and the second passive group will rotate the moving rod and simultaneously drive a plurality of guide hooks to move forward and backward. According to the rope/belt drop box guide mechanism described in item 1 of the scope of patent application, the first passive group of the one lateral displacement component group includes: a rocker arm, a connecting rod, and a sliding seat. A first driving member of the first passive group is connected with a rocker arm of the first passive group, one end of the link is pivoted with a rocker arm, and the other end is pivoted on the bottom of the slide seat, and the moving rod is A plurality of guide hooks are equidistantly arranged, and the guide hooks are provided for the completed rope/belt to be threaded. The moving distance of the sliding seat is positively correlated with the lateral displacement of the guide hook. According to the rope/belt drop box guide mechanism described in item 1 of the scope of patent application, a second passive group of the one longitudinal swinging member group includes: a protrusion, a connecting rod, a shift arm, and Said a second driving part is provided in the cross-section groove of the rotor on the other side of the slide seat and is connected with a convex block, the convex block is protruding and exposed outside the rotor, and one end of the convex block is selected to pivot with one end of a connecting rod of a passive component The other end of the connecting rod is pivotally connected with a shifting arm, and the shifting arm is assembled with a moving rod. According to the rope/belt drop box guide mechanism described in item 1, 2 or 3 of the scope of patent application, a control element is arranged on the slide seat, and the control element corresponds to the second driving element When the bump rotates and touches the switch of a control element, the signal The first driving member will be activated to achieve the horizontal movement of the plurality of guide hooks to the required stroke. According to the rope/belt drop box guide mechanism described in item 2 or 3 of the scope of the patent application, wherein the one connecting rod is provided with a screw thread inside the component to adjust the length. According to the rope/belt drop box guide mechanism described in item 4 of the scope of patent application, the control element is a sensor, and the sensor can be a micro switch or a limit switch, and the control element is located at The slide seat is provided with an adjustment hole, and the height can be adjusted to match the length of the protrusion of the second driving member for pitch adjustment. According to the rope/belt drop box guiding mechanism described in item 1, 2 or 3 of the scope of patent application, the one of the first driving part and the second driving part can be selected as a servo/stepping motor. According to the rope/belt drop box guiding mechanism described in item 1, 2 or 3 of the scope of patent application, the rocker arm and the shift arm of the one first driving part and the second driving part are cams.

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