TWI246955B - Apparatus capable of trimming and joining operations - Google Patents

Abstract

This invention relates to an apparatus capable of trimming and joining operations, including a machine bed provided with a motor therein; a first and a second transmission device that are provided to opposing sides of the machine bed and connected to the motor; a sawing device connected to the first transmission device; a nailing device connected to the second transmission device; two clutching devices each connected to the first and second transmission devices; two control devices each connected to the two clutching devices for controlling the clutching devices to engage with and disengage from the transmission devices. Operation of the control device on the first transmission device would cause the clutching device to actuate the first transmission device and to drive the sawing device to perform a sawing movement so as to achieve the trimming operation, or operation of the control device on the second transmission device would cause the clutching device to actuate the second transmission device and to drive the nailing device to perform a nailing movement so as to achieve the joining operation.

Description

1246955 V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) Technical Field of the Invention The present invention mainly discloses a machine that has both cutting and joining. [Prior Art] According to the changing structure of society, the quality of life that people demand is relatively high, and the requirements for things are also very delicate from the old thinking of "can be used". Only continuous improvement or innovation The idea can meet the needs of modern society. Please refer to "Double-Saw Frame Cutting Machine" of Chinese Patent Publication No. 52 6800, which comprises a body 10 and a sawing device 20. The top surface of the body 1 is a bed 11 , and the surface of the bed 11 is provided with a horizontal baffle. The two sides of the bed 11 are respectively provided with a guide rail 12 which forms an angle of 45 degrees with the baffle 11 , on the guide rail. 12 is provided with a sawing device 20, the sawing device 2 includes a power source 22, the power source 22 can drive the saw blade 24 to rotate; wherein the body 1 is further provided with a pressure cylinder 14, which can be The control drives the sawing device 2 to slide along the guide 12 to reach the cutting angle. c The conventional structure still has many disadvantages in practical use, because it is tied to the two sides of the bed, and the other power source 2 2 drives the data piece 24 to rotate, and one body 1 q uses two power sources 22 Not only does it take up a lot of space, but it also consumes a lot of power, which increases the manufacturing cost, and it uses the pressure cylinder 14▲ to drive the sawing device 20, which not only makes the installation procedure of the body 10 complicated, but also stops in an emergency. Potentially dangerous. In addition, if you want to perform the action after the sawing, you need to use the nailing or other methods to join, which is quite convenient. This design that does not conform to the industry is very impractical, so there are two $

Page 5 1246955 V. Description of invention (2) ----- Necessary. In view of the above-mentioned lack of the conventional structure, the inventors have invented a tool that has both cutting and joining, which can overcome the above-mentioned conventional products: That is, when the line is stopped, it is not necessary to "set up a motor, and each of them is connected to the two-in-one operation. The device is activated to achieve the cutting of both sides of the clutch and the drive is connected to the motor. A nailing device, a device, and a separate device for the clutching action, respectively, have a power source to drive the saw source, which not only occupies a large amount of space, but also uses the pressure cylinder to drive the saw to continue to be complicated. More than an emergency. In addition, after sawing, using an injection or other method

All the defects in the invention. The problem lies in the rotation of the film. It also consumes the time when the device is not moved. If it is not ready to be engaged, it should be placed in the first position. The two-way control device transmission device, the cutting tool and the structure of the raw one-cutting cutting device are used in the body, but the machine body has a latent action, and there is a machine tool table with cutting and joining. Two powers on both sides cause this. The danger of installing the hand is additionally to be improved. The joining machine is first and the first set in the _ clutch device. By operating the function of the first transmission, the first device is activated, and one of the transmissions is attached. A saw is connected to the second transmission and is controllable in the first device and is driven or operated. The transmission includes a device, and the second transmission device is coupled to the transmission and is driven by the second drive. One machine is separately I, and the other is installed. Second device spear device i drive I move 4

Page 6 1246955 V. INSTRUCTIONS (3) The device creates a dream designer. Other Objects Describe the effect of the associated needle action to achieve engagement, and the figures will be more apparent for advantages and novel features of the present invention. It is highly progressive from the following detailed [implementation of a good implementation, please participate in the machine 40, a plug-in move to the cut 70, so that there is a way to create a horse before] In the first block 10, the machine is nailed to the first drive, and the work of the clutch is described. The structure, means and function of the structure are detailed in the figure. As after 'this is for illustrative purposes only. In the patent chart to the third figure, the present invention includes a base 10 and a loading assembly, wherein the first connecting connecting rod 21 is connected to the base 10 The first and the fifth 50, the two-way transmission device 20 is set to 20, and the driving or operating position 60 is activated to achieve the first position. The motor 10 is formed in the socket 10. The housing can be separately mounted by using a housing. The 20 series can utilize the two transmissions 20, 30 and the two control devices 70 to cause the sawing device 40 to produce a function of the second transmission 30 and the transmission 30; wherein: The accommodating space 1 1 is a pneumatic motor, and is also covered by a cover 13 and is attached to the receiving device. The first rotating wheel 22 and the second fixed seat 23 are connected to each other. With 'a sawing device 7 0 _. The control device that is activated by the clutch device 60 is provided with a motoring space 11 and a fixing device 15 therein. And the motor 12 is coupled to the motor 12 to include the driver 24. The

1246955 V. INSTRUCTION DESCRIPTION (4) A shaft 21 is disposed on the shaft 21, a fixing hole 212 is recessed in the first end of the shaft 21, and a coupling hole 213 is recessed in the second end; the wheel 22 can be driven by the motor 12 The center of the runner 22 is provided with a through hole 221. The runner 22 is sleeved on the shaft 21 and has a relative rotational relationship with the shaft 21. The side of the runner 22 is provided with a 222. The holes 222 may be through; the two fixing bases 23 respectively have a bearing hole 2 3 1 and a joint portion 2 3 2 , and the two fixing seats 23 are respectively sleeved on the two ends of the shaft 2 1 by using the bearing holes 23 1 And the second fixed seat 23 is fixed in the accommodating space 11 of the base 10 by the joint portion 232; one end of the urging member 24 has a joint portion 241, the joint portion The 2 41 series is combined with the coupling hole 2 1 3 of the shaft 2 1 and can be driven by the shaft 2 1 . The urging member 24 is provided with an eccentric cylinder 242 opposite to one end of the joint portion 241 . The shaft 21 is opposite to the one end of the guiding member 24 and can be locked to the fixing hole 212 by a bolt passing through the spacer. The shaft 21 can be prevented from falling off from the bearing hole 23 1 of the fixing seat 23 when the shaft 21 rotates. The second transmission device 30 is mounted in the base 10 and connected to the motor 12, and the connection mode can be linked by a belt. The second transmission device 3 includes a shaft 31 and a bearing 32. a rotating wheel 33, a flywheel 34, two fixing bases 35 and a driving member 36. The shaft 31 is provided with a key 311, a first end of the shaft 31 is recessed with a fixing hole 312, and the second end is convexly combined The bearing 32 is sleeved on the shaft 31; the wheel 33 can be driven by the motor 12, and a through hole 331 is defined in the center of the wheel 33. The wheel 33 is sleeved on the bearing 32 through the through hole 331 and The shaft 33 has a relative rotation relationship with the shaft 31. The side of the wheel 33 is provided with a socket 332. The socket 332 can be penetrated. The flywheel 34 is sleeved on the bearing 32 and has a relative rotation relationship with the shaft 31. The two fixing seats 35 have respectively

1246955 . — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — The two guiding members 4 are fixed in the accommodating space 11 of the base 1 by the joint portion 352; the damper of the rod 31 has a coupling hole 136, and the coupling hole 361 is coupled with the shaft member. The phase/close' can be driven by the shaft 31 and led to the groove 362 of the driver 36. The shaft 31 is opposite to the 312, and can be locked to the fixing hole by a bolt passing through the gasket. When the mine shaft 31 is rotated, the bearing hole of the fixing seat 35 is detached. The row sawing action clothing f 4〇5 includes: a saw blade 41, which can be combined with the pushing device "to enter the first transmission 9 cutting device 40 is installed in the first transmission device 20, and the moving member 24 is driven 24 phase connection, the ore cutting device 4 can be reciprocated by the reciprocating movement, the reciprocating movement of the reciprocating 7"/, when the driving member 24 rotates, the cylinder 242 is formed. The cutting work L sawing device 4 〇 produces - sawing action The nailing device 5〇 includes a 装: nailing action, the nailing device 50 is |= the first fixing device 15 is connected to the driver 36 of the agricultural device 30, and the device 36 is connected to the device 3〇' The groove 362 drives the nailing device 5. The nailing device 5 can be reciprocated, and the reciprocating motion can make the driving member 36=turn the groove 362 to achieve the function of the joint. The T device 50 generates a binding. The two clutch devices 6 are respectively mounted on the '30' and the clutch device 60 includes a second transmission, a cover 63 and an elastic member 64. Please: Show (II) 61, - Clutch (4), - Runner 22 and Fix (4) Between, and away: the figure is based on the seat of the genus 61

Page 9 1246955 V. Description of the Invention (6) An annular convex portion 611 is formed, and a sliding groove 612 is formed in the outer peripheral edge of the clutch seat 6 1 for inserting into the clutch block 62. The center of the clutch seat 61 The through hole 6 1 3 is provided to be sleeved on the shaft 2 1 , and the through hole 6 1 3 has a groove 614 for the key 211 of the shaft 21 to be slidably disposed, so that the clutch seat can be driven when the shaft 21 is operated. 6 1 rotation; the clutch block 6 2 has a sliding portion 6 2 1 and a slanting portion 6 2 2 , and the sliding portion 6 2 1 can be axially limited within the sliding groove 6 1 2 of the clutch seat 6 1 The position is slid and can be inserted into the socket 222 located on the side of the wheel 22. Because the slanting portion 622 protrudes from the outer periphery of the clutch seat 61, it can be restrained by the convex portion 61 of the clutch seat 61. Without causing the escape, wherein the oblique portion 622 and the convex portion 611 of the clutch seat 61 form an angular gap; the cover 63 is not covered by the clutch seat 6 1 opposite to the convex portion 61 1 to maintain the clutch The block 62 does not fall off when it slides in the sliding slot 612; the elastic member 64 is disposed between the clutch 62 and the cover 63, so that the sliding portion 62]1 of the clutch 62 can be kept. Runner 22 side of the force. The two control devices 70 are respectively connected to the two clutch devices 6〇, and the control device 70 includes a control lever 71 for the user to operate, a link 2 and a control piece 73. The two ends of the connecting rod 72 are respectively pivotally connected between the control port 71 and the port 3 of the control piece 7, and the control rod 71 can be operated to interlock the control piece 73. The control piece 73 is an arc-shaped piece and can be attached. The control piece 73 includes a tapered portion 731 and a blocking portion 732. The control cone #731 can extend the convex portion 611 of the clutch seat 61 and the clutch 62 to the oblique card 22. In the gap between the gaps formed, and the oblique relationship between the oblique card of the clutch 62: 6′′, and when the oblique portion 622 of the clutch 62 falls on the control and broadcast portion 732, The slip portion 621 of the clutch 62 is just completely pumped

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The jack 22 2 of the wheel 22 is separated. & y 2 Referring to the fourth figure, the control device 70 is connected to the clutch device 60, and the control and clutch 62 are not yet in contact, the slip portion 621 of the clutch block 62 is inserted; the side of the runner 22 of the transmission device 20 is In the socket 222, at this time, the invention (7) rotation can drive the clutch device 60 to rotate, and the rotating clutch device β rotates with the % drive shaft 21, so that the driver 24 can be rotated and operated. In the fifth picture of the wheat photo, when the rotating wheel 22 rotates to drive the clutch device 6〇, due to the control, 7〇 is connected to the clutch device 6〇, so when the rotating wheel 22 connects the clutch device to the control piece 73 of the control device 7〇 In the receiving, the clutching slanting portion 622 of the clutching ghost 622 will have a sliding relationship with the tapered portion 731 of the control piece 73 and fall on the control piece 73. #邱7<^ μ station sharp person a 6?1 士入 k block The 222 of the slip portion of the clutch block 62 is rotated. In this case, the rotating wheel 22 is rotated, the clutch device 60 is operated, and the clutch device 6 〇 loses power, ie, the rotating method and the shaft 2 丨The driver 24 is also in a stopped state. The slave-turn-value is shown in the sixth figure. When the motor 12 is running, it can (at the same time, the first fish-driver 20, 3 turns, the wheels 22, 33 rotate, and the 70; are connected to the - miscellaneous When the βη μ is from - the axis of the control device 30 is separated from the second transmission device 2, the control device 7 is separated from the clutch device 60, the wheel 22 can be rotated by the delta device 60 The rod 21 is also rotated.

Referring to Figures 8 and 9, the sawing device 40 of the first transmission 2, which is operated on the actuating member 24, is driven by J 1246955.

The periodic action of the upward and downward movement of the y mineral sheet 4 1 can make the sawing on the mineral cutting device μ and produce a sawing action to achieve the cutting effect. ^ "..., the tenth figure, after the end of the cutting action, the jointing action is performed, and the control device 7 on the first transmission device 20 can be connected to the clutch device 60 to stop the operation of the shaft; and the second transmission The control device 70 on the device 30 is separated from the clutch device 60, causing the wheel 33 to rotate the clutch device 6 to rotate the shaft 31.

In the eleventh and twelfth drawings of the tea, when the second transmission device 30 is in operation, the nailing device 5 connected to the driving member 36 is driven to operate, and the eccentric concave is caused by the rotation of the driving member 36. The groove 3 6 2 forms a reciprocating motion, and each round of rotation forms a circumferential action of the upward and downward directions of the striker 5 1 , so that the hammer pin 5 1 on the nailing device 50 can generate a nailing action to achieve the joint effect. . In view of the above, it can be summarized that the present invention has the following advantages: 1. The present invention relates to a "cutting and joining machine" in which the motor can simultaneously drive two transmissions for cutting and engaging operations. The motor can be an electric motor or a pneumatic motor, and the versatility is diverse. 2. The invention has the same function of cutting and joining, wherein the transmission device can be connected with a sawing device or a nailing device to achieve cutting and cutting. Joint work

3: The invention relates to a "cutting and joining machine", wherein the clutch of the clutch device can cooperate with the rotating wheel of the transmission to form a clutching action to control the progress or stop of the work. 4. The invention relates to a "cutting and joining machine", wherein the control device and the control piece can have a relative sliding relationship with the clutch of the clutch device.

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1246955__ V. INSTRUCTIONS (9) The clutching action between the clutch device and the transmission device can be controlled. 5. The invention also has a cutting and joining machine, wherein the clutch has an inclined card portion, and the control piece has a tapered portion, both of which are designed as inclined surfaces, so that the sliding contact can be easily contacted. The present invention is highly industrially useful; and no identical or similar invention has appeared in domestic and foreign publications or in public use, and has been in compliance with the positive and negative requirements of the Patent Law, and should be granted an invention patent. The above description is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, so that the numerical value is changed or the equivalent element is replaced, or the equivalent of the scope of the patent application of the present invention. Changes and repairs should remain within the scope of the invention patent.

Page 13 1246955 BRIEF DESCRIPTION OF THE DRAWINGS [Brief Description of the Drawings] - Figure 3 is a perspective view of the present invention. The first perspective view of the present invention is a perspective exploded view of the present invention. . The fourth figure is a clutch motion diagram of the present invention, showing that the clutch block is inserted in the fifth wheel of the wheel 〇. Figure 6 The seventh picture moves. The eighth figure The ninth figure The tenth figure The movement 0 is the clutch operation diagram of the present invention, which shows that the clutch block is completely pulled away and turned into the transmission state diagram of the present invention, indicating that the transmission device is not activated. For the transmission state diagram of the present invention, it is shown that the first transmission device is a sawing action diagram of the present invention, indicating that the saw blade is descending. The sawing action diagram of the present invention indicates that the saw blade is ascending. For the transmission state diagram of the present invention, the second transmission is activated

The eleventh figure is the nailing action diagram of the present invention, and the table (showing the collision: the needle is descending. The twelfth figure is the nailing action diagram of the present invention, showing the collision: the needle is ascending. Annex • is the patent announcement of China] No. 526800 No. 0. [Simple description of component symbol] * 10 Base 11 accommodating space 12 Motor 13 Cover 14 Pushing device 15 Fixing device 20 First transmission 21 Shaft 21 1 Key 212 Fixing hole 213 Binding hole 22 Runners Page 14 1246955 Brief description of the drawings 2 2 1 Through hole 222 Jack 23 Fixing seat 231 Bearing L 232 Joint 24 Pilot 241 Joint 242 Cylinder 30 Second transmission 31 Shaft 311 Key 312 Fixed 孑L 313 郜32 bearing 33 runner 331 through hole 332 jack 34 flywheel 35 fixing seat 351 bearing hole 352 joint 36 ejector 361 coupling hole 362 groove 40 sawing device 41 saw blade 50 nailing device 51 striker 6 0 Clutch device 61 clutch seat 611 convex portion 612 chute 613 through sub-L 614 groove 62 clutch block 621 slip portion - 622 oblique card 63 lid 64 resilient member 70, the control device 71 72 73 732 stopper link portion tapered portion 731 controls the control rod piece

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Claims (1)

1246955 VI. Scope of Application for Patent---- i A machine that has both cutting and joining, which includes a machine base, which is equipped with a built-in gear; a first transmission device is installed in the machine seat One end is connected to the motor; one side, the first transmission a nailing device is connected to one side of the second transmission device opposite to the earth earth power transmission device, and the second transmission-sawing device is connected to the first transmission end; a clutch device, Separately installed on the first transmission device and the second transmission device; a control device is respectively connected to the two clutch devices, and can control the clutching action of the clutch device on the transmission device; thereby, the operation device located at the first transmission device is operated The clutch device is activated to activate the first transmission device to drive the sawing device to generate a sawing action to achieve the cutting effect, or to operate the control device located in the second transmission device, so that the clutch device activates the second transmission device to drive the device The nail device produces a nailing action to achieve the effect of the joint. 2. A machine for cutting and joining as described in claim 1 wherein the motor is an electric motor. 3. A machine for cutting and joining as described in claim 1 wherein the motor is a pneumatic motor. 4. The tool of both cutting and joining as described in claim 1, wherein the transmission comprises a rotating wheel, the rotating wheel and the clutching device 1246955 VI. Application for patent scope A contact or separation relationship is created. 5. The machine for cutting and joining as described in claim 4, wherein the wheel is provided with a socket for the insertion or extraction of the clutch device. 6. As described in claim 1 The utility model has a cutting and joining machine, wherein the weft clutch device comprises a clutch seat and a clutch block which acts on the clutch seat, and the clutch block can be brought into contact with or separated from the transmission device. , 7. The machine for cutting and joining as described in claim 6, wherein the outer periphery of the clutch seat is provided with an axial sliding groove, and the clutch block can be operated by the control device to the chute of the clutch seat. The inner axial sliding movement is performed. 8) The machine for cutting and joining as described in claim 7 wherein the clutch block has a slip portion which can generate a relative slip relationship with the chute of the clutch seat. The apparatus for cutting and joining according to the item 8 of the invention, wherein the clutch block further has an oblique card portion which protrudes beyond the outer periphery of the clutch seat, so that the control device can be operated. e 1 0. The machine for cutting and joining as described in claim 6 wherein the clutch device further includes a lid which is attached to the clutch to keep the clutch from falling off. 11. The machine of both cutting and joining as described in claim 6 wherein the clutch device further comprises an elastic member, the elastic member being disposed between the clutch and the cover. The block is pushed against the drive wheat set. 12. The machine for cutting and welding according to item i of the patent application scope, wherein the control device comprises a control piece 'the control piece can be pressed 1246955_ VI. Application for patent range The clutch device is used to operate or stop the transmission. 1 . The tool of both cutting and joining according to claim 12, wherein the control piece has a taper portion and a stop portion, and the taper portion can generate a relative sliding relationship with the clutch device, so that The clutch device is placed at the stop to separate the clutch device from the slamming device. _ 1 4. The machine for cutting and joining as described in claim 12, wherein the control device further includes a lever for the user to operate the control piece. Page 18