TW201524723A - Abutting sleeve and waste collection device of sheeter having the same - Google Patents

Abstract

The present invention provides a waste collection device of a sheeter, comprising a base, a motor disposed to the base, a material rewinding tube installed to the base and coupled with the motor, a plurality of abutting sleeves which are series sleeved to the material rewinding tube. Each abutting sleeve comprises a hollow inner tube, a plurality of adjustment pieces which are abreast and surroundingly disposed to the inner tube selectably and movably along the radial direction of the inner pipe, four sets of spring sets respectively disposed between the adjustment pieces and the inner tube, and two end caps respectively disposed to two ends of the inner tube and limiting the respective adjustment pieces. Accordingly, the present invention can provide a waste collection device of a sheeter integrating the motor, the material rewinding tube, the abutting sleeves and effectively reducing the volume.

Description

Resisting sleeve and cutting machine collecting waste device having the same

The invention relates to a cutting machine device, in particular to a resisting sleeve and a cutting machine receiving waste device having the same.

The cutting machine is used to cut various raw materials into the required size, and the two sides of the cut material become waste materials, so the rear end of the cutting machine will be provided with a waste collecting device for winding and cutting the two. Side waste.

The existing cutting machine receiving waste device is shown in FIG. 6 and includes a pair of motors 61, a pair of sprocket sets 62 and a pair of inflatable slings 63, wherein the motor 61, the sprocket set 62 and the inflation coil The rods 63 are disposed opposite to each other. The pair of sprocket sets 62 are respectively coupled to the pair of motors 61. The pair of swellable rods 63 are respectively coupled to the pair of sprocket sets 62, so that the motor 61 can be controlled by the sprocket set 62. The inflation coiler 63 is rotated, and the pair of inflation coils 63 are respectively coupled to a pair of inflation valves (not shown).

In use, the cut material is located substantially at the position of the pair of motors 61, and the scraped materials on both sides of the material are respectively located at the pair of inflatable roll rods 63. A coil sleeve (not shown) is separately disposed on the periphery of the rod 63, and the waste material is taken up in the coil sleeve, and the waste material is affected in order to avoid displacement of the coil sleeve during the winding process. The coil is inflated, so that the pair of inflatable expansion rods are inflated by the pair of inflation valves, so that the pair of inflatable expansion rods 63 are tightly fitted with the respective coil sleeves to avoid the respective coil sleeves being Release the shift during the winding process.

However, since each of the inflation coil rods 63 is separately disposed and requires a motor 61 to be driven, if there are multiple wastes to be wound up, it is necessary to provide the motor 61, the toothed disc group 62 and the inflation valve one by one. It is easy to cause the problem that the device is too bulky.

In order to solve the problem that the existing cutting machine waste collecting device lacks an integrated structure, it is necessary to provide a device such as a motor one by one when collecting a plurality of waste materials. The main object of the present invention is to provide a resisting sleeve which can solve the prior art problems. And the cutting machine to collect waste equipment.

The present invention solves the prior art problem and provides a resisting sleeve comprising: an inner tube which is hollow; a plurality of adjusting pieces which are arranged side by side and selectively movable in the radial direction of the inner tube Enclosing the inner tube, wherein each of the adjusting pieces comprises more than one spring groove and two clamping portions, the one or more spring grooves are recessed in a wall surface of the adjusting piece facing the inner tube, and the two clamping portions are disposed At the two ends of the adjusting piece in the axial direction of the inner tube; four sets of springs are respectively disposed between the adjusting pieces and the inner tube, and are supported by the spring grooves and inner portions of the corresponding adjusting pieces Between the tubes; and the two ends of the cover are respectively disposed at the two ends of the inner tube and limit the respective adjusting pieces, each end cover includes a clamping rib formed on the periphery of the end cover and located in each adjustment The outer side of the carding portion of the sheet is engaged with each of the carding portions.

The abutting sleeve, wherein each of the locking portions and each of the clamping ribs are Hook structure.

The abutting sleeve, wherein each of the adjusting pieces comprises two spring grooves, each set of springs comprising two springs, wherein each of the springs respectively abuts the spring groove and the inner tube of the corresponding adjusting piece between.

The present invention solves the prior art problem and provides a cutting machine waste collection device, comprising: a base; a motor disposed on the base; a coil tube erected on the base and coupled to the motor; Each of the abutting sleeves is sleeved on the coiled tube, wherein each of the abutting sleeves comprises: an inner tube which is hollow; a plurality of adjusting pieces, which are side by side and selectively The inner tube is disposed along the radial direction of the inner tube, wherein each of the adjusting pieces includes one or more spring grooves and two locking portions, and the one or more spring grooves are recessed in the adjusting piece facing the a wall surface of the inner tube, the two clamping portions are disposed at two ends of the adjusting piece with respect to the axial direction of the inner tube; four sets of spring groups are respectively disposed between the adjusting pieces and the inner tube, and are respectively supported by each Between the spring groove of the corresponding tab and the inner tube; and two end covers respectively disposed at both ends of the inner tube and limiting the adjusting pieces, each end cover comprising a clamping rib, the clamping rib Formed on the periphery of the end cap, located outside the locking portion of each of the tabs, and Locking portion abut each other card system.

The efficiencies that can be obtained by the technical means of the present invention are: utilization The spring in the sleeve can be tightly matched between the abutting sleeve and the coil sleeve of the retracting waste, so that the coil sleeve will not be displaced when it is rotated and received, so that it can be omitted. The inflation valve is arranged, and since each of the abutting sleeves is sleeved in series on the coiled tube, it is only necessary to sleeve the coil sleeve at the position where the scrap is delivered, and each of the abutting sleeve and the coiled material The tubes are integrated, so that only one motor can be used to rotate all the abutting sleeves, which can effectively reduce the volume of the cutting device.

"this invention"

10‧‧‧Base

20‧‧‧Motor

30‧‧‧Volume tube

40‧‧‧Resistance sleeve

41‧‧‧Inside

42‧‧‧Adjustment

421‧‧‧Spring slot

422‧‧‧Card Department

43‧‧‧Spring group

44‧‧‧End cover

441‧‧‧ card ribs

50‧‧‧cutting machine

Prior Technology

61‧‧‧Motor

62‧‧‧Tear plate group

63‧‧‧Inflatable coil rod

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the waste removing device of the slitting machine of the present invention installed on the rear side of all the machine.

Figure 2 is a cross-sectional side view of the cutting machine waste removing device of the present invention.

Figure 3 is a front elevational view of the cutting machine waste collection device of the present invention.

Figure 4 is a perspective view showing the receiving sleeve of the present invention sleeved on a coiled tube.

Figure 5 is a cross-sectional side view of the abutment sleeve of the present invention sleeved on a coiled tubing.

Fig. 6 is a schematic view of a conventional cutting machine for collecting waste.

In order to understand the technical features and practical effects of the present invention in detail, and in accordance with the contents of the specification, the following further describes the following: a cutting machine according to the present invention. A preferred embodiment of the waste device, as shown in FIGS. 1 and 2, includes a base 10, a motor 20, a coil tube 30, and a plurality of abutment sleeves 40.

The base 10 is disposed on the rear side of the machine 50 for carrying the device for collecting waste. The motor 20 is disposed on the base 10, and the coil is disposed on the base 10 The tube 30 is mounted on the base 10 and is coupled to the motor 20.

Each of the abutting sleeves 40 is sleeved on the coiled tubing 30, wherein each of the abutting sleeves 40 includes an inner tube 41, four adjusting pieces 42, four sets of spring sets 43, and two end caps 44, wherein The inner tube 41 has a hollow shape, and the adjusting piece 42 is arranged side by side and selectively movably disposed along the inner tube 41 in the radial direction of the inner tube 41. Each of the adjusting pieces 42 includes two spring grooves 421. And two clamping portions 422, each spring groove 421 is recessed in a wall surface of the adjusting piece 42 facing the inner tube 41, and the two locking portions 422 are disposed at two ends of the adjusting piece 42 in the axial direction of the inner tube 41, Each of the spring sets 43 is disposed between each of the adjusting pieces 42 and the inner tube 41. Each of the spring sets 43 includes two springs, and the springs respectively support the spring grooves 421 and the inner tube 41 of the corresponding adjusting piece 42. The end caps 44 are respectively disposed at the two ends of the inner tube 41 and limit the adjusting pieces 42. Each of the end caps 44 includes a locking rib 441 formed on the periphery of the end cap 44. It is located outside the locking portion 422 of each of the adjusting pieces 42 and is engaged with each of the locking portions 422. Preferably, each of the locking portions 422 and each of the locking ribs 441 has a hook structure.

When in use, the scrap material cut by the slitter 50 is sent to the coil pipe 30. Since each of the abutting sleeves 40 is sleeved in series outside the coil pipe 30, it is located at the waste delivery point. Each of the abutting sleeves 40 is further provided with a coil sleeve (not shown) for collecting waste materials, and when the coil sleeve is sleeved outside the abutting sleeve 40, the coil sleeve The sleeves press the tabs 42 inwardly. However, since the tabs 42 are pushed outward by the elastic force of the spring sets 43, the pressing sleeve 40 and the coil sleeve are tightly fitted. When the motor 20 drives the coil tube to rotate, and then drives the respective abutting sleeves 40 to rotate, each of the coil sleeves is tightly matched with the abutting sleeve 40. The combination will also rotate, and the coil sleeves will not be displaced and slid during the process of rotating the scraping material due to the tight fitting, so that the winding operation can be smoothly performed.

10‧‧‧Base

20‧‧‧Motor

30‧‧‧Volume tube

40‧‧‧Resistance sleeve

50‧‧‧cutting machine

Claims (8)

An abutment sleeve includes: an inner tube that is hollow; a plurality of tabs that are disposed side by side and selectively movably disposed along the inner tube in a radial direction of the inner tube, wherein Each of the adjusting pieces includes one or more spring grooves and two clamping portions, the one or more spring grooves are recessed in a wall surface of the adjusting piece facing the inner tube, and the two locking portions are disposed on the adjusting piece relative to the inner tube The two ends of the axial direction; four sets of springs are respectively disposed between the adjusting pieces and the inner tube, and are supported between the spring grooves and the inner tubes of the corresponding adjusting pieces; and the two end covers, The end caps are respectively disposed at two ends of the inner tube and limit the adjusting pieces, and each end cover includes a locking rib formed on a periphery of the end cover, outside the locking portion of each adjusting piece, and Each of the carding portions is locked against each other. The abutting sleeve according to claim 1, wherein each of the engaging portions has a hook-like structure with each of the engaging ribs. The abutting sleeve according to claim 1 or 2, wherein each of the adjusting sheets comprises two spring grooves, each set of springs comprising two springs, wherein each of the springs respectively abuts the corresponding adjusting piece Between the spring groove and the inner tube. The abutment sleeve of claim 3, which comprises a total of four tabs. A cutting machine waste collection device having the abutting sleeve of claim 1 , comprising: a base; a motor disposed on the base; a coiled tube that is mounted on the base and coupled to the motor; and a plurality of abutting sleeves, each of which is sleeved on the coiled tube, wherein each of the abutting sleeves includes an inner tube It is hollow; a plurality of tabs are arranged side by side and selectively movable along the radial direction of the inner tube in the inner tube, wherein each of the tabs comprises more than one spring slot and two cards The one or more spring grooves are recessed in a wall surface of the adjusting piece facing the inner tube, and the two clamping portions are disposed at two ends of the adjusting piece with respect to the axial direction of the inner tube; four sets of spring groups, Between each of the adjusting piece and the inner tube, and between the spring groove and the inner tube of each of the corresponding adjusting pieces; and two end covers respectively disposed at two ends of the inner tube and limited Each of the end pieces includes a snap rib formed on a periphery of the end cover, outside the engaging portion of each of the adjusting pieces, and being engaged with each of the engaging portions. The cutting machine waste removing device according to claim 5, wherein each of the engaging portions of the abutting sleeve has a hook-like structure with each of the engaging ribs. The cutting machine receiving waste device of claim 5 or 6, wherein each of the adjusting sleeves comprises two spring grooves, each set of spring sets comprising two springs, wherein each of the springs respectively supports Between the spring groove of the corresponding tab and the inner tube. The cutting machine receiving waste device of claim 7, wherein the abutting sleeve comprises a total of four tabs.