CN2253423Y - Special machine for air conditioner insulating pipe - Google Patents
Special machine for air conditioner insulating pipe Download PDFInfo
- Publication number
- CN2253423Y CN2253423Y CN 96211071 CN96211071U CN2253423Y CN 2253423 Y CN2253423 Y CN 2253423Y CN 96211071 CN96211071 CN 96211071 CN 96211071 U CN96211071 U CN 96211071U CN 2253423 Y CN2253423 Y CN 2253423Y
- Authority
- CN
- China
- Prior art keywords
- thermal insulation
- cylinder
- underframe
- chute
- roller group
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Thermal Insulation (AREA)
Abstract
The utility model relates to a special machine for an air conditioner insulating pipe. A group of conveyer belts are arranged and comprise two belts which are connected up and down. The two belts are driven by a motor to do synchronizing reverse rotation to press conveying copper pipes. A plurality of roller groups are additionally arranged, comprise an upper roller group, a lower roller group, a left roller group and a right roller group, and have a guide straightening action for limiting the top and bottom movement and the left and right movement of the copper pipes to make the two copper pipes get optimal guide straightening effect. A rotary cutter group is additionally arranged and driven by the motor, and an annular cutter is driven in an eccentric manner to rotatablely cut the copper pipes. The rotary cutter is used for cutting the copper pipes, copper filings can be eliminated, and the copper pipes with static electricity can not adsorb the copper filings.
Description
The utility model relates to a kind of air-conditioning thermal insulation pipe special machine, refers to that especially a kind of idle call refrigerant conveying copper pipe that is used for wears the special machine that coats thermal insulation pipe.
A kind of refrigerant of idle call is carried copper pipe, must coat one deck thermal insulation pipe outside copper pipe, and as shown in Figure 1, this copper pipe A1, A2 are two different tube diameters, and its external diameter wears thermal insulation pipe A3, the A4 that coats suitable thickness.General a kind of copper pipe, the thermal insulation pipe machine of wearing of using reached both combinations, it is provided with a roller group in underframe, this roller group has the upper and lower roller that joins of array, offer groove on the roller, by the stretching copper pipe that is positioned between upper and lower roller of this roller group roll extrusion, and being provided with a copper pipe buck in the roller group rear side, this copper pipe buck is provided with the saw blade by the motor driven rotary, can finish the copper pipe that wears combination in order to cut-out.Be provided with an air compressor in its worktable rear side in addition, can be blown in the thermal insulation pipe limiting air pressure, thermal insulation pipe is expanded to wear in order to copper pipe, and one rotating disk is arranged in worktable front side device, this rotating disk can be done 90 degree rotations, thermal insulation pipe is overturn to be transported on the worktable thereupon, be convenient to copper pipe is set in the thermal insulation pipe, and rotating disk remakes 90 degree rotations, copper pipe of can will wear finishing and thermal insulation pipe upset are dropped in the placing in the case of worktable side, finish the processing that copper pipe coats thermal insulation pipe outward by these structures.
Copper pipe in the prior art, thermal insulation pipe wears machine, it is that copper pipe is carried in the power roll extrusion of pressurizeing with the roller, yet roller is made by hard materials such as metals, therefore in roll extrusion straightening process, copper pipe is because of being subjected to the big roll extrusion application of force, easily cause copper pipe rotten, hardening, cause great inconvenience for the bending of copper pipe backward, and the direct roll extrusion copper pipe of hard roller is carried, because of conveying roller and copper pipe are contacting of point, and general big volume copper pipe material weight is all between the 200-300 kilogram, if only by the some contact of roller, roller slot certainly will be less than the copper pipe external diameter, copper pipe could be clamped forward and carry, make copper pipe surface injured so especially easily, distortion, rotten, the copper pipe quality will be had a greatly reduced quality.
Therefore moreover the roller of this roller group is the setting of joining up and down, and when carrying copper pipe to advance, roller only has the restriction copper pipe and is offset the effect of guiding up and down, and can't limit roller about skew, the therefore instability that causes copper pipe to be carried easily.
In addition, it is with saw blade sawing copper pipe, therefore having copper scale in the sawing process produces, yet wear in the thermal insulation pipe process at copper pipe, have generation of static electricity, so can cause the copper pipe absorption copper scale that has static, this copper scale that is adsorbed in copper pipe inside will cause the serious injury of air-conditioning system, influence the life-span of air-conditioning system.
Main purpose of the present utility model is to provide a kind of air-conditioning thermal insulation pipe special machine, cause in the cramping process that copper pipe undergoes no deterioration, hardening, distortion, and increase area of contact with the line contact, need not very big pressure, therefore have no the copper pipe surface of injuring and distortion, rotten anxiety, can make that the maintenance of copper pipe quality is preferable.
Another purpose of the present utility model is to provide a kind of air-conditioning thermal insulation pipe special machine, when copper pipe is advanced in roller group, the guiding all to some extent of copper pipe four sides, therefore copper pipe can obtain best guiding collimate effect, carry very stable, and adopt suitable gap between each roller of roller group, roller only has suitable guiding collimate effect, need not bestow big strength roll extrusion copper pipe fully.
Another purpose of the present utility model is to provide a kind of air-conditioning thermal insulation pipe special machine, and it can eliminate the generation of copper scale by the cutting of rotary cutter, makes copper pipe in wearing the thermal insulation pipe process and when producing static, and the copper pipe that has static does not have the anxiety of absorption copper scale.
According to the air-conditioning thermal insulation pipe special machine that the utility model provides, it includes:
One body, it is one in order to support and to connect the sturdy frame of each element, and it is placed on the ground, and body side or other positions are provided with a circuit control box;
Several roller group, it is located at the body front end, it includes roller group and two left and right sides roller group about in the of two, roller group respectively has several rollers that join up and down and be provided with up and down, several rollers that join about left and right sides roller group respectively has and be provided with, this left and right sides roller group also is the shape that staggers up and down, has the gap between each roller of roller group, and all has groove on each roller;
One conveying belt, it is located on the body and is positioned at the roller group rear, this conveying belt includes two belts that join up and down, each belt is linked in respectively between two belt pulleys, drive two belts by a motor and make synchronous reverse rotation, and two belt crampings of this conveying belt are carried the copper pipe by roller group;
One rotary cutter group, it is located on the body and is positioned at the conveying belt rear, it has the cutter fixed base, and cutter fixed base internal fixation is equiped with two circular cutters, and this cutter fixed base drives circular cutter rotary-cut by the drive of motor equal power device with eccentric manner and is set in its inner copper pipe;
One is used to send into thermal insulation pipe and sends and finish the copper pipe that wears and the transmission rack of thermal insulation pipe, and it is located at body rear end.
By above-mentioned constitute to form one can finish the air-conditioning thermal insulation pipe special machine that copper pipe and thermal insulation pipe wear processing.
Establish a cylinder between one belt of this conveying belt, this cylinder promotes a pressing plate and is pressed on belt with suitable pressure, and is installed with a base plate between another belt, the belt that is held in gentle song of this pressing plate and base plate appropriateness.
This transmission rack has a underframe, this underframe end face is provided with long recess shape chute along its length direction, these chute two sides are respectively equipped with several charging rollers and material returned roller, and be provided with an elongated rails in the charging roller outside, and preceding end clamp plate, middle pressing plate and material returned opening are arranged in the underframe top side configuration, dispose coaster on this track, underframe end face rear end is provided with gas filling mean.
Should be located at before the underframe end face and by preceding end clamp plate with respect to chute, it includes a top board, a base plate and a cylinder, this base plate is fixed in the underframe end face, this top board and base plate one side are articulated, and promote base plate is done the action that a lid is pressed or raised by this cylinder, top board respectively is provided with two relative half slots with the base plate abutted surface, and forms two circular grooves when top board and base plate cover pressure.
This centre pressing plate is provided with several, and it is located at the underframe end face at interval, and with respect to chute, pressing plate includes a pressing plate and a cylinder in the middle of each, and this pressing plate is articulated in the underframe end face, and is promoted chute is done the action that a lid is pressed or raised by this cylinder.
This material returned opening is several, it is located at the underframe end face at interval, and with respect to chute, each material returned opening includes an opening and a cylinder, this opening is articulated in the underframe end face, its free end is also made kink shape, and in chute with respect to this opening free end and offer one and can make the free end of opening drop to the breach of below, chute bottom surface, this opening is promoted by this cylinder and drops to the chute below or rise to above the chute.
This coaster is located on the track of underframe end face, this coaster bottom surface is provided with the pulley slippage and is matched with on the track, and respectively be provided with cable wire wheel in underframe front end and rear end, one cable wire is taken turns and is connect with motor, be linked with a cable wire between two cable wires wheels, cable wire also combines with the coaster bottom surface, is provided with a grip slipper in coaster one side in addition, this grip slipper is provided with an eccentric wheel, and this eccentric wheel can be controlled rotation by the leader and press the thermal insulation pipe end that places in the grip slipper with suitable pressure clamp.
This gas filling mean is located at underframe end face rear end, and with respect to chute, it includes a cylinder, this cylinder promotes a cylinder block and moves forward and backward, cylinder block is provided with another cylinder, and this cylinder promotes a pressing plate and does oscilaltion, and this pressing plate bottom surface also is provided with two half slots, other be provided with a cylinder promote two valves do before and after action, this two valve also is connected with air compressor with pipeline.
The utility model is to reach above-mentioned purpose and technological means and effect that structure is adopted, is described in detail as follows with embodiment's conjunction with figs..
Fig. 1 wears the schematic representation of thermal insulation pipe for copper pipe in the prior art.
Fig. 2 is a stereogram of the present utility model.
Fig. 3 is a side view of the present utility model.
Fig. 4 is the stereogram of transmission rack of the present utility model.
Fig. 5 is the side view of transmission rack of the present utility model.
Fig. 6 is the rear view of rotary cutter group of the present utility model.
Fig. 7 is the front elevation of the preceding end clamp plate of transmission rack of the present utility model.
Fig. 8 is the forward sight action schematic representation of the preceding end clamp plate of transmission rack of the present utility model.
Fig. 9 is the middle pressing plate of transmission rack of the present utility model, the front elevation of material returned opening.
Figure 10 is the middle pressing plate of transmission rack of the present utility model, the forward sight action schematic representation of material returned opening.
Figure 11 is the front elevation of the coaster of transmission rack of the present utility model.
Figure 12 is the side view of the coaster of transmission rack of the present utility model.
Figure 13 is the forward sight action schematic representation of the coaster of transmission rack of the present utility model.
Figure 14 is the side-looking action schematic representation of the coaster of transmission rack of the present utility model.
Figure 15 is the front elevation of the gas filling mean of transmission rack of the present utility model.
Figure 16 is the side view of the gas filling mean of transmission rack of the present utility model.
Figure 17 is the forward sight action schematic representation of the gas filling mean of transmission rack of the present utility model.
Figure 18 is the side-looking action schematic representation of the gas filling mean of transmission rack of the present utility model.
Figure 19 adds the schematic perspective view in man-hour for the utility model.
See also shown in Fig. 2,3, the utility model air-conditioning thermal insulation pipe special machine includes body 10, roller group 11,12,13,14, conveying belt 15, rotary cutter group 16 and transmission rack 17.
This body 10 is one in order to support and to connect the sturdy frame of each element, it can be placed on the ground, body 10 sides or other appropriate locations are provided with a circuit control box 18 (shown in Fig. 4,5), the circuit control box 18 of present embodiment is located at transmission rack 17 sides, and this circuit control box 18 can be done suitably control to conveying belt 15, rotary cutter group 16 and transmission rack 17 etc.
This roller group 11,12,13,14 are located at body 10 front ends, it is a roller group 13 about in the of two, 14 and two left and right sides roller group 11,12, wherein, roller group 13 up and down, 14 respectively have several rollers 19 that join up and down and be provided with, 20,19 of bottom rollers can pass through for a copper pipe on several of roller group 13,20 of bottom rollers can pass through for another copper pipe on several of roller group 14, left and right sides roller group 11,12 several rollers 21 that join about respectively having and be provided with, 22,21 on several left and right sides rollers of roller group 11 can pass through for a copper pipe, 22 on several left and right sides rollers of roller group 12 can pass through for another copper pipe, this left and right sides roller group 11,12 are the shape that staggers up and down, so that two copper pipes can less spacing pass through two left and right sides roller group 11 simultaneously, 12, so that under less spacing state, carry out straightening work, make two copper pipes pass through left and right sides roller group 11,12 o'clock spacing variation reduces to minimum, and is rotten in order to alleviate copper pipe, hardening, phenomenons such as distortion.21,22,19,20 on each roller of roller group 11,12,13,14 has appropriate gap, and all has groove on each roller 21,22,19,20, to avoid copper pipe skew roller 21,22,19,20, this roller 21,22,19,20 only has the guiding collimate effect, need not bestow big strength roll extrusion copper pipe.
This conveying belt 15 is located on the body 10 and is positioned at roller group 11,12,13,14 rears, conveying belt 15 includes two belts 23 that have proper width and join up and down, 24, belt 23,24 are linked in two belt pulleys 25 respectively, 26, can rotate with the belt pulley 26 that chain 28 double-action mechanisms such as grade drive the below by a motor 27, belt pulley 25 with double-action mechanism (not shown) interlocks such as gear top rotates simultaneously, so that two belts 23,24 can make synchronous reverse rotation, with two belts 23 of this conveying belt 15,24 is that power passes through roller group 11 with the stretching conveying of cramping, 12,13,14 two copper pipes.Can establish a cylinder 40 in 23 of the belts of top in addition, this cylinder 40 can promote below one pressing plate 41, be pressed on belt 23 root edges with suitable pressure, and 24 of belts in the below are installed with a base plate 42, setting by pressing plate 41 and base plate 42 can provide holding of gentle bent belt 23,24 appropriateness, to guarantee to clamp copper pipe.
This rotary cutter group 16 is located on the body 10 and is positioned at conveying belt 15 rears, as shown in Figure 6, it has a cutter fixed base 29, cutter fixed base 29 internal fixation are equiped with two circular cutters 30,31, the size of this cutter 30,31 determines in response to copper pipe, the cutter fixed base 29 of this rotary cutter group 16 can be driven by motor (not shown) equal power device, can eccentric manner drive circular cutter 30,31 rotary-cuts and be set in its inner copper pipe external diameter, utilize rotary cutter group 16 cutting copper pipes.
See also shown in Fig. 2,4,5, need cooperate a transmission rack 17, in order to carrying thermal insulation pipe, finish copper pipe and the thermal insulation pipe that wears coating so that wear combination and transfer out with copper pipe in body 10 rear ends.This transmission rack 17 has a underframe 32, and these underframe 32 end faces are provided with the chute 33 of a long recess shape along its length direction, and chute 33 2 sides are respectively equipped with several charging rollers 34 and material returned roller 35, and are provided with an elongated rails 36 in charging roller 34 outsides.And before underframe 32 top side configuration have devices such as end clamp plate 37, middle pressing plate 38, material returned opening 39, coaster 43 and gas filling mean 44.
See also Fig. 7, shown in 8, should be located at underframe 32 front end of the top surface by preceding end clamp plate 37, and with respect to chute 33, it includes a top board 45, one base plate 46 and a cylinder 47, this base plate 46 is fixed in underframe 32 end faces, this top board 45 is articulated with base plate 46 1 sides, and top board 45 can be promoted by a cylinder 47, so that top board 45 can be done the action that a lid is pressed (as shown in Figure 8) or raised (as shown in Figure 7) to base plate 46, top board 45 respectively is provided with two relative half slots 48 with base plate 46 abutted surfaces, 49, when top board 45 is pressed with base plate 46 lids, to form two circular grooves, with the thermal insulation pipe of ccontaining two different tube diameters.
See also shown in Fig. 9,10, pressing plate 38 is located at underframe 32 end faces at interval in the middle of several, and with respect to chute 33, pressing plate 38 includes a pressing plate 50 and a cylinder 51 in the middle of each, this pressing plate 50 is articulated in underframe 32 end faces, and pressing plate 50 can be promoted by cylinder 51 so that pressing plate 50 can be done the action that a lid is pressed (as shown in Figure 9) or raised (as shown in figure 10) to chute 33, with the thermal insulation pipe of fixing two different tube diameters in chute 33.
Several material returned openings 39 are located at underframe 32 end faces at interval, and with respect to chute 33, each material returned opening 39 includes an opening 52 and a cylinder 53, this opening 52 is articulated in underframe 32 end faces, opening 52 free ends are also made kink shape, and in chute 33 with respect to these opening 52 free ends and offer a breach 54, so that the free end of opening 52 can drop to below, chute 33 bottom surfaces, and opening 52 can be promoted by cylinder 53, so that opening 52 can drop to chute 33 belows (as shown in Figure 9) or rise to chute 33 tops (as shown in figure 10), be delivered to material returned roller 35 by chute 33 will finish the copper pipe and the thermal insulation pipe that wear.
See also shown in Figure 11 to 14, this coaster 43 is located on the track 36 of underframe 32 end faces, these coaster 43 bottom surfaces are provided with pulley 55, be matched with on the track 36 with these pulley 55 slippages, make coaster 43 can on track 36, do the front and back slippage, and respectively be provided with cable wire wheel 56 in underframe 32 front ends and rear end, 57, the cable wire of front end wheel 56 and with belt 58 equijoin elements and motor 59 connections, as shown in Figure 5, two cable wires wheel 56,57 are linked with a cable wire 60, and cable wire 60 upper limbs also combine with the connection piece 61 of coaster 43 bottom surfaces, by the driving of motor 59, can make cable wire 60 at two cable wires wheel 56, move on 57, on track 36, do the front and back slippage to drive coaster 43.Be provided with a grip slipper 62 in coaster 43 1 sides in addition, this grip slipper 62 is provided with an eccentric wheel 63, this eccentric wheel 63 can be rotated by leader's 64 controls, when handle 64 is depressed (shown in Figure 13,14), eccentric wheel 63 promptly suitably pressure clamp press the thermal insulation pipe end that places in the grip slipper 62 so that carry thermal insulation pipes with coaster 43 pullings.
See also shown in Figure 15 to 18, this gas filling mean 44 is located at underframe 32 end face rear ends, and with respect to chute 33, it includes a cylinder 65, this cylinder 65 can promote a cylinder block 66 and move forward and backward, cylinder block 66 is provided with another cylinder 67, this cylinder 67 can promote a pressing plate 68 and do oscilaltion, press down (as shown in figure 17) or the action of rise (as shown in figure 15) to do one, pressing plate 68 bottom surfaces also are provided with two half slots 69, so that pressing plate is pressed on thermal insulation pipe external diameter rear end for 68 times, the thermal insulation pipe rear end is fixed.Other is provided with a cylinder 70, can do the front and back action in order to promote two valves 71, two valves 71 also are connected with the air compressor of being located at appropriate location with the pipeline (not shown), so that input air is in two valves 71, when advancing, two valves 71 just can be inserted in two thermal insulation pipe rear ends (as shown in figure 18), so that the aeration operation then separates (as shown in figure 16) with two thermal insulation pipe rear ends when two valves 71 retreat.
When the utility model air-conditioning thermal insulation pipe special machine desires to make copper pipe A1, A2 and thermal insulation pipe A3, A4 (as shown in Figure 1) wears in conjunction with adding man-hour, as shown in figure 19, at first a copper pipe A1 is passed roller group 11 and 13, simultaneously another copper pipe A2 is passed roller group 12,14, cause is roller group 13 up and down, 14 roller 19,20 is last, under the setting of joining, left and right sides roller group 11,12 roller 21,22 is a left side, the right side setting of joining, therefore at its guiding copper pipe A1, when A2 advances, roller 21,22,19,20 grades can have restriction copper pipe A1, the guide function of activity about A2 reaches up and down, make copper pipe A1, A2 is in roller group 11,12,13, when advancing in 14, the four sides is guiding all to some extent, therefore copper pipe can obtain best guiding collimate, carry also very stable, and adopt suitable gap between each roller of roller group, roller only has the guiding collimate effect, need not bestow big strength roll extrusion copper pipe.Then two copper pipe A1, A2 enter conveying belt 15, with two belts 23,24 is that power is with the stretching conveying copper pipe of cramping A1, A2, because belt 23,24 is made with the material of flexibility, therefore in the cramping process, that copper pipe A1, A2 can not cause is rotten, hardening or distortion, and between two belts 23,24 and copper pipe A1, the A2 for line contacts, area of contact is bigger, therefore have no the copper pipe of injuring A1, A2 surface and distortion, rotten anxiety, can make copper pipe A1, the maintenance of A2 quality preferable.Then two copper pipe A1, A2 are passed two circular cutters 30,31 of the cutter fixed base 29 of rotary cutter group 16, treat copper pipe A1, A2 finish with the wearing of thermal insulation pipe A3, A4 after, utilize rotary cutter group 16 cutting copper pipes again.
Two copper pipe A1, after A2 passes rotary cutter group 16, promptly enter the transmission rack 17 at rear, the thermal insulation pipe A3 that is positioned over transmission rack 17 rears with the grip slipper 62 and eccentric wheel 63 clampings of coaster 43 at first, the front end of A4 (as shown in Figure 7), and with motor 59 driving coaster 43 slippages forward, to drag thermal insulation pipe A3, A4 moves forward on roller 34, as thermal insulation pipe A3, the front end of A4 moves to transmission rack 17 the place ahead positioning instants to be stopped, then with manually with thermal insulation pipe A3, A4 moves in the chute 33, end clamp plate 37 again, the cylinder 47 of middle pressing plate 38,51 drive top board 45, pressing plate 50 is pressed on thermal insulation pipe A3, the A4 front end, centres etc. are located (as Fig. 8, shown in 9), make thermal insulation pipe A3, the A4 strong fix, move to location, chute 33 tops with the cylinder 67 on the cylinder 65 promotion cylinder blocks 66 of gas filling mean 44 simultaneously, promoting pressing plate 68 with cylinder 67 again descends, half slot 69 with pressing plate 68 bottom surfaces is pressed on thermal insulation pipe A3, A4 external diameter rear end, make thermal insulation pipe A3, A4 fixes the rear end, advance with cylinder 70 promotions two valves 71 again and be inserted in two thermal insulation pipe A3, A4 rear end (as shown in figure 18), then be that aeration is in thermal insulation pipe A3, A4 inside makes its expansion, so that copper pipe A1, A2 wears.Then with copper pipe A1, A2 is sent into for power by conveying belt 15 and is set in thermal insulation pipe A3, A4 inside, at copper pipe A1, A2 wears to the location, can start rotary cutter group 16 cutting copper pipe A1, A2, as copper pipe A1, A2 and thermal insulation pipe A3, after A4 wears and cuts and finishes, the cylinder 47 of end clamp plate 37 and middle pressing plate 38 before can driving, 51, make top board 45, pressing plate 50 is upwards raised, drive the cylinder 53 of material returned opening 39 again, the free end that makes opening 52 is to rising (as shown in figure 10), so that finish the copper pipe A1 that wears, A2 and thermal insulation pipe A3, A4 turns over and drops down onto material returned roller 35, so that shift out copper pipe and the thermal insulation pipe of finishing processing.
In sum, the utility model is real in the machine that improves the combination of existing copper pipe and thermal insulation pipe cover causes easily in the roll extrusion process that copper pipe is rotten, hardening, distortion, copper scale easily are adsorbed in the rare novel creation product that problems such as air-conditioning system grievous injury are caused in copper pipe inside, has novelty and progressive.
And the above only is a preferable possible embodiments of the present utility model, non-so promptly arrest limit claim of the present utility model, so the equivalent structure that all utilizations specification of the present utility model and accompanying drawing content are done changes, and all in like manner all is contained in the scope of the present utility model, closes and gives Chen Ming.
Claims (8)
1, a kind of air-conditioning thermal insulation pipe special machine is characterized in that including:
One body, it is one in order to support and to connect the sturdy frame of each element, and it is placed on the ground, and body side or other positions are provided with a circuit control box;
Several roller group, it is located at the body front end, it includes roller group and two left and right sides roller group about in the of two, roller group respectively has several rollers that join up and down and be provided with up and down, several rollers that join about left and right sides roller group respectively has and be provided with, this left and right sides roller group also is the shape that staggers up and down, has the gap between each roller of roller group, and all has groove on each roller;
One conveying belt, it is located on the body and is positioned at the roller group rear, this conveying belt includes two belts that join up and down, each belt is linked in respectively between two belt pulleys, drive two belts by a motor and make synchronous reverse rotation, and two belt crampings of this conveying belt are carried the copper pipe by roller group;
One rotary cutter group, it is located on the body and is positioned at the conveying belt rear, it has the cutter fixed base, and cutter fixed base internal fixation is equiped with two circular cutters, and this cutter fixed base drives circular cutter rotary-cut by the drive of motor equal power device with eccentric manner and is set in its inner copper pipe;
One is used to send into thermal insulation pipe and sends and finish the copper pipe that wears and the transmission rack of thermal insulation pipe, and it is located at body rear end.
2, air-conditioning thermal insulation pipe special machine as claimed in claim 1, it is characterized in that: establish a cylinder between a belt of this conveying belt, this cylinder promotes a pressing plate and is pressed on belt with suitable pressure, and is installed with a base plate between another belt, the belt that is held in gentle song of this pressing plate and base plate appropriateness.
3, air-conditioning thermal insulation pipe special machine as claimed in claim 1, it is characterized in that: this transmission rack has a underframe, this underframe end face is provided with long recess shape chute along its length direction, these chute two sides are respectively equipped with several charging rollers and material returned roller, and be provided with an elongated rails in the charging roller outside, and preceding end clamp plate, middle pressing plate and material returned opening are arranged in the underframe top side configuration, and disposing coaster on this track, underframe end face rear end is provided with gas filling mean.
4, air-conditioning thermal insulation pipe special machine as claimed in claim 3, it is characterized in that: this preceding end clamp plate is located at the underframe front end of the top surface and with respect to chute, it includes a top board, a base plate and a cylinder, this base plate is fixed in the underframe end face, this top board and base plate one side are articulated, and promote base plate is done the action that a lid is pressed or raised by this cylinder, top board respectively is provided with two relative half slots with the base plate abutted surface, and forms two circular grooves when top board and base plate cover pressure.
5, air-conditioning thermal insulation pipe special machine as claimed in claim 3, it is characterized in that: this centre pressing plate is provided with several, it is located at the underframe end face at interval, and with respect to chute, pressing plate includes a pressing plate and a cylinder in the middle of each, this pressing plate is articulated in the underframe end face, and is promoted chute is done the action that a lid is pressed or raised by this cylinder.
6, air-conditioning thermal insulation pipe special machine as claimed in claim 3, it is characterized in that: this material returned opening is several, it is located at the underframe end face at interval, and with respect to chute, each material returned opening includes an opening and a cylinder, this opening is articulated in the underframe end face, its free end is also made kink shape, and with respect to this opening free end and offer one and can make the free end of opening drop to the breach of below, chute bottom surface, this opening is promoted by this cylinder and drops to the chute below or rise to above the chute in chute.
7, air-conditioning thermal insulation pipe special machine as claimed in claim 3, it is characterized in that: this coaster is located on the track of underframe end face, this coaster bottom surface is provided with the pulley slippage and is matched with on the track, and respectively be provided with cable wire wheel in underframe front end and rear end, one cable wire is taken turns and is connect with motor, be linked with a cable wire between two cable wires wheel, cable wire also combines with the coaster bottom surface, be provided with a grip slipper in coaster one side in addition, this grip slipper is provided with an eccentric wheel, and this eccentric wheel can be controlled rotation by the leader and press the thermal insulation pipe end that places in the grip slipper with suitable pressure clamp.
8, air-conditioning thermal insulation pipe special machine as claimed in claim 3, it is characterized in that: this gas filling mean is located at underframe end face rear end, and with respect to chute, it includes a cylinder, and this cylinder promotes a cylinder block and moves forward and backward, and cylinder block is provided with another cylinder, this cylinder promotes a pressing plate and does oscilaltion, this pressing plate bottom surface also is provided with two half slots, other be provided with a cylinder promote two valves do before and after action, this two valve also is connected with air compressor with pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96211071 CN2253423Y (en) | 1996-05-17 | 1996-05-17 | Special machine for air conditioner insulating pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96211071 CN2253423Y (en) | 1996-05-17 | 1996-05-17 | Special machine for air conditioner insulating pipe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2253423Y true CN2253423Y (en) | 1997-04-30 |
Family
ID=33894115
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 96211071 Expired - Fee Related CN2253423Y (en) | 1996-05-17 | 1996-05-17 | Special machine for air conditioner insulating pipe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2253423Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105499420A (en) * | 2015-12-31 | 2016-04-20 | 苏州博阳能源设备有限公司 | Feeding mechanism for solar cell bus bar bending device |
| CN108145443A (en) * | 2017-12-29 | 2018-06-12 | 江苏集萃智能制造技术研究所有限公司 | Air-conditioning high-low pressure pipe poling machine |
| CN111421293A (en) * | 2019-01-09 | 2020-07-17 | 浙江伟星新型建材股份有限公司 | Continuous cutting and welding cladding platform for thermal insulation pipe and cladding method thereof |
| CN114523643A (en) * | 2022-02-18 | 2022-05-24 | 常州市加豪制冷设备有限公司 | Enameled copper pipe for air conditioner indoor and outdoor units and machining method thereof |
-
1996
- 1996-05-17 CN CN 96211071 patent/CN2253423Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105499420A (en) * | 2015-12-31 | 2016-04-20 | 苏州博阳能源设备有限公司 | Feeding mechanism for solar cell bus bar bending device |
| CN108145443A (en) * | 2017-12-29 | 2018-06-12 | 江苏集萃智能制造技术研究所有限公司 | Air-conditioning high-low pressure pipe poling machine |
| CN111421293A (en) * | 2019-01-09 | 2020-07-17 | 浙江伟星新型建材股份有限公司 | Continuous cutting and welding cladding platform for thermal insulation pipe and cladding method thereof |
| CN114523643A (en) * | 2022-02-18 | 2022-05-24 | 常州市加豪制冷设备有限公司 | Enameled copper pipe for air conditioner indoor and outdoor units and machining method thereof |
| CN114523643B (en) * | 2022-02-18 | 2024-05-03 | 常州市加豪制冷设备有限公司 | Processing equipment and processing method for paint-coated copper pipe of air conditioner inner and outer machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN211168888U (en) | Panel upset loading attachment | |
| CN2253423Y (en) | Special machine for air conditioner insulating pipe | |
| CN101254600B (en) | Sawmill continuous feeding mechanism | |
| CN200942482Y (en) | Round bar grinder | |
| CN112060226A (en) | Multi-angle cutting equipment for wood processing and working method thereof | |
| CN200981276Y (en) | Back-trough saw | |
| CN115945732B (en) | Steel pipe cutting machine | |
| CN208801100U (en) | A kind of driving means of lath cutter | |
| CN201172241Y (en) | Continuous feeding mechanism of sawmill | |
| KR20060104784A (en) | A cutting apparatus for boundary stone of street | |
| CN1176917A (en) | Device for binding film package article | |
| CN109397387B (en) | Continuous automatic processing technology of timber for furniture manufacturing | |
| CN207901319U (en) | A kind of adjustable slab multiple blade saw of pinch roller | |
| CN2868606Y (en) | Wood-planer work-piece feeding delivering mechanism | |
| CN219648917U (en) | Plasma cutting blanking machine | |
| CN217253275U (en) | Flat cutting device is used in steel processing convenient to adjust | |
| CN215544359U (en) | Chipless cutting pipe end machine | |
| CN216000028U (en) | Automatic wire drawing device | |
| CN1287030A (en) | Method and equipment for rolling continuous billet from billet heating furnace of mill train advanced position | |
| CN105666088B (en) | A kind of matching used copper pipe two ends automatic capping device and take lid arrangement automatically | |
| CN2321568Y (en) | Portable movable sawing machine | |
| CN111805632B (en) | Cutting device for manufacturing round wood board | |
| CN114309798B (en) | Cutting device is used in infinitely variable transmission processing | |
| US4651790A (en) | Machining elongate rods | |
| CN213827300U (en) | High-efficient sawing machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |