CN202272185U - Pneumatic type packing machine - Google Patents
Pneumatic type packing machine Download PDFInfo
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- CN202272185U CN202272185U CN201120357231XU CN201120357231U CN202272185U CN 202272185 U CN202272185 U CN 202272185U CN 201120357231X U CN201120357231X U CN 201120357231XU CN 201120357231 U CN201120357231 U CN 201120357231U CN 202272185 U CN202272185 U CN 202272185U
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Abstract
The utility model relates to a pneumatic type packing machine which is provided with a fixing seat; moreover, a pressing cylinder unit is arranged on the fixing seat; the pressing cylinder unit is connected with a clamping head unit; meanwhile, a valve seat is also arranged on the fixing seat; moreover, a driving unit and a control unit are arranged on the valve seat, and the control unit can be used for receiving outer high-pressure gas and is also used for controlling the high-pressure gas to flow through the driving unit or the pressing cylinder unit so as to provide the pressure of the gas to push the driving unit and the pressing cylinder unit to automatically tension and tighten a packing belt; and therefore, the pneumatic type packing machine can be used for assisting a user to quickly finish the operation of packing so as to achieve the aim of enhancing the operating efficiency.
Description
Technical field
The utility model is relevant with a kind of pneumatic type compress.
Background technology
When shipping goods, regular meeting uses packing to bring this goods of binding at present, drops because rock in transit to avoid this goods; Wherein, When this goods of binding, the user detains two free ends of this strap as long as the zone circle of will packing earlier is around in all sides of this goods again to passing a packing; And further be arranged on the compress; Two free ends that drive this strap through this compress more afterwards relatively move straining this strap, and then utilize this compress lock ring should packing button to fix this strap, just can reach the purpose that bundlees this goods.
Yet present compress adopts the manually operated mode to operate more, and is not only comparatively time-consuming in operation; And when this strap of tension, need spend bigger strength, under the long period of operation, it is tired that the user feels easily; And can reduce the packing efficiency of operation, particularly on needs are packed the transit industry of operation in a large number, this kind situation will be more obvious; The time of often therefore delaying the goods transportation, so, how to research and develop a kind of compress of the operation of can packing automatically; Accomplish the packing operation fast, easily with auxiliary user, be necessary in fact.
The utility model content
The purpose of the utility model is a kind of pneumatic type compress that utilizes high pressure gas as power resources to be provided, can to supply automatic tension, lock ring strap, accomplishes the packing operation fast with auxiliary user.
For reaching above-mentioned purpose, the pneumatic type compress that the utility model provided, it is to include a permanent seat; And this permanent seat is to have a base plate, and this base plate is to have the rear end that a front end and is oppositely arranged, in addition; The end face of this base plate is vertically to be equipped with at least one perforation; And in this perforation, be pivoted with at least one roller, again, this permanent seat also convexes with a fixed block vertically upward in a side of this base plate; An and valve seat; It is to be hubbed at the side of this fixed block towards this rear end, and is to be provided with a runner in this valve seat, in addition; The outer circumferential side of this valve seat is to be equipped with an induction opening, one first valve opening and one second valve opening that communicates with this runner; Again, the outer circumferential side of this valve seat also is equipped with first deflation hole that communicates with this first valve opening, and the second series pore that communicates with this second valve opening; An and control unit; It is have one be arranged at this first valve opening first valve body; And this first valve body is to be connected with one first button, simultaneously this control unit also have one be arranged at this second valve opening second valve body, and this second valve body is to be connected with one second button; And a driver element, it is to have the air motor that is fixedly arranged on this valve seat, and this air motor is to be connected with this first deflation hole; In addition, this air motor is to have a force-output shaft, and is to be provided with one first gear on this force-output shaft; Again; This driver element also has the axle drive shaft that is hubbed on this valve seat, and is to be provided with one second gear on this axle drive shaft, and this second gear is to be engaged in this first gear; Also be provided with a drive wheel on this axle drive shaft simultaneously, this drive wheel is the top that is positioned at this roller; And a pressure cylinder unit, it is to be fixedly arranged on the side of this fixed block towards this front end, and has a cylinder pressure body; And be to be provided with an elastic sealing gasket in this cylinder pressure body, and in this cylinder pressure body, be formed with one first room and one second room, in addition; The outer circumferential side of this cylinder pressure body be equipped with one communicate with this first room first the perforation; And this first perforation is to be connected with this second series pore, again, all sides of this cylinder pressure body also be equipped with one communicate with this second room second bore a hole; Also have a chuck unit, it is to have one to be arranged at the interior pressing plate of this second room, and this pressing plate is to be connected with an axostylus axostyle; The end in addition of this axostylus axostyle is to pass this second perforation and be articulated with pair of links, and the end in addition of said connecting rod is respectively to be articulated with a clamping bar, and the end in addition of said clamping bar is to be articulated in an adapter plate; This adapter plate is the fixed block that is fixedly arranged on this permanent seat; In addition, the end in addition of said clamping bar is to be provided with a clip slot relatively, again; Also be arranged with at least one spring on this axostylus axostyle, and the two ends of this spring are to be resisted against this pressing plate and the formed inwall of this second room respectively.
As preferred version, wherein, this roller is to form one cylindricly, and the drive-connecting shaft of this roller is to being that length direction with this base plate is vertical setting.
As preferred version, wherein, this control unit also includes an elasticity clamping piece; This elasticity clamping piece is to be arranged between this first button and this second button, and an end of this elasticity clamping piece is to be articulated in this valve seat, and end then is a free end in addition; In addition, all sides of this elasticity clamping piece are to should being concaved with a groove in the first button place, again; All sides of this elasticity stop part are to convexing with a projection by second button; This projection also is connected with a spring simultaneously, and the in addition end of this spring is to be connected in this valve seat, and this elasticity clamping piece can be had towards the preparatory power of this first button direction beat.
As preferred version, wherein, this first valve body is to have one to be fixedly arranged on the interior bearing of this first valve opening; And be the axis hole that is axially arranged with on this bearing, and be formed with an enlarging, in addition in an end of contiguous this runner along this first valve opening; The outer circumferential side of this bearing be to should also being equipped with an annular groove in the first deflation hole place, and is equipped with a plurality of perforations that communicate with this axis hole in the diapire of this annular groove, again; This enlarging place is to have replaced a steel ball; And this steel ball is to be connected with a spring, and the end in addition of this spring is the inwall that is fixedly arranged on this runner, also is slidingly equipped with a valve rod in this axis hole simultaneously; And an end of this valve rod is this axis hole of protrusion and is resisted against this first button that the end in addition of this valve rod then is resisted against this steel ball.
As preferred version, wherein, this second valve body is to have one to be fixedly arranged on the interior bearing of this second valve opening; And be the axis hole that is axially arranged with on this bearing, and be formed with an enlarging, in addition in an end of contiguous this runner along this second valve opening; The outer circumferential side of this bearing be to should also being equipped with an annular groove in second series pore place, and is equipped with a plurality of perforations that communicate with this axis hole in the diapire of this annular groove, again; This enlarging place is to have replaced a steel ball; And this steel ball is to be connected with a spring, and the end in addition of this spring is the inwall that is fixedly arranged on this runner, also is slidingly equipped with a valve rod in this axis hole simultaneously; And an end of this valve rod is this axis hole of protrusion and is resisted against this second button that the end in addition of this valve rod then is resisted against this steel ball.
The beneficial effect of the utility model is: the pneumatic type compress that is provided, the user as long as earlier with two free ends of a strap to passing a packing button, again crossover be arranged on the base plate and be positioned at this roller and this drive wheel between; Press this first this first valve body that presses switch to open afterwards again, let exterior high pressure gas flow to this air motor, just can provide this air motor to drive this drive wheel and rotate by this induction opening; Driving two free end slide relative of this strap, and can reach the effect of this strap of tension, last user is as long as press this second this second valve body that presses switch to open again; Let exterior high pressure gas flow to this pressure cylinder unit; Just can provide this pressure cylinder unit to drive this packing button of this chuck unit clamping, make this packing fastening hoop in this strap, and can reach the effect of fixing this strap; Thus; Let this pneumatic type compress can provide that aerodynamic force is strained automatically, this strap of lock ring, and can assist the user to accomplish the packing operation fast, to reach the purpose of promoting operating efficiency.
Description of drawings
Enumerate a specific embodiment below in conjunction with accompanying drawing, introduce the structure content of the utility model in detail, and the function that can reach, wherein:
Fig. 1 is the block diagram of the preferred embodiment of the utility model.
Fig. 2 is the part exploded drawings of the preferred embodiment of the utility model.
Fig. 3 is the part sectional view of the preferred embodiment of the utility model.
Fig. 4 is the part exploded drawings of valve seat position of the preferred embodiment of the utility model.
Fig. 5 is the local amplification view of valve seat position of the preferred embodiment of the utility model.
Fig. 6 is the local amplification view of control unit position of the preferred embodiment of the utility model.
Fig. 7 is the exploded drawings of pressure cylinder unit of the preferred embodiment of the utility model.
Fig. 8 is the exploded drawings of chuck unit of the preferred embodiment of the utility model.
Fig. 9 is the use scheme drawing of the preferred embodiment of the utility model, to show a strap is arranged at the state on this compress.
Figure 10 is the use scheme drawing of the preferred embodiment of the utility model, to show the state after this first button is pressed.
Figure 11 is the use scheme drawing of the preferred embodiment of the utility model, to show the state after this second button is pressed.
Figure 12 is the use scheme drawing of the preferred embodiment of the utility model, the state when showing that this chuck unit unclamps.
Figure 13 is the use scheme drawing of the preferred embodiment of the utility model, the state when showing this chuck unit clamping.
Figure 14 is the use scheme drawing of the preferred embodiment of the utility model, the state when showing that this elasticity clamping piece is equipped in this first button.
The specific embodiment
Please consulting Fig. 1 simultaneously to shown in Figure 8, is the accompanying drawing for the preferred embodiment of the utility model, and it is to disclose a kind of pneumatic type compress 100 is arranged, and this pneumatic type compress 100 mainly includes:
One permanent seat 10, it is to have a base plate 11, and this base plate 11 is to have the rear end 112 that a front end 111 and is oppositely arranged; In addition, the end face of this base plate 11 is vertically to be equipped with at least one perforation 12, and in this perforation 12, is pivoted with at least one roller 13; In present embodiment, be vertically to be equipped with a perforation 12 on this base plate 11, be to be pivoted with a roller 13 in this perforation 12; This roller 13 is that formation one is cylindric; And the drive-connecting shaft of this roller 13 is to being that length direction with this base plate 11 is vertical setting, and again, this permanent seat 10 also convexes with a fixed block 14 vertically upward in a side of this base plate 11.
One valve seat 20; It is to be hubbed at the side of this fixed block 14 towards this rear end 112, and is to be provided with a runner 21 in this valve seat 20, in addition; The outer circumferential side of this valve seat 20 is to be equipped with an induction opening 22, one first valve opening 23 and one second valve opening 24 that communicates with this runner 20; Again, the outer circumferential side of this valve seat 20 also is equipped with first deflation hole 25 that communicates with this first valve opening 23, and the second series pore 26 that communicates with this second valve opening 24.
One control unit 30, its be have one be arranged at this first valve opening 24 first valve body 31, and this first valve body 31 is to be connected with one first button 32; Can supply the valve control to open this first valve body 31, this first valve opening 23 is connected, with first deflation hole 25 in present embodiment; This first valve body 31 is to have the bearing 311 that is fixedly arranged in this first valve opening 23, and is the axis hole 312 that is axially arranged with along this first valve opening 23 on this bearing 311, and is formed with an enlarging 313 in an end of contiguous this runner 21; In addition, the outer circumferential side of this bearing 311 be to should also being equipped with an annular groove 314 in first deflation hole, 25 places, and is equipped with a plurality of perforations 315 that communicate with this axis hole 312 in the diapire of this annular groove 314; Again, these enlarging 313 places have replaced a steel ball 316, and this steel ball 316 is to be connected with a spring 317; The end in addition of this spring 317 is the inwalls that are fixedly arranged on this runner 21, also is slidingly equipped with a valve rod 318 in this axis hole 312 simultaneously, and an end of this valve rod 318 is these axis holes 312 of protrusion and is resisted against this first button 32; The in addition end of this valve rod 318 then is resisted against this steel ball 316, simultaneously this control unit 30 also have one be arranged at this second valve opening 24 second valve body 33, and this second valve body 33 is to be connected with one second button 34; Can supply the valve control to open this second valve body 33, this second valve opening 24 is connected, with second series pore 26 in present embodiment; This second valve body 33 is to have the bearing 331 that is fixedly arranged in this second valve opening 24, and is the axis hole 332 that is axially arranged with along this second valve opening 24 on this bearing 331, and is formed with an enlarging 333 in an end of contiguous this runner 21; In addition, the outer circumferential side of this bearing 331 be to should also being equipped with an annular groove 334 in second series pore 26 places, and is equipped with a plurality of perforations 335 that communicate with this axis hole 332 in the diapire of this annular groove 334; Again, these enlarging 333 places have replaced a steel ball 336, and this steel ball 336 is to be connected with a spring 337; The end in addition of this spring 337 is the inwalls that are fixedly arranged on this runner 21, also is slidingly equipped with a valve rod 338 in this axis hole 332 simultaneously, and an end of this valve rod 338 is these axis holes 332 of protrusion and is resisted against this second button 34; The end in addition of this valve rod 338 then is resisted against this steel ball 336; This control unit 30 also includes an elasticity clamping piece 35 in addition, and this elasticity clamping piece 35 is to be arranged at 34 of this first button 32 and this second buttons, and an end of this elasticity clamping piece 35 is to be articulated in this valve seat 20; End then is a free end in addition; In addition, all sides of this elasticity clamping piece 35 are to should being concaved with a groove 351 by first button 32, again; All sides of this elasticity stop part 35 are to convexing with a projection 352 by second button 34; This projection 352 also is connected with a spring 353 simultaneously, and the in addition end of this spring 353 is to be connected in this valve seat 20, and this elasticity clamping piece 35 can be had towards the preparatory power of this first button 32 direction beats.
One driver element 40, it is to have the air motor 41 that is fixedly arranged on this valve seat 20, and this air motor 41 is to be connected with this first deflation hole 25; In addition, this air motor 41 is to have a force-output shaft 42, and is to be provided with one first gear 43 on this force-output shaft 42; Again; This driver element 40 also has the axle drive shaft 44 that is hubbed on this valve seat 20, and is to be provided with one second gear 45 on this axle drive shaft 44, and this second gear 45 is to be engaged in this first gear 43; Also be provided with a drive wheel 46 on this axle drive shaft 44 simultaneously, this drive wheel 46 is the tops that are positioned at this roller 13.
One pressure cylinder unit 50; It is to be fixedly arranged on the side of this fixed block 14 towards this front end 111, and has a cylinder pressure body 51, and is to be provided with an elastic sealing gasket 52 in this cylinder pressure body 51; And can in this cylinder pressure body 51, be formed with one first room 53 and one second room 54 as shown in Figure 13; In addition, the outer circumferential side of this cylinder pressure body 51 is to be equipped with first perforation 55 that communicates with this first room 53, and this first to bore a hole 55 be as shown in fig. 1ly to be connected with this second series pore 26; Again, all sides of this cylinder pressure body 51 also be equipped with one communicate with this second room 54 second the perforation 56.
One chuck unit 60, it is to have the pressing plate 61 that is arranged in this second room 54, and this pressing plate 61 is to be connected with an axostylus axostyle 62; The end in addition of this axostylus axostyle 62 is to pass this second perforation 56 and be articulated with pair of links 63, and the end in addition of said connecting rod 63 is respectively to be articulated with a clamping bar 64, and the end in addition of said clamping bar 64 is to be articulated in an adapter plate 65; This adapter plate 65 is the fixed blocks 14 that are fixedly arranged on this permanent seat 10; In addition, the end in addition of said clamping bar 64 is to be provided with a clip slot 66 relatively, again; Also be arranged with at least one spring 67 on this axostylus axostyle 62, and the two ends of this spring 67 are to be resisted against this pressing plate 61 and these second room, 54 formed inwalls respectively.
Please consulting Fig. 9 more simultaneously to shown in Figure 13, is for the action scheme drawing of the preferred embodiment of the utility model, at first sees also shown in Figure 9; When user's desire was used this pneumatic type compress 100, this moment, the user was as long as be connected in an outside air feeder (figure does not show) with the induction opening 22 of this pneumatic type compress 100 earlier, again a strap 200 was bundled in a goods (figure does not show); And 201 pairs of two free ends of this strap 200 are passed a packing button 300, crossover is arranged on the base plate 11 of this pneumatic type compress 100 again, and lets said free end 201 be positioned at 46 of this roller 13 and this drive wheels; The user is as long as start this pneumatic type compress 100 afterwards, and this outside air feeder just can pour into high pressure gas in this runner 21 by this induction opening 22, and this moment, the user needed only this first button 32 of pressing shown in figure 10; This first button 32 just can compress the valve rod 318 of this first valve body 31; Let these valve rod 318 these steel balls 316 of pushing and pressing away from this enlarging 313, make these high pressure gas pass this perforation 315 and get into this first deflation hole 25, and further flow to this air motor 41 by this enlarging 313; And can promote these air motor 41 entrys into service through these high pressure gas; Let this air motor 41 can provide this first gear 43 to drive this second gear 45 and rotate, with this axle drive shaft 44 of synchronous rotation, and then can be as two free ends, 201 slide relative that drive this strap 200 through this drive wheel 46 shown in Figure 9; And can reach the effect of straining this strap 200; Last user needs only this second button 34 of pressing shown in figure 11 again, and this second button 34 just can compress the valve rod 338 of this second valve body 33, lets these valve rod 338 these steel balls 336 of pushing and pressing away from this enlarging 333; Make these high pressure gas pass this perforation 335 and get into this second series pore 26 by this enlarging 333; And first room 53 by these first perforation, 55 these cylinder pressure bodies 51 of entering shown in figure 12, so that this first room 53 is put on the air, move towards these second perforation, 56 directions and can shown in figure 13ly utilize air pressure to push against this pressing plate 61; Make the said connecting rod 63 of these axostylus axostyle 62 interlocks affect said clamping bar 64 to relatively rotate; Should packing detain 300, let these packing button 300 lock rings in this strap 200, thereby can reach the effect of fixing this strap 200 through clip slot 66 clampings on the said clamping bar 64; Thus; Let this pneumatic type compress 100 can be strained automatically, this strap of lock ring, and can assist the user to accomplish the packing operation fast, to reach the purpose of promoting operating efficiency.
It should be noted that; Please consult shown in Figure 9 again; Because the end face of this base plate 11 is to be pivoted with this roller 13, and the drive-connecting shaft of this roller 13 is to being that length direction with this base plate 11 is vertical setting, therefore when this pneumatic type compress 100 when straining this strap 200; Can reduce the friction force of 11 of this strap 200 and this base plates through this roller 13, and then let two free ends 201 of this strap 200 can be more smooth and easy when relatively moving.
What be worth carrying is again, please consult simultaneously more shown in Figure 14 because this first button 32 and 34 of this second buttons are to be provided with this elasticity clamping piece 35; And the projection 352 of this elasticity clamping piece 35 is to be connected with this spring 353, and this spring 353 is to be connected in this valve seat 20, and this elasticity clamping piece 35 can be had towards the preparatory power of this first button 32 direction beats; Therefore after the user presses this first button 32; This elasticity clamping piece 35 will be towards these first button, 32 direction beats, and are equipped in this first button 32 through this groove 351, make this first button 32 remain on down state; Let the user need not continue to push this first button 32 thus; Just can let this first valve body 31 remain on opening always, continuing providing drive of high-pressure gas these air motor 41 starts, thereby can reach the effect of being convenient to operate; In addition when user's desire is removed the blocking state of 35 of this first button 32 and this elasticity clamping pieces; As long as this moment, the user pressed this second button 34, let this second button 34 compress the projection 352 of this elasticity clamping piece 35, to drive this elasticity clamping piece 35 toward these second button, 34 direction deflections; Make this groove 351 away from this first button 32, just can remove the blocking state of 35 of this first button 32 and this elasticity clamping pieces.
Claims (5)
1. pneumatic type compress is characterized in that it includes:
One permanent seat, it has a base plate, and this base plate has the rear end that a front end and is oppositely arranged; In addition, the end face of this base plate vertically is equipped with at least one perforation, and in this perforation, is pivoted with at least one roller; Again, this permanent seat also convexes with a fixed block vertically upward in a side of this base plate;
One valve seat; It is hubbed at the side of this fixed block towards this rear end, and is provided with a runner in this valve seat, in addition; The outer circumferential side of this valve seat is equipped with an induction opening, one first valve opening and one second valve opening that communicates with this runner; Again, the outer circumferential side of this valve seat also is equipped with first deflation hole that communicates with this first valve opening, and the second series pore that communicates with this second valve opening;
One control unit, its have one be arranged at this first valve opening first valve body, and this first valve body is connected with one first button, simultaneously this control unit also have one be arranged at this second valve opening second valve body, and this second valve body is connected with one second button;
One driver element, it has the air motor that is fixedly arranged on this valve seat, and this air motor is connected with this first deflation hole; In addition, this air motor has a force-output shaft, and this force-output shaft is provided with one first gear; Again, this driver element also has the axle drive shaft that is hubbed on this valve seat, and this axle drive shaft is provided with one second gear; This second gear mesh also is provided with a drive wheel on this axle drive shaft simultaneously in this first gear, and this drive wheel is positioned at the top of this roller;
One pressure cylinder unit, it is fixedly arranged on the side of this fixed block towards this front end, and has a cylinder pressure body; And be provided with an elastic sealing gasket in this cylinder pressure body, and in this cylinder pressure body, be formed with one first room and one second room, in addition; The outer circumferential side of this cylinder pressure body be equipped with one communicate with this first room first the perforation; And this first perforation is connected with this second series pore, again, all sides of this cylinder pressure body also be equipped with one communicate with this second room second bore a hole;
One chuck unit, it has one and is arranged at the interior pressing plate of this second room, and this pressing plate is connected with an axostylus axostyle; The end in addition of this axostylus axostyle passes this second perforation and is articulated with pair of links, and the end in addition of said connecting rod respectively is articulated with a clamping bar, and the end in addition of said clamping bar is articulated in an adapter plate; This adapter plate is fixedly arranged on the fixed block of this permanent seat; In addition, the end in addition of said clamping bar is provided with a clip slot relatively, again; Also be arranged with at least one spring on this axostylus axostyle, and the two ends of this spring are resisted against this pressing plate and the formed inwall of this second room respectively.
2. according to the described pneumatic type compress of claim 1, it is characterized in that wherein, it is one cylindric that this roller forms, and the drive-connecting shaft of this roller is vertical setting to the length direction with this base plate.
3. according to the described pneumatic type compress of claim 1, it is characterized in that, wherein; This control unit also includes an elasticity clamping piece, and this elasticity clamping piece is arranged between this first button and this second button, and an end of this elasticity clamping piece is articulated in this valve seat; End then is a free end in addition, and in addition, all sides of this elasticity clamping piece are to being concaved with a groove in the first button place; Again; All sides of this elasticity stop part are to convexing with a projection by second button, and this projection also is connected with a spring simultaneously, and the end in addition of this spring is connected in this valve seat.
4. according to the described pneumatic type compress of claim 1, it is characterized in that, wherein; This first valve body has the bearing that is fixedly arranged in this first valve opening, and this this first valve opening of bearing upper edge be axially arranged with an axis hole, and be formed with an enlarging in an end of contiguous this runner; In addition, the outer circumferential side of this bearing be to should also being equipped with an annular groove in the first deflation hole place, and is equipped with a plurality of perforations that communicate with this axis hole in the diapire of this annular groove; Again, a steel ball has been replaced in this enlarging place, and this steel ball is connected with a spring; The end in addition of this spring is fixedly arranged on the inwall of this runner; Also be slidingly equipped with a valve rod in this axis hole simultaneously, and this axis hole of an end of this valve rod protrusion and be resisted against this first button, the end in addition of this valve rod then is resisted against this steel ball.
5. according to the described pneumatic type compress of claim 1, it is characterized in that, wherein; This second valve body has the bearing that is fixedly arranged in this second valve opening, and this this second valve opening of bearing upper edge be axially arranged with an axis hole, and be formed with an enlarging in an end of contiguous this runner; In addition, the outer circumferential side of this bearing be to should also being equipped with an annular groove in second series pore place, and is equipped with a plurality of perforations that communicate with this axis hole in the diapire of this annular groove; Again, a steel ball has been replaced in this enlarging place, and this steel ball is connected with a spring; The end in addition of this spring is fixedly arranged on the inwall of this runner; Also be slidingly equipped with a valve rod in this axis hole simultaneously, and this axis hole of an end of this valve rod protrusion and be resisted against this second button, the end in addition of this valve rod then is resisted against this steel ball.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120357231XU CN202272185U (en) | 2011-09-22 | 2011-09-22 | Pneumatic type packing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120357231XU CN202272185U (en) | 2011-09-22 | 2011-09-22 | Pneumatic type packing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202272185U true CN202272185U (en) | 2012-06-13 |
Family
ID=46192558
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120357231XU Expired - Lifetime CN202272185U (en) | 2011-09-22 | 2011-09-22 | Pneumatic type packing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202272185U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103192541A (en) * | 2013-03-29 | 2013-07-10 | 王恺飏 | Rail type pneumatic fixed length limit plastic steel belt packer |
-
2011
- 2011-09-22 CN CN201120357231XU patent/CN202272185U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103192541A (en) * | 2013-03-29 | 2013-07-10 | 王恺飏 | Rail type pneumatic fixed length limit plastic steel belt packer |
| CN103192541B (en) * | 2013-03-29 | 2015-04-01 | 王恺飏 | Rail type pneumatic fixed length limit plastic steel belt packer |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120613 |