JP5155635B2 - 鍼 and 鍼 pipe packaging structure - Google Patents

Description

  The present invention relates to a packaging structure for a tub and a tub tube. In particular, with a simple structure, the scissors and scissors can be fixed without playing in the blister, and the scissors and scissors can be easily removed from the blister during the operation, and the scissors can be directly hit by the scissor method. And a packaging structure for a soot tube.

Tubing is often used as a technique used to pierce a patient with a sputum. The tubal method uses the tubule as an auxiliary tool, puts the tubule with the heel inserted in advance into the patient's pot, and lightly pushes the heel handle head protruding from the head of the tubule to pierce the skin with the tip of the heel. Then, remove the fistula and insert it to the required depth with the sputum sandwiched between the fingers.
In the past, both tubs and tubs were reused. However, from the viewpoint of hygiene problems and convenience, currently, sterilized disposable baskets that are individually sealed and packaged in blisters with the basket set in the pipe are the mainstream.

A conventional general bag and tub tube packaging structure will be described.
The left side of FIG. 21 shows a state in which the scissors, soot tube, and the retaining clip are separated, and the right side of FIG.
The scissors 1 are composed of a scissors 2 and a scissors pattern 3, and a sterilized steel material having a certain degree of elasticity is used. The leopard pattern 3 is a handle that the practitioner pinches with a finger.
The scissors tube 4 serves as a role for protecting the scissors 1 and a guide for inserting the scissors 1. The soot tube 4 has an inner diameter larger than the outer diameters of the housing 2 and the handle 3 so that the soot 1 slides inside the soot tube 4 with sufficient play. That is, the tub 1 and the tub tube 4 are independent from each other, and the tub 1 cannot be held in the tub tube 4 as it is. Since it is packaged in a blister as will be described later, if the bag 1 moves freely, the tip of the hook may be damaged or the blister may be broken. Therefore, a stop clip 5 is used.

  The stop clip 5 is made of, for example, a resin such as hard vinyl chloride, and temporarily stops the heel 1 so that it does not fall out or move in a state where the heel 1 is inserted into the tub tube 4. The lower tip of the retaining clip 5 is smaller than the inner diameter of the soot tube 4, the upper tip is larger than the inner diameter of the soot tube 4, and has a taper. The pipe 4 is caught at the upper end. It has a certain thickness. As shown on the right side of FIG. 21, the heel 1 is about half the length of the heel tube 3 and protrudes from the upper end of the tub tube 4. Is temporarily fixed between the inner wall of the soot tube 4 and the retaining clip 5. The state shown on the right side of FIG. 21, that is, the bag 1 is inserted in the tube 4 in advance and packaged in a state of being stopped by a stop clip.

  FIG. 22 is a diagram illustrating a conventional packaging structure for a tub and a tub tube. The left side is a front view and the right side is a left side view. As shown in FIG. 22, the state in which the rod 1, the tube 4, and the retaining clip 5 are combined is the same as that shown on the right side of FIG. 21. The combined tub 1 and tub tube 4 are sterilized and enclosed in a blister 6. The blister 6 has a recess whose front side is opened on the back side, and the ridge 1 and the tub tube 4 are accommodated in the recess, and a mount 7 is attached from the back side and sealed.

  In use, first, as shown in FIG. 23, the mount 7 is turned over, and the tub 1 and the tub tube 4 are taken out from the opening on the back side of the blister 6. In this state, since the collar 3 is clamped by the clip 6, there is no concern that the collar 1 will fall out of the collar tube 4.

  Next, the retaining clip 5 is removed to release the holding state of the heel 1. Since the kite 1 has sufficient play in the kite tube 4 and can easily pass through the kite tube 4, the kite 4 and the kite handle 3 are held together with fingers, and the kite 1 and the kite tube 4 are held. Then, the lower end of the fistula is brought into contact with the patient's skin as the treatment site, and thereafter, the fistula 1 is inserted into the skin by a conventional method.

  Here, it is necessary to perform dozens of treatments for the acupuncture, but there is a problem that the flow of the treatment is stopped by the processing of the stop clip 5. First, there is the trouble of removing the stop clips one by one. In addition, it takes time to put it in the trash. If you drop it on the floor, it is inconvenient that you can't pick it up until the treatment is finished.

In order to eliminate such inconvenience, Patent Document 1 and Patent Document 2 have been devised.
Patent Document 1 discloses a rod with a rivet having a rod body embedded with a rod body at the tip of a rod-shaped rod pattern and a rod with a through hole through which the rod body can be inserted. A first insertion portion having an inner diameter slightly smaller than the outer diameter of the large-diameter portion of the scabbard, and an inner diameter larger than the outer diameter of the large-diameter portion of the scabbard. When the rod main body is inserted into the second insertion portion of the tubule from the heel handle side, the length of the heel handle is longer than the length of the first insertion portion of the insertion hole. The tail portion of the collar pattern protruding from the lead is pulled out, and the large diameter portion of the collar pattern is inserted into the first insertion portion of the insertion hole and held.
According to the device of Patent Document 1, since the large diameter portion of the heel handle can be inserted and held in the first insertion portion without using a fixing member as in the prior art, the heel handle can be protruded from the tub tube. The product can be easily and reliably placed on the human body without falling off the body from the tube, and the tip of the tube can be touched only by pressing the protruding handle from the tube. It will be possible to stab it securely.

In the acupuncture scissors of Patent Document 2, a housing with a grip portion is inserted into a core tube having both ends opened, and both ends of the core tube are closed with elastic thin plates. A hole is provided, and the end portion is protruded from the core tube and the grip portion inserted therethrough is held elastically and airtightly.
According to the device disclosed in Patent Document 2, an operation of twisting the core tube and the handle portion to release the connection between them becomes unnecessary, and the practitioner can concentrate on treatment.

No. 3-9737 Reality 3-16675

  However, since the scissors with a needle tube of Patent Document 1 are configured to hold the large-diameter portion at the tip of the collar handle with the first insertion portion, positioning of the large-diameter portion in the first insertion portion becomes a problem. That is, if the position of the large-diameter portion in the first insertion portion is too close to the second insertion portion, there is a risk that the wrinkle will fall off during handling, but if the distance from the second insertion portion is too far away, In order to reach the large diameter portion to the second insertion portion, a force applied to the leopard head is increased. If the force applied to the heel handle increases, the momentum of the heel that comes out of the tip of the heel tube when the hook of the heel handle and the heel tube is released increases, so the pain at the time of cutting increases.

The acupuncture scissors of Patent Document 2 also have the same problem as described above when positioning the handle (grip portion) held by slitting or holding a small hole in an elastic thin plate.
An object of the present invention is to solve the problems of the prior art described above, and it is possible to securely fix the scissors in the scissor tube while holding the scissors in the scissor tube at the time of holding, and smooth the scissors and It is an object of the present invention to provide a packaging structure for a soot and a soot tube, in which the soot tube can be easily taken out and no small waste is generated.

In order to achieve the above-mentioned object, the packaging structure of the tub and tub tube of the present invention comprises:
A cocoon with a skeleton and leopard pattern,
A cylindrical soot tube having an inner diameter through which the soot can pass;
A blister provided with a recess that can be accommodated in the combined state of the tub and tub tube in a combined state in which the tub tube is externally mounted on the tub with a part of the tub pattern protruding from the upper end of the tub tube; In the packaging structure of the tub and tub tube provided with a mount for sealing the back surface of the blister,
In the blister recess, a portion of the inner diameter of the portion where the handle coming out from the upper end of the soot tube is accommodated is provided with a handle squeezing constriction corresponding to the outer diameter of the scabbard. The leopard pattern is fitted and clamped.

  With the above configuration, the leopard handle can be easily detached from the blister pinch-necking constriction. If it is removed from the tube, it can be put into a practicable state where the rod can freely pass through the fistula. In addition, when picking up and picking up the hook tube and the handle together with a finger, the bag will not accidentally fall out of the tube.

Note that there are various patterns in the shape of the constriction of the blister. For example, there is a configuration in which at least one bottleneck-type drawing shape is used as the shape of the blister pinching pinch.
With the above-described configuration, at least one bottleneck-type aperture shape can be firmly held from the left and right.
In addition, for example, the shape of the blister sandwiching the blister is a corrugated shape, the left corrugation and the right corrugation are substantially in phase, and the left corrugation has a peak on the left side at the right side. A shape having a mountain on the left side, a mountain on the right side in the waveform on the right side and a mountain on the right side in the waveform on the right side, and a shape that supports the side of the leopard pattern with at least three peaks from both sides There is a configuration to do.
With the above configuration, if it is a corrugated shape, it can be firmly clamped from the left and right by at least three peaks that are alternately arranged on the left and right. In the case of the bottle neck type, the mountain and mountain are sandwiched between the left and right sides, so there is a risk that the frame will sway from side to side with the mountain as a fulcrum. There is no risk of the chassis swaying from side to side because it is clamped.

Next, in the above configuration, it is preferable that the blister is provided with a groove-like crease that triggers bending in the forward direction.
With the above configuration, when taking out the soot and the soot tube, it is easy to take out the soot and the soot tube from the upper side of the packaging structure by turning the mount on the back of the blister to the back side and folding the blister to the front side at the groove-like fold. Become.

Next, in the above-described configuration, it is preferable that, in a state where the collar handle is sandwiched between the collar gripping constrictions of the blister, the collar tip is positioned inside the collar tube and does not contact the blister.
With the above configuration, it is possible to prevent the heel tip from being damaged in a state where the heel and the heel tube are packaged in the blister, and further, the tip of the heel is accidentally stuck in the finger without the tip of the piercing the blister. There is no danger.

Next, in the configuration described above, a protrusion having a diameter larger than the inner diameter of the blister handle sandwiching constriction and smaller than the inner diameter of the flange tube is provided in a part of the handle, and in a lower part of the protrusion of the handle It is preferable that the leopard pattern is clamped by the leash pattern pinching constriction of the blister.
With the above configuration, the leopard handle is normally pinched and fixed firmly by the blister leopard pinching constriction. In addition, since the protrusion of the leopard pattern is positioned on the constriction of the blister leopard holding the blister, the eaves are prevented from slipping downward.

  Further, a plurality of crimps are provided on a part of the collar, and the swollen width of the crimp is larger than the inner diameter of the blister collar sandwiching the blister and smaller than the inner diameter of the collar tube, and the shaft of the collar It is preferable that the direction in which the caulking is provided differs between the caulking.

  Here, the caulking is provided for crimping the frame and the leash, but the outer shape is recessed in the caulking direction and bulges in the lateral direction, and this bulge can also be used. . If the diameter of the stalk in the bulging direction is larger than the inner diameter of the blister squeeze pinching constriction and smaller than the inner diameter of the tub tube, it can serve the same function as the above-mentioned stalk projection. However, since the caulking has a dent in the caulking direction, the diameter of the hook handle in the dent direction is smaller than the inner diameter of the blister handle pinching constriction, so that it plays the same role as the protrusion of the hook handle described above. I can't. Therefore, if a plurality of caulks are provided on a part of the leash and the directions of caulking with respect to the leash axis are different between the caulks, the direction in which the blister is pinched by the leash of the blister by chance in the packaging state is the same. Even if it is the caulking dent direction, in other caulking, the dent direction is provided in a different direction with respect to the axis of the leash, so the other caulking bulge is located above the blister leash pinching constriction. The kite will no longer slide down.

Next, in the above configuration, it is also possible to provide a blister structure for not only the handle but also the soot tube.
That is, in the blister depression having the above-described configuration, a constriction pinching constriction corresponding to the outer diameter of the constriction tube is provided in a part of the inner diameter of the portion where the side surface portion of the constriction tube is accommodated, and the constriction pinching constriction of the blister is provided. The above-mentioned soot tube is fitted and clamped.

In addition, the blister pinching constriction shape of the blister can have various patterns.
For example, the blister pinching constriction shape of the blister has a configuration in which at least one bottle neck type drawing shape is used.
With the above-described configuration, the soot tube can be firmly clamped from the left and right by at least one bottleneck-type drawing shape.
In addition, for example, the blister pinching constriction shape of the blister is a corrugated shape, and the left corrugation and the right corrugation have substantially the same phase, and the left corrugation has a mountain on the left side. The shape of the corrugation of the left side has a mountain on the left side, and the shape of the left side corrugation has a mountain on the right side. There is a configuration.
With the above configuration, the tub tube can be firmly held from the left and right by at least three hills arranged alternately on the left and right. In the case of the bottle neck type, the mountain and the mountain are sandwiched between the left and right sides, so there is a risk that the entire tub tube will sway from side to side with the mountain as a fulcrum. Therefore, there is no possibility that the entire soot tube will sway from side to side.

When packaging the packaging structure of the kite and kite tube according to the present invention, when the kite pattern is up and the tip of the kite is viewed from below, the packaging is performed with the top-and-bottom direction turned upside down. It is preferable.
In the case of the above configuration, some force is applied, and even if the collar handle and the blister collar pinching constriction are disengaged and the collar moves, the tip of the collar contacts or breaks through the blister. The danger disappears.

  According to the packaging structure of the urn and urn tube of the present invention, it is not necessary to use an auxiliary accessory such as a conventional retaining clip, and it is possible to save the trouble of removing the retaining clip and throwing it into the trash can. The tube can be easily detached from the blister. In addition, when packaging, the bag is firmly fixed to the blister so that the bag does not move stably. The flow of treatment can be made smooth.

  Hereinafter, the best mode for carrying out the present invention will be described specifically by way of examples. The scope of the technical idea of the present invention is not limited to the specific shapes and numerical values of these examples.

FIG. 1 is a diagram schematically illustrating a basic configuration of a packaging structure for a tub and a tub tube according to a first embodiment of the present invention.
The left side of FIG. 1 shows a state where the tub and the tub tube are separated, and the right side of FIG. 1 shows a state where the tub and the tub tube are combined.
The rod 101 includes a rod body 102 and a rod pattern 103, and a steel wire rod having a certain degree of elasticity is used. The leopard pattern 103 is a handle that the practitioner pinches with a finger.
The tub tube 104 serves as a guide for inserting the tub 101 and a role for protecting the tub 101. The soot tube 104 has an inner diameter larger than the outer diameter of the housing 102 and the handle 103, and the soot 101 slides inside the soot tube 104 with sufficient play, so that the soot 101 and the soot tube 104 are independent. I'm happy.

  As shown in FIG. 1, in a state where the rod 101 and the rod tube 104 are combined, the rod tube 104 is externally mounted on the rod 101 with a part of the rod pattern 103 protruding from the upper end of the rod tube 104. .

FIG. 2 is a diagram illustrating a packaging structure for a basket and a pipe according to the first embodiment. The left side is a front view and the right side is a left side view. As shown in FIG. 2, the state in which the tub 101 and the tub tube 104 are combined is the same as that shown on the right side of FIG. The combined tub 101 and tub tube 104 are sterilized and enclosed in a blister 106.
The blister 106 has a recess whose front side is opened on the back side, and can hold the tub 101 and the tub tube 104 in the combined state shown in FIG. The material of the blister is not limited, but it should be a soft, colorless and transparent material such as plastic or vinyl chloride.
The mount 107 seals the back surface of the blister 106. The ridge 101 and the tub tube 104 are housed in the recess of the blister 106, and the mount 107 is attached and sealed from the back side.

The blister 106 is provided with a collar pattern sandwiching constriction 105. There are various patterns in the shape of the blister pinching neck. The blister pattern sandwiching constriction shape of the blister shown in FIG. 2 is configured to be a single bottle neck type drawing shape.
This collar handle clamping neck 105 is provided in a portion where the collar pattern 103 protruding from the upper end of the collar tube 104 is accommodated, and the inner diameter thereof corresponds to the outer diameter of the collar pattern 103, and the blister collar pattern The inner wall of the sandwiching constriction 105 and the outer wall of the saddle pattern 103 are fitted together so as to be sandwiched. If the inner diameter of the blister collar sandwiching constriction 105 is too smaller than the outer diameter of the collar pattern 103, the collar 103 cannot be inserted into the blister collar sandwiching neck 105 well, while the blister collar sandwiching constriction 105 If the inner diameter of the collar pattern 103 is the same as the outer diameter of the collar pattern 103, the collar pattern 103 fits into the collar pattern pinching constriction 105 of the blister, but there is a risk that the collar 101 will move without causing pressure to be firmly clamped. is there. Therefore, it is assumed that the inner diameter of the blister collar sandwiching constriction 105 is slightly smaller than the outer diameter of the collar pattern 103. The degree of the reduction should be designed according to the flexibility of the blister and the shape of the collar pattern 103.

Note that, as shown in FIG. 3, the upper tube 104 is also restricted from moving upward by the blister handle sandwiching constriction 105, so that it will not play excessively in the blister recess.
In addition, as shown in FIG. 3, when the collar pattern 103 is sandwiched between the blister collar sandwiching constrictions 105, the collar 1 of the casing 1 is located inside the collar tube 104 and does not contact the blister 106. It has become.
In this way, in the state where the heel 101 and the tub tube 104 are packaged in the blister 106, the heel tip can be prevented from being damaged, and further, the heel tip can be mistakenly inserted without breaking the blister 106. There is no danger of stinging.

  There are various patterns in the shape of the blister pinching neck. The shape of the blister sandwiching the blister according to FIG. 2 is one bottleneck-type drawing shape, but can be two bottleneck-type drawing shapes. FIG. 4 shows an example in which the shape of the blister collar sandwiching the neck is a two bottlenecked drawing shape. In the configuration example of FIG. 4, there are provided two bottleneck-type drawing shapes, a blister collar sandwiching shape 105a and a blister collar sandwiching shape 105b.

  As shown in FIG. 5 (a), if there is only one leopard pattern pinching constriction shape 105, the leopard pattern may sway left and right with the leash handle pinching constriction shape 105 as a fulcrum. As shown in the figure, if there are two necklaces sandwiched by the leopard pattern, there is an advantage that the leopard pattern does not shake from side to side by pinching the leopard pattern 103 from the left and right with the leash pattern pinching constriction shapes 105a and 105b of the blister. .

  As described above, according to the bag and bag tube packaging structure shown in the first embodiment, the bag handle 103 can be easily detached from the blister handle pinching constriction 105, and the bag 101 is firmly fixed to the blister 106 during packaging. When the scissors 101 do not move stably and are removed, the scissors 103 can be removed from the constriction constriction 105 of the blister and removed, so that the scissors can freely conduct through the scissors tube 104. At the time of taking out, the hook 101 does not fall out of the hook pipe 104 by mistake if it is picked up with fingers together.

  FIG. 6 is a diagram schematically showing the basic configuration of the packaging structure for the tub and tub tube according to the second embodiment of the present invention. The packaging structure body of the soot and soot tube according to Example 2 is a device provided with a groove-like crease that becomes a trigger to bend forward with respect to the blister of the packaging structure of soot and soot tube shown in Example 1. I am doing. As shown in FIG. 6, the blister 106 is provided with a groove-shaped fold 110.

The procedure of the treatment using the packaging structure of the scissors and scissors according to Example 2 is as follows, for example.
First, as shown on the left side of FIG. 7, the mount 107 is turned from the back side to the lower side of the blister groove fold 110. At this stage, the leopard pattern 103 is still held by the blister leash pattern constriction constriction 105.

Next, as shown on the right side of FIG. 7, the blister 106 is tilted forward (front direction) and folded along the groove-like crease 110. Since there is a groove-shaped fold 110, it is easy to bend from this fold 110, and it can be easily folded along the groove-shaped fold 110 just by tilting the blister 106 forward.
At this time, the collar 103 fitted and fixed to the collar pattern sandwiching constriction 105 of the blister is released from the blister 106.
Here, as shown on the right side of FIG. 7, the hook pattern 103 and the hook pipe 104 are simultaneously picked up, and both are pulled up as they are and taken out from the blister 106. If the stalk 103 and the trocar 104 are pinched at the same time, it is possible to proceed to the operation of hitting the heel 101 on the patient as it is, and the heel 101 and the tubal tube 104 can be taken out and operated smoothly by the above procedure. it can.

  As described above, according to the packaging structure of the tub and tub tube shown in the second embodiment, the jar 101 and the tub tube 104 are taken out from above the packaging structure by bending the blister 106 to the front side at the groove-like fold 110. It becomes easy.

  The packaging structure of the ridge and tub tube according to the third embodiment is provided with a protrusion on a part of the ridge pattern of the ridge shown in the first embodiment, and the ridge pattern is sandwiched between the ridges of the blister pattern sandwiching portion at the lower part of the projection. It has been devised to make it stand.

FIG. 8 is a diagram schematically illustrating the basic configuration of the tub and tub tube according to the third embodiment of the present invention.
As shown on the left side of FIG. 8, the collar 101a according to the third embodiment includes a collar body 102a and a collar pattern 103a, and a protrusion 120 is provided on a part of the collar pattern 103a. As shown in FIG. 9, the diameter of the projection 120 is larger than the inner diameter of the blister 106 sandwiching the neck of the blister 106 and smaller than the inner diameter of the soot tube 104. Since the protrusion 120 is smaller than the inner diameter of the soot tube 104, as described later, the soot 101a can slide through the inside of the soot tube 104 with play during treatment.
As shown in FIG. 8, in a state in which the rod 101a and the rod tube 104 are combined, a state in which the rod tube 104 is externally mounted on the rod 101a with a part of the rod pattern 103a and the protrusion 120 protruding from the upper end of the rod tube 104. It has become.

  FIG. 9 is a diagram illustrating a packaging structure of the tub 101a and the tub tube 104 according to the third embodiment. The left side is a front view and the right side is a left side view. As shown in FIG. 9, the state in which the rod 101a and the rod tube 104 are combined is the same as that shown on the right side of FIG. The combined tub 101a and tub tube 104 are sterilized and enclosed in a blister 106. The blister 106 and the mount 107 may be the same as those shown in the first embodiment.

The blister collar sandwiching constriction 105 is provided in a portion where the collar pattern 103 protruding from the upper end of the collar tube 104 is accommodated, and its inner diameter is slightly smaller than the outer diameter of the collar pattern 103. The inner wall of the handle clamping constriction 105 and the outer wall of the heel handle 103 are fitted together to be held.
In the third embodiment, as shown in FIG. 10, the leopard pattern protrusion 120 is positioned on the blister pattern pinching constriction neck 105, and the outer diameter of the protrusion 120 is larger than the inner diameter of the blister pattern pinching pinch neck 105. Therefore, some force is applied, and movement is restricted even when the hook 101a is displaced downward.
That is, the vertical movement of the soot tube 104 is restricted by the depression of the blister 106 and the blister collar sandwiching constriction 105 of the third embodiment, and the collar 101a is fitted to the blister collar sandwiching constriction 105 for some reason. Even if it comes off, the vertical movement is limited.

  As described above, according to the packaging structure of the heel and tub tube shown in the third embodiment, the heel pattern is firmly clamped and fixed by the stalk gripping constriction of the blister. Even if there is a variation in diameter or a variation in the outer diameter of the leopard pattern, the leopard pattern protrusion is located on the blister handle pinching constriction, so that the leap does not slip down.

  The packaging structure of the ridge and tub tube according to Example 4 is provided with a plurality of caulks in a part of the ridge pattern of the ridge shown in Example 1, and the leash pattern is constricted between the blister ridges in the lower part of the swag. It has been devised to make it sandwiched.

FIG. 11 is a diagram schematically illustrating the basic configuration of the ridge 101b according to the fourth embodiment of the present invention. FIG. 12 is a diagram schematically illustrating a basic configuration in which the rod 101b according to the fourth embodiment of the present invention is externally mounted on the rod tube 104.
As shown in FIG. 11, the collar 101b according to the fourth embodiment includes a collar body 102b and a collar pattern 103b, and two crimps 130a and 130b are provided on a part of the collar pattern 103b. The caulking is provided for crimping the casing and the leash, and its outer shape is recessed in the caulking direction and swells in the lateral direction. The swollen width of the caulking 130 according to the fourth embodiment is larger than the inner diameter of the bristle handle sandwiching constriction 105 and smaller than the inner diameter of the soot tube 104. In the fourth embodiment, this caulking bulge is used to perform the same function as the leopard pattern protrusion 120 of the third embodiment. In other words, the movement of the blister to the lower side of the collar 101b is restricted by the blister collar clamping constriction 105 at the time of attachment, and the collar 101b can slide through the inside of the collar tube 104 with play at the time of treatment.

  Here, the direction which provides the caulking 130 with respect to the axis | shaft of the collar pattern 103b is devised so that the caulking 130 may differ. Since the caulking 130 has a dent in the caulking direction, the diameter of the collar pattern 103b in the dent direction is smaller than the inner diameter of the blister collar clamping neck 105, so that the blister collar clamping neck 105 in the holding state in the blister. If it is located in the dent portion of the caulking, the caulking passes through the bristle handle sandwiching constriction 105 of the blister, and cannot play the same role as the protrusion 120 of the third embodiment. On the other hand, it is laborious and costly to align the mounting direction of the flange 101b to the blister 106 accurately.

  Therefore, as shown in FIGS. 11 and 12, a plurality of crimps are provided, and at least one crimp is attached to the blister 106 in the direction in which the collar 101b is attached to the blister 106. In order to avoid the caulking dent direction, a device for shifting the caulking direction is added. For example, as shown in FIG. 11 and FIG. 12, a caulking 130 a and a caulking 130 b are provided in a part of the collar so that the dent direction is shifted by 90 degrees.

FIG. 13 and FIG. 14 are views showing the packaging structure of the tub 101a and the tub tube 104. FIG. The left side is a front view and the right side is a left side view. The blister 106 and the mount 107 may be the same as those shown in the first embodiment.
As shown on the left side of FIG. 13 and FIG. 14, when the blister 106 swells and the passage of the blister handle pinching constriction 105 is restricted due to the swelling of the lower caulking 130 b, it moves downward at that position. Is limited. Further, as shown on the right side of FIGS. 13 and 14, even if the depression direction of the lower caulking 130b is accidentally held by the bristle handle clamping constriction 105, the caulking 130a is displaced 90 degrees and bulges. As a result, the passage of the bristle handle sandwiching constriction 105 is restricted, and the blister does not slip downward.

  As described above, according to the packaging structure of the heel and tub tube shown in the fourth embodiment, the heel pattern is firmly clamped and fixed by the blister handle squeezing constriction of the blister. Even if there is a variation in diameter or a variation in the outer diameter of the leopard pattern, the leash will not fall down because the leash pattern is located on the blister leash between the blisters.

  The packaging structure of the ridge and the tub tube according to the fifth embodiment is an example in which the shape of the blister handle sandwiching the neck is another shape different from the shape of the first embodiment. For example, there is a configuration in which the shape of the blister collar sandwiching the blister is a corrugated shape. Here, although the corrugated shape is provided on both sides of the blister depression, the left corrugation and the right corrugation have substantially the same phase. In other words, the left corrugation has a mountain on the left, the right corrugation has a mountain on the left, the left corrugation has a mountain on the right, and the right corrugation has a mountain on the right. Configure.

  FIG. 15 schematically shows a packaging structure for a tub and a tub tube according to the fifth embodiment. As shown in FIG. 15, there is a blister collar pinching constriction 105b with a peak on the right side in the corrugation on the right side at the position of the blister collar pinching constriction 105a with a peak on the right side in the left corrugation. Further, there is a blister collar pinching constriction 105d having a mountain on the left side in the right corrugation at a position of the blister collar pinching neck 105c having a mountain on the left side in the left corrugation. Similarly, there is a blister collar pinching constriction 105f having a mountain on the right side in the corrugation on the right side in the position of the blister collar pinching neck 105e having a mountain on the right side in the left corrugation.

  As described above, if the left corrugation and the right corrugation are substantially in phase, the side surface of the leopard pattern can be firmly held by at least three peaks arranged alternately from the left and right sides. As shown in FIG. 16, in the case of one bottleneck type constriction shape 105, there is a risk that the frame will sway from side to side with a mountain as a fulcrum. Since it is pinched, there is no possibility that the housing will sway from side to side.

FIG. 17 is a configuration example in which the wave number peaks of the corrugated shape of FIG. 15 are increased one by one.
In the configuration example of FIG. 17, in addition to the leopard squeezing neck 105a, 105b, 105c, 105d, 105e, 105f shown in FIG. In the right corrugation, there is a bristle handle sandwiching constriction 105h with a mountain on the left side. Similarly, there is a blister collar pinching constriction 105j with a peak on the right side in the right corrugation at the position of the blister collar pinching neck 105i with a peak on the right side in the left corrugation.

  In the case of the configuration example of FIG. 17, as shown in FIG. 18, the structure is sandwiched by five mountains that are alternately arranged on the left and right sides, so that there is no possibility that the housing will sway from side to side.

  The packaging structure body of the soot and soot tube according to Example 6 is a configuration example in which a soot tube clamping constriction shape for sandwiching the soot tube is provided in the blister recess to firmly hold the soot tube.

  As shown in FIG. 19, it is a figure which shows the packaging structure of the soot and soot pipe concerning Example 6. FIG. The left side is a front view and the right side is a left side view. The collar 101, the collar body 102, the collar pattern 103, the collar pipe 104, the collar pattern clamping neck 105, the blister 106, and the mount 107 are the same as those shown in the first embodiment.

The blister 106 according to the sixth embodiment is provided with a soot tube sandwiching constriction 108 in addition to the soot handle sandwiching constriction 105.
As shown in FIG. 20, the soot tube 104 can be firmly held by the soot tube clamping constriction 108 provided in the blister 106, and the soot tube 104 can be fixed to the blister 106.

There can be various patterns in the shape of the blister tube constriction constriction 108 of this blister. The blister pinching constriction shape 108 of the blister shown in FIG. 19 is configured to be a single bottleneck type drawing shape.
The inner diameter of the collar sandwiching neck 108 is a diameter corresponding to the outer diameter of the collar tube 104. The saddle tube 104 is fitted and clamped by the saddle pattern clamping constriction 108.

  It should be noted that there are various patterns for the leopard pattern sandwiching constriction 108. As in the fifth embodiment, for example, the blister pinching constriction shape 108 of the blister is a corrugated shape, the left corrugation and the right corrugation are substantially in phase, and the left corrugation has a mountain on the left side. In the position, the right corrugation has a mountain on the left side, the left corrugation has a mountain on the right side, the right corrugation has a mountain on the right side, and the side surface of the soot tube is at least three points from both sides. It can be configured to be supported by mountains.

  The tub tube can be firmly clamped from the left and right by at least three mountains arranged alternately on the left and right. In the case of the bottle neck type, the mountain and the mountain are sandwiched between the left and right sides, so there is a risk that the entire tub tube will sway from side to side with the mountain as a fulcrum. Therefore, there is no possibility that the entire soot tube will sway from side to side.

  Next, a device for packaging of the packaging structure of the tub and tub tube according to the seventh embodiment of the present invention will be described. Package upside down, which is usually assumed as a packaging device.

  Normally, the scabbard is on the top and the tip of the skeleton is upside down. Conventionally, the top and bottom are packaged, held and stored in this top and bottom direction. When held and stored in this top-and-bottom direction, if a force is applied and the wrinkle moves, the tip may abut against the blister or break through the blister and the tip may be damaged.

  Therefore, the packaging structure of the urn and culvert tube of Example 7 is packaged by inverting the top-and-bottom direction when the stalk is on the top and the heel of the casket is on the bottom. Make a device to do. By packaging in the reverse direction in this way, some force is applied, and even if the hook and pinch pinch constriction of the leopard handle and the blister are disengaged and the hook moves and the tip moves to the blister. The risk of abutting and breaking through is eliminated.

  As mentioned above, although the preferable embodiment in the packaging structure of the tub and tub tube of the present invention has been illustrated and described, it is understood that various modifications can be made without departing from the technical scope of the present invention. I will.

  The soot and soot tube packaging structure of the present invention is widely applied to soot and soot tube packaging structures used in the soot method.

The figure which showed typically the basic composition of the packaging structure body of the soot and soot pipe concerning Example 1 of this invention The figure which shows the packaging structure of the soot and soot pipe concerning Example 1 of this invention The figure explaining a state where a soot pipe is restricted from moving upwards due to a constriction of a blister handle The figure which shows the example which made the bottle shape of the neck shape of the blister's handle sandwiching two blisters The figure which shows the relationship between the number of bottle neck type drawing shapes of the leopard pattern pinching constriction shape 105, and the blur of leopard pattern The figure which showed typically the basic composition of the packaging structure body of the soot and soot pipe concerning Example 2 of this invention The figure which shows a state that the upper end of the blister was bent forward The figure which showed typically the basic composition of the packaging structure body of the soot and soot pipe concerning Example 3 of this invention The figure which shows the packaging structure of the collar 101a and the collar pipe 104 concerning Example 3. The figure which shows a mode that the movement to the downward direction of a heel is restrict | limited by the protrusion of a heel pattern, and the constriction of a leash of a blister The figure which showed typically the basic composition of the collar 101b concerning Example 4 of this invention. The figure which showed typically the basic composition which armored the collar 101b concerning Example 4 of this invention to the collar pipe 104 The figure which shows the packaging structure of the tub 101a and the tub tube 104 concerning Example 4 of this invention. The figure which shows the packaging structure of the tub 101a and the tub tube 104 concerning Example 4 of this invention. The figure which shows typically the packaging structure body of the soot and soot pipe which provided the blister concerning Example 5 of this invention with the corrugated-shaped soot pattern clamping constriction shape 105 The figure which shows the relationship between the number of the peaks of the corrugated leopard pattern sandwiching constriction shape 105 and the leap of the leopard pattern (when the number of peaks is three on the left and right) The figure which shows the structural example at the time of increasing the peak of the wave number of the waveform shape of the blister shown in FIG. The figure which shows the relationship between the number of the peaks of the corrugated leopard pattern pinching constriction shape 105 and the leap of the leopard pattern (when the number of peaks is five on the left and right) The figure which shows the packaging structure of the soot and soot pipe concerning Example 6 The figure explaining a state where the soot tube 104 is fixed by the soot tube clamping constriction 108 of the blister Figure showing a conventional scissors, scissors tube and retaining clip The figure which shows the packaging structure of the conventional tub and tub tube The figure which shows a mode that a soot and a soot pipe are taken out from the conventional packaging structure of a soot and a soot pipe

Explanation of symbols

101 １０２ 102 鍼 body 103 鍼 handle 104 鍼 tube 105 鍼 handle pinching constriction 106 blister 107 mount 108 鍼 tube pinching constriction 110 groove-like fold 120 projection 130a, 130b caulking

Claims (10)

A cocoon with a skeleton and leopard pattern,
A cylindrical soot tube having an inner diameter through which the soot can pass;
A blister provided with a recess that can be accommodated in the combined state of the tub and tub tube in a combined state in which the tub tube is externally mounted on the tub with a part of the tub pattern protruding from the upper end of the tub tube; In the packaging structure of the tub and tub tube provided with a mount for sealing the back surface of the blister,
In the depression of the blister, a constriction for pinching the rib handle corresponding to the outer diameter of the rib handle is provided as a part of the inner diameter of the portion in which the rib pattern coming out from the upper end of the rib tube is accommodated,
As a structure that restricts the downward movement of the collar handle relative to the collar pinching neck of the blister, a part of the collar handle is larger than the inner diameter of the collar pinching neck of the blister and smaller than the inner diameter of the collar tube A wrapping structure for a ridge and a tub tube , wherein a structure having a diameter is provided, and the ridge pattern is sandwiched between the ridges of the blisters at a lower portion of the protrusion of the ridge pattern .   2. The bag and bag tube packaging structure according to claim 1, wherein a shape of the blister holding pinch neck is at least one bottle neck type drawing shape. A plurality of crimps are provided on a part of the collar, and the swollen width of the crimp is larger than the inner diameter of the blister gripping constriction of the blister and smaller than the inner diameter of the collar tube, and the axis relative to the axis of the collar The packaging structure for the tub and tub tube according to any one of claims 1 and 2 , wherein the direction of caulking is different between the caulks. A cocoon with a skeleton and leopard pattern,
A cylindrical soot tube having an inner diameter through which the soot can pass;
A blister provided with a recess that can be accommodated in the combined state of the tub and tub tube in a combined state in which the tub tube is externally mounted on the tub with a part of the tub pattern protruding from the upper end of the tub tube; In the packaging structure of the tub and tub tube provided with a mount for sealing the back surface of the blister,
In the depression of the blister, a constriction for pinching the rib handle corresponding to the outer diameter of the rib handle is provided as a part of the inner diameter of the portion in which the rib pattern coming out from the upper end of the rib tube is accommodated,
As a structure that restricts the downward movement of the leopard handle relative to the leopard pinching constriction of the blister, the blister pinch constriction shape of the blister is a wave shape, and the phase of the left wave shape and the right wave shape is In the left waveform, the left waveform has a peak on the left side, the right waveform has a peak on the left side, the left waveform has a peak on the right side, and the right waveform has a peak on the right side. There is provided a packaging structure for a ridge and a tub tube, characterized in that a shape for supporting the side surface of the ridge pattern with at least three peaks from both sides is provided . The blisters, acupuncture and鍼管packaging structure according to the provision of the groove-like folds before the opportunity to bend in a direction from claim 1, wherein in any one of 4. In a state where allowed sandwich the鍼柄the necked鍼柄holding of the blister,鍼先is located inside of the鍼管, of claims 1 to 5, characterized in that the state not in contact with the blister The packaging structure of the tub and tub tube of any one of Claims 1. In the blister recess, a constriction pinching constriction corresponding to the outer diameter of the constriction tube is provided in a part of the inner diameter of the portion where the side surface portion of the constriction tube is accommodated, and the constriction tube is fitted into the constriction pinching constriction of the blister. The packaging structure for a tub and tub tube according to any one of claims 1 to 6 , wherein the wrapping structure is clamped together. The鍼管clamping constricted shape of blisters, acupuncture and鍼管packaging structure according to any one of claims 1 7, characterized in that at least one bottle-neck of the aperture shape. The blister pinching constriction shape of the blister is a corrugated shape, and the left corrugation and the right corrugation have substantially the same phase, and the left corrugation has a mountain on the left side. The shape is such that there is a mountain on the left side, and there is a mountain on the right side in the corrugation on the right side, and there is a mountain on the right side in the corrugation on the left side. The packaging structure for a tub and tub tube according to any one of claims 1 to 7 . The bag according to any one of claims 1 to 9 , wherein when the hook pattern is up and the tip of the hook is viewed from below as the top-and-bottom direction, the top-and-bottom direction is turned upside down and packaging is performed. Wrap tube packaging structure.

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