JP6031688B2 - Casket - Google Patents

Description

  The present invention relates to a toolbox for storing a cage of a building carpenter tool.

  Conventionally, a building carpenter's hoe has been used for a shaving work for shaving and smoothing the surface of timber at a site such as a home building. A scissors is a tool in which a scissors blade having a blade tip with a wide tip of a chisel, which is one of architectural carpenter tools, is held diagonally on a rectangular parallelepiped base (see, for example, Patent Document 1). A slit-shaped blade edge is opened in the width direction at the lower end (Shiba) of the saddle that is in contact with the timber, and the two blade blades and the edge of the back metal are located at this blade edge. In the case of a scissors for precise cutting work that cuts the surface of a timber in micron units, the flat state of the lower end forming the back surface of the stand is extremely important. In the flattening of the lower end, the flattening is performed in which other portions are recessed by about 0.1 to 0.5 mm so that only three points of the top and bottom of both ends in the longitudinal direction and the middle blade edge come into contact with the timber. . Such flattening of the lower end is called “repairing”, and a dedicated rehabilitation rod or the like may be used.

  As the material of the gantry, generally, hard wood such as white birch and red cocoon dried for about 10 to 50 years is applied so as to realize a highly accurate flat state at the lower end and maintain it for a long time. Even if such hard wood is natural wood, regular maintenance is required for the stand. For example, if the humidity, temperature, etc. change suddenly, the flat state of the lower end may be distorted even the day after the repair is performed. More preferably, it is better to carry out the repair every time work is started.

On the other hand, the edge of the scissors blade and the back metal is generally polished in order by various grindstones having different coarseness, such as a rough grindstone with a coarse mesh, a medium grindstone with an intermediate roughness, and a fine finish grindstone for finishing. This maintains micron-level accuracy.
In actual cutting work, it is necessary to adjust the blade tip such as a scissors blade so that it protrudes several microns from the blade edge. For cutting operations at a high level of several microns, it is essential to precisely adjust the cutting edge at such a micron level. Adjustment of the cutting edge with high accuracy takes time and effort, but the quality of this adjustment determines the quality of the finish.
In other words, in a shaving operation using a scissors, it is only possible to handle a scissors equipped with a highly accurate scissors blade, etc. by the hands of a craftsman such as a carpenter having high skill, so that a micron level shaving work is possible. .

  When craftsmen such as carpenters store and carry firewood, generally, firewood bags made of cloth or leather processed into a bag or wooden paulownia boxes are conveniently used. On the other hand, there are many standards for the work to be applied, and the sizes of the firewood vary. Furthermore, even the same type of kite can vary in size because the size and length can be changed according to the acupuncturist's commitment, or the length can be cut according to the preference of craftsmen such as carpenters. In addition, when using for a long period of time, maintenance such as scraping off the thickness of the gantry is necessary, and there is a usage situation that the size changes little by little every time rectification is performed. . In storing the bags with various sizes as described above, there is a fact that a bag with high versatility is used particularly conveniently. In the case of a bag, there is an advantage that a large bag and a small bag can be accommodated and a bag of the same size can be shared.

  When storing or transporting the bag in a bag or the like, it is necessary to adjust the blade edge to be retracted from the blade edge. By adjusting the protruding state of the cutting edge in this way, troubles of the cutting edge such as a scissors blade that may occur during storage or transportation can be reduced. Even if the cutting operation is temporarily interrupted in the middle, it is safer to carry out the adjustment to retract the blade edge each time.

JP 2014-210396 A

  However, there are the following problems in storing the bag in the conventional bag bag or paulownia box. In the case of the paulownia box, there is a problem that the versatility with respect to the difference in the size of the cocoons is not sufficient, and it is necessary to prepare a different size for each ridge, which is troublesome. In addition, as described above, adjustments such as cutting the table to a short length may be made according to the user's preference, or the thickness of the table may be reduced by adjusting the table, and there is a possibility that the table cannot be securely held in the paulownia box. . For example, when the casket is dropped together with the paulownia box, the heel may be violated inside, and troubles such as blade spillage may occur. On the other hand, in the case of a cloth or leather bag that is difficult to secure a sufficient cushioning property, for example, the impact when dropping the bag together or the impact when hitting with other tools such as a doorway is left in the bag. There exists a problem that it is easy to act and there exists a possibility of producing a blade spill and a crack in a base.

  The present invention has been made in view of the above-mentioned conventional problems, and an object of the present invention is to provide a casket for storing a carpenter of a building carpenter tool with high safety.

The present invention is a basket case provided with a storage space for storing the basket,
A holding member disposed in a gap between the inner circumferential surface forming the housing space and the flange;
The holding member is capable of absorbing the difference in size of the scissors to be accommodated , and is disposed in the gap without interfering with the scissors blade provided in the scissors (Claim 1). .

  The basket case of the present invention is a container for storing the basket in the storage space. Since this hook can absorb the difference in the size of the hook by the holding member, it is highly versatile to accommodate various sizes of hooks. According to this basket insertion, various sizes of bags can be held with high reliability by the holding member, and the bags can be stored and transported with high safety by suppressing rattling in the housing space.

  Thus, the basket case of this invention is a container which can accommodate the cage of a building carpenter's tool with high safety.

  As the holding member in the present invention, a member having an impact absorbing function may be employed. In this case, the impact applied from the outside can be absorbed by the deformation of the holding member and the like, and the possibility that the housed bag will be adversely affected can be suppressed. As the holding member, for example, a member formed of a relatively soft material such as urethane foam or polystyrene foam, or a member having a structure that can be deformed in response to an impact can be employed.

A holding member in the saddle case according to a preferred aspect of the present invention is disposed on the inner peripheral surface so as to protrude toward the inside of the saddle case, and has a protruding height so as to match the size of the received bag. The height can be adjusted (Claim 2).
By adjusting the protruding height of the holding member, it is possible to securely hold various wrinkles having different specifications such as size. It is preferable that a person who uses this bracing can be configured to adjust the overhang height relatively easily.

A concave portion for avoiding contact of the blade edge of the scissors blade is provided on the bottom surface of the scissor case according to a preferred embodiment of the present invention, and the concave portion can adjust the relative position in the longitudinal direction of the scissors ( Claim 3).
If the position of the recess is adjusted so as to match the position of the blade edge where the blade edge of the scissors blade is located, the possibility that the blade edge contacts the bottom surface of the scissors can be avoided with high certainty. As long as the cutting edge does not come into contact with the cutting edge, it is possible to store the scissors as they are in a state where the cutting work is possible. If the scissors can be accommodated in this way, it is possible to reduce the trouble of adjusting the blade edge when the work is resumed thereafter, and the work efficiency can be increased.

  In addition, as a method of adjusting the longitudinal position of the recess relative to the basket, in addition to the method of changing the longitudinal position of the recess in the basket insertion, the longitudinal position of the basket accommodated in the basket insertion There is a method of adjusting the relative position of the concave portion with respect to the heel by changing.

  According to a preferred aspect of the present invention, the basket case includes a structure for enhancing the airtightness of the storage space for storing the bag (Claim 4).

  There are many craftsmen such as carpenters who go to construction sites such as houses by automobiles, etc., and there are more opportunities to store carpentry tools including firewood in automobiles. Under midsummer hot weather, the car interior temperature may exceed 50 degrees. For example, in the case of a bag made of cloth or leather that cannot cut off heat, it is easy to cause a shift in the table made of natural wood or a shift in the blade edge adjustment, which may hinder the shaving operation. Furthermore, in the case of a bag made of cloth or leather, moisture tends to be contained, and the blade and the back metal are likely to rust, and the sharpness may be impaired. Also, for example, in the case of a wooden paulownia box, because of the paulownia's characteristic that air permeability is increased by drying shrinkage, the internal casket tends to become hot when stored in a car under the hot summer heat, Similar problems may arise.

  As described above, if the casing is provided with a structure that improves the airtightness of the accommodation space, the inflow of air from the outside can be reduced. For example, in a high temperature environment, the rise in the temperature of the cage that has been accommodated can be suppressed by reducing the inflow of high temperature air into the accommodation space, and the risk of distortion occurring in the rod table, the blade, or the like as described above can be reduced. Further, for example, in a high humidity environment, the flow of high humidity air into the accommodation space can be reduced, and the risk of rusting on the scissors blade or the like due to moisture can be suppressed in advance.

  For example, a material having high heat insulation such as polystyrene may be employed as the material for the brazing. In this case, the adverse effect of temperature change and humidity change on the soot can be suppressed with higher certainty. In addition, as the structure for improving the airtightness, a structure that keeps the accommodation space completely close and airtight is ideal. On the other hand, although the accommodation space cannot be kept airtight, it can reduce the inflow of air from the outside. It ’s fine. It is also effective to realize liquid tightness by a structure that enhances the air tightness of the accommodation space. Even if the container is splashed with water, it can avoid getting the stored container wet.

Explanatory drawing which shows the combination structure of a groin in Example 1. FIG. Explanatory drawing of the adjustment method of the overhang | projection height of the cushion piece which makes an example of a holding member in Example 1. FIG. The front view of the case main body which accommodated the bag in Example 1, and a lid | cover. FIG. 3 is a cross-sectional view of a basket case in a state in which a basket is accommodated in Example 1. Explanatory drawing which shows the groining in Example 2. FIG. Explanatory drawing which shows the other lid | cover in Example 2. FIG. Explanatory drawing (partial cross section) which shows the ironing in Example 3. FIG. Explanatory drawing (part cross section) which shows the other case main body in Example 3. FIG. Explanatory drawing (part cross section) which shows the other case main body in Example 3. FIG. Sectional drawing of the basket case which accommodated the basket in Example 4. FIG. Explanatory drawing of the assembling structure of a basket case in Example 4. FIG.

The embodiment of the present invention will be specifically described with reference to the following examples.
Example 1
The present example relates to a horizontal case 1 for storing a plane 5 as a building carpenter tool with high safety. The contents will be described with reference to FIGS.
As shown in FIG. 1, the basket case 1 is a case in which a case body 13 made of styrene foam and a lid 11 are combined. In the case main body 13, a side wall 132 is provided so as to surround the bottom surface 130, and the lid 11 is provided with a relatively short side wall 112 so as to surround the bottom surface 110 serving as a ceiling surface when the bag 5 is accommodated. Yes. The case body 13 and the lid 11 are combined in a state where the end surfaces 131 and 111 in the standing direction of the side walls 132 and 112 are pressed against each other.

  As shown in FIG. 1, the case main body 13 and the lid 11 have a slight difference in the cross-sectional shapes of the end surfaces 131 and 111 in the standing direction of the side walls 132 and 112. On the end surface 131 on the case body 13 side, a flange 138 having a convex cross section extends over the entire outer periphery, and on the end surface 111 on the lid 11 side, a groove 118 having a concave cross section into which the flange 138 fits is formed on the entire periphery. It is formed across. In the case 1, a structure is formed in which the case 138 on the case body 13 side and the groove 118 on the lid 11 side are fitted over the entire outer periphery, and this structure improves the airtightness of the internal accommodation space. Yes.

  The basket case 1 includes cushion pieces 135, 137, and 115 as an example of a holding member disposed in the gap between the inner peripheral surface forming the accommodation space and the basket 5. The cushion pieces 135 and 137 on the case body 13 side are disposed on all inner surfaces of the four sides surrounding the bottom surface 130. One cushion piece 137 is arranged on the inner side surface facing the head 512 or the bottom edge 511 which is the longitudinal end surface of the heel 5, and two cushion pieces 135 are arranged on the inner side surface facing both side faces of the heel 5. It is arranged one by one. In the lid 11, one relatively large cushion piece 115 is disposed near the center of the bottom surface 110 serving as the ceiling surface of the accommodation space.

  The cushion pieces 135, 137, and 115 are substantially frustoconical members as shown in FIG. 2, and are formed of a material having appropriate elasticity such as foamed polystyrene. If it is a polystyrene foam, for example, the front end side can be cut comparatively easily by using a blade 6 such as a cutter knife, whereby the overhang height from the inner peripheral surface of the case main body 13 or the lid 11 can be easily adjusted.

  FIGS. 3 and 4 are views illustrating the state in which the heel 5 is accommodated after appropriately adjusting the overhang heights of the cushion pieces 135, 137, and 115. FIG. 3 illustrates a state in which the flange 5 is held without a gap in the longitudinal direction and the width direction by the cushion pieces 135 and 137 of the case body 13. FIG. 4 exemplifies a state in which the collar base 52 that forms the main body portion of the collar 5 is firmly held without a gap between the bottom surface 130 of the case body 13 and the cushion piece 115 of the lid 11.

  Here, in the scissors 5, the scissors blade 50 and the back metal 509 are held obliquely at a position shifted from the center in the longitudinal direction. On the upper end (ie, so-called) 521 side, which is the upper surface of the scissors 5, the rear end of the scissors blade 50 is located close to the head 512 forming the end surface in the longitudinal direction of the scissor base 52. If the cushion piece 115 is arranged near the longitudinal center of the lid 11 as shown in FIG. 4, the cushion piece 115 can be pressed against the upper end 521 while reliably avoiding interference with the scissors blade 50. Reduces backlash in the vertical direction.

  As illustrated in FIG. 4, the bottom surface 130 of the case body 13 is formed with unevenness in which convexities and grooves extending in the width direction are alternately repeated in the longitudinal direction. According to the uneven bottom surface 130, it is possible to absorb a load from the heel 5 side by elastic deformation of the convex mountain. For example, when the vehicle is transported, it is possible to mitigate vehicle vibrations that act on the cage 5. Moreover, according to the uneven bottom surface 130, the possibility of interference with the blade edge of the blade 50 that slightly protrudes from the blade edge 501 (see FIG. 1) of the lower end 522, which is the back surface of the blade base 52, can be reduced. It is possible to reduce the possibility of troubles such as a misalignment of the blade 50 and troubles such as blade spillage during transportation or storage. For example, water drops or the like may be accommodated in a state where water drops or the like remain attached to the base 52 after water grinding or the like of the scissors blade 50. The role of draining can be expected.

According to this cage case 1, the cage 5 can hold the cage 5 firmly with high cushioning properties in a state in which it hardly moves up and down, left and right, and back and forth by the cushion piece, and the cage base 52, the blade 50, The back metal 509 can be protected with high certainty.
In the case holder 1, a structure is provided between the case body 13 and the lid 11 to enhance the airtightness of the accommodation space by fitting the flange 138 and the groove 118. Such a structure is very effective for reducing the inflow of air from the outside into the housing space of the gutter 1.

  For example, when the vehicle is stored in a car under a hot summer sun and the temperature inside the vehicle exceeds 50 degrees, the structure that enhances the airtightness as described above is particularly effective. According to the structure for improving the airtightness, the inflow of high-temperature air can be reduced to suppress the temperature rise of the soot. If the temperature rise of the kite can be suppressed, it is possible to avoid the occurrence of various troubles that may occur due to high temperatures such as distortion of the kite table 52 and the misalignment of the kite blade 50. In addition, for example, during the rainy season, the inflow of high-humidity air can be reduced, and a situation in which rust or the like that impairs sharpness is generated on the blade 50 can be avoided.

  Thus, the basket case 1 of this example is a container which can accommodate the basket 5 with extremely high safety. By using the basket holder 1, the basket 5 which is an important tool for craftsmen such as carpenters can be stored or transported carefully, and troubles can be avoided.

  As the holding member, a cushion piece that can cut the tip portion in the protruding direction with a blade such as a cutter knife in accordance with the size of the flange 5 is illustrated. Instead of this, it is also possible to employ cushion pieces provided with cuts for facilitating cutting at several places where the overhang heights are different. It may be a cushion piece whose tip portion in the overhanging direction is appropriately deformed by heat, chemicals or the like and the overhang height can be adjusted.

  A shaft like a mushroom may be provided on the base side of the cushion pieces 135, 137, and 115, and a large number of round holes into which the shaft fits may be provided on the inner peripheral surface of the case 1. In this case, the mounting position of the cushion piece can be changed according to the outer shape of the cage 5 to be accommodated, and the versatility for the type of the cage 5 can be further improved. Further, if the cushion piece is replaced with a new one, for example, it becomes possible to cope with a case where the basket base of the basket to be stored is cut short, and the basket holder in use can be used as it is. Instead of the round hole, a groove in the height direction may be provided on the inner surface of the case body 13. In this case, a cushion piece provided with a shaft like a mushroom can be slid from above and installed, and the height of the cushion piece can be changed along the groove.

  Instead of the cushion piece, several kinds of strip-shaped spacers made of urethane or sponge having different thicknesses may be prepared. It is preferable to select a spacer having a thickness suitable for the size of the bag to be accommodated and affix it to the inner surface of the case body 13. If a double-sided tape with a protective sheet is attached to the back surface of the spacer, the attachment to the case body 13 is simplified. Furthermore, a bag provided with an inlet for the foamed resin material may be disposed on the inner side surface of the case body 13. If the foamed resin material is injected from the injection port in a state where the bag to be stored is stored in the case body, the bag has a shape suitable for the bag. Since the foamed resin material is injected into the bag, it will not pollute important bags.

It is also possible to employ a structure in which flexible silicone rubber or the like is provided between the case 138 side ridge 138 and the lid 11 side groove 118 and the heel 138 and the groove 118 are fitted via silicone rubber. . If silicone rubber, which is highly flexible and does not allow air to pass through, is used like packing, the airtightness of the case 5 can be further improved, and the effect of suppressing the adverse effects of temperature and humidity as described above can be further improved. Can be increased.
For example, a clamping mechanism such as a clamp or an arm catch that clamps the lid of the lunch box may be provided between the case body 13 and the lid 11. In this case, it is possible to further improve the airtightness by tightening the gap between the two.

  In this example, a polystyrene foam is adopted as the material for the basket 1. If the jar 1 is made of a highly heat-insulating material such as polystyrene foam, the adverse effects of temperature changes and humidity changes on the ridge 5 can be suppressed with high certainty, and the distortion of the gantry 52 and the degree of adjustment of the heel blade 50 can be controlled. It is possible to avoid madness in advance.

  A hinge or the like may be provided between the case main body 13 and the lid 11 so that the lid 11 can be rotated so that the bag 5 can be taken in and out. If comprised in this way, taking in / out of the basket 5 will become easy, and the easy-to-use basket insertion can be realized. A lockable key may be provided between the case body 13 and the lid 11. While theft damage targeting expensive tools is increasing, it is possible to prevent theft damage as described above by making it difficult to identify the type of spear by locking.

  Further, for example, the case 1 may be formed of foamed polystyrene like a motorcycle helmet, while a hard shell (outer skin) may be formed of a hard resin material such as ABS, acrylic or FRP. If comprised in this way, a shock absorption function can be improved like a helmet for motorcycles, and a bag can be protected with higher safety. As for the outer skin, even if it is cloth, paper, leather, etc., a certain effect is produced for the inner protection. Furthermore, it is also possible to prepare leather or cloth that wraps the outer periphery of the basket 1. It is also possible to prepare, for example, a plastic sleeve such as a rectangular tube-shaped sheath to be extrapolated to the basket 1. Extrapolating the sleeve helps protect the case 1.

A connecting mechanism for connecting the baskets 1 to each other may be provided so that the plurality of baskets 1 can be integrally stored or transported.
It is also possible to employ a belt that wraps around the outer periphery of the case 1 and to attach a handle. If there is a belt or handle, it is easy to carry the basket 1.

  In this example, a cushion piece having cushioning properties is adopted as an example of the holding member, but a holding member made of a relatively hard material such as wood may be used. In the case of a hard holding member, while the impact absorbability is lowered, the effect of holding the wrinkles without backlash can be realized. While the holding member is made of a hard material, the support structure of the holding member or the portion to be supported may have an impact absorbing function. A structure in which the holding member is supported via a member such as a spring or urethane is conceivable.

It is also possible to attach rubber or the like to the corners of the outer periphery of the basket 1. It functions as a cushioning material when dropped and helps protect the housed cage 5.
For example, on the bottom side of the case body 13, a drawer that can accommodate paper for repositioning, a ruler, a grindstone for polishing, and the like may be provided.

(Example 2)
This example is an example in which the shape and the like are changed based on the wrinkling in the first embodiment. The contents will be described with reference to FIGS. In these drawings, the illustration of the structure for improving the airtightness between the case main body 13 and the lid 11 is omitted.

The brazing 1 illustrated in FIG. 5 has the following differences from the brazing of the first embodiment.
Difference 1: While the standing height of the side wall 132 of the case main body 13 is low, the side wall 112 of the lid 11 is high, and the case main body 13 and the lid 11 lay the basket case 1 horizontally in half. It has an outer shape as if it was divided.
Difference 2: The side wall 132 of the case body 13 facing both side surfaces of the bag is provided with a concave shape 132H having a partially lowered height, while the lid 11 side is matched with the concave shape 132H. The side wall 112 is provided with a convex shape 112T.
・ Difference 3: On the bottom surface 130 of the case body 13, the same unevenness as that of the first embodiment is formed, but in the region where the blade edge (reference numeral 501 in FIG. 1) faces, there is no protruding mountain. A recess 130H, which is a formation region, is formed.
Difference 4: On the bottom surface 110 of the lid 11 serving as the ceiling surface of the housing space, as in the first embodiment, the cushion piece 115 is provided in the longitudinal direction in addition to the cushion piece 115 provided near the center in the longitudinal direction. A second cushion piece 115 and a concave recess 110H extending in the width direction are provided across the direction.

  In the case of the case 1 provided with the above difference 1, when the lid 11 is removed, the upper half of the stand (reference numeral 52 in FIG. 1) is exposed from the case body 13 and grips both sides of the stand. It becomes easy to take out. When the bag is accommodated in the case body 13, it is possible to bring the lower end (reference numeral 522 in FIG. 1) of the bag into contact with the bottom surface 130 while firmly holding the both sides of the basket base by hand. . In the case 1, the possibility that the case is dropped into the case body 13 and stored is reduced.

  According to the difference 2 described above, it is easier to grip both side surfaces of the table. This is because the concave shape 132H on the case body 13 side can be a shape for escaping a fingertip or the like that grips the table. The concave shape 132H and the convex shape 112T are preferably arranged close to the position of the center of gravity of the heel that is unevenly distributed in the longitudinal direction, that is, the position of the heel blade (symbol 50 in FIG. 1). In this case, the balance in the longitudinal direction when gripping the heel from both sides is improved, and gripping is facilitated.

  According to the difference 3, the interference of the blade edge of the blade with respect to the blade holder 1 can be suppressed with higher certainty. After the shaving work, it is possible to reduce the need to retract the scissors blade, and the shaving work can be resumed with the scissors taken out from the scissor holder 1. In addition, it is good to adjust suitably the balance of the protrusion height of the cushion piece 137 which faces a longitudinal direction so that the recessed part 130H may be located in the blade edge (code | symbol 501 in FIG. 1) which accommodated. For example, if the front end portion of the cushion piece 137 located on the top side of the heel is cut much, the heel to be accommodated is displaced to the heel side, whereby the position of the recess 130H can be adjusted to the heel side relative to the heel.

  About the concave hollow 110H by the side of the lid | cover 11 which comprises said difference 4, it is good to arrange | position so that the rear end of the scissors blade which protrudes to the upper end side of a scissors can be accommodated. If the rear end of the scissors blade is accommodated in the recess 110H, the height dimension of the lid 11 can be suppressed, and a relatively compact scissor holder 1 can be realized with respect to the scissors to be accommodated. Furthermore, according to said 2nd cushion piece 115, the accommodated collar can be hold | maintained still more reliably.

The lid 11 may be replaced with that shown in FIG. Three flat plates 110P with cushion pieces 115 attached thereto are detachably laid on the bottom surface 110 of the lid 11 in FIG. If the flat plate 110P at the position corresponding to the scissors blade is removed, the function of the recess 110H in FIG. 5 can be realized. The flat plate 110P may have a certain weight. If the flat plate 110P on the side of the scissors blade is removed as shown in the lower diagram of FIG. 6 while the flat plate 110P on the opposite side is left, the center of gravity position of the scissors insertion in the longitudinal direction can be shifted from the center. The weight balance of the entire basket can be made closer to the same when a heavy basket is accommodated on the side 512). Further, the number of the flat plates 110P arranged may be increased to five, such as five instead of the three in FIG. If the number is increased, the position of the recess for accommodating the rear end of the scissors blade can be finely adjusted in the longitudinal direction of the scissors.
Other configurations and operational effects are the same as those in the first embodiment.

Example 3
This example is an example in which cushion bands 134, 136, and 116 instead of the cushion pieces are employed as an example of the holding member based on the scissors insertion of the first embodiment. The contents will be described with reference to FIGS. In these drawings, as in the second embodiment, illustration of a structure with improved airtightness is omitted.

  In the case main body 13 of the case 1 shown in FIG. 7, cushion bands 134 and 136 are attached to the inner surface instead of the cushion piece of the first embodiment. In the lid 11, cushion bands 116 are attached to three locations in the longitudinal direction of the bottom surface 110 that forms the ceiling surface of the accommodation space.

  The cushion bands 134, 136, and 116 are members formed in a belt shape having relatively high elasticity using materials such as sponge, urethane, rubber, resin material, and thick felt. Both ends of the cushion bands 134, 136, and 116 are fixed to the case main body 13 or the lid 11 side, and the intermediate portion protrudes in a curved convex shape toward the inside. The cushion bands 134, 136, and 116 hold the heel by the curved convex protruding portions.

  One end of the cushion band 134, 136, 116 is fixed to the case body 13 or the lid 11 so that it cannot be removed, while the other end can be removed with a hook-and-loop fastener such as Velcro (registered trademark). It is fixed to. Once this end is removed and the attachment position is changed to change the distance between both ends, the overhang height of the overhang can be changed, thereby absorbing the difference in the size of the ridges to be accommodated.

  In addition, while adopting a cushion band in which both ends are detachably fixed, loop fasteners or hooks of hook-and-loop fasteners may be formed on a large portion of the inner peripheral surface of the hook. In this case, the cushion band can be set at a desired position according to the bag to be accommodated, and versatility can be further improved.

  Of the three cushion bands 116 on the bottom surface 110 of the lid 11, the overhang height may be adjusted in accordance with the thickness of the cradle at two locations on the heel base (reference numeral 511 in FIG. 1). As for the cushion band 116 on the rising side that hits the rear end of the scissors blade, the overhang height may be lowered along the bottom surface 110. If it sets in this way, interference with a scissors blade can be avoided.

  As for the cushion bands 134 and 136 of the case body 13, cushion bands 139 may be provided at four corners as illustrated in FIG. 8 instead of the arrangement configuration of FIG. 7. In this case, the rack can be held with high certainty from the four corners. Furthermore, instead of the cushion band 139, a spacer having a substantially L-shaped cross section such as sponge or urethane may be arranged so that the corners of the saddle bed are held without gaps at the inner corners of the substantially L-shape.

Furthermore, as shown in FIG. 9, a flat plate 130P made of a hard sponge or the like may be removably spread on the bottom surface 130 of the case body 13. If the flat plate 130P corresponding to the position of the blade edge of the scissors is removed, the recess 130H can be formed at a position that avoids interference with the blade edge of the scissors blade. The flat plate 130P may have a weight. If the flat plate 130P is attached to the base of the heel, the center of gravity of the tub case 1 can be brought closer to the pedestal side, and the weight balance of the entire tub case 1 when the center of gravity is close to the top side is accommodated. You can get closer.
It is also possible to prepare a flat plate to be laid on a part of the bottom surface 130 and adjust the position of the recess by setting the flat plate at an appropriate position according to the housing to be accommodated.

The cushion band may be a cushion band in which pins along the width direction of the band are provided at both ends. If a plurality of grooves along the height direction are provided on the inner surface of the case body, the pins on both ends can be accommodated in the grooves and the cushion band can be fixed. If the groove for accommodating the pins at both ends is changed, the mounting position of the cushion band can be changed, and if the gap between the grooves is changed, the overhang height of the cushion band can be changed.
Other configurations and operational effects are the same as those in the first embodiment. Further, the configuration of the second embodiment can be appropriately combined with the configuration of this example.

Example 4
The present example is an example of a vertical wicker 2 based on the wrinkle of the first embodiment. The contents will be described with reference to FIG. 10 and FIG.
The basket case 2 of this example is a vertical container such as a water bottle, which is used in combination with a cap lid 25 with respect to the cylindrical portion 20. In addition, in FIG. 11, illustration of the structure which improves airtightness is abbreviate | omitted.

  The cylinder part 20 is roughly constituted by a combination of three parts. The first and second parts 21 and 22 are parts obtained by vertically dividing the bottomed cylindrical shape into two parts, and the third part 23 is the first and second parts combined in a bottomed cylindrical shape. It is a cup-shaped part such as a sheath to be extrapolated with respect to 21 and 22. In addition, the structure which improves the airtightness similar to Example 1 is formed in the division | segmentation location of the 1st component 21 and the 2nd component 22. FIG.

  The first component 21 has a shape in which one end in the longitudinal direction is cut and removed based on the case main body (reference numeral 13 in FIG. 1) of the first embodiment. The bottom surface 210 facing the lower end 522 of the flange 5 is formed in a substantially planar shape except for a recess 210 </ b> H that is a recess disposed close to the opening 200 of the cylindrical portion 20.

  A cushion piece 215 (see FIG. 11) similar to that of the first embodiment is disposed on one of the inner side surfaces facing the width direction of the first component 21, and the other inner side surface has a substantially rectangular cross section. The cushion rail 216 is extended in a bowl shape. Furthermore, a cushion piece 217 is provided on the inner side surface of the base 52 facing the base 511, as in the first embodiment.

  In the first part 21 before the second part 22 is combined, a cutter such as a cutter knife can be easily accessed with respect to the cushion pieces 215, 217 or the cushion rail 216, and the overhang height thereof can be made relatively simple. Can be adjusted. About the cushion rail 216 and the cushion piece 215 which face each other, it is good to adjust each overhang height so that the space | interval of both may match the width | variety of the stand 52. Further, the protruding height of the cushion piece 217 may be adjusted so as to match the longitudinal dimension of the gantry 52.

  The cushion rail 216 is an example of a holding member that holds the flange 5 like the cushion piece. Although the thickness of the cushion rail 216 may be adjustable in accordance with the flange 5, it is also possible to adapt the width of the flange 5 only by adjusting the protruding height of the facing cushion piece 215.

The second component 22 is based on the lid of the first embodiment (reference numeral 11 in FIG. 1), cuts and removes one end portion in the longitudinal direction, and forms a ceiling surface facing the upper end 521 of the basket 5. The shape is thickened. Two cushion pieces 225 are disposed on the bottom surface 220 serving as the ceiling surface along the longitudinal direction.
In the second part 22 before the first part 21 is combined, a cutter such as a cutter knife can be easily accessed to the cushion piece 225, and the overhang height can be adjusted relatively easily. The overhang height of the cushion piece 225 may be adjusted to match the thickness of the gantry 52.

  The third component 23 is a thin cup-shaped resin molded product made of a plastic material for extrapolation with respect to the first and second components 21 and 22 combined in a cylindrical shape. The third component 23 is extrapolated with no gap to the first and second components 21 and 22 combined in a cylindrical shape. If the third component 23 is extrapolated, the combined state in which the first and second components 21 and 22 are pressed against each other can be held with high certainty, and the same as in the first embodiment provided on the pressing surfaces of both. It is possible to make the structure that enhances airtightness function well.

  Next, the cap lid 25 is a cup-shaped component that is combined with the opening 200 of the cylindrical portion 20. This cap lid 25 is combined like a ballpoint pen cap with respect to the collar 5 accommodated in the cylindrical portion 20 in a vertical state in which the end portion on the mount 512 side protrudes. On the bottom surface 250 of the cap lid 25, a cushion piece 257 that comes into contact with the mount 512 is provided.

  The cushion piece 257 is not easily accessible by a cutter such as a cutter knife, and adjustment of the overhang height is difficult. Therefore, when adjusting the protruding height of the cushion piece 217 located on the bottom side of the cylindrical portion 20, it is assumed that the protruding height of the cushion piece 257 on the cap lid 25 side is fixed. The tip of the cushion piece 217 may be cut. Note that the cushion piece 257 may be removed and attached. In this case, after the height of the cushion piece 257 once removed is appropriately adjusted, it can be attached again.

  The cap lid 25 has a side wall 252 with a substantially constant thickness over the entire circumference, and the opening portion 250 is different from the cylindrical portion 20 in which the portion forming the bottom surface of the second component 22 is formed thick as described above. The shape is different. The width of the opening 250 of the cap lid 25 is the same as that of the opening 200 of the cylindrical portion 20, while the dimension “a” orthogonal to the width is larger than the dimension “b” of the opening 200 of the cylindrical portion 20. The shape of the opening portion 200 of the cylindrical portion 20 is an appropriate shape for accommodating the base end 511 side of the flange 5, and has a shape corresponding to the cross-sectional shape of the flange base 52. On the other hand, the shape of the opening 250 of the cap lid 25 is a shape suitable for accommodating the rear end of the scissors blade 50 on the head 512 side.

  In addition, the cap lid | cover 25 and the cylinder part 20 are combined in the state which a mutual end surface presses. Each end face is formed with a structure that enhances airtightness by a combination of a ridge and a groove over the entire circumference of the openings 200 and 250.

  In housing the basket 5 in the basket case 2 having the above-described configuration, first, the basket base 52 is inserted into the cylindrical portion 20 with the base 511 as the head. At this time, if the base 511 is caught on the cushion piece 215, the insertion resistance may be excessive. If the collar base 52 is inserted so as to follow the cushion rail 216 extending in the insertion direction, there is less possibility that the base 511 is caught by the cushion piece 215, and the collar 5 can be efficiently inserted into the cylindrical portion 20. . Insertion of the base 511 until the base 511 comes into contact with the cushion piece 217 and mounting the cap lid 25 on the flange 5 in a state where the head 512 side protrudes from the cylindrical portion 20 (FIG. 10) completes the accommodation of the flange 5. it can.

It is also possible to prepare a storage case (not shown) and store the plurality of baskets 2 in an upright state like a beer case in a liquor store where a large number of upright beer bottles are stored. In this case, a large number of baskets 5 can be stored or transported collectively by the storage case. In this case, a handle for pulling out the cap lid 25 may be provided on the outer peripheral end surface (upper end surface in the standing direction).
Other configurations and operational effects are the same as those in the first embodiment. In addition, the configuration of the second or third embodiment can be appropriately combined with the configuration of this example.

  As described above, specific examples of the present invention have been described in detail as in the embodiments. However, these specific examples merely disclose an example of the technology included in the scope of claims. Needless to say, the scope of the claims should not be construed as limited by the configuration, numerical values, or the like of the specific examples. The scope of the claims includes techniques in which the specific examples are variously modified, changed, or appropriately combined using known techniques and knowledge of those skilled in the art.

  DESCRIPTION OF SYMBOLS 1, 2 ... Saddle case, 11 ... Cover, 115, 135, 137 ... Cushion piece (holding member), 116, 134, 136, 139 ... Cushion belt (holding member), 13 ... Case main body, 130 ... Bottom surface, 130H ... Recessed part, 20 ... Cylinder part, 215, 217, 225, 257 ... Cushion piece (holding member), 216 ... Cushion rail (holding member), 25 ... Cap lid, 5 ... 鉋, 50 ... 鉋 blade, 501 ... blade 511 ... Tail butterfly, 512 ... Rise, 52 ... Staff, 521 ... Upper end, 522 ... Lower end

Claims (4)

It is a basket case provided with a storage space for storing a bag,
A holding member disposed in a gap between the inner circumferential surface forming the housing space and the flange;
A scissor holder characterized in that the holding member can absorb the difference in size of the scissors to be accommodated and is arranged in the gap without interfering with the scissors blade provided in the scissors .   2. The holding member according to claim 1, wherein the holding member is disposed on the inner peripheral surface so as to project toward the inside of the basket, and the height of the projection can be adjusted so as to match the size of the basket to be accommodated. A wallet characterized by being.   In Claim 1 or 2, a recess for avoiding contact of the blade edge of the scissors blade is provided on the bottom surface of the scissors, and the recess can be adjusted in the relative position in the longitudinal direction of the scissors. A casket that features   4. The container according to any one of claims 1 to 3, wherein the container is provided with a structure for enhancing the airtightness of the storage space for storing the container.

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