JP3171459U - Needle pile container for sewing needles - Google Patents

Abstract

Provided is a needle container that facilitates storage management of sewing needles by forming a needle mountain with plastic provided with a needle hole. A needle thread 100 is made of plastic. The plastic main body 1 is provided with needle hole portions 2A to 2E that can accommodate sewing needles in the vertical and horizontal directions. Each of the needle hole portions 2A to 2E has a needle storage hole (empty opening space) having a depth determined by the size and type of the sewing needle, and stores the corresponding sewing needle. By making the depth of the needle storage hole about 1 cm shorter than the length of the sewing needle to be stored, the needle can be easily taken out and stored. Furthermore, convenience is enhanced by providing a needle holding part or a display part. [Selection] Figure 1

Description

  The present invention relates to a needle pile container for sewing needles for storing a plurality of types of sewing needles.

  The needle mountain is a circular, conical or quadrangular body made of cotton cloth, and a cushion material such as cotton is inserted into the needle mountain. A sewing needle is pushed through the cotton fabric and into the cushioning material to hold the sewing needle.

  In the needle mountain, there is a case where a short sewing needle gets into the cushion material. Therefore, there is Patent Document 1 as an improved example.

  Patent Document 1 discloses a needle thread of a string body whose cross-sectional diameter is shorter than the length of a sewing needle. The string body has various shapes and aims to store sewing needles of various lengths.

  JP 2005-176991 A

  In addition to storing and storing the sewing needle, the needle mountain is also a hand tool for the user to easily put the sewing needle in and out when sewing. Further, if the type and number of needles being used or scheduled to be used can be grasped at hand, it is beneficial in terms of work efficiency and safety.

  The conventional needle mountain does not take such considerations, and it is difficult to grasp what kind and length of needle is stored in the needle mountain.

  An object of the present invention is to provide a needle needle container for a sewing needle that is easy to store and store a sewing needle, has high work efficiency, and is easy to manage safely.

  The present invention comprises a container body and needle hole portions of a plurality of sewing needles corresponding to the sewing needles, which are provided in the container body and have needle storage holes having a length shorter than the length of the sewing needle to be stored. Disclosed is a needle needle container.

  Further, the present invention provides a container body, a needle hole portion of a plurality of sewing needles corresponding to the sewing needle, which is provided in the container body and has a storage hole having a length shorter than the length of the sewing needle to be stored. Disclosed is a needle needle container for a sewing needle that includes a sewing needle holding portion that holds a sewing needle provided in a needle hole portion.

  Further, the present invention discloses a needle needle container of a sewing needle in which the container body is made of a plastic material.

  Furthermore, the present invention discloses a needle needle container for a sewing needle in which the plurality of needle hole portions are regularly and vertically arranged on the surface of the container body from the surface to the bottom.

  Further, according to the present invention, a needle needle container of a sewing needle having a display portion indicating that according to the length or type of the sewing needle to be stored is provided on the surface of the needle hole portion arranged in the vertical and horizontal directions. Disclose.

  Furthermore, the present invention discloses a needle pile container for a sewing needle in which the needle inlet portions of the plurality of needle hole portions are trumpet-shaped openings.

  Furthermore, the present invention discloses a needle pile container for a sewing needle in which the sewing needle holding portion is a foamed resin layer formed at any needle hole opening space position from the entrance to the bottom of the needle hole portion.

  Furthermore, the present invention discloses a needle needle container for a sewing needle in which the sewing needle holding portion is a cloth-like body formed at any needle hole opening position from the entrance to the bottom of the needle hole portion.

  Furthermore, the present invention discloses a needle needle container for a sewing needle in which the sewing needle holding portion is a magnetic material for adsorbing a sewing needle provided at any position from the entrance to the bottom of the needle hole portion.

  Further, the present invention discloses a needle needle container for a sewing needle in which the container body is a rectangular parallelepiped or a bun shape having a flat bottom and a chevron-shaped convex part, and a plurality of needle hole parts are formed on the surface.

  Furthermore, the present invention discloses a needle pile container in which the container body is a cloth-like body having a cushion material therein, and a plurality of plastic needle holders having trumpet-shaped inlet openings are inserted into the cloth-like body.

  According to the present invention, since the sewing needle can be stored in a plurality of needle storage portions and the head portion of the needle is exposed outside the storage hole, the needle can be easily grasped and the needle can be easily taken out from the storage portion. In addition, it is clear at a glance that the needles are stored, and needle management becomes easy.

  Further, according to the present invention, the sewing needle can be stored in the plurality of needle storage portions, and the sewing needle can be held by the holding portion, and the storage management of the sewing needle becomes easy.

  Furthermore, according to the present invention, the holding portion is formed of a foamed resin layer or a cloth-like body, and the sewing needle is pushed there, thereby enabling stable holding.

  Furthermore, according to the present invention, the needle hole portions are regularly and horizontally arranged, and at a position near the needle hole portions, according to the length or type of the needle to be stored, a display portion indicating that is provided. The needle can now be properly managed.

It is an external view of the embodiment of the needle mountain of the present invention. It is a longitudinal cross-sectional view of the needle ridge of FIG. It is a figure which shows the example of needle storage. It is an external view of the Example which has the display part of the needle mountain of this invention. It is sectional drawing of the cloth-like body installation of the needle mountain of this invention. It is sectional drawing of the foaming resin layer installation of the needle mountain of this invention. It is sectional drawing of the magnet installation of the needle mountain of this invention. It is a figure which shows the example of needle storage parts of this invention. It is a figure which shows the example of the cloth-like body needle pile which can accommodate the needle | hook storage parts of this invention.

  FIG. 1 is a diagram illustrating an example of a needle thread of a sewing needle. The needle needle container 100 of the sewing needle has a main body 1 made of plastic and has a rectangular parallelepiped shape. The length × width × height was about 10 cm × 15 cm × 8 cm. The main body 1 is formed with needle holes 2A to 2E of sewing needles arranged regularly in the vertical and horizontal directions. The figure shows an example in which the number of needle holes is 4 × 5.

  Each of the needle hole portions 2A to 2E stores sewing needles having different lengths and types.

  The sewing needle is a needle used for sewing, and a needle having a hole through which a thread is passed is called a sewing needle, but in a broad sense, it refers to various needles used for sewing.

  Original sewing needle: There is a threading hole at the tip of the head, and it has various sizes specified by length and size. For example, a long sewing needle has a length of 4.5 cm, and a small sewing needle has a length of 4 cm. There are also various thicknesses.

  Waiting needle: A needle that does not have a threading hole at the tip of the head, and is used for temporarily stopping cloths. Some of the waiting needles have a head portion for easy grasping, some do not have a head portion, and some have a short length such as a pin, and others have a long length such as a sewing needle. There are also various thicknesses.

  Sewing needle: A needle used for the sewing machine. When the sewing needle is used for hand-sewing, the sewing needle is a needle that is used by being set on the sewing machine. The sewing needle is characterized in that the threading hole is on the sharp tip side. There are various lengths and thicknesses depending on the fabric.

  FIG. 2 is a longitudinal sectional view of the needle ridge of FIG. In order to make the needle hole easy to see, the needle hole is enlarged. As shown in the sectional view of FIG. 2, the needle hole portions 2A to 2E are storage portions for regularly storing the sewing needles, and in particular, an opening space 2A1 which is a needle storage hole having a depth corresponding to the length of the needle. Has ~ 2E1. FIG. 2 shows an example in which 2A and 2E are made shallower in the order of the same depth, 2B, 2C, and 2D. Although there are various thicknesses of the needle itself, both cases of a size diameter according to this thickness, examples of a constant size based on the needle of the maximum thickness, for example, regardless of the difference in size diameter, both cases It can be adopted.

  The depth of the needle hole portions 2A to 2E is preferably shorter by about 1 cm than the length of the needle to be stored. This is because the head side of the needle is exposed from the surface of the main body 1 by about 1 cm. An example of storing the needle is shown in FIG. It can be seen that the head 2a of the needle 2A is exposed to the outside. There is an advantage that it is easy to confirm that the needle is accommodated in the needle hole part by visual inspection and ease of insertion and removal of the needle.

  The hole opening spaces 2A1 to 2E1 of the needle hole portions 2A to 2E may be slightly larger than the needle diameter size from the needle insertion entrance to the hole bottom portion, but approach the hole bottom portion in order to keep the needle holding posture vertical. The diameter size may be reduced according to the above.

  The needle hole portions 2A to 2E are formed, for example, for 2A for long sewing needles, 2B for short sewing needles, 2C for waiting needles, and 2D for sewing needles. In this case, needles can be managed by providing a display on which characters or designs for long stitches, short stitches, waiting needles and sewing needles are printed in the vicinity of 2A, 2B, 2C and 2D. Becomes easy.

  FIG. 4 is a diagram showing an example of the display unit 10. The display unit 10 includes display units 10A to 10E corresponding to the needle hole units 2A to 2E. On the display units 10A to 10E, a symbol graphic indicating the appearance of the needle is displayed in addition to the character or the character. The display unit may be an electronic example.

  The needle hole portions 2A to 2E have needle holding portions at predetermined positions in the opening space of the holes. This needle holding portion is a holding means for preventing the needle inserted into the needle hole portions 2A to 2E from easily falling off to the outside. It is dangerous for the needle to fall outside, and to prevent the needle from falling outside even when the main body 1 falls on its side.

  The needle holding portion can be achieved by a plurality of realizing means described below.

(1) An example in which the fabric is stuck in the cross-sectional direction of the hole opening space.
This embodiment is shown in FIG. The fabric which 4A-4E stuck is shown. Although it has a thickness in the figure, the thickness may be small and a normal fabric may be used. The material of the fabric may be either cotton or synthetic fiber. A fine-textured fabric is better than a coarse-textured fabric, and it is sufficient that the weave is hard to be removed when the needle sticks. As shown in FIG. 5, the cloth is preferably installed by an adhesive along the hole opening space entrance, that is, along the surface of the main body 1. This is because the cloth is easy to stick. Instead of the fabric, a thin rubber may be used, and these are all materials that can be defined as a cloth-like body. There may be positions other than the surface of the main body 1 such as an intermediate position or a bottom.

(2) An example in which a foamed resin layer is provided at a predetermined position in the opening space.
An example thereof is shown in FIG. Examples in which 3A to 3E are foamed resins such as urethane and embedded in the bottom part are shown. Foamed resin such as urethane is a material having a holding force that is easy to pierce the needle and is easy to pull out and does not easily fall out. The installation position is preferably the bottom of the hole opening space as shown in FIG. Of course, as with the fabric, there is a method in which a foamed resin layer is bonded and fixed to the surface of the main body 1 or in the vicinity thereof, or an example in which it is provided at an intermediate position.

(3) An example in which a magnet layer having a small magnetization force is provided.
The embodiment is shown in FIG. 5A to 5E are magnet layers embedded in the bottom of the opening space. Since the needle is a metal, the holding part can be realized by a magnet layer. In addition to the example where the magnet layers 5A to 5E are installed at the bottom of the opening space as shown in FIG. Further, it is also possible to use a disc-shaped magnet having a hole for passing a needle in the middle thereof. In this case, the magnet may be arranged along the sectional direction of the opening space instead of the side surface.

  (4) In the case where the foamed resin layer is embedded in the bottom, the depth of the hole can be adjusted by the thickness of the foamed resin layer. Therefore, the depths of the holes are made equal, and the substantial depth is adjusted by the thickness of the foamed resin layer. Of course, there is a case where the depth of the hole is set according to the needle and the foamed resin layer is provided.

  In the above-described embodiments, the opening openings of the needle hole portions 2A to 2E are formed in a flat hole shape, but there is also a method of making a trumpet shape in order to further facilitate the taking in and out of the needle. There is also a method of projecting the trumpet-shaped part upward from the plane of the surface part (for example, about 5 mm). The needle can be taken in and out more easily, and the maintenance is also solid.

  FIG. 8 shows storage parts 6A to 6E having trumpet-shaped inlet portions 6a to 6e. The storage container 100 has a uniform shape configuration as a needle hole, and the storage parts 6A to 6E can be inserted into the needle hole. The storage parts 6A to 6E have an opening space corresponding to the length of the needle, and the parts 6A to 6E are arbitrarily selected and attached to the uniform needle hole portion of the storage container. Such a case has an advantage that the user can freely attach and use as many storage parts 7A to 7D as parts as necessary.

  FIG. 9 is an example in which the storage parts of FIG. 8 are embedded in a conventional cloth needle ridge 200. The cloth needle 200 has a cushion material such as a wire or hair inside, and is provided with holes 7A to 7E on the surface of the cloth.

1 Main body
2A-2E Needle hole portion 2A1-2E1 Hole opening space that is a needle storage hole 2a Sewing needle 3A-3D Foamed resin layer 4A-4E Fabric-like body 5A-5E Magnet layer 6A-6E Needle storage part 100 Needle mountain

Claims (11)

  A needle mountain container comprising a container main body and needle hole portions of a plurality of sewing needles corresponding to the sewing needles, which are provided in the container main body and have a needle storage hole having a length shorter than the length of the sewing needle to be stored.   A container body, a needle hole portion of a plurality of sewing needles corresponding to the sewing needle having a storage hole having a length shorter than the length of the sewing needle to be stored provided in the container body, and provided in the needle hole portion A needle pile container for a sewing needle comprising a sewing needle holding portion for holding the sewing needle.   The needle needle container for sewing needles according to claim 1 or 2, wherein the container body is made of a plastic material.   The needle needle container for a sewing needle according to any one of claims 1 to 3, wherein the plurality of needle hole portions are arranged regularly and vertically and horizontally on the surface of the container body from the surface to the bottom.   5. The needle needle container for a sewing needle according to claim 4, wherein a display portion is displayed on the surface of the needle hole portions regularly arranged in the vertical and horizontal directions according to the length or type of the sewing needle to be stored.   The needle pile container for a sewing needle according to any one of claims 1 to 5, wherein the needle inlet portions of the plurality of needle hole portions are trumpet-shaped openings.   The sewing needle needle container according to any one of claims 1 to 6, wherein the sewing needle holding portion is a foamed resin layer formed in any needle hole opening space position from the entrance to the bottom of the needle hole portion. .   The needle needle container for a sewing needle according to any one of claims 1 to 6, wherein the sewing needle holding portion is a cloth-like body formed at any needle hole opening position from the entrance to the bottom of the needle hole portion.   The needle needle container for a sewing needle according to any one of claims 1 to 6, wherein the sewing needle holding portion is a magnetic material for sewing needle adsorption provided at any position from the entrance to the bottom of the needle hole portion.   The sewing machine needle according to any one of claims 1 to 9, wherein the container body is a rectangular parallelepiped or a bun-shaped body having a flat bottom and a mountain-shaped convex portion, and a plurality of needle hole portions formed on the surface thereof. Needle mountain container.   The container main body is a needle-shaped container formed by inserting a plurality of plastic needle storage devices having a trumpet-shaped inlet opening into a cloth-like body having a cushion material therein.

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