JPH0684172B2 - Transparent electrostatic protection container with easily accessible identification means - Google Patents

Description

Description: BACKGROUND OF THE INVENTION The present invention relates to a container for handling, shipping and storing electronic components, and more particularly to a container that protects its contents from damage due to electrostatic discharge.

Electronic components are stored in specially designed ocean shipping containers for protection and shipped everywhere. Due to the increasing use of static-sensitive electronic components, sea shipping containers are often designed with electrostatic protection. Devices such as MOS semiconductors, field effect transistor silicon chips, small area semiconductor chips, and piezoelectric crystals are relatively vulnerable to static electricity. For this reason, electrostatic protection is used when handling and storing such parts.

Some of the static electricity protection means are to wrap around the parts with a conductive material without gaps. This creates an equipotential surface and prevents the parts inside the envelope from being charged by static electricity generated outside. In some cases, means are used to interconnect the charge on the packet and the discharging means. A carbon-infused plastic bag is an example. Such a bag is used to wrap the part to be protected and a conductor is formed around the part. Static electricity on the bag is discharged by connecting the bag to ground or by discharging it into the atmosphere. However, these bags are not very stiff and the stacked parts cannot be stacked one after another. Other packages are used instead of plastic bags. Another problem with this technique is that the identification material and other documentation regarding the contents of the bag is placed in a separate pouch located at the bottom of the container and the other container must be removed when examining it. Is difficult to find in inventory.

Other precautions used to protect weak electronics are to wrap the weak electronics in a partially conductive “valve wrap” and to provide a temporary short-circuit device between shipping and storage. Use, using an integrated protection device such as a Zener diode, and other techniques. While the above techniques are generally useful,
In some cases further protection is needed.

Yet another technique that provides protection is a box-shaped rigid container, which is coated with an antistatic material.
In one embodiment, clear plastic treated with an antistatic film is used. The weak electronic components are fixed inside the box, the box is closed and the electronic components are wrapped in a partially conductive material. Some kind of conductor is connected to the box to provide a path to ground potential.
In this way, an equipotential surface is formed on the box to protect the contents from the effects of external static electricity. In some cases, a partially conductive, flexible elastomeric plastic foam is used inside the container to secure weak electronic components. The foam provides an electrical path from static sensitive electronic components to other packages. In this way, the charge stored on the weak electronic component travels on the equipotential surface and escapes to the ground. These containers are solid, so you can stack and store them. However, it has been found that many conductive coating materials are not always reliable due to the large amount of charge escape. It has also been found that some liquids used to process plastics are wiped off. In this way, the container must be regularly inspected or abandoned after some time of use. Also, this conventional technique is relatively expensive.

A better technique than the one described above is to use a partially conductive plastic material that is molded in a box-like shape to hold weak parts. Plastic material
An equipotential surface is formed around the component to protect it from the effects of external static electricity. Such containers are sufficiently stiff to protect the components that are stacked and wrapped from physical shock. As with other techniques, partially conductive and elastic plastic foam is used inside the container to secure the contents.

However, all of the above techniques provide a container that is adapted for efficient inventory management, but combined with the features of the container to protect electrostatic sensitive parts during handling, shipping and storage. It never happened. In many conventional techniques, the attachment is placed inside the container along with weak parts. In order to see the document, the container must be breached by the protective surface surrounding the part, and this process must allow electrostatic discharge. A container with electrostatic protection can give some information about its contents and can pick up the supporting documents without the need for the container to be opened, allowing easy confirmation that the contents are present. This is a valuable technological development.

SUMMARY OF THE INVENTION According to the present invention, weak electrical components are transported, handled,
A container is provided that can be used for shipping. The container, in an embodiment, comprises a pair of open end containers joined together at the open ends to form a closed container. The container is made of a clear, static-protective plastic material so that at least a portion of it can be seen. The container has means, such as static protection elastic plastic foam, for securing the electronic components in selected locations. The means are formed to support the contents in a particular application and have protrusions from the interior of the container to specifically pin and position electronic components with or without foam. The means further comprises a diaphragm, the presence of the contents of which can be confirmed by looking from outside the transparent container. In this way, there is no need to disassemble and open the container for this purpose.

Another feature of the container according to the invention is the essential pocket for holding attachments. The pocket is configured to be easily viewed when the containers are stacked or otherwise difficult to open. The pocket has a hinged tab with a window through which documents such as identification material contained in the pocket can be viewed or read. Identification material such as a bar code graph or magnetic media is placed in the pocket and held in place by the tabs. The tabbed windows allow the reading of barcode graphs or magnetic media without moving stacked containers and without opening the containers. Opening the container means breaking the throwing surface around the electronic components. In the preferred embodiment, tabs having an angle of 45 ° are used on the pockets. This particular tilt allows the containers to be easily viewed through the window when stacked vertically, horizontally, or in other configurations.

BRIEF DESCRIPTION OF THE DRAWINGS The features, advantages and objects of the present invention will be described in detail below with reference to the accompanying drawings.

FIG. 1 is an enlarged perspective view of a protective container according to the present invention. Also shown is a circuit board with an electrostatic discharge sensing device and a card with a laser readable bar code graph that identifies the circuit board.

FIG. 2 is a perspective view when the containers according to the present invention are stacked. In the uppermost container, the circuit board shown in FIG. 1 is indicated by the shaded line.

FIG. 3 shows the ridges on the bottom of the bottom open end container used for stacking.

Figures 4a and b show a plastic hinge that can be used in a container according to the invention and a bracket formed on the container material into which the hinge can be inserted.

FIG. 5 shows a perspective view from above of a paper pocket structure showing the rear paper retention ridge.

Figures 6a and 6b are further views of a tab closure according to the present invention showing the attached tab and the window through which the identification material can be read.

FIG. 7 shows another embodiment of the attachment means for positioning and fixing the contents inside the container.

DETAILED DESCRIPTION OF THE INVENTION Referring to the drawings, like reference numbers indicate like structures. FIG. 1 shows a container 10 according to the present invention. The container 10 has a bottom open container material 12, a top open container material 14,
Third open container material for forming document pockets 1
6 and tab 18. The bottom and top open container materials 12 and 14 are each made of antistatic material. MO
Electrostatic sensitive electronic components, such as a substrate containing S devices, are placed between the bottom container material 12 and the top container material 14. When these two container materials 12, 14 are joined together at their open ends, they form an equipotential surface that completely encloses the substrate 22 shown in the upper container of FIG. Hinge 20 is attached to the rear of each of the container members 12,14. Thereby, when the container 10 is closed, the contact surfaces facing the hinges 20 together provide a mechanism for holding the container material 12, 14 firmly, and the container material 12, 14 can be opened and closed at any time. it can.

Referring to FIG. 1, a component such as a substrate 22 that is weak against electrostatic discharge is placed and fixed inside the two container members 12 and 14. As shown, an electrostatic protection foam liner is used as a means of supporting the substrate 22. The liner in this case supports the substrate 22 at various points.

According to the invention, the support means for the electronic component 22 includes an opening. The presence of the contents of the container 10 is confirmed through this opening. Labels or other documents attached to the substrate 22 may be lost from the container 10. A problem arises if there is no document that indicates the interior of the container is empty, and the only way to be sure that the interior is empty is to actually open the container. According to the invention, no time is required to open all the containers to make sure they are empty. The normal procedure is to return all empty containers to the central supply center for further use. When a document indicating what is inside the container is not attached and the substrate is actually included, the substrate is returned to the central supply center as if the container is empty while the substrate remains in the container. It will not be discovered until the next user opens the container. Valuable parts are thus lost.

The present invention provides an opening inside the support means,
Answer such questions. If the container is made of transparent material and the support means has an opening, it is easy to check if the contents are present without actually opening it to make sure the inside of the container is empty. You can look it up.

As shown in FIG. 1, the support means inside the container 10 comprises facing sheets of corrugated electrostatic protection foam 24,26. The sheet 24 covering the whole is placed on the upper container material 14, and the two sheets 26 are the bottom container material.
Placed at 12. The two sheets 26 of bottom container material are narrower than the bottom container material 12 so that there are openings between them. The material used for this foam may include some well-known conductive foam (such as electrostatically uncharged polyurethane foam) sold from various sources, or may be foam filled with conductive material. ing. Such foam sheets are made of resin containing carbon or graphite particles. Other techniques known in the art can be used.

The term electrostatic protection is used in a general sense and is used when referring to materials that provide electrostatic discharge protection. It has uncharged material (about 10 ⁹ to 10 ¹⁴ Ω / square), conductive material (about 10 ⁵ to 10 ⁹ Ω / square), and more conductive material.

In this embodiment, the foam liners 24, 26 are formed to have extra height so that they are somewhat compressed by the substrate 22 and provide adequate support. They make contact between the substrate 22 and the electrostatic protection walls of each container material 12, 14 so that they form a continuous electrical path and become part of the equipotential surface around the substrate 22. Static electricity protection is distributed over a wide range. Also, such a path allows the substrate 10
Static electricity is discharged from 22. Substrates 22 are formed by forming foams 24, 26 that exceed the height of each container material.
Is protected from physical shock as well as from electrostatic discharge.

Also, in FIG. 1, bottom and top container members 12, 14
Are two pairs of facing walls 30, 32 (bottom container material) and 31, respectively
It has 33 (upper container material). In this example, the facing walls are parallel to each other and perpendicular to the adjacent wall. Further, each container material 12, 14 has a closed end 34, 36 and an open end opposite the closed end. The outer surface of the closed end 34 of the bottom container material 12 is specially shaped so that it can be easily stacked on top of each other or one after another. The words "top", "bottom", "front" and "rear" are used for convenience, but are not limited thereto. The opening of the pocket is considered to be on the front of the container and the wall of the pocket opposite the opening is considered to be the rear. As mentioned above, the hinge 20 is attached to the rear of the container 10. In the embodiment shown in FIG. 3, the outer surface 34 includes ridges 38, 39 provided in a rearward direction from the front of the container 10 and ridges 41 provided near the front of the container material so as to intersect them. Have and. These ridges 38, 39, 41 are used to be bonded to the specially shaped upper surface of other containers.

The interlocking surfaces of the third open container material (pocket container material) 16 are used when stacking the bottom container material 12 of another container. In the embodiment shown in FIG. 1, mating surface 40 is an upwardly extending surface formed on pocket container material 16. By comparing FIG. 3 with FIG. 1, it can be seen that the ridges 38, 39 of FIG. 3 slide out of the upwardly extending surface of FIG. A ridge 41 provided near the front limits movement in the rearward direction. When formed according to the above, the containers 10 can be stacked exactly straight and do not easily slide sideways or backwards on each other. As used herein, "stacked", in the general sense, means that multiple containers are placed in contact with each other and stacked vertically, as well as horizontally or otherwise. Is to be done.

As shown in the embodiment of FIG. 1, the container 10 is hinged behind the container 10 along a pair of side walls 30,31. In FIG. 1, the latching means 42 are shown as clips having two openings, which are approximately the same size as the corresponding projections 44, 46 on the top container material 14 and the bottom container material 12, respectively. The construction of this type of latch is known in the art and will not be described in detail here. The particular configurations depicted in the figures and described herein are exemplary only, and are not limiting of the invention. Other latch configurations than those shown in FIG. 1 can be used. In some cases, more than one latch device may be required on the same side. As another example, the top container material 14 and the bottom container material 12 are not hinged, but are configured such that they are secured together and have two walls, three walls, or all four walls. Held together. While various variations of the embodiments described herein may be made by those of ordinary skill in the art, variations and modifications are within the scope of the invention.

The fourth hinge device that can be used in the container 10 of FIG.
Shown in Figure a. This hinge 20 is made of an antistatic plastic material and has corresponding 21, 23 shown in Figure 4b.
Snaps are formed in the top and bottom container materials 12,14. Hinge such as these can be used for a relatively long period of time and withstand large opening and closing of container 10. The advantage of using the configuration as shown is that if the hinge 20 fails,
It can be replaced by another. In this way, the container material can be reused even if the hinge is broken. As shown in FIG. 4, the hinge is
It has a "snap-in" protrusion 50 and a central region 52 with a reduced actual cross section. The protrusion 50 slides onto each bracket 21, 23 of container material, and the flat surface of the protrusion
53 prevents the hinge from coming off the container bracket.

Another feature of the invention is a storage pocket that holds identification material and allows for identification of the contents of the container without opening and closing the top and bottom container materials. As used herein, "identification material" is used in a general sense and refers to a document attached to the contents of a container. These documents are drawings, reports, bar code graphs, magnetic media, test results, and other materials relating to the contents. As shown in FIG. 1, the pocket defines the open end of the pocket container material 16 on the outer surface of the open end of the upper container material 14.
It is formed by attaching to 36. In this embodiment, the pocket container material 16 extends behind the upper container material 14,
The protrusions enter into the snaps of the upper container material 14.
Two of its snaps are indicated by reference number 54. These protrusions are welded or glued to the slots 56 in the upper container material 14.

As shown in FIG. 1, the upper container material 14 has a raised upper surface 36. In addition to providing strength to the upper container material 14, the rear ridge 58 also functions as a stop to prevent the identification material placed in the pocket from sliding further to the rear of the upper container material 14. There are lateral ridges 60 to prevent the identification material from moving laterally.

Referring to FIG. 5, corresponding ridges 62 formed in the pocket container material 16 are shown. When this ridge 62 coincides with the ridge of the upper container material, the rear surface of the pocket is defined as to prevent the identification material from moving rearward.

The side wall 64 of the pocket container material 16 has projections for assembling with the upper container material 14, as described above. As can be seen with reference to FIG. 1, the side wall 64 of the pocket container material 16 is located outside the upper container material 14. Side uplift of pocket container material 16, sidewall 64, and upper container material 14
The combination of 60 forms a perfect side surface that prohibits the identification material from moving laterally within the pocket.

The height of the pocket container material 16 is selected to be large enough to accommodate the necessary identification material associated with the included components. In FIG. 1, only a card 65 having a bar code graph and other characteristics that serve as identification material is shown. The height of the pocket container material 16 can be reduced if it should only be the identification material associated with the included parts. However, in many cases, drawings, shortage reports, and other identifying material will be accompanied by the card 65, thus requiring the height of the pocket container material 16 to be increased.

Another feature of the pocket according to the invention is the pocket tab 18. One of the purposes of this tab is to be able to see the identification material of the included parts without the need for the container to be opened. In the embodiment shown in FIGS. 1 and 6a and b, the tab 18 is a plastic structure having a window 66 through which identification material can be viewed. The tab 18 has a hinge 68 in this embodiment so that identification material can be placed in and removed from the pocket. As shown in FIGS. 6a and 6b, the protrusion 70 is provided with a collecting hemisphere 72 for snapping the tab 18 onto the upper container material 14. The protrusions 70 are placed in corresponding slots 74 provided in the upper container material 14 (Fig. 1). The other projection 76 is similar to the projection 54 on the pocket container material 16 and is intended to provide a more permanently bonded condition in that the projection 70 on the tab 18 is for inserting and removing identification material. In spite of being opened and closed many times, the projections for permanent bonding are welded, glued or held by means known in the art.

As shown in FIGS. 1 and 6a and b, the angle of the tab 18 is about 45 °. It has been found that when stacking vertically and horizontally, the window 66 of the tab 18 can be easily seen at an angle of 45 ° when changing this angle. FIG. 2 shows how the containers according to the invention are stacked. tab
The 18 windows 66 are at 45 ° and the observer can examine the identification material through these windows. Whether the identification material is a bar code graph readable by a light sensor or laser, a magnetic ribbon readable by a sensor, or a number and description readable by sight, facilitates the identification procedure of the present invention. The identification material can be easily read without removing the stacked containers. Also, if it is desired to put and remove the identification material from the pocket, it can be done without removing the stacked containers 10.

In a container made in accordance with FIG. 1, a bar code graph such as that shown on card 65 is placed so that it can be seen through the window in tab 18. Card 65 is wrapped as shown and will not move in the pocket if it is relatively stiff and very close in size to the pocket. In one embodiment, the window
66 is an opening of the tab 18. However, if a laser barcode graph reader is used, the window is covered with an optically transparent material. A card, such as that designated by reference numeral 65 in FIG. 1, is made by a computer and printed. Although window 66 is used to easily view identification material, such as card 65 with a bar code graph, the pocket also functions to hold other identification material, as described above.

Although corrugated foam is shown in FIG. 1 as a means for securing the component, other techniques can be used if the component is visible through at least one of the container materials. For example, in FIG. 7, the protrusions from the side walls 30, 32 are shown.
Mounting techniques are shown where 80 is used to secure parts in a horizontal direction. Inner surface 34 of bottom container material 12
The protrusions are circular in cross section and have a reduced size cross section that fits into the hole in the card. If the top container material 14 has a protrusion extending from the inner surface into the container and the protrusion is aligned with the protrusion 82 shown in FIG. 7 from the bottom container material, the included parts are also fixed in a vertical plane. Other technologies are
It can be used as well as a combination of stretched techniques. The foam liner may or may not be used in this example.

As used herein, "component" or "electronic component" is not meant to be limiting and refers to various things that are susceptible to electrostatic discharge. Thus, the term is meant to include the substrate assembly shown in FIGS. 1 and 2, the integrated circuit chip alone, or a smaller or larger device or assembly of devices. The size of the container 10 can be selected appropriately.

A feature of the present invention is to form the top and bottom container materials 14, 12 made of solid antistatic material, rather than coating the antistatic material. California
90016, Los Angeles, West Jefferson
It has been found that the electrostatic discharge plastic supplied under the name BENSTAT by the Olympic Plastics Company of the Borlevard 5800 gives good results. This material is rough, optically transparent, and has a surface resistance of 10 ⁸ to 10 ¹⁰ Ω / square. The bottom, top, and pocket container materials 12, 14, 16 are made of this plastic, while the hinge 20, tab 18, and other parts such as the latch 42 are made of a softer, more flexible material. Some advantages are gained if they are made of antistatic materials, but these do not have to be optically transparent and other less expensive materials such as polypropylene are used. You can The pocket container material 16 is formed of this optically transparent material so that the identification material can be read from outside the container. If the container is to be used for military purposes, there is a requirement that all parts must be made of antistatic material. In this case, Benstat
Can be used for these purposes. Each part can be formed by a technique well known as injection molding or vacuum forming.

Thus, an improved protective container having an internal pocket that facilitates identification of contents has been drawn and described. The identification material can be easily pocketed in and out of the pocket without disturbing the equipotential surfaces achieved by the top and bottom container materials. It is an advantage of the prior art that the label must be applied to the side of the container, removed and reapplied when needed. In the present invention, the identification material is simply removed from the pocket and a new one is inserted. A feature of the invention is that it has a means for confirming the presence of the contents.
With the structure and parts of the container according to the present invention, the contents can be well protected from damage due to electrostatic discharge and from physical shock. The contents that store electric charge are
It is protected by providing an electrical path that provides a means for such accumulated charges to be discharged.

While embodiments of the present invention have been described, various modifications will be apparent to those skilled in the art without departing from the scope of the invention. It is intended that the scope of the appended claims include variations that are within the scope of the invention.

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁵ Identification number Office reference number FI Technical indication location H01L 21/68 V 8418-4M 23/00 B (72) Inventor Peter Mann, Milton, GA Ray USA United States California State 90048, Los Angeles, West Forth Street 7944

Claims (30)

[Claims] 1. A container having a storage pocket for holding identification material, each of which is formed of an electrostatic protection material, has one end open and the other end closed.
First and second container materials having inner and outer surfaces,
Here, the container material is formed to join the open ends together so as to form a closed container, and the electronic component is placed at a predetermined position in the first and second container materials. A first means for securing and a pocket formed on the outer surface of the one closed end of the container material, wherein the pocket has the identification material contained therein, Has an opening that can be taken out of, and holds the identification material contained in the pocket,
Second means for covering the opening of the pocket from which at least a part of the identification material can be seen from outside the pocket, for shielding an electronic component from electrostatic discharge. Container. 2. A pocket container material having one end open and the other end closed, having an inner surface and an outer surface, and having a side formed with an opening through which the identification material can be inserted and extracted. Wherein the pocket container material is mated with the outer surface of one closed end of another container material to form the pocket therebetween. The container according to item 1. 3. The pocket container material has, at a location associated with the opening, an internal ridge having a height selected to limit movement of the identification material contained in the pocket. The container according to claim 2, which is characterized. 4. The container according to claim 1, wherein the second means comprises a tab having a window through which the identification material can be viewed. 5. The tab has a hinge for moving the identification material into an open position for entering and withdrawing, and a closed position for holding the identification material in the pocket. The container according to claim 4, wherein: 6. The window is substantially 45 with respect to the opening.
Claim 5 characterized in that it is provided at an angle of °
Container described in paragraph. 7. The first and second container materials are formed of an optically transparent material, the first means having an opening through which the electronic component can be seen from outside the container. 7. An electrostatic protection foam, said foam being in electrical contact with said electronic component and thereby in contact with said first and second container members forming an electrical path. The container according to item 1. 8. The first means is formed on an inner surface of the first and second container materials for engaging with the electronic component, the electronic means being provided at a selected position between the container materials. Container according to claim 1, characterized in that it comprises projections which interact to secure the parts. 9. The method of claim 1 further comprising stacking means for engaging the outer surfaces of other containers stacked on it to limit movement of the containers relative to each other. Container. 10. The stacking means has an upper surface provided on the outer surface of the closed end of the pocket container material, the stacking means closing the container material facing the pocket container material. Further comprising a ridge provided on the outer surface of the end of the ridge, wherein the upper surface and the ridge are formed to mate with another container to limit relative movement,
Container according to claim 9, characterized in that it is located. 11. The container according to claim 10, wherein the ridges are provided in parallel with each other and are provided in a direction from the front to the rear in relation to the container. 12. Hinge means for permitting hinged movement of the first and second container members between a closed position and an open position relative to each other, and substantially fixed relative to each other. A container according to claim 1, further comprising: latching means for holding the first and second container materials in a closed position. 13. The first and second container members each have a pair of opposite sides, and the hinge means is attached to one of the first and second container members on both sides. The latch means has a protrusion on the side facing the hinge, and the latch means holds the first and second container members in a fixed position. 13. The container according to claim 12, further comprising a latch that engages with the protrusion for locking. 14. A container having a storage pocket for holding the identification material, each of which is formed of an electrostatic protection material, has one end open and the other end closed and has an inner surface and an outer surface. A first and a second container material, wherein the container material is formed to join the open ends together to form a closed container; Means for fixing the electronic component in a predetermined position, having one end open and the other end closed, having an outer surface, into which the identification material can be put and removed. A pocket container material having a side with an opening formed therein, wherein said pocket container material forms said pocket at one of said closed ends of another container material so as to form a pocket therebetween. A tab for mating with an outer surface and covering the opening of the pocket for holding the identification material contained in the pocket, the tab through which the identification material can be seen. A container for shielding electronic components from electrostatic discharge, which is characterized by having a window that can be opened. 15. The pocket container material has an internal ridge at a location associated with the opening having a height selected to limit movement of the identification material contained in the pocket. The container according to claim 14, wherein the container is a container. 16. The tab has a hinge for being moved to an open position for receiving and removing the identification material and to a closed position for holding the identification material in the pocket. Container according to claim 14, characterized in that 17. The window is mostly about the opening.
Claims characterized by being provided at an angle of 45 °
Container described in paragraph 14. 18. The first and second container materials are formed of an optically transparent material, and the first means has an opening through which the electronic component can be seen from outside the container. A first electrostatic discharge protection foam, the foam being in electrical contact with the electronic component, thereby forming an electrical path.
15. The container according to claim 14, which is in contact with the second container material. 19. The method of claim 14 further comprising stacking means for engaging the outer surfaces of other containers stacked on it to limit movement of the containers relative to each other. Container. 20. The container according to claim 19, wherein the stacking means restricts the movement in the lateral direction and the rear direction, and enables the movement in the front direction. 21. The stacking means has an upper surface provided on the outer surface of the closed end of the pocket container material, the stacking means facing the pocket container material. Further comprising a ridge provided on an outer surface of the closed end of the ridge, wherein the upper surface and the ridge are formed to mate with another container to limit relative movement,
21. Container according to claim 20, characterized in that it is located. 22. The container according to claim 21, wherein the ridges are provided in parallel with each other, and are provided in a direction from the front to the rear in relation to the container. 23. Hinge means for permitting hinged movement of the first and second container members between a closed position and an open position relative to each other, and substantially fixed relative to each other. 15. A container according to claim 14 further comprising latching means for holding the first and second container materials in a closed position. 24. The first and second container members each have a pair of opposite sides, and the hinge means is attached to one of the first and second container members on both sides thereof. The latch means has a protrusion provided on the side facing the hinge, the latch means having a fixed position in which the first and second container members are secured. 24. The container of claim 23, further comprising a latch that mates with a protrusion for retaining the. 25. A container having a storage pocket for holding an identification material, each of which is made of an optically transparent and static-protective plastic material and has one end open and the other end closed. First and second container members having inner and outer surfaces, wherein the container members are joined together such that their open ends have electrical contact so as to form a closed container. Is provided inside the first and second container members, in contact with the electronic component so that the electronic component is fixed at a predetermined position in the first and second container members. A static protection foam, wherein the foam is in contact with the electronic component and thereby the first and second container materials forming an electrical path, one end being open and the other side being open. A pocket container material having a closed side having an inner surface and an outer surface, the side having an opening formed therein, through which the identification material can be put in and taken out, and the pocket container, Material is mated with the outer surface of the closed end of one of the other container materials so as to form a pocket therebetween, the pocket container material being located in relation to the opening; An internal ridge having a height selected to limit movement of the identification material contained in the pocket, and the opening in the pocket for holding the identification material contained in the pocket A tab for covering the part, the tab shielding electronic components from electrostatic discharge, characterized in that it has a window through which the identification material can be seen. Container for 26. The tab has a hinge for being moved to an open position for receiving and removing the identification material and to a closed position for holding the identification material in the pocket. The container according to claim 25, wherein the container is a container. 27. The window is mostly about the opening.
Claims characterized by being provided at an angle of 45 °
Container described in paragraph 25. 28. A stacking means according to claim 25, further comprising stacking means for mating with an outer surface of another container to be stacked in order to limit movement of said container relative to each other. The container described in. 29. The stacking means has an upper surface provided on the outer surface of the closed end of the pocket container material, the stacking means facing the pocket container material. Further comprising a ridge provided on the outer surface of the closed end of the ridge, wherein the upper surface and the ridge are formed to mate with another container to limit relative movement, 29. The container according to claim 28, characterized in that it is located. 30. The ridge consists of three ridges, two of which are provided parallel to each other and in relation to the container from the front to the rear in order to limit relative lateral movement. The third ridge is provided so as to intersect with other ridges, and is provided near the front of the container to limit relative movement in the rearward direction. 30. The container according to claim 29.