JP3229748U - Systems and methods for closely introducing removable parts onto the parts receiving object after manufacturing - Google Patents

Abstract

PROBLEM TO BE SOLVED: To closely introduce a removable part on a part receiving object which has not accommodated a removable part at the time of manufacturing without significantly affecting the initial quality of the object, and to accommodate the removable part. Provide a device for doing so. The device has a component receiving object and at least one removable component. After manufacturing the part receiving object, the selectable part can be closely fitted to the object and, in another exemplary embodiment, can be closely refitted to this object, another exemplary embodiment. In certain embodiments, it can be closely retrofitted to this object. [Selection diagram] Fig. 1

Description

The present disclosure introduces and removes removable parts closely onto a component receiving object that did not contain such removable parts at the time of manufacture without significantly affecting the initial quality of the object. Regarding the system for accommodating possible parts.

Conventionally, when changing the appearance of a product after manufacturing an object, for example, a decoration such as "danger" is simply loosely attached to the bag, and such a change is easy in other cases. It wasn't. Consumers usually buy another product to get a different feel, shape, or function, but if they like the original product, they add extra cost, waste, and inconvenience. After the original product is manufactured, the manufacturer, seller, or consumer of the product is another part that corresponds to one or more of its outer parts and is sold with the original product. You may want to replace a part or a part provided by the seller of the product or another seller.

Parts that did not contain removable parts at the time of manufacture On the receiving object, the removable parts are closely introduced and the removable parts are stored without significantly affecting the initial quality of the object. Disclose the system and method for. In particular, but not limited to, after the manufacture of the part receiving object, the selectable part can be closely fitted to the object in another exemplary embodiment, and in another exemplary embodiment this object. It can be closely refitted to an object and, in another exemplary embodiment, can be closely retrofitted to this object.

The present disclosure will be exemplified below with reference to the accompanying drawings.
The figure which shows the embodiment which has a fastener on the outer peripheral part of the part acceptance object Diagram showing the inside of a shell with corresponding fasteners The figure which shows the appearance of the embodiment after combining a fastener and a shell. Diagram showing a bag with fasteners on the outer circumference FIG. 4 shows a panel with a corresponding fastener, including the electronic device for the bag of FIG. Side view of the bag after combining the fasteners and panels Diagram showing a bag with a sleeve that houses a removable panel Top view of a bag with a sleeve that houses a removable panel Diagram showing the sole of a shoe with fasteners FIG. 8 shows a shell with a corresponding fastener for the sole of FIG. Diagram showing the appearance of the shoe after combining the fastener and shell Diagram showing a travel bag with fasteners on the outer circumference FIG. 11 shows the inside of a shell with a corresponding fastener for a travel bag of FIG. FIG. 11 shows the outside of the shell with the corresponding fasteners for the travel bag of FIG. Diagram showing the appearance of a travel bag after combining fasteners and shells Diagram showing an umbrella with a removable encapsulating member A diagram showing an eyeglass frame with a removable encapsulating member

The present disclosure closely displays removable parts on a part receiving object that did not contain the removable parts at the time of manufacture, as described in more detail below, without significantly affecting the initial quality of the object. It relates to a system that is installed in and houses removable parts and how to achieve this.

The present disclosure closely introduces removable parts onto a part-accepting object that did not contain removable parts at the time of manufacture without significantly affecting the initial quality of the object. With respect to the system and method for containment, the selectable parts can be closely fitted to the object in another exemplary embodiment, in particular after the manufacture of the component receiving object. In another exemplary embodiment, it can be closely refitted to this object, and in another exemplary embodiment, it can be closely retrofitted to this object. The means for attaching the removable component onto the component receiving object may be introduced after the object is manufactured.

FIG. 1 is a diagram showing a first embodiment having a fastener 2 on the outer periphery. In this exemplary embodiment, the case of the device has a boundary around the notch, allowing the means of presenting the medium to convey the medium to the outside. In another exemplary embodiment, the shell is attached to the outer peripheral side surface of the device. In another exemplary embodiment, the means for attaching the shell to the device are on the inside of the shell and behind the outer circumference of the device. FIG. 2 is a diagram showing a removable shell 3 provided with a corresponding fastener 4. The fasteners on the outside of this embodiment are combined with the corresponding fasteners on a removable shell, although the number, spacing, and arrangement of these fasteners are not limited to, for example, the present invention. Depends on design preference regarding the shape, dimensions, and weight of the panels provided. A fastener on the inside of the removable shell is combined with a corresponding fastener on the outside of the embodiment. The shell and the device can be attached together with the fasteners on the inside of the shell and the fasteners on the outside of the present embodiment, but the shell is in a removable state when the fasteners are separated from each other.

In some embodiments, with respect to existing bags, such as, but not limited to, women's bags, the bag is provided by allowing the panel to be removed on several parts outside the bag. One panel can be replaced with another without the need to change the quality of the. According to the present invention, bag tensions ranging from soft in one exemplary embodiment to hard in another exemplary embodiment are obtained. According to the present invention, panel tensions ranging from soft in one exemplary embodiment to hard in another exemplary embodiment are obtained.

In some embodiments, by exchanging panels, one exemplary embodiment may have an appearance, another exemplary embodiment may have a feel (material), and yet another exemplary embodiment. Then, (but not limited to, for example, introducing electrical / electronic functions) can be changed.

By replacing the panel, the bag can be maintained while changing the panel after manufacturing. The panel was built into the conventional bag so that it could not be removed. Changing the panel in such a conventional bag usually meant replacing the entire bag, rather than the uneconomical task of breaking the bag apart and replacing the panel.

FIG. 4 is a diagram showing a bag 5 having a fastener on the outer periphery. The bag in this exemplary embodiment has an outer pocket between the shell and the panel, but having a pocket is only a product design preference. The fasteners on the outside of the bag are combined with the corresponding fasteners on the replaceable panel, but the number, spacing and arrangement of these fasteners are, for example, but not limited to, the shape and dimensions of the panel. , And weight depends on design preference. A fastener on the inside of the panel 7 and a corresponding fastener on the outside of the bag are combined. The panel energizer consists of an electrically sensitive film on the panel, a current transfer contact that connects to a current transfer contact at a corresponding location just inside the bag, and an electrode that touches the film. It is an electronic switch and a filament that conducts electricity, and includes an electronic switch and a filament that operate the film so as to switch from a colorless state to a colored state. The electronic switch is equipped with a processing device (processor) and a near field communication (NFC) radio that receives commands from a control device that is an application of a smartphone. The battery is coplanar with the contacts of the material of the bag and is in contact with the contacts inside the panel. FIG. 6 is a side view of the bag after the fasteners are combined with the panel. When the bag and panel are held together with the electrical and electronic elements in the panel by the fasteners, the current transfer contacts of the panel in the bag come into contact with the battery, and as a result the battery is controlled by the electroprocessing device. Electric current flows into the filament and reaches the electrodes by electrical connection through the switch. Via wireless near field communication (NFC), the app issues commands to the electrical processor that switches on and off to control the flow of current into the filament.

In another exemplary embodiment, the replaceable panel may be attached to a pocket on the side of the bag rather than directly to the shell of the bag.

In another exemplary embodiment, the panel may be electrically operable. In another exemplary embodiment, such current may also be supplied to the electronic processing module. In another exemplary embodiment:
-Replaceable panels in and out of the sleeve feature an electrically actuable luminescent film that is transparent when off and colored when on, and in another exemplary embodiment, on the panel. Is coated with electronic ink, and in yet another exemplary embodiment, the panel material is electrically sensitive.
-The filament conducts an electric current to the electrodes in the panel and operates the film from a transmission point at the edge of the panel.
-When the panel is properly inserted into the sleeve, the transmission point at the end of the panel contacts the transmission point at the bottom of the sleeve to receive current.
-Current is supplied by a rechargeable battery, but in another exemplary embodiment, it is a conventional watch battery.
-The battery is a conventional watch battery in another exemplary embodiment, a mobile battery in another exemplary embodiment, and in another exemplary embodiment, the inside of the flap at the bottom of the bag is unobtrusive. A power storage unit that supplements the solar cells on the bag inside the container.
-Switch is
〇 It is an electronic type
〇 At the transmission contact between the panel and the sleeve,
〇 In another exemplary embodiment, for example, but not limited to this, a switch is turned on and off by a radio command from a smartphone app, and in another exemplary embodiment, the switch responds to a voice command. , Another exemplary embodiment is a smartphone button at the bottom of the sleeve through the material of the bag, the mode of the switch being selectable according to the present invention.

In some embodiments, the shape of the panel is arbitrary as it depends on the design preference:
□ For example, the shape of the panel may be matched to the shape of the side surface of the bag that houses the panel, and any shape may be manufactured, sold, and selected separately from the manufacture, selection, and sale of the bag. Make it possible. Examples of the shape include, but are not limited to, linear, circular, trapezoidal, and the like.
□ In another exemplary embodiment, the shape of the panel may differ from the shape of the bag for some effect at the discretion of the designer.
□ It is your preference to install only one panel, two panels, or multiple panels in one bag. In another exemplary embodiment, a replaceable panel is accepted in only one place on the bag. In another exemplary embodiment, each of the two parts of the bag accepts a replaceable panel. In another exemplary embodiment, each of the plurality of parts of the bag accepts a replaceable panel.

In some embodiments, the panel is attached to the outside of the bag so that it is removable from the bag.
□ The means of fixing the panel to the bag may be any of the alternatives that allow the panel to be removed now or in the future and is affixed to the outside of the bag before installing the panel. Means include, but are not limited to, the following.
-Snap in another exemplary embodiment-Hook-and-loop fastener in another exemplary embodiment-Adhesive (thin double-sided tape, etc.) in another exemplary embodiment
-Zipper in another exemplary embodiment-Screw in another exemplary embodiment-Tongues in grooves in another exemplary embodiment
-Button in another exemplary embodiment-Clip in another exemplary embodiment-Hooks and rings in another exemplary embodiment-Replaceability of any magnetic means in another exemplary embodiment It needs to be a means of making the panel removable in order to maintain it. For example, although not limited to this, in addition to the appearance and feel intended by the designer, how much the panel should be stretched, how much the material should be rigid, the weight of the panel, etc. Select the means according to your preference for product design. Whatever the means, the panel must be removable to maintain replaceability. For example, although not limited to this, in addition to the appearance and feel intended by the designer, how much the panel should be stretched, how much the material should be rigid, the weight of the panel, etc. Select the means according to your preference for product design.
□ The portion of the bag that houses the panel is, for example, but not limited to, if the bag is box-shaped, cylindrical, or tetrahedral, it may be either one of the sides or edges of the bag. Good.
□ In another exemplary embodiment, for example, but not limited to, in a particular shape of a bag in which the bag is cylindrical, the bag is wrapped in seaweed rather than sandwiched between two panels. The panel may be flexibly wrapped around the bag, including the bottom, rather than the edge of the bag, as in sushi. For example, but not limited to this, there are means for attaching the panel to the bag according to the design preference regarding the tension of the panel, the shape of the bag to which the panel is attached, the weight of the panel, and the like. In another exemplary embodiment it may be at the edge of the panel, in another exemplary embodiment it may be around the panel, and in another exemplary embodiment it may be from the periphery of the panel to the inside. ..
□ Replaceable, especially in certain bag shapes where the panel may not be suitable, eg, in other exemplary embodiments where the bag is spherical (including oval), but not limited to this. The panel is a "skin". The skin wraps most of the bag. The skin is, but is not limited to, attached closely to the bag by, for example, by the following means.
〇 Fasteners (not limited to these, but for example,
-Snap in another exemplary embodiment-Hook-and-loop fastener in another exemplary embodiment-Adhesive (thin double-sided tape, etc.) in another exemplary embodiment
-Zipper in another exemplary embodiment-Screw in another exemplary embodiment-Sneak in another exemplary embodiment-Button in another exemplary embodiment-Another exemplary embodiment Clip-hook and ring in another exemplary embodiment-magnetic in another exemplary embodiment)
〇 The elasticity of the skin that extends to grip the bag in another exemplary embodiment 〇 Unique compatibility such as gloves covering the hands in another exemplary embodiment □ In another exemplary embodiment There is an opening in the skin, which is the mouth that wraps the bag. In another exemplary embodiment, such an opening in the skin also allows the handle to project from it. In another exemplary embodiment, the skin is elastic and spreads over the bag, and the openings in the skin allow the handle of the bag to project.
□ In another exemplary embodiment, the bag is malleable and does not necessarily have to have (large) elasticity, but can penetrate into the skin and the opening in the skin allows the handle of the bag to protrude. is there.
□ In another exemplary embodiment, the skin covers the bag from its top down, the holes in the skin allow the handle of the bag to protrude, and the skin has extra material that hangs from the bag like a hem.

The present invention provides any bag of various sizes, shapes and capacities that allows the panels attached to the bag to be interchangeable.
• In another exemplary embodiment, the bag is small.
• In another exemplary embodiment, the bag is large.
• In another exemplary embodiment, the bag is between small and large.

According to the present invention, it is possible to select whether or not to provide partitions in the bag. The present invention provides a removable partition within the bag.

In some embodiments, existing bags, such as, but not limited to, women's bags allow the panel to be inserted or removed within the sleeve within the shell of the bag. By removing the panel from within the sleeve and inserting another panel into the sleeve, the panel can be replaced with another panel without changing the quality of the bag. According to the present invention, bag tensions ranging from soft in one exemplary embodiment to hard in another exemplary embodiment are obtained. According to the present invention, panel tensions ranging from soft in one exemplary embodiment to hard in another exemplary embodiment are obtained.
The area within the bag that includes the sleeve is, for example, not limited to, but in another exemplary embodiment the bag is box-shaped and in another exemplary embodiment cylindrical. In the case of a bag that is tetrahedral in an exemplary embodiment, it is one of its sides in another exemplary embodiment or one of its ends in another exemplary embodiment, or two or more. It may be a plurality of areas.
The area has one or more notches in the shape so that the panel in the corresponding sleeve can be seen through the cut-out, eg, but not limited to, colors, patterns. , Material, etc. are displayed.
The method of introducing the sleeve into the bag, whether present or future, can be achieved by one of several methods suitable for the appropriate manufacture at the time, in another exemplary embodiment, for example: There is a method like:
• The sleeve is constructed by attaching a sufficiently sturdy part of additional material to the outside and inside of the sleeve so that it cannot be removed (for example, by sewing, but not limited to this).
• Leave the top seam between the outside and the additional material open so that removable panels can be inserted.
The sleeve and each panel are sized so that the panel fits snugly inside the sleeve, which allows the panel to be introduced as an additional separable part and the panel to be easily removed from the sleeve. To do so.

In some embodiments, the combination of sleeve and panel may be non-linear, eg, but not limited to, trapezoidal. The corresponding shape of the panel and sleeve may match the non-linear shape of each part of the bag, or the corresponding shape of the panel and sleeve may be different from each part. (For example, but not limited to, a hexagon on the triangular part of a tetrahedron). In such cases, as a method of holding the panel in the sleeve, for example, but not limited to, one of the methods shown below may be appropriate:
The upper part of the sleeve insertion slot is expanded to the width of the panel so that the flap portion of the sleeve is opened, for example, but not limited to this, in another exemplary embodiment a circle, in another exemplary embodiment. Allows for non-linear shapes such as triangles, or trapezoids in another exemplary embodiment.
• In another exemplary embodiment, a similarly non-linear shape can be accommodated by opening the flap portion of the sleeve from one or the other to the height of the panel.
• If it is difficult to introduce the panel into the sleeve from above (eg, but not limited to, but the panel and sleeve are trapezoidal), in another exemplary embodiment, the panel and sleeve One way to facilitate the combination is to introduce the panel from the bottom of the sleeve, keeping the rest around the sleeve sealed.

If the flaps of the sleeve are opened to accommodate the panel in another exemplary embodiment or the bottom seams are opened in another exemplary embodiment, some reinforcement is required to hold the panel within the sleeve. In some cases. If the panel fits snugly inside the sleeve but is not held, then the appropriate fasteners, such as, but not limited to, snaps, zippers, adhesives, etc., whether present or future The fasteners available at that time may be sufficient. According to the present invention:
• The possibility of opening the sleeve from which side of the flap in another exemplary embodiment, and
• The possibility of opening the flap of the sleeve or leaving the bottom of the sleeve open in another exemplary embodiment, and
• The selectability of fasteners in another exemplary embodiment is obtained.

According to the present invention
• Selectability of how the panel thickness should be in another exemplary embodiment,
• Selectability for panel material and in another exemplary embodiment,
• Selectability for panel shape and in another exemplary embodiment,
• Selectability for sleeve shape and in another exemplary embodiment,
• Selectability for sleeve material and in another exemplary embodiment,
• A choice of what the sleeve thickness should be in another exemplary embodiment is obtained.

In some embodiments, the sleeve is outside the outside of the bag rather than inside the outside of the bag. The sleeve may be different in color, material, thickness, etc. from the outside, depending on preference, for example, but not limited to this. The method of introducing the sleeve inside the bag can be achieved by one of several methods suitable for proper manufacturing at that time, now or in the future, for example:
• The sleeve is constructed by attaching a sufficiently sturdy part of additional material to the outside so that it cannot be removed (for example, by sewing, but not limited to this).
• Leave the top seam between the outside and the additional material open to allow the removable panel to be inserted.
The sleeve and each panel are sized so that the panel fits snugly inside the sleeve, which allows the panel to be introduced as an additional separable part and the panel to be easily removed from the sleeve. To do so.
• In another exemplary embodiment of some embodiments, the panel may be electrically operable. In another exemplary embodiment, such current may also be supplied to the electronic processing module. In another exemplary embodiment, the replaceable panel in and out of the sleeve comprises an electrically actuable luminescent film that is transparent when off and colored when on, another example. In one embodiment, the panel is coated with electronic ink, and in yet another exemplary embodiment, the material of the panel is electrically sensitive.
-The filament transmits an electric current to the electrodes in the panel and operates the film from the transmission point at the edge of the panel.
-When the panel is inserted into the sleeve in the correct way, the transmission point at the end of the panel contacts the transmission point at the bottom of the sleeve to receive current.
The current is supplied by a rechargeable battery, which is a conventional watch battery in another exemplary embodiment and a mobile battery in another exemplary embodiment. In an exemplary embodiment, a power storage unit that supplements the solar cell on the outside of the bag.
The battery is, in another exemplary embodiment, a conventional watch battery, located in an inconspicuous container inside a flap at the bottom of the bag.
・ The switch is
〇 It is an electronic type
〇 At the transmission contact between the panel and the sleeve,
〇 For example, but not limited to this, the switch is turned on and off by a radio command from a smartphone application, and in another exemplary embodiment, the switch responds to a voice command, and other exemplary embodiments. Now, it's a button that you pinch through the material of the bag at the bottom of the sleeve, and the choice of switch mode is up to you.

In some embodiments, the sleeve has one large notch rather than an array of notches, and when the panel is placed inside the sleeve, the entire panel is visible except for the surrounding thin margins surrounded by the sleeve. Will be done. By cutting out most of the sleeve, the lack of material in this part greatly reduces the retention of the panel by the sleeve, so the panel is sleeved by any of the means currently or in the future that are appropriately available at the time. Attach to the back of. In this embodiment, an array of microsnaps is used.

In some embodiments, the bag comprises a container for holding the contents of the bag and a cradle that wraps the container to support the container. In another exemplary embodiment it is hung from a handle, in another exemplary embodiment it is hung from a strap attached to the cradle by hooks and rings, and in another exemplary embodiment it is attached to the container by hooks and rings. Suspended from a strap, and in another exemplary embodiment, suspended from a harness to support it, such as a backpack. According to the present invention, container tensions range from soft in one exemplary embodiment to hard in another exemplary embodiment. According to the present invention, cradle tensions ranging from soft in one exemplary embodiment to hard in another exemplary embodiment are obtained.
-The cradle and container are separable. Since the cradle and the container are separable, the cradle can be replaced with another, different colors in another exemplary embodiment, different materials in another exemplary embodiment, another exemplary. Can be replaced with another cradle with additional functionality in certain embodiments. Since the cradle and the container are separable, the container, eg, a pouch, but not limited to this, can be replaced with another, in a different color, in another exemplary embodiment. It can be replaced with a different material in an exemplary embodiment and another container with additional functionality in another exemplary embodiment.
-The cradle incorporates a sling that attaches to the container and supports it from the bottom, a strap that extends around the container to support the container, and a handle that extends from the strap to hold the bag.
□ In another exemplary embodiment, the sling and the strap extending to the handle and including the handle are separable.
□ In another exemplary embodiment, the sling, strap, and handle are separable.
□ In another exemplary embodiment, the wheel of the handle is large enough to be able to be grasped by hand and slid over the shoulder. In another exemplary embodiment, the container comprises, in addition to the handle, a ring for hooking a strap (“shoulder strap”) that suspends the bag from the shoulder. In another exemplary embodiment, an additional set of adjustable straps is attached to the cradle so that the bag can be worn as a bag pack.
• Attach the cradle and container to each other in a separable state by means available at that time, now or in the future. For example, but not limited to these, there are the following.
□ Snap in another exemplary embodiment □ Hook-and-loop fastener in another exemplary embodiment □ Adhesiveness in another exemplary embodiment (thin double-sided tape, etc.)
□ Zipper in another exemplary embodiment □ Screw in another exemplary embodiment □ Splash in another exemplary embodiment □ Button in another exemplary embodiment □ Button in another exemplary embodiment □ Another exemplary embodiment Clip □ Hook and ring in another exemplary embodiment □ Magnetic in another exemplary embodiment Replacing the current cradle with another cradle in another exemplary embodiment, or another exemplary embodiment Replacing the current container with another container in the form provides additional functionality.
• In another exemplary embodiment, an additional feature of the new cradle that replaces the current cradle is an electronic processing module combined with replaceable parts, which is energized through the cradle. Power to. The power supply is in the cradle in another exemplary embodiment, in the container in another exemplary embodiment, or in another partial (re) modification to the bag.
• In another exemplary embodiment, an additional function of the new container that replaces the current container is an electronic processing module combined with replaceable parts, which is energized through the container. Power to. The power supply is in the container in another exemplary embodiment, in the cradle in another exemplary embodiment, or in another partial (re) modification to the bag.
• In another exemplary embodiment, such additional functionality is provided by another partial (re) modification to the bag, in addition to the cradle and container.

According to the present invention, the power source of the means available at that time, whether present or in the future, can be selected.
• In another exemplary embodiment, the power source is a rechargeable mobile battery.
-In another exemplary embodiment, the power source is a conventional watch battery.
• In another exemplary embodiment, the power source is a solar cell. The solar cell is outside the cradle in another exemplary embodiment, and the power storage unit combined with the solar cell is at the bottom of the cradle. In another exemplary embodiment, the power source is a solar cell, which is outside the cradle in another exemplary embodiment and is combined with this solar cell panel in another exemplary embodiment. The power storage unit is in a container (pod) in a flap at the bottom of the container. The transmission of current from the solar cell to the power storage unit is performed via a snap-coupled connector that includes electrical contacts that conduct between the solar cell panel and the power storage unit via filaments. With a similar configuration, power is transmitted from the power storage unit to the electrically actuated part of the bag via filaments extending from the contacts in the current transfer connector. In another exemplary embodiment, the solar panel is on the cradle and the storage unit is at the bottom of the container, where current is transmitted through the contacts of the connector and guided by the filament to the electrically operated component.

In some embodiments, the cradle is expandable to accommodate different interchangeable containers of various sizes, small or large, without the need to deploy different cradle.
• In another exemplary embodiment, the cradle can be expanded by unfolding a strap that extends from the cradle, and the cradle can be made smaller by refolding the strap.
• In another exemplary embodiment, the cradle can be extended by adding length to the straps and cradle telescope structure (telescopes).
• In another exemplary embodiment, the cradle can be expanded by adding length to the strap, and the cradle can be sized regardless of whether the container is small, between small and large sizes, or large. It has elasticity that holds the bottom of the container.

Since the cradle and the container can be separated, if the container has a structure that can be washed, including the material in another exemplary embodiment, the container can be washed with a synthetic material in another exemplary embodiment. Even if the handle is made of genuine leather and the handle cannot be washed, the container can be washed.

According to the present invention, it is possible to select whether or not to provide a compartment in the container. The present invention provides a removable partition within the container.

In another exemplary embodiment, with respect to the strap of the bag
-The strap is replaceable.
-The strap is electrically operable.
-When energized, certain active functions on the strap are enabled. Alternative means of indicating function are not limited to, for example, but in another exemplary embodiment by the code of the electronic processing module in the strap, in another exemplary embodiment a smartphone application. Can be directed wirelessly by another external device in another exemplary embodiment. According to the present invention, the appearance of the strap can be activated, and in another exemplary embodiment, an electrically actuated luminescence that is transparent when off and colored when on. A film, in another exemplary embodiment, the panel is coated with electronic ink, and in yet another exemplary embodiment, the material of the panel is electrically sensitive.
• In another exemplary embodiment, the strap incorporates an electronic processing module. In another exemplary embodiment, the strap may further include an antenna. In another exemplary embodiment, the strap may be provided with other electrical device that is compact enough so that the strap does not become large enough to interfere with the basic use of suspending the bag.
• In another exemplary embodiment, the strap is attached to the bag with a combination of hooks and rings. In another exemplary embodiment, one of the hook and ring combinations incorporates, for example, an electromagnetic contact, although not necessarily required, at the point of contact within the hook and ring combination. Sufficient to transfer sufficient current from the power supply in the bag to the filament in the strap. In another exemplary embodiment, the strap comprises a power supply, eg, but not necessarily, in another exemplary embodiment, the power supply is a pinhead battery, and in another exemplary embodiment, a conventional watch. A battery for powering the strap is provided independently of the bag by using another bag with a ring corresponding to the hook of the strap and the strap.
The interchangeable straps (a combination of hooks and rings allows the straps to be attached to any bag with hooks, allowing any bag to have a variety of different looking straps, for more than one bag. It is also suitable for aesthetic purposes (such as supplementing the appearance). Further functions can be added by being able to exchange in this way. For example, by changing the strap for one or more bags that the consumer has, the functions that the strap has that the consumer can use, such as, but not limited to, the function of electrical processing are introduced into multiple bags. To. The ability to replace the strap also allows the strap to be replaced and upgraded, for example, but not limited to this.

In some embodiments, for example, but not limited to, a luggage or regular bag or shoe comprises a container within the shell. According to the present invention, container tensions range from soft in one exemplary embodiment to hard in another exemplary embodiment. According to the present invention, shell tensions ranging from soft in one exemplary embodiment to hard in another exemplary embodiment are obtained. The container and shell are separate until they are attached. The shell surrounds the container. Either the manufacturer, seller or consumer can secure the container in the shell and the shell around the container, and the container and shell are removable from each other.

FIG. 11 is a diagram showing a travel bag provided with fasteners on the outer periphery. The container is surrounded only by the shell, and the contents of the bag are inside the container instead of the shell. Both the container and the shell open and close on the hinge, and after the shell and the container are fixed, they open and close in cooperation. In another exemplary embodiment, the shell first opens and then the container opens after being secured. Fasteners are on the outside of the container, especially along its perimeter. The type, number, and position of such fasteners correspond to the type, number, and position of fasteners on the shell. The number, spacing, and placement of fasteners (eg, but not necessarily in the center of the lid and bottom, and even on the outer circumference) are, for example, not limited to, but are designed for bag shape, dimensions, and load capacity. Is a favorite. In this embodiment, the shape, size, and dimensions of the shell correspond to the shape, size, and dimensions of the container. However, it is a design preference that any one of these is different if the container and shell can be closed properly when the shell surrounds the container. Like a bivalve, the shell holds the container. The fasteners inside the shell correspond to the type, arrangement, and number of fasteners outside the container. In the present embodiment, the fastener is a screw that spirally advances from the inside of the container in an open state into the receptacles of the shell, and is for tightening the container and the shell. Whether these screws are hidden behind the lining of the container or exposed, for example by arranging the screws in the back, is a product design preference. The appearance of this bag consists of an outer shell, including a lid and bottom, and an interior of the container. In this embodiment, the container hides the screws in the back behind the lining. If the container contains a retractable handle, there is a notch at the top of the shell with an openable cap that allows the handle (T in this figure) to penetrate the shell in a vertical position. There is.

In some embodiments of the travel bag, the removableness allows the shell to be replaced with another shell while holding the same container, or the container is replaced with another container while holding the shell. Can be exchanged for. Being replaced in this way does not require the cost of discarding the container and obtaining another, eg, but not limited to, a function in another exemplary embodiment (eg, a pocket, etc.). (Different arrangements of electronics or reinforcements), appearance (colors, patterns, photographs, etc.) in another exemplary embodiment, and materials (eg, existing shells that are more durable) in another exemplary embodiment. You can change the cost (replace with a shell made of another lightweight material). Moreover, in another exemplary embodiment, damage to the shell can be addressed by replacing only the shell without the cost of replacing the container, rather than discarding the entire if repair is not possible. Damage to the container can be addressed by replacing only the container without the cost of replacing the shell.

The container enters the shell and the shell surrounds the container. The container and the shell are fixed to each other after the shell and the container are manufactured by any of several means currently or in the future available at that time. Such means are, for example, a screw that a person can screw into a receptacle in another exemplary embodiment, magnetic in another exemplary embodiment, a zipper in another exemplary embodiment, and the like. Not limited to these. According to the present invention, there is a choice of means for fixing the shell and the container in another exemplary embodiment for the means available at that time, whether present or in the future.

Each shell and container has its own lid:
□ Since the contents are protected by a container with a sturdy lid, the shell with a lid can be made as thin as possible, but support accessories such as pockets, for example, but not limited to this. Can be done.
□ According to the present invention, it is possible to select whether to attach the shell lid to the container lid so that the container lid opens when the shell lid is opened, or to open the shell lid separately from the container lid. Can be done.
□ Safety functions can be added by opening the shell and the lid of the container separately. In another exemplary embodiment, two separate treatments are required to unlock the lid, eg, but not necessarily limited to, two codes are required in another exemplary embodiment. Or, two biometrics are required in another exemplary embodiment, or the means are combined in another exemplary embodiment.

In another exemplary embodiment, the general retractable handle of the travel bag is projectable through the shell. In another exemplary embodiment, there is a notch large enough for the handle to extend through the shell at a position in the shell that corresponds to the position of the handle in the container. In another exemplary embodiment, the shell is provided with a cap that can be slid to close and close the hole on the retracted handle, and slid to open the cap. A hole appears.

In another exemplary embodiment, the bag is provided with wheels by a shell. In another exemplary embodiment, if there is such a wheel at the end of the bag and the bag is upright, then the bag is on the wheel. The end of the shell corresponding to the end of the container on which the wheel protrudes has a notch at a position corresponding to the position of the wheel, and the wheel protrudes from the shell and turns even when closed. In another exemplary embodiment, the wheel cannot be removed from the receptacle of the container, the shell includes a notch that allows the wheel to pass through the receptacle, and the wheel is screwed into the receptacle through such a notch. Then, the wheels are fixed to the container as before. Wheels project through the shell to support and swivel the bag, including both the container and the shell.

In another exemplary embodiment, only one or both of the separably linked shells and containers may be provided with an electronic processing module powered by energization. According to the present invention, whether energization reaches the shell from the container in another exemplary embodiment, or vice versa in another exemplary embodiment, the shell and the container in another exemplary embodiment. You can choose whether each of them will flow separately. The power source to which the current is supplied can be selected, for example, a rechargeable battery in another exemplary embodiment, a conventional watch battery in another exemplary embodiment, or a conventional watch battery in another exemplary embodiment. A mobile battery, another exemplary embodiment, is a power storage unit that supplements the solar cell on the bag, but is not limited thereto.

Similarly, in another exemplary embodiment, the container is located within a separable shell so that the structure of the container can be robust regardless of its appearance.

In another exemplary embodiment, the inside of the shell can be covered by attaching a removable internal "skin" in place of the non-removable lining. The interior of the container can be decorated by attaching a removable internal skin instead of a non-removable lining. According to the present invention, in another exemplary embodiment, the skin inside both the container and the shell is reskinned, or in another exemplary embodiment, only the inside of the container is skinned. You can choose whether to re-skin only inside the shell in another exemplary embodiment. In another exemplary embodiment, a removable internal skin provides additional functionality. Such additional functions include, for example, an energizing function such as an LED for shining light on the contents, an electronic device such as a sensor in another exemplary embodiment, and a function in another exemplary embodiment. Is a combination of, but is not necessarily limited to these. In another exemplary embodiment, it is not necessary to replace the entire shell or container or bag, but the additional functionality is provided by replacing the existing skin with a new skin that incorporates the additional functionality. The energized power source, such as a rechargeable battery, is, for example, a conventional watch battery in another exemplary embodiment and a mobile battery in another exemplary embodiment, another exemplary embodiment. Is a power storage unit that supplements the solar cell on the bag, but such a power source is in the skin in another exemplary embodiment, in the shell in another exemplary embodiment, and in another exemplary embodiment. Then it may be in a container. According to the present invention, the location of the power supply can be selected in another exemplary embodiment. If the electronic device of the skin requires electronic processing, the processing device is in the skin in another exemplary embodiment, in the shell in another exemplary embodiment, and in the container in another exemplary embodiment. In another exemplary embodiment, the electronic device may be communicated by wire, and in another exemplary embodiment, by wireless. According to the present invention, it is possible to select how the processing device and the device communicate with each other.

According to the present invention, in order to ensure safety, the shell has an opening that allows the handle of the bag to protrude from the container in another exemplary embodiment, or protrudes from the container in another exemplary embodiment. The shell provides the contour of the core of the handle so that the handle fits inside the contour as part of the shell. This is not only to strengthen the handle, but in another exemplary embodiment the exterior of the handle can be changed, in another exemplary embodiment the appearance is changed, another exemplary embodiment. The embodiment is to change the feel, and in another exemplary embodiment, functions such as electrical / electronic can be added.

FIG. 7a shows a bag with a sleeve that houses a removable panel. On the side of the bag, there is a notch shaped to display a permanently unchanged color inside when there is no panel, and the arrangement does not exceed the size of the sleeve inside the bag. FIG. 7b is a plan view of the bag provided with the sleeve 7. Inside each side surface with a notch is a piece of second material that is linear in this embodiment. The three ends of the second material piece are fixed to the inside of the side surface, and a seam is left between the second material piece and the outside of the bag at the upper part of the second material piece to form a sleeve. The panel can be put in and out of the sleeve so that the panel can be replaced with another. Within the sleeve, the panel is displayed through the notch. If you replace an existing panel with another panel, you will see another panel through the same notch.

In another exemplary embodiment, it is tailored to fit the foot (eg, using a bespoke mold) (although the present invention is also suitable for mass-produced shoes). The combination of the shell and the container allows the outside of the shoe to be altered while maintaining the internal function of the normally expensive chassis. The appearance of the shoe is as important as its functionality. Furthermore, in the case of sports shoes, in addition to the function of maintaining the foundation while changing the outside, an additional electronic function is often incorporated.

In order to keep the space between the shell and the base including the foot container snug and lightweight, according to the present invention, one or more means are used, for example, but not limited to this. Very small fasteners (eg, snaps, screws or shoelaces) in an exemplary embodiment, adhesive (eg, ultrathin double-sided tape) in another exemplary embodiment, another exemplary embodiment. Is magnetic, etc., a means of combining the inside of the shoe shell and the outside of the foot container, which can be used at that time regardless of present or future, in a specific place, and in particular another exemplary practice. Where the sole and container are already together in a corpus in the form where the end of the shell and the end of the sole meet, in another exemplary embodiment, the shell carved out ( Around the carve-out), for example, the place where the shoelace and the container come into contact. However, the shell and container remain separable. In another exemplary embodiment, the shoe may include a removable sole that is separable from the container as well as a separable shell and container, and the sole can be replaced without discarding the container. In this embodiment, the top of the sole and the bottom of the container can be detachably attached by means such as bringing the shell and container together. In another exemplary embodiment, the sole is non-removably incorporated into the shell, so that when the container is surrounded by the shell, the container, shell, and sole complete the shoe. In another exemplary embodiment, the sole is separable from the shell, replacing the sole without discarding the shell, replacing the shell without discarding the container and sole, or the shell. And the sole can be discarded without the need to discard. In some other exemplary embodiments, any or all of the sole, shell, and container have energizing and / or electronic processing capabilities, the function of which is facilitated by the sole. It may be different between the shell and the container, such as, but not limited to, the sole-related pedometer function, the shell-related GPS sensor function, the container-related refresh atomizer function, and the like. ..

The shoe is provided with means for fixing the shoe around the foot, such as shoelaces in another exemplary embodiment, hook-and-loop fasteners in another exemplary embodiment, and zippers in another exemplary embodiment. May be. In such cases, according to the present invention, while the feet are placed in and out of a tight container, in another exemplary embodiment such means are provided on the container and projected through a notch in the shell. In an exemplary embodiment, it is provided on the shell and tightened around the container and the foot. Thereby, in certain situations where the consumer desires, by changing the shell, various aspects such as workplace (office, factory or outside) in another exemplary embodiment, casual in another exemplary embodiment. Wear, in another exemplary embodiment, for exercise, can be satisfied with a single leg-friendly bespoke container.

In another exemplary embodiment, to prevent water from seeping into the shoe, and in another exemplary embodiment, into other products with a shell and container, such as a bag. In an embodiment, a water resistant material is coated at the end of the shell and the container where the shell and the container meet, and when the shell and the container are fixed together and compressed, such a material acts as a barrier to penetration. To do so. In another exemplary embodiment, such a material that coats the relevant edges is a permanent foam. According to the present invention, it is possible to select a water resistant material for coating such an end from among suitable materials available at that time, whether present or in the future.

The shell can be removed so that the shell can be replaced without the need to dispose of the container, and in another exemplary embodiment, the shell is destroyed, for example in case of damage to the container, but not limited to wear or tear. It can be held without need and can be used with the following containers.

Additional parts can be attached to the shell in any of the travel bags, other bags and shoes in the same way as a single bag. Additional components include, for example, a panel in another exemplary embodiment, a pocket in another exemplary embodiment, a luminescence in another exemplary embodiment, and a skin in another exemplary embodiment. Etc., in another exemplary embodiment, energizing a power supply device, and in another exemplary embodiment, an electronic device, but are not limited thereto.

By energizing the shell, as in the case of panels, the elements in the shell in another exemplary embodiment, the additional components on the shell in another exemplary embodiment, and the container in another exemplary embodiment. The element inside can be operated. The electric element is independent of, or is not limited to, in another exemplary embodiment, the electronic processing module in the shell or the shell in the container. It can operate in cooperation with an electronic processing module that sends commands to the shell in. In another exemplary embodiment, the electronic processing module sends commands to the shell in connection with, for example, but not limited to, an external electronic processing module in a smartphone that functions as a control device. In another exemplary embodiment, when a bag or shell, or shoes are about to be stolen by an unauthorized person authenticated by an electronic identification module, the shell light flashes by energizing to activate the shell. And sound a warning sound. In another exemplary embodiment, the shell can incorporate an electronic processing module. According to the present invention, the power source to which the current is supplied can be selected, for example, a rechargeable battery in another exemplary embodiment, a conventional watch battery in another exemplary embodiment, another. An exemplary embodiment is a mobile battery, and another exemplary embodiment is a power storage unit that supplements the solar cell on the bag, but is not limited thereto.

FIG. 19 shows a spectacle frame 10 provided with a removable encapsulating member. An encapsulating member is placed on the rim of the eyeglass and the part in contact with the nose (nose piece). Which part of the frame to attach the encapsulation member to is a design preference. For example, the part in contact with the nose does not have to be attached to the encapsulation member while remaining in the frame, but it is not always necessary. The hinge part of the frame can be swung, the encapsulation member of the end piece and the encapsulation member of the rim are separated, and the design as to whether or not to attach the encapsulation member to the part that hits the nose is as desired. Therefore, in this embodiment, the rim encapsulation members are individual. In another embodiment, the encapsulating member between the rim and the nose contact is continuous. It is a design preference whether the encapsulation member is moldable or the two parts are fixed. The hinge part of the frame can be swung, the encapsulation member of the end piece and the encapsulation member of the rim are separated, and the design as to whether or not to attach the encapsulation member to the part that hits the nose is as desired. Therefore, in this embodiment, the rim encapsulation members are individual. In another embodiment, the capsule between the rim and the nose contact is continuous. It is a design preference whether the encapsulation member is moldable or the two parts are fixed.

In some embodiments, the eyeglasses, whether they are prescribed, sunglasses or other (such as 3D or built-in display screens, or protective goggles), are wires in another exemplary embodiment. It has a simple frame as a substructure consisting of. This frame extends from the rim that holds the lens around the nose of the spectacle to the hinge and then to the temple / end piece of the spectacle. The frame is thin enough to be surrounded by a removable encapsulation member so that the existing encapsulation member can be replaced with another encapsulation member to fit the frame.
The encapsulating member need not have the same material, appearance, or feel as the frame within the encapsulating member.
-Since the encapsulation member can be replaced, the exterior of the glasses can be changed in casual, office, and formal scenes without the need to replace the substructure.
• In another exemplary embodiment, the encapsulating member is moldable (and has sufficient tension to integrate and detach from the frame multiple times in the process of exchanging the encapsulating member). Once the frame has been adjusted by the optician to optimally fit the wearer, the encapsulation member can so support the frame.
• In another exemplary embodiment, the encapsulation member is placed in the encapsulation member through a seam of the encapsulation member and then the encapsulation member is formed around the frame, or before the encapsulation member is closed around the wire. The wire is fitted into the groove of the encapsulation member through the seam, and the wire is embedded in the encapsulation member.
• In another exemplary embodiment, the encapsulating member may be bisected so as to be integrated around the wire, eg, but not limited to, the seam is encapsulated. Along the apex and bottom of the member, the bisector is fixed in a separable state by available means. Such fixing means are, for example, not limited, separable for exchanging encapsulating members and are sufficient to hold the bisected unit together during normal use of the spectacles. In another exemplary embodiment, it is magnetic, in another exemplary embodiment it is sticky, in another exemplary embodiment it is some small screws, and so on. In another exemplary embodiment, the appearance of one of the bisectors of the encapsulation member need not match the appearance of the other. In another exemplary embodiment, for example, a decoration, an electronic device or a light emitting element may be attached to one of the bisectors, for example, a portion facing outward away from the head. Not limited to these.
• In another exemplary embodiment, the encapsulation member is divided into the parts that make up the kit so that the hinges function freely. One part fits one of the temples / end pieces, one part fits the other of the temples / end pieces, and the other part fits the rim. Similarly, the encapsulation member around the rim is divided into two parts, one for the left rim and the other for the right rim, the structure of the frame around the rim being another exemplary embodiment. It may be separate, unlike the integrated structure in.
-By separating the encapsulation member into each part in this way, any or all of the appearance, feel (for example, but not necessarily limited), and function can be changed, so that an additional function is added to one part. It is possible to have the function of. For example, in another exemplary embodiment, one of the temples / endpieces has a GPS, the other endpiece close to the ear has a microspeaker, and a buzzer sounds in connection with the radio transceiver. Alternatively, recording or live audio may be provided.
• In another exemplary embodiment, a filament is placed therein to conduct electricity to the encapsulating member. In another exemplary embodiment, the filament is encapsulated in only one part of the encapsulating member, in some parts of the encapsulating member in another exemplary embodiment, and in several parts of the encapsulating member in another exemplary embodiment. It is present in all parts of the member, eg, when the filament is in contact with the power source, in another exemplary embodiment on the encapsulating member, in another exemplary embodiment on the encapsulating member. In another exemplary embodiment, the encapsulating member has, in another exemplary embodiment, an actuating element within the encapsulating member, or in another exemplary embodiment, an actuating coating of the encapsulating member. , Or to another exemplary operable material, transfer a small current. In another exemplary embodiment, the power source includes, but is not limited to, for example, a battery, a pinhead battery.
-According to the present invention, it is possible to select how long the current transmission is continued.
□ In another exemplary embodiment, current may continue to be transmitted as long as the filament is in contact with the power source at the transmission contact.
□ In another exemplary embodiment, transmission may continue only when the switch is on.
□ In another exemplary embodiment, the switch may be in the filament. In another exemplary embodiment, the switch is an electromechanical switch at the tip of an end piece. The switch is controlled by, for example, but not limited to, one of the following:
-In another exemplary embodiment, a small button to access by pinching the tip of the end piece with a finger and thumb-In another exemplary embodiment, for example, a remote application on a smartphone, but not limited to this. Radio via Near Field Communication (NFC) from-In another exemplary embodiment, a voice command by a voice recognition processor associated with the switch, in another exemplary embodiment, a gesture recognition processor associated with the switch. A wave passing a finger over, and in another exemplary embodiment, any, but not limited to, via a switch and associated motion sensor that is actuated by removing and shaking the glasses.
• In another exemplary embodiment, the encapsulation member allows electronic processing to be introduced into the frame. The electronic processing module works with, for example, virtual reality, augmented reality, or lenses suitable for enhancement, and in particular, but not necessarily, smartphones, advertising transmitters, such as other people's eyeglasses. It is possible to promote visual enhancement and the like wirelessly associated with the remote function in the encapsulation member. Similarly, in another exemplary embodiment, electronic processing on the encapsulating member, for example, but not limited to, a device or accelerometer that comes into contact with the skin, such as an earphone, can assist a person as well as present content. Can be associated with other electronic processing in mobile devices and the like that are useful. In another exemplary embodiment, the encapsulation member can contain a small antenna.

In another exemplary embodiment of several embodiments, the earring comprises a substructured encapsulation member consisting of wires. This encapsulation member is removable and the existing encapsulation member can be replaced with another encapsulation member that was in the substructure. The replaceable encapsulation member allows the exterior of the earring to be changed, for example in casual, office and formal occasions, without the need to replace the undercarriage.
• The undercarriage is equipped with fixtures to hang this earring from the ear, earlobe, or other normal part of the ear. Such fixtures are clips in another exemplary embodiment, piercings in another exemplary embodiment, and other means for gripping in another exemplary embodiment. .. In another exemplary embodiment, such fixtures can be modified, giving the wearer the option to replace the fixture with a clip, piercing, or other means to hang the earring from the ear. Given.
• The material of the undercarriage is a design preference if it is robust enough to support the encapsulating member.
-For the wire substructure, the manufacturer can create a specific shape to which the encapsulating member fits. The term earring implies a ring, but the encapsulator does not have to be a ring. In another exemplary embodiment, the end of the substructure is within a fixture that hangs the earring from the ear, and in another exemplary embodiment, the substructure covers the fixture (eg, but not necessarily). In another exemplary embodiment, the earlobe corresponds to the appropriate metal of the substructure by magnetism, in a "bulleye" configuration, with the substructure protruding from the fixture). It is a structure that attracts to a small plate on the opposite side and holds the earring in place on the earlobe without piercing.
The encapsulating member does not have to have the same material, appearance, or feel as the wire in the encapsulating member.
-The encapsulation member does not extend to the earlobe attachments such as piercings and clips so that the earlobe attachments such as piercings and clips are accessible to the earlobe.
• In another exemplary embodiment, the encapsulating member is moldable (and has sufficient tension to be integrated and separated multiple times in the process of exchanging the encapsulating member).
• In another exemplary embodiment, after the wire is placed in the encapsulation member through the seam of the encapsulation member, the encapsulation member is formed around the wire, or before the encapsulation member is closed around the wire. The wire is fitted into the groove of the encapsulation member through the seam, and the wire is embedded in the encapsulation member.
• In another exemplary embodiment, the encapsulating member consists of several parts that are integrated around the wire, eg, but not limited to, at the apex and bottom of the encapsulating member. It may be along. In another exemplary embodiment, the encapsulating member is in a separable state for replacement, while being robust enough to hold the halves together during normal use of the earring. These parts are fixed by the means of. Such means are, but are not limited to, magnetic in another exemplary embodiment. The appearance of one part of the encapsulation member does not have to match the appearance of another. Some parts, for example, but not limited to these, present decorations in another exemplary embodiment, electronics in another exemplary embodiment, and light emitting devices in another exemplary embodiment, while others. The part of may present itself. In another exemplary embodiment, such a portion is halved and closed around the substructure. In another exemplary embodiment, one part presents some kind of functionality, while another part presents another kind of functionality.

In another exemplary embodiment, filaments in one part of the encapsulating member, in another exemplary embodiment filaments in several parts of the encapsulating member, in another exemplary embodiment encapsulation. Filaments in all parts of the member are, for example, in, above, or with the encapsulating member when the filament is in contact with a power source, an actuable element such as an LED in another exemplary embodiment. A small current is transmitted to an operable coating such as a light emitting device in another exemplary embodiment, or to an actuating material such as a color change in another exemplary embodiment. In another exemplary embodiment, the power source includes, but is not limited to, for example, a battery such as a pinhead battery. According to the present invention, the timing of current transmission can be selected.
□ In another exemplary embodiment, current may continue to be transmitted as long as the filament is in contact with the power source at the transmission contact in another exemplary embodiment.
□ In another exemplary embodiment, transmission may continue only when the switch is on.
□ In another exemplary embodiment, the switch may be between the power supply and the filament. In another exemplary embodiment, the electromechanical switch is inside the encapsulation member. The switch is controlled by, for example, but not limited to, any of the following.
-In another exemplary embodiment, a small button to access by pinching the earphones with a finger and thumb-In another exemplary embodiment, for example, near field from a remote application on a smartphone, not limited to this. Radio via Near Field Communication (NFC) -In another exemplary embodiment, a voice command by a voice recognition processor associated with the switch, in another exemplary embodiment, a finger on the gesture recognition processor associated with the switch. A wave passing through, and in another exemplary embodiment, any, but not limited to, via a switch and associated motion sensor that is actuated by removing and shaking the earphones.

In another exemplary embodiment, the electronic processing function of the earring, such as a ring, rocket, bracelet, etc., is housed within the encapsulation member, which comprises a device for powering the electronic processing module. It can operate in cooperation with an external controller, for example, it receives commands via a smartphone application, and executes internal commands automatically or by external and internal control, but is not limited to this. I like the command mode for electronic processing, whether only one pair of earrings has an electronic processing function or both, and whether the pair of earrings convey the same function or different functions by electronic processing. In another exemplary embodiment, the pair of earrings beeps differently from each other so that the wearer can hear them just enough to hear them, so that wireless near field from a smartphone application utilizing the Global Positioning System (GPS). Near field communication (NFC) allows the wearer to beep on the left or right side according to geographic directions. Alternatively, NFC and smart mapping from a smartphone application using an accelerometer and a sensor that detects nearby objects can beep the wearer to the left or right to avoid obstacles, or to be specific. By NFC from a smartphone that can receive a signal from a beacon, the wearer can be guided to a specific place such as a mall store, for example, but not limited to this. For example, but not limited to, the earrings beep when the earring wearer is visually impaired, the baggage and the child are blocking their hands, or simply for convenience. You can hear it so you can free your hands without having to lift the phone. Embedding electronic processing capabilities in an aesthetically pleasing earring encapsulation and wearing it either in the ear, near the ear, or generally above the body is a machine for at least some people. It may be preferable to wearing a typical device. In another exemplary embodiment, the electronic processing module and energizing portion are within the frame of the earring so that the encapsulating member can be replaced without losing the functionality provided by the electronic processing.

In some embodiments, in addition to spectacle frames, earrings, jewelry, such as, but not limited to, a ring in another exemplary embodiment, a rocket in another exemplary embodiment. , The bracelet in another exemplary embodiment comprises a substructured encapsulating member consisting of a wire in another exemplary embodiment. This encapsulation member is removable and the existing encapsulation member can be replaced with another encapsulation member that was in the substructure. Since the encapsulation member can be replaced, the exterior of the earring can be changed, for example, in casual, office and formal situations, without the need to replace the substructure.

Filaments in one, several, or all parts of such an encapsulating member are, for example, in, above, or with the encapsulating member when the filament is in contact with a power source. For example, but not limited to this, another exemplary embodiment delivers a small current to the actuable element, another exemplary embodiment the actuating coating, and another exemplary embodiment transmitting a small current to the actuable material. .. In another exemplary embodiment, the power source includes, but is not limited to, for example, a battery such as a pinhead battery. According to the present invention, the timing of current transmission can be selected.
□ In another exemplary embodiment, the current continues to be transmitted as long as the filament is in contact with the power source at the transmission contact.
□ In another exemplary embodiment, transmission may continue only when the switch is on.
□ In another exemplary embodiment, the switch may be between the power supply and the filament. In another exemplary embodiment, the electromechanical switch is inside the encapsulation member. The switch is controlled by, for example, but not limited to, one of the following:
-In another exemplary embodiment, a small button to access by pinching the earphones with a finger and thumb-In another exemplary embodiment, for example, near field from a remote application on a smartphone, not limited to this. Radio via Near Field Communication (NFC) -In another exemplary embodiment, a voice command by a voice recognition processor associated with the switch, in another exemplary embodiment, a finger on the gesture recognition processor associated with the switch. A wave passing through, and in another exemplary embodiment, any, but not limited to, via a switch and associated motion sensor that is actuated by removing and shaking the jewelry.

Powering an electronic processing module to introduce electronic processing functions into jewelry, such as a ring in another exemplary embodiment, a rocket in another exemplary embodiment, a bracelet in another exemplary embodiment, etc. Such an electronic processing function is accepted by an encapsulation member equipped with a device for energizing. In some embodiments, the electronic processing module is associated with an external controller and receives commands from a smartphone application. In another exemplary embodiment, the electronic processing module automatically executes internal commands. In another exemplary embodiment, both external and internal controls can be selected. In another exemplary embodiment, the electronic processing of the electrically actuated ring transforms the biometric data into a command to turn on any of the various colored LEDs, and the mood of the ring wearer. Choose the right color for your. In another exemplary embodiment, the electronic processing module and energizing section are within the frame of the ring so that the encapsulating member can be replaced without losing the functionality provided by the electronic processing.

In another exemplary embodiment, the gem is a body piercing and cannot be easily removed like an earring. In another exemplary embodiment, the body piercing is usually thin, so the encapsulating member of the body piercing is also thin. Even such a thin encapsulating member of the body piercing can have a function, and in another exemplary embodiment, a luminescent coating is applied over the encapsulating member.

In some embodiments, the bag is a straight shoulder bag that is usually suitable for women to carry (although men may also choose to carry the bag).
・ Attach two sets of panels to the side of the bag. According to the present invention, the material of the bag and the panel can be selected separately, another exemplary embodiment being polyurethane and another exemplary embodiment being a natural material. An exemplary embodiment is in the form of cardboard with a water resistant coating. In another exemplary embodiment, each panel is reinforced by sewing boundaries.
-The panel is attached to the side of the bag by a snap and can be replaced with another panel of the same size (not necessarily the same material or image). One of the two combination parts of the snap is built into the material of the bag. The other of the snap combination parts is the back side of each panel and is installed in the corresponding part of the panel so that the two parts of each snap are firmly integrated. The number of snaps shall be in accordance with the panel mounting requirements, such as, but not limited to, the area of the panel, the weight of the material, and the appearance that the designer wants to obtain. The position of the snap is arbitrary, but it is optimal to arrange it along the outer circumference of each straight panel. In one embodiment, there are four snaps along the top of the panel, four snaps along the bottom of the panel, one snap at the center of each short side of the panel, and a total of ten snaps for each panel.
□ In another exemplary embodiment, the panel is secured to the bag by another means, such as, but not limited to, a hook-and-loop fastener.
□ The panel set is replaceable with other sets, or each panel is replaceable with a different panel than the opposite panel.
□ In another exemplary embodiment, one panel, both panels, or multiple panels house one or more elements that are actuated by an electric current.
□ In another exemplary embodiment, one or more electronic processing modules are in, on, or with a shell, one panel, both panels, or multiple panels.

In some embodiments, the bag is trapezoidal (eg, a suitable tote bag).
-Notches of various shapes are arranged in an array on each side of the shell of the bag. The shape is, but is not limited to, for example, a star shape in another exemplary embodiment, a crescent shape in another exemplary embodiment, and a combination of various shapes in another exemplary embodiment. When the panel is inserted into the sleeve inside the side of the bag, the panel is visible, but through a notch, for example, the color in another exemplary embodiment, the pattern in another exemplary embodiment, another. In an exemplary embodiment, a photo is displayed. In another exemplary embodiment, if the bag is shaped with a sufficiently large end, the end of the bag can be similarly modified by a combination of a notch in the shell of the bag and a sleeve and panel. ..
• In another exemplary embodiment, the sleeve is provided inside the side surface of the shell of the bag. In another exemplary embodiment, the area of the array of notches and the corresponding area of the sleeve are both linear, facilitating cutting between the sleeve and the panel. In another exemplary embodiment, the shape of the bag is trapezoidal and the sleeve and panel are linear. In another exemplary embodiment, the shape of the bag is oval and the sleeve and panel are linear. In another exemplary embodiment, the shape of the bag and the shape of the sleeve and panel are different. In another exemplary embodiment, the shape of the bag, the shape of the sleeve and the shape of the panel are different. The replaceable panel is thin enough to fit inside the sleeve and thick enough to prevent it from slipping out of the sleeve unless pulled strongly.
• In another exemplary embodiment, the panel within the sleeve can be energized to illuminate the contents of the panel through a notch in the shell of the bag.

In some embodiments, the digital display device indicating the media (media) is not particularly limited, and is not limited to a television set, a photo frame, and a tablet.
Such devices include a chassis and a case that include elements such as an outward screen, electronic processing device, and electrical elements.
-The case provides a notch according to the shape of the screen. Such devices are displayed through the notch. The case provides a border around the screen.
-The shell is attached to this boundary. The shell is removable. The shell is replaceable with another shell, and you can choose from a variety of shells to change the look, feel, and ability to extend the screen.
-The shell has a notch:
□ The notch corresponds to the shape of the screen, so cover the border with the shell while the screen is visible.
□ If there is a camera, infrared transceiver, microphone, etc. that requires access to the front of the case, for example, but not limited to these, the shell will have a notch corresponding to the position of these elements.
□ The shell has a notch according to the shape of the back side of the case, which can dissipate heat from the device.
• To detachably attach the shell to the boundary, arrange, for example, but not limited to, an array of suitable means available at that time, such as grips, now or in the future. The mounting means is arranged behind the shell so that it is flush with the boundary. If the mounting means consists of two parts, such as snaps, hook-and-loop fasteners or adhesive (eg double-sided tape), it is necessary to introduce a receiving part on the boundary at the position corresponding to the position of the means on the shell. ..
• In another exemplary embodiment, the boundaries of the device are minimized and the shell is attached to the side of the case.
• In another exemplary embodiment, some of the equipment's machines are distant, the housing case is thinned, and shells are attached to both the side and back edges of the case.
• In another exemplary embodiment, the shell comprises a configuration made of a material that cushions the device.
In another exemplary embodiment, the shell comprises elements such as, but not limited to, LEDs that are actuated by an electric current and are powered by the shell, the chassis of the device, or the outside. It is either.
• In another exemplary embodiment, one or more electronic processing modules that are also powered are in, on, or with the shell. The electronic processing module may be independent. The electronic processing module may be wirelessly associated with, but not necessarily, the display device, a similar shell of another device, or other external electronic processing.

In some embodiments, for example, but not limited to, a piece of material such as a photograph, an advertising presentation, or a fabric.
-This piece of material is on the panel.
□ Panels are elastic, such as, but not limited to, cardboard in another exemplary embodiment, plastic in another exemplary embodiment, and metal in another exemplary embodiment. ..
□ The panel is thin.
□ Its shape corresponds to the shape of the piece of material on the panel.
-There is a translucent cover on the material piece.
□ The material is glass in another exemplary embodiment, plastic in another exemplary embodiment, and other material in another exemplary embodiment, and is robust in any case.
□ The cover is thin.
□ The shape of the cover corresponds to the shape of the piece of material.
• In another exemplary embodiment, clips hold the panel, piece of material, and cover sandwiched together.
-Put the panel, material piece, and cover sandwiched into the shell through the take-out port.
□ Since the size of the outlet is smaller than the size corresponding to the length, thickness, and width of such a combination, the combination stays in a predetermined place without being glued.
□ In another exemplary embodiment, the outlet for the combination is at the top of the back of the shell.
□ In some versions, the outlet is on the side of the shell.
• In another exemplary embodiment, the shell comprises elements such as, but not limited to, LEDs that can be actuated by an electric current, the power source of which is in the shell, another, in another exemplary embodiment. In an exemplary embodiment it is inside the panel, or in another exemplary embodiment it is outside.
• In another exemplary embodiment, one or more electronic processing modules that receive power are in the shell in another exemplary embodiment, on the shell in another exemplary embodiment, or in another exemplary embodiment. In certain embodiments, it is with the shell. In another exemplary embodiment, the electronic processing module is independent. The electronic processing module is typically a panel function in another exemplary embodiment, another similar shell function in another exemplary embodiment, and another external function in another exemplary embodiment. However, this is not always the case, but it is more related wirelessly.

In some embodiments, it is an alternative shoe to the conventional one, the upper part of which is a container for the foot, which has a sole of the container and a separable shell that is detachably attached to the sole and the container.
-The foot container and sole have been manufactured by being combined so that they cannot be removed.
□ Since the container is surrounded by a shell, the container can be formed of a solid material regardless of aesthetics.
□ In the mass production market version in another exemplary embodiment, each container is of standard size.
□ In a bespoke version in another exemplary embodiment, each container is bespoke according to the foot.
-The means by which the shell is attached makes it removable to replace the current shell with another different shell.
□ The shell covers the container downward toward the sole. The shell does not surround the sole. For example, but not limited to, shoelaces in another exemplary embodiment, hook-and-loop fasteners in another exemplary embodiment, clasps in another exemplary embodiment, and clasps in another exemplary embodiment. The shell does not provide a means to close the shoe, such as a button, a zipper in another exemplary embodiment, or adhesive (eg double-sided tape) in another exemplary embodiment, and the shoe is not an easy shoe to put on and take off. If the shell is provided with a notch that allows access to means for closing the container.
□ Detachable attachment of the shell to the sole of the shoe is, for example, but not limited to, a screw in another exemplary embodiment, sticky in another exemplary embodiment, another exemplary embodiment. Then, we will use appropriate means such as magnetism that can be used at that time regardless of the present or future. In another exemplary embodiment, a small array of small screws around the bottom edge of the shell is tightened within the receiving plug around the top edge of the sole at the points corresponding to each other between the shell and the top edge of the sole. Keep the shell and sole together while the shoe is in use, while allowing it to be removed. In another exemplary embodiment, as an array of screws, a screw on the top of the shell and a corresponding receiving plug on the top of the container and a screw around the bottom edge of the shell and a receiving plug around the top of the sole. Is included.
□ Detachable attachment of the shell to the container is, for example, but not limited to, screws in another exemplary embodiment, sticky in another exemplary embodiment, and sticky in another exemplary embodiment. Use appropriate means available at that time, such as magnetism, now or in the future.
The material of the shell is any material available at that time, whether present or in the future, and in another exemplary embodiment is a general shoe such as (synthetic) leather, another exemplary. In certain embodiments, it may be an uncommon material such as hard plastic, and in another exemplary embodiment, it may be any of a composite material (hybrid).
・ Shoes can be strengthened by replacing the shell. For example, but not limited to this, in another exemplary embodiment, the shell of the non-water resistant material may be replaced with a shell of the water resistant material to enhance water resistance, or in another exemplary embodiment, work. For on-site safety, replace the soft material shell with a hard material shell to withstand impact, or in another exemplary embodiment replace the everyday shell with elements related to biometrics of exercise such as running. Replace with a shell that contains.
In another exemplary embodiment, the shell comprises elements such as, but not limited to, LEDs that are actuated by an electric current and are powered by either inside the shell, inside the chassis of the device, or from outside. Is it?
• In another exemplary embodiment, the filament in the shell conducts an electric current so that one or more electronic processing modules are in the shell in another exemplary embodiment and on the shell in another exemplary embodiment. Or in another exemplary embodiment, with a shell, such a current powers the electronic processing module. In another exemplary embodiment, the electronic processing module is independent. The electronic processing module is typically a panel function in another exemplary embodiment, another similar shell function in another exemplary embodiment, and another external function in another exemplary embodiment. However, this is not always the case, but it is more related wirelessly.

In another exemplary embodiment, it is a panel on a bag.
-The panel is electrically operable.
-The current is supplied by a filament that can withstand such current well and contacts the actuable element of the panel. The filament path extends from a point on the panel in contact with the current to the point of contact with the electrically operable element of the panel. The transfer point of the current to the filament in the panel is, for example, one of the following:
□ In another exemplary embodiment, a variant of a fastener such as a snap that includes a secure electrical contact between the filament in the panel and the filament extending from the base of the bag, from a power source in the bag. Supply current.
□ In another exemplary embodiment, a conductive contact in the shell of the bag that corresponds to the location of the receiving contact on the back side of the panel, if not necessarily, by means such as a male-female connector.
□ In another exemplary embodiment, the power supply is inside the panel to omit external contacts, and is not limited to, for example, but in another exemplary embodiment, a solar cell or a thin battery. In another exemplary embodiment, a conventional watch battery or pinhead battery, and in another exemplary embodiment, a conventional watch battery or the like are sufficient for this purpose.
• If the power supply is inside the bag, the optimal location for such a power supply is inside the accessible flaps, and in another exemplary embodiment it should be as unobtrusive as possible when using the bag. The bottom corner of the bag. The flap portion is, for example, not limited to this, by a suitable fastening means such as a snap in another exemplary embodiment, a hook-and-loop fastener in another exemplary embodiment, and a zipper in another exemplary embodiment. , Open the flap and keep it closed until you need to replace the battery. In another exemplary embodiment, the battery is a conventional watch battery. As an extension, a jack is introduced on the outside of the bag that corresponds to the battery container (pod), but another exemplary embodiment is a conventional watch battery for recharging the battery, another exemplary embodiment. It is a conventional timepiece battery that is not removed in the above embodiment, and is an alternative in another exemplary embodiment. In another exemplary embodiment, the power source within the accessible flap is a suitable lightweight rechargeable battery, a conventional watch battery sufficient for this application in another exemplary embodiment. Is. Such a battery is, in another exemplary embodiment, a conventional watch battery, which can serve to power other functions of the bag as well as the panel. In another exemplary embodiment, the bag houses an electronic processing module, which has an optimal thin depth to prevent entry into the bag. In another exemplary embodiment the electronic processing module is in the same flap as the battery, in another exemplary embodiment is a conventional watch battery, and in another exemplary embodiment the electronic processing module is It is in another flap.

In another exemplary embodiment, it is a panel on a bag.
-Coat the outside of the panel with an electrically operable film.
-The panel also incorporates an appropriate electronic processing module.
• In the absence of the required current, the film is translucent and, depending on the choice, displays the original color of the panel, for example white. The appearance of the panel depends on the design preference. When an electric current is introduced, the film lights up, for example, in green, and can, but not necessarily, warn the vehicle. In another exemplary embodiment, the lighting color of the panel can also be changed in conjunction with electronic processing, eg, the usual warning is green, red as a beacon, and finally blinking. In another exemplary embodiment, blinking is repeated with a voice warning. In another exemplary embodiment, when a sensor with an accelerometer detects that a consumer has fallen, a light and a warning are generated with a high frequency signal.

In another exemplary embodiment, it is a panel on a bag.
-LEDs are built into the panel.
-When operated by assembling multiple LEDs, it functions sufficiently as a flashlight.
-Instead of forming an aggregate, one large LED on the panel is sufficient as a flashlight.

In another exemplary embodiment, a travel bag with a shell around the container.
-One or more LEDs are built into the shell.
• In another exemplary embodiment, there is an assembly of LEDs on the outside of the shell, which, when activated, is sufficient as a flashlight. Alternatively, in another exemplary embodiment, there is one large LED that replaces the assembly of LEDs, which, when activated, is sufficient as a flashlight. For example, it is not always limited to the darkness, but in the darkness, especially when the traveler is in an unfamiliar environment, and he / she has a flashlight, a travel bag, a bag, etc. at the same time and cannot use his / her hand freely. So this flashlight is useful. In another exemplary embodiment, a pitch of multiple LEDs illuminates the ground in front of a traveler pulling a travel bag.
• In another exemplary embodiment, the lighting circuit is turned on and off by the consumer with accessible buttons on the shell, eg, but not limited to, but in another exemplary embodiment, an external device such as a smartphone. It is performed by voice command remotely wirelessly from the application of the device, and in another exemplary embodiment by one or more of a plurality of means.
In another exemplary embodiment, the replaceable shell has an array of LEDs to tightly cover the shoe.
The LEDs are on the outside of the shell towards the shell, around the outside of the toe edge, or on the front outside of the shell, or all.
-The pitch of the LEDs displays the illumination light outward toward the ground, similar to the headlights of a car, and illuminates the ground directly in front of pedestrians, making it easier to see if there are any dangerous terrain.
• If the LED emits a beam of sufficient width to save power, prioritize the LED on the other side of the shoe and only the toe of the shoe, or only the toe of the shoe, and the LED on the front outside of the shell. Does not have to be placed.
In another exemplary embodiment, the shell has one LED equivalent to an array of LEDs.
In another exemplary embodiment, it is a panel on a bag.
• The panel comprises an electrically operable material, element, or multiple elements.
-Coat the panel with a film that has multiple layers that respond to current. In another exemplary embodiment, LEDs may be used instead of film. If you want to easily change an electrically actuated panel, for example, but not limited to, from an existing symbol on one electrooperable layer that coats the panel, another electrically actuable that coats the panel. In the case of a change such as switching to another pattern on a different layer, an electric switch alone is sufficient without electronic processing. In another exemplary embodiment, the panel may incorporate an electronic processing module to control the changes made by the electrically operable elements of the panel.
• In another exemplary embodiment, the electronic processing module as a control device directs the electronic switching module of the panel to change the color or pattern of the panel as well as the image. In another exemplary embodiment, such a control is in the panel. In another exemplary embodiment, such a control device is in the bag. Another exemplary embodiment is a remote application by wireless communication via short-range wireless communication (NFC) from an external device such as, but not limited to, an external device such as a smartphone. In another exemplary embodiment, the smartphone comprises an application for biometrically reading mood and a directory list that associates mood with a pattern (eg, color) on each panel, and the mood by a control device. Instruct the panel to adopt the color corresponding to.

In some embodiments, it is a wire encapsulating member of the spectacle frame.
The material of this encapsulating member is elastic and is, for example, but not limited to, plastic, silicone, or nanofibers.
-The shape of the encapsulation member shall imitate the trajectory of the frame wire.
-The encapsulation member has a thin cavity extending throughout its interior. With moderate pressure applied by the average consumer, the capsule can be pried open to fit the frame wire into this cavity. Whether the encapsulating member covers the entire wire or only the temple / end piece is a design preference.

FIG. 14 shows an umbrella with a removable encapsulation member 9. In the present embodiment, the encapsulation member is attached to both the periphery of the tip portion and the periphery of the handle, but it is a preference of the product design whether the encapsulation member is attached to both of them or only one of them. The shape of one replaceable encapsulating member corresponds to the shape of the tip, and the shape of the other replaceable encapsulating member corresponds to the shape of the handle. Whether the encapsulation member is wrapped or slid into place is a design preference, as is whether elasticity is used to fasten the encapsulating member or fasteners are used to secure the wrap. Is.

In some embodiments, it is an umbrella.
• In another exemplary embodiment, the encapsulating member covers the end of the umbrella to the tip of the end, with the tip protruding as usual. The encapsulating member is wrapped tightly around the end of the umbrella like a surgical bandage to allow the tip to protrude. In another exemplary embodiment, it may have a cap. To be removable or replaceable, the wound encapsulation member is, for example, but not limited to, a snap in another exemplary embodiment, a hook-and-loop fastener in another exemplary embodiment, another example. In certain embodiments, it is opened and closed using suitable fastening means available at that time, whether present or in the future, such as adhesiveness (eg, but not limited to double-sided tape).
• In another exemplary embodiment, the encapsulating member is wrapped around the umbrella handle, like a surgical bandage, just before the umbrella rod. A combination of a handle and an encapsulating member can be gripped. To be removable or replaceable, the wound encapsulation member is, for example, but not limited to, a snap in another exemplary embodiment, a hook-and-loop fastener in another exemplary embodiment, another example. In certain embodiments, it is opened and closed using suitable fastening means available at that time, whether present or in the future, such as adhesiveness (eg, but not limited to double-sided tape).
-In another exemplary embodiment, the encapsulating member is attached to and detached from the handle by sliding it onto and from the handle, such as socks, so that a combination of the handle and the encapsulating member can be gripped. Cover the handle of the umbrella with an encapsulating member. The material of the encapsulation member stretches by pulling strongly and can be removed by sliding it on the handle, otherwise it has sufficient elasticity to tighten around the handle.
-The encapsulating member when the contents such as electronic parts are contained therein has sufficient flexibility so that it can be wrapped around each part of the umbrella.
-In another exemplary embodiment, the handle can be replaced by screwing or removing the handle on the rod portion of the umbrella, and functionality can be introduced by changing the handle. .. For example, but not limited to this, another exemplary embodiment is energization, another exemplary embodiment is electronic processing, another exemplary embodiment is a hook for hanging a bag, and the like.
• In another exemplary embodiment, the encapsulation member has at least one element that is current actuable within, above, or with it. In another exemplary embodiment, the electrically operable element is an LED. The current comes from a portable power source associated with the encapsulation member of the object. In another exemplary embodiment, the power source is a rechargeable lightweight battery, and in another exemplary embodiment, a conventional watch battery. In another exemplary embodiment, the power source is a pinhead battery within the encapsulation member. In another exemplary embodiment, the power supply is in the handle. In order to transfer an electric current to an electrically operable element, a filament extends from a contact with a power source to an electrically operable element such as an LED via an encapsulation member.
-In another exemplary embodiment in which the encapsulating member receives an electric current, the encapsulating member has at least one electronic processing module inside, above, or with it. The electronic processing module may be independent. The electronic processing module may be associated with the function of another part of the umbrella in another exemplary embodiment and the function of another umbrella of a similar embodiment in another exemplary embodiment, eg, not necessarily this. In another exemplary embodiment, it may be associated with other external electronic processing such as a smartphone by ordinary radio.
• In another exemplary embodiment, the encapsulating member covers only the handle.
• In another exemplary embodiment, the encapsulating member covers only the end of the umbrella.
• In another exemplary embodiment, one encapsulating member covers the handle and another encapsulating member covers the end. The two encapsulating members need not be identical in appearance, feel or function. Consumers, for example, are not necessarily limited to these, but in order to warn the driver when the umbrella is opened, the LED on the encapsulation member of the handle that emits light, on the encapsulation member at the upper end of the umbrella. You may want a certain look, feel, or function, such as a flashing beacon.

Some embodiments include, for example, but not limited to, remutable bags, a pair of re-changeable shoes, and re-changeable eyeglass frames. By changing the appearance of each of these products, the overall collective appearance can be changed, for example, but not limited to this, the color scheme of the trendy appearance such as seasonal, without the need to replace the product. It can be used as an image theme of a trendy appearance or a material of a trendy appearance. Expand your collection with a pair of re-changeable sports shoes, a re-changeable travel bag, a re-changeable umbrella, a re-changeable eyeglass frame, a pair of re-changeable earrings, a re-changeable jewelry, and more. There are, but not limited to these examples.

The features described in the claims of the present specification form (in appropriate combination) as part of the present disclosure and are incorporated herein by reference.

Although various examples or embodiments have been described, it should be understood that they are for illustration purposes only and not to limit the scope of the present invention. Parts or parts of various exemplary embodiments may be partially extracted to successfully combine combinations and / or various things, where appropriate to form other variants without loss of generality. I want you to understand.

Claims (12)

The removable part is closely introduced onto the part receiving object that did not contain the removable part at the time of manufacture without significantly affecting the initial quality of the object. It is a system for accommodating
a. ) Parts acceptance target and
b. ) At least one removable part that can be closely fitted to the part receiving object, can be closely refitted to the part receiving object, or can be closely retrofitted to the part receiving object. A part that is replaceable with a similar removable part, or is replaceable with a dissimilar part that is removable or unnecessary and may not be replaced. With
The removable part is of greater initial quality than the removable part on the part receiving object or another removable part of the part receiving object that did not contain the removable part at the time of manufacture. Closely fastened without impact to accommodate the removable part, the removable part is attached to the part receiving object after manufacturing the part receiving object, and the removable part is a part. Receiving the part, which is separable from the object to be received, discards the removable part without replacing or replacing the removable part with another removable part, and accepting the part before the introduction of the system and its method. A system that makes it easy to change the appearance or expand the function of the part receiving object without affecting the initial quality of the part receiving object at the time of manufacturing the object. The removable component is preferably a panel, sleeve, strap as a cradle, shell, encapsulating member, and / or a fitting in the form of an electrically powered electrical component or an electronically engineered component.
The system according to claim 1. The part receiving object is a container in the form of a shell.
The system according to claim 1. The container is a bag, a travel bag, or shoes.
The system according to claim 3. The replaceable removable part and the subsequent part are of different shapes and shapes, and do not necessarily have to match the part receiving object, and a plurality of parts can be attached to the part receiving object. , The types of the respective parts may or may not match, and the said part on the part receiving object and the other said part may be different even if the other part is on the object. Can communicate with each other even in places,
The system according to claim 1. The replaceable and removable part is made of a natural material or a synthetic material and is not necessarily the same material as the material of the part receiving object.
The system according to claim 1. The parts to be accepted are at least a. ) Current transmission contacts,
b. ) Conductive filament,
c. ) Including electrical equipment with batteries,
The system according to claim 1. The component receiving object includes at least an electric device including an electronic microprocessor.
The system according to claim 1. Detachable parts are luminescent,
The system according to claim 1. Fasteners that attach removable parts onto the part receiving object are, for example, but not limited to snaps, hook-and-loop fasteners, adhesives, adhesives, magnetics, zippers, buttons, screws, tongues, hooks and rings, strings. , Or the close mounting of the part on the part receiving object and the ease of the part from the part receiving object by means of making it removable by the separability of the close fastener which is tension. Can be removed
The system according to claim 1. The component receiving object is an object that can be encapsulated.
The system according to claim 1. 11. The system of claim 11, wherein the encapsulateable object is a spectacle frame, jewelry, earrings, or an umbrella.

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