CN210581381U

CN210581381U - Smart phone system bag

Info

Publication number: CN210581381U
Application number: CN201920392092.0U
Authority: CN
Inventors: 张敏
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-03-26
Filing date: 2019-03-26
Publication date: 2020-05-22
Anticipated expiration: 2029-03-26
Also published as: DE202018101682U1

Abstract

A smartphone system case, which consists of a flexible material and comprises six faces of a receiving space for a smartphone, which receiving space is surrounded on all sides by the material, wherein the material thereof forms a front face and a rear face and four side faces, which front face and rear face can be connected to each other by means of a wing fastening, the four side faces being designed smaller than the front face and the rear face, in which smartphone system case the receiving space can be closed on one side by means of the wing fastening such that a part of the wing fastening forms a side face of the receiving space, a plurality of functional openings are arranged on at least three faces, preferably four or five faces, through which a smartphone can be operated, used and/or connected to a plurality of auxiliary devices when in the closed receiving space, and in which smartphone system case the rear face comprises an open operating window, direct contact with the touch screen of the smartphone in the housing space can be ensured.

Description

Smart phone system bag

Technical Field

The utility model relates to a smart mobile phone system bag, it comprises flexible material to for the smart mobile phone provides the accommodating space who is protected, this accommodating space is surrounded by this material in all sides.

Background

A number of possibilities for housing a smartphone are known in the art. These generally have the following characteristics: they prevent the use of the smartphone when it is stored, have limited use, or the smartphone is not adequately protected from physical damage or theft.

One example of housing a smartphone is a traditional wallet. This provides a completely enclosed interior space that protects the smartphone from damage. However, at the same time, the closed interior also prevents the sound signals of the smartphone from being perceived from the outside. Furthermore, the smart phone is not visible when located in the enclosed interior space of the conventional wallet, and thus messages, phone calls, or smart phone information remain hidden from the user. Another disadvantage is that a certain effort is required to remove the smartphone from the traditional wallet in order to be able to use it.

In addition, phone bags with different designs of front and rear surfaces are also available in the market. The front surface, which is often externally visible, is often provided with decorative or other design features. A film providing a touchscreen view of the smartphone is disposed on the back surface. Therefore, through the film, short messages on the smart phone can be read or other smart phone information can be processed. A disadvantage of this continuous film is that it completely covers the touch screen of the smartphone and thus isolates it from human touch. In this way, operation of the smartphone becomes difficult, if not impossible at all. Therefore, in order to operate reliably, even if the rear surface film is transparent, the smartphone must be taken out of the pocket. In addition, the sealing film on the closed front and rear surfaces allows the acoustic signal of the smartphone to be attenuated. This hinders the process of making a call through a smartphone.

Another known cradle for a smartphone is a hangable phone case. The handset housing is made of a rigid plastic material so that the smartphone can be locked and/or clamped in a particular arrangement within the handset housing. The handset housing is characterized by a low wall thickness so that the shape of the housed smartphone is accurately reproduced. In addition, due to its design, the housing forms a thin cover layer on only a maximum of five sides of the smartphone. Although the housing provides a functional opening for the buttons of the smartphone, it does not provide satisfactory mechanical shock absorption. For example, if the smartphone falls to the ground, such shock is transmitted to the smartphone through the housing almost completely unabsorbed. Another disadvantage is that the smartphone can be easily detached from the phone housing because it is held only by a non-locking snap connection. This opens up the possibility of the smartphone being stolen or unnecessarily detached from the handset housing.

In view of the above-mentioned disadvantages, it is therefore an object of the present invention to provide a smartphone system bag by means of which a smartphone can be accommodated in a reliable and protected manner and at the same time the smartphone can be fully utilized.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a smart mobile phone system bag, it comprises flexible material and prescribes a limit to six accommodating spaces that are used for the smart mobile phone, accommodating space by in all sides the material surrounds. The material forms front and back surfaces that can be interconnected by the flap fastener and four side surfaces that are designed to be smaller than the front and back surfaces. In the smartphone system pouch, the housing space may be closed on one side by means of a wing fastener, such that a portion of the wing fastener forms a side surface of the housing space. Further, a plurality of functional openings are arranged on at least three, preferably four or five sides of the smartphone system pouch through which the smartphone may be operated, used and/or connected to an auxiliary device when in the closed housing space. Further, an open operation window is provided in a rear surface of the smartphone system pouch, the open operation window ensuring direct contact with a touch screen of the smartphone in the housing space.

By virtue of the preferred design of the smartphone system pouch, all sides of the smartphone are surrounded by flexible material. This ensures that mechanical stress is prevented, as well as unwanted external access to the smartphone. Thus, the smartphone can be safely housed in the smartphone system pouch.

Despite this secure and protected arrangement, the technical functionality and the possibilities of use of the smartphone within the housing space are not limited. This is because the plurality of function buttons of the smartphone are accessible through the plurality of function openings provided on the respective faces of the smartphone system pouch. Furthermore, the touch screen is freely accessible, since the rear surface of the smartphone system pouch is designed to be open in this section.

Preferably, the flap fasteners are arranged in a distinct manner on the front surface of the smartphone system pouch such that this always defines the outwardly visible face of the smartphone system pouch. Thus, the back surface of the smartphone system pouch with open access to the smartphone's touch screen faces the user's body so as to be protected when the smartphone system pouch is worn and not freely accessible or usable by third parties.

According to the utility model discloses a preferred embodiment, has arranged at least one function opening respectively on front surface, rear surface and the three side surface of smart mobile phone system bag. These functional openings are aligned with and/or adapted to the shape and size of the electrical connection options of the smartphone and its circuit elements. Therefore, although the smartphone is housed in the housing space, the smartphone can be fully utilized.

Further, preferably, the front surface of the smartphone system pouch comprises at least one card slot closable by means of the wing fixture of the smartphone system pouch. Credit cards, check cards, identification cards, bank notes, paper, receipts, tickets, key cards, etc. can be housed in such card slots so that payment instruments, keys and identification documents can be carried with the smartphone in the smartphone system at the same time.

Further, preferably, the smartphone system bag includes a carrier whose length can be adjusted in a stepwise or stepless manner. With the carrying device, the smartphone system pouch may be worn on the shoulder in a manner similar to a purse or around the user's neck or waist.

According to another preferred embodiment of the invention, the carrying means is a chain, the length of which is adjustable by means of a loop, which loop engages in at least two chain links which are not directly adjacent to each other. This ensures that the length of the carrying device can be adjusted without difficulty even in the case of users of different sizes of smartphone system bags or different carrying methods.

Preferably, the smartphone system pouch comprises at least one auxiliary pouch which can be fixed to the carrying device and in which auxiliary equipment of the smartphone, in particular the headset, the battery backup and/or the speaker, can be housed. In addition, keys, lipstick, medicine and other similar items may be stored in one or more auxiliary bags while remaining easily accessible and without inconvenience to the user. To this end, the auxiliary pocket according to the preferred embodiment may be fixed at any point of a plurality of links on a chain used as a carrying device. It is also preferred that an eyelet or catch is provided on the rear surface of the auxiliary bag so that a suitable connection, typically with a chain or carrying device, can be established.

In this regard, it is also preferred that the auxiliary pocket comprises a cable opening on a side facing the receiving space, such that a physical electrical connection can be established between the smartphone in the receiving space and the auxiliary device in the auxiliary pocket. Thus, the headset may be stored in the auxiliary pocket while the electrical connection to the smartphone through the cable opening may remain integrally mated. Thus, the headset can be safely lifted and easily removed from the auxiliary bag for immediate use. In this way, the headset does not have to be reconnected to the smartphone, since the electrical connection can be maintained in an undisturbed manner.

Drawings

Preferred embodiments of the present invention are explained in more detail with reference to the accompanying drawings. Wherein:

fig. 1 shows a preferred embodiment of a smartphone system pouch, which includes a chain and an auxiliary pouch as a carrying device,

figure 2 shows a preferred embodiment of a smartphone system pouch when closed,

FIG. 3 shows a preferred embodiment of a smartphone system pouch in perspective view, with the wing fasteners opened, and

figure 4 is a view of a preferred embodiment of the back surface of a smartphone system pouch with the wing fasteners closed.

Detailed Description

A preferred embodiment of a smartphone system pouch 10 is shown in overall view in fig. 1. The system bag 10 is equipped with a carrying device 50. Preferably, the carrier 50 is formed from a plurality of links of chain. The chain has the advantages that: the length can be adjusted as desired by means of the ring 70.

For this purpose, the ring 70 is preferably hooked in two links that are not directly adjacent to each other. By virtue of the resulting loop 55 size of the chain, the carrier 50 can be shortened as desired.

Of course, the ring 70 can be opened and closed in a targeted manner for this purpose. To this end, the ring segments 72 are preferably fastened so as to be pivotable on one side and movable radially inwards. Preferably, the ring segments 72 automatically move back into their initial position after the ring 70 has been opened, due to the elastic pretension directed radially outward.

The carrier 50 includes a plurality of latch-like hooks 80 at its ends. They may be secured in the plurality of eyelets 82 and may be released from the plurality of eyelets 82. In this way, the carrier 50 may be replaced at the system bag 10 or the shoulder strap 90, or an auxiliary bag 60 (see below) may be connected to the carrier 50.

It is of course also preferred that the carrier 50 is provided as a belt, string or strap made of leather, plastics material or other suitable material.

The auxiliary bag 60 is arranged on the carrying device 50. The auxiliary bag defines an inner space which can be closed by means of a closure 62 and in which auxiliary equipment for a smartphone can be stored. Preferably, such auxiliary devices comprise earphones, speakers, battery backup or similar technical and/or non-technical devices, such as keys, lipsticks, medicines and other similar objects.

These devices are electrically connected to a smartphone disposed in the system bag. For example, if a physical connection to a smartphone (preferably, to the headset of the smartphone) is established by a cable, the opening 64 on the lower surface of the auxiliary bag 60 serves as a cable guide hole. The cable guide hole and the electrical connection between the headset and the smartphone may remain integrally mated if the headset is used or if the headset has been stored in the auxiliary bag 60.

It is also preferred that a plurality of auxiliary bags 60 be secured to the carrier 50. Preferably, a battery backup or bluetooth speaker is disposed in another auxiliary pocket 60 (not shown) for use in conjunction with the smartphone. Alternatively, another auxiliary bag is used to store the above-mentioned objects.

The rear surface of the auxiliary bag 60 has three or four eyelets for fastening the auxiliary bag 60 to the carrier 50, preferably, to a chain. A preferred eyelet (not shown) adjacent to the opening 64 for hooking onto the catch 80 and two preferred eyelets adjacent to the closure 62 disposed across the width of the auxiliary bag 60 are secured to the rear surface. Depending on the body-side of the system bag 10 being worn on the shoulder using the carrier 50, the catch 80 of the carrier 50 is hooked into one of the two upper eyelets. This ensures proper orientation of the secondary bag 60 so that the bag does not interfere during carrying.

It is also preferable, of course, that a plurality of locking hooks, instead of a plurality of eyelets, be provided on the rear surface of the auxiliary bag 60, and that a plurality of locking hooks be hooked in the chain or the carrying means 50 as necessary.

The system bag 10 is shown in more detail in fig. 2-4. The bag is constructed of a flexible material, such as leather, fabric or a plastic material, and further, has a thickness of at least about 0.2 to 0.6 mm.

The system bag 10 includes a front surface 12, a back surface 14, a wing fastener 16, two

side surfaces

18, 20, a lower surface 22, and an upper surface 24. Preferably, as shown in FIG. 3, the upper surface 24 is part of the flap fastener 16.

The respective faces 12, 14, 18, 20, 22 and 24 are interconnected as separate surfaces or form a partially continuous material surface. Preferably, the back surface 14 forms a continuous surface with the upper surface 24 and the wing fasteners 16. According to various embodiments of the present invention, the surfaces are joined together by bonding, sewing or welding.

Preferably, because the surfaces 12-24 overlap at the corners and edges, the system bag 10 has a material thickness in these portions for impact protection.

Preferably, the wing fasteners 16 are used to securely close the receiving space for the smart phone defined in the system bag 10. This ensures that the smartphone is protected from theft while ensuring unrestricted use of the smartphone when disposed in the housing space.

Preferably, a plurality of functional openings 30 are provided on the front surface 12, the rear surface 14, the side surfaces 18, 20 and the upper surface 24 to ensure unobstructed use of the smartphone. Function keys and buttons of the smartphone are freely accessible and operable through these function openings 30. In addition, the functional opening 30 serves as a communication opening or a signal opening so that acoustic or optical signals can come out or can be received by the smartphone.

In addition, an open operating window 26 is disposed on the rear surface 14. The operation window 26 ensures unrestricted use of the touch screen of the smartphone.

In the view of the rear surface 14 in fig. 4, the smartphone is preferably seen upside down in the system bag 10 if the system bag 10 is worn on the shoulder using the carrying device 50. With this arrangement, the smartphone can be held on the ear for making a call without the carrying device 50 interfering or having to remove the smartphone from the system bag 10.

Further, preferably, the wing fasteners 16 form a visually appealing outer surface of the system bag 10 that faces away from the body. Thus, the rear surface 14 faces the body of the user of the system bag 10. This protects the touch screen in the open operating window 26 and facilitates the use of the smartphone despite its placement in the system bag 10.

In addition, a plurality of notches 32 are preferably provided in the front surface 12 to be covered by the closed wing fasteners 16. They are used to house ATM cards, credit cards, business cards, identification cards or driver's licenses. In addition, bank notes, paper, receipts, tickets, key cards and the like can be accommodated in the card slot, so that a payment tool, a key and an identification document can be carried with the smart phone in a smart phone system bag.

List of reference numerals

10 smart mobile phone system bag

12 front surface

14 rear surface

16 flap fasteners

18, 20 side surface

22 lower surface

24 upper surface

26 operating window

30 function opening

32 card slot

50 carrying device

55 Ring

60 auxiliary bag

62 closure member

64 opening

70 ring

72 ring segment

80 hook

82 holes

90 shoulder strap

Claims

1. A smartphone system pouch constructed of a flexible material and comprising six-sided housing spaces for smartphones, the housing spaces being surrounded on all sides by the material, wherein the material thereof forms a front and a rear surface that can be interconnected by wing mounts, and four side surfaces that are designed to be smaller than the front and rear surfaces, in which smartphone system pouch

The receiving space can be closed on one side by means of the wing fastener, so that a portion of the wing fastener forms a side surface of the receiving space,

-a plurality of functional openings are arranged on at least three sides through which a smartphone can be operated, used and/or connected to a plurality of auxiliary devices when in a closed housing space, and in the smartphone system pouch

The rear surface comprises an open operating window ensuring direct contact with the touch screen of the smartphone in the housing space.

2. The smartphone system pouch of claim 1, wherein the front, back, and three side surfaces have at least one functional opening disposed thereon, respectively.

3. The smartphone system pouch of claim 1 or 2, comprising at least one card slot on the front surface closable by means of the wing securement.

4. The smartphone system pouch of claim 1, comprising a carrier whose length is adjustable in a stepwise or stepless manner.

5. A smartphone system bag according to claim 4, wherein the carrying means is a chain whose length is adjustable by means of a loop engaged in at least two links that are not directly adjacent to each other.

6. A smartphone system pouch as claimed in claim 4, which includes at least one auxiliary pouch that may be secured to the carrying device and in which auxiliary equipment of the smartphone, in particular an earphone, a battery backup and/or a speaker, may be housed.

7. A smartphone system pouch as claimed in claim 6, which auxiliary pouch includes a cable opening on the side facing the receptacle so that a physical electrical connection can be established between a smartphone in the receptacle and the auxiliary device in the auxiliary pouch.

8. A smartphone system pouch as claimed in claim 5, which includes at least one auxiliary pouch that may be secured to the carrying device and in which auxiliary equipment of the smartphone, in particular an earphone, a battery backup and/or a speaker, may be housed.

9. A smartphone system pouch as claimed in claim 8, which auxiliary pouch includes a cable opening on the side facing the receptacle so that a physical electrical connection can be established between a smartphone in the receptacle and the auxiliary device in the auxiliary pouch.