DE202009014622U1 - device housing - Google Patents

Abstract

Device housing (1) for use on bicycles or similar passenger vehicles (for example, bicycles with auxiliary motor drive), the electronic circuit (4) for powering externally connected consumers (for example Fahrradnavigationsgeräten, MP3 players or mobile phones) by means of an externally connected dynamo / generator (19) and / or another bicycle-mounted power source (eg solar cells) as an electrical energy source, characterized in that the device housing comprises a mounting system for attachment and / or attachment to the cup holder attachment (e.g. consisting of two threaded holes) of the bicycle frame ,

Description

Background of the invention

The The invention relates to a bicycle or similar passenger vehicles in particular a device housing in particular a Electronic circuit for powering external consumers via a external dynamo and / or other energy sources in particular Mounting system for attachment to the bicycle. Furthermore, this includes Device housing in a specific embodiment a Storage of accumulator batteries (rechargeable batteries) for charging as energy storage or discharge as an energy source.

State of the art and field of application of the device housing

In the prior art, there are electronic circuits on the bicycle that provide power to portable or bicycle-mounted devices such as bicycle navigation devices, personal digital assistant (PDAs), MP3 players, cell phones, or USB powered device or other power supply devices provide. The energy for the power supply of the connected devices from the bicycle dynamo or accumulators or even both are delivered simultaneously. The electronic circuit usually includes a voltage converter and if accumulators present an optional charging electronics for the batteries and an optional discharge electronics for the batteries. The accumulators and associated charging electronics and discharge electronics are provided in a special embodiment and may not be present in another embodiment. Excess energy of the bicycle dynamo, which is not consumed by the device to be supplied, is used to charge the batteries. If the bicycle dynamo does not supply enough power to the device to be powered, then the batteries are discharged as a source of energy to maintain power to the device to be powered (this is an optional feature in a particular embodiment). An exemplary electronic circuit was in an article "Strom auf'm Fahrrad" of the journal c't (abbreviation for computer technology) in Issue Issue 23 of the vintage 2007 from page 190 released. In particular, the invention relates to such or similar electronic circuits. In this article it has been suggested to use as housing shrink tubing or a waterproof Bopla housing for the electronic circuit. Utility model with number DE 20 2008 017 107 U1 describes a similar electronic circuit for power supply. Utility model with number DE 20217730 U1 describes a similar electronic circuit as a power supply and charging system for a bicycle.

Such or similar electronic circuits and associated ones Accumulators are common in the prior art provided with the following device housings: The electronic circuit is wrapped in shrink tubing, insulating tape or the like and cables lead to a connected battery holder for the accumulators. The device housing According to the prior art, cable ties, cuffs, Tape or clips are attached to the bike. Alternatively, you can the device housing according to the prior art also hidden inside the bicycle frame (for example in the bicycle seat tube) be attached. Furthermore, there are housing boxes after State of the art usually cuboid or parallelepiped-like with rounded corners which contain the electronic circuit and attached to the bike via clip mechanisms or cuffs become. The accumulators are either integrated or external via a battery holder connected. The electronic circuit could be additionally potted according to the prior art (for example with epoxy resin). The electronic circuit can also according to the prior art be mounted without housing.

These Housing variants according to the prior art have pre and Disadvantage. A goal of further objects of the invention is many Advantages of the previous device housing variants to unite in a new device housing and so far possible while avoiding the disadvantages in specific embodiments.

disadvantageous in the case of the prior art of shrink tubing the electronic components are not against shocks Protected by hard objects, as the rubber of the shrink tube easily yields and rests directly on the components.

The Attachment of the housing according to the prior art Cable ties, tape or cuffs on the outside of the bicycle frame is disadvantageously less theft safe than a bolted one Connection, as this easily by simple tool (for example Scissors or knives) can be severed. A screwed Connection would be here - as a feature of invented device housing - clearly safer from theft because special assembly tool required is.

Furthermore There is disadvantageous in the prior art no privacy for the outside fixed cuboid device housing, except when the device housing together Electronic circuit and accumulators hidden inside the bicycle frame tube becomes.

Another disadvantage of some previous housing designs according to the prior art:
If the device housing is attached to the bicycle frame at the position of the drink holder with cable ties, then it is not possible to attach the cup holder, since the position is already occupied by the device housing.

at The invention described herein may include the existing ones Bicycle lights and bicycle dynamos continue to be used. It is just a change to upgrade an existing bike the cable wiring required. That's natural, too in some of the previously described housing designs already possible. However, the invention described here combines several beneficial features and properties in the same new device.

To State of the art and as far as the inventor known so far exist no device housing on the market for such or similar electronic circuits, characterized that the device housing to the cup holder attachment can be attached and there is the possibility to additionally piggyback the drink holder.

To State of the art and as far as the inventor known so far exist no device housing on the market with the mounting on the cup holder attachment of the bicycle frame, wherein in addition, the invented shape (cylindrical) and the Arrangement of the components in the device housing in bring special benefits to other embodiments.

Even if it turns out that individual of the previous statements concerning the novelty of the invention should be wrong, so can still a combination of statements as new invention be considered. This means, for example, the combination "cylindrical Device housing with the possibility of Piggyback mounting the cup holder in a special Embodiment ".

Presentation and general Description of the invention

The invention described here is a device housing ( 1 ) for use on the bicycle which compared to the prior art has advantageous properties and at the same time unites them in a device housing.

The device housing also includes the electronic circuit ( 4 ) and optionally in a special embodiment the accumulators ( 3 ). The aim of the invention is also to create a device housing, which in a specific embodiment for a reasonably priced (that consists of as few items and components as possible and which are as far as possible already mass production) and simple (that means with as few and simple processing steps) to produce is, the components in an advantageous manner with respect to position and location (which means the shortest possible pathways and advantageously adjacent components) includes and has an advantageous shape. This includes the developed method for mounting on the bike in several steps (see 5 to 7 ).

1

device housing

2

battery cover or by hand removable housing cover of the battery holder and battery removal

3

accumulators Rechargeable batteries or rechargeable battery

4

electronic circuit

5

status display

6

screw or similar fastener

7

screw or similar fastener

8th

screw or similar fastener

9

mother or similar fastener

10

battery pole or battery contact spring (both poles positive pole or negative pole here possible)

12

cable to dynamo, current source or voltage source (mostly two-core)

13

cable to the supplying device or consumer (usually two-wire)

14

execution for screws, threads or similar

15

execution for screws, threads or the like (for example by borehole or slot)

16

execution for screws, threads or the like (for example by borehole or slot)

17

Cup holder

18

beverage bottle or similar

19

dynamo (Generator) or electrical energy source

20

Bicycle frame, Bicycle frame tube or bicycle rod

21

to supplying device or consumer (for example bicycle navigation device)

22

bike light (for example by means of incandescent lamp or light-emitting diode)

23

Grommet (for example by means of a borehole)

24

current path from battery cover for a battery pole to the electronic circuit

25

Connectors (for example, female connector pair)

26

battery pole (both poles positive pole or negative pole possible here)

29

switch

30

assembly tool Allen wrench or Allen key

31

assembly tool Wrench or screwdriver

32

screw thread or similar fastener

33

Screw or similar fastener (may be the same part as (at) 7 ) act)

34

Screw or similar fastener (may be the same part as (at) 8th ) act)

39

Lower (with lower height to the ground than ( 40 )) Threaded hole usually for attaching the cup holder to the bicycle frame

40

upper Threaded hole usually for attachment of the cup holder on the bicycle frame

41

Lower (with lower height to the ground than ( 42 )) Screw leadthrough of the beverage holder

42

Upper Screw passage of the beverage holder

43

assembly tool Wrench or screwdriver

List of drawings

1 1 shows the sketchy illustration in cross section of an exemplary embodiment of the invented device housing according to the invention ( 1 ) with its components.

2 shows a further specific embodiment wherein the current path from battery cover to electronic circuit is isolated to the device housing.

3 shows a view of the mounted device housing on the bicycle frame ( 20 ) with cup holder.

4 shows a further detailed view of the mounted device housing on the bicycle frame ( 20 ) with cup holder.

5 shows the assembling step 1 of 3.

6 shows the assembly step 2 of FIG.

7 shows the assembling step 3 of FIG.

8th shows an embodiment of the interconnection of the internal and external components of the device housing.

9 shows a further specific embodiment of the interconnection of the internal and external components of the device housing with a switch between electronic circuit and bicycle light.

10 shows a further specific embodiment of the interconnection of the internal and external components of the device housing wherein the bicycle light is also supplied via the electronic circuit.

In a special embodiment, the invented device housing comprises the components in advantageous positional positions. The invented device housing ( 1 ) has in an advantageous embodiment, a cylindrical or cylindrical shape-like design. With cylindrical shape-like design are meant, for example, pipes with oval cross-section or cylindrical shapes with additional decorations (for example, grooves or the like), which in the faintest sense still look like a cylinder. The cylinder shape used here on the invented device housing offers many advantages as explained below. Externally mounted visible, the device housing with its cylindrical shape offers a symmetrical shape to the parallel bicycle frame. For the viewer, the device housing is less conspicuous because of this symmetry property than in another asymmetrical design. As a result, the cylindrical shape also provides additional protection against theft, as it is rather inconspicuous to the viewer to the bicycle frame as, for example, a cuboid device housing is not symmetrical to the round bicycle frame tube. Furthermore, in a special embodiment, so-called rod batteries or standard rod batteries (for example, Mignon or Micro) are used as rechargeable batteries, which in turn have a symmetrical shape to the cylindrical device housing. As a result, the battery receptacle or battery removal is advantageously filled optimally with as few voids as possible, whereby advantageously the housing can be made smaller.

With cylindrical shape-like design is here for example also the form of a so-called commercial can sleeve or a round tube with closed ends (meaning with bottom at one end and battery cover at the other end) meant in specific embodiments. The ends can have any shape. The end opposite the battery cover could also be potted (for example, with epoxy resin). The invented device housing additionally includes some advantageously mounted holes or devices with certain functions which will be described in more detail below. The invented device housing allows electronic circuit in a device housing on the screw (usually screw holes are with internal thread) of the bicycle frame tube ( 20 ) for the drinks tion ( 17 ) to fix. The beverage holder ( 17 ) serves for holding beverage bottles or the like ( 18 ). The invented device housing then allows the cup holder ( 17 ) Piggyback to the invented device housing to assemble. The piggyback mounting of the cup holder on the invented device housing takes place in one embodiment via the screws ( 6 ) 7 ) 8th ) as well as the mother ( 9 ). 2 and 3 show the device housing ( 1 ) mounted together with the bicycle frame ( 20 ) and the beverage holder ( 17 ).

The invented device housing also includes a battery cover ( 2 ) for receiving and removing the accumulators ( 3 ). The accumulators ( 3 ) are used to store electrical energy. The battery cover ( 2 ) is attached to one end of the device housing. In the assembled state of the device housing (see 2 and 3 ), the position of the battery cover ( 2 ) at the bottom of the device housing ( 1 ) or down to the ground. The advantageous feature for the invention is that after opening the battery cover ( 2 ), the accumulators ( 3 ) fall by gravity automatically on the inclined plane of the inner tube of the invented device housing. By piggyback mounting the cup holder ( 17 ) on the invented device housing ( 1 ), the drink holder provides a privacy screen of the invented device housing when looking from certain angles on the arrangement. Through this privacy, the invented device housing provides protection against theft of the invented device housing, since the probability of discovery is lower. In addition, the invented device housing offers the advantageous function that the cup holder ( 17 ) can continue to be mounted on the bike by piggyback, even if the intended position for the cup holder on the bicycle frame is already occupied by the invented device housing.

The 8th . 9 and 10 show exemplary interconnections of internal and external components of the device housing. In the embodiment, any other interconnection of the components may also occur and, in addition, additional electronic functions or electronic expansions may be integrated into the electronic circuit. The components of the circuit diagram are integrated in the invented device housing in a special embodiment in advantageous positions. Thus, as a production advantage, the conduction paths are kept short in a specific embodiment. This means that the charging and operating status display ( 5 ) is located directly adjacent to the electronic circuit ( 4 ). This also means the pole terminal ( 10 ) to the accumulators is located directly adjacent to or in the vicinity of the electronic circuit ( 4 ). In a special embodiment of the device housing made of electrically conductive metal, the current path of the other pole of the accumulator can be guided via the electrically conductive battery cover and the housing to the electronic circuit. In a non-electrically conductive embodiment of the device housing, the current path of the other pole of the accumulator via an extra power line to the electronic circuit ( 4 ) respectively. Advantageous for the invented device housing is the simple production or production. Thus, in a specific embodiment, for example, from a can shell of mass production with a few additional processing steps (that is, by attaching boreholes to the advantageous points where screws ( 6 ) 7 ) and ( 8th ) and the charge status indicator ( 5 ) and the cable feedthrough or cable connection ( 23 ) are located), the invented device housing are made. Thereafter, in a specific embodiment, the electronic circuit (usually one or more electronic boards) together with screw bushing ( 14 ), Display ( 5 ) and pole terminal ( 10 ) at the opening of the battery cover ( 2 ) are inserted in one piece in the interior of the device housing. As a result, manufacturing costs can be reduced by, for example, a commercial can sleeve (which also has a similar shape as a cylinder) with screw on one end and a bottom at the other end serve as a base material and result in a few processing steps invented device housing. In a specific embodiment, at the position ( 23 ) also have a socket on which the connecting cables ( 12 ) and ( 13 ) are connected via a plug. In an advantageous embodiment, standard rod batteries of the type Mignon (also called AA) or Micro (also called AAA) are used for the device housing as accumulator batteries. These types of batteries are commonly used in digital cameras or flashlights. The user can use the device to charge the batteries while driving and, at the end of the journey, remove the batteries from the device housing for use with the digital camera or other battery powered device.

Further embodiments and embodiments of the invention

in the The following are exemplary embodiments and forms of the invention described, despite the different embodiment and expression continues the invention protected here represent.

The invented device housing may be painted or unpainted. The invented device housing may have additional holes or openings. The invented device housing may have additional switches or buttons. These switches could be used, for example, to adjust the output serve voltage. The invented device housing may have additional connectors, sockets or plugs for cables. From the invented device housing, in addition to the cables ( 12 ) and ( 13 ) lead away further cable lines. The invented device housing can be made of any material (for example, metal alloy, wood or plastic). Advantageous for the invented device housing is here, however, a metallic design (for example, aluminum) for shielding electromagnetic radiation. Electromagnetic radiation, for example, increases when using a switched voltage converter in a specific embodiment in the electronic circuit ( 4 ) on. The battery charge status indicator (for example, a light emitting diode) may be attached laterally instead of at the end of the elongated configuration. In a specific embodiment of the invented device housing, a battery charge status indicator ( 5 ) are also waived. In another embodiment of the invented device housing, a liquid crystal display (LCD) or similar display may be attached to the device housing to indicate battery status or other information. Basically any kind of bulbs can be used for the battery charge status display. Furthermore, the status display ( 5 ) also indicate the operating status.

The invented device housing can, for example, subsequently be mounted as an accessory on the bike. alternative The invented device housing can already be mounted or mounted in the production of the bicycle. The invented device housing can, for example Part of a bike kit including bolts and nuts. The invented device housing can be part of a bicycle kit be, with screws and nuts are not included and the buyer the bicycle kit is prompted for the appropriate screws and to acquire nuts yourself.

According to the general description of the invented device housing are electronic circuit ( 4 ) and accumulators ( 3 ) housed in a special embodiment in series in the elongated design (see also 1 ). In a further specific embodiment, the accumulators can also be accommodated next to each other or even next to the electronics (ie parallel to the elongated design). Any number of accumulator cells can be accommodated in the invented device housing. In the invented device housing, in one embodiment, only a single battery cell can be accommodated. The polarity of the accumulators can be reversed as in 1 be shown. This also means the pole spring ( 10 ) is not on the electronics but on the battery cover ( 2 ) in a special embodiment. In the general description, the battery form shown is rod batteries in a specific embodiment. It could also be any other type of accumulator.

The Electronic circuit of the invented device housing can also include additional functions such as a parking light function for the bicycle lamps. The electronic circuit can supply multiple supply voltages for different provide external equipment to be supplied. It can several external devices in parallel to the electronic circuit be connected. In a further specific embodiment could the electronics circuit also outside be mounted or attached to the housing (for example if the electronics only from a very small integrated circuit or circuit module exists). It has the invented device housing Furthermore, the other characteristic features such as the Piggyback mounting the cup holder in a special Embodiment. In a further embodiment of the invented device housing can the profile instead of a round tube also have any other profile shape. For example, one embodiment of the invented device housing have an oval round tube as a basic design or with edges along be provided the elongated design. About that In addition, polygonal tubes (for example, square tube) are in one Embodiment possible. In the general description is given as an advantage the possibility that the invented Device housing in one piece (for example a can sleeve) by a few additional processing steps can be made. Thereafter, the electronics in the battery cover opening be inserted. In one embodiment, the invented device housing also from two or more Halves (for example, plastic castings) exist, which again put together the one described in the general description Design of the invented device housing result.

The Invented device housing may also be in one embodiment on other or similar passenger vehicles as bicycles which have a similar application or task. This can be for Example motorized bicycles, mopeds or motorcycles.

In another specific embodiment could the cup holder via other methods than screws be attached to the bike. In a further specific embodiment could be the cup holder and the invented device case consist of a piece or behave like a piece.

The cup holder is usually attached via two screws to two tapped holes ( 23 ) attached to the bicycle frame. These tapped holes typically have a distance of about 64 millimeters. However, there may also be bicycle frames with different hole spacings for the drilled holes of the cup holder. Therefore, it may also be another embodiment with multiple holes for ( 15 ) and ( 16 ) at different distances on the device housing. In a specific embodiment, for ( 15 ) and ( 16 ) a slot allow a variable screw position. In a further specific embodiment, the cup holder attachment could provide a different way of securing the appliance body than with screws on the bicycle frame.

In another specific embodiment could the invented device housing with even more Mounting options in addition to the one described here Mounting option advertised or offered.

QUOTES INCLUDE IN THE DESCRIPTION

This list The documents listed by the applicant have been automated generated and is solely for better information recorded by the reader. The list is not part of the German Patent or utility model application. The DPMA takes over no liability for any errors or omissions.

Cited patent literature

• DE 202008017107 U1 [0002]
• DE 20217730 U1 [0002]

Cited non-patent literature

• - "Strom auf'm Fahrrad" of the trade magazine c't (abbreviation for computer technology) in issue issue 23 of the vintage 2007 from page 190 [0002]

Claims (42)

Device housing ( 1 ) for use on bicycles or similar passenger vehicles (for example, auxiliary motor-assisted bicycles) comprising an electronic circuit ( 4 ) for powering externally connected consumers (for example bicycle navigation devices, MP3 players or mobile phones) by means of an externally connected dynamo / generator ( 19 ) and / or another bicycle-mounted power source (for example, solar cells) as an electric power source, characterized in that the device housing includes a mounting system for attachment and / or attachment to the cup holder attachment (e.g., consisting of two threaded holes) of the bicycle frame. Device housing according to claim 1, characterized in that the device housing a Akkumulatorbatterieaufnahme or (or battery compartment) and in particular a charging electronics for the Akkumulatorbatterien ( 3 ) by means of a connected dynamo / generator ( 19 ) as an electrical energy source and / or other energy sources. Device housing according to previous claims, characterized in that for the power supply of consumers to be supplied inserted into the device housing accumulators ( 3 ) as an additional source of energy on demand (that means the dynamo / energy source provides too little energy to supply the consumer) to be discharged to the power supply of the connected consumer ( 21 ) keep upright. Device housing according to previous claims, characterized in that the cup holder ( 17 ) is attached or attached to the device housing by means of a device, since the original mounting position of the beverage holder on the bicycle frame already by the device housing ( 1 ) and thus advantageously the device housing further allows the attachment of the cup holder on the bike and also advantageous the cup holder from certain viewing angles is a visual protection for the device housing to prevent theft or vandalism of the device housing by discovery or the likelihood of theft or vandalism of the device housing reduce. Device housing according to previous claims, characterized in that it is in the device housing ( 1 ) is a cylindrical device housing with ends of any shape (for example, flat or round) wherein the Akkumulatorbatterieaufnahme or Akkumulatorbatterieabtnahme at one end of the cylindrical housing device via a battery cover ( 2 ) And this shaping offers advantageous properties which means that the cylinder shape is less noticeable to the viewer because the shape is similar to the bicycle frame or a similar shape is more likely overlooked and thus advantageously the device housing is safer from theft or vandalism by discovery as other asymmetrical shapes (for example, cuboid shapes) to the round bicycle frame tube. Device housing according to claim 5, characterized in that it is in the device housing ( 1 ) may also be a cylinder-like-like rather than a cylindrical device housing (which may also mean, for example, an oval instead of a round cross-section). Device housing according to previous claims, characterized in that on the device housing ( 1 ) additional decorations or slight edges (for example, grooves) are attached. Device housing according to claims 5 or 6, characterized in that the electronic circuit ( 4 ) is partially located at the other end of the cylindrical or cylinder-like device housing relative to the battery receptacle and battery removal. Device housing according to claims 5 or 6, characterized in that the electronic circuit ( 4 ) located at the other end of the cylindrical or cylinder-like device housing relative to the battery receptacle and battery removal. Device housing according to previous claims, characterized in that the electronic circuit ( 4 ) is attached from the outside to the device housing. Device housing according to previous claims except claims 8, 9 and 10, characterized in that the electronic circuit ( 4 ) is wholly or partially outside the device housing and there are electrical connections to the device housing. Device housing according to previous claims, the accumulators comprise, characterized in that the battery cover ( 2 ) is in the mounted state at the end or side of the device housing, which is closer to the ground from the position after opening or unscrewing the battery cover, the rechargeable batteries by gravity automatically fall out of the battery holder or slide out of the inside of the device housing. Device housing according to previous Ansprü characterized in that the fastening devices comprise three threaded screws of each type (for example cross-recessed or hexagon socket) and a nut of any type ( 9 ), one of the threaded screws ( 8th ) through the upper hole ( 42 ) of the beverage holder and then through the device housing ( 1 ) by means of an implementation ( 14 ) then leads to the upper ( 40 ) to be screwed to the bottom higher of the two cup holder attachment thread of the bicycle frame, another threaded screw ( 7 ) of the threaded screws with head on the inside of the device housing to the accumulator battery insertion through a hole ( 15 ) out of the device housing leads to at the bottom ( 39 ) to the bottom of the lower cup holder mounting threads of the bicycle frame ( 20 ) and another threaded screw ( 6 ) of the threaded screws with head on the inside of the device housing at the Akkumulatorbatteriebeinführung by a hole opposite the aforementioned hole ( 16 ) out of the device housing leads to then through the lower hole ( 41 ) of the beverage holder and then with a nut ( 9 ), whereby the piggyback assembly of the beverage holder ( 17 ) on the device housing and thus the implementation of the screws through the holes of the beverage holder is optional here. Device housing according to claim 13, characterized in that it is in the holes mentioned in claim 13 ( 8th ) 15 ) and or ( 16 ) can also act around slots or the like by different distances between the two cup holder attachment threads ( 39 ) and ( 40 ) to support different bikes. Device housing according to previous claims, the accumulators comprise, characterized in that it is in the accumulator batteries ( 3 ) one or more rod batteries are in series next to each other in the device housing ( 1 ) are arranged, wherein a battery terminal of the rod battery abutting the battery cover ( 2 ) electrically via an electrical line device ( 24 ) is led to the electronic circuit and the other battery pole of the rod battery which is farthest from the battery cover is connected to a pole terminal ( 10 ) and from the pole terminal ( 10 ) an electrical line to the electronic circuit ( 4 ) and between the rod batteries electrical contact exists (which means minus pole and positive pole of two adjacent abutting bar batteries are electrically connected) and in the case of the cylindrical or cylindrical shape-like design of the device housing, the longitudinal axis of the cylindrical shape of the rod batteries parallel or equal to the longitudinal axis of the cylindrical shape the device housing is arranged so that the device housing is advantageously optimally filled by the internal rod batteries (which means unused space or empty space in the device housing is avoided). Device housing according to claim 15, characterized in that from the battery pole of the rod battery adjacent to the pole terminal of the battery cover ( 2 ) a current path to the electronic circuit ( 4 ) wherein the current path lying on the inside or lying on the outside and if the device housing is electrically conductive, isolated to the device housing and the battery cover is performed and the other battery terminal of the rod battery is electrically connected adjacent to the electronic circuit via a pole terminal is in this case a pole terminal spring or contact spring ( 10 ) is either on the side of the electronic circuit or on the side of the battery cover or on both sides to make secure contact between the respective contact surfaces of the rechargeable batteries. Device housing according to claim 15, characterized in that the lying on the inside of the current path from the battery cover contact to the electronic circuit via an electrically conductive tube is realized. Device housing according to claim 15, characterized in that the device housing and the battery cover are electrically conductive and a Current path from the pole terminal of the rod battery adjacent to the battery cover the electrically conductive battery cover and the electric conductive device housing to the electronic circuit leads. Device housing according to claims 15, 16, 17 or 18, characterized in that it is in the Bar batteries around the standard bar batteries, causing them easy to buy for a required exchange and to replace. Device housing according to claim 19, characterized in that it is the standard rod batteries around the sizes Mignon (also called size AA) or Micro (also called size AAA), which are also often used in digital cameras. Device housing after one or any claim of claims 6 to 20 inclusive Claim 5, characterized in that it is in the cylindrical Device housing concretely to a so-called commercial Can sleeve with screw cap is that processes to the device housing becomes. Appliance housing according to claim 21, including claim 13, characterized in that the can sleeve with screw cap through attached holes at the positions for the screw where the electronic circuit for assembly in production at the end of the screw cap where the accumulator battery insertion is inserted is pushed to the end position at the closed end and the screw cap is processed to the battery cover of the device housing. Device housing after previous Claims, characterized in that the device housing In addition, a status display on the battery cover opposite end of the device housing includes. Device housing according to claim 23, characterized in that it is in the status display of the Device housing around a red or green Luminous LED is used to indicate the status "Battery is charged "recognizable by green slowly flashing," battery is well charged "recognizable by green permanently lit," battery is defective "recognizable by green fast flashing," battery is discharged or in the idle state "recognizable by light emitting diode off and output overloaded or output due to undervoltage switched off recognizable by red lighting. Device housing according to previous claims, characterized in that the output of the electronic circuit ( 4 ) has an automatic undervoltage protection cut-off, which shuts off the output for a short time or for a certain period of time when the dynamo / power source and rechargeable batteries are not supplying enough energy to maintain the required output voltage. Device housing according to previous claims, characterized in that the device housing comprises a cable set, which via one or more connectors ( 25 ), for example plug and socket pair is electrically connected to the device housing, wherein a cable of the cable set leads to the consumer to be supplied and leads another cable of the cable set to the dynamo / power source. Device housing according to claim 26, characterized in that the cable set also a switch ( 29 ), which makes it possible in a switch position of the driving light electrically connected to the generator ( 19 ) with the electronic circuit ( 4 ) of the device housing from the dynamo / power source is electrically separated and allows in a further switch position, the electronic circuit of the device housing with the dynamo / power source ( 19 ) electrically connect the driving light ( 22 ) is electrically separated from the dynamo / power source, so that it is achieved that the switched-on headlight is not attenuated by an additional parallel electrical load caused by the electronic circuit of the device housing. Device housing according to claim 26, characterized in that the driving light ( 22 ) parallel to the electronic circuit ( 4 ) at the dynamo / energy source ( 19 ) connected. Device housing according to claim 26, characterized in that the electronic circuit ( 4 ) additionally the power supply of the driving lights ( 22 ) takes over. Device housing according to previous claims, characterized in that it is to be supplied to the consumer with electrical energy ( 21 ) is a USB device, with the device housing or the cable set comprising a USB socket to electrically connect the USB device. Device housing after previous Claims, characterized in that it is in the invented System for a bicycle accessory mounting kit trades to subsequent attachment to the bicycle. Device housing after previous Claims except claim 31, characterized that this is a fictitious system on the bicycle, which already mounted on the bicycle when the bike is delivered or appropriate. Device housing after previous Claims, characterized in that the device housing reinforced on the inside with epoxy or similar is and / or the electronic circuit wholly or partly in epoxy resin or the like is poured. Device housing according to previous claims, characterized in that the electronic circuit ( 4 ) includes additional functions or features (for example, a parking light function), which are not further described here. Device housing after previous Claims, characterized in that the device housing Holes or devices for additional functions or features that are not further described here. Device housing according to previous claims, characterized in that the rechargeable batteries ( 3 ) in the delivery state of the invention or the mounting kit included. Device housing according to previous claims, characterized in that the rechargeable batteries ( 3 ) of the invention or assembly kit not and the user or the buyer must purchase the rechargeable batteries themselves. Device housing after previous Claims, characterized in that the user or buyer Required mounting material for the mounting variant "Fixed mounted "(for example, screws, cable ties or cuffs) partially or completely self-acquire. Device housing according to claim 38 and claim 13, characterized in that the screws or the like Fixing material of the invention partially or completely not included, as these are already the beverage bottle holder as a separate product. Device housing according to previous claims, characterized in that it is in the electrical energy source ( 19 ) is a generator / dynamo. Device housing according to previous claims except claim 40, characterized in that it is in the electrical energy source ( 19 ) is solar cells. Device housing according to previous claims except claims 40 and 41, characterized in that both a generator / dynamo and a solar cell as an energy source ( 19 ) are connected.