CN204927744U - A adapter equipment and energy supplied system for button cell base - Google Patents
A adapter equipment and energy supplied system for button cell base Download PDFInfo
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- CN204927744U CN204927744U CN201520119052.0U CN201520119052U CN204927744U CN 204927744 U CN204927744 U CN 204927744U CN 201520119052 U CN201520119052 U CN 201520119052U CN 204927744 U CN204927744 U CN 204927744U
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- contact
- button cell
- making surface
- cell base
- adapter device
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M50/00—Constructional details or processes of manufacture of the non-active parts of electrochemical cells other than fuel cells, e.g. hybrid cells
- H01M50/20—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders
- H01M50/204—Racks, modules or packs for multiple batteries or multiple cells
- H01M50/207—Racks, modules or packs for multiple batteries or multiple cells characterised by their shape
- H01M50/216—Racks, modules or packs for multiple batteries or multiple cells characterised by their shape adapted for button or coin cells
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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- Chemical Kinetics & Catalysis (AREA)
- Electrochemistry (AREA)
- General Chemical & Material Sciences (AREA)
- Battery Mounting, Suspending (AREA)
Abstract
The utility model relates to an adapter equipment (10) and the energy supplied system (100) of button cell base (50), the energy supplied system is used for button cell base (50) and includes adapter equipment (10) and power (30) of button cell base (50), and wherein adapter equipment (10) have: a first contact surface (12) that is used for contacting with central contact site (52) of button cell base (50), a second contact surface (14) that is used for contacting with button cell base (50) at least one second contact site (54), have part (16) that are used for separating the electrically non -conductive material of first contact surface (12) and second contact surface (14), a shape that be used for the appearance seal and/or the power meshing insert button cell base (50) in, with be used for with first contact surface (12) and first ploe (32) of power (30) be connected and with second contact surface (14) with connecting device that second ploe (34) of power (30) are connected (20 to 24, 20' to 24').
Description
Technical field
The utility model relates to a kind of adapter device for button cell base.In addition, the utility model relates to a kind of energy supply system for button cell base.
Background technology
The compact battery that namely often known in the principle button cell of electronic installation is less than its overall diameter with its total height of circular cross section drives or has button cell as auxiliary energy source, though with such as after electronic circuitry part is separated with electrical network also for it provides energy.As known from many computer makers, computer system and especially its mainboard can comprise usually at least one button cell.Mainboard has buffer battery so that in computer system because it is such as disconnected when being separated with supply network, by such as real-time clock (RTC) or or the data that regulate of BIOS keep being stored in the nonvolatile memory of mainboard, namely in so-called CMOS-RAM.As buffer battery type, the lithium button cell that type is CR2032 is set during the last ten years in mainboard.This battery types has the capacity of 230mAh and needs to install button cell base.The environmentally operation type of temperature, motherboard type and computer system, the buffer battery velocity of discharge is different.This process typically continues about three years.That is, buffer battery has discharged after about 3 years, the mainboard data that loss system is relevant after being separated to supply network and computer system fault.Especially in the use field of key, such as in the medical field, this is unacceptable.The fault of computer system may cause the shutdown of the Medical Devices employing this computer system in it.This relates to the input of expensive maintenance personnel, and described maintenance personnel must replace the battery discharged.If maintenance personnel may the unidentified fault to computer system cause due to the buffer battery discharged, then maintenance personnel may even change whole computer system, then this whole computer system is delivered to maintenance center and keeps in repair.Medical Devices have the useful life obviously longer than the buffer battery used in computer system, and therefore described buffer battery must at least be changed once in the length of life of Medical Devices.Up to now, this is prophylactically undertaken by the computer system of keeping in repair due to fault in maintenance center each.But in the computer system trouble-freely run at the scene, because cost reason does not provide the replacing of preventative buffer battery, therefore, this system will break down when reaching the useful life of buffer battery at the latest.For overcoming this problem, the manufacturer of special computers system or Industry Control uses the lithium battery with obviously higher capacity, and such as its capacity is the CR1/2AA of 950mAh.With this, the replacing interval of buffer battery can easily bring up to 10 years.This buffer battery with the capacity raised is used to be impossible when standard motherboard certainly, because described standard motherboard has the base of the button cell for CR2032 type.For using the battery of CR1/2AA type, this CR2032 base must be replaced by plug connector or CR1/2AA base, occurs the mainboard of high cost and special manufacture with this, namely so-called customized.The reason of this flexibility due to high cost, reduction and the cost of high time is inappropriate.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind of adapter device for button cell base now, and described adapter device manufacture is cheap and can use at low cost.In addition, technical problem of the present utility model describes a kind of energy supply system for button cell base.
Basic conception of the present utility model is the adapter device for button cell base, and wherein adapter device has:
-the first contact-making surface for contacting with the central contact portion of button cell base,
-the second contact-making surface for contacting with at least one second contact site of button cell base,
-with the part of the electrically non-conductive material for the first contact-making surface is separated with the second contact-making surface,
-insert shape in button cell base for form fit and/or frictional fit, and
-for the first contact-making surface being connected with the first pole of power supply and the jockey that the second contact-making surface is connected with the second pole of power supply.
For solving above-described technical problem, advise a kind of adapter device for known button cell base or special adapter.This adapter can be used as in the alternative insertion button cell base of the button cell provided practically, and is provided for such as with the connection possibility of the battery of the capacity larger than button cell.At this, from button cell base, described button cell base is included in two contact points or contact-making surface that contact with the two poles of the earth of button cell when using button cell.Usually, be central contact portion at this contact site, i.e. the center of its contact button cell.Other contact site or multiple contact site of button cell base are not electrically connected with central contact portion.Adapter device has the first contact-making surface for contacting with the central contact portion of button cell base, for the second contact-making surface contacted with at least the second contact site of button cell base, with such as plastics-as the part for the first contact-making surface is separated with the second contact-making surface of the electrically non-conductive material of FR2 or FR4, for form fit and/or frictional fit be inserted in shape in button cell base with for the first contact-making surface being connected with the first pole of power supply and the jockey that the second contact-making surface is connected with the second pole of power supply.Be separated from each other between two contact-making surfaces that the i.e. nonconducting part be made up of non electrically conductive material or object are arranged in adapter device.The shape of adapter device achieves inserting layout or the connection of form fit and/or frictional fit in the state in button cell base.The mode realizing the connection of form fit is such as especially copy the shape design of button cell at least in part at thickness and diametrically with the part of two contact-making surfaces.Usually, button cell is surrounded at least in part by the housing of button cell base in button cell base, and button cell is kept.At this, the little bow or the pin that button cell are kept the button cell base housing put in place also can be used.If the part with two contact-making surfaces has the shape of button cell, then described part is the same with same button cell is kept.By the clamping of button cell base or folder contact site, especially the folder of the housing of button cell base or folder contact site can realize frictional fit and connect, and this causes clamping force.Jockey is used for being connected with the first pole of power supply by the first contact-making surface and being connected with the second pole of power supply by the second contact-making surface, namely as button cell two poles substitute, the central contact portion of button cell base and at least the second contact site can be electrically connected with the two poles of the earth of more jumbo power supply.
Jockey preferably includes at least one electric lead.
By the electric lead of such as metal wire, flexible cord or cable, the first contact-making surface can be connected with the first pole of power supply and/or at least the second contact-making surface can be connected with the second pole of power supply.Electric lead is cheap and can is easily laid in electric equipment due to its flexibility.
In favourable expansion, the second contact-making surface is parallel to the first contact-making surface and is arranged on the side deviating from the first contact-making surface with the part of electrically non-conductive material.
The position of the first contact-making surface is determined by central contact portion, and the second contact-making surface is advantageously parallel to the first contact-making surface and arranges, wherein area can be different, are preferably more than the first contact-making surface.In addition, the second contact-making surface is arranged to be between the first and second contact-making surfaces with the part of non electrically conductive material in this construction.
In structure favourable further, in part that the second contact-making surface is at least arranged in the outside of the part with non electrically conductive material, that be not parallel to the first contact-making surface.
As the substituting or supplementing of parallel position of the second contact-making surface and the first contact-making surface, in part that second contact-making surface is at least arranged in the outside of the part with non electrically conductive material, that be not parallel to the first contact-making surface, be namely such as arranged in sidepiece partly or perimembranous.Therefore, the second contact-making surface can contact with the contact site in the housing being laterally arranged in button cell base of button cell base.
Advantageously, at least one part of jockey extends in the space of the part with non electrically conductive material.
Space can be by the groove in hole partly or part.By the bootable part such as contacting the jockey of first cable in the central contact portion of button cell in space, to arrive on the side identical with the Part II of jockey.
Suggestion makes the first contact-making surface be formed by the vertical cylinder of electric conducting material or hollow cylinder, and make the second contact-making surface by with cylinder arranged concentric and the hollow cylinder formed by electric conducting material formed.
The central contact portion of the vertical cylinder be made up of the electric conducting material of such as metal or hollow cylinder contact button cell base.Also the hollow cylinder be made up of electric conducting material is around bending shell to contact at least the second contact site of button cell base.The part with electrically non-conductive material for separating of the first and second contact-making surfaces is also preferably hollow cylinder, and the hollow cylinder that described hollow cylinder and cylinder or hollow cylinder and electric conducting material are made is arranged with one heart.The advantage of the feature of this form of implementation be two contact-making surfaces can be arranged in deviate from central contact portion side on.The diameter of external hollow cylinder is preferably identical with the diameter of the button cell for button cell base.
Preferred structure is that the jockey for being connected with the first pole of power supply by the first contact-making surface is connected with the first contact-making surface on the first contact site of arrangements of electric connection, and the first contact site of arrangements of electric connection can be assembled in the space of button cell base, namely in insert state, the first contact site of arrangements of electric connection is arranged in space.
Button cell base has space on the side in the central contact portion that is everlasting in its housing.Advantageously, jockey for being connected with the first pole of unit by the first contact-making surface is such as connected with the first contact-making surface by being welded to connect on the first contact site of arrangements of electric connection, and this first contact site of arrangements of electric connection can be assembled in this space of button cell base.
Favourable structure is in addition, jockey has at least one plug or socket on end.
The end preferably with plug or socket is not the end of the contact site of contact button cell base.On plug or socket, power supply can be connected with low cost by the socket of coupling or the plug of coupling.
In alternative form of implementation of the present utility model, button cell base is set to for accepting buffering button cell.
When button cell base is set to for accepting buffering button cell, reverse push opinion (Umkehrschluss), adapter device is set to for replacing buffering button cell.
Be proved to be advantageously button cell base to be set to for accepting commercial button cell.
Commercial button cell is such as the button cell of CR2032 type.
Other basic conception of the present utility model is the energy supply system for button cell base, wherein energy supply system comprises aforementioned adapter device for button cell base and power supply, wherein by the jockey of adapter device, the first contact-making surface of adapter device can be connected with the first pole of power supply and the second contact-making surface of adapter device can be connected with the second pole of power supply.
By the energy supply system according to this basic conception, replace button cell by the power supply with such as larger capacity, and button cell base need not be changed.Because the spatial limitation of button cell base is eliminated by using aforementioned adapter device, and the power supply with larger size can be used.
Advantageously adapter device can be connected by connector arrangement with power supply.
When using the connector arrangement between adapter device and power supply, power supply can be changed simply or contact can be interrupted in a straightforward manner.
In addition, advantageously power supply removably or unremovably can be connected with adapter device by mechanical connecting device.
Non-removable connection, namely not damaging the non-removable connection of parts can such as be undertaken by the adhesive of such as epoxy resin.Dismountable or reversibly dismountable connection is such as that hasp connects or is threaded.
In favourable expansion, power supply has holding device.
By this holding device or this base, power supply can be arranged on the position different from adapter device.Holding device can be regarded as bonding connection device, connector arrangement, screw connection etc.
In other favorable structure, power supply is battery or storage battery.
The advantage of battery is that battery can have the higher charge density of unit portion relative to reusable storage battery.If the capacity of battery is defined as making it exceed the useful life of electronic installation, then battery need not be changed.Storage battery then can recharge, and this can be such as favourable when the electric equipment of periodic maintenance, because therefore therefore storage battery can always have enough electric energy without the need to costly charging when safeguarding at every turn.
In alternative form of implementation of the present utility model, the rated voltage of power supply equals the rated voltage of the button cell for button cell base.
If the rated voltage of power supply equals the rated voltage that button cell base is the button cell of its structure, then the electronic equipment of the electric energy of button cell is needed to discover less than the difference between button cell and power supply.
The embodiment be described in more detail below is preferred implementing form of the present utility model.
Accompanying drawing explanation
Other advantageous extension obtains together with specification from following accompanying drawing.Each figure is:
Fig. 1 is the exemplary schematic diagram of the button cell base according to prior art;
Fig. 2 is the exemplary schematic diagram of the embodiment according to the adapter device for button cell base of the present utility model;
Fig. 3 is the exemplary schematic diagram of the embodiment according to the adapter device for button cell base of the present utility model with space;
Fig. 4 is the schematic plan of the embodiment according to the adapter device for button cell base of the present utility model with cylinder body shape;
Fig. 5 is the schematic side elevation of the embodiment according to the adapter device for button cell base of the present utility model with cylinder body shape;
Fig. 6 is the energy supply system for button cell base with the mechanical connecting device for power supply;
Fig. 7 is the energy supply system for button cell base with the holding device for power supply.
Embodiment
Fig. 1 schematically and the button cell base 50 illustrated according to prior art.The button cell 60 with the first pole 62 and the second pole 64 is inserted in button cell base 50.Button cell base 50 comprises the housing 56 be such as made of plastics, and the button cell 60 inserted is remained in the position of insertion by little folder 58.First pole 62 is contacted by the central contact portion 52 of button cell base and the second pole 64 is contacted by the second contact site 54 of button cell base.Each other end of central contact portion 52 and the second contact site 54 is electrically connected with circuit board or printed circuit board (PCB) 70 usually.Button cell base 50 also can be connected with printed circuit board (PCB) 70.Button cell base 50 often also has the space on the side in central contact portion 52.
Schematically illustrate the embodiment according to the adapter device 10 for button cell base of the present utility model in fig. 2.Adapter device 10 is set to for inserting in button cell base.Adapter device 10 has the first contact-making surface 12 for contacting with the central contact portion of button cell base, for the second contact-making surface 14 contacted with the second contact site of button cell base, the part 16 for the first contact-making surface 12 is separated with the second contact-making surface 14 be made up of non electrically conductive material, for form fit and/or frictional fit insert shape in button cell base with for the first contact-making surface 12 being connected with the first pole of not shown power supply and the jockey that the second contact-making surface 14 is connected with the second pole of not shown power supply.Jockey comprises two electric leads 22 and 24 and plug 20 with Thin cable form in this embodiment.First electric lead 22 is connected with the first contact-making surface 12 by the first contact site 21, and the second electric lead 24 is connected with the second contact-making surface 14 by the second contact site 23.Contact site 21 and 23 is by welding procedure manufacture.
Fig. 3 schematically shows the embodiment according to the adapter device 10 for button cell base of the present utility model with space 18.Adapter device 10 also has the first contact-making surface 12 for contacting with the central contact portion of button cell base, for the second contact-making surface 14 contacted with at least one second contact site of button cell base, the part 16 for the first contact-making surface 12 is separated with the second contact-making surface 14 be made up of non electrically conductive material, for form fit and/or frictional fit insert shape in button cell base with for the first contact-making surface 12 being connected with the first pole of not shown power supply and the jockey that the second contact-making surface 14 is connected with the second pole of not shown power supply.Jockey comprises again two electric leads 22 and 24 and first plug 20 of the form with Thin cable.First electric lead 22 is connected with the first contact-making surface 12 by the first contact site 21, and the second electric lead 24 is connected with the second contact-making surface 14 by the second contact site 23.In this embodiment, the second contact-making surface 14 is not parallel to the first contact-making surface 12, but namely the side part also comprising part 16 also comprises not parallel with the first contact-making surface 12 part.With this, the contact site perpendicular to the button cell base of central contact portion layout also can contact the second contact-making surface 14.Part 16 has the space of in this case hole shape, and the part of the first electric lead 22 extends in described space.Can find out, this results in the advantage when laying the first electric lead 2.
Fig. 4 schematically shows the embodiment according to the adapter device 10 for button cell base of the present utility model with cylinder body shape in a top view.The vertical cylinder be made up of the electric conducting material of such as metal defines the first contact-making surface 12 and is configured to contact the central contact portion of button cell base.Also the hollow cylinder be made up of electric conducting material is arranged around bending shell, and described hollow cylinder defines the second contact-making surface 14 for contacting with at least the second contact site of button cell base.The part 16 with electrically non-conductive material for being separated with the second contact-making surface 14 by the first contact-making surface 12 is also hollow cylinder in this embodiment, and described hollow cylinder and cylinder and the hollow cylinder be made up of electric conducting material are arranged with one heart.The jockey with plug 20 and the second electric conductor 22 and 24 can be arranged on two contact-making surfaces 12 and 14 deviate from central contact portion side on.The diameter of outside hollow cylinder preferably equals the diameter of the button cell for button cell base.
Fig. 5 schematically shows in Fig. 4 the embodiment according to the adapter device 10 for button cell base of the present utility model with cylinder body shape in side view.Visible first contact-making surface 12, second contact-making surface 14 in figure, be arranged in nonconducting part 16 between the first and second contact-making surfaces, the end of electric conductor 22 and 24 that plug 20 contacts with in same side.The thickness of cylinder and hollow cylinder preferably equals the thickness of the button cell providing button cell base for it.
Figure 6 illustrates the energy supply system 100 for button cell base 50 with the mechanical connecting device 72 for power supply 30.Button cell base 50 is connected with printed circuit board (PCB) 70.Energy supply system 100 for button cell base 50 has the adapter device 10 in aforesaid insertion button cell base 50, and has power supply 30.By comprising the jockey of two electric leads 22 and 24 of linear formula in this embodiment, by the first contact-making surface of adapter device 10 the central contact portion 52 of button cell base 50 being connected with the first pole 32 of power supply 30 and by the second contact-making surface of adapter device 10, second contact site 54 of button cell base 50 being connected with the second pole 34 of power supply 30.The housing 56 of button cell base 50 has space 59 on the side in central contact portion 52.The end of electric lead 22 is arranged in the illustrated insert state of this space 59 inner adapter equipment 10.Adapter device 10 keeps putting in place by the little folder 58 of the housing 56 of button cell base 50.What also can conceive is that adapter device 10 frictional fit remains in this position by the central contact portion 52 of button cell base 50 and the second contact site 54.The mechanical connecting device 72 that power supply 30 passes through in this case adhesive is connected with adapter device 10.
Fig. 7 finally show the energy supply system 100 for button cell base 50 with the holding device 74 for power supply 30.Be similar to the embodiment of Fig. 6, button cell base 50 is connected with printed circuit board (PCB) 70.One of aforementioned adapter device 10 is inserted in button cell base 50.Jockey achieves the central contact portion 52 of button cell base 50 and the electrical connection of the first pole 32 of power supply 30, the second contact site 54 of button cell base 50 and the electrical connection of the second pole 34 of power supply 30.In the side of adapter device 10, jockey comprises two electric leads 22 and 24 and plug 20 for this reason.In the side of power supply 30, jockey correspondingly comprises two electric leads 22 ' and 24 ' and socket 20 '.Power supply 30 by holding device 74 be arranged on can be given in advance position on.
Other structure of the present utility model and advantage describe with summing up as follows.
The utility model describes a kind of adapter, this adapter as such as CR2032 type button cell substitute can insert or " snapping " in the button cell base of the button cell of the type for such as CR2032.Typically, adapter has the size identical with replaced button cell and can therefore simply in inserted base.Adapter has two contact-making surfaces " just " and " bearing ", and the contact site on described contact-making surface and base is compatible.This contact-making surface such as has welding contact site, it is fixed with wire respectively.This wire or be directly fixed on such as CR1/2AA type with on more jumbo buffer battery or by connector arrangement therewith buffer battery connect.Adapter is made up of the carrier material of electric insulation ideally, such as, be made up of circuit board carrier material FR2 or FR4 or plastics, and described carrier material has shape and the thickness of the button cell of the type of such as CR2032.In the simple structure of adapter, adapter has only two flat contact-making surface "up" and "down", with button cell base contacts.For this reason, the corresponding firm circuit board of it is suitable that coating on both sides copper especially, because circuit board need not be reprocessed for this reason.At this, advantageously relate to the raw material that printed circuit board (PCB) manufactures.By the structural principle of the simple structure of adapter, most of button cell base can be equipped with adapter, but and not all is like this because in this construction, the contact of positive pole not from " top " but " side " carry out.In addition, and the button cell base of not all has space, and this space can be drawn " upwards " for lower contact portion " negative pole ".
In the structure of complexity, " top " contact-making surface has widened the side of adapter, makes it also can be used for the button cell base contacted with side direction.In addition, described adapter has hole or groove, by described hole or groove cable can from " below " contact site, " negative pole " by adapter to " " draw.Therefore, this adapter can use in all general button cell bases.
Other form of implementation is made up of the disk of three different sizes.The large contact disc being similar to disc be made up of electric conducting material, namely " positive pole " is inserted by the other middle-sized dish being similar to disc be made up of electrically non-conductive material.Middle-sized dish is again by the little contact disc be made up of electric conducting material, and namely " negative pole " inserts.Three contact discs correspondingly equal the thickness of the button cell of such as CR2032 type on its thickness.
The other application example regulation of adapter, battery is such as directly fixed on adapter by adhesion process.With this, simplify the installation and removal of adapter significantly.This solution is only feasible when there is not structural limitations certainly, such as, there is not the plug-in card of the height of restriction battery at inside computer system.Therefore, the buffer battery base of CR2032 is protruded past with the adapter of battery of bonding.
The other use example regulation of adapter, buffer battery and adapter position are fixed dividually.Typically, battery is kept by the base mated.This base can apply the adhesive surface with tack and can such as be fixed on the case inside of computer system with low cost.With this, adapter can close such as original CR2032 battery with buffer battery base with flushing.
When the utility model is used in computer system, can be other obtain following advantage:
-there is not the fault of the computer system that the buffer battery owing to having discharged causes;
-without the need to changing mainboard, therefore save expense and cost;
-mainboard manufacturer select or type selecting time there is not restriction, namely freely mainboard select;
-all upgradings being in on-the-spot computer system can be realized;
-have nothing to do with supplier in new computer system situation;
-the fault lower by the equipment of computer system control at the scene;
Lower cost during-maintenance computer system, because buffer battery is changed less;
-make environmental pollution lower by unwanted button cell replacing.
Claims (17)
1. the adapter device for button cell base (50) (10), it is characterized in that, described adapter device (10) has:
-the first contact-making surface (12) for contacting with the central contact portion (52) of described button cell base (50),
-the second contact-making surface (14) for contacting with at least one second contact site (54) of described button cell base (50),
-with the part (16) of the electrically non-conductive material for separating of described first contact-making surface (12) and described second contact-making surface (14),
-insert shape in described button cell base (50) for form fit and/or frictional fit, and
-for the first contact-making surface (12) being connected with first pole (32) of power supply (30) and the jockey (20 to 24,20 ' to 24 ') that the second contact-making surface (14) is connected with second pole (34) of described power supply (30).
2. adapter device according to claim 1 (10), is characterized in that, described jockey comprises at least one electric lead (22,22 ', 24,24 ').
3. adapter device according to claim 1 and 2 (10), it is characterized in that, described second contact-making surface (14) is parallel to described first contact-making surface (12) and is arranged on that side deviating from described first contact-making surface (12) with the part (16) of electrically non-conductive material.
4. adapter device according to claim 1 (10), it is characterized in that, in a part that described second contact-making surface (14) is at least arranged in the outside of the part (16) with non electrically conductive material, that be not parallel to described first contact-making surface (12).
5. adapter device according to claim 1 (10), is characterized in that, at least one part of described jockey (22) extends in the space (18) of the part (16) with non electrically conductive material.
6. adapter device according to claim 1 (10), it is characterized in that, described first contact-making surface (12) is formed by the vertical cylinder of electric conducting material or hollow cylinder, and described second contact-making surface (14) by with cylinder arranged concentric and the hollow cylinder formed by electric conducting material formed.
7. adapter device according to claim 1 (10), it is characterized in that, jockey (22) for described first contact-making surface (12) being connected with first pole (32) of power supply (30) is above connected with described first contact-making surface (12) at first contact site (21) of described jockey, and first contact site (21) of described jockey can be assembled in the space (59) of described button cell base.
8. adapter device according to claim 1 (10), is characterized in that, described jockey has at least one plug (20) or socket (20 ') on end.
9. adapter device according to claim 1 (10), is characterized in that, described button cell base (50) is set to for accepting buffering button cell.
10. adapter device according to claim 1 (10), is characterized in that, button cell base (50) is set to for accepting commercial button cell.
11. 1 kinds of energy supply systems (100), it is for button cell base (50), it is characterized in that, described energy supply system (100) comprises for according to the adapter device (10) of the button cell base (50) in claim 1 to 10 described in and power supply (30), wherein, by the jockey (20 to 24 of described adapter device (10), 20 ' to 24 '), described first contact-making surface (12) can be connected with first pole (32) of described power supply (30) and described second contact-making surface (14) can be connected (34) with the second pole of power supply (30).
12. energy supply systems according to claim 11 (100), is characterized in that, described adapter device (10) is connected by connector arrangement (20,20 ') with described power supply (30).
13. energy supply systems (100) according to claim 11 or 12, it is characterized in that, described power supply (30) is connected with described adapter device (10) removably or in non-removable mode by mechanical connecting device (72).
14. energy supply systems according to claim 11 (100), is characterized in that, described power supply (30) has holding device (74).
15. energy supply systems according to claim 11 (100), is characterized in that, described power supply (30) is battery.
16. energy supply systems according to claim 15 (100), is characterized in that, described power supply (30) is storage battery.
17. energy supply systems according to claim 11 (100), it is characterized in that, the rated voltage of described power supply (30) equals the rated voltage of the button cell (60) for button cell base (50).
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102015200003 | 2015-01-02 | ||
| DE102015200003.6 | 2015-01-02 | ||
| DE202015000335.4 | 2015-01-15 | ||
| DE201520000335 DE202015000335U1 (en) | 2015-01-02 | 2015-01-15 | Adapter device and power supply system for a button cell holder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204927744U true CN204927744U (en) | 2015-12-30 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520119052.0U Active CN204927744U (en) | 2015-01-02 | 2015-02-28 | A adapter equipment and energy supplied system for button cell base |
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| Country | Link |
|---|---|
| CN (1) | CN204927744U (en) |
| DE (1) | DE202015000335U1 (en) |
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| CN116252892A (en) * | 2022-09-27 | 2023-06-13 | 王科技 | Anti-theft device of new energy battery for storage battery car |
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2015
- 2015-01-15 DE DE201520000335 patent/DE202015000335U1/en active Active
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