DE102006029774A1 - Gripping device for actuating lock for opening and/or closing of e.g. door, has electronic unit for comfortable handling of gripping device, and arranged in hollow space or U-shaped projection that is present in movable gripping unit - Google Patents

Abstract

The device (1) has a fixed gripping unit (2) that is fixed at a movable part (12) e.g. door, and is pulled or pressed on the part, and a movable gripping unit (5) that is rotatable and tiltable, and serves for actual actuation of a lock. An electronic unit (8) is provided for comfortable handling of the device, and is arranged in the unit (5). A hollow space (5b) or a U-shaped projection (5c) is present in the movable gripping unit for arranging the electronics unit, where the unit (8) represents an electronic component of an active or passive keyless entry system.

Description

The The present invention is directed to a grip device according to the preamble of claim 1 for operation a lock to open and / or closing a movable part, in particular a door, a tailgate or the like directed a vehicle. These gripping devices are preferably as outside door handles used in a motor vehicle. In this case, generic grip devices at least one fixed grip element, which on the movable part is fixed and with which you can pull or push on the moving part, to open it or close. Furthermore, such a grip device also has a movable grip element on, which on the fixed handle element movable, in particular rotatable and / or pivotable, is arranged, and the actual activity the castle serves. The operation of the lock can be purely electronic or work mechanically. For comfortable handling the handle device is at least one electronic element in the Handle device provided. This electronic element can, for example Part of a keyless entry system for the Be a vehicle. Consequently, over This electronic element of the keyless access to the vehicle mitgesteuert or ensured.

From the prior art, for example, the European patent application EP 1 103 432 A1 known, inter alia, discloses a fixed outside door handle with electronic elements. In this case, all the electronic elements are arranged in the stationary element of the outside door handle. Thus, an actuation of the electromechanical lock takes place only by electrical means, since in this embodiment, the door handle has no moving elements. In the event of a power failure, actuation of the electromechanical lock is therefore not possible.

Furthermore, the document is from the prior art WO 99/28170 A1 (International file number: PCT / DE98 / 03544 ), which also discloses numerous embodiments of an outside door handle, which includes two mutually movable parts to activate a switch or sensor that sends an activation signal to a security system of the vehicle. The actual door handle itself is mounted relatively movable to a vehicle door, thus allowing a mechanical actuation of the door lock. Thus, this door handle on a sophisticated kinematics for the two moving parts of the handle.

Of Further, from the prior art is also a purely mechanical Outside door handle known as he at the VW Beetle has been used. This door handle has a fixed handle element on which a movable Lever is arranged. This fixed handle element is used for Drag or push at the door. The operation of the door lock is via the movable lever. For this purpose, the movement of the lever over a transferred mechanical connection element to the lock. However, this leaves known and purely mechanical outside door handle no keyless entry to the vehicle too.

Consequently The present invention is based on the object, a grip device for operation a lock to open and / or closing to obtain a moving part, which is very convenient to use and over has a simple and space-saving design.

The The aforementioned object is achieved by the gripping device according to the invention solved with the characterizing features of claim 1, which the following special significance.

According to the invention, it is provided in the grip device that at least one electronic element is arranged in the movable grip element. This electronic element is an electronic component of a keyless entry system. It does not matter whether this is a so-called active or passive keyless entry system. In both keyless entry systems, it is normally possible to open or close the moving part or door or flap keylessly, since the actual unlocking or unlocking of the lock is controlled electronically by the keyless entry system. In order to obtain a particularly solid and cost-effective construction, in the gripping device according to the invention, only one component is designed to be movable, namely the movable gripping element, which serves to receive the electronic elements. This allows at the same time realize a particularly space-saving design. The movable gripping element can be loadable by a spring element, whereby an automatic return of the movable gripping element from a working position to a rest position can take place. From the rest position, in which the movable handle member protrudes from the stationary handle member, it is to move against the force of the spring element, for example, to effect a mechanical or electrical actuation of the castle. The gripping device according to the invention enables a mechanical and / or electrical actuation of the lock. If only a purely mechanical actuation of the lock is provided by the gripping device according to the invention, it is necessary that the movable gripping element also has to be moved in order to mechanically transmit this movement to the lock. In an electrical operation of the castle, however, it is conceivable that the movable handle element is configured quasi-fixed and a mere touch or a slight pull on the movable handle element is sufficient to effect the opening of the lock. In the normal case, in which an electrical actuation of the lock takes place, the movable grip element just need not necessarily be moved in order to actuate the electromechanical lock, since an electrical signal generated by the grip device can be used for this purpose. In an emergency, in which z. For example, if the electronics or the power supply in the vehicle has failed, a mechanical actuation of the lock can additionally be provided so that it is ensured in any case that the lock can be actuated by the gripping device according to the invention.

at an expedient embodiment the gripping device according to the invention can all Electronic elements, which are arranged in the grip device, exclusively be provided in the movable grip element. Of course you can too in this variant, electrical cables, cables or the like be performed by the movable handle member by the fixed handle member, to the electronic elements electrically to the rest of the vehicle electronics connect.

optional Is it possible, that the electronic elements in the movable grip element via a transponder be supplied with energy, wherein the transponder, in particular near to the handle device, is arranged in the moving part. simultaneously the transponder can also exchange data with the electronic elements serve in the movable handle element. So not just a wireless one Power transmission, but also a wireless data transmission possible. there can the data exchange by an appropriate modulation at the energy transfer respectively. A simple wireless energy transfer can be done for example by Induction done with a coil system. For this purpose is in the transponder a primary coil arranged and the electronic elements in the movable handle element have a secondary coil, in which the required energy is induced.

Around arrange the electronic elements in the movable handle element to be able to There may be a cavity or a bulge. If that movable handle element is made of a plastic part, the can Cavity by a so-called GID method (internal gas pressure method) getting produced. Of course It is also conceivable that the cavity after the actual manufacturing process by drilling or milling in the movable handle element is incorporated. Here, the movable Grip element also consist of a Leichmetallteil. If instead a cavity a bulge in the movable handle member is provided, this can be configured U-shaped be. This bulge can already in the production, for. B. in a molding, in particular a casting, the movable Handle element considered become. It is also conceivable, the bulge then by a further manufacturing step in the movable handle element incorporate. To protect the electronic elements in the cavity or the Arrange bulge, it is advisable to the cavity or the bulge To seal or eject by a potting compound. hereby can on the one hand, the electronic elements against environmental influences, such as moisture, Pressure fluctuations and the like, are protected and on the other hand can the electronic elements stationary in the movable handle element be fixed. It is also conceivable, the electronic elements into a module that is already sealed or is shed, and this then via an appropriate recording to arrange stationary in the movable handle element.

In order to the movable handle element can withstand high tensile or compressive forces can it is a dimensionally stable carrier material have, where expediently the movable part facing side of the movable handle element from the carrier material should exist. As a dimensionally stable carrier material, a particular fiberglass reinforced plastic or a light metal alloy are used. If one Bulge is provided in the movable handle element should the opening the bulge not on the side facing the moving part, as well as the actuating surface for the grip device serves, be provided.

In order to access to the vehicle is possible even in an emergency, if the security system (keyless entry system) does not lock unlocked, may additionally a mechanical lock cylinder be arranged in the handle device. It is appropriate that the mechanical lock cylinder is arranged in the stationary handle element and a mechanical Unlocking or release of the lock allows.

In order to effect an aerodynamic and ergonomic design of the gripping device, it can be provided that the gripping device forms a recess with the movable part, in which a user can engage. This results in at least three areas in the handle device, namely a first region in which the lock cylinder is arranged, a central region in which the recessed grip is provided, and a third region which is arranged after the recessed grip on the lock cylinder side. In this embodiment, the fixed handle element in the first and third areas or left and right next to the handle be firmly fixed to the movable part. For this purpose, mechanical fastening elements, in particular screws, serve, which can be screwed into the stationary grip element. Of course, other mechanical fasteners for holding the fixed handle element can be used, such. As rivets, locking connections, welded joints or the like. It is also advisable to recessed the handle assembly to be arranged in the movable part, for which purpose a corresponding paragraph is provided in the movable part. As a result, the grip device is only slightly out of the surface of the movable part and is thus designed particularly aerodynamic. Due to the further recess provided in the shoulder of the movable part, the recessed grip for the gripping device is formed in the movable part. This ergonomic handling of the handle device is reached.

to smooth mechanical actuation The handle device is provided a power-saving design, at the at a free end of the movable handle element Point of attack for a mechanical connecting element, in particular a Bowden cable or a linkage, is provided, whereby the lock is mechanically actuated. In addition is at the opposite End (from the free end) of the movable handle element of the corresponding Rotary and / or pivot point provided. By the chosen Arrangement of the rotary and / or Pivot point to the point acts the movable handle element as a lever, causing a small operating distance of the movable Handle element has a larger functional essentials Distance at the point of attack for the lock causes. Conveniently, points for it the movable handle member on a certain (lever) length, the at least half the entire length the handle device corresponds. Advantageously, the corresponds Length of the movable handle member 60 to 90% of the total length of the handle device.

In order to also the mechanical connection element is protected against the effects of weather, it is conceivable that this surrounded by the stationary handle element is guided into the moving part. Furthermore is thus the mechanical connection element in front of the eyes of the User hides, making overall a pleasing impression the handle device can be achieved. Also, thus, a targeted guide causes the mechanical connection element within the handle device become. In this case, the mechanical connecting element in this guide be slidably mounted, whereby a possible frictionless mechanical activity of the castle is achievable.

Conveniently, can also be an actuation sensor at the free end of the movable handle element be provided, which serves for the electrical actuation of the castle. The actuation sensor delivers a corresponding signal if a user, the movable handle element touched or pulls on this. At the opposite end the movable handle element, however, is the turning and / or pivot point provided the movable handle element. As with this arrangement the movable handle element leverages the leverage effect, leads one small operating distance, for example, by a train on the movable handle element is causing a big one change in length at the free end of the movable handle element. Consequently, can also in this case of a reinforcement or enlargement of the functionally essential route are spoken. This can be at the free End of the movable handle element a simple switch as an actuation sensor be used. This can then change the switching state, if the movable handle element is transferred from the rest position to a working position. There are also other actuation sensors conceivable, such. B. a piezo element, a Hall sensor or the like. It should also be mentioned at this point that depending on the embodiment the handle device both the mechanical connection element as also an electronic actuation sensor can be arranged at the free end of the movable handle element. Also is a linear guide the movable handle element in the stationary handle element conceivable, also in this case the relative movement of the two gripping elements to each other by the actuation sensor is detectable.

The in the movable handle element provided electronic elements can a proximity sensor, an actuation sensor, an antenna and / or control electronics include. Of course they are also further electronic elements in the movable grip element conceivable to allow comfortable access to the vehicle. The aforementioned electronic elements can be combined to form a module in which they are arranged, for example, on a printed circuit board are. This module can then in the movable handle element, in particular embedded in the intended cavity or bulge. Of course can the corresponding electronic elements also to two or more modules be summarized.

In a particular embodiment of the gripping device according to the invention, it may be provided that the movable gripping element is configured quasi-stationary, wherein a mechanical actuation of the lock is required only in an emergency. For this purpose, on the bewegli Chen handle element attack a Kraftsperreinheit, which only allows movement of the movable handle member when a predefined force acts on the movable handle member. If the grip element according to the invention is fully functional, that is also sufficiently supplied with energy, a purely electrical or electronic actuation of the castle can take place in which a touch or an actuation is detected on the movable grip element. In this case, then only an electrical operation of the castle takes place. In the case of an emergency, on the other hand, the gripping device according to the invention can then enable a mechanical actuation of the lock. By Kraftsperreinheit a priority order in the operation of the handle device is to be achieved, the electrical operation should take priority over the mechanical operation.

Around to obtain a particularly light and weather-resistant grip device, the stationary and / or the movable grip element can at least have a plastic injection molded part. This can be a glass fiber reinforced plastic be used. The device according to the invention can, for example an outside door handle for a Vehicle, in particular a motor vehicle represent. Also This handle can also be used on boats, small planes or find the same use.

Further The invention also relates to a vehicle, in particular a motor vehicle with a handle device, according to one of claims 1 to 16 directed.

Further Advantages, features and details of the invention will become apparent the description below, with reference to the drawings two embodiments the invention will be described in detail. Show it:

1 a schematic cross section through a handle device according to the invention with a mechanical connecting element and

2 a comparable cross-section, as in 1 , By another handle device according to the invention, which allows only an electrical operation of the castle.

In the 1 is a handle device according to the invention 1 shown, which allows a mechanical actuation of a lock, not shown. This grip device 1 has a fixed handle element 2 and a movable handle element 5 on, which on the stationary handle element 2 is arranged rotatable and / or pivotable. The arcuate handle device 1 is by the fixed handle element 2 by means of one or more fasteners 4 with the moving part 12 firmly connected. For this purpose can be attached to the moving part 12 on the opposite side of the handle device 1 a holder may be provided for attachment. This holder is for example on the inside of the movable part 12 to arrange. It is also conceivable that the grip device 1 directly with the stationary handle element 2 on the moving part 12 screwed, stuck, riveted or locked. To the handle device according to the invention 1 aerodynamically on the moving part 12 can arrange a paragraph 14 in the moving part 12 be provided, whereby the handle device 1 overall something in the surface of the moving part 12 is retractable. For ergonomic handling of the grip device 1 can be between the grip device 1 and the moving part 12 a recessed grip 13 in particular from a recess in the movable part 12 exists, be present. This recessed grip 13 allows a user to easily engage the grip device 1 to the movable handle element 5 to pull, whereby on the one hand actuation of the lock is effected and on the other hand, a total of the movable part 12 can be opened.

For comfortable handling of the grip device 1 are additional electronic elements 8th only in the movable handle element 5 accommodated. The are in the 1 shown electronic elements 8th as a module 8a designed. This module 8a is in a U-shaped bulge 5b in the movable handle element 5 arranged. The lower side of the U-shaped bulge 5b is the recessed grip 13 assigned to a stable construction of the movable handle element 5 to obtain. In the bulge 5b can the electronics module 8a through a potting compound 5c be held stationary. It is also conceivable that the electronic module 8a itself is shed with a potting compound and locking, plug or screw or the like on the movable handle element 5 can be arranged to arrange.

In the 1 is the movable handle element 5 shown in a rest position. In order to effect a mechanical actuation of the lock, an operator must be on the movable handle element 5 then pull this around a pivot point 6 in the direction of the arrow 20 is rotatable. As a result, the movable handle member rotates or pivots 5 in the fixed handle element 2 into it. After the operation of the lock, a provision of the movable handle element 5 via at least one spring element not shown, whereby the movable grip element 5 again assumes its rest position, in which it is out of the fixed handle element 2 at least partially stands out. In a working position, however, the movable handle element 5 completely in the fixed handle element 2 be driven into or rotated. It is also conceivable that the movable grip element 5 movable parallel or longitudinally displaceable to the stationary handle element 2 is designed. For this purpose, then instead of the pivot or pivot point 6 a guide, in particular a linear guide, between the fixed and the movable grip element 2 . 5 intended.

Because the electronic elements used 8th Components of a keyless entry system are a keyless unlocking of the lock in the moving part 12 possible. It can be z. B. an approach of a user to the handle device 1 electronically captured to pass through the electronic elements 8th in the movable handle element 5 are arranged to send a first wake-up or initialization signal to a mobile ID transmitter, which carries a user of the vehicle with him. As a result, the ID transmitter is awakened and in turn sends an access code, either to the handle device 1 or the on-board electronics to cause legitimate access to the vehicle. So this in the grip device 1 provided electronic elements 8th can be energized, a transponder 10 be used, which is a wireless energy transfer to the electronic elements 8th in the grip device 1 allows. This transponder 10 is on the inside of the moving part 12 or to arrange at any point in the vehicle. Likewise, the transponder 10 also to a wireless data transmission between the electronic elements 8th in the movable handle element 5 and the vehicle electronics serve. In addition, it is conceivable that optional to the transponder 10 a wire powered power supply of the electronic elements 8th can be done.

In the handle device according to the invention 1 from the 1 engages a mechanical connection element 15 at the free end of the movable handle element 5 , especially at the point of application 7 , at. The upon actuation on the handle element 5 acting force is indirectly via the mechanical connecting element 15 transferred to the castle. It is also conceivable that a mechanical actuation of the lock is provided only in an emergency, in addition to a Kraftsperreinheit 16 on the movable handle element 5 can work. This power lock 16 may for example consist of a compression spring between the stationary handle element 2 and the movable handle member 5 is arranged. In order to keep this compression spring stationary, appropriate guides, in the form of recesses or bulges in the stationary handle element 2 and / or the movable handle element 5 be provided. Also, other embodiments of a power lock are also included 16 conceivable, which may for example consist of a latching connection, after overcoming a predefined initial force, a free movement of the movable grip element 5 allow. Consequently, a force does not permanently act on the movable grip element of these power locks 5 ,

The use of the previously described power lock 16 is particularly useful when normally an electrical or electronic operation of the lock by the handle device 1 is provided. For this purpose, a touch or a slight pull on the movable handle element 5 via a corresponding actuation sensor 8d be recorded. Also this sensor 8d , which may consist of a piezo element, a micro-switch or the like, constitutes an electronic element 8th represents.

In order to enable a mechanical unlocking of the lock in the event of a defect in the vehicle electronics or a power failure, a mechanical lock cylinder can additionally be provided 3 in the fixed handle element 2 be arranged, which takes over the function of the keyless entry system. Unless the grip device 1 no emergency function for unlocking or release of the lock should meet, can on the lock cylinder 3 be waived.

The gripping device according to the invention 1 can be divided into three areas, namely a first area 17 , a middle area 18 and a third area 19 to be grouped. In the first area 17 can the optionally provided lock cylinder 3 be arranged. Also in this area, the mechanical connection element 15 through the fixed handle element 2 in the moving part 12 protrude. For this purpose is the point of attack 7 from the free end of the movable handle element 5 also in the first area 17 intended. In the middle area 18 is the recessed grip 13 opposite the arcuate gripping device 1 present, in which also an attachment of the handle device 1 hard to realize. On the other hand serves the third area 19 in the lock cylinder 3 remote side is arranged for attachment of the fixed handle element 2 on the moving part 12 , In the middle or third area 18 . 19 may be the pivot point 6 of the movable handle element 5 be provided. To the described leverage of the movable handle element 5 to increase is the fulcrum 6 as possible to the outside of the handle device 1 in the third area. For this it is necessary that the movable handle element 5 is designed to be correspondingly long. It should be noted at this point that a mirror-image arrangement of the movable grip element 5 in the stationary handle element 2 is conceivable. This would essentially be a permutation of the pivot or pivot point 6 with the point of attack 7 occur. Accordingly, the mechanical connecting element would also 15 not in the first area 17 near the lock cylinder 3 be arranged, but in the third area 19 near the fastener 4 ,

The 2 shows a further embodiment of the handle device 1 , This is where the energy supply of the electronic elements takes place 8th in the movable handle element 5 via an electrical line 11 instead of. This line 11 can be designed multi-core, and also serve for data transmission. In the illustrated embodiment, the electronic elements 8th in a cavity 5a arranged, wherein the movable grip element 5 in this case may consist in particular of a plastic part. Also these electronic elements 8th can through a potting compound 5c be protected against shocks, weather or the like. In this embodiment, only an electrical or electronic operation of the castle takes place to the moving part 12 , Which in the present case consists of a motor vehicle door to be able to make. It is at the free end of the movable handle element 5 which is opposite the fixed end, which is the pivot point 6 contains, an actuation sensor 8d arranged. This actuation sensor 8d detects a touch or tensile force on the movable handle element 5 because the pressure force or the distance between the actuation sensor 8d and a contact element 9 changed. The adjustable contact element 9 can be used for fine adjustment of the actuation sensor 8d or the movable handle element 5 after mounting the grip device 1 serve. For this purpose, the contact element 9 z. B. screwed to the stationary handle element 2 or the moving part 12 be arranged. In addition, the movable handle element 5 in its rest position with its free end against a stop on the moving part 12 to come to rest, as in 2 shown.

Is from the grip device 1 , in particular the electronic elements 8th coming from an antenna 8b , a proximity sensor 8c , an actuation sensor 8d and / or control electronics 8e detected, an approach of a user detected, the above-described wake-up or initialization process for a mobile ID transmitter is started. If the keyless entry system has received a corresponding identification code from the mobile ID transmitter, it provides for a release of the lock, thus a subsequent opening of the movable part 12 becomes possible. The contact or actuation of the movable grip element after the approach has taken place 5 can also by the aforementioned electronic elements 8th be detected, whereby a corresponding signal to a vehicle-mounted control unit or directly to the electromechanical lock is forwarded. Also in the 2 are not all mechanical components of the grip device 1 presented for a better overview. Thus, for example, the representation of the spring element for returning the movable grip element 5 renounced to the rest position.

Also, in the embodiment of 2 another mechanical connection element 15 be provided for mechanical operation of the castle in an emergency. In addition, the already described Kraftsperrein purity 16 be arranged in this embodiment.

Finally, it should be mentioned that any combination of the technical features of the handle device 1 from the individual embodiments is possible, as long as they are not explicitly excluded. Likewise, the illustrated embodiments of the handle device 1 contain other not shown electrical, electronic or mechanical components.

1

handle device

2

fixed handle element

3

lock cylinder

4

Fastener, Screw or the like

5

portable handle element

5a

cavity

5b

bulge

5c

potting compound

6

rotary or pivot point

7

attackpoint

8th

electronic elements (as a module)

8a

module

8b

antenna

8c

proximity sensor

8d

operation sensor

8e

control electronics

9

adjustable contact element

10

transponder

11

Headed for 8th

12

portable Part, especially door, Flap od.

13

grip

14

paragraph

15

mechanical connecting element

16

Power blocking unit

17

first Area

18

middle Area

19

third Area

20

Arrow for direction of movement of 5

Claims (17)

Handle device ( 1 ) for actuating a lock for opening and / or closing a be movable part ( 12 ), in particular a door, a tailgate or the like of a vehicle, with a stationary handle element ( 2 ), which on the movable part ( 12 ) is fixed, and what with the moving part ( 12 ) can be pulled or pressed, and a movable handle element ( 5 ), which on the stationary handle element ( 2 ) is movable, in particular rotatable and / or pivotable, is arranged, and is used for the actual actuation of the lock, and at least one electronic element ( 8th ), for comfortable handling of the grip device ( 1 ), characterized in that in the movable handle element ( 5 ) at least one electronic element ( 8th ) is arranged. Handle device ( 1 ) according to claim 1, characterized in that all the electronic elements ( 8th ) of the grip device ( 1 ) exclusively in the movable handle element ( 5 ) are provided. Handle device ( 1 ) according to claim 1 or 2, characterized in that in the movable handle element ( 5 ) a cavity ( 5a ) or one, in particular U-shaped, bulge ( 5b ) is present, wherein the electronic elements ( 8th ) can be arranged. Handle device ( 1 ) according to one of the preceding claims, characterized in that the cavity ( 5a ) or the bulge ( 5b ) is sealable or ejectible, whereby the electronic elements ( 8th ) are estimable against environmental influences. Handle device ( 1 ) according to one of the preceding claims, characterized in that the movable grip element ( 5 ) has a dimensionally stable carrier material, wherein in particular the movable part ( 12 ) facing side consists of the carrier material. Handle device ( 1 ) according to one of the preceding claims, characterized in that a mechanical lock cylinder ( 3 ) in the stationary handle element ( 2 ) is arranged, whereby the movable part ( 12 ) or the lock is locked or unlocked. Handle device ( 1 ) according to one of the preceding claims, characterized in that the handle device ( 1 ) with the moving part ( 12 ) a trough ( 13 ), in which a user can engage, whereby the handle device ( 1 ) can be divided into at least three areas, namely into a first area ( 17 ), in which the lock cylinder ( 3 ), a middle region ( 18 ), in which the recessed grip ( 13 ), and a third area ( 19 ), from the lock cylinder ( 3 ) facing away, wherein in particular the fixed grip element ( 2 ) in the first and third areas ( 17 . 19 ) fixed to the moving part ( 12 ) connected is. Handle device ( 1 ) according to claim 9, characterized in that at a free end of the movable grip element ( 5 ) a point of attack ( 7 ) for a mechanical connecting element ( 15 ), in particular a Bowden cable or a linkage, is provided, with which the lock is mechanically actuated, and that at the opposite end of the movable grip element ( 5 ) a rotation and / or pivot point ( 6 ), especially in the middle or third area ( 18 . 19 ) of the grip device ( 1 ) lies. Handle device ( 1 ) according to one of the preceding claims, characterized in that the mechanical connecting element ( 15 ) from the stationary handle element ( 2 ) surrounded in the movable part ( 12 ) is insertable. Handle device ( 1 ) according to claim 9, characterized in that at the free end of the movable grip element ( 5 ) an actuation sensor ( 8d ) is provided, whereby the lock is electromechanically actuated, and at the opposite end of the movable grip element ( 5 ) the rotation and / or pivot point ( 6 ) is provided. Handle device ( 1 ) according to one of the preceding claims, characterized in that the handle device ( 1 ) in a more detailed paragraph ( 14 ) of the movable part ( 12 ) is arranged. Handle device ( 1 ) according to one of the preceding claims, characterized in that the electronic elements ( 8th ) a proximity sensor ( 8c ), an actuation sensor ( 8d ), an antenna ( 8b ) and / or control electronics ( 8e ). Handle device ( 1 ) according to one of the preceding claims, characterized in that the electronic elements ( 8th ) in the movable grip element ( 5 ) via a transponder ( 10 ) can be supplied with energy, wherein the transponder ( 10 ), in particular in the vicinity of the grip device ( 1 ), in the moving part ( 12 ) is arranged. Handle device ( 1 ) according to one of the preceding claims, characterized in that the movable grip element ( 5 ) is configured quasi-stationary, in which a power lock on the movable handle element ( 5 ) attacks, with a mechanical operation of the castle in an emergency is possible. Handle device ( 1 ) according to one of the preceding claims, characterized in that the fixed and / or the movable Griffele ment ( 2 . 5 ) has at least one plastic injection molded part. Handle device ( 1 ) according to one of the preceding claims, characterized in that the handle device ( 1 ) an outside door handle for a vehicle, in particular motor vehicle represents. Vehicle, in particular motor vehicle with a gripping device ( 1 ) according to any one of the preceding claims.