mhurhangee/patent-ind-claim-en huggingface dataset:
Interface , in particular for a motor vehicle interior, for controlling at least one function of a motor vehicle member, comprising: • at least one control member comprising: o a movable gripping element , o at least one metal index borne by the movable gripping element and movable therewith, o a guide , the movable gripping element being supported and guided in displacement by the guide , said member comprising a flat bottom surface, and • a capacitive touch pad configured to detect the position of the metal index , the metal index being arranged opposite the capacitive touch pad , characterized in that the capacitive touch pad has an outer surface curved in at least one direction and in that the space between the control element and the curved outer surface of the capacitive touch pad is filled by an interstitial glue layer , said flat bottom surface of the member complementing the flat surface of the interstitial glue layer . • at least one control member comprising: o a movable gripping element , o at least one metal index borne by the movable gripping element and movable therewith, o a guide , the movable gripping element being supported and guided in displacement by the guide , said member comprising a flat bottom surface, and o a movable gripping element , o at least one metal index borne by the movable gripping element and movable therewith, o a guide , the movable gripping element being supported and guided in displacement by the guide , said member comprising a flat bottom surface, and • a capacitive touch pad configured to detect the position of the metal index , the metal index being arranged opposite the capacitive touch pad ,
Mounting for fuel injection systems for connecting a fuel injection valve to a fuel-conducting component , wherein a connection piece is provided, wherein, within the connection piece , there is provided a receiving space in which a fuel connector of the fuel injection valve can be at least partially arranged, and wherein an internal collar is formed on the connection piece , wherein an elastically deformable element is provided, wherein the elastically deformable element is supported at least indirectly against the internal collar of the connection piece , and wherein the fuel connector can be supported at least indirectly on the elastically deformable element , and wherein the fuel connector can be supported at least indirectly on the elastically deformable element at its upper side which is situated upstream as viewed in a flow direction through the fuel connector , wherein a noise reduction can be achieved by means of a decoupling between the fuel injection valve and the fuel-conducting component , wherein a ring-shaped support element is provided, and wherein the elastically deformable element is supported by means of the ring-shaped support element on the internal collar of the connection piece , characterized in that the ring-shaped support element has a ring-shaped recess into which the elastically deformable element is at least partially inserted.
Method for operating a headlamp of a motor vehicle which comprises a multiplicity of individually controllable headlamp pixels, is designed as an adaptive full beam for cutting out portions of the illuminated region that blind other road users and is controlled by means of control signals which are determined from image data and serve to illuminate a projection surface , wherein the image data describe at least one image to be produced on the projection surface by the headlamp , wherein the image data are transferred wirelessly to the motor vehicle from portable data communications equipment , wherein the control signals are adapted in such a way on the basis of a position and/or an alignment of the projection surface in relation to sensor data describing the motor vehicle from a sensor device detecting the surround of the motor vehicle that an expected distortion of the image when the projection surface is illuminated by the headlamp is compensated for, wherein the sensor device comprises a camera installed in the interior of the motor vehicle and a radar sensor arranged at the front of the motor vehicle, the sensor information of which are fused to form sensor data which describe the surround of the motor vehicle and are provided for the image processing device by an evaluation unit .
A blade for a turbine, comprising a blade root defining a radially inner end of the blade and an airfoil extending radially outwards from the blade root and having an intrados wall and an extrados wall connected to the intrados wall at a leading edge and a trailing edge of the airfoil, the airfoil comprising at least a first internal cooling circuit including at least one intrados cavity extending radially along the intrados wall and along a first inner wall arranged between the intrados wall and the extrados wall , at least one extrados cavity extending radially along the extrados wall and along a second inner wall arranged between the intrados wall and the extrados wall , characterized in that the first cooling circuit further includes at least one inner through cavity defined between two through walls each extending between the intrados wall and the extrados wall , the inner through cavity extending radially along the intrados wall and the extrados wall , wherein the intrados cavity , the extrados cavity and the inner through cavity are fluidly connected in series, and wherein the intrados cavity and the extrados cavity are arranged on either side of the inner through cavity and a passage fluidly connects the intrados cavity to the extrados cavity without passing through the inner through cavity .
A refrigerant distributor comprising a double-pipe structure including an inner pipe and an outer pipe, characterised in that : - a plurality of outer pipes are disposed, each of the plurality of outer pipes being the outer pipe, - a space is formed between adjacent ones of the plurality of outer pipes , the inner pipe is disposed to be continuous through the plurality of outer pipes , - a plurality of heat-transfer tubes are arrayed in a direction in which the outer pipe extends, and connected to the outer pipe , and - the refrigerant distributor suitable for distributing refrigerant flowing into between the inner pipe and the outer pipe to the plurality of heat-transfer tubes . - a plurality of outer pipes are disposed, each of the plurality of outer pipes being the outer pipe, - a space is formed between adjacent ones of the plurality of outer pipes , the inner pipe is disposed to be continuous through the plurality of outer pipes , - a plurality of heat-transfer tubes are arrayed in a direction in which the outer pipe extends, and connected to the outer pipe , and - the refrigerant distributor suitable for distributing refrigerant flowing into between the inner pipe and the outer pipe to the plurality of heat-transfer tubes .
A surgical instrument, comprising: a reducer knob ; a reducer tube coupled to said reducer knob; a distractor handle ; a connecting element coupled to said reducer knob and said reducer tube, wherein said reducer knob, said connecting element, and said reducer tube have an inner diameter that accommodates the distractor handle; a common handle pivotally coupled to said connecting element; and a shaft fixedly attached to or made part of said common handle, wherein moving said common handle towards said distractor handle increases a distance between said shaft and said reducer tube, wherein turning said reducer knob in a first direction extends a height of said reducer tube, and wherein turning said reducer knob in a second direction retracts a portion of said reducer tube into said reducer knob. a reducer knob ; a reducer tube coupled to said reducer knob; a distractor handle ; a connecting element coupled to said reducer knob and said reducer tube, wherein said reducer knob, said connecting element, and said reducer tube have an inner diameter that accommodates the distractor handle; a common handle pivotally coupled to said connecting element; and a shaft fixedly attached to or made part of said common handle, wherein moving said common handle towards said distractor handle increases a distance between said shaft and said reducer tube, wherein turning said reducer knob in a first direction extends a height of said reducer tube, and wherein turning said reducer knob in a second direction retracts a portion of said reducer tube into said reducer knob.
A method of imaging an eye, the method comprising: generating a polarized electromagnetic radiation beam using a beam source ; focusing the polarized electromagnetic radiation beam to a focal point in the eye; scanning the focal point of the polarized electromagnetic radiation beam to a plurality of different locations in the eye; receiving electromagnetic radiation reflected from the focal point in response to the step of scanning the polarized electromagnetic radiation; directing the received reflected electromagnetic radiation to a sensor ; generating an intensity profile indicative of an intensity of the received reflected electromagnetic radiation; and identifying a first surface and a second surface of the eye using the intensity profile, wherein the polarized electromagnetic radiation beam is generated by: generating an electromagnetic radiation beam using a beam source and elliptically polarizing the electromagnetic radiation beam . generating a polarized electromagnetic radiation beam using a beam source ; focusing the polarized electromagnetic radiation beam to a focal point in the eye; scanning the focal point of the polarized electromagnetic radiation beam to a plurality of different locations in the eye; receiving electromagnetic radiation reflected from the focal point in response to the step of scanning the polarized electromagnetic radiation; directing the received reflected electromagnetic radiation to a sensor ; generating an intensity profile indicative of an intensity of the received reflected electromagnetic radiation; and identifying a first surface and a second surface of the eye using the intensity profile, wherein the polarized electromagnetic radiation beam is generated by: generating an electromagnetic radiation beam using a beam source and elliptically polarizing the electromagnetic radiation beam .
A computer implemented method of generating a new password for accessing user accounts in a multi domain environment, the method comprising: receiving a smart card certificate in a secure domain from a secure file transfer service, the certificate securely identifying a user from a user domain and including a user public key; updating a user account data entry in an active directory in the secure domain with the public key; receiving a request to reset a user account password, the receiving the request comprising monitoring a password reset group associated with a group synchronization service, and retrieving an indication of the user account associated with the request from the password reset group; verifying the request via the active directory, the verifying the request comprising using the indication of the user account to access the active directory to obtain the public key generating a new password in response to the verification; encrypting the new password using the public key; and sending the encrypted password to the user in the user domain. receiving a smart card certificate in a secure domain from a secure file transfer service, the certificate securely identifying a user from a user domain and including a user public key; updating a user account data entry in an active directory in the secure domain with the public key; receiving a request to reset a user account password, the receiving the request comprising monitoring a password reset group associated with a group synchronization service, and retrieving an indication of the user account associated with the request from the password reset group; verifying the request via the active directory, the verifying the request comprising using the indication of the user account to access the active directory to obtain the public key generating a new password in response to the verification; encrypting the new password using the public key; and sending the encrypted password to the user in the user domain.
An optical fiber, comprising: a core comprising a rare-earth dopant, the rare-earth dopant being Erbium (Er), the core having a core diameter between 13 μm to 19 μm, the core having a core index of refraction; an inner cladding located radially exterior to the core , the inner cladding having an inner-cladding diameter between 90 μm and 125 μm, the inner cladding having an inner-cladding index of refraction that is lower than the core index of refraction, the core further having a numerical aperture between 0.09 and 0.15 relative to the inner cladding ; and an outer cladding located radially exterior to the inner cladding , the outer cladding having an outer-cladding index of refraction that is lower than the inner-cladding index of refraction, the inner cladding further having a numerical aperture between 0.18 and 0.65 relative to the outer cladding . a core comprising a rare-earth dopant, the rare-earth dopant being Erbium (Er), the core having a core diameter between 13 μm to 19 μm, the core having a core index of refraction; an inner cladding located radially exterior to the core , the inner cladding having an inner-cladding diameter between 90 μm and 125 μm, the inner cladding having an inner-cladding index of refraction that is lower than the core index of refraction, the core further having a numerical aperture between 0.09 and 0.15 relative to the inner cladding ; and an outer cladding located radially exterior to the inner cladding , the outer cladding having an outer-cladding index of refraction that is lower than the inner-cladding index of refraction, the inner cladding further having a numerical aperture between 0.18 and 0.65 relative to the outer cladding .
An accessory for a suction head for a vacuum cleaner, said accessory (201-205) comprising engaging means configured for removably connecting said accessory to said suction head at its base plate , wherein said accessory (201-205) comprises a main body having a lower face which, during use, is directed towards the surface to be vacuumed, and a top face comprising said engaging means wherein said main body comprises a transverse slot configured to be situated in correspondence to the mouth of a channel of the base plate of the suction head when said accessory (201-205) is connected to said suction head ; wherein said main body comprises spacer members for spacing, during use, the lower face of said main body with respect to the surface to be vacuumed; and wherein said spacer members comprise a longitudinal rib system comprising a plurality of front longitudinal ribs upstream of said transverse slot and a plurality of rear longitudinal ribs downstream of said transverse slot forming tunnels.
A hermetic package device comprising: a device wafer in which a semiconductor circuit and terminals for electrical connection to an outside are provided on a mounting surface ; a lid wafer arranged to be opposed to the mounting surface of the device wafer ; and a sealing part that surrounds an installation region of the semiconductor circuit in the mounting surface , is interposed between the device wafer and the lid wafer , and forms a hermetically sealed space in a vacuum atmosphere to house the semiconductor circuit between the device wafer and the lid wafer , wherein a second installation region in the mounting surface in which the terminals are provided protrudes relative to the lid wafer , characterized in that an outer surface of a portion in the sealing part facing the second installation region is inclined such that a position thereon approaches the second installation region when getting closer from the device wafer toward the lid wafer . a device wafer in which a semiconductor circuit and terminals for electrical connection to an outside are provided on a mounting surface ; a lid wafer arranged to be opposed to the mounting surface of the device wafer ; and a sealing part that surrounds an installation region of the semiconductor circuit in the mounting surface , is interposed between the device wafer and the lid wafer , and forms a hermetically sealed space in a vacuum atmosphere to house the semiconductor circuit between the device wafer and the lid wafer , wherein a second installation region in the mounting surface in which the terminals are provided protrudes relative to the lid wafer , characterized in that an outer surface of a portion in the sealing part facing the second installation region is inclined such that a position thereon approaches the second installation region when getting closer from the device wafer toward the lid wafer .
An unmanned air vehicle (UAV) having a mounting system for the removable attachment of a payload to the unmanned air vehicle, the unmanned air vehicle including an aircraft structure having a payload area adjacent to a payload bay , characterized in that : the mounting system includes: (i) a pair of lower rails disposed adjacent the payload area of the aircraft structure , said lower rails configured to interface with the payload ; and (ii) a pair of upper rails disposed adjacent the payload area , said upper rails spaced apart from said lower rails , said upper rails configured to interface with the payload , wherein said lower rails and said upper rails extend along a longitudinal axis of the aircraft structure . (i) a pair of lower rails disposed adjacent the payload area of the aircraft structure , said lower rails configured to interface with the payload ; and (ii) a pair of upper rails disposed adjacent the payload area , said upper rails spaced apart from said lower rails , said upper rails configured to interface with the payload ,
A bucket for an earth-working or materials-handling machine, comprising, a top portion , a first and a second bucket side wall, a bucket floor extending from a front cutting edge up to the top portion , wherein the front cutting edge , the first and second side walls and the top portion form a bucket opening , seen from a front view of the bucket , the bucket floor has an inside facing towards the bucket opening and an outside facing away from the bucket opening , the bucket floor comprising at least one floor section being attached to the bucket floor , optionally by at least one weld interface between the at least one floor section and the bucket floor provided in the proximity of the front cutting edge , characterized in that the floor section is a keel section with a trough portion on the outside and a ridge portion on the inside, and in that the bucket floor comprises at least one protection element for protecting at least a part of the floor section , and/or at least a part of the optional at least one weld interface, which at least one protection element is mounted on the inside of the bucket floor in the proximity of the front cutting edge . a top portion , a first and a second bucket side wall, a bucket floor extending from a front cutting edge up to the top portion , wherein the front cutting edge , the first and second side walls and the top portion form a bucket opening , seen from a front view of the bucket , the bucket floor has an inside facing towards the bucket opening and an outside facing away from the bucket opening , the bucket floor comprising at least one floor section being attached to the bucket floor , optionally by at least one weld interface between the at least one floor section and the bucket floor provided in the proximity of the front cutting edge , characterized in that the floor section is a keel section with a trough portion on the outside and a ridge portion on the inside, and in that the bucket floor comprises at least one protection element for protecting at least a part of the floor section , and/or at least a part of the optional at least one weld interface, which at least one protection element is mounted on the inside of the bucket floor in the proximity of the front cutting edge .
An electronic components moving apparatus comprising: a holding portion for holding an electronic component (D) at a tip thereof; a rotor on which the holding portion is disposed around a rotational axis with the tip of the holding portion oriented radially outwards and which intermittently rotates the holding portion about the rotational axis through a predetermined angle each time; a reciprocating driving portion which is set in at least one of stopping positions of the holding portion to advance the holding portion radially outwards of the rotor ; and a projecting portion which projects from the holding portion , characterized in that the reciprocating driving portion includes: a slide pusher which is placed so as to slide radially outwards of the rotor on a rail and which is configured to be brought into abutment with the projecting portion to push out the holding portion ; and a reciprocating driving motor which is a drive source of the slide pusher , and wherein the slide pusher and the reciprocating driving motor are arranged so that the holding portion , the slide pusher and the reciprocating driving motor are aligned along a direction which is substantially perpendicular to a rotational plane of the rotor , when the holding portion stops in a position where the reciprocating driving portion is placed, wherein the rail is disposed on an inner side of the reciprocating driving motor in a radial direction of the rotor . a holding portion for holding an electronic component (D) at a tip thereof; a rotor on which the holding portion is disposed around a rotational axis with the tip of the holding portion oriented radially outwards and which intermittently rotates the holding portion about the rotational axis through a predetermined angle each time; a reciprocating driving portion which is set in at least one of stopping positions of the holding portion to advance the holding portion radially outwards of the rotor ; and a projecting portion which projects from the holding portion , characterized in that the reciprocating driving portion includes: a slide pusher which is placed so as to slide radially outwards of the rotor on a rail and which is configured to be brought into abutment with the projecting portion to push out the holding portion ; and a reciprocating driving motor which is a drive source of the slide pusher , and a slide pusher which is placed so as to slide radially outwards of the rotor on a rail and which is configured to be brought into abutment with the projecting portion to push out the holding portion ; and a reciprocating driving motor which is a drive source of the slide pusher , and wherein the slide pusher and the reciprocating driving motor are arranged so that the holding portion , the slide pusher and the reciprocating driving motor are aligned along a direction which is substantially perpendicular to a rotational plane of the rotor , when the holding portion stops in a position where the reciprocating driving portion is placed, wherein the rail is disposed on an inner side of the reciprocating driving motor in a radial direction of the rotor .