mhurhangee/patent-ind-claim-en huggingface dataset:
A medical instrument , comprising: a handle ; a deployment trigger disposed on the handle , the deployment trigger being movable between a pre-deployment configuration and a deployment configuration by application of an external force to the deployment trigger ; a shaft mounted to and extending distally from the handle ; an end effector disposed distally on the shaft , the end effector comprising a first jaw configured to releasably receive an occlusion clip , the deployment trigger being operatively coupled to the first jaw by a deployment cable ; and an elastic member disposed within the handle , the elastic member including a first end and a second end , the second end being affixed to the handle ; characterised in that the deployment cable extends from the first end of the elastic member to the first jaw ; wherein, when the deployment trigger is in the pre-deployment configuration, the elastic member is held in an extended configuration; wherein, when the deployment trigger is moved to the deployment configuration, the elastic member retracts the deployment cable proximally; and wherein, retracting the deployment cable proximally releases the occlusion clip from the first jaw . a handle ; a deployment trigger disposed on the handle , the deployment trigger being movable between a pre-deployment configuration and a deployment configuration by application of an external force to the deployment trigger ; a shaft mounted to and extending distally from the handle ; an end effector disposed distally on the shaft , the end effector comprising a first jaw configured to releasably receive an occlusion clip , the deployment trigger being operatively coupled to the first jaw by a deployment cable ; and an elastic member disposed within the handle , the elastic member including a first end and a second end , the second end being affixed to the handle ; characterised in that the deployment cable extends from the first end of the elastic member to the first jaw ; wherein, when the deployment trigger is in the pre-deployment configuration, the elastic member is held in an extended configuration; wherein, when the deployment trigger is moved to the deployment configuration, the elastic member retracts the deployment cable proximally; and wherein, retracting the deployment cable proximally releases the occlusion clip from the first jaw .
Solids valve for pressure cans, in particular for the application of assembly foams, with a valve body arranged in a valve plate , a valve stem guided in a central recess of the valve body with at least one by actuating the valve stem releasable inlet opening for the pressure cell content and at least one outlet opening, an elastic element acting on the valve stem and between valve plate and valve body and between valve body and valve stem acting sealing elements , in which the valve stem has a sealing sleeve for sealing against a dispensing aid which is arranged in the region of the outlet opening and is anchored in a circumferential recess of the valve stem , and in which the sleeve consisting of two parts , characterised in that the two-component injection molding joined together and the upper part consists of a thermoplastic elastomer and its lower part of a hard thermoplastic.
Tarpaulin unit , in particular side tarpaulin unit, for a tarpaulin body of a commercial vehicle (N), having a tarpaulin element , a piping unit and at least one strap , wherein at least one end region of at least one strap is folded around at least one strap section of the piping unit , characterised in that the piping unit in the at least one strap section has a smaller circumference than on at least one section outside the strap section .
A piston for a compressor , the piston being configured to compress and discharge a refrigerant suctioned into a cylinder , the piston comprising: a bearing portion having a cylindrical shape configured to define a suction space into which the suctioned refrigerant is accommodated therein, the bearing portion being provided with a bearing surface facing an inner circumferential surface of the cylinder ; a head portion coupled to a front opening of the bearing portion and provided with a plurality of suction ports configured to communicate with the suction space , the head portion having a compression surface configured to face a compression space to compress the refrigerant in the compression space ; and a flange portion coupled to a rear opening of the bearing portion and provided with a through-passage through which the refrigerant is configured to be introduced from a muffler unit to the suction space , the flange portion configured to be coupled to a driving portion to transmit driving force to the piston , wherein the bearing surface is subjected to a surface treatment to improve abrasion resistance, characterized in that : the bearing portion is coupled to the head portion and the flange portion through bonding. a bearing portion having a cylindrical shape configured to define a suction space into which the suctioned refrigerant is accommodated therein, the bearing portion being provided with a bearing surface facing an inner circumferential surface of the cylinder ; a head portion coupled to a front opening of the bearing portion and provided with a plurality of suction ports configured to communicate with the suction space , the head portion having a compression surface configured to face a compression space to compress the refrigerant in the compression space ; and a flange portion coupled to a rear opening of the bearing portion and provided with a through-passage through which the refrigerant is configured to be introduced from a muffler unit to the suction space , the flange portion configured to be coupled to a driving portion to transmit driving force to the piston , wherein the bearing surface is subjected to a surface treatment to improve abrasion resistance, characterized in that : the bearing portion is coupled to the head portion and the flange portion through bonding.
A vehicle tank structure comprising: a pair of left and right rear frames extending in a vehicle front-rear direction; and a floor panel coupling the rear frames , wherein a tank being provided below the floor panel , characterized in that a side face part of the tank comprises a connection port to which an oil feeding pipe is connectable, the side face part being directed toward a vehicle-width-direction outer side, and a mounting face part at which the connection port is provided, and a hit-first face part located on the vehicle-width-direction outer side relative to a distal end of the connection port , at a position corresponding to the mounting face part in the vehicle front-rear direction, are formed at the side face part . a pair of left and right rear frames extending in a vehicle front-rear direction; and a floor panel coupling the rear frames , wherein a tank being provided below the floor panel , characterized in that a side face part of the tank comprises a connection port to which an oil feeding pipe is connectable, the side face part being directed toward a vehicle-width-direction outer side, and a mounting face part at which the connection port is provided, and a hit-first face part located on the vehicle-width-direction outer side relative to a distal end of the connection port , at a position corresponding to the mounting face part in the vehicle front-rear direction, are formed at the side face part .
A cryopump comprising: a cryogenic refrigerator comprising a cold stage and a colder stage ; a radiation shield having sides, a closed end, and a frontal opening opposite to the closed end, the radiation shield being thermally coupled to and cooled by the cold stage ; a primary cryopumping array thermally coupled to and cooled by the colder stage , the primary cryopumping array supporting adsorbent material; and a frontal array thermally coupled to the cold stage ; characterized in thatthe frontal array is spaced from and wrapped around a frontally facing envelope of the primary cryopumping array to be in the path of radiation from the frontal opening to the primary cryopumping array for a radiation load on the primary cryopumping array of less than 4%, the frontal array being recessed from the frontal opening and closer to the primary cryopumping array than to the frontal opening. a cryogenic refrigerator comprising a cold stage and a colder stage ; a radiation shield having sides, a closed end, and a frontal opening opposite to the closed end, the radiation shield being thermally coupled to and cooled by the cold stage ; a primary cryopumping array thermally coupled to and cooled by the colder stage , the primary cryopumping array supporting adsorbent material; and a frontal array thermally coupled to the cold stage ;
An electronic apparatus , comprising: a processor ; and a memory having program code stored thereon, the program code being such that, when it is executed by the processor, it causes the processor to: control display of a plurality of parameter-setting display layers superimposed on a through the lens image output by an image sensor, each having arranged therein at least one parameter-setting-widget selected from a collection of parameter-setting-widgets that relate to values of imaging parameters, characterized in that at least one of the plurality of parameter-setting display layers has more than one of the parameter-setting-widgets arranged therein; receive a selection of an imaging mode; and in controlling the display of the plurality of parameter-setting display layers, determine which ones of the collection of parameter-setting-widgets to allocate to which of the plurality of parameter-setting display layers based on the selected imaging mode. a processor ; and a memory having program code stored thereon, the program code being such that, when it is executed by the processor, it causes the processor to: control display of a plurality of parameter-setting display layers superimposed on a through the lens image output by an image sensor, each having arranged therein at least one parameter-setting-widget selected from a collection of parameter-setting-widgets that relate to values of imaging parameters, characterized in that at least one of the plurality of parameter-setting display layers has more than one of the parameter-setting-widgets arranged therein; receive a selection of an imaging mode; and in controlling the display of the plurality of parameter-setting display layers, determine which ones of the collection of parameter-setting-widgets to allocate to which of the plurality of parameter-setting display layers based on the selected imaging mode. control display of a plurality of parameter-setting display layers superimposed on a through the lens image output by an image sensor, each having arranged therein at least one parameter-setting-widget selected from a collection of parameter-setting-widgets that relate to values of imaging parameters, characterized in that at least one of the plurality of parameter-setting display layers has more than one of the parameter-setting-widgets arranged therein; receive a selection of an imaging mode; and in controlling the display of the plurality of parameter-setting display layers, determine which ones of the collection of parameter-setting-widgets to allocate to which of the plurality of parameter-setting display layers based on the selected imaging mode.
A method for forming a silicon-containing film selected from the group consisting of silicon oxide and carbon doped silicon oxide on at least one surface of a substrate by an atomic layer deposition process, the method comprising: providing the at least one surface of the substrate in a reaction chamber; introducing at least one organoaminodisilane precursor comprising a Si-N bond, a Si-Si bond, and a Si-H 3 group represented by the following Formula I below: wherein R 1 is selected from a linear or branched C 3 to C 10 alkyl group, a linear or branched C 3 to C 10 alkenyl group, a linear or branched C 3 to C 10 alkynyl group, a C 1 to C 6 dialkylamino group, an electron withdrawing group selected from nitrile, F, Cl, Br, I, NO 2 , RSO and/or RSO 2 wherein R = C 1 to C 10 alkyl, a C 3 to C 10 cyclic alkyl group, and a C 6 to C 10 aryl group; R 2 is selected from hydrogen, a linear or branched C 1 to C 10 alkyl group, a linear or branched C 3 to C 6 alkenyl group, a linear or branched C 3 to C 6 alkynyl group, a C 1 to C 6 dialkylamino group, a a C 3 to C 10 cyclic alkyl group, a linear or branched C 1 to C 6 fluorinated alkyl group, an electron withdrawing group selected from nitrile, F, Cl, Br, I, NO 2 , RSO and/or RSO 2 wherein R = C 1 to C 10 alkyl, and a C 4 to C 10 aryl group; and n=1 or 2; optionally wherein R 1 and R 2 are linked together to form a ring selected from a substituted or unsubstituted aromatic ring or a substituted or unsubstituted aliphatic ring; and optionally wherein, when n=2, an R 1 and an R 2 , or both R 1 , or both R 2 are linked together to form a ring; and reacting an oxygen-containing source with the precursor to form a silicon oxide or carbon doped silicon oxide film on the substrate.
A rail vehicle comprising an on-board antenna with - several antenna elements (101-104; 301-306) that are arranged and configured to form at least two beams (110-112), - wherein the at least two beams are directed at different angles towards a track, wherein the at least two beams comprise - a first beam which is directed at an angle of Φ towards the track, and - a second beam which is directed at an angle of -Φ towards the track, wherein the angle Φ is in the range from 30° to 80°, further comprising a processing unit that is arranged to control the on-board antenna , wherein the rail vehicle is arranged - to send a telepowering signal from the rail vehicle towards a balise to activate 20 the balise , wherein subsequent to such activation the processing unit is arranged - to receive an information from the balise via the first beam at a first time, - to receive the information from the balise via the second beam at a second time, - to determine the position of the rail vehicle based on the first information and on the second information, characterised in that subsequent to said activation the processing unit is further arranged - to detect via the at least two beams (110-112) a pattern which the information from the balise to be detected follows and - to determine and cancel cross-talk based on the succession of the information provided at the first time via the first beam and the information provided at the second time via the second beam. - several antenna elements (101-104; 301-306) that are arranged and configured to form at least two beams (110-112), - wherein the at least two beams are directed at different angles towards a track, - a first beam which is directed at an angle of Φ towards the track, and - a second beam which is directed at an angle of -Φ towards the track, - to send a telepowering signal from the rail vehicle towards a balise to activate 20 the balise , - to receive an information from the balise via the first beam at a first time, - to receive the information from the balise via the second beam at a second time, - to determine the position of the rail vehicle based on the first information and on the second information, - to detect via the at least two beams (110-112) a pattern which the information from the balise to be detected follows and - to determine and cancel cross-talk based on the succession of the information provided at the first time via the first beam and the information provided at the second time via the second beam.
An electronic device , comprising: a camera comprising an image sensor including a plurality of pixels ; a memory; and a processor configured to control the camera, wherein each pixel included in the plurality of pixels includes a plurality of photodiodes and a microlens covering the plurality of photodiodes , the plurality of photodiodes of a pixel comprising at least a first photodiode and a second photodiode in a defined position with respect to the first photodiode , and wherein the processor is further configured to: obtain phase images and image data for an external object using the plurality of photodiodes of the image sensor , wherein the phase images comprise a first phase image captured by the first photodiodes of the plurality of pixels and a second phase image captured by the second photodiodes of the plurality of pixels , calculate depth information about the external object based on a disparity map calculated using the phase images and arrangement information of the external object , the arrangement information being calculated using the image data, and determine liveness of the external object based on the calculated depth information. a camera comprising an image sensor including a plurality of pixels ; a memory; and a processor configured to control the camera, wherein each pixel included in the plurality of pixels includes a plurality of photodiodes and a microlens covering the plurality of photodiodes , the plurality of photodiodes of a pixel comprising at least a first photodiode and a second photodiode in a defined position with respect to the first photodiode , and wherein the processor is further configured to: obtain phase images and image data for an external object using the plurality of photodiodes of the image sensor , wherein the phase images comprise a first phase image captured by the first photodiodes of the plurality of pixels and a second phase image captured by the second photodiodes of the plurality of pixels , calculate depth information about the external object based on a disparity map calculated using the phase images and arrangement information of the external object , the arrangement information being calculated using the image data, and determine liveness of the external object based on the calculated depth information. obtain phase images and image data for an external object using the plurality of photodiodes of the image sensor , wherein the phase images comprise a first phase image captured by the first photodiodes of the plurality of pixels and a second phase image captured by the second photodiodes of the plurality of pixels , calculate depth information about the external object based on a disparity map calculated using the phase images and arrangement information of the external object , the arrangement information being calculated using the image data, and determine liveness of the external object based on the calculated depth information.
A wireless communication system comprising: a user equipment, UE, configured to detect synchronization signals within a search window; said UE configured to determine if said detected synchronization signals are part of a discovery burst sent by a sending cell, based upon properties of said detected synchronization signals; and said UE configured to perform discovery radio resource management, RRM, measurements on signals in said discovery burst if said synchronization signals are part of said discovery burst and said UE configured to not perform discovery RRM measurements on signals in said search window if said synchronization signals are not part of said discovery burst, wherein said properties comprise at least one of: a frequency difference between a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, in said discovery burst, a time difference between said PSS and said SSS in said discovery burst, and a sequence used for said synchronization signals. a user equipment, UE, configured to detect synchronization signals within a search window; said UE configured to determine if said detected synchronization signals are part of a discovery burst sent by a sending cell, based upon properties of said detected synchronization signals; and said UE configured to perform discovery radio resource management, RRM, measurements on signals in said discovery burst if said synchronization signals are part of said discovery burst and said UE configured to not perform discovery RRM measurements on signals in said search window if said synchronization signals are not part of said discovery burst, wherein said properties comprise at least one of: a frequency difference between a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, in said discovery burst, a time difference between said PSS and said SSS in said discovery burst, and a sequence used for said synchronization signals. a frequency difference between a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, in said discovery burst, a time difference between said PSS and said SSS in said discovery burst, and a sequence used for said synchronization signals.
A spinal system comprising: a first distraction rod which has a first connector mounted at an end thereof; and a second distraction rod , both of said rods being arranged to move in a housing of the spinal system, and wherein said first connector is mounted on a first polyaxial joint and secured by a fastener , said first polyaxial joint being attachable to a pedicle screw , and wherein said fastener is tightened against a portion of said first polyaxial joint but does not inhibit polyaxial movement of said first polyaxial joint, such that even after tightening said fastener, said first connector cannot move off said first polyaxial joint but said first polyaxial joint is free to move polyaxially at all times; characterised by an extender member which is a rod coupled to a connecting element of the spinal system, the connecting element coupled to a polyaxial joint of said second distraction rod by an extender member fastener , wherein said extender member fastener is tightened against a portion of said polyaxial joint of said second distraction rod but does not inhibit polyaxial movement of said polyaxial joint of said second distraction rod, such that there is free polyaxial movement between said extender member and said second distraction rod, and wherein the extender member may be collinear with said second distraction rod or may be tilted with respect to said second distraction rod. a first distraction rod which has a first connector mounted at an end thereof; and a second distraction rod , both of said rods being arranged to move in a housing of the spinal system, and wherein said first connector is mounted on a first polyaxial joint and secured by a fastener , said first polyaxial joint being attachable to a pedicle screw , and wherein said fastener is tightened against a portion of said first polyaxial joint but does not inhibit polyaxial movement of said first polyaxial joint, such that even after tightening said fastener, said first connector cannot move off said first polyaxial joint but said first polyaxial joint is free to move polyaxially at all times; characterised by an extender member which is a rod coupled to a connecting element of the spinal system, the connecting element coupled to a polyaxial joint of said second distraction rod by an extender member fastener , wherein said extender member fastener is tightened against a portion of said polyaxial joint of said second distraction rod but does not inhibit polyaxial movement of said polyaxial joint of said second distraction rod, such that there is free polyaxial movement between said extender member and said second distraction rod, and wherein the extender member may be collinear with said second distraction rod or may be tilted with respect to said second distraction rod.