mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical induction device comprising: a housing ; and a contact arrangement in the housing of the electrical induction device for electrically contacting an electrical conductor , the contact arrangement comprising: a conductor tube ; a receiver contact which is fastened to the conductor tube and configured to receive and electrically connect with the electrical conductor ; and a resilient suspension arrangement fastened to the housing and connected to an outside of the conductor tube such that the receiver contact is resiliently movable in a plane (xy) which is parallel to a cross section of the conductor tube while being substantially immovable in an axial direction (z) of the conductor tube. a housing ; and a contact arrangement in the housing of the electrical induction device for electrically contacting an electrical conductor , the contact arrangement comprising: a conductor tube ; a receiver contact which is fastened to the conductor tube and configured to receive and electrically connect with the electrical conductor ; and a resilient suspension arrangement fastened to the housing and connected to an outside of the conductor tube such that the receiver contact is resiliently movable in a plane (xy) which is parallel to a cross section of the conductor tube while being substantially immovable in an axial direction (z) of the conductor tube. a conductor tube ; a receiver contact which is fastened to the conductor tube and configured to receive and electrically connect with the electrical conductor ; and a resilient suspension arrangement fastened to the housing and connected to an outside of the conductor tube such that the receiver contact is resiliently movable in a plane (xy) which is parallel to a cross section of the conductor tube while being substantially immovable in an axial direction (z) of the conductor tube.
An organic photosensitive optoelectronic device comprising: two electrodes in superposed relation; a mixed photoactive layer located between the two electrodes, wherein the mixed photoactive layer has first and second boundary interfaces and comprises at least one donor material having a highest occupied molecular orbital (HOMO) energy and at least one acceptor material having a lowest unoccupied molecular orbital energy (LUMO), wherein a concentration of the at least one acceptor material in the mixed layer is at a maximum at the first boundary interface and decreases in the direction of the second boundary interface, and wherein a concentration of the at least one donor material in the mixed layer is at a maximum at the second boundary interface and decreases in the direction of the first boundary interface; and a first photoactive layer adjacent to the mixed photoactive layer and interfacing with the first boundary interface, wherein the first photoactive layer comprises a material having a LUMO energy within 0,3 eV of the LUMO energy of the at least one acceptor material; characterized in that the at least one donor material is present in a lower amount than the at least one acceptor material at the second boundary interface. two electrodes in superposed relation; a mixed photoactive layer located between the two electrodes, wherein the mixed photoactive layer has first and second boundary interfaces and comprises at least one donor material having a highest occupied molecular orbital (HOMO) energy and at least one acceptor material having a lowest unoccupied molecular orbital energy (LUMO), wherein a concentration of the at least one acceptor material in the mixed layer is at a maximum at the first boundary interface and decreases in the direction of the second boundary interface, and wherein a concentration of the at least one donor material in the mixed layer is at a maximum at the second boundary interface and decreases in the direction of the first boundary interface; and a first photoactive layer adjacent to the mixed photoactive layer and interfacing with the first boundary interface, wherein the first photoactive layer comprises a material having a LUMO energy within 0,3 eV of the LUMO energy of the at least one acceptor material; characterized in that the at least one donor material is present in a lower amount than the at least one acceptor material at the second boundary interface.
A key switch with pressure balance function, comprising a base and a key cap arranged above the base , a press balance assembly arranged between the base and the key cap ; wherein the press balance assembly comprises a balance bracket A and a balance bracket B ; both the balance bracket A and the balance bracket B are in a U-shaped structure, and a U-shaped open end of the balance bracket A is opposite to a U-shaped open end of the balance bracket B ; structures of the balance bracket A and the balance bracket B are the same, comprising a transverse balance portion and a longitudinal balance portion connected to both ends of the transverse balance portion , respectively; each transverse balance portion is provided with a hook hole ; the balance bracket A and the balance bracket B are connected by an elastic member hooking the hook holes ; characterized in that at least one insertion block is arranged at an outer end of the longitudinal balance portion ; a mounting arm is arranged at each side of the base , and a socket is provided on the mounting arm ; the insertion block is inserted into the socket ; each end of the transverse balance portion is provided with an inserting shaft , and each corner of a lower end surface of the key cap is provided with a slot ; the inserting shaft is inserted into the slot . each transverse balance portion is provided with a hook hole ; the balance bracket A and the balance bracket B are connected by an elastic member hooking the hook holes ; characterized in that at least one insertion block is arranged at an outer end of the longitudinal balance portion ; a mounting arm is arranged at each side of the base , and a socket is provided on the mounting arm ; the insertion block is inserted into the socket ; each end of the transverse balance portion is provided with an inserting shaft , and each corner of a lower end surface of the key cap is provided with a slot ; the inserting shaft is inserted into the slot .
Gripping mechanism for robots, machines and handling equipment with one arm and at least one movable gripper finger, acting together in a coordinated manner with another fixed or movable gripper finger, characterized by the case of the gripping mechanism in form of a slim and multi-stage tower in sandwich construction, composed of at least two cages (I and II) above the gripper flange, with two fixed cage plates (2a and 3a), with their mutual distance being maintained by rods, spokes, ropes and/or wires and the fact that actuators and all movable parts of the gripper are mainly located within the cages, when in retracted state. the case of the gripping mechanism in form of a slim and multi-stage tower in sandwich construction, composed of at least two cages (I and II) above the gripper flange, with two fixed cage plates (2a and 3a), with their mutual distance being maintained by rods, spokes, ropes and/or wires and the fact that actuators and all movable parts of the gripper are mainly located within the cages, when in retracted state.
A fastener clip comprising: a top portion , wherein the top portion is configured to be coupled to a chassis , a bottom portion, wherein the bottom portion comprises: a platform ; at least a pair of locking arms coupled to the platform via a pair of hinges , wherein the hinges are configured to facilitate a relative rotation between the locking arms and the platform ; at least a pair of feet coupled to the locking arms and being configured to rotate with the locking arms , wherein the feet are configured to be partially inserted into a slot in a doghouse and, based at least on the locking arms being rotated, the feet are configured to rotate into the slot in the doghouse and to couple the bottom portion to the doghouse , wherein the locking arms are configured to be rotated based at least on the locking arms engaging a top surface of the doghouse as the fastener clip is pushed into the slot in the doghouse , wherein the locking arms are configured to be coupled to the platform at the end of the rotation. a top portion , wherein the top portion is configured to be coupled to a chassis , a bottom portion, wherein the bottom portion comprises: a platform ; at least a pair of locking arms coupled to the platform via a pair of hinges , wherein the hinges are configured to facilitate a relative rotation between the locking arms and the platform ; at least a pair of feet coupled to the locking arms and being configured to rotate with the locking arms , wherein the feet are configured to be partially inserted into a slot in a doghouse and, based at least on the locking arms being rotated, the feet are configured to rotate into the slot in the doghouse and to couple the bottom portion to the doghouse , wherein the locking arms are configured to be rotated based at least on the locking arms engaging a top surface of the doghouse as the fastener clip is pushed into the slot in the doghouse , wherein the locking arms are configured to be coupled to the platform at the end of the rotation. a platform ; at least a pair of locking arms coupled to the platform via a pair of hinges , wherein the hinges are configured to facilitate a relative rotation between the locking arms and the platform ; at least a pair of feet coupled to the locking arms and being configured to rotate with the locking arms , wherein the feet are configured to be partially inserted into a slot in a doghouse and, based at least on the locking arms being rotated, the feet are configured to rotate into the slot in the doghouse and to couple the bottom portion to the doghouse , wherein the locking arms are configured to be rotated based at least on the locking arms engaging a top surface of the doghouse as the fastener clip is pushed into the slot in the doghouse , wherein the locking arms are configured to be coupled to the platform at the end of the rotation.
A primer-dependent amplification and detection method that is capable of amplifying and detecting in a sample as few as ten copies of at least one rare DNA intended target sequence ("rare target sequence") in a mixture containing, for each rare target sequence, 10,000 copies of a closely related unintended target sequence ("closely related sequence" or "unintended target sequence") that differs from the rare target sequence by as little as one or two base pairs, comprising: (a) preparing a primer-dependent amplification reaction mixture that includes the sample, a DNA polymerase, deoxyribonucleoside triphosphates, an amplification buffer, homogeneous fluorescence detection means for detecting amplification products, and for each rare target sequence a pair of a first primer and a second primer that are specific for the rare target sequence but mismatched to the closely related sequence, (b) repeatedly cycling the primer-dependent amplification reaction mixture by said primer-dependent amplification method to amplify each rare target sequence present in the sample, and (c) detecting that rare target sequence by measuring the intensity of fluorescence from the homogeneous fluorescence detection means; wherein (i) the first primer is an allele-discriminating multi-part primer comprising from the 5' end to the 3' end a first anchor sequence that is longer than a foot sequence, a first bridge sequence that is non-complementary to the target sequence, and a first foot sequence that is mismatched to the closely related sequence by at least its 3'-terminal or 3'-penultimate nucleotide, and (ii) the second primer is an allele-discriminating primer. (a) preparing a primer-dependent amplification reaction mixture that includes the sample, a DNA polymerase, deoxyribonucleoside triphosphates, an amplification buffer, homogeneous fluorescence detection means for detecting amplification products, and for each rare target sequence a pair of a first primer and a second primer that are specific for the rare target sequence but mismatched to the closely related sequence, (b) repeatedly cycling the primer-dependent amplification reaction mixture by said primer-dependent amplification method to amplify each rare target sequence present in the sample, and (c) detecting that rare target sequence by measuring the intensity of fluorescence from the homogeneous fluorescence detection means;
A method for identifying regions of blood flow stasis inside a cardiac chamber or blood vessel of a subject comprising: obtaining flow-velocity images of blood inside a cardiac chamber or blood vessel of the subject; calculating one or more of residence time ( T R ), standard deviation of residence time ( σ R ), kinetic energy, or rate of distortion of blood particles inside the cardiac chamber or blood vessel using the flow-velocity images to generate numerical metrics of blood flow wherein generating numerical metrics of blood flow comprises calculating the blood flow's residence time ( T R ) inside the cardiac chamber or blood vessel, and calculating the standard deviation of the blood flow's residence time ( σ R ) inside the cardiac chamber or blood vessel; and generating a residence time ( T R ) map, and optionally a kinetic energy map, a rate of distortion map, or combinations thereof, using the numerical metrics to identify and characterize regions of blood flow stasis. obtaining flow-velocity images of blood inside a cardiac chamber or blood vessel of the subject; calculating one or more of residence time ( T R ), standard deviation of residence time ( σ R ), kinetic energy, or rate of distortion of blood particles inside the cardiac chamber or blood vessel using the flow-velocity images to generate numerical metrics of blood flow wherein generating numerical metrics of blood flow comprises calculating the blood flow's residence time ( T R ) inside the cardiac chamber or blood vessel, and calculating the standard deviation of the blood flow's residence time ( σ R ) inside the cardiac chamber or blood vessel; and generating a residence time ( T R ) map, and optionally a kinetic energy map, a rate of distortion map, or combinations thereof, using the numerical metrics to identify and characterize regions of blood flow stasis.
An electronic device having a concealable camera, comprising a shell , as well as a camera image capturing assembly and a retractable reflecting component which are arranged in the shell , wherein an opening through which the reflecting component extends out of the shell is formed in the shell , and the reflecting component is configured to, during camera image capturing, extend out through the opening and reflect a received mirror image onto the camera image capturing assembly for imaging of the camera image capturing assembly , wherein the reflecting component comprises a retractable member and a reflecting member , and the retractable member is configured to drive the reflecting member to extend out of or retract into the shell through the opening, wherein the electronic device comprises a rotating member arranged between the retractable member and the reflecting member , one end of the rotating member is connected with the reflecting member and other end of the rotating member is connected with the retractable member , the rotating member is configured to drive the reflecting component to rotate when the reflecting component extends out of the shell , characterized in that the reflecting member comprises a protective housing , a reflecting mirror positioned in the protective housing , and a first rotating shaft arranged in the protective housing , and the protective housing is connected with one end of the rotating member through the first rotating shaft .
A method for operating a device for processing fibres, in particular a card or roller card, in which a control can determine a contact between a clothed drum and a further roll, a carding element or a further component opposite the drum , wherein the drum and the roll, the carding element or the one or more further components opposite the drum are electrically insulated disposed or supported within the device, and electric voltage is applicable for determining a contact, characterized in that the control comprises at least one analyser and a classifier , which are formed for evaluating the location of the contact, wherein the control is formed for displaying the location of the contact and/or for automatically or manually adjusting the distance between the drum and the further roll, the carding element or the further component opposite the drum .
A method of operating a wireless terminal (UE) in a wireless communication network, the method comprising: responsive to receiving a request for a primary identification of a non-serving base station for the wireless terminal, initiating transmission to the non-serving base station for the wireless terminal using a random access channel, RACH, configuration; receiving a random access response, RAR, from the non-serving base station, wherein the random access response is received with the primary identification of the non-serving base station, and wherein the random access response is responsive to the transmission using the RACH configuration; and transmitting the primary identification of the non-serving base station to a node of the wireless communication network other than the non-serving base station. responsive to receiving a request for a primary identification of a non-serving base station for the wireless terminal, initiating transmission to the non-serving base station for the wireless terminal using a random access channel, RACH, configuration; receiving a random access response, RAR, from the non-serving base station, wherein the random access response is received with the primary identification of the non-serving base station, and wherein the random access response is responsive to the transmission using the RACH configuration; and transmitting the primary identification of the non-serving base station to a node of the wireless communication network other than the non-serving base station.
An apparatus for mounting over an opening in an electronics enclosure to provide electromagnetic interference (EMI) containment and other functions, comprising: a circuit board with a function-triggering button on a front side; and a membrane attached to and covering the front side of the circuit board comprising a plurality of layers including an inner layer formed of a non-conductive adhesive material abutting the front side of the circuit board and an outer layer formed of a clear material with a first side facing away from the circuit board and a second side facing toward the circuit board , wherein the plurality of layers includes a foil layer positioned between the inner layer and the outer layer , the foil layer comprising a body formed of a metal foil, wherein the membrane further includes a linear-actuated switch abutting the second side of the outer layer and extending through a switch passageway provided through the inner layer and the foil layer , whereby the function-triggering button is activated when the linear-actuated switch is moved linearly through a predefined amount of travel, wherein the metal foil comprises aluminum foil, wherein the body of the foil layer extends over the front side of the circuit board , wherein the foil layer further comprises four tabs extending outward from sides of the body, and wherein each of the tabs extends over an edge of the circuit board and abuts a portion of a back side of the circuit board opposite the front side of the circuit board . a circuit board with a function-triggering button on a front side; and a membrane attached to and covering the front side of the circuit board comprising a plurality of layers including an inner layer formed of a non-conductive adhesive material abutting the front side of the circuit board and an outer layer formed of a clear material with a first side facing away from the circuit board and a second side facing toward the circuit board , wherein the plurality of layers includes a foil layer positioned between the inner layer and the outer layer , the foil layer comprising a body formed of a metal foil, wherein the membrane further includes a linear-actuated switch abutting the second side of the outer layer and extending through a switch passageway provided through the inner layer and the foil layer , whereby the function-triggering button is activated when the linear-actuated switch is moved linearly through a predefined amount of travel, wherein the metal foil comprises aluminum foil, wherein the body of the foil layer extends over the front side of the circuit board , wherein the foil layer further comprises four tabs extending outward from sides of the body, and wherein each of the tabs extends over an edge of the circuit board and abuts a portion of a back side of the circuit board opposite the front side of the circuit board .
Locking system for locking the main shaft of a wind turbine , the locking system comprising the main shaft and a flange arranged on the main shaft , whereby a hub end of the main shaft is configured to connect to a hub of the wind turbine , the hub being configured to have at least two wind turbine blades attached to the hub , characterized in that the flange comprises at least two plane sides arranged parallel to each other on an outer circumference of the flange and the locking system further comprises a clamping device having two clamping jaws , whereby the clamping jaws are configured to clamp the flange in between the clamping jaws by contacting the two parallel plane sides of the flange .
A method for producing a foam-molded article comprising molding a resin material in molten state by clamping with split mold blocks , wherein: the resin material is prepared by adding a foaming agent to a mixture resin of a recovered resin material obtained by pulverizing a resin material that has solidified after melting and a virgin resin without thermal history of melting; and provided as a mixture of a polypropylene-based resin and a polyethylene-based elastomer; and wherein the polyethylene-based elastomer has a compounding ratio of 3% to 15% by weight of the mixture resin. the resin material is prepared by adding a foaming agent to a mixture resin of a recovered resin material obtained by pulverizing a resin material that has solidified after melting and a virgin resin without thermal history of melting; and provided as a mixture of a polypropylene-based resin and a polyethylene-based elastomer; and wherein the polyethylene-based elastomer has a compounding ratio of 3% to 15% by weight of the mixture resin.