mhurhangee/patent-ind-claim-en huggingface dataset:
An injector, comprising at least one fluid reservoir having a needle ; a surface attachable to the skin of a patient and coupled to said fluid reservoir by at least a first joint and a second joint , said first and second joints being slidable with respect to said surface , defining a first translational degree of freedom of said first and second joints , characterised in that at least one of said first and second joints has a second degree of freedom with respect to said surface , said second degree of freedom being a rotational degree of freedom permitting rotation of the fluid reservoir , and wherein when said fluid reservoir is rotated with respect to said surface , said sliding of said fluid reservoir with respect to said surface permitted by said first and second joints concurrently with said rotation of said fluid reservoir with respect to said surface permitted by the at least one of said first and second joints converts a curvilinear travel path of the needle into at least a portion of said needle crossing the surface within 5 degrees deviated from a straight line .
A trust relationship establishment method, characterized by comprising: receiving (S42), by a first function entity, a first message of a first terminal, wherein the first message comprises at least an identifier of the first terminal and an identifier of a second terminal, and the first message is used to request the first function entity to establish a trust relationship between the first terminal and the second terminal; when determining that the first terminal is authorized to allow another terminal to access a network by using the first terminal and the second terminal is authorized to access the network by using another terminal, establishing (S43), by the first function entity, the trust relationship between the first terminal and the second terminal based on the identifier of the first terminal and the identifier of the second terminal; and sending (S44), by the first function entity, the trust relationship between the first terminal and the second terminal to a first management entity; wherein the method further comprises: after establishing the trust relationship, sending (S45), by the first function entity, a first codeword to the second terminal, wherein the first codeword is a codeword that is allocated by the first function entity to the first terminal and that is used for relay discovery. receiving (S42), by a first function entity, a first message of a first terminal, wherein the first message comprises at least an identifier of the first terminal and an identifier of a second terminal, and the first message is used to request the first function entity to establish a trust relationship between the first terminal and the second terminal; when determining that the first terminal is authorized to allow another terminal to access a network by using the first terminal and the second terminal is authorized to access the network by using another terminal, establishing (S43), by the first function entity, the trust relationship between the first terminal and the second terminal based on the identifier of the first terminal and the identifier of the second terminal; and sending (S44), by the first function entity, the trust relationship between the first terminal and the second terminal to a first management entity; wherein the method further comprises: after establishing the trust relationship, sending (S45), by the first function entity, a first codeword to the second terminal, wherein the first codeword is a codeword that is allocated by the first function entity to the first terminal and that is used for relay discovery.
Control device for a gearbox control system of a motor vehicle comprising: electrical components with different levels of power loss, a rigid circuit board populated on both sides with electrical components , at least one cooling body disposed on the circuit board , wherein the at least one cooling body is disposed on the side on the circuit board on which power components are disposed, a potting material at least partly enveloping the components , wherein the circuit board is attached to the cooling body in direct contact, characterized in that the control device is embodied as an integrated module with sensors and analysis and control electronics and at least one sensor is clamped between the circuit board and the cooling body and attached thereto. electrical components with different levels of power loss, a rigid circuit board populated on both sides with electrical components , at least one cooling body disposed on the circuit board , wherein the at least one cooling body is disposed on the side on the circuit board on which power components are disposed, a potting material at least partly enveloping the components , wherein the circuit board is attached to the cooling body in direct contact, characterized in that the control device is embodied as an integrated module with sensors and analysis and control electronics and at least one sensor is clamped between the circuit board and the cooling body and attached thereto.
An image capturing method, the image capturing method is applied to applications with image capturing functions and comprises: determining a dimension adjustment approach set for a preset object in an acquired image to be processed after a dimension adjustment function of the application is turned on , in the image capturing process; obtaining an adjusted image by adjusting a dimension of the preset object in the image to be processed according to the dimension adjustment approach in the image capturing process, wherein the image to be processed is an image that has been acquired during the image capturing process but not processed in dimension adjustment and displayed yet; and displaying the adjusted image . determining a dimension adjustment approach set for a preset object in an acquired image to be processed after a dimension adjustment function of the application is turned on , in the image capturing process; obtaining an adjusted image by adjusting a dimension of the preset object in the image to be processed according to the dimension adjustment approach in the image capturing process, wherein the image to be processed is an image that has been acquired during the image capturing process but not processed in dimension adjustment and displayed yet; and displaying the adjusted image .
A method for controlling a downlink optical signal in a passive optical network, wherein the method is applied to an optical network unit, ONU, comprising: monitoring (S101, S402) power of a downlink optical signal in a process of receiving the downlink optical signal; and adjusting (S102, S403) an attenuation value of a variable optical attenuator at an ONU side according to the power of the downlink optical signal until the power of the downlink optical signal falls within a preset power range; wherein before receiving the downlink optical signal, the method further comprises: adjusting the attenuation value of the variable optical attenuator to a maximum value (S401), wherein adjusting (S102, S403) the attenuation value of the variable optical attenuator at the ONU side until the power of the downlink optical signal falls within the preset power range comprises: gradually reducing the attenuation value of the variable optical attenuator until the power of the downlink optical signal falls within the preset power range, and wherein the method comprises: in the process of receiving the downlink optical signal by a receiver, adjusting a gain value of an OA at the ONU side until the power of the downlink optical signal falls within the preset power range, if the power of the downlink optical signal is still out of the preset power range when the attenuation value of the variable optical attenuator is adjusted to a minimum value (S404), wherein the OA at the ONU side is located between the optical splitter and the ONU. monitoring (S101, S402) power of a downlink optical signal in a process of receiving the downlink optical signal; and adjusting (S102, S403) an attenuation value of a variable optical attenuator at an ONU side according to the power of the downlink optical signal until the power of the downlink optical signal falls within a preset power range; wherein before receiving the downlink optical signal, the method further comprises: adjusting the attenuation value of the variable optical attenuator to a maximum value (S401), wherein adjusting (S102, S403) the attenuation value of the variable optical attenuator at the ONU side until the power of the downlink optical signal falls within the preset power range comprises: gradually reducing the attenuation value of the variable optical attenuator until the power of the downlink optical signal falls within the preset power range, and wherein the method comprises: in the process of receiving the downlink optical signal by a receiver, adjusting a gain value of an OA at the ONU side until the power of the downlink optical signal falls within the preset power range, if the power of the downlink optical signal is still out of the preset power range when the attenuation value of the variable optical attenuator is adjusted to a minimum value (S404), wherein the OA at the ONU side is located between the optical splitter and the ONU.
A refrigeration apparatus comprising a heat source unit and a utilization unit provided with a utilization circuit having a utilization heat exchanger , the heat source unit together with the utilization unit constituting the refrigeration apparatus , the heat source unit comprising: a heat source circuit having a compression element , a heat source heat exchanger , and a receiver ; and a heat source controller , wherein the heat source circuit and the utilization circuit are connected to form a refrigerant circuit that performs a refrigeration cycle, the refrigerant circuit includes a liquid passage (P1) that allows the receiver to communicate with the utilization heat exchanger , and a first expansion valve (V1) provided in the liquid passage (P 1), and the heat source controller is configured to open the first expansion valve (V1) when the compression element is in a stopped state and a pressure (RP) in the receiver exceeds a predetermined first pressure (Pth1), characterized in that the refrigerant circuit has a pressure release valve (RV) configured to operate when the pressure (RP) in the receiver exceeds a predetermined operating pressure, and the predetermined first pressure (Pth1) is lower than the operating pressure a heat source circuit having a compression element , a heat source heat exchanger , and a receiver ; and a heat source controller , wherein the heat source circuit and the utilization circuit are connected to form a refrigerant circuit that performs a refrigeration cycle, the refrigerant circuit includes a liquid passage (P1) that allows the receiver to communicate with the utilization heat exchanger , and a first expansion valve (V1) provided in the liquid passage (P 1), and the heat source controller is configured to open the first expansion valve (V1) when the compression element is in a stopped state and a pressure (RP) in the receiver exceeds a predetermined first pressure (Pth1), characterized in that the refrigerant circuit has a pressure release valve (RV) configured to operate when the pressure (RP) in the receiver exceeds a predetermined operating pressure, and the predetermined first pressure (Pth1) is lower than the operating pressure
A system , comprising a token provider server , a first server providing a first application and a service provider providing a second server , the second server providing a second application , the system being configured to perform operations comprising: receiving , by the token provider server from the first application, a first request for a first token for first information from the first application, the first information including sensitive information of a user having initiated an application session at the first application, wherein the first request for the first token is part of the application session between a plurality of applications that includes the first application; providing , by the token provider server , the first token to the first application; providing , by the first application, the first token to the second application of the plurality of applications as part of an application session flow of the application session, receiving , by the token provider server , the first token from the second application; and processing the first token and providing the first information to the second application, by the token provider server , using, by the second application, the first information to perform an action of the application session flow. receiving , by the token provider server from the first application, a first request for a first token for first information from the first application, the first information including sensitive information of a user having initiated an application session at the first application, wherein the first request for the first token is part of the application session between a plurality of applications that includes the first application; providing , by the token provider server , the first token to the first application; providing , by the first application, the first token to the second application of the plurality of applications as part of an application session flow of the application session, receiving , by the token provider server , the first token from the second application; and processing the first token and providing the first information to the second application, by the token provider server , using, by the second application, the first information to perform an action of the application session flow.
The use as catalyst of a metal complex comprising at least one metal atom chosen from the metals from the group consisting of Pt, Pd, Ni, Rh, Ru, Os and Ir, more preferably from the group consisting of Pt and Pd and even more preferably the metal is Pt and one or more ligands, characterized in that at least one ligand comprises a silene structure which is a silene-phosphorus ylide, said ligand being a compound of formula (V): in which each R a and each R b is independently chosen from, - a hydrogen atom, - a halogen atom, - an alkyl group, - a cycloalkyl group, - a cycloalkylalkyl group, - an aryl group, and - an arylalkyl group, each R c can be independently chosen from: - a hydrogen atom, - a halogen atom, - an alkyl group, - a cycloalkyl group, - a cycloalkylalkyl group, - an aryl group, - an arylalkyl group, - an acyl group, - an amine group, - a hydroxyl group, - by an alkoxy group, it being understood that: two groups or more chosen from the R a groups, the R b groups and the R c groups, with the atoms to which they are bonded, can form a monocyclic or polycyclic ring, consisting of 3 to 20 ring members, optionally comprising one or more unsaturations and optionally comprising one or more heteroatoms chosen from O, N, Si and P, it being possible for the monocyclic or polycyclic ring group to be optionally substituted one or more times by a halogen atom, by an alkyl group, by a cycloalkyl group, by a cycloalkylalkyl group, by an aryl group, by an arylalkyl group, by an acyl group, by an amine group, by an hydroxyl group or by an alkoxy group. - a hydrogen atom, - a halogen atom, - an alkyl group, - a cycloalkyl group, - a cycloalkylalkyl group, - an aryl group, and - an arylalkyl group, - a hydrogen atom, - a halogen atom, - an alkyl group, - a cycloalkyl group, - a cycloalkylalkyl group, - an aryl group, - an arylalkyl group, - an acyl group, - an amine group, - a hydroxyl group, - by an alkoxy group,
Rotorcraft including a first power plant , at least one main rotor participating at least in providing lift for said rotorcraft in the air, and at least one tail rotor carried by a tail boom of said rotorcraft , said first power plant including at least one combustion engine , said rotorcraft including: • at least one pusher or puller propeller independent of said at least one main rotor , said at least one pusher or puller propeller at least participating in the propulsion or traction of said rotorcraft , • a second power plant including at least one electric motor transmitting a second drive torque to said at least one pusher or puller propeller and, • at least one control member configured to generate a control setpoint of said at least one electric motor ; characterized in that said rotorcraft includes at least one outlet shaft of the combustion engine and at least one power transmission unit connected to this output shaft arranged to transmit a first drive torque to said at least one main rotor and to the at least one rear rotor . • at least one pusher or puller propeller independent of said at least one main rotor , said at least one pusher or puller propeller at least participating in the propulsion or traction of said rotorcraft , • a second power plant including at least one electric motor transmitting a second drive torque to said at least one pusher or puller propeller and, • at least one control member configured to generate a control setpoint of said at least one electric motor ;
Calcium material, of general formula (I): {[(Ca(OH) 2 ) 1-x (CaO) x ] y (CaCO 3 ) z (C o ) w } 1-v (H 2 O) v wherein 0≤x≤1, 0.06≤y≤0.75, 0.14≤z≤0.93, 0.01≤w≤0.11, 0≤v≤0.44 and C o designates a carbon containing fraction comprising one or more compounds selected from the group consisting of calcium alkoxyalkoxide, alkoxyalcohol, alcohol, calcium alkoxide, graphite and combinations thereof, wherein the alkoxyalkoxide in the calcium alkoxyalkoxide is an alkoxyalkoxide of general formula R 1 OAO - , wherein A is a divalent, optionally substituted, linear or branched C 1 -C 6 alkyl chain and R 1 is a linear C 1 -C 6 alkyl chain or C 6 -C 12 aryl; the alkoxyalcohol is an alkoxyalcohol of general formula R 1 OAOH, wherein A is a divalent, optionally substituted, linear or branched C 1 -C 6 alkyl chain and R 1 is a linear C 1 -C 6 alkyl chain or C 6 -C 12 aryl; the alcohol is linear or branched, optionally substituted, C 1 -C 6 alkyl alcohol or C 6 -C 12 aryl alcohol and the calcium alkoxide is linear or branched, optionally substituted, C 1 -C 6 alkyl calcium alkoxide or C 6 -C 12 aryl calcium alkoxide and when each occurrence of A or R 1 are substituted, the substituent is selected from -(CH 2 ) n OR' and -(CH 2 ) n NR'R', wherein n is an integer selected from 0 to 6 and R' is independently selected from H and C 1 -C 6 linear alkyl chain.
Panel, in particular wall-, ceiling- or floor-panel, comprising a carrier layer with a front side and a rear side, wherein the carrier layer comprises at least at its front side as seen from the front side the following layers: - a primer layer obtained by application by means of a curtain coating method; - a decor layer comprising a polymerizable print color; and - a polymer layer , wherein the polymer layer preferably comprises a hardness gradient, so that the hardness of the polymer layer continuously decreases with increasing depth as seen from the surface of the polymer layer. - a primer layer obtained by application by means of a curtain coating method; - a decor layer comprising a polymerizable print color; and - a polymer layer , wherein the polymer layer preferably comprises a hardness gradient, so that the hardness of the polymer layer continuously decreases with increasing depth as seen from the surface of the polymer layer.
A ponytail holder , comprising: a frustoconical base having first and second parts each mutually connected at a hinged edge and positionable between open and closed positions , each part having an inner surface , an outer surface , and a clasping edge opposite the hinged edge , the clasping edge of each part mutually, selectively fastenable to secure the base in the closed position, each part having a top edge and a bottom edge that together form a top opening and a bottom opening , respectively, when the base is in the closed position ; and a base battery fixed with the base (20; characterized by the bottom edge of each part being at least partially covered with a conductive surface and electrically connected to opposing sides of the base battery ; a frustoconical cover fixable with the base when the base is in the closed position , the cover including an outer surface , an inner surface adapted to abut the outer surface of each part of the base , a top opening and a bottom opening ; the cover including at least two conductive inward projections proximate the bottom opening of the cover , each projection adapted for a snap fit with the bottom edge of the base to mechanically and electrically secure the cover to the base ; a plurality of cover LEDs fixed with the cover , each cover LED connected with the conductive projections of the cover to connect the cover LED to the base battery when the cover is engaged with the base to illuminate the cover LEDs . a frustoconical base having first and second parts each mutually connected at a hinged edge and positionable between open and closed positions , each part having an inner surface , an outer surface , and a clasping edge opposite the hinged edge , the clasping edge of each part mutually, selectively fastenable to secure the base in the closed position, each part having a top edge and a bottom edge that together form a top opening and a bottom opening , respectively, when the base is in the closed position ; and a base battery fixed with the base (20; the bottom edge of each part being at least partially covered with a conductive surface and electrically connected to opposing sides of the base battery ; a frustoconical cover fixable with the base when the base is in the closed position , the cover including an outer surface , an inner surface adapted to abut the outer surface of each part of the base , a top opening and a bottom opening ; the cover including at least two conductive inward projections proximate the bottom opening of the cover , each projection adapted for a snap fit with the bottom edge of the base to mechanically and electrically secure the cover to the base ; a plurality of cover LEDs fixed with the cover , each cover LED connected with the conductive projections of the cover to connect the cover LED to the base battery when the cover is engaged with the base to illuminate the cover LEDs .
A vitrectomy probe for treating an eye of a patient, the probe comprising: a body arranged for grasping by a surgeon; and a photodisruption element extending from the body, the photodisruption element including: a needle having a main lumen extending from the body, the needle comprising a port at an end; a fiber cannula within the main lumen, the fiber cannula having a fiber lumen ; and an optical fiber within the fiber lumen, the optical fiber being mechanically agitatable within the fiber lumen; and an agitation mechanism to agitate the optical fiber within the fiber lumen such that a laser beam extending from the optical fiber scans the port, characterised in that the agitation mechanism is configured to agitate the optical fiber at a frequency within a range of 10 Hz to 10 kHz. a body arranged for grasping by a surgeon; and a photodisruption element extending from the body, the photodisruption element including: a needle having a main lumen extending from the body, the needle comprising a port at an end; a fiber cannula within the main lumen, the fiber cannula having a fiber lumen ; and an optical fiber within the fiber lumen, the optical fiber being mechanically agitatable within the fiber lumen; and a needle having a main lumen extending from the body, the needle comprising a port at an end; a fiber cannula within the main lumen, the fiber cannula having a fiber lumen ; and an optical fiber within the fiber lumen, the optical fiber being mechanically agitatable within the fiber lumen; and an agitation mechanism to agitate the optical fiber within the fiber lumen such that a laser beam extending from the optical fiber scans the port, characterised in that the agitation mechanism is configured to agitate the optical fiber at a frequency within a range of 10 Hz to 10 kHz.