mhurhangee/patent-ind-claim-en huggingface dataset:
Chassis component having two chassis component parts which are connected movably to one another, wherein a first chassis component part is a joint with at least one axis of rotation and a further chassis component part is a structure part , the structure part being mounted so as to be movable in an articulated manner about the axis of rotation of the joint by means of the joint , and having a measuring device for determining a relative position of the two chassis component parts connected movably to one another, wherein the measuring device has a signal transmitter and a sensor device with a signal receiver , wherein the sensor device is arranged on the structure part and the signal transmitter is arranged on the joint , wherein the sensor device extends through a passage opening , and the sensor device has a first end portion and a second end portion , which is remote from the first end portion , wherein the first end portion and the second end portion are arranged outside the passage opening and the signal receiver of the sensor device is arranged within the passage opening , wherein the passage opening extends transversely or at a right angle to the axis of rotation of the joint and parallel to a longitudinal axis of the structure part , and the second end portion has a connection device for connection to an evaluation device, wherein the sensor device has a fastening device for fixing of the sensor device to the structure part , characterized in that the joint is in the form of a ball sleeve joint or in the form of a ball pin joint and the structure part is in the form of a link, a wheel carrier, a flange joint or a track rod, wherein the first end portion of the sensor device has the fastening device and the first end portion , for forming the fastening device , has a passage hole for a fastening means to be passed through.
A first unit for relaying content between a head end and a plurality of users remote from the head end , the first unit arranged to receive a downstream optical signal from the head end and deliver the signal to each of the plurality of users, the first unit comprising: (i) an array of amplifiers , each amplifier arranged to receive the downstream optical signal at a respective amplifier input, and each amplifier connected to a respective plurality of ports in a splitter/combiner unit , where the splitter/combiner unit is arranged to receive and combine respective upstream signals; and (ii) a multiplexer arranged to multiplex the respective upstream signal with the downstream optical signal from the head end ; (iii) at least one transmitter arranged to receive respective upstream signals from upstream ports of the splitter/combiner unit and direct the respective upstream signals to the multiplexer . (i) an array of amplifiers , each amplifier arranged to receive the downstream optical signal at a respective amplifier input, and each amplifier connected to a respective plurality of ports in a splitter/combiner unit , where the splitter/combiner unit is arranged to receive and combine respective upstream signals; and (ii) a multiplexer arranged to multiplex the respective upstream signal with the downstream optical signal from the head end ; (iii) at least one transmitter arranged to receive respective upstream signals from upstream ports of the splitter/combiner unit and direct the respective upstream signals to the multiplexer .
A prefilled injection device , comprising: - a tubular containment body , which extends along an axis between a front end element and a rear end element , the front element comprising a spout to which a needle is connectable; - a first and a second plug arranged inside the tubular body , so as to delimit therebetween a second containment chamber (400L2) in the tubular body containing a second either solid or liquid substance; - a third plug connected to a syringe piston and forming a first containment chamber (400L1) with said second plug in the tubular body , the first containment chamber (400L1) containing a first liquid substance; - at least one bypass channel , configured to assume alternatively a closed state or an opened state; wherein: - the first plug is arranged in a fixed position either near or in contact with said front end element along said axis; - the second plug hermetically separates the first containment chamber (400L1) from the second containment chamber (400L2); - the second and third plugs are configured and adapted to slide inside the tubular body ; - the tubular body comprises an inner wall provided with a recess defining said at least one bypass channel , wherein the at least one bypass channel is positioned between the first plug and the second plug in an initial configuration of the first and second plug; the prefilled injection device being characterized in that said first plug comprises liquid communication means for passing, upon a movement of the syringe piston towards the front element , from a first closed state to a second opened state. - a tubular containment body , which extends along an axis between a front end element and a rear end element , the front element comprising a spout to which a needle is connectable; - a first and a second plug arranged inside the tubular body , so as to delimit therebetween a second containment chamber (400L2) in the tubular body containing a second either solid or liquid substance; - a third plug connected to a syringe piston and forming a first containment chamber (400L1) with said second plug in the tubular body , the first containment chamber (400L1) containing a first liquid substance; - at least one bypass channel , configured to assume alternatively a closed state or an opened state; - the first plug is arranged in a fixed position either near or in contact with said front end element along said axis; - the second plug hermetically separates the first containment chamber (400L1) from the second containment chamber (400L2); - the second and third plugs are configured and adapted to slide inside the tubular body ; - the tubular body comprises an inner wall provided with a recess defining said at least one bypass channel , wherein the at least one bypass channel is positioned between the first plug and the second plug in an initial configuration of the first and second plug; the prefilled injection device being characterized in that said first plug comprises liquid communication means for passing, upon a movement of the syringe piston towards the front element , from a first closed state to a second opened state.
A method of determining the power consumption of a lighting device, the lighting device comprising a lamp unit for emitting illumination to illuminate a space, and a powering device which supplies an electrical power signal to power the lamp unit to emit said illumination; wherein said method comprises: storing (S232) power consumption data of a plurality of types of powering device under different lamp unit loading conditions; at the lamp unit, determining (S206) a type of the powering device to which the lamp unit is coupled at the lamp unit, determining (S204) an operating status of the lamp unit; determining (S208) a corresponding power consumption of the powering device from the stored power consumption data, based on the determined type of the powering device and on the operating status of the lamp unit ; and calculating (S210) the total power consumption of the lighting device as the sum of the power consumption of the powering device and the lamp unit; characterised in that said determination (S206) of a type of powering device is based on an analysis of the electrical power signal received at the lamp unit from the powering device. storing (S232) power consumption data of a plurality of types of powering device under different lamp unit loading conditions; at the lamp unit, determining (S206) a type of the powering device to which the lamp unit is coupled at the lamp unit, determining (S204) an operating status of the lamp unit; determining (S208) a corresponding power consumption of the powering device from the stored power consumption data, based on the determined type of the powering device and on the operating status of the lamp unit ; and calculating (S210) the total power consumption of the lighting device as the sum of the power consumption of the powering device and the lamp unit; characterised in that said determination (S206) of a type of powering device is based on an analysis of the electrical power signal received at the lamp unit from the powering device.
Method of heating a continuously conveyed carbon fibre strand , characterized in that the heating is effected by supplying electrical current (I) to the carbon fibre strand , wherein the carbon fibre strand is spread out before electrical current (I) is supplied, wherein the heating is effected to a temperature (T) corresponding at least to a softening temperature of a size or impregnation present on fibres of the carbon fibre strand , and wherein the heating is effected to a temperature (T) corresponding at least to a breakdown temperature of a size present on fibres of the carbon fibre strand .
Sink arrangement with a sink basin and a sink fitting , which has a water outlet and can be pivoted between a pouring position, in which the sink fitting is pivoted out of the sink basin , and at least one stowing position, in which the sink fitting is arranged inside the sink basin , the sink arrangement having, at a distance from an upper basin rim of the sink basin , a water-carrying rotary union through a side wall of the sink basin , via which water is fed from outside the sink basin through the side wall of the sink basin into the sink fitting , the rotary union having a sleeve through which at least one water supply line , preferably a hot water supply line and a cold water supply line, is introduced from outside the sink basin through the side wall into the sink fitting , characterized in that the sleeve has an open inner diameter which is a multiple of the outer diameter of the at least one water supply line .
A case for a gas turbine engine, the case comprising: a case wall ; and a boss (124;124';124") that extends from the case wall , the boss (124;124';124") including a flat top surface , a perimeter step atop the boss (124;124';124"), wherein the perimeter step is radiused, characterised in that : the perimeter step defines a height parallel to the flat top surface of the boss (124;124';124"), the perimeter step being of a uniform height . a case wall ; and a boss (124;124';124") that extends from the case wall , the boss (124;124';124") including a flat top surface , a perimeter step atop the boss (124;124';124"), wherein the perimeter step is radiused, characterised in that : the perimeter step defines a height parallel to the flat top surface of the boss (124;124';124"), the perimeter step being of a uniform height .
Loading bridge for vehicles , in particular trailers, with a bridge frame having a plurality of interconnected frame members (12-17) and with a baseplate , characterized in that the baseplate has a downwardly angled, preferably bent, plate edge , wherein the baseplate rests in a manner supported on a plurality of frame members (12-17) and is guided by its plate edge in a form-fitting manner on frame members (12-17).
A wound dressing for protection and prevention of infection of a damaged region of the skin, wherein a transdermal material for attaching the wound dressing to the skin is contained and a mixture of methylene blue and two kinds of organic acids 1 and 2 is applied to the transdermal material as a composition for wound healing, wherein the organic acid 1 is selected from the group consisting of docosahexaenoic acid (DHA), indole-3-acetic acid (IAA), tranexamic acid, salicylic acid, ascorbic acid, linoleic acid, linolenic acid, deoxycholic acid, folic acid, retinoic acid, cholic acid, glycocholic acid, taurocholic acid, chenodeoxycholic acid, glycochenodeoxycholic acid, taurochenodeoxycholic acid, lithocholic acid, salicylsalicylic acid, acetylsalicylic acid, methyl salicylic acid, and phenylacetic acid; the organic acid 2 is oleic acid; and wherein in a mass ratio of the methylene blue and two kinds of organic acids, the mass of organic acid 1 is 1 to 5 times greater than the mass of the methylene blue, and the mass of the organic acid 2 is 50 to 500 times greater than the mass of the mixture of the methylene blue and the organic acid 1.
A connector for electrically connecting at least one first superconducting conductor to at least one second superconducting conductor , comprising: - an electrically conductive base element with a first end portion on which the at least one first superconducting conductor can be electrically contacted and a second end portion on which the at least one second superconducting conductor can be electrically contacted, wherein the base element has at least one groove; characterized in that the connector has at least one superconducting additional element that is arranged at least in regions in the groove in the base element and extends from the first end portion to the second end portion of the base element , wherein the at least one superconducting additional element is integrated into the connector independently of the conductors to be connected to each other. - an electrically conductive base element with a first end portion on which the at least one first superconducting conductor can be electrically contacted and a second end portion on which the at least one second superconducting conductor can be electrically contacted, wherein the base element has at least one groove; characterized in that the connector has at least one superconducting additional element that is arranged at least in regions in the groove in the base element and extends from the first end portion to the second end portion of the base element , wherein the at least one superconducting additional element is integrated into the connector independently of the conductors to be connected to each other.
A method for operating a security tag , comprising: - receiving, by the security tag , an authorization code comprising a security tag identifier signed using a cryptographic key of a plurality of cryptographic keys that are respectively assigned to a plurality of security tags ; - performing operations by the security tag to determine if the security tag identifier matches an internally stored identifier and if so, performing operations by the security tag to verify a signature of the authorization code, wherein, upon verification of the signature, the security tag sets a status bit to a value indicating that it is coupled to an article that no longer constitutes inventory to be sold or loaned; and - responsive to the signature's verification, performing detach operations or deactivation operations by the security tag , where the detach operations cause a mechanical detachment of the security tag from an item and the deactivation operations cause a disablement of a response by the security tag to an interrogation signal from a Radio Frequency Identification, RFID, system or an Electronic Article Surveillance, EAS, system ; wherein the authorization code is received by the security tag from a Point Of Sale (POS) terminal ; further comprising performing operations by the security tag to notify an enterprise system of the security tag's mechanical detachment from an item or the disablement of the security tag's ability to respond to the interrogation signal. - receiving, by the security tag , an authorization code comprising a security tag identifier signed using a cryptographic key of a plurality of cryptographic keys that are respectively assigned to a plurality of security tags ; - performing operations by the security tag to determine if the security tag identifier matches an internally stored identifier and if so, performing operations by the security tag to verify a signature of the authorization code, wherein, upon verification of the signature, the security tag sets a status bit to a value indicating that it is coupled to an article that no longer constitutes inventory to be sold or loaned; and - responsive to the signature's verification, performing detach operations or deactivation operations by the security tag , where the detach operations cause a mechanical detachment of the security tag from an item and the deactivation operations cause a disablement of a response by the security tag to an interrogation signal from a Radio Frequency Identification, RFID, system or an Electronic Article Surveillance, EAS, system ; wherein the authorization code is received by the security tag from a Point Of Sale (POS) terminal ; further comprising performing operations by the security tag to notify an enterprise system of the security tag's mechanical detachment from an item or the disablement of the security tag's ability to respond to the interrogation signal.
A chair which includes a rounded lower portion , the convex side of the rounded lower portion being arranged to rest on a supporting surface , and a seat portion ; the chair is provided with a rigid supporting element between the rounded lower portion and the seat portion , wherein: - the supporting element of the chair is formed of at least two outward-curving arms between the peripheral portion of the rounded lower portion and the seat portion ; - the outward-curving arms and the rounded lower portion form a curved joint ; characterized in that : - the rounded lower portion is a spherical lower portion; and in that - the supporting element tapers towards a middle portion of the chair so that the width (W''') of the supporting element in the middle portion is smaller than a width (W) of the seat portion . - the supporting element of the chair is formed of at least two outward-curving arms between the peripheral portion of the rounded lower portion and the seat portion ; - the outward-curving arms and the rounded lower portion form a curved joint ; characterized in that : - the rounded lower portion is a spherical lower portion; and in that - the supporting element tapers towards a middle portion of the chair so that the width (W''') of the supporting element in the middle portion is smaller than a width (W) of the seat portion . - the rounded lower portion is a spherical lower portion; and in that - the supporting element tapers towards a middle portion of the chair so that the width (W''') of the supporting element in the middle portion is smaller than a width (W) of the seat portion .
An insulation detection method of an energy storage system comprising: a power conversion system , a main control cabinet , and a plurality of electric cabinets, wherein the main control cabinet comprises a main power management system and an insulation detection board , each electric cabinet comprises a high voltage safety box , and the high voltage safety box comprises a main positive relay and a main negative relay; the insulation detection method comprising: turning on a main positive relay and a main negative relay in a high voltage safety box of each electric cabinet in the energy storage system ; controlling the insulation detection board to perform insulation detection on the energy storage system at the main power management system , and to report an insulation detection result at the main power management system to a power conversion system ; controlling, in a case that the insulation detection result at the main power management system indicates no fault and no instruction of starting insulation detection at the power conversion system is received, the insulation detection board to continue performing the insulation detection on the energy storage system at the main power management system ; and instructing, in a case that the insulation detection result at the main power management system indicates an insulation fault, a battery management system of each electric cabinet to control the main positive relay and the main negative relay in the high voltage safety box to turn off. turning on a main positive relay and a main negative relay in a high voltage safety box of each electric cabinet in the energy storage system ; controlling the insulation detection board to perform insulation detection on the energy storage system at the main power management system , and to report an insulation detection result at the main power management system to a power conversion system ; controlling, in a case that the insulation detection result at the main power management system indicates no fault and no instruction of starting insulation detection at the power conversion system is received, the insulation detection board to continue performing the insulation detection on the energy storage system at the main power management system ; and instructing, in a case that the insulation detection result at the main power management system indicates an insulation fault, a battery management system of each electric cabinet to control the main positive relay and the main negative relay in the high voltage safety box to turn off.
A method for providing a multi-connection by a user equipment, UE , using different radio access technologies in a wireless communication system, characterised by : receiving, from a base station , a radio resource control, RRC, control message instructing to reestablish a first bearer to a second bearer or reestablish the second bearer to the first bearer, wherein the first bearer is associated with a long term evolution, LTE, communication and the second bearer is associated with both the LTE communication and a wireless fidelity, WIFI, communication; performing a packet data convergence protocol, PDCP, reordering if the first bearer is reestablished to the second bearer based on the RRC control message; and performing the PDCP reordering and transmitting a PDCP status report if the second bearer is reestablished to the first bearer based on the RRC control message. receiving, from a base station , a radio resource control, RRC, control message instructing to reestablish a first bearer to a second bearer or reestablish the second bearer to the first bearer, wherein the first bearer is associated with a long term evolution, LTE, communication and the second bearer is associated with both the LTE communication and a wireless fidelity, WIFI, communication; performing a packet data convergence protocol, PDCP, reordering if the first bearer is reestablished to the second bearer based on the RRC control message; and performing the PDCP reordering and transmitting a PDCP status report if the second bearer is reestablished to the first bearer based on the RRC control message.