mhurhangee/patent-ind-claim-en huggingface dataset:
A device for holding a radio frequency identification device, comprising: - a housing (12; 212) having an interior cavity and one open side in communication with the interior cavity ; - a base (20; 220) secured at least to the housing (12; 212), the base having a first side wall and a second side wall and at least one slot (30, 32; 490, 492) extending through the base from the first side wall to the second side wall; - a first locking plate (16a; 316a; 416a) configured to fit within the at least one slot (30, 32; 490; 492) from the first side of the base (20; 220), the first locking plate comprising at least a first sheet portion , at least a first locking member and a first flange located at one edge of the first locking plate (16; 316a; 416a); - a second locking plate (16b; 316b; 416b) configured to fit within the at least one slot (30, 32; 490; 492) from the second side of the base (20; 220), the second locking plate comprising at least a second sheet portion , a second locking member and a second flange located at one edge of the second locking plate (16b; 316b; 416b); wherein, when the first and second sheet portions of the first and second locking plates (16a, 16b; 316a, 316b; 416a, 416b) are positioned in the at least one slot (30, 32; 490, 492) the first and second sheet portions overlap, and the first flange extends along at least a portion of the first side wall of the base (20; 220) and the second flange extends along at least a portion of the second side wall of the base (20; 220) whereby the first and second flanges are configured to engage the object to be identified. - a housing (12; 212) having an interior cavity and one open side in communication with the interior cavity ; - a base (20; 220) secured at least to the housing (12; 212), the base having a first side wall and a second side wall and at least one slot (30, 32; 490, 492) extending through the base from the first side wall to the second side wall; - a first locking plate (16a; 316a; 416a) configured to fit within the at least one slot (30, 32; 490; 492) from the first side of the base (20; 220), the first locking plate comprising at least a first sheet portion , at least a first locking member and a first flange located at one edge of the first locking plate (16; 316a; 416a); - a second locking plate (16b; 316b; 416b) configured to fit within the at least one slot (30, 32; 490; 492) from the second side of the base (20; 220), the second locking plate comprising at least a second sheet portion , a second locking member and a second flange located at one edge of the second locking plate (16b; 316b; 416b); wherein, when the first and second sheet portions of the first and second locking plates (16a, 16b; 316a, 316b; 416a, 416b) are positioned in the at least one slot (30, 32; 490, 492) the first and second sheet portions overlap, and the first flange extends along at least a portion of the first side wall of the base (20; 220) and the second flange extends along at least a portion of the second side wall of the base (20; 220) whereby the first and second flanges are configured to engage the object to be identified.
An optoelectronic sensor for detecting objects in a monitored zone that has a light transmitter for transmitting transmitted light , a light receiver for generating a received signal from transmitted light reflected by objects in the monitored zone, a control and evaluation unit for determining information on objects in the monitored zone with reference to the received signal, and an optical element that is arranged in the optical path of the transmitted light of the light transmitter such that some of the transmitted light enters into the monitored zone as detection light, characterized in that the optical element has a transparent light guide that guides some of the transmitted light to a reference light receiver ; and in that the optical element has a diaphragm having an aperture for the transmitted light .
A method performed by a device for generating a virtual code for authentication, comprising: transmitting (S110) time data to a card upon tagging of the card in which an IC chip has been embedded; receiving (S120), from the card, a virtual code for primary authentication generated based on the time data; generating (S130) a virtual code for secondary authentication by using the virtual code for primary authentication; transmitting (S140) at least one of the virtual code for primary authentication and the virtual code for secondary authentication to a server; and requesting (S150) the server to perform verification on the at least one; characterized in that : the virtual code for primary authentication comprises a plurality of codes, a first code of the plurality of codes is generated based on the time data and a first OTP, and a second code of the plurality of codes is generated by excluding, from the first code, first user identification, UID, which is identification information of the card. transmitting (S110) time data to a card upon tagging of the card in which an IC chip has been embedded; receiving (S120), from the card, a virtual code for primary authentication generated based on the time data; generating (S130) a virtual code for secondary authentication by using the virtual code for primary authentication; transmitting (S140) at least one of the virtual code for primary authentication and the virtual code for secondary authentication to a server; and requesting (S150) the server to perform verification on the at least one; characterized in that : the virtual code for primary authentication comprises a plurality of codes, a first code of the plurality of codes is generated based on the time data and a first OTP, and a second code of the plurality of codes is generated by excluding, from the first code, first user identification, UID, which is identification information of the card. the virtual code for primary authentication comprises a plurality of codes, a first code of the plurality of codes is generated based on the time data and a first OTP, and a second code of the plurality of codes is generated by excluding, from the first code, first user identification, UID, which is identification information of the card.
Mineral pigment containing calcium carbonate characterised in that it contains a product formed in situ by double and/or multi reaction between one calcium carbonate and the reaction product(s) of said carbonate with gaseous CO 2 formed in situ and/or from an external feed, and the reaction product(s) of said carbonate with one or more moderately strong, i.e. having a pK a between 0 and 2.5 inclusive at 22°C, to strong, i.e. having a pK a of less than or equal to zero at 22°C, H 3 O + ion donors and at least one aluminium silicate and/or at least one synthetic silica and/or at least one calcium silicate and/or at least one silicate of a monovalent salt and optionally at least one aluminium hydroxide and/or optionally at least one sodium and/or potassium aluminate, and in that it contains less than 0.1% by weight of silicate of a monovalent salt based on the dry weight of calcium carbonate, and characterised in that it has a pH above 7.5 measured at 20°C; characterised in that the mineral pigment has a BET specific surface area of between 25m 2 /g and 200m 2 /g measured according to the standard, ISO 9277.
An isolated herpesvirus entry mediator (HVEM) polypeptide, wherein the polypeptide consists of amino acids 39-120 of SEQ ID NO: 79 or amino acids 39-141 of SEQ ID NO:79 and wherein the polypeptide comprises an amino acid substitution at residue position 109 of SEQ ID NO: 79, the substitution being R109W.
An oxidant reduction electrode module for coupling to a cell cover and immersion into an ionically conductive medium of an electrochemical cell, the oxidant reduction electrode module comprising: a housing configured to define a gaseous oxidant receiving space therein; an oxidant reduction electrode having an oxidant facing side and an ionically conductive medium facing side , the oxidant reduction electrode mounted to said housing such that the oxidant reduction electrode defines a boundary wall for the gaseous oxidant receiving space, with the oxidant facing side facing inwardly to the gaseous oxidant receiving space and the ionically conductive medium facing side facing outwardly for exposure to the ionically conductive medium; and a gaseous oxidant inlet and a gaseous oxidant outlet in communication with the gaseous oxidant receiving space; wherein the gaseous oxidant inlet is configured to allow an oxidant into the gaseous oxidant receiving space, the oxidant reduction electrode is configured to absorb the gaseous oxidant via the oxidant facing side and reduce the gaseous oxidant during discharge of the electrochemical cell;. characterized in that the oxidant reduction electrode module further comprises an electrical conductor provided in a conductor channel , or in a gaseous inlet or outlet , and electrically connected to the oxidant reduction electrode ; wherein the electrical conductor is configured to electrically connect the oxidant reduction electrode with circuitry in the cell cover. a housing configured to define a gaseous oxidant receiving space therein; an oxidant reduction electrode having an oxidant facing side and an ionically conductive medium facing side , the oxidant reduction electrode mounted to said housing such that the oxidant reduction electrode defines a boundary wall for the gaseous oxidant receiving space, with the oxidant facing side facing inwardly to the gaseous oxidant receiving space and the ionically conductive medium facing side facing outwardly for exposure to the ionically conductive medium; and a gaseous oxidant inlet and a gaseous oxidant outlet in communication with the gaseous oxidant receiving space; wherein the gaseous oxidant inlet is configured to allow an oxidant into the gaseous oxidant receiving space, the oxidant reduction electrode is configured to absorb the gaseous oxidant via the oxidant facing side and reduce the gaseous oxidant during discharge of the electrochemical cell;. characterized in that the oxidant reduction electrode module further comprises an electrical conductor provided in a conductor channel , or in a gaseous inlet or outlet , and electrically connected to the oxidant reduction electrode ; wherein the electrical conductor is configured to electrically connect the oxidant reduction electrode with circuitry in the cell cover.
A vehicle control system for at least one vehicle subsystem of a vehicle , the system being operable to activate a vehicle launch assist (VLA) function to prevent excessive wheel slip when the vehicle is travelling below a threshold speed below which a vehicle slip control system is not permitted to take action to reduce slip, wherein the vehicle slip control system is a system operable to reduce slip independently of the vehicle launch assist function, when the vehicle launch assist function is active the system being configured to impose a set of one or more prescribed constraints on an amount of torque applied to one or more wheels of the vehicle , wherein the set of one or more constraints are determined by reference to information or data in respect of an amount of wheel torque that may be applied before the amount of wheel slip exceeds a prescribed value, the information or data comprising tyre pressure data.
A method of controlling voltage balancing of a modular multi-level converter, the method comprising: receiving, by an input unit , state information on each of n sub modules in an arm module (20 to 25); grouping, by the input unit , the n sub modules into m sub module groups; receiving, by a determination unit , first state information on each of the sub modules in a first one of the m sub module groups, among the received state information on each of the n sub modules; receiving, by the determination unit , second state information on each of the sub modules not included in the first sub module group, among state information on each of the n sub modules previously stored in a memory ; determining, by the determination unit , switching control of a sub module by using the first state information and the second state information; and updating the memory with the first state information, repeating the above steps m times, once for each sub module group, such that for m cycles, the state information on each of the sub modules in each of the m sub module groups is received once by the determination unit or the memory . receiving, by an input unit , state information on each of n sub modules in an arm module (20 to 25); grouping, by the input unit , the n sub modules into m sub module groups; receiving, by a determination unit , first state information on each of the sub modules in a first one of the m sub module groups, among the received state information on each of the n sub modules; receiving, by the determination unit , second state information on each of the sub modules not included in the first sub module group, among state information on each of the n sub modules previously stored in a memory ; determining, by the determination unit , switching control of a sub module by using the first state information and the second state information; and updating the memory with the first state information, repeating the above steps m times, once for each sub module group, such that for m cycles, the state information on each of the sub modules in each of the m sub module groups is received once by the determination unit or the memory .
A multilayered body comprising: a base material including a metal tone glossy surface having a metal tone glossiness; and a color layer layered on the metal tone glossy surface, characterized in that the color layer is formed from a plurality of dots that constitute an image, a gap is formed between the dots by separating the adjacent dots from each other, or formed between partially overlapping dots, and the color layer has an arithmetic mean height and a transmission density located in a region below a straight line represented as y = -0.0625x + 0.8 on coordinates of the arithmetic mean height x and the transmission density y. a base material including a metal tone glossy surface having a metal tone glossiness; and a color layer layered on the metal tone glossy surface, characterized in that the color layer is formed from a plurality of dots that constitute an image, a gap is formed between the dots by separating the adjacent dots from each other, or formed between partially overlapping dots, and the color layer has an arithmetic mean height and a transmission density located in a region below a straight line represented as y = -0.0625x + 0.8 on coordinates of the arithmetic mean height x and the transmission density y.
A power control circuitry for controlling a radio frequency, RF, transmitter of a network equipment or a user equipment, the power control circuitry comprising: a controller configured to control a power level of an RF signal generated by the RF transmitter for transmission via an antenna arrangement , wherein the power level is controlled based on information about an object within a coverage area of the antenna arrangement , wherein the RF signal is partitioned in a plurality of radio frames and the controller is configured to reduce the power level of the RF signal based on suppressing transmission of a subset of the radio frames of the RF signal and to coordinate with at least one other RF transmitter which of the radio frames of the RF signal to transmit by the RF transmitter .
A hoisting machine comprising: a trolley that is transported by self-propulsion means; a hoisting motor mounted on the trolley ; a hoisting drum attached to the hoisting motor ; a rope attached to the hoisting drum ; a hook attached to the rope ; a center-of-gravity distance inputting unit , in which a center-of-gravity distance is input; and a controller configured to specify a transport speed of the trolley , wherein the controller is configured to specify the transport speed of the trolley based on the center-of-gravity distance between a center-of-gravity position of a suspended load suspended from the hook and a predetermined position located distant from the center-of-gravity position in longitudinal direction of the rope in an area from the hoisting drum to a floor surface, wherein the center-of-gravity position and the center-of-gravity distance are estimated by an operator, wherein the center-of-gravity distance inputting unit includes a suspended-load ID inputting section in which an ID of the suspended load is input, an inputting section in which the estimated center-of-gravity distance is input, and a storage section that stores the ID of the suspended load and the center-of-gravity distance in an associating manner, and wherein the center-of-gravity distance associated with the ID of the suspended load input from the suspended-load ID inputting section is read from the storage section, and the read center-of-gravity distance is transmitted to the controller via the communication unit . a trolley that is transported by self-propulsion means; a hoisting motor mounted on the trolley ; a hoisting drum attached to the hoisting motor ; a rope attached to the hoisting drum ; a hook attached to the rope ; a center-of-gravity distance inputting unit , in which a center-of-gravity distance is input; and a controller configured to specify a transport speed of the trolley , wherein the controller is configured to specify the transport speed of the trolley based on the center-of-gravity distance between a center-of-gravity position of a suspended load suspended from the hook and a predetermined position located distant from the center-of-gravity position in longitudinal direction of the rope in an area from the hoisting drum to a floor surface, wherein the center-of-gravity position and the center-of-gravity distance are estimated by an operator, wherein the center-of-gravity distance inputting unit includes a suspended-load ID inputting section in which an ID of the suspended load is input, an inputting section in which the estimated center-of-gravity distance is input, and a storage section that stores the ID of the suspended load and the center-of-gravity distance in an associating manner, and wherein the center-of-gravity distance associated with the ID of the suspended load input from the suspended-load ID inputting section is read from the storage section, and the read center-of-gravity distance is transmitted to the controller via the communication unit .
A ground effect craft comprising: a ground effect lift surface ; a first sponson ; a second sponson ; characterized in that the ground effect craft further comprises: a dynamic seal configured, when there is relative airflow across the ground effect lift surface, to maintain or increase pressure under the ground effect lift surface during movement of at least one of the first sponson or the second sponson; the dynamic seal comprises a seal between the first sponson and the ground effect lift surface and between the second sponson and the ground effect lift surface; wherein the dynamic seal is configured to allow for movement of the sponsons relative to the ground effect lift surface, thereby maintaining the seal to entrap air and generate lift when the first or second sponson deflects relative to the ground effect lift surface. a ground effect lift surface ; a first sponson ; a second sponson ; characterized in that the ground effect craft further comprises: a dynamic seal configured, when there is relative airflow across the ground effect lift surface, to maintain or increase pressure under the ground effect lift surface during movement of at least one of the first sponson or the second sponson; the dynamic seal comprises a seal between the first sponson and the ground effect lift surface and between the second sponson and the ground effect lift surface; wherein the dynamic seal is configured to allow for movement of the sponsons relative to the ground effect lift surface, thereby maintaining the seal to entrap air and generate lift when the first or second sponson deflects relative to the ground effect lift surface. a dynamic seal configured, when there is relative airflow across the ground effect lift surface, to maintain or increase pressure under the ground effect lift surface during movement of at least one of the first sponson or the second sponson; the dynamic seal comprises a seal between the first sponson and the ground effect lift surface and between the second sponson and the ground effect lift surface; wherein the dynamic seal is configured to allow for movement of the sponsons relative to the ground effect lift surface, thereby maintaining the seal to entrap air and generate lift when the first or second sponson deflects relative to the ground effect lift surface.
A method for manufacturing a cannula unit , comprising the steps: - in a first step, providing a flexible cannula with an end area that deviates from the shape of the rest of the cannula, wherein the end area has a funnel-like shape or the shape of a flange ; - providing a housing with a conical bushing or a seat which corresponds to the flange ; and - connecting the end area of the flexible cannula to the conical bushing or the seat of the housing; wherein the end area of the flexible cannula is positively locked to the housing by clamping the end area of the flexible cannula between a first part and a second part of the housing or wherein the end area of the flexible cannula is connected to the housing by crimping. - in a first step, providing a flexible cannula with an end area that deviates from the shape of the rest of the cannula, wherein the end area has a funnel-like shape or the shape of a flange ; - providing a housing with a conical bushing or a seat which corresponds to the flange ; and - connecting the end area of the flexible cannula to the conical bushing or the seat of the housing;
An additive manufacturing apparatus comprising a build chamber for building an article, a module for providing a focussed laser beam for consolidating layer-by-layer powder material in the build chamber , a gas flow circuit for passing a flow of gas through the build chamber , characterised in that first and second filter assemblies arranged in parallel within the gas flow circuit, each of the first and second filter assemblies comprising a filter housing having a gas inlet and a gas outlet , a filter element located in the filter housing , a gas inlet valve actuatable to seal the gas inlet and a gas outlet valve actuatable to seal the gas outlet and having associated therewith a first gas flow valve actuatable to seal the gas circuit upstream from the filter assembly , a second gas flow valve actuatable to seal the gas flow circuit downstream of the filter assembly and a first coupling between the first gas flow valve and the gas inlet valve and a second coupling between the gas outlet valve and the second gas flow valve to allow removal of the filter assembly in a sealed condition from the gas flow circuit, the arrangement allowing the filter elements of the first and second filter assemblies to be changed during operation of the apparatus by allowing a first filter element within the first filter assembly to be changed or the first filter assembly to be replaced while a second filter element in the second filter assembly is in service and the second filter element within the second filter assembly to be changed or the second filter assembly to be replaced while the first filter element is in service.