mhurhangee/patent-ind-claim-en huggingface dataset:
Heat pump unit comprising at least one main circuit adapted to perform a main heat pump cycle (HPCM) with a respective operating fluid, said at least one main circuit comprising: - a main condenser (S4) adapted to perform the condensation of the operating fluid of said main heat pump cycle (HPCM) and intended to be connected to an external circuit of a first thermal user plant in a heating operating mode of said heat pump unit , a heat carrier fluid circulating in said external circuit of said first thermal user plant ; - a first heat exchanger (S3), connected downstream of said main condenser (S4) and upstream of expansion means (L2) of said at least one main circuit , adapted to perform an undercooling of the operating fluid of said main heat pump cycle (HPCM) after the condensation of the same in said main condenser (S4), and - a main evaporator (S8) adapted to perform the evaporation of the operating fluid of said main heat pump cycle (HPCM) and intended to be connected to an external circuit of a heat sink in a heating operating mode of said heat pump unit , characterized in that said first heat exchanger (S3) is selectively connectable, by a modulating valve (V10), to the external circuit of said first thermal user plant so as to be in series with said main condenser (S4) in said external circuit, said first heat exchanger (S3) being upstream of said main condenser (S4) with reference to the circulation of said heat carrier fluid in said external circuit so as to preheat said heat carrier fluid before it reaches said main condenser (S4), said modulating valve (V10) being suitable for the partial or total by-pass of said first heat exchanger (S3) and dosing the flow rate of said heat carrier fluid intended to flow through said first heat exchanger (S3) so as to allow the partial or total by-pass of said first heat exchanger (S3). - a main condenser (S4) adapted to perform the condensation of the operating fluid of said main heat pump cycle (HPCM) and intended to be connected to an external circuit of a first thermal user plant in a heating operating mode of said heat pump unit , a heat carrier fluid circulating in said external circuit of said first thermal user plant ; - a first heat exchanger (S3), connected downstream of said main condenser (S4) and upstream of expansion means (L2) of said at least one main circuit , adapted to perform an undercooling of the operating fluid of said main heat pump cycle (HPCM) after the condensation of the same in said main condenser (S4), and - a main evaporator (S8) adapted to perform the evaporation of the operating fluid of said main heat pump cycle (HPCM) and intended to be connected to an external circuit of a heat sink in a heating operating mode of said heat pump unit ,
An integrated optical structure comprising: a semiconductor-on-insulator substrate comprising a semiconductor device layer; and a wire waveguide formed in the semiconductor device layer and tapered in width, the wire waveguide having a top surface , a bottom surface being formed at the interface with an insulator layer , and sidewalls , wherein the sidewalls, along at least a portion of a length of the wire waveguide, do not extend laterally beyond the top surface of the wire waveguide and substantially consist of sidewall portions coinciding with crystallographic planes of the wire waveguide; wherein the sidewall portions comprise, along at least the portion of the length of the wire waveguide , one or more substantially planar upper portions extending from a top edge of the wire waveguide at an acute angle with respect to the top surface of the wire waveguide and one or more substantially planar lower portions extending from a bottom edge of the wire waveguide at an acute angle with respect to a bottom surface of the wire waveguide, the upper and lower portions meeting at a medial horizontal plane of the wire waveguide ; and disposed above or below the tapered wire waveguide, at least at a narrow end thereof, a second waveguide made from a different material than the wire waveguide, the wire waveguide and the second waveguide together forming a waveguide mode converter. a semiconductor-on-insulator substrate comprising a semiconductor device layer; and a wire waveguide formed in the semiconductor device layer and tapered in width, the wire waveguide having a top surface , a bottom surface being formed at the interface with an insulator layer , and sidewalls , wherein the sidewalls, along at least a portion of a length of the wire waveguide, do not extend laterally beyond the top surface of the wire waveguide and substantially consist of sidewall portions coinciding with crystallographic planes of the wire waveguide; wherein the sidewall portions comprise, along at least the portion of the length of the wire waveguide , one or more substantially planar upper portions extending from a top edge of the wire waveguide at an acute angle with respect to the top surface of the wire waveguide and one or more substantially planar lower portions extending from a bottom edge of the wire waveguide at an acute angle with respect to a bottom surface of the wire waveguide, the upper and lower portions meeting at a medial horizontal plane of the wire waveguide ; and disposed above or below the tapered wire waveguide, at least at a narrow end thereof, a second waveguide made from a different material than the wire waveguide, the wire waveguide and the second waveguide together forming a waveguide mode converter.
A message prompting method, comprising: displaying , according to a first ordering rule, new notification messages of preset applications at a head of a message queue on a tray interface of a terminal, and displaying, according to a second ordering rule, new notification messages of other applications excluding the preset applications after the new notification messages of the preset applications on the tray interface of the terminal, wherein the first ordering rule is a ordering rule fixedly set for the preset applications, and the first ordering rule is different from the second ordering rule. displaying , according to a first ordering rule, new notification messages of preset applications at a head of a message queue on a tray interface of a terminal, and displaying, according to a second ordering rule, new notification messages of other applications excluding the preset applications after the new notification messages of the preset applications on the tray interface of the terminal, wherein the first ordering rule is a ordering rule fixedly set for the preset applications, and the first ordering rule is different from the second ordering rule.
A method of preparing a ground surface made of concrete for an under-ground or over-ground parking garage, wherein one layer of concrete, which contains a crystalline sealant, is applied at a layer thickness of at least 2 cm, characterised in that , immediately after the concrete has dried out, water is applied to the concrete to the point of saturation at least once, preferably 2 to 3 times, wherein the application of water is thereafter continuously repeated at time intervals.
A method, comprising: determining, by a user equipment, UE, an uplink transmission power based on a value of a second target power, a value of a pathloss, and a value of a transmit power command, TPC; and transmitting, by the UE, a physical uplink control channel, PUCCH at the uplink transmission power; further comprising: obtaining, by the UE, information associating a power control set with a reference signal relationship, wherein the reference signal relationship is between a first reference signal and an uplink signal, and the power control set comprises the second target power, a downlink reference signal for pathloss estimation, and the TPC; determining, by the UE, the value of the second target power, the value of the pathloss corresponding to the downlink reference signal for pathloss estimation, and the value of the TPC in accordance with the reference signal relationship. determining, by a user equipment, UE, an uplink transmission power based on a value of a second target power, a value of a pathloss, and a value of a transmit power command, TPC; and transmitting, by the UE, a physical uplink control channel, PUCCH at the uplink transmission power; further comprising: obtaining, by the UE, information associating a power control set with a reference signal relationship, wherein the reference signal relationship is between a first reference signal and an uplink signal, and the power control set comprises the second target power, a downlink reference signal for pathloss estimation, and the TPC; determining, by the UE, the value of the second target power, the value of the pathloss corresponding to the downlink reference signal for pathloss estimation, and the value of the TPC in accordance with the reference signal relationship.
Household appliance for the regulated performance of a drying of objects to be dried which can be arranged in the household appliance , wherein the household appliance has: a container for receiving the objects to be dried, at least one air duct which is fluidically connected to the container , wherein an air current flows through the air duct and through the container , wherein at least one sensor for detecting at least two physical variables, selected from the group consisting of an absolute water load x, an air temperature T, an air pressure and/or another physical variable, which has a dependency upon the regulated performance of the drying, is arranged in the air current , wherein the at least one sensor is connected to an evaluation unit , which is configured to receive and evaluate the at least two physical variables from the at least one sensor and to transmit the physical variables and/or the evaluated physical variables to a control unit for the regulated performance of the drying, characterised in that the evaluation unit is designed to compare each evaluated physical variable, in particular each determined thermodynamic variable, with different setpoint values, wherein each setpoint value is allocated to a particular group , wherein the predetermined setpoint values of a group are allocated to a type of objects to be dried. a container for receiving the objects to be dried, at least one air duct which is fluidically connected to the container , wherein an air current flows through the air duct and through the container , wherein at least one sensor for detecting at least two physical variables, selected from the group consisting of an absolute water load x, an air temperature T, an air pressure and/or another physical variable, which has a dependency upon the regulated performance of the drying, is arranged in the air current , wherein the at least one sensor is connected to an evaluation unit , which is configured to receive and evaluate the at least two physical variables from the at least one sensor and to transmit the physical variables and/or the evaluated physical variables to a control unit for the regulated performance of the drying, characterised in that the evaluation unit is designed to compare each evaluated physical variable, in particular each determined thermodynamic variable, with different setpoint values, wherein each setpoint value is allocated to a particular group , wherein the predetermined setpoint values of a group are allocated to a type of objects to be dried.
Rechargeable battery pack interface apparatus comprising at least one connecting unit which is designed for releasably mechanically connecting a rechargeable battery pack to a consumer , wherein the mechanical connection is releasable by means of a relative movement of the rechargeable battery pack with respect to the consumer , characterized in that the rechargeable battery pack interface apparatus has a safety unit which is designed in such a way that the mechanical connection can be released by means of the relative movement of the rechargeable battery pack with respect to the consumer in a non-tripped state of the safety unit and the mechanical connection can be released by means of another relative movement , which differs from the relative movement , in a tripped state of the safety unit .
Process for producing sintered granules of cemented hard material, wherein hard materials and binder metal are mixed with or without additives and subsequently granulated and partially densified and subsequently - subjected to sintering of the cemented hard material granules and control of the cooling rate in the three-phase region WC, Co-liquid and C-solid, or - are subjected to coating of the hard materials with binder metal by means of physical vapour deposition/plasma-enhanced chemical vapour deposition or - are subjected to binder removal from the granules by setting of a carbon gradient with increased carbon in the interior of the granules and subsequent sintering, as a result of which the predominant number of granules has an inhomogeneous distribution of hard material and binder metal in the individual granule, with the concentration of the binder metal at the surface of the individual granule being in total at least 25% greater than in the interior of the granule. - subjected to sintering of the cemented hard material granules and control of the cooling rate in the three-phase region WC, Co-liquid and C-solid, or - are subjected to coating of the hard materials with binder metal by means of physical vapour deposition/plasma-enhanced chemical vapour deposition or - are subjected to binder removal from the granules by setting of a carbon gradient with increased carbon in the interior of the granules and subsequent sintering, as a result of which the predominant number of granules has an inhomogeneous distribution of hard material and binder metal in the individual granule, with the concentration of the binder metal at the surface of the individual granule being in total at least 25% greater than in the interior of the granule.
A pulley structure comprising: a cylindrical pulley member (2; 202) around which a belt is laid to extend; a hub structure (3; 203) that is provided inside the pulley member so as to be rotatable relative to the pulley member; a coil spring (4; 204) that is fixed to the hub structure or the pulley member at one end thereof; a tapering (5; 205) to which the other end of the coil spring is fixed and which has a conical round surface (5a; 205a) as of a cone whose axis is made up of a rotational axis (J) of the hub structure, such that an angle θ is formed by the extension (SL) of the conical round surface (5a; 205a) of the rotational axis (J) of the hub structure when seen in section; and a frictional member (6; 206) that is inserted to be interposed between the conical round surface of the tapering and the pulley member or between the conical round surface of the tapering and the hub structure , characterized in that the coil spring (4; 204) is inserted to be interposed in place while being compressed in the direction of the rotational axis of the hub structure (3; 203) to produce a restoring force P that acts, in said direction, to bring the tapering , the frictional member and the pulley member into press contact with each other or to bring the tapering, the frictional member and the hub structure into press contact with each other, in each case by an outward drag force N that the tapering (5; 205) applies to the frictional members (6; 206), where N = Px sinθ. a cylindrical pulley member (2; 202) around which a belt is laid to extend; a hub structure (3; 203) that is provided inside the pulley member so as to be rotatable relative to the pulley member; a coil spring (4; 204) that is fixed to the hub structure or the pulley member at one end thereof; a tapering (5; 205) to which the other end of the coil spring is fixed and which has a conical round surface (5a; 205a) as of a cone whose axis is made up of a rotational axis (J) of the hub structure, such that an angle θ is formed by the extension (SL) of the conical round surface (5a; 205a) of the rotational axis (J) of the hub structure when seen in section; and a frictional member (6; 206) that is inserted to be interposed between the conical round surface of the tapering and the pulley member or between the conical round surface of the tapering and the hub structure , characterized in that the coil spring (4; 204) is inserted to be interposed in place while being compressed in the direction of the rotational axis of the hub structure (3; 203) to produce a restoring force P that acts, in said direction, to bring the tapering , the frictional member and the pulley member into press contact with each other or to bring the tapering, the frictional member and the hub structure into press contact with each other, in each case by an outward drag force N that the tapering (5; 205) applies to the frictional members (6; 206), where N = Px sinθ.
An apparatus comprising: a buffer storing data; a plurality of caches , at least one of said caches storing at least some of the data in cache lines; and execution circuitry to execute an instruction (Forget(start-address, size, mask)), the instruction to look up caches in the plurality of caches for all cachelines that are indicated in a mask, and to cause the indicated cachelines in the caches to be invalidated, and further to mark the end of the buffer based on a start address for the buffer and a size of the buffer to force invalidation of the buffer; wherein marked cachelines in the cache are to be prevented from being written back to memory. a buffer storing data; a plurality of caches , at least one of said caches storing at least some of the data in cache lines; and execution circuitry to execute an instruction (Forget(start-address, size, mask)), the instruction to look up caches in the plurality of caches for all cachelines that are indicated in a mask, and to cause the indicated cachelines in the caches to be invalidated, and further to mark the end of the buffer based on a start address for the buffer and a size of the buffer to force invalidation of the buffer; wherein marked cachelines in the cache are to be prevented from being written back to memory. execution circuitry to execute an instruction (Forget(start-address, size, mask)), the instruction to look up caches in the plurality of caches for all cachelines that are indicated in a mask, and to cause the indicated cachelines in the caches to be invalidated, and further to mark the end of the buffer based on a start address for the buffer and a size of the buffer to force invalidation of the buffer; wherein marked cachelines in the cache are to be prevented from being written back to memory.
A magnet motor, comprising a stator formed from a bundle of sheets provided with coils to form phases and a rotor provided with magnets distributed angularly around at least a portion of the rotor and received pivotally in a housing of the stator, characterized in that the stator has a length greater than a length of said portion of the rotor, and in that the rotor is provided with at least one ring made of magnetic material, which adjoins said portion and is received in the housing of the stator, a air-gap between the ring and the stator being identical to a minimal air-gap between the magnets and the stator and the magnet motor comprising, in the longitudinal direction, a non-magnetic space between the ring and the magnets , this space being greater than an air-gap between the magnets and the stator .
An electronic fuel control system comprising a carburettor comprising a throttle bore and a fuel chamber, the system further comprising an idle fuel circuit extending between the fuel chamber and the throttle bore and controlled by an idle speed adjustment member , and a high-speed fuel circuit extending between the fuel chamber and the throttle bore and controlled by a high-speed adjustment member , the idle speed adjustment member and the high speed adjustment member being adapted to be manually adjusted; and an actuator operable to automatically adjust at least one of adjustment members in response to one or more engine operating parameters, the actuator comprising a motor , a first lever driven by the motor , a second lever driving the at least one adjustment member , and a link connecting the first and second levers together.
A bill storage comprising: a plurality of bill receipt portions provided therein; a bill inlet-outlet , which is provided on an upper surface of the bill storage near to a front surface thereof and through which bills are taken out or received from outside; a taking-out and accumulating mechanism part provided on each of the receipt portions to perform actions, in which bills are taken out and in which bills are accumulated in the bill receipt portions , wherein at least a first bill receipt portion and a second bill receipt portion are arranged in a state of being vertically stacked in this order from a side of the bill inlet-outlet , said bill inlet-outlet is provided near a predetermined side, being the front surface, wherein a first taking-out and accumulating mechanism part provided on the upper first bill receipt portion is arranged on another side opposed to said predetermined side, and a second taking-out and accumulating mechanism part provided on the lower second bill receipt portion is provided on the predetermined side, the and second bill receipt portions are offset with regard to each other, the second bill receipt portion is arranged toward the back side of the bill storage , the first bill receipt portion is arranged toward the front surface of the bill storage . a plurality of bill receipt portions provided therein; a bill inlet-outlet , which is provided on an upper surface of the bill storage near to a front surface thereof and through which bills are taken out or received from outside; a taking-out and accumulating mechanism part provided on each of the receipt portions to perform actions, in which bills are taken out and in which bills are accumulated in the bill receipt portions , wherein at least a first bill receipt portion and a second bill receipt portion are arranged in a state of being vertically stacked in this order from a side of the bill inlet-outlet , said bill inlet-outlet is provided near a predetermined side, being the front surface, wherein a first taking-out and accumulating mechanism part provided on the upper first bill receipt portion is arranged on another side opposed to said predetermined side, and a second taking-out and accumulating mechanism part provided on the lower second bill receipt portion is provided on the predetermined side, the and second bill receipt portions are offset with regard to each other, the second bill receipt portion is arranged toward the back side of the bill storage , the first bill receipt portion is arranged toward the front surface of the bill storage .