mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry drying machine of the type comprising a heat pump system (20; 120; 220; 320) having a refrigerant circuit (30; 130; 230; 330) for a refrigerant and comprising an air stream circuit for an air stream (A) conveyable to a laundry drum suited to receive laundry to be dried, said refrigerant circuit (30; 130; 230; 330) comprising: - a first heat exchanger for a thermal coupling between said air stream circuit and said refrigerant circuit (30; 130; 230; 330) wherein the refrigerant is cooled down and said air stream (A) is heated up; - a second heat exchanger for a further thermal coupling between said air stream circuit and said refrigerant circuit (30; 130; 230; 330) wherein the refrigerant is heated up and said air stream (A) is cooled down; - a compressor arranged in said refrigerant circuit (30; 130; 230; 330) between said second heat exchanger and said first heat exchanger ; - a refrigerant expansion device (22; 122) arranged in said refrigerant circuit (30; 130; 230; 330) between said first heat exchanger and said second heat exchanger ; and two or more interrupting devices (71, 72; 171, 172; 122) arranged along said refrigerant circuit (30; 130; 230; 330) suited to define one or more portions of said refrigerant circuit (30; 130; 230; 330) where said refrigerant may be confined; cha racterized by a leakage sensor, wherein said interrupting devices (71, 72; 171, 172; 122) are closed when a refrigerant leakage is detected by said leakage sensor. - a first heat exchanger for a thermal coupling between said air stream circuit and said refrigerant circuit (30; 130; 230; 330) wherein the refrigerant is cooled down and said air stream (A) is heated up; - a second heat exchanger for a further thermal coupling between said air stream circuit and said refrigerant circuit (30; 130; 230; 330) wherein the refrigerant is heated up and said air stream (A) is cooled down; - a compressor arranged in said refrigerant circuit (30; 130; 230; 330) between said second heat exchanger and said first heat exchanger ; - a refrigerant expansion device (22; 122) arranged in said refrigerant circuit (30; 130; 230; 330) between said first heat exchanger and said second heat exchanger ; and
A mobile apparatus comprising: a wireless communication interface for transceiving multimedia data; at least one processor; and at least one memory including computer program code; characterized in that the at least one memory and the computer program code are configured to, with the at least one processor, cause the mobile apparatus to: detect an available speed of the wireless communication interface; convert first multimedia data of a first resolution into second multimedia data of a second resolution which is lower than the first resolution in response to detecting the available speed of the wireless data communication interface; transmit the second multimedia data for approving to a server apparatus ; receive a request from the server apparatus for a block of the first multimedia data, wherein the requested block of the first multimedia data corresponds to a block of the second multimedia data indicating a defined sub-portion of the second multimedia data; and transmit the requested block of the first multimedia data of the first resolution to the server apparatus . a wireless communication interface for transceiving multimedia data; at least one processor; and at least one memory including computer program code; characterized in that the at least one memory and the computer program code are configured to, with the at least one processor, cause the mobile apparatus to: detect an available speed of the wireless communication interface; convert first multimedia data of a first resolution into second multimedia data of a second resolution which is lower than the first resolution in response to detecting the available speed of the wireless data communication interface; transmit the second multimedia data for approving to a server apparatus ; receive a request from the server apparatus for a block of the first multimedia data, wherein the requested block of the first multimedia data corresponds to a block of the second multimedia data indicating a defined sub-portion of the second multimedia data; and transmit the requested block of the first multimedia data of the first resolution to the server apparatus . detect an available speed of the wireless communication interface; convert first multimedia data of a first resolution into second multimedia data of a second resolution which is lower than the first resolution in response to detecting the available speed of the wireless data communication interface; transmit the second multimedia data for approving to a server apparatus ; receive a request from the server apparatus for a block of the first multimedia data, wherein the requested block of the first multimedia data corresponds to a block of the second multimedia data indicating a defined sub-portion of the second multimedia data; and transmit the requested block of the first multimedia data of the first resolution to the server apparatus .
A method for wireless communication, comprising: transmitting, at a base station , a channel state information reference signal, CSI-RS, in a downlink, DL, common burst of an uplink, UL, centric subframe ; receiving UL data in a UL data burst of the UL centric subframe ; and receiving, from a mobile station , channel state feedback, CSF, information in the UL data burst or a UL common burst of the UL centric subframe in response to the CSI-RS, wherein the CSF is generated at the mobile station based on the CSI-RS, wherein the DL common burst includes a control region including one or more of the following: a UL grant for transmitting the UL data in the UL data burst , resources in the UL data burst for transmitting the UL data. transmitting, at a base station , a channel state information reference signal, CSI-RS, in a downlink, DL, common burst of an uplink, UL, centric subframe ; receiving UL data in a UL data burst of the UL centric subframe ; and receiving, from a mobile station , channel state feedback, CSF, information in the UL data burst or a UL common burst of the UL centric subframe in response to the CSI-RS, wherein the CSF is generated at the mobile station based on the CSI-RS, wherein the DL common burst includes a control region including one or more of the following: a UL grant for transmitting the UL data in the UL data burst , resources in the UL data burst for transmitting the UL data.
Drive assembly , in particular for a vehicle, having an electric machine and a two-stage spur gear mechanism , which has an input shaft , an intermediate shaft and a side shaft , wherein the electric machine is connected to the input shaft , so that the input shaft can be driven by the electric machine , wherein the input shaft , the intermediate shaft and the side shaft are coupled to each other in terms of gearing by means of spur gear stages , wherein a first shift stage has a first spur gear stage with a first pinion and a first gear meshing with the first pinion , wherein the first pinion is rotatably or rotationally fixedly coupled to the input shaft and wherein the first gear is rotationally fixedly or rotatably coupled to the side shaft , wherein the first shift stage has a second spur gear stage with a second pinion and a second gear meshing with the second pinion , wherein the second pinion is rotatably or rotationally fixedly coupled to the side shaft and wherein the second gear is rotationally fixedly or rotatably coupled to the intermediate shaft , wherein a second shift stage has a third spur gear stage with a third pinion and a third gear meshing with the third pinion , wherein the third pinion is rotatably or rotationally fixedly coupled to the input shaft and wherein the third gear is rotationally fixedly or rotatably coupled to the intermediate shaft , characterized in that the two-stage spur gear mechanism has an output shaft , wherein the spur gear mechanism has a fourth spur gear stage with a fourth pinion and a fourth gear meshing with the fourth pinion , wherein the fourth pinion is rotationally fixedly coupled to the intermediate shaft , wherein the fourth gear is rotationally fixedly coupled to the output shaft , wherein the input shaft , the intermediate shaft , the side shaft and the output shaft are coupled to each other in terms of gearing by means of spur gear stages in such a way that, during driving by the electric machine , in the first shift stage the input shaft transmits torque to the output shaft via the side shaft and the intermediate shaft , and in that in the second shift stage the input shaft transmits torque directly to the output shaft via the intermediate shaft , wherein a switching device which can be actuated by means of an actuator is arranged on the intermediate shaft , wherein the second gear can be rotationally fixedly coupled to the intermediate shaft by means of the switching device in a first switching position and wherein the third gear can be rotationally fixedly coupled to the intermediate shaft by means of the switching device in a second switching position.
A method for actuating a thread-cutting and thread-clamping apparatus at any embroidery station of a large embroidery machine for cutting the shuttle thread and for securing and clamping the end of the cut shuttle thread , having the following method steps of: - coupling the thread-cutting and thread-clamping apparatus to an actuating apparatus in order to stop a shuttle by means of a lifting apparatus , - moving a thread-cutting and thread-clamping assembly from one side of the needle plate in the direction of the embroidery ground , - catching the shuttle thread leading away from the shuttle , - moving the thread-cutting and thread-clamping assembly back in the direction of the needle plate , - clamping the shuttle thread , and - cutting the shuttle thread between a clamping point of the thread-cutting and thread-clamping assembly and the stretched embroidery ground . - coupling the thread-cutting and thread-clamping apparatus to an actuating apparatus in order to stop a shuttle by means of a lifting apparatus , - moving a thread-cutting and thread-clamping assembly from one side of the needle plate in the direction of the embroidery ground , - catching the shuttle thread leading away from the shuttle , - moving the thread-cutting and thread-clamping assembly back in the direction of the needle plate , - clamping the shuttle thread , and - cutting the shuttle thread between a clamping point of the thread-cutting and thread-clamping assembly and the stretched embroidery ground .
An arrangement for converting light emitted by an LED-light source , having a color conversion element , which is designed to convert at least partially the light coming from an LED-light source into another wave-length, and a plate-shaped light coupling element arranged upstream of the color conversion element , which forms a light coupling surface of the arrangement on a side facing away from the color conversion element , and a plate-shaped light emission element arranged downstream of the color conversion element , which forms a light emission surface of the arrangement on a side facing away from the color conversion element , wherein the light coupling surface is structured.
A compound comprising a polyanionic sulfated cellobioside modified with a small uncharged glycosidically linked substituent at its reducing terminus, having the general structure of; wherein; R1 is O-(C 1-6 )alkyl or S-(C 1-6 )alkyl; and R2 to R8 are each a small uncharged O-linked substituent or a sulfate group; or a pharmaceutically acceptable salt thereof for use as a medicament. wherein; R1 is O-(C 1-6 )alkyl or S-(C 1-6 )alkyl; and R2 to R8 are each a small uncharged O-linked substituent or a sulfate group; or a pharmaceutically acceptable salt thereof for use as a medicament.
A proximity sensor for detecting a detection object using a magnetic field, comprising: a detection coil for generating the magnetic field, the detection coil comprising a first end and a second end; an excitation circuit for repeatedly supplying a pulsed excitation current to the detection coil , wherein the excitation circuit includes first to fourth switches , wherein the first end of the detection coil is coupled between the first switch and the fourth switch , and the second end of the detection coil is coupled between the second switch and the third switch through an auxiliary coil ; a detection circuit for detecting the detection object based on a voltage generated across the first end and the second end of the detection coil during a predetermined period after the supply of the excitation current is cut off, and a control circuit for controlling the excitation circuit so that a timing of cutting off the supply of the excitation current to the detection coil becomes aperiodic, wherein the control circuit is configured to alternately and repeatedly supply a first signal (S1) for turning on the first and second switches and a second signal (S2) for turning on the third and fourth switches , so that periods from when the first signal (S1) falls to when the second signal (S2) falls become aperiodic. a detection coil for generating the magnetic field, the detection coil comprising a first end and a second end; an excitation circuit for repeatedly supplying a pulsed excitation current to the detection coil , wherein the excitation circuit includes first to fourth switches , wherein the first end of the detection coil is coupled between the first switch and the fourth switch , and the second end of the detection coil is coupled between the second switch and the third switch through an auxiliary coil ; a detection circuit for detecting the detection object based on a voltage generated across the first end and the second end of the detection coil during a predetermined period after the supply of the excitation current is cut off, and a control circuit for controlling the excitation circuit so that a timing of cutting off the supply of the excitation current to the detection coil becomes aperiodic, wherein the control circuit is configured to alternately and repeatedly supply a first signal (S1) for turning on the first and second switches and a second signal (S2) for turning on the third and fourth switches , so that periods from when the first signal (S1) falls to when the second signal (S2) falls become aperiodic.
A rigid sheath of a surgical tool , the surgical tool comprising a main unit comprising an inner tube and an outer tube , the rigid sheath being configured to removably receive the main unit, and the rigid sheath comprising: a first opening end ; a second opening end facing in a direction of a central longitudinal axis of the rigid sheath; and a connector portion located adjacent to the second opening end, the connector portion being connectable to a second connector portion located on the outer tube of the main unit of the surgical tool, the connector portion being configured to detachably couple the rigid sheath to the outer tube of the main unit when connected to the second connector portion such that the rigid sheath and the outer tube cannot rotate relative to each other. a first opening end ; a second opening end facing in a direction of a central longitudinal axis of the rigid sheath; and a connector portion located adjacent to the second opening end, the connector portion being connectable to a second connector portion located on the outer tube of the main unit of the surgical tool, the connector portion being configured to detachably couple the rigid sheath to the outer tube of the main unit when connected to the second connector portion such that the rigid sheath and the outer tube cannot rotate relative to each other.
A method for processing blockchain data, the method comprising: receiving a registration of a transaction participant in a blockchain by using a blockchain registration authority; performing an identity query to confirm that the transaction participant is an authorized user in the blockchain; determining a temporary identity information of the transaction participant in the blockchain; performing an identity signature for a transaction by using the temporary identity information, to generate blockchain data of the transaction participant; and storing the blockchain data in the blockchain, wherein the temporary identity information is updated based on a predetermined replacement cycle. receiving a registration of a transaction participant in a blockchain by using a blockchain registration authority; performing an identity query to confirm that the transaction participant is an authorized user in the blockchain; determining a temporary identity information of the transaction participant in the blockchain; performing an identity signature for a transaction by using the temporary identity information, to generate blockchain data of the transaction participant; and storing the blockchain data in the blockchain, wherein the temporary identity information is updated based on a predetermined replacement cycle.
An electric motor comprising: a stator having a sleeve shape; a rotor disposed inside the stator ; and a shaft coupled to the rotor and stretching along a central axis (c) of the stator ; a board case provided on one end side of the stator in a direction along the central axis (c); a circuit board provided on an opposite side of the stator with the board case interposed; a heat generating component provided on a mounting surface , which is an opposite surface to a surface of the circuit board oriented to a side of the stator ; a casing to cover a side of the mounting surface ; and a heat transfer component provided between a facing surface of the casing that faces the circuit board and the heat generating component , characterized in that the board case is provided with an extension portion that extends toward the circuit board and protrudes toward a side of the facing surface farther from the circuit board , and the heat transfer component is formed with a first engagement portion with which the extension portion engages. a stator having a sleeve shape; a rotor disposed inside the stator ; and a shaft coupled to the rotor and stretching along a central axis (c) of the stator ; a board case provided on one end side of the stator in a direction along the central axis (c); a circuit board provided on an opposite side of the stator with the board case interposed; a heat generating component provided on a mounting surface , which is an opposite surface to a surface of the circuit board oriented to a side of the stator ; a casing to cover a side of the mounting surface ; and a heat transfer component provided between a facing surface of the casing that faces the circuit board and the heat generating component , characterized in that the board case is provided with an extension portion that extends toward the circuit board and protrudes toward a side of the facing surface farther from the circuit board , and the heat transfer component is formed with a first engagement portion with which the extension portion engages.
An optical arrangement for oblique plane microscopy comprising: a first optical subassembly , including an objective lens arranged to receive light from a sample in use, and configured to produce an intermediate image of the sample , wherein the first optical subassembly comprises a first part arranged to produce a magnified image of the sample, and a second part arranged to de-magnify the image obtained from the first part and thereby form the intermediate image; a second optical subassembly focused on the intermediate image , the optical axis of the second optical subassembly being at an angle to the optical axis of the first optical subassembly at a point of the intermediate image , such that the second optical subassembly images an oblique plane in the intermediate image , corresponding to an oblique plane in the sample , the second optical subassembly comprising a mirror and a lens for producing a magnified image ; and a plane mirror at the focus of the second part of the first optical subassembly, wherein the plane mirror is obliquely angled at half the angle of the slope of the oblique plane being imaged, wherein the first and second optical subassemblies share a common lens . a first optical subassembly , including an objective lens arranged to receive light from a sample in use, and configured to produce an intermediate image of the sample , wherein the first optical subassembly comprises a first part arranged to produce a magnified image of the sample, and a second part arranged to de-magnify the image obtained from the first part and thereby form the intermediate image; a second optical subassembly focused on the intermediate image , the optical axis of the second optical subassembly being at an angle to the optical axis of the first optical subassembly at a point of the intermediate image , such that the second optical subassembly images an oblique plane in the intermediate image , corresponding to an oblique plane in the sample , the second optical subassembly comprising a mirror and a lens for producing a magnified image ; and a plane mirror at the focus of the second part of the first optical subassembly, wherein the plane mirror is obliquely angled at half the angle of the slope of the oblique plane being imaged,
A pharmaceutical composition comprising: (i) dextroamphetamine, or a pharmaceutically acceptable salt thereof; (ii) lisdexamfetamine, or a pharmaceutically acceptable salt thereof; or (iii) a combination thereof, optionally wherein the dextroamphetamine and lisdexamfetamine are present in a single composition in a ratio of 1:2 to 1:20, 1:5 to 1:20, or 1:8 to 1: 12, for use in reversing dexmedetomidine sedation or facilitating emergence from dexmedetomidine sedation in a subject. (i) dextroamphetamine, or a pharmaceutically acceptable salt thereof; (ii) lisdexamfetamine, or a pharmaceutically acceptable salt thereof; or (iii) a combination thereof, optionally wherein the dextroamphetamine and lisdexamfetamine are present in a single composition in a ratio of 1:2 to 1:20, 1:5 to 1:20, or 1:8 to 1: 12,