mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: receiving quasi co-location, QCL, information carried in higher layer signaling and receiving indication information carried in downlink control information, DCI, , wherein the indication information is used to indicate a total quantity N of layers of downlink data and N demodulation reference signal, DMRS, antenna ports, and the QCL information indicates a QCL type, or, a quantity of QCL relationships that the N DMRS antenna ports satisfy, wherein N is a positive integer; and determining , based on the received QCL information and the received indication information, the total quantity N of layers of downlink data and a DMRS antenna port occupied by the downlink data. receiving quasi co-location, QCL, information carried in higher layer signaling and receiving indication information carried in downlink control information, DCI, , wherein the indication information is used to indicate a total quantity N of layers of downlink data and N demodulation reference signal, DMRS, antenna ports, and the QCL information indicates a QCL type, or, a quantity of QCL relationships that the N DMRS antenna ports satisfy, wherein N is a positive integer; and determining , based on the received QCL information and the received indication information, the total quantity N of layers of downlink data and a DMRS antenna port occupied by the downlink data.
An air cooling machine comprising a compressor whose inlet is connected to an air outlet of a cooling chamber via a heat exchanger , whereby a compressor outlet is connected to an air inlet of the cooling chamber via a cooler , the heat exchanger and a turbodetander , the turbodetander being coupled to a motor of the compressor , wherein downstream of the outlet of the compressor is for defrosting air conduits and/or the heat exchanger connected a bypass air conduit into which is inserted a bypass valve which is openable for defrosting the air conduits and/or the heat exchanger (3, wherein when the bypass valve opens, the supply of cooling air or cooling water to the cooler is closed, and a bypass air conduit continuing from the bypass valve terminates downstream of an outlet of the turbodetander , upstream of the heat exchanger and is configured for supplying warm air from the compressor outlet, whereby a first and second three-way valve are arranged inside the cooling chamber respectively at the air inlet of the cooling chamber and at the air outlet of the cooling chamber or a four-way two-position valve is arranged inside the cooling chamber at the air inlet of the cooling chamber and at the air outlet of the cooling chamber , whereby the first and second three-way valve or the four-way two-position valve are displaceable to a position in which the supplied air does not enter the cooling chamber , but returns from the first and second three-way valve or the four-way two-position valve via the heat exchanger to the compressor for defrosting the air conduits and/or the heat exchanger when the bypass valve opens, whereby upstream of the air outlet of the cooling chamber , a dehumidifier is arranged in the cooling chamber .
End element of a lane limiting device , in particular of a device for opening a passage in a lane limiting device , having a longitudinal axis (L), comprising a guide element and a collision element , which is rotatable or pivotable relative to the guide element from a closed position into a collision position, characterised in that the collision element is mounted on the guide element so as to be rotatable or pivotable about an axis (A) parallel to the longitudinal axis (L) or about this longitudinal axis (L).
A foldable golf cart, comprising an upper frame , a lower frame , a handle set , at least one front wheel set , and at least one rear wheel set , wherein the handle set is connected with the upper frame through a first lock mechanism, the upper frame is connected with the lower frame through a second lock mechanism, and the first lock mechanism and the second lock mechanism are connected through a linkage mechanism; and when the first lock mechanism is unlocked, the handle set is able to be rotated, and when the handle set rotates, the linkage mechanism drives the second lock mechanism to be unlocked; characterized in that the first lock mechanism comprises a joint assembly , a mounting base , a connecting shaft connected with the linkage mechanism, and a joint lock piece used for locking the joint assembly ; the joint assembly is fixedly connected with the handle set and is rotatably arranged on the mounting base .
A machining apparatus for laser machining a workpiece in a machining zone , in particular for laser cutting, in particular a laser machining head, having a first interface for a machining laser source for generating a machining laser beam ; an outlet opening for the machining laser beam; an optical system between the first interface and the outlet opening, which has at least one laser beam guiding device having at least one movable surface and at least one actuator , with which the movable surface is dynamically adjustable; and being characterised by further having : a cooling device for cooling the at least one actuator, wherein the cooling device has at least one primary circuit (30; 32) through which a first cooling fluid can flow without contact with the actuator; wherein the cooling device has a closed secondary circuit , through which a second cooling fluid can flow in contact with the actuator and which can be cooled by a first of the primary circuits . an outlet opening for the machining laser beam; an optical system between the first interface and the outlet opening, which has at least one laser beam guiding device having at least one movable surface and at least one actuator , with which the movable surface is dynamically adjustable; and being characterised by further having : a cooling device for cooling the at least one actuator, wherein the cooling device has at least one primary circuit (30; 32) through which a first cooling fluid can flow without contact with the actuator; wherein the cooling device has a closed secondary circuit , through which a second cooling fluid can flow in contact with the actuator and which can be cooled by a first of the primary circuits . a cooling device for cooling the at least one actuator, wherein the cooling device has at least one primary circuit (30; 32) through which a first cooling fluid can flow without contact with the actuator; wherein the cooling device has a closed secondary circuit , through which a second cooling fluid can flow in contact with the actuator and which can be cooled by a first of the primary circuits .
An additive manufacturing system comprising an extrusion assembly , the extrusion assembly comprising: an extrusion die ; a compacted core material ; a channel extending through the compacted core material and comprising an inlet and an outlet , the outlet in fluid communication with the extrusion die; a heating element extending along the channel for melting a filament material received through the inlet such that the filament material can be extruded through the extrusion die; a temperature sensor positioned within the compacted core material , adjacent to the channel between the extrusion die and the heating element ; wherein the compacted core material holds the temperature sensor in contact against the channel at the outlet; and a sheath enclosing the compacted core material, the channel, the heating element, and the temperature sensor. an extrusion die ; a compacted core material ; a channel extending through the compacted core material and comprising an inlet and an outlet , the outlet in fluid communication with the extrusion die; a heating element extending along the channel for melting a filament material received through the inlet such that the filament material can be extruded through the extrusion die; a temperature sensor positioned within the compacted core material , adjacent to the channel between the extrusion die and the heating element ; wherein the compacted core material holds the temperature sensor in contact against the channel at the outlet; and a sheath enclosing the compacted core material, the channel, the heating element, and the temperature sensor.
Method for the wireless transmission of electronic data between a communication unit of a hand-held machine tool designed as a first connection partner and a communication unit of an external unit designed as a second connection partner, wherein, in a method step , the communication unit of the hand-held machine tool is activated automatically so as to transmit the electronic data depending on an acceleration value and/or a change in a position parameter of the communication unit , wherein, in a method step , the communication unit of the external unit is activated automatically so as to transmit the electronic data depending on an acceleration value and/or a change in a position parameter of the communication unit , wherein, in a method step , if there are even more potential connection partners for a communication unit, a connection partner is chosen from the potential connection partners depending on the signal attenuation and/or the distance between a respective potential connection partner and a communication unit , wherein, in a method step , a connection is set up between the communication units, wherein, in a method step , a motion parameter profile of the communication unit is compared with a motion parameter profile of the communication unit , and wherein, in a method step , the communication connection between the connection partners is maintained or disconnected depending on an evaluation of the comparison.
A voice synthesizing apparatus comprising: an obtainer configured to obtain a primary response representative of a response to a user's voice input; and a voice synthesizer configured to synthesize a voice from a secondary response representative of a response to be output; characterized in that the voice synthesizing apparatus further comprises an analyzer configured to analyze whether the primary response includes a word to be repeated, wherein the word to be repeated has 2 or less syllables; and the voice synthesizer is configured to, in a case where the analyzed primary response is determined to include the word to be repeated, synthesize a voice from the secondary response, which includes the word repeated at least twice, to output the voice. an obtainer configured to obtain a primary response representative of a response to a user's voice input; and a voice synthesizer configured to synthesize a voice from a secondary response representative of a response to be output; characterized in that the voice synthesizing apparatus further comprises an analyzer configured to analyze whether the primary response includes a word to be repeated, wherein the word to be repeated has 2 or less syllables; and the voice synthesizer is configured to, in a case where the analyzed primary response is determined to include the word to be repeated, synthesize a voice from the secondary response, which includes the word repeated at least twice, to output the voice.
An electrosurgical instrument for delivering energy to resurface biological tissue in a patient's gastrointestinal tract, the instrument comprising: a flexible coaxial cable for conveying microwave energy from a generator located externally to the patient to a treatment site located inside the patient's gastrointestinal tract; and an applicator located at a distal end of the flexible coaxial cable, the applicator having an energy delivery structure connected to receive microwave energy from the coaxial cable and to deliver the received microwave energy into biological tissue at the treatment site, wherein the applicator comprises a rotatable radiating structure that is rollable along biological tissue at the treatment site, and CHARACTERISED IN THAT the applicator comprises a probe housing that encloses the coaxial cable, wherein the radiating structure is rotatably mounted at a distal end of the probe housing. a flexible coaxial cable for conveying microwave energy from a generator located externally to the patient to a treatment site located inside the patient's gastrointestinal tract; and an applicator located at a distal end of the flexible coaxial cable, the applicator having an energy delivery structure connected to receive microwave energy from the coaxial cable and to deliver the received microwave energy into biological tissue at the treatment site, wherein the applicator comprises a rotatable radiating structure that is rollable along biological tissue at the treatment site, and CHARACTERISED IN THAT the applicator comprises a probe housing that encloses the coaxial cable, wherein the radiating structure is rotatably mounted at a distal end of the probe housing.
A method of removing and detecting the presence of substances from at least one of a body of water or the air, comprising: placing an open-cell foam material into a particular location of the body of water or into a particular location of the air; and then after a first exposure time in the body of water or the air, removing a first portion of the open-cell foam material from the water or air, and leaving the remainder of the open-cell foam material in the particular location; and then after a second exposure time in the body or water or air that is longer than the first exposure time, removing a second, separate, portion of the open-cell foam material from the water or air; and then determining the presence in the removed first and second separate portions, of one or more substances that were removed from the water or air by the open-cell foam material. placing an open-cell foam material into a particular location of the body of water or into a particular location of the air; and then after a first exposure time in the body of water or the air, removing a first portion of the open-cell foam material from the water or air, and leaving the remainder of the open-cell foam material in the particular location; and then after a second exposure time in the body or water or air that is longer than the first exposure time, removing a second, separate, portion of the open-cell foam material from the water or air; and then determining the presence in the removed first and second separate portions, of one or more substances that were removed from the water or air by the open-cell foam material.
A compound of formula II wherein R is H, or a pharmaceutically usable addition salt thereof.
A recording apparatus comprising: an ejecting unit which can reciprocate in first and second opposite directions (B1, B2) and can eject onto a recording face of a recording medium (P) a first ink (I1) for image forming and a second ink , which is a substantially colorless permeation ink for causing the first ink to permeate through the recording medium so that a colouring material of the first ink is dispersed in the entire thickness direction of the recording medium and onto a face on a side opposite to the recording face; and a control unit which can control ejecting operations of the first ink and the second ink in the ejecting unit, characterized in that the control unit is arranged to perform a plurality of ejecting operations of the first ink with respect to one ejecting operation of the second ink so that at least a part of a landing position of the second ink and the respective landing positions of the first ink overlap on the recording medium, and the control unit is arranged to control the ejecting unit to eject both the first ink and the second ink while the ejecting unit is moving in each of the first and second directions. an ejecting unit which can reciprocate in first and second opposite directions (B1, B2) and can eject onto a recording face of a recording medium (P) a first ink (I1) for image forming and a second ink , which is a substantially colorless permeation ink for causing the first ink to permeate through the recording medium so that a colouring material of the first ink is dispersed in the entire thickness direction of the recording medium and onto a face on a side opposite to the recording face; and a control unit which can control ejecting operations of the first ink and the second ink in the ejecting unit, characterized in that the control unit is arranged to perform a plurality of ejecting operations of the first ink with respect to one ejecting operation of the second ink so that at least a part of a landing position of the second ink and the respective landing positions of the first ink overlap on the recording medium, and the control unit is arranged to control the ejecting unit to eject both the first ink and the second ink while the ejecting unit is moving in each of the first and second directions.
A gas turbine engine comprising: a fan section ; a compressor section ; a turbine section that drives the fan section and the compressor section ; and a duct assembly comprising: a first duct including a main body and a first flange , the main body extending along an engine longitudinal axis (A) to bound a gas path, the first flange extending radially outwardly from the main body at a junction having an arcuate profile, wherein the first duct is made of a composite layup (CL) including a plurality of ply layers (PL) in stacked relationship that follow a contour of the junction to establish the first main body and the first flange , the ply layers (PL) arranged in the stacked relationship to establish a J-shaped geometry comprising the junction ; a second duct including a second flange ; an interface ring trapped between the first and second flanges , wherein the first flange sits on the interface ring along the contour , the interface ring including a mate face dimensioned to follow the contour of the junction such that the ply layers are supported on the mate face . a fan section ; a compressor section ; a turbine section that drives the fan section and the compressor section ; and a duct assembly comprising: a first duct including a main body and a first flange , the main body extending along an engine longitudinal axis (A) to bound a gas path, the first flange extending radially outwardly from the main body at a junction having an arcuate profile, wherein the first duct is made of a composite layup (CL) including a plurality of ply layers (PL) in stacked relationship that follow a contour of the junction to establish the first main body and the first flange , the ply layers (PL) arranged in the stacked relationship to establish a J-shaped geometry comprising the junction ; a second duct including a second flange ; an interface ring trapped between the first and second flanges , wherein the first flange sits on the interface ring along the contour , the interface ring including a mate face dimensioned to follow the contour of the junction such that the ply layers are supported on the mate face . a first duct including a main body and a first flange , the main body extending along an engine longitudinal axis (A) to bound a gas path, the first flange extending radially outwardly from the main body at a junction having an arcuate profile, wherein the first duct is made of a composite layup (CL) including a plurality of ply layers (PL) in stacked relationship that follow a contour of the junction to establish the first main body and the first flange , the ply layers (PL) arranged in the stacked relationship to establish a J-shaped geometry comprising the junction ; a second duct including a second flange ; an interface ring trapped between the first and second flanges , wherein the first flange sits on the interface ring along the contour , the interface ring including a mate face dimensioned to follow the contour of the junction such that the ply layers are supported on the mate face .
A polymeric panel system for heating water, the system comprising: a radiation source that emits a source radiation; and an emitting layer , wherein the radiation source is coupled to an edge of the emitting layer , wherein the emitting layer comprises an emitting region comprising a host material and an emitting agent and a non-emitting region comprising the host material and that is free of the emitting agent, the non-emitting region having a surface area , |, wherein the emitting agent comprises a luminescent agent; wherein the emitting layer has a first surface and a second surface ; wherein the edge has a height of d and the first surface has a length L, wherein length L is greater than height d, and the ratio of the length L to the height d is greater than or equal to 10; wherein the radiation source is configured to transmit source radiation from the radiation source through the edge of the emitting layer to excite the luminescent agent, and wherein the luminescent agent is configured to emit an emitted radiation through the first surface through an escape cone to the water to be absorbed by the water; characterized in that neither radiation nor heat is emitted from the emitting agent through the first and the second surface in the area of the non-emitting region. a radiation source that emits a source radiation; and an emitting layer , wherein the radiation source is coupled to an edge of the emitting layer , wherein the emitting layer comprises an emitting region comprising a host material and an emitting agent and a non-emitting region comprising the host material and that is free of the emitting agent, the non-emitting region having a surface area , |, wherein the emitting agent comprises a luminescent agent; wherein the emitting layer has a first surface and a second surface ; wherein the edge has a height of d and the first surface has a length L, wherein length L is greater than height d, and the ratio of the length L to the height d is greater than or equal to 10; wherein the radiation source is configured to transmit source radiation from the radiation source through the edge of the emitting layer to excite the luminescent agent, and wherein the luminescent agent is configured to emit an emitted radiation through the first surface through an escape cone to the water to be absorbed by the water; characterized in that neither radiation nor heat is emitted from the emitting agent through the first and the second surface in the area of the non-emitting region.