mhurhangee/patent-ind-claim-en huggingface dataset:
A dryer for a continuous web of textile material, comprising a dryer compartment with several drums, which are disposed within the dryer compartment , the continuous web of textile material at least partially looping around them, wherein heated drying air is flowing through the continuous web of material , which air is discharged via an interior compartment of the drums , wherein the dryer includes a separate additional chamber , via which fresh air is supplied and exhaust air is discharged, wherein the additional chamber is disposed between a front side of the dryer compartment and a heating and ventilator compartment in such a manner that the drying air is discharged into the additional chamber via front sided openings of the drums , wherein the fresh air is supplied to the additional chamber in the area of the exit of the continuous web of material , characterized in that the exhaust air is discharged from the additional chamber in the area of the entry of the continuous web of material .
A method comprising: receiving, by a base station central unit from a wireless device, one or more radio resource control, RRC, messages comprising failure information indicating a connection failure associated with the wireless device, wherein the failure information comprises: a cell identifier of a first cell for which a link quality caused the connection failure; and a failure cause parameter indicating a cause of the connection failure; sending, by the base station central unit to a base station distributed unit, a first message comprising the failure information; receiving, by the base station central unit from the base station distributed unit, a second message based on the failure information and comprising at least one cell configuration parameter of one or more cells; and sending, by the base station central unit to at least one wireless device, the at least one cell configuration parameter of the one or more cells. receiving, by a base station central unit from a wireless device, one or more radio resource control, RRC, messages comprising failure information indicating a connection failure associated with the wireless device, wherein the failure information comprises: a cell identifier of a first cell for which a link quality caused the connection failure; and a failure cause parameter indicating a cause of the connection failure; a cell identifier of a first cell for which a link quality caused the connection failure; and a failure cause parameter indicating a cause of the connection failure; sending, by the base station central unit to a base station distributed unit, a first message comprising the failure information; receiving, by the base station central unit from the base station distributed unit, a second message based on the failure information and comprising at least one cell configuration parameter of one or more cells; and sending, by the base station central unit to at least one wireless device, the at least one cell configuration parameter of the one or more cells.
A piston assembly , comprising: a piston ; and a valve sheet , being arranged at one end of the piston , wherein the valve sheet comprises a valve sheet body with a mounting port and a valve tongue , the valve tongue is connected to the valve sheet body , and at least part of the valve tongue is arranged in the mounting port , wherein at least part of a contour of the mounting port matches with a circumferential contour of one end of the piston close to the valve sheet ; wherein one end of the piston close to the valve sheet is provided with a cooperating groove , and a shape of the cooperating groove matches with a shape of the valve tongue ; wherein the valve tongue comprises: a connecting portion , being connected to the valve sheet body ; an extension portion , being arranged in the mounting port ; wherein one end of the extension portion is connected to the connecting portion ; characterised in that a spacer groove is formed between the connecting portion and the valve sheet body , and one end of the spacer groove away from the mounting port forms a processing hole . a piston ; and a valve sheet , being arranged at one end of the piston , wherein the valve sheet comprises a valve sheet body with a mounting port and a valve tongue , the valve tongue is connected to the valve sheet body , and at least part of the valve tongue is arranged in the mounting port , wherein at least part of a contour of the mounting port matches with a circumferential contour of one end of the piston close to the valve sheet ; wherein one end of the piston close to the valve sheet is provided with a cooperating groove , and a shape of the cooperating groove matches with a shape of the valve tongue ; wherein the valve tongue comprises: a connecting portion , being connected to the valve sheet body ; an extension portion , being arranged in the mounting port ; wherein one end of the extension portion is connected to the connecting portion ; characterised in that a spacer groove is formed between the connecting portion and the valve sheet body , and one end of the spacer groove away from the mounting port forms a processing hole . a connecting portion , being connected to the valve sheet body ; an extension portion , being arranged in the mounting port ; wherein one end of the extension portion is connected to the connecting portion ; characterised in that a spacer groove is formed between the connecting portion and the valve sheet body , and one end of the spacer groove away from the mounting port forms a processing hole .
A multimedia redirection method, comprising: converting , by a client device, a hardware decoding capability of an non-Window operating system of the client device into a hardware decoding capability in a video hardware acceleration DXVA specification; sending , by the client device, the hardware decoding capability in the video hardware acceleration specification to a server; receiving , by the client device, a video code stream that is of a standard encoding format and that is obtained by restoring video data by the server, wherein receiving the video code stream comprises receiving, by the client device, a video frame instruction sent by the server, wherein the video frame instruction comprises decoding parameter information in a structure corresponding to the standard encoding format and a video frame of a video frame sequence in the video data, and the decoding parameter information in the structure corresponding to the standard encoding format comprises a specification, a profile level, and video resolution that correspond to a code stream of the video data; and wherein receiving the video code stream further comprises receiving, by the client device, a rendering instruction that is corresponding to the video frame instruction and that is sent by the server, wherein the rendering instruction comprises an identifier of the video frame and a display area; decoding , by the client device, the video code stream according to the video frame instruction and the rendering instruction; and displaying , by the client device, the decoded video code stream. converting , by a client device, a hardware decoding capability of an non-Window operating system of the client device into a hardware decoding capability in a video hardware acceleration DXVA specification; sending , by the client device, the hardware decoding capability in the video hardware acceleration specification to a server; receiving , by the client device, a video code stream that is of a standard encoding format and that is obtained by restoring video data by the server, wherein receiving the video code stream comprises receiving, by the client device, a video frame instruction sent by the server, wherein the video frame instruction comprises decoding parameter information in a structure corresponding to the standard encoding format and a video frame of a video frame sequence in the video data, and the decoding parameter information in the structure corresponding to the standard encoding format comprises a specification, a profile level, and video resolution that correspond to a code stream of the video data; and wherein receiving the video code stream further comprises receiving, by the client device, a rendering instruction that is corresponding to the video frame instruction and that is sent by the server, wherein the rendering instruction comprises an identifier of the video frame and a display area; decoding , by the client device, the video code stream according to the video frame instruction and the rendering instruction; and displaying , by the client device, the decoded video code stream.
An assembly comprising: a first layered structure comprising a first portion and a second portion , the second portion comprising a first material; a second layered structure comprising a third portion and a fourth portion , the fourth portion comprising a second material; an adhesive between the first portion and the third portion, wherein the second portion and the fourth portion each overhang an edge of the adhesive and are configured to a sealed configuration with the second portion and the fourth portion held in contact with each other by an attractive force between the first material and the second material. a first layered structure comprising a first portion and a second portion , the second portion comprising a first material; a second layered structure comprising a third portion and a fourth portion , the fourth portion comprising a second material; an adhesive between the first portion and the third portion, wherein the second portion and the fourth portion each overhang an edge of the adhesive and are configured to a sealed configuration with the second portion and the fourth portion held in contact with each other by an attractive force between the first material and the second material.
A method for determining the orientation of an audio output device with multiple transducers configured in orthogonal quadrants, comprising: driving transducers in the audio output device to simultaneously produce multiple beam patterns emitted from the audio output device , wherein each beam pattern is driven using a separate audio signal and emitted from a different quadrant of the audio output device ; sensing, by a listening device , sound produced by the multiple beam patterns to produce a sensed audio signal; and retrieving the audio signals used to produce each beam pattern; convolving each audio signal with the sensed audio signal to generate a cross-correlation signal for each quadrant of the audio output device ; and determining the orientation of the audio output device relative to the listening device based on the cross-correlation signals. driving transducers in the audio output device to simultaneously produce multiple beam patterns emitted from the audio output device , wherein each beam pattern is driven using a separate audio signal and emitted from a different quadrant of the audio output device ; sensing, by a listening device , sound produced by the multiple beam patterns to produce a sensed audio signal; and retrieving the audio signals used to produce each beam pattern; convolving each audio signal with the sensed audio signal to generate a cross-correlation signal for each quadrant of the audio output device ; and determining the orientation of the audio output device relative to the listening device based on the cross-correlation signals.
An information transmission method, implemented in a Long Term Evolution, LTE, system or Long Term Evolution - Advanced, LTE-A, system, the method comprising: determining (S101, S201) a subframe for enhanced transmission of first information; repeatedly transmitting (S102, S202) the first information multiple times in the determined subframe for the enhanced transmission of the first information; and when a subframe for channel state information-reference signal, CSI-RS, transmission collides with the subframe for the enhanced transmission of the first information, the first information is not transmitted on a resource element occupied by the CSI-RS transmission in a subframe in which the enhanced transmission of the first information collides with the CSI-RS transmission, wherein the first information is a master information block, MIB, a quantity of times of repeatedly transmitting the MIB in the subframe is greater than one time; for a frequency division duplex, FDD, system, the subframe for enhanced transmission of the first information comprises: a subframe 9; or a subframe 4; or a subframe 4 and a subframe 9; or a subframe 0 and a subframe 9. determining (S101, S201) a subframe for enhanced transmission of first information; repeatedly transmitting (S102, S202) the first information multiple times in the determined subframe for the enhanced transmission of the first information; and when a subframe for channel state information-reference signal, CSI-RS, transmission collides with the subframe for the enhanced transmission of the first information, the first information is not transmitted on a resource element occupied by the CSI-RS transmission in a subframe in which the enhanced transmission of the first information collides with the CSI-RS transmission, wherein the first information is a master information block, MIB, a quantity of times of repeatedly transmitting the MIB in the subframe is greater than one time; for a frequency division duplex, FDD, system, the subframe for enhanced transmission of the first information comprises: a subframe 9; or a subframe 4; or a subframe 4 and a subframe 9; or a subframe 0 and a subframe 9. a subframe 9; or a subframe 4; or a subframe 4 and a subframe 9; or a subframe 0 and a subframe 9.
An ethylene/alpha-olefin interpolymer suitable for use in fibers and nonwovens having a density of from 0.911 to 0.939 g/cc according to ASTM D792, a Brookfield viscosity of less than or equal to 50,000 cP, measured with a DV-II Pro Extra Viscometer using the method as defined in the description, a molecular weight distribution (M w,cc /M n,cc ) of 1.8 to 3.5, as determined by conventional gel permeation chromatography (GPC), and an M z,cc /M n,cc is less than 5.25, or alternatively, less than 4.0 or 3.5, as determined by conventional GPC.
A system, comprising: a temperature control system configured to couple to an air intake section of a gas turbine system , wherein the temperature control system comprises: an evaporative cooling system configured to cool an airflow in the air intake section ; and a variable heating system having one or more heaters configured to heat the airflow in the air intake section ; and a controller configured to control the variable heating system to vary an amount of heat supplied by the one or more heaters based on at least one temperature measurement relative to a temperature threshold; characterized in that : the controller is configured to control the evaporative cooling system to cool the airflow in the air intake section and to control the variable heating system to heat the airflow that is being cooled by the evaporative cooling system . an evaporative cooling system configured to cool an airflow in the air intake section ; and a variable heating system having one or more heaters configured to heat the airflow in the air intake section ; and a controller configured to control the variable heating system to vary an amount of heat supplied by the one or more heaters based on at least one temperature measurement relative to a temperature threshold; characterized in that : the controller is configured to control the evaporative cooling system to cool the airflow in the air intake section and to control the variable heating system to heat the airflow that is being cooled by the evaporative cooling system .
Two-part plastic blank set, preferably for producing an active substance applicator for storing a unit dose of an active substance preparation and for administering this unit dose into the human nose, wherein the plastic blank set comprises a base part and lid part that is separate from the base part , wherein the base part has a receiving space moulding encompassed by a sealing rim and an application tube moulded on integrally extends from the receiving space moulding and is closed at its free end with a closure that is moulded on integrally via an attachment element , wherein the attachment element has a wall thickness of 0.1-0.5 mm, and wherein the lid part is of a size such that when placed onto the base part it completely covers the receiving space moulding thereof, and has a sealing rim that can be connected to the sealing rim of the base part to form a seal, wherein an attachment tab extending from the respective sealing rim is moulded on at least at the lid part or at the base part , and wherein at least the sealing rim of the lid part or the sealing rim of the base part is moulded with an energy director in the form of grooves on the side opposite the base part or the top part .
An occupant classification system for a seat assembly , wherein the seat assembly includes a seat cushion and a seat back , the system comprising: a plurality of sensors , wherein each of the plurality of sensors measures a force applied to the seat cushion by an occupant of the seat assembly ; a posture classifier for identifying a posture of the occupant based on the distribution of forces applied to each of the plurality of sensors , the posture classifier comprising a probabilistic model ; and a weight classification system for identifying a weight class of the occupant based on the posture and the magnitude of forces applied to each of the plurality of sensors , wherein the weight classification system comprises a deterministic component with a deterministic method to identify the weight class and a probabilistic component with a probabilistic method to identify the weight class in case the deterministic method is unable to identify a single weight class . a plurality of sensors , wherein each of the plurality of sensors measures a force applied to the seat cushion by an occupant of the seat assembly ; a posture classifier for identifying a posture of the occupant based on the distribution of forces applied to each of the plurality of sensors , the posture classifier comprising a probabilistic model ; and a weight classification system for identifying a weight class of the occupant based on the posture and the magnitude of forces applied to each of the plurality of sensors , wherein the weight classification system comprises a deterministic component with a deterministic method to identify the weight class and a probabilistic component with a probabilistic method to identify the weight class in case the deterministic method is unable to identify a single weight class .
Process of operating a locking mechanism for multi-sectional extrusion heads representing the end part of extruders intended for production of extruded profiles wherein for the generation of a closing force ensuring the locking of an extrusion head , a first wedge slant of a first pushing bar is pushed by a first moving unit into a locking hole in an openable portion of an extrusion head for fixing said openable portion of the extrusion head in a working position characterised in that consequently for generating the main locking force, a second wedge slant of a second pushing bar is moved to overlap with the first pushing bar by a second moving unit .
A communication apparatus, comprising: first communication means for transmitting or receiving a synchronization signal in a Neighbor Awareness Networking Discovery Window, NAN DW period which is repeatedly started at a predetermined cycle and shared with another communication apparatus belonging to a NAN cluster to which the communication apparatus belongs; second communication means for performing communication with the other communication apparatus belonging to the NAN cluster in a period different from the DW period in which transmission or reception is performed by the first communication means; and determination means adapted to negotiate with the other communication apparatus for determining a period for communicating by the second communication means, characterized in that in a case where a first period for communicating with a first other communication apparatus by the second communication means has been determined by the determination means, and in a case where the communication apparatus determines a second period for communicating with a second other communication apparatus by the second communication means, the determination means is configured to determine the second period so that the first period and the second period at least partially overlap. first communication means for transmitting or receiving a synchronization signal in a Neighbor Awareness Networking Discovery Window, NAN DW period which is repeatedly started at a predetermined cycle and shared with another communication apparatus belonging to a NAN cluster to which the communication apparatus belongs; second communication means for performing communication with the other communication apparatus belonging to the NAN cluster in a period different from the DW period in which transmission or reception is performed by the first communication means; and determination means adapted to negotiate with the other communication apparatus for determining a period for communicating by the second communication means, characterized in that in a case where a first period for communicating with a first other communication apparatus by the second communication means has been determined by the determination means, and in a case where the communication apparatus determines a second period for communicating with a second other communication apparatus by the second communication means, the determination means is configured to determine the second period so that the first period and the second period at least partially overlap.
A system, having a network , in particular therefore an electrical supply network, a filter , in particular a single filter , and a plurality of drives, wherein the filter is connected on one side, in particular an input side, to the network and on the other side, in particular an output side, to the drives by means of an electrical line, wherein each drive has an additional capacitor arrangement, connected to the electrical line, which is arranged at the AC voltage connection of an inverter whose DC voltage connection is connected to the DC voltage connection of a motor-side inverter whose AC voltage output feeds an electric motor , such that the two respective inverters arranged between the respective additional capacitor arrangement and the respective motor function as a respective direct converter , wherein the respective additional capacitor arrangements are connected in parallel at the filter side. wherein the filter is connected on one side, in particular an input side, to the network and on the other side, in particular an output side, to the drives by means of an electrical line, wherein each drive has an additional capacitor arrangement, connected to the electrical line, which is arranged at the AC voltage connection of an inverter whose DC voltage connection is connected to the DC voltage connection of a motor-side inverter whose AC voltage output feeds an electric motor , such that the two respective inverters arranged between the respective additional capacitor arrangement and the respective motor function as a respective direct converter , wherein the respective additional capacitor arrangements are connected in parallel at the filter side.