mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a cable for the transmission of audio signals, in particular of analog audio signals, wherein the cable comprises the following: a) at least four conductors (12.1, 12.2, 12.3, 12.4) ; b) a first connection piece at a first end of the cable for connecting the cable to a first device; c) a second connection piece at a second end of the cable for connecting the cable to a second device; d) a shielding which shields the at least four conductors; characterized in that e) at least two of the at least four conductors establish two connections between the first connection piece and the second connection piece, and at least two further conductors of the at least four conductors are neither conductively connected to the first connection piece nor conductively connected to the second connection piece, wherein the at least four conductors are arranged in the cable without crossing over, and the at least two conductors which establish a connection are separated from one another by in each case at least one of the unconnected conductors. a) at least four conductors (12.1, 12.2, 12.3, 12.4) ; b) a first connection piece at a first end of the cable for connecting the cable to a first device; c) a second connection piece at a second end of the cable for connecting the cable to a second device; d) a shielding which shields the at least four conductors; characterized in that e) at least two of the at least four conductors establish two connections between the first connection piece and the second connection piece, and at least two further conductors of the at least four conductors are neither conductively connected to the first connection piece nor conductively connected to the second connection piece, wherein the at least four conductors are arranged in the cable without crossing over, and the at least two conductors which establish a connection are separated from one another by in each case at least one of the unconnected conductors.
A method performed by a wireless transmitter for resource block-level index modulation, the method comprising: determining data for transmission to a wireless receiver ; modulating a first portion of the data to provide modulation symbols that correspond to the first portion of the data; selecting, based on a data value of a second portion of the data, respective index locations for one or more resource blocks by which to transmit the modulation symbols to the wireless receiver; scheduling transmission of the modulation symbols in the one or more resource blocks having the respective index locations; transmitting an indication to the wireless receiver that the respective index locations of the one or more resource blocks indicate the second portion of the data; and transmitting the modulation symbols to the wireless receiver using the one or more resource blocks to convey the first portion of the data and the second portion of the data to the wireless receiver. determining data for transmission to a wireless receiver ; modulating a first portion of the data to provide modulation symbols that correspond to the first portion of the data; selecting, based on a data value of a second portion of the data, respective index locations for one or more resource blocks by which to transmit the modulation symbols to the wireless receiver; scheduling transmission of the modulation symbols in the one or more resource blocks having the respective index locations; transmitting an indication to the wireless receiver that the respective index locations of the one or more resource blocks indicate the second portion of the data; and transmitting the modulation symbols to the wireless receiver using the one or more resource blocks to convey the first portion of the data and the second portion of the data to the wireless receiver.
A sliding member comprising a substrate and a copper alloy layer bonded to the substrate, wherein the copper alloy layer comprises a copper alloy including: 4.0 to 25.0 mass% of Bi; optionally a total amount of not more than 50.0 mass% of one or more selected from Sn, Al, Zn, Mn, Si, Ni, Fe, P, Zr, Ti and Mg; optionally a total amount of not more than 10 volume % of either or both of MoS 2 and graphite; optionally 1.0 to 10.0 volume % of hard particles composed of a metal boride, silicide, oxide, nitride or carbide, or intermetallic compound; and the balance of copper and inevitable impurities, wherein the copper alloy has a structure in which Bi phases are dispersed in a copper alloy matrix, and wherein a volume ratio of the Bi phases in a region extending 10 μm from a bonding interface between the copper alloy layer and the substrate is not more than 3.0%. wherein the copper alloy layer comprises a copper alloy including: 4.0 to 25.0 mass% of Bi; optionally a total amount of not more than 50.0 mass% of one or more selected from Sn, Al, Zn, Mn, Si, Ni, Fe, P, Zr, Ti and Mg; optionally a total amount of not more than 10 volume % of either or both of MoS 2 and graphite; optionally 1.0 to 10.0 volume % of hard particles composed of a metal boride, silicide, oxide, nitride or carbide, or intermetallic compound; and the balance of copper and inevitable impurities, wherein the copper alloy has a structure in which Bi phases are dispersed in a copper alloy matrix, and wherein a volume ratio of the Bi phases in a region extending 10 μm from a bonding interface between the copper alloy layer and the substrate is not more than 3.0%.
A dishwasher detergent dispenser comprising: a housing providing a detergent compartment adapted to be exposed to a wash chamber of the dishwasher during a washing cycle; a dispenser door movable between a closed position covering the detergent compartment to contain detergent therein and an opened position exposing the detergent compartment to the wash chamber for release of detergent from the detergent compartment into the wash chamber; a spring element urging the dispenser door from the closed position to the opened position; an electrically controlled catch adapted to hold the dispenser door in the closed position against the urging of the spring element until activation and then to release the door to move to the opened position; a viscous damper attached between the dispenser door and the housing to provide a damping force limiting opening speed of the dispenser door ; and characterized in that the viscous damper provides a reduced damping force limiting closing speed of the dispenser door , the reduced damping force being less than the damping force limiting opening speed of the dispenser door ; wherein the viscous damper is a pneumatic damper providing a piston fitting within a cylinder to force air through a bypass pathway around the piston with opening of the dispenser door ; and further including a one-way valve increasing a conductive area of the bypass pathway with a closing of the dispenser door. a housing providing a detergent compartment adapted to be exposed to a wash chamber of the dishwasher during a washing cycle; a dispenser door movable between a closed position covering the detergent compartment to contain detergent therein and an opened position exposing the detergent compartment to the wash chamber for release of detergent from the detergent compartment into the wash chamber; a spring element urging the dispenser door from the closed position to the opened position; an electrically controlled catch adapted to hold the dispenser door in the closed position against the urging of the spring element until activation and then to release the door to move to the opened position; a viscous damper attached between the dispenser door and the housing to provide a damping force limiting opening speed of the dispenser door ; and characterized in that the viscous damper provides a reduced damping force limiting closing speed of the dispenser door , the reduced damping force being less than the damping force limiting opening speed of the dispenser door ; wherein the viscous damper is a pneumatic damper providing a piston fitting within a cylinder to force air through a bypass pathway around the piston with opening of the dispenser door ; and further including a one-way valve increasing a conductive area of the bypass pathway with a closing of the dispenser door.
A process for the separation of a first gas from a gas mixture comprising at least two different gases by controlling a gas transport through a metal-organic framework (MOF) film, characterized in that - the linkers of the metal-organic framework contain photo-switchable terminal units in their side chains, and - the entirety of the photo-switchable units are switched into a defined state providing a defined gas selectivity by variation of the enlightening time, variation of the irradiation wavelength and/or by using a defined ratio of light with two different wavelengths, wherein the defined state is characterized by a certain, well defined ratio of cis to trans isomers within the MOF film. - the linkers of the metal-organic framework contain photo-switchable terminal units in their side chains, and - the entirety of the photo-switchable units are switched into a defined state providing a defined gas selectivity by variation of the enlightening time, variation of the irradiation wavelength and/or by using a defined ratio of light with two different wavelengths, wherein the defined state is characterized by a certain, well defined ratio of cis to trans isomers within the MOF film.
A method for providing dynamic power distribution for return link signals in a spot beam satellite communication system, the method comprising: receiving a plurality of return link signals (310a-N), each from a respective user beam (308a-N) corresponding to a respective spot beam coverage area; each of a plurality of programmable attenuators attenuating a respective signal of the plurality of return link signals, each of the plurality of programmable attenuators being set at a respective attenuation value; adjusting the respective attenuation values to adjust a distribution of data transmission capacity across the plurality of return link signals; summing outputs from the plurality of programmable attenuators to generate a combined signal; amplifying the combined signal to generate an amplified signal ; and transmitting the amplified signal to a gateway . receiving a plurality of return link signals (310a-N), each from a respective user beam (308a-N) corresponding to a respective spot beam coverage area; each of a plurality of programmable attenuators attenuating a respective signal of the plurality of return link signals, each of the plurality of programmable attenuators being set at a respective attenuation value; adjusting the respective attenuation values to adjust a distribution of data transmission capacity across the plurality of return link signals; summing outputs from the plurality of programmable attenuators to generate a combined signal; amplifying the combined signal to generate an amplified signal ; and transmitting the amplified signal to a gateway .
An air washer , comprising a housing , an electrically driven fan , a water trough and a substantially horizontally lying drum (10 to 19) with an open-pored and/or absorbent structure, which drum (10 to 19) is rotatable about an axis of rotation in an electrically driven manner, wherein the respective lowermost section of the drum (10 to 19) is located below a defined minimum filling level of the water trough , wherein a support, preferably cylindrical about the axis of rotation, is formed on the drum (10 to 19) from one or more support elements , and the open-pored and/or absorbent structure is formed as a wettable mat forming a closed circumferential band, which mat spans the support on its outside and can be removed from the drum (10 to 19) by pulling it off in the axial direction and can be pushed onto the drum by a movement in the axial direction, wherein the air flow guidance for the air conveyed by the fan passes through at least an upper portion of the mat located above the water trough and the drum (10 to 19) spanned by the mat, wherein the drum has a drum body with at least one first end plate with support elements and with a second end plate , wherein the support elements run continuously from the first end plate to the second end plate , and the first end plate and the second end plate bound the mat axially on both sides, characterized in that the first end plate is made in one piece with the support elements, and that the second end plate can be reversibly removed from the drum body for removing the mat , preferably can be removed manually from the drum body without tools.
A device for comminuting bulk goods with a drive motor that is coupled with at least one hydraulic pump of a hydrostatic drive such that it enables force transmission, wherein the hydrostatic drive comprises at least one hydraulic motor that is connected to the at least one hydraulic pump via a first supply line and a first return line for hydraulic oil, and the at least one hydraulic motor is coupled with a comminution rotor such that it enables force transmission, tools being arranged on said rotor for the comminution of the bulk goods, wherein a bypass valve unit is arranged in a first bypass line , which is arranged between the first supply line and the first return line , and a discharge valve unit is arranged in a further bypass line , which is arranged between the first supply line and a second return line , said discharge valve unit being connected via the second return line to the at least one hydraulic motor , characterized in that the hydraulic motor is coupled with a gear unit such that it enables force transmission, said gear unit being coupled with the comminution rotor , and a first 4/2-way valve with a second electric activation device and/or a throttle valve are arranged downstream of the discharge valve , and the second return line is connected via a second bypass line , the first 4/2-way valve and the throttle valve to an emergency hydraulic motor , which is coupled with an emergency hydraulic pump , wherein the emergency hydraulic motor is configured to drive the emergency hydraulic pump by means of the hydraulic oil that is discharged from the first return line via the further (third) bypass line , and the emergency hydraulic pump is connected to an emergency hydraulic oil tank and the at least one hydraulic motor via a third return line .
A method performed by a network node for retransmitting a Radio Link Control, RLC, Protocol Data Unit, PDU, to a User Equipment, UE, , wherein the UE and the network node operate in a wireless communications network , and wherein the UE is configured to use Discontinuous Reception, DRX, the method comprising: when an RLC PDU transmitted to the UE is indicated to not being received by the UE , determining a time until a first DRX on-duration time period that is possible to allow time for Hybrid Automatic Repeat Request, HARQ, operations to complete a retransmission of a Medium Access Control, MAC PDU, wherein the MAC PDU is associated to the RLC PDU, and initiating a retransmission of the RLC PDU to the UE according to the determined time. when an RLC PDU transmitted to the UE is indicated to not being received by the UE , determining a time until a first DRX on-duration time period that is possible to allow time for Hybrid Automatic Repeat Request, HARQ, operations to complete a retransmission of a Medium Access Control, MAC PDU, wherein the MAC PDU is associated to the RLC PDU, and initiating a retransmission of the RLC PDU to the UE according to the determined time.
A magnetic switching device, comprising: an electromagnetic component sufficiently compact to be placed on or proximate to an exterior surface of a patient comprising a magnetically-switchable device therein; and a control circuit electrically connected to the electromagnetic component, wherein the electromagnetic component is constructed to generate a magnetic field of sufficient strength and orientation to engage a switch in the magnetically-switchable device, characterized in that the control circuit comprises a power supply coupled to a switch which is adapted to trigger activation of the electromagnetic component, wherein the switch comprises a switch of an electrocautery pen. an electromagnetic component sufficiently compact to be placed on or proximate to an exterior surface of a patient comprising a magnetically-switchable device therein; and a control circuit electrically connected to the electromagnetic component, wherein the electromagnetic component is constructed to generate a magnetic field of sufficient strength and orientation to engage a switch in the magnetically-switchable device, characterized in that the control circuit comprises a power supply coupled to a switch which is adapted to trigger activation of the electromagnetic component, wherein the switch comprises a switch of an electrocautery pen.
Passenger conveyor device , in particular escalator or moving walkway, having conveyor elements which are connected to form an encircling belt and having a drive for the conveyor elements , wherein the drive comprises at least a motor , a transmission and a drive shaft which is operatively connected to the motor via the transmission , and wherein the conveyor elements which are connected to form an encircling belt are guided over the drive shaft and can be moved by means of the drive shaft , having a bearer in which the conveyor elements which are connected to form an encircling belt are arranged in such a manner that they can be guided, wherein the drive is attached to a frame , wherein the frame is attached to the bearer , and characterized in that the bearer , at the end to which the frame is attached, comprises an extension which extends over a length of the drive in a conveying direction.
A method for producing a steel plate member using hot press forming, comprising: a quenching step for heating the steel plate member to a temperature higher than an austenite transformation finish temperature A3 and subsequently cooling the steel plate member at a cooling rate faster than an upper critical cooling rate; and a tempering step for reheating a second region of the steel plate member to a temperature higher than an austenite transformation start temperature A1 without reheating a first region of the steel plate member after quenching and subsequently cooling the steel plate member at a cooling rate slower than a lower critical cooling rate, wherein a hard region containing martensite is formed in the first region and a soft region containing ferrite and pearlite is formed in the second region , and in the cooling process of the tempering step, the shape of the second region is corrected in a temperature range from a temperature that is equal to or lower than the austenite transformation start temperature A1 to a temperature that is equal to or higher than a temperature at which transformation into ferrite and pearlite is finished while maintaining the cooling rate slower than the lower critical cooling rate. a quenching step for heating the steel plate member to a temperature higher than an austenite transformation finish temperature A3 and subsequently cooling the steel plate member at a cooling rate faster than an upper critical cooling rate; and a tempering step for reheating a second region of the steel plate member to a temperature higher than an austenite transformation start temperature A1 without reheating a first region of the steel plate member after quenching and subsequently cooling the steel plate member at a cooling rate slower than a lower critical cooling rate, wherein a hard region containing martensite is formed in the first region and a soft region containing ferrite and pearlite is formed in the second region , and in the cooling process of the tempering step, the shape of the second region is corrected in a temperature range from a temperature that is equal to or lower than the austenite transformation start temperature A1 to a temperature that is equal to or higher than a temperature at which transformation into ferrite and pearlite is finished while maintaining the cooling rate slower than the lower critical cooling rate.
A method of encoding a live video signal in a video encoding system including a plurality of video capture and encoding subsystems, the method comprising: providing the live video signal and an associated time code signal to the plurality of video capture and encoding subsystems; starting video capture and encoding in a first one of the plurality of video capture and encoding subsystems at a first frame of the live video signal, to output a first stream of encoded frames; starting video capture and encoding in a second one of the plurality of video capture and encoding subsystems at a second frame of the live video signal, said second frame being later than the first frame, to output a second stream of encoded frames; generating encode frame timestamps for each frame of the corresponding encoded output in both the first and second video capture and encoding subsystems, wherein the encode frame timestamps are synchronized across the first and second video capture and encoding subsystems such that the encode frame timestamp of any given frame is the same for the first and second video capture and encoding subsystems, wherein each video capture and encoding subsystem generates encode frame timestamps based on a base timestamp, said base timestamp being generated based on a frame count, and a difference between a capture timestamp and an initial capture timestamp, the initial capture timestamp corresponding to an initial captured frame; and associating the encode frame timestamps with the frames in both the first and second video capture and encoding subsystems. providing the live video signal and an associated time code signal to the plurality of video capture and encoding subsystems; starting video capture and encoding in a first one of the plurality of video capture and encoding subsystems at a first frame of the live video signal, to output a first stream of encoded frames; starting video capture and encoding in a second one of the plurality of video capture and encoding subsystems at a second frame of the live video signal, said second frame being later than the first frame, to output a second stream of encoded frames; generating encode frame timestamps for each frame of the corresponding encoded output in both the first and second video capture and encoding subsystems, wherein the encode frame timestamps are synchronized across the first and second video capture and encoding subsystems such that the encode frame timestamp of any given frame is the same for the first and second video capture and encoding subsystems, wherein each video capture and encoding subsystem generates encode frame timestamps based on a base timestamp, said base timestamp being generated based on a frame count, and a difference between a capture timestamp and an initial capture timestamp, the initial capture timestamp corresponding to an initial captured frame; and associating the encode frame timestamps with the frames in both the first and second video capture and encoding subsystems.