mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising one or more polymers of formulae (I), (II), or (III) : , wherein: each X is independently selected from the group consisting of and each Y is independently selected from the group consisting of and each Z is independently selected from the group consisting of-H, and benzyl, where each R' is independently H, halo, C1-C20 alkyl, or cyano, each R is independently selected from the group consisting of: and each L is independently selected from the group consisting of: -CH 2 -, -(CH 3 ) 2 C-, -O- -S-, -SO 2 -, and -CO-, each Q is independently selected from the group consisting of: -S-, -SO 2 - or-(CF 3 ) 2 C-, -O-, and -(CH 3 ) 2 C-, each j is independently a positive integer, each m is independently a positive integer, each n is independently a positive integer, each p is independently a positive integer, and each q is independently a positive integer. each X is independently selected from the group consisting of and each Y is independently selected from the group consisting of and each Z is independently selected from the group consisting of-H, and benzyl, where each R' is independently H, halo, C1-C20 alkyl, or cyano, each R is independently selected from the group consisting of: and each L is independently selected from the group consisting of: -CH 2 -, -(CH 3 ) 2 C-, -O- -S-, -SO 2 -, and -CO-, each Q is independently selected from the group consisting of: -S-, -SO 2 - or-(CF 3 ) 2 C-, -O-, and -(CH 3 ) 2 C-, each j is independently a positive integer, each m is independently a positive integer, each n is independently a positive integer, each p is independently a positive integer, and each q is independently a positive integer.
A soundproof structure , comprising: a soundproof cell including a frame having a hole portion penetrating through both opposite surfaces and at least one film fixed to at least one surface of the frame , wherein the soundproof cell is disposed in an opening portion of a wall of the soundproof structure , separating two spaces from each other in a state in which a surface of the at least one film is inclined with respect to an opening cross section of the opening portion to provide a ventilation portion, a surface of a film on a side of a wall surface of the opening portion in the at least one film has a portion separated from the wall surface, and a distance, D, between the surface of the film on the side of the wall surface of the opening portion and the wall surface is 0.1 mm or more and characterized in that the distance, D, is a distance set according to an absorption peak frequency at a spectral peak of soundproofing. a soundproof cell including a frame having a hole portion penetrating through both opposite surfaces and at least one film fixed to at least one surface of the frame , wherein the soundproof cell is disposed in an opening portion of a wall of the soundproof structure , separating two spaces from each other in a state in which a surface of the at least one film is inclined with respect to an opening cross section of the opening portion to provide a ventilation portion, a surface of a film on a side of a wall surface of the opening portion in the at least one film has a portion separated from the wall surface, and a distance, D, between the surface of the film on the side of the wall surface of the opening portion and the wall surface is 0.1 mm or more and characterized in that the distance, D, is a distance set according to an absorption peak frequency at a spectral peak of soundproofing.
A joined material comprising a carbon material layer and a metal layer joined to each other, wherein the carbon material layer comprises a carbon fiber composite material and the metal layer comprises tungsten, wherein a joint layer is formed between the carbon material layer and the metal layer , the joint layer containing a sintering aid agent and a ceramic; the carbon material layer, the joint layer , and the metal layer are joined to each other by sintering; the sintering aid agent contains at least Y 2 O 3 and Al 2 O 3 ; wherein said ceramic in said joint layer comprises SiC; and the joint layer comprises at least one of tungsten carbide, tungsten silicide, and tungsten silicon carbide that are produced by reacting the tungsten contained in the metal layer ; and a portion of the joint layer intrudes into a structure of the carbon material layer , wherein the joint layer intrudes by 5 μm or more into the structure of the carbon material layer at an interface between the carbon material layer and the joint layer . wherein a joint layer is formed between the carbon material layer and the metal layer , the joint layer containing a sintering aid agent and a ceramic; the carbon material layer, the joint layer , and the metal layer are joined to each other by sintering; the sintering aid agent contains at least Y 2 O 3 and Al 2 O 3 ; wherein said ceramic in said joint layer comprises SiC; and the joint layer comprises at least one of tungsten carbide, tungsten silicide, and tungsten silicon carbide that are produced by reacting the tungsten contained in the metal layer ; and a portion of the joint layer intrudes into a structure of the carbon material layer , wherein the joint layer intrudes by 5 μm or more into the structure of the carbon material layer at an interface between the carbon material layer and the joint layer .
A cosmetic method for treating the human skin, comprising: sucking a targeted area of skin, in particular a region of the face or the body, up into a chamber to bring the targeted area into contact with a surface present at a recessed position within the chamber so as to exert at least one of several possible mechanical actions to the targeted area, including abrading the skin at the targeted area, the abrading resulting from repeated movement of the skin against the surface in response to repeating vacuum cycles, the repeated movement of the skin being between an upper and a lower position, the skin of the targeted area contacting the surface at least in the upper position.
A method of operating a Long Term Evolution "LTE" network for a media service that uses an Access Point Name "APN" Quality-of-Service "QoS" Class Identifier "QCI" to serve User Equipment "UE" over a wireless relay , the method comprising a relay control system receiving a macro bearer request for the APN QCI for the UE and responsively transferring a base station bearer/session request indicating the APN QCI for delivery to a wireless base station serving the wireless relay , the wireless base station receiving the base station bearer/session request, and in response, the wireless base station and the wireless relay configuring a wireless network bearer to use the APN QCI for the UE, the method characterized by the wireless relay , responsive to the wireless network bearer configuration, transferring a relay bearer request for the APN QCI for the UE for delivery to the relay control system ; the relay control system receiving the relay bearer request for the APN QCI for the UE and responsively transferring a relay bearer/session request indicating the APN QCI for the UE for delivery to the wireless relay ; and the wireless relay receiving the relay bearer/session request, and in response, the wireless relay and the UE configuring a wireless access bearer to use the APN QCI for the UE. the wireless base station receiving the base station bearer/session request, and in response, the wireless base station and the wireless relay configuring a wireless network bearer to use the APN QCI for the UE, the method characterized by the wireless relay , responsive to the wireless network bearer configuration, transferring a relay bearer request for the APN QCI for the UE for delivery to the relay control system ; the relay control system receiving the relay bearer request for the APN QCI for the UE and responsively transferring a relay bearer/session request indicating the APN QCI for the UE for delivery to the wireless relay ; and the wireless relay receiving the relay bearer/session request, and in response, the wireless relay and the UE configuring a wireless access bearer to use the APN QCI for the UE.
A fluidic device , comprising: a planar structure constituted by a plurality of laminated layers and accommodating a fluid channel extending up to a lateral surface of the planar structure ; a female adapter piece including a recess for receiving a male adapter piece having a fluid conduit in a fluid-tight accommodation, wherein the female adapter piece is connected or connectable with the planar structure so that, when the male adapter piece is accommodated in the recess , the fluid conduit of the male adapter piece is brought in fluid-tight fluid communication with the fluid channel ; wherein the fluid channel is exposed to the female adapter piece at a lateral surface of the planar structure at which the laminated layers are exposed. a planar structure constituted by a plurality of laminated layers and accommodating a fluid channel extending up to a lateral surface of the planar structure ; a female adapter piece including a recess for receiving a male adapter piece having a fluid conduit in a fluid-tight accommodation, wherein the female adapter piece is connected or connectable with the planar structure so that, when the male adapter piece is accommodated in the recess , the fluid conduit of the male adapter piece is brought in fluid-tight fluid communication with the fluid channel ; wherein the fluid channel is exposed to the female adapter piece at a lateral surface of the planar structure at which the laminated layers are exposed.
A stretchable textile article comprising a plurality of discrete textile members , each textile member extending between a first end and a second end , the first ends of the textile members being joined together, the second ends of the textile members being joined together, wherein the plurality of textile members includes at least one first textile member and at least one second textile member , characterised in that the or each first textile member includes a textile zone configured to have an increasing stretch property away from the first end towards the second end , and the or each second textile member includes a textile zone configured to have an increasing stretch property away from the second end towards the first end , wherein the stretchable textile article further includes a compressible textile member arranged to interconnect the first and second textile members so that, in use, stretch of the stretchable textile article in an orientation extending between the joined first ends and the joined second ends causes compression of the compressible textile member .
An apparatus for generating electrical energy from a rotational movement, comprising a stator rotatable about a rotational axis and a rotor which is connected to the stator in such a manner that said rotor can rotate about the rotational axis , which rotor has a centre of gravity located outside the rotational axis , wherein a coil is arranged in the stator for inducing an electrical voltage when the stator rotates relative to the rotor , wherein the coil is connected to an electrical circuit having an energy storage device for rectifying the voltage induced in the coil, characterized in that the apparatus is configured to detect a position of a plane defined by the rotational axis and the centre of gravity of the rotor and to influence the position of the plane by means of a current flowing through the coil, such that a deflection of the plane from a vertical plane during a rotation of the stator can be limited by the current flow.
A bleeding method for a round fish , comprising: step of forming a slit (SL) that connects a pericardial cavity to an outer part of the fish by cutting a membrane of gill to split a head and an abdomen such that an abdominal aorta is not cut and internal organs incorporated in an abdominal cavity are not exposed to an outside air, step of spreading the slit such that an arterial sphere of the fish is not pulled up together with flesh on an abdominal side being lifted, and a caudal side surface of a ventricle in a heart of the fish is exposed, step of inserting a tubular instrument in the heart of the fish, which runs through the slit from the caudal side surface of the ventricle toward the arterial sphere , step of fixing the tubular instrument to the heart, and step of discharging blood of the fish outside by press-fitting liquid into vascular system of the fish via the tubular instrument. step of forming a slit (SL) that connects a pericardial cavity to an outer part of the fish by cutting a membrane of gill to split a head and an abdomen such that an abdominal aorta is not cut and internal organs incorporated in an abdominal cavity are not exposed to an outside air, step of spreading the slit such that an arterial sphere of the fish is not pulled up together with flesh on an abdominal side being lifted, and a caudal side surface of a ventricle in a heart of the fish is exposed, step of inserting a tubular instrument in the heart of the fish, which runs through the slit from the caudal side surface of the ventricle toward the arterial sphere , step of fixing the tubular instrument to the heart, and step of discharging blood of the fish outside by press-fitting liquid into vascular system of the fish via the tubular instrument.
A method in a wireless LAN, WLAN, system, the method comprising: transmitting, by a first station, STA , a Link Measurement Request frame requesting Transmit Power Control, TPC, information to a second STA (S2810); and receiving, by the first STA , a Link Measurement Report frame from the second STA , the Link Measurement Report frame being transmitted as a response to the Link Measurement Request frame (S2820), wherein the Link Measurement Request frame includes a TPC Configuration field and a Link Measurement Request field, wherein the TPC Configuration field includes a first sub-field and a second sub-field, wherein the first sub-field includes information on whether or not the Link Measurement Request frame is transmitted through a channel on which channel aggregation is performed, wherein the second sub-field includes information on a number of transmit chains being used for transmitting the Link Measurement Request frame, wherein, if the Link Measurement Request frame is transmitted through the channel on which the channel aggregation is performed, the number of transmit chains is equal to an even number, wherein the Link Measurement Request field includes a third sub-field and a fourth sub-field, wherein the third sub-field includes information on a transmit power being used for each of the transmit chains, and wherein the fourth sub-field includes information on a maximum transmit power for each of the transmit chains. transmitting, by a first station, STA , a Link Measurement Request frame requesting Transmit Power Control, TPC, information to a second STA (S2810); and receiving, by the first STA , a Link Measurement Report frame from the second STA , the Link Measurement Report frame being transmitted as a response to the Link Measurement Request frame (S2820), wherein the Link Measurement Request frame includes a TPC Configuration field and a Link Measurement Request field, wherein the TPC Configuration field includes a first sub-field and a second sub-field, wherein the first sub-field includes information on whether or not the Link Measurement Request frame is transmitted through a channel on which channel aggregation is performed, wherein the second sub-field includes information on a number of transmit chains being used for transmitting the Link Measurement Request frame, wherein, if the Link Measurement Request frame is transmitted through the channel on which the channel aggregation is performed, the number of transmit chains is equal to an even number, wherein the Link Measurement Request field includes a third sub-field and a fourth sub-field, wherein the third sub-field includes information on a transmit power being used for each of the transmit chains, and wherein the fourth sub-field includes information on a maximum transmit power for each of the transmit chains.
A temporary-bonding adhesive, wherein the temporary-bonding adhesive is a polyimide copolymer having at least an acid dianhydride residue and a diamine residue, the diamine residue includes both of (A1) a polysiloxane-based diamine residue represented by a general formula in which n is a natural number of 1 to 15, and (B1) a polysiloxane-based diamine residue represented by a general formula in which n is a natural number of 16 to 100, and the diamine residue contains 40 to 99.99 mol% of the (A1) residue and 0.01 to 60 mol% of the (B1) residue: in which n is a natural number, R 1 and R 2 may be the same or different and represent an alkylene group having 1 to 30 carbon atoms or a phenylene group, and R 3 to R 6 may be the same or different and represent an alkyl group having 1 to 30 carbon atoms, a phenyl group, or a phenoxy group.
A stage (ST1 to STn), comprising: an output configured to supply a voltage of a first power source (VDD) or a second power source (VSS) to an output terminal based on voltages of a first node (N1) and a second node (N2); an input configured to control voltages of a third node (N3) and a fourth node (N4) based on signals supplied to a first input terminal and a second input terminal ; a first signal processor configured to control the voltage of the first node (N1) based on the voltage of the second node (N2); a second signal processor , connected to a fifth node (N5), and configured to control the voltage of the first node (N1) based on a signal supplied to a third input terminal ; and a third signal processor configured to control the voltage of the fourth node (N4) based on the voltage of the third node (N3) and the signal supplied to the third input terminal ; characterized in that the stage (ST1) further comprises: a first stabilizer connected between the second signal processor and the input and comprising: a first transistor (M1) connected between the third node (N3) and the fifth node (N5) and having a gate electrode connected to the second power source (VSS); and a second transistor (M2) connected between the second node (N2) and the fourth node (N4) and having a gate electrode connected to the second power source (VSS). an output configured to supply a voltage of a first power source (VDD) or a second power source (VSS) to an output terminal based on voltages of a first node (N1) and a second node (N2); an input configured to control voltages of a third node (N3) and a fourth node (N4) based on signals supplied to a first input terminal and a second input terminal ; a first signal processor configured to control the voltage of the first node (N1) based on the voltage of the second node (N2); a second signal processor , connected to a fifth node (N5), and configured to control the voltage of the first node (N1) based on a signal supplied to a third input terminal ; and a third signal processor configured to control the voltage of the fourth node (N4) based on the voltage of the third node (N3) and the signal supplied to the third input terminal ; a first transistor (M1) connected between the third node (N3) and the fifth node (N5) and having a gate electrode connected to the second power source (VSS); and a second transistor (M2) connected between the second node (N2) and the fourth node (N4) and having a gate electrode connected to the second power source (VSS).
A power transmitter for wirelessly providing power to a power receiver via an electromagnetic power transfer signal; the power transmitter comprising: an output circuit comprising a transmitter coil for generating the power transfer signal in response to a drive signal being applied to the output circuit ; a driver for generating the drive signal; a configuration controller for switching between a set of power transfer configurations, the power transfer configurations of the set of power transfer configurations having different combinations of a maximum power limit and a voltage amplitude for the drive signal; a receiver for receiving a power transfer configuration change request message from the power receiver ; and characterized in further comprising a transmitter for transmitting a power configuration message to the power receiver , the power configuration message comprising data indicative of a voltage amplitude for a first power transfer configuration of the set of power transfer configurations; wherein the configuration controller is arranged to switch the power transmitter to the first power transfer configuration in response to the power transfer configuration change request message. an output circuit comprising a transmitter coil for generating the power transfer signal in response to a drive signal being applied to the output circuit ; a driver for generating the drive signal; a configuration controller for switching between a set of power transfer configurations, the power transfer configurations of the set of power transfer configurations having different combinations of a maximum power limit and a voltage amplitude for the drive signal; a receiver for receiving a power transfer configuration change request message from the power receiver ; and characterized in further comprising a transmitter for transmitting a power configuration message to the power receiver , the power configuration message comprising data indicative of a voltage amplitude for a first power transfer configuration of the set of power transfer configurations; wherein the configuration controller is arranged to switch the power transmitter to the first power transfer configuration in response to the power transfer configuration change request message.
An attachment element for a wind turbine rotor blade , comprising an aerodynamically effective portion for influencing an aerodynamic property of the wind turbine rotor blade , and a strip-shaped fastening portion formed to be mounted to a surface of the wind turbine rotor blade , wherein the strip-shaped fastening portion comprises a first end with a first coupling portion , characterized in that the first coupling portion either comprises a positioning pin which is insertable in a positioning recess of a coupling portion of a further attachment element so that the attachment element is pivotably couplable to the further attachment element , or a positioning recess which is formed for receiving a positioning pin of a coupling portion of a further attachment element so that the further attachment element is pivotably couplable to the attachment element . an aerodynamically effective portion for influencing an aerodynamic property of the wind turbine rotor blade , and a strip-shaped fastening portion formed to be mounted to a surface of the wind turbine rotor blade , wherein the strip-shaped fastening portion comprises a first end with a first coupling portion , characterized in that the first coupling portion either comprises a positioning pin which is insertable in a positioning recess of a coupling portion of a further attachment element so that the attachment element is pivotably couplable to the further attachment element , or a positioning recess which is formed for receiving a positioning pin of a coupling portion of a further attachment element so that the further attachment element is pivotably couplable to the attachment element .