mhurhangee/patent-ind-claim-en huggingface dataset:
An access point configured to set up and manage a station-management group, the access point configured to: transmit a group allocation message to selected stations , wherein the group allocation message includes a timeout field ; establish the station-management group to include stations from which response frames to the group allocation message are received; transmit data frames to the stations of the station-management group as a downlink, DL, multi-user multiple-input multiple-output, MU-MIMO, transmission ; and implicitly delete one or more stations from the station-management group wherein no explicit message is transmitted to indicate that the one or more stations are to be removed from the station-management group, wherein the access point is configured to automatically delete the one or more stations from the station management group by refraining from transmitting DL MU-MIMO transmissions or group update messages to the one or more stations of the station-management group for a predetermined period of time, wherein the predetermined period of time is indicated in the timeout field. transmit a group allocation message to selected stations , wherein the group allocation message includes a timeout field ; establish the station-management group to include stations from which response frames to the group allocation message are received; transmit data frames to the stations of the station-management group as a downlink, DL, multi-user multiple-input multiple-output, MU-MIMO, transmission ; and implicitly delete one or more stations from the station-management group wherein no explicit message is transmitted to indicate that the one or more stations are to be removed from the station-management group, wherein the access point is configured to automatically delete the one or more stations from the station management group by refraining from transmitting DL MU-MIMO transmissions or group update messages to the one or more stations of the station-management group for a predetermined period of time, wherein the predetermined period of time is indicated in the timeout field.
A negative electrode active material comprising: silicon-based oxide particles; and a metal distributed on a surface, inside, or on the surface of and the inside the silicon-based oxide particles, wherein compressive fracture strength measured at a pressure of 100 mN is 170 MPa to 380 MPa, the silicon-based oxide particles contain Si crystal grains having a crystal grain size of 3 nm to 20 nm, the metal is at least one selected from the group consisting of Li, and Mg, and the metal is included in the negative electrode active material in an amount of 3 wt% to 15 wt%, wherein the Si crystal grain size is measured as described in the description of the invention, and wherein the compressive fracture strength is measured as described in the description of the invention. silicon-based oxide particles; and a metal distributed on a surface, inside, or on the surface of and the inside the silicon-based oxide particles, wherein compressive fracture strength measured at a pressure of 100 mN is 170 MPa to 380 MPa, the silicon-based oxide particles contain Si crystal grains having a crystal grain size of 3 nm to 20 nm, the metal is at least one selected from the group consisting of Li, and Mg, and the metal is included in the negative electrode active material in an amount of 3 wt% to 15 wt%, wherein the Si crystal grain size is measured as described in the description of the invention, and wherein the compressive fracture strength is measured as described in the description of the invention.
A method performed at a first user device to distribute a recovery key, the method comprising: transmitting to a secure community server a key distribution request, wherein the key distribution request identifies a second user device, and the first user device and the second user device are members of a same secure community managed by the secure community server; transmitting a first portion of a recovery key to the secure community server for forwarding to the second user device; transmitting a second portion of the recovery key to the secure community server, characterized in that : the second portion of the recovery key is encrypted with a public key of the secure community server and stored at the secure community server so other user devices cannot access the second portion of the recovery key; and in that the method further comprises: after transmitting the first portion and the second portion of the recovery key, discarding the first portion and the second portion of the recovery key at the first user device. transmitting to a secure community server a key distribution request, wherein the key distribution request identifies a second user device, and the first user device and the second user device are members of a same secure community managed by the secure community server; transmitting a first portion of a recovery key to the secure community server for forwarding to the second user device; transmitting a second portion of the recovery key to the secure community server, characterized in that : the second portion of the recovery key is encrypted with a public key of the secure community server and stored at the secure community server so other user devices cannot access the second portion of the recovery key; and in that the method further comprises: after transmitting the first portion and the second portion of the recovery key, discarding the first portion and the second portion of the recovery key at the first user device.
Restraining device for restraining an occupant of a vehicle seat , comprising two inflatable airbags which are able to be housed in the seat and which, when inflated, are able to deploy one on each side of the occupant until they come into contact with one another via their end edges , characterized in that , when the two inflatable airbags are inflated: - the end edge of a first of the inflatable airbags is curved into a U-shape so as to delimit a channel which has a bottom and two substantially parallel opposite lateral faces , - the end edge of a second of the inflatable airbags is curved so as to have a U-shape complementing that of the end edge of the first inflatable airbag , and - the end edge of the second of the inflatable airbags is nested with the end edge of the first of the inflatable airbags in such a way as to interlock within said channel . - the end edge of a first of the inflatable airbags is curved into a U-shape so as to delimit a channel which has a bottom and two substantially parallel opposite lateral faces , - the end edge of a second of the inflatable airbags is curved so as to have a U-shape complementing that of the end edge of the first inflatable airbag , and - the end edge of the second of the inflatable airbags is nested with the end edge of the first of the inflatable airbags in such a way as to interlock within said channel .
A vacuum cleaner comprising: a head unit including: a suction pipe configured to transfer a suction force; a first suction chamber in communication with the suction pipe and configured to use the suction force to suction debris having a first size from a surface at a first vacuum pressure; a second suction chamber , separated from the first suction chamber , provided behind the first suction chamber relative to a direction of travel of the head unit , in communication with the suction pipe , and configured to use the suction force to suction debris, having passed under the first suction chamber and having a second size smaller than the first size, from the surface at a second vacuum pressure stronger than the first vacuum pressure; characterized in that the head unit further includes a nozzle blade provided between the first suction chamber and the second suction chamber and configured to restrict debris suctioned through the first suction chamber having the first size from being transferred to the second suction chamber and allow debris having the second size to be transferred to the second suction chamber . a suction pipe configured to transfer a suction force; a first suction chamber in communication with the suction pipe and configured to use the suction force to suction debris having a first size from a surface at a first vacuum pressure; a second suction chamber , separated from the first suction chamber , provided behind the first suction chamber relative to a direction of travel of the head unit , in communication with the suction pipe , and configured to use the suction force to suction debris, having passed under the first suction chamber and having a second size smaller than the first size, from the surface at a second vacuum pressure stronger than the first vacuum pressure; characterized in that the head unit further includes a nozzle blade provided between the first suction chamber and the second suction chamber and configured to restrict debris suctioned through the first suction chamber having the first size from being transferred to the second suction chamber and allow debris having the second size to be transferred to the second suction chamber .
Transport container for helium (He), comprising an inner container for receiving the helium (He), a coolant container for receiving a cryogenic liquid (N 2 ), an outer container in which the inner container and the coolant container are received, a thermal shield in which the inner container is received and which can be actively cooled with the aid of a liquid phase of the cryogenic liquid (LN 2 ), wherein the thermal shield has at least one first cooling line in which, for the active cooling of the thermal shield , the liquid phase of the cryogenic liquid (LN 2 ) can be received, and an insulating element which is arranged between the outer container and the thermal shield , characterized in that the insulating element can be actively cooled with the aid of a gaseous phase of the cryogenic liquid (GN 2 ), wherein the insulating element has at least one second cooling line (42-46) in which, for the active cooling of the insulating element , the gaseous phase of the cryogenic liquid (GN 2 ) can be received, and wherein the at least one first cooling line is a component which is separate from the at least one second cooling line (42-46).
An insulation system , comprising: a plurality of monolithic mica hard-boards joinable to form a free-standing slot-liner for insulating a conductor when placed therein and accommodating an expansion of the conductor, the plurality of monolithic mica hard-boards including: a bottom mica hard-board including a first outer circular perimeter and a first inner circular perimeter defining a first central hole ; a top mica hard-board including a second outer circular perimeter and a second inner circular perimeter defining a second central hole ; an outer wall mica hard-board joining the first outer circular perimeter and the second outer circular perimeter ; and an inner wall mica hard-board joining the first inner circular perimeter and the second inner circular perimeter, wherein at least one of the outer wall mica hard-board and the inner wall mica hard-board have a first thickness, and wherein at least one of the bottom mica hard-board and the top mica hard-board have a second thickness different from the first thickness. a bottom mica hard-board including a first outer circular perimeter and a first inner circular perimeter defining a first central hole ; a top mica hard-board including a second outer circular perimeter and a second inner circular perimeter defining a second central hole ; an outer wall mica hard-board joining the first outer circular perimeter and the second outer circular perimeter ; and an inner wall mica hard-board joining the first inner circular perimeter and the second inner circular perimeter, wherein at least one of the outer wall mica hard-board and the inner wall mica hard-board have a first thickness, and wherein at least one of the bottom mica hard-board and the top mica hard-board have a second thickness different from the first thickness.
A paper sheet comprising cellulose fibers and hydrophobic fibers, wherein the cellulose fibers represent 10% to 90% by weight of the dry matter of the paper sheet, the hydrophobic fibers represent 10% to 90% by weight of the dry matter of the paper sheet and the cellulose fibers and the hydrophobic fibers represent at least 50% by weight of the dry matter of the paper sheet, characterized in that the hydrophobic fibers are hydrophobic viscose fibers, the length of the hydrophobic fibers is less than 20 mm. characterized in that the hydrophobic fibers are hydrophobic viscose fibers, the length of the hydrophobic fibers is less than 20 mm.
An embossed release film for use in a vacuum bagging system during a process of curing a composite part, CHARACTERISED IN THAT the embossed release film comprising a raised pattern having a regular, repeating arrangement and defining an upper air pathway and a lower air pathway .
Star-shaped block copolymer A having: two short branches consisting of a single copolymer block (B/S) Ai made from 65 to 95 wt.-% vinylaromatic monomers and 35 to 5 wt.-% dienes and having a glass transition temperature Tg A in the range from 40 to 90°C, and two long branches of the structure S t -[(B/S) A ] n -(B/S) Ai or [(B/S) A ] n -(B/S) Ai , linked by way of the inner blocks (B/S) Ai , where the block S t is made from 95 to 100 wt.-% of vinylaromatic monomers and 0 to 5 wt.-% of dienes; the block [(B/S) A ] n consists of one or more different or identical copolymer blocks (B/S) A , each made from 65 to 95 wt.-% vinylaromatic monomers and 35 to 5 wt.-% dienes and have a glass transition temperature Tg A in the range from 40 to 90°C; n is a regular number of at least 1, preferably n = 2 to 10, more preferably n = 2 or 3, most preferably n = 2, and the block (B/S) Ai is as defined above, wherein the block (B/S) Ai has a number average molar mass M n in the range of from 5000 to 15000 g/mol and the entire block [(B/S) A ] n has a number average molar mass M n of 50000 to 150000 g/mol. two short branches consisting of a single copolymer block (B/S) Ai made from 65 to 95 wt.-% vinylaromatic monomers and 35 to 5 wt.-% dienes and having a glass transition temperature Tg A in the range from 40 to 90°C, and two long branches of the structure S t -[(B/S) A ] n -(B/S) Ai or [(B/S) A ] n -(B/S) Ai , linked by way of the inner blocks (B/S) Ai , where the block S t is made from 95 to 100 wt.-% of vinylaromatic monomers and 0 to 5 wt.-% of dienes; the block [(B/S) A ] n consists of one or more different or identical copolymer blocks (B/S) A , each made from 65 to 95 wt.-% vinylaromatic monomers and 35 to 5 wt.-% dienes and have a glass transition temperature Tg A in the range from 40 to 90°C; n is a regular number of at least 1, preferably n = 2 to 10, more preferably n = 2 or 3, most preferably n = 2, and the block (B/S) Ai is as defined above, wherein the block (B/S) Ai has a number average molar mass M n in the range of from 5000 to 15000 g/mol and the entire block [(B/S) A ] n has a number average molar mass M n of 50000 to 150000 g/mol.
Claw-pole rotor of a rotating electric machine, comprising: - two pole wheels , each of the wheels comprising teeth and interstices between the teeth, - a coil, - an insulating device of the coil comprising a device for positioning the insulator with respect to the pole wheels , the insulating device comprising at least two feet on a face of the insulator that contacts a face of one of the two pole wheels , each of the feet having at least the two separate contacts below: - contact on a lateral face on the side of a tooth of a wheel, - contact on a lateral face on the side of an adjacent tooth of said pole wheel, so as to provide a centring and anti-rotation function for the insulator with respect to the teeth of the pole wheel, the claw-pole rotor being characterized in that the insulating device comprises, on a flat face of the coil insulator parallel to the face comprising the feet , at least one lug (202, 203 or 204) which deforms during the positioning of the insulator while keeping the coil in position, and in that the insulator of the insulating device is made of plastic. - two pole wheels , each of the wheels comprising teeth and interstices between the teeth, - a coil, - an insulating device of the coil comprising a device for positioning the insulator with respect to the pole wheels , the insulating device comprising at least two feet on a face of the insulator that contacts a face of one of the two pole wheels , each of the feet having at least the two separate contacts below: - contact on a lateral face on the side of a tooth of a wheel, - contact on a lateral face on the side of an adjacent tooth of said pole wheel, so as to provide a centring and anti-rotation function for the insulator with respect to the teeth of the pole wheel, the claw-pole rotor being characterized in that the insulating device comprises, on a flat face of the coil insulator parallel to the face comprising the feet , at least one lug (202, 203 or 204) which deforms during the positioning of the insulator while keeping the coil in position, and in that the insulator of the insulating device is made of plastic. so as to provide a centring and anti-rotation function for the insulator with respect to the teeth of the pole wheel, the claw-pole rotor being characterized in that the insulating device comprises, on a flat face of the coil insulator parallel to the face comprising the feet , at least one lug (202, 203 or 204) which deforms during the positioning of the insulator while keeping the coil in position, and in that the insulator of the insulating device is made of plastic.
A charging apparatus for a combustion engine - comprising an electrically driven compressor which has a compressor housing , • in which a compressor wheel is arranged, said compressor wheel being mounted on one end of a rotor shaft , and • which has a compressor housing rear wall which is adjacent to a compressor wheel rear side ; - comprising an electric motor • which is mounted on the compressor housing , and - comprising a power electronics circuit , wherein - the power electronics circuit is arranged between the compressor housing rear wall and the electric motor , and characterised in that the compressor housing rear wall is provided with a cooling jacket . - comprising an electrically driven compressor which has a compressor housing , • in which a compressor wheel is arranged, said compressor wheel being mounted on one end of a rotor shaft , and • which has a compressor housing rear wall which is adjacent to a compressor wheel rear side ; • in which a compressor wheel is arranged, said compressor wheel being mounted on one end of a rotor shaft , and • which has a compressor housing rear wall which is adjacent to a compressor wheel rear side ; - comprising an electric motor • which is mounted on the compressor housing , and • which is mounted on the compressor housing , and - comprising a power electronics circuit , - the power electronics circuit is arranged between the compressor housing rear wall and the electric motor , and characterised in that the compressor housing rear wall is provided with a cooling jacket .
An ankle prosthesis , comprising: a foot prosthesis ; a lower ankle pivotably secured to the foot prosthesis at an ankle joint ; an upper ankle connected to the lower ankle in a manner that permits vertical movement of the upper ankle relative to the lower ankle; and a coupling spring biased in an extended condition, the coupling spring connected at a first end to the upper ankle, a second end of the coupling spring movable in a first condition engaged to the lower ankle and in a second condition engaged to the foot prosthesis, whereby energy is stored in compression of the coupling spring when the coupling spring is in the first condition and energy is released from the coupling spring when the coupling spring is in the second condition. a foot prosthesis ; a lower ankle pivotably secured to the foot prosthesis at an ankle joint ; an upper ankle connected to the lower ankle in a manner that permits vertical movement of the upper ankle relative to the lower ankle; and a coupling spring biased in an extended condition, the coupling spring connected at a first end to the upper ankle, a second end of the coupling spring movable in a first condition engaged to the lower ankle and in a second condition engaged to the foot prosthesis, whereby energy is stored in compression of the coupling spring when the coupling spring is in the first condition and energy is released from the coupling spring when the coupling spring is in the second condition.
Fluvoxamine for use in a therapeutic method for treating a patient in need thereof wherein the patient is administered a dosage of pirfenidone that is decreased relative to a patient not taking fluvoxamine.
A battery module, characterized in that , comprising: a plurality of power batteries , a module casing , a separating plate , battery connecting strips , detecting terminals , a cell module controller , and a joint block ; the power batteries are disposed in the module casing , the separating plate is arranged above the power batteries , and through-holes are arranged on the separating plate corresponding to electrode terminals of the power batteries , the battery connecting strips are arranged above the separating plate , and are connected with the electrode terminals of the power batteries through the through-holes , so that all the power batteries are electrically connected, the cell module controller is arranged above the separating plate , and press-fit holes are provided on the cell module controller , a terminal connecting portion is arranged on the battery connecting strip , the detecting terminal is located between the separating plate and the cell module controller , one end of the detecting terminal is connected with the terminal connecting portion , the other end of the detecting terminal is provided with a press-fit contact , the press-fit contact is connected in press-fit with the press-fit hole ; a first connecting hole is provided on the terminal connecting portion , and a second connecting hole is provided at an end of the detecting terminal away from the press-fit contact ; and one end of the joint block protrudes into the first connecting hole and is connected with the terminal connecting portion , and the other end of the joint block protrudes into the second connecting hole , and is connected with the detecting terminal . the power batteries are disposed in the module casing , the separating plate is arranged above the power batteries , and through-holes are arranged on the separating plate corresponding to electrode terminals of the power batteries , the battery connecting strips are arranged above the separating plate , and are connected with the electrode terminals of the power batteries through the through-holes , so that all the power batteries are electrically connected, the cell module controller is arranged above the separating plate , and press-fit holes are provided on the cell module controller , a terminal connecting portion is arranged on the battery connecting strip , the detecting terminal is located between the separating plate and the cell module controller , one end of the detecting terminal is connected with the terminal connecting portion , the other end of the detecting terminal is provided with a press-fit contact , the press-fit contact is connected in press-fit with the press-fit hole ; a first connecting hole is provided on the terminal connecting portion , and a second connecting hole is provided at an end of the detecting terminal away from the press-fit contact ; and one end of the joint block protrudes into the first connecting hole and is connected with the terminal connecting portion , and the other end of the joint block protrudes into the second connecting hole , and is connected with the detecting terminal .