mhurhangee/patent-ind-claim-en huggingface dataset:
An information feedback method, applied to a time division duplex, TDD, system, wherein the method comprises: detecting (S202), by user equipment, UE, downlink transmission data in a received subframe; and sending (S203), by the UE, a response message for the downlink transmission data to an access network device, wherein the response message is sent by the UE on an uplink symbol in a K th subframe after the received subframe, and K is the same for any subframe arrangement in the TDD system, a subframe arrangement being an arrangement sequence, by time, of different subframes in one configuration period, wherein K is a positive integer, and the response message is a hybrid automatic repeat request response message, wherein the K th subframe comprises an uplink symbol and a downlink symbol, wherein the uplink symbol in the K th subframe is located before the downlink symbol in the subframe, or wherein the downlink symbol in the K th subframe is located before the uplink symbol in the subframe, there are multiple uplink symbols in the subframe, a guard period exists between the downlink symbol and the uplink symbol in the subframe, and the response message is carried on any uplink symbol after the guard period or on at least two uplink symbols after the guard period, or wherein the downlink symbol in the K th subframe is located before the uplink symbol in the subframe, there is one uplink symbol in the subframe, and a guard period exists between the downlink symbol and the uplink symbol in the subframe. detecting (S202), by user equipment, UE, downlink transmission data in a received subframe; and sending (S203), by the UE, a response message for the downlink transmission data to an access network device, wherein the response message is sent by the UE on an uplink symbol in a K th subframe after the received subframe, and K is the same for any subframe arrangement in the TDD system, a subframe arrangement being an arrangement sequence, by time, of different subframes in one configuration period, wherein K is a positive integer, and the response message is a hybrid automatic repeat request response message, wherein the K th subframe comprises an uplink symbol and a downlink symbol, wherein the uplink symbol in the K th subframe is located before the downlink symbol in the subframe, or wherein the downlink symbol in the K th subframe is located before the uplink symbol in the subframe, there are multiple uplink symbols in the subframe, a guard period exists between the downlink symbol and the uplink symbol in the subframe, and the response message is carried on any uplink symbol after the guard period or on at least two uplink symbols after the guard period, or wherein the downlink symbol in the K th subframe is located before the uplink symbol in the subframe, there is one uplink symbol in the subframe, and a guard period exists between the downlink symbol and the uplink symbol in the subframe.
A valve apparatus , comprising: a valve body defining a flow path therethrough; a valve member mounted within the valve body ; and an actuator assembly mounted internally within the valve body and comprising a piston bore and a piston member defining a piston chamber therebetween, wherein at least one of the piston bore and piston member is engaged or associated with the valve member such that the valve member is moveable in accordance with fluid pressure within the piston chamber to selectively occlude the flow path , wherein the valve member defines the piston bore and the piston member extends into the piston bore to define the piston chamber therein, wherein the piston member is fixed with respect to the valve body and the valve member is moveable with respect to the piston member to selectively occlude the flow path . a valve body defining a flow path therethrough; a valve member mounted within the valve body ; and an actuator assembly mounted internally within the valve body and comprising a piston bore and a piston member defining a piston chamber therebetween, wherein at least one of the piston bore and piston member is engaged or associated with the valve member such that the valve member is moveable in accordance with fluid pressure within the piston chamber to selectively occlude the flow path , wherein the valve member defines the piston bore and the piston member extends into the piston bore to define the piston chamber therein, wherein the piston member is fixed with respect to the valve body and the valve member is moveable with respect to the piston member to selectively occlude the flow path .
A fiber-metal laminate, comprising: fiber cloth ; a resin layer , disposed on the fiber cloth ; a metal layer , disposed on the resin layer ; and a plurality of chopped fibers , distributed between the fiber cloth and the resin layer , wherein each chopped fiber comprises a first part inserted into the fiber cloth and a second part fixed in the resin layer . fiber cloth ; a resin layer , disposed on the fiber cloth ; a metal layer , disposed on the resin layer ; and a plurality of chopped fibers , distributed between the fiber cloth and the resin layer , wherein each chopped fiber comprises a first part inserted into the fiber cloth and a second part fixed in the resin layer .
A medical device delivery system , comprising: an outer sheath ; and an inner catheter disposed within the outer sheath , the inner catheter having a distal end; a tube extension coupled to the distal end of the inner catheter and extending distally therefrom, wherein the tube extension has a nose cone attached thereto, the outer sheath being configured to contact the nose cone ; wherein the tube extension is configured to shift between a first elongated configuration and a second shortened configuration, characterized in that a distal advancement of the outer sheath is configured to shift the tube extension from the shortened configuration to the elongated configuration, and a proximal retraction of the outer sheath is configured to shift the tube extension from the elongated configuration to the shortened configuration. an outer sheath ; and an inner catheter disposed within the outer sheath , the inner catheter having a distal end; a tube extension coupled to the distal end of the inner catheter and extending distally therefrom, wherein the tube extension has a nose cone attached thereto, the outer sheath being configured to contact the nose cone ; wherein the tube extension is configured to shift between a first elongated configuration and a second shortened configuration, characterized in that a distal advancement of the outer sheath is configured to shift the tube extension from the shortened configuration to the elongated configuration, and a proximal retraction of the outer sheath is configured to shift the tube extension from the elongated configuration to the shortened configuration.
A method, comprising: receiving a command including a number of virtual addresses from a host at a hybrid memory cube, HMC, that includes a logic base , a number of memory devices (120, 278-1, 278-2, 278-3, ..., 278-B, 320) comprising a number of vaults , wherein: each of the number of vaults includes a partition (286-1, 286-2, 286-3, ..., 286-B) from each of the number of memory devices (120, 278-1, 278-2, 278-3, ..., 278-B, 320); and each of the number of vaults is functionally and operationally independent of other vaults ; translating the number of virtual addresses to a number of physical addresses using a translation lookaside buffer, TLB, located on a switch of the logic base , wherein the switch is configured to provide availability of collective bandwidth from the memory device (120, 278-1, 278-2, 278-3, ..., 278-B, 320) to the host ; locating the physical addresses in the respective one of the number memory devices (120, 278-1, 278-2, 278-3, ..., 278-B, 320); and using the collective bandwidth to access a vault of the number of vaults independently of others of the number of vaults . receiving a command including a number of virtual addresses from a host at a hybrid memory cube, HMC, that includes a logic base , a number of memory devices (120, 278-1, 278-2, 278-3, ..., 278-B, 320) comprising a number of vaults , wherein: each of the number of vaults includes a partition (286-1, 286-2, 286-3, ..., 286-B) from each of the number of memory devices (120, 278-1, 278-2, 278-3, ..., 278-B, 320); and each of the number of vaults is functionally and operationally independent of other vaults ; each of the number of vaults includes a partition (286-1, 286-2, 286-3, ..., 286-B) from each of the number of memory devices (120, 278-1, 278-2, 278-3, ..., 278-B, 320); and each of the number of vaults is functionally and operationally independent of other vaults ; translating the number of virtual addresses to a number of physical addresses using a translation lookaside buffer, TLB, located on a switch of the logic base , wherein the switch is configured to provide availability of collective bandwidth from the memory device (120, 278-1, 278-2, 278-3, ..., 278-B, 320) to the host ; locating the physical addresses in the respective one of the number memory devices (120, 278-1, 278-2, 278-3, ..., 278-B, 320); and using the collective bandwidth to access a vault of the number of vaults independently of others of the number of vaults .
A device that includes a memory connected to a plurality of requesting devices that include a direct memory access "DMA" device , wherein: the memory is provided with a hardware logic device to provide a logical/physical interface for the memory , wherein the memory includes: vault controllers ; and a plurality of memory devices that are stacked on top of each other; the memory is a single package that includes the plurality of memory devices and the hardware logic device ; the plurality of requesting devices that include the DMA device are provided outside the package; the plurality of memory devices are divided into a plurality of memory vaults operated functionally and operationally independently of each other; each of the plurality of memory vaults encompasses a respective portion of each of the plurality of memory devices ; each of the plurality of memory vaults includes a corresponding one of the plurality of vault controllers , the plurality of vault controllers being configured to control memory operations of corresponding memory vaults ; and the memory is configured in a manner such that in response to a request from a certain one of the plurality of requesting devices , the memory : gathers data stored in a non-contiguously distributed manner in the plurality of memory devices , modifies the gathered data by adjusting a value of each unit of the gathered data, and transmits the modified gathered data to the certain requesting device . the memory is provided with a hardware logic device to provide a logical/physical interface for the memory , wherein the memory includes: vault controllers ; and a plurality of memory devices that are stacked on top of each other; vault controllers ; and a plurality of memory devices that are stacked on top of each other; the memory is a single package that includes the plurality of memory devices and the hardware logic device ; the plurality of requesting devices that include the DMA device are provided outside the package; the plurality of memory devices are divided into a plurality of memory vaults operated functionally and operationally independently of each other; each of the plurality of memory vaults encompasses a respective portion of each of the plurality of memory devices ; each of the plurality of memory vaults includes a corresponding one of the plurality of vault controllers , the plurality of vault controllers being configured to control memory operations of corresponding memory vaults ; and the memory is configured in a manner such that in response to a request from a certain one of the plurality of requesting devices , the memory : gathers data stored in a non-contiguously distributed manner in the plurality of memory devices , modifies the gathered data by adjusting a value of each unit of the gathered data, and transmits the modified gathered data to the certain requesting device . gathers data stored in a non-contiguously distributed manner in the plurality of memory devices , modifies the gathered data by adjusting a value of each unit of the gathered data, and transmits the modified gathered data to the certain requesting device .
Thrust member for a pedestrian protection device for a motor vehicle, comprising: - a fixed body , which is arranged to be fixed to the vehicle, - a piston , which is movable relative to the fixed body between a rest position and a deployed position, - a pyrotechnic actuator, which is arranged to cause the piston to move from the rest position to the deployed position, characterized in that the piston is crimped to the fixed body in order to be held in the rest position, wherein the fixed body comprises: - a crimping interface , which is arranged to allow crimping in order to hold the piston in its rest position, - a stop interface, which is arranged to form an end-of-travel stop for the piston to define the deployed position, and wherein the end-of-travel stop has a passage dimension (D2) for the piston which is greater than a passage dimension (D1) of the crimping interface. - a fixed body , which is arranged to be fixed to the vehicle, - a piston , which is movable relative to the fixed body between a rest position and a deployed position, - a pyrotechnic actuator, which is arranged to cause the piston to move from the rest position to the deployed position, - a crimping interface , which is arranged to allow crimping in order to hold the piston in its rest position, - a stop interface, which is arranged to form an end-of-travel stop for the piston to define the deployed position, and wherein the end-of-travel stop has a passage dimension (D2) for the piston which is greater than a passage dimension (D1) of the crimping interface.
A polytetrafluoroethylene aqueous dispersion characterized by comprising from 15 to 70 mass% of polytetrafluoroethylene particles having an average primary particle size of from 0.1 to 0.5 μm as measured by using a laser scattering method particle size distribution analyzer, from 0.1 to 20,000 ppm, to the mass of the above polytetrafluoroethylene particles, of at least one fluorinated emulsifier selected from the group consisting of a C 4-7 fluorinated carboxylic acid which may have an etheric oxygen atom, and salts thereof, from 1 to 20 parts by mass, per 100 parts by mass of the above polytetrafluoroethylene particles, of a nonionic surfactant represented by the following formula (I), from 0.15 to 3 parts by mass, per 100 parts by mass of the above polytetrafluoroethylene particles, of a polyether polysiloxane copolymer, and water, R'-O-A-H (I) wherein R 1 is a C 8-18 alkyl group, and A is a polyoxyalkylene chain composed of an average repeating number of from 5 to 20 oxyethylene groups and an average repeating number of from 0 to 2 oxypropylene groups, wherein the polyether polysiloxane copolymer is a block copolymer in which a linear polysiloxane chain and a linear polyether chain are alternately bonded, and in which the terminal silicon atom of the linear polysiloxane chain and the terminal oxygen atom of the linear polyether chain are bonded. from 15 to 70 mass% of polytetrafluoroethylene particles having an average primary particle size of from 0.1 to 0.5 μm as measured by using a laser scattering method particle size distribution analyzer, from 0.1 to 20,000 ppm, to the mass of the above polytetrafluoroethylene particles, of at least one fluorinated emulsifier selected from the group consisting of a C 4-7 fluorinated carboxylic acid which may have an etheric oxygen atom, and salts thereof, from 1 to 20 parts by mass, per 100 parts by mass of the above polytetrafluoroethylene particles, of a nonionic surfactant represented by the following formula (I), from 0.15 to 3 parts by mass, per 100 parts by mass of the above polytetrafluoroethylene particles, of a polyether polysiloxane copolymer, and water, R'-O-A-H (I) wherein R 1 is a C 8-18 alkyl group, and A is a polyoxyalkylene chain composed of an average repeating number of from 5 to 20 oxyethylene groups and an average repeating number of from 0 to 2 oxypropylene groups, wherein the polyether polysiloxane copolymer is a block copolymer in which a linear polysiloxane chain and a linear polyether chain are alternately bonded, and in which the terminal silicon atom of the linear polysiloxane chain and the terminal oxygen atom of the linear polyether chain are bonded.
Medical HF instrument with a shaft , which has a hollow shaft tube , and with a handle arranged at the proximal end of the shaft tube , wherein an HF electrode is mounted in the shaft tube and, for the purpose of energy supply, can be coupled to an HF plug that can be secured on the handle , wherein the HF electrode is able to be secured on the HF plug via a spring-loaded latching mechanism , wherein the spring-loaded latching mechanism has at least one spring element mounted on the HF plug , wherein the HF plug can be pressed into a housing of the handle counter to the spring force of this at least one spring element , and wherein the HF plug is U-shaped in cross section, wherein the at least one spring element is arranged on an underside of at least one of the parallel limbs of the U-shaped HF plug , said underside facing towards the handle , and a receptacle for the HF electrode is formed in at least one of the parallel limbs of the U-shaped HF plug .
A vapor jet system characterized in that it comprises: a first storage container including an inner wall to which a first foam metal is attached; a first liquid held by the first foam metal ; a first vapor generated by vaporization of the first liquid in the first storage container ; a second storage container including an inner wall to which a second foam metal is attached; a second liquid held by the second foam metal ; a second vapor generated by vaporization of the second liquid in the second storage container ; a jet orifice connected to a vapor passage connected to each of the first storage container and the second storage container ; a first filter that prevents the passage of liquids, the first filter disposed in the vapor passage between the jet orifice and the first storage container ; a second filter that prevents the passage of liquids; the second filter disposed in the vapor passage between the jet orifice and the second storage container ; a jet control part , a first heater (4A, 4A-1, 4A-2) positioned at the first storage container; and a second heater (4B, 4B-1, 4B-2) positioned at the second storage container, wherein the first liquid and the second liquid are mutually insoluble. a first storage container including an inner wall to which a first foam metal is attached; a first liquid held by the first foam metal ; a first vapor generated by vaporization of the first liquid in the first storage container ; a second storage container including an inner wall to which a second foam metal is attached; a second liquid held by the second foam metal ; a second vapor generated by vaporization of the second liquid in the second storage container ; a jet orifice connected to a vapor passage connected to each of the first storage container and the second storage container ; a first filter that prevents the passage of liquids, the first filter disposed in the vapor passage between the jet orifice and the first storage container ; a second filter that prevents the passage of liquids; the second filter disposed in the vapor passage between the jet orifice and the second storage container ; a jet control part , a first heater (4A, 4A-1, 4A-2) positioned at the first storage container; and a second heater (4B, 4B-1, 4B-2) positioned at the second storage container, wherein the first liquid and the second liquid are mutually insoluble.
A hydrophilic Phaeodactylum tricornutum extract, obtained by or obtainable by: (i) adding 505.86 g of Phaeodactylum tricornutum frozen biomass to 979 g of water; (ii) stirring the solution with a magnetic stirrer and heating it to 50 °C; (iii) adjusting the pH to 4.5 with sulfuric acid and adding 1.1 g of enzyme to the mix; (iv) after 2 hours of hydrolysis, inactivating the enzyme by heating the solution to 90 °C for 10 minutes; (v) after cooling, bringing the pH to 5 with sodium hydroxide; (vi) centrifuging the solution for 20 minutes at 4500 rpm and filtering the supernatant on cellulose plates ranging from 1.5 μm to 0.3 μm; (vii) filtering the solution on activated charcoal plates and final sterilizing filtration; and (viii) stabilizing the extract by adding 3% of Minasolve Green B (preservative from Minasolve; mixture of pentylene glycol, sodium benzoate, benzoic acid and water). (i) adding 505.86 g of Phaeodactylum tricornutum frozen biomass to 979 g of water; (ii) stirring the solution with a magnetic stirrer and heating it to 50 °C; (iii) adjusting the pH to 4.5 with sulfuric acid and adding 1.1 g of enzyme to the mix; (iv) after 2 hours of hydrolysis, inactivating the enzyme by heating the solution to 90 °C for 10 minutes; (v) after cooling, bringing the pH to 5 with sodium hydroxide; (vi) centrifuging the solution for 20 minutes at 4500 rpm and filtering the supernatant on cellulose plates ranging from 1.5 μm to 0.3 μm; (vii) filtering the solution on activated charcoal plates and final sterilizing filtration; and (viii) stabilizing the extract by adding 3% of Minasolve Green B (preservative from Minasolve; mixture of pentylene glycol, sodium benzoate, benzoic acid and water).
Handgun, comprising a slide , an ejector and an extractor unit , which comprises at least one stirrup-shaped extractor , a plunger and a biasing element , wherein - the plunger comprises a plunger body and a plunger extension , - a frame is provided for mounting the biasing element and at least the plunger body , and wherein - the slide comprises a reception for the frame , characterized in that : - the slide comprises a maintenance bore which, in the installed state, penetrates the slide from below in the direction of the reception and is provided in the region of the plunger body . - the plunger comprises a plunger body and a plunger extension , - a frame is provided for mounting the biasing element and at least the plunger body , and wherein - the slide comprises a reception for the frame , characterized in that : - the slide comprises a maintenance bore which, in the installed state, penetrates the slide from below in the direction of the reception and is provided in the region of the plunger body .
Rotational opening limiting arrangement for a window or a door for limiting the rotational opening movement of a sash/leaf of a window or a door, the arrangement comprising a rotational movement limiter which can be mounted on a sash/leaf of the door or the window and which has a rotation limiting element guide for a fixed-frame-side rotation limiting element and a locking element for fixing the rotation limiting element in a limited rotational opening position, the locking element being rotatably arranged, in particular rotatably arranged about a vertical axis of rotation, in or on the rotational movement limiter , characterized in that the locking element has a receptacle which is open toward the rotation limiting element guide in an unlocked position and forms a stop for the rotation limiting element .