mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by a base station, of transmitting data in a wireless communication system, the method comprising: identifying a code block, CB, among a plurality of CBs of a transport block, TB, scheduled for a transmission; determining a length of a bit sequence of a rate matching output for the identified CB; generating the bit sequence for the CB according to the determined length of the sequence; and transmitting a signal including the generated bit sequence, wherein, in case that a code block group transmission information, CBGTI, is not present in a downlink control information, DCI, scheduling the TB (10-04), the length of the bit sequence for the identified CB is determined (10-10) based on a number of CBs of the TB, and in case that the CBGTI is present in the DCI scheduling the TB (10-04), the length of the bit sequence for the identified CB is determined (10-06) based on a number of scheduled CBs of the TB. identifying a code block, CB, among a plurality of CBs of a transport block, TB, scheduled for a transmission; determining a length of a bit sequence of a rate matching output for the identified CB; generating the bit sequence for the CB according to the determined length of the sequence; and transmitting a signal including the generated bit sequence, wherein, in case that a code block group transmission information, CBGTI, is not present in a downlink control information, DCI, scheduling the TB (10-04), the length of the bit sequence for the identified CB is determined (10-10) based on a number of CBs of the TB, and in case that the CBGTI is present in the DCI scheduling the TB (10-04), the length of the bit sequence for the identified CB is determined (10-06) based on a number of scheduled CBs of the TB.
A compound of formula: Compound Structure 5 6 10 11 12 13 14 15 17 18 19 20 21 22 23 24 25 26 27 28 31 32 36 39 40 43 46 54 E1 O1 P1 or a pharmaceutically acceptable salt thereof.
Production method (M) for producing a fibre-reinforced metal component having a metal matrix which is penetrated by a plurality of reinforcing fibres , wherein the production method (M) comprises the following method steps: depositing in layers (M1) reinforcing fibres in fibre layers ; depositing in layers and liquefying (M2) a metal modelling material in matrix material layers ; and consolidating in layers (M3) the metal modelling material in adjacently deposited matrix material layers to form the metal matrix of the fibre-reinforced metal component ; wherein depositing (M1, M2) and consolidating (M3) are repeated layer by layer; wherein the metal component is formed integrally from alternately deposited matrix material layers and fibre layers ; and wherein the layered deposition and liquefaction (M2) of the metal modelling material comprises liquefying the metal modelling material by resistance melting; characterized in that , the reinforcing fibres are coated with or sheathed by a metal material or with a metal alloy, and electric current for heating the metal modelling material is introduced directly via the reinforcing fibres . depositing in layers (M1) reinforcing fibres in fibre layers ; depositing in layers and liquefying (M2) a metal modelling material in matrix material layers ; and consolidating in layers (M3) the metal modelling material in adjacently deposited matrix material layers to form the metal matrix of the fibre-reinforced metal component ; wherein depositing (M1, M2) and consolidating (M3) are repeated layer by layer; wherein the metal component is formed integrally from alternately deposited matrix material layers and fibre layers ; and wherein the layered deposition and liquefaction (M2) of the metal modelling material comprises liquefying the metal modelling material by resistance melting; characterized in that , the reinforcing fibres are coated with or sheathed by a metal material or with a metal alloy, and electric current for heating the metal modelling material is introduced directly via the reinforcing fibres .
A housing for use with a heat sink , the heat sink having a first base plate at a side and a second base plate at an opposite side, the heat sink includes a plurality of fins extending from each base plate , said housing comprising: a first side wall and an opposing second side wall , a cavity defined therein; a first manifold defining a plurality of first passages positioned within said cavity and in open fluid communication therewith; and a second manifold defining a plurality of second passages positioned within said cavity and in open fluid communication with the plurality of first passages through said cavity , at least one of the plurality of first passages extending between an adjacent pair of the plurality of second passages and oriented to channel fluid toward at least one of the plurality of fins of each base plate , wherein the plurality of fins are positioned within said cavity . a first side wall and an opposing second side wall , a cavity defined therein; a first manifold defining a plurality of first passages positioned within said cavity and in open fluid communication therewith; and a second manifold defining a plurality of second passages positioned within said cavity and in open fluid communication with the plurality of first passages through said cavity , at least one of the plurality of first passages extending between an adjacent pair of the plurality of second passages and oriented to channel fluid toward at least one of the plurality of fins of each base plate , wherein the plurality of fins are positioned within said cavity .
An image processing device comprising: a parallax detecting section detecting, on a basis of a first imaging signal for a first viewpoint and a second imaging signal for a second viewpoint different from the first viewpoint, a parallax of the second viewpoint with respect to the first viewpoint; and an image generating section generating a color image using the first imaging signal and a parallax-compensated second imaging signal resulting from parallax compensation for the second imaging signal based on the parallax detected by the parallax detecting section in a case where a predetermined condition is satisfied, and generating the color image from the first imaging signal in a case where the predetermined condition is not satisfied wherein the first imaging signal includes white pixels and color component pixels, and the second imaging signal includes fewer white pixels and more color component pixels than the first imaging signal. a parallax detecting section detecting, on a basis of a first imaging signal for a first viewpoint and a second imaging signal for a second viewpoint different from the first viewpoint, a parallax of the second viewpoint with respect to the first viewpoint; and an image generating section generating a color image using the first imaging signal and a parallax-compensated second imaging signal resulting from parallax compensation for the second imaging signal based on the parallax detected by the parallax detecting section in a case where a predetermined condition is satisfied, and generating the color image from the first imaging signal in a case where the predetermined condition is not satisfied wherein the first imaging signal includes white pixels and color component pixels, and the second imaging signal includes fewer white pixels and more color component pixels than the first imaging signal.
An organosilicon compound represented by the following general formula (I): wherein R 1 to R 3 each independently represent a chlorine atom, a methoxy group, or an ethoxy group; R 4 represents an alkyl group having 1 to 10 carbon atoms, wherein the alkyl group is linear, branched, cyclic or a structure in which a linear and/or branched structure is bound with a cyclic structure; R 5 represents an alkylene group having 1 to 10 carbon atoms, wherein the alkylene group is linear, branched, cyclic or a structure in which a linear and/or branched structure is bound with a cyclic structure; and R 6 represents a hydrogen atom or a methyl group.
Locking arrangement for a double-leaf door (active leaf 3, inactive leaf 5), comprising a lock case having a lock bolt and a blocking means, which secures the lock bolt in an extended state against transfer into a retracted state, and also comprising a box keep having a striker plate (22.1), in which the lock bolt in the extended state engages, at least to some extent, wherein, by actuation of the box keep for the purpose of performing a panic function, an unlocking element (14.1), which is guided in the lock bolt , disengages the blocking means of the lock bolt and a first actuating element transfers the lock bolt from the extended state into the retracted state, in which the lock bolt releases the striker plate (22.1), and, regardless of the locking state of the lock bolt in the direction of the box keep , the unlocking element (14.1) is fully embedded in the lock bolt , wherein, by means of the actuation of the box keep for the purpose of performing the panic function, a second actuating element (24.1) arranged in the box keep moves the unlocking element (14.1) in the direction of the blocking means and disengages the blocking means of the lock bolt , characterized in that the second actuating element (24.1) is guided in an axially movable manner in the first actuating element , wherein the first actuating element is movable between a starting position and an end position, wherein the second actuating element (24.1) until it reaches the end position projects in the direction of the lock bolt beyond the first actuating element and, before the first actuating element strikes against the lock bolt , acts on the unlocking element (14.1) via an opening in the lock bolt .
A retaining member , comprising: a frustoconical body comprising an upper portion , a lower portion , and an opening extending between the upper and lower portions, an inner surface and an outer surface; a cylindrical skirt extending from the lower portion of the frustoconical body , wherein the cylindrical skirt comprises a plurality of external threads formed on its external surface ; and a multilayered deformable member comprising a first layer extending from the inner surface of the frustoconical body between the upper portion and the lower portion, and at least one concentric layer positioned inwardly from the first layer , wherein the first layer has a generally frustoconical shape and the concentric layer has a generally cylindrical shape, wherein the retaining member is configured to be rotatably secured to a double-walled structure via the plurality of external threads so that a bottle positioned in a chamber of the double-walled structure is retained in the chamber by compression of the multilayered deformable member within the double-walled structure. a frustoconical body comprising an upper portion , a lower portion , and an opening extending between the upper and lower portions, an inner surface and an outer surface; a cylindrical skirt extending from the lower portion of the frustoconical body , wherein the cylindrical skirt comprises a plurality of external threads formed on its external surface ; and a multilayered deformable member comprising a first layer extending from the inner surface of the frustoconical body between the upper portion and the lower portion, and at least one concentric layer positioned inwardly from the first layer , wherein the first layer has a generally frustoconical shape and the concentric layer has a generally cylindrical shape, wherein the retaining member is configured to be rotatably secured to a double-walled structure via the plurality of external threads so that a bottle positioned in a chamber of the double-walled structure is retained in the chamber by compression of the multilayered deformable member within the double-walled structure.
A display device comprising: a pixel layer comprising a plurality of pixels (PXL); a light transmitting hole array layer (PHL) including a plurality of light transmitting holes (PIH) providing light transmitting paths of light rays that are incident through the pixel layer; and a sensor layer including a plurality of photo sensors (PHS) configured to sense the light rays that pass through the light transmitting holes (PIH) and are incident on the sensor layer , each light transmitting hole (PIH) corresponds to a target area (TA) in the sensor layer on which the light rays passing through the corresponding light transmitting hole (PIH) are incident, and characterized in that , wherein the photo sensors (PHS) are disposed at a high resolution in first areas (A1) and disposed at a low resolution in second areas (A2), wherein the first areas (A1) are respective central areas of the target areas (TA), and wherein the second areas (A2) are respective perimeter areas of the target areas (TA) other than the central areas. a pixel layer comprising a plurality of pixels (PXL); a light transmitting hole array layer (PHL) including a plurality of light transmitting holes (PIH) providing light transmitting paths of light rays that are incident through the pixel layer; and a sensor layer including a plurality of photo sensors (PHS) configured to sense the light rays that pass through the light transmitting holes (PIH) and are incident on the sensor layer , each light transmitting hole (PIH) corresponds to a target area (TA) in the sensor layer on which the light rays passing through the corresponding light transmitting hole (PIH) are incident, and characterized in that , wherein the photo sensors (PHS) are disposed at a high resolution in first areas (A1) and disposed at a low resolution in second areas (A2), wherein the first areas (A1) are respective central areas of the target areas (TA), and wherein the second areas (A2) are respective perimeter areas of the target areas (TA) other than the central areas.
A lid member to be provided at an opening part of a package for preventing drying of contents accommodated in the package, wherein the lid member comprises a substrate part and a lid part configured to be openable and closable with respect to the substrate part , made of a paper material, wherein the substrate part comprises an attaching part for attaching to the package, a standing wall standing from the attaching part and an outlet comprising an opening surrounded by the standing wall , arranged for the contents to be taken out via the opening part, characterized in that the lid part is configured such that, when the lid is closed, a contact part is formed between an inner wall of the lid part and an outer wall of the standing wall to close the outlet . the lid member comprises a substrate part and a lid part configured to be openable and closable with respect to the substrate part , made of a paper material, wherein the substrate part comprises an attaching part for attaching to the package, a standing wall standing from the attaching part and an outlet comprising an opening surrounded by the standing wall , arranged for the contents to be taken out via the opening part, an attaching part for attaching to the package, a standing wall standing from the attaching part and an outlet comprising an opening surrounded by the standing wall , arranged for the contents to be taken out via the opening part, characterized in that the lid part is configured such that, when the lid is closed, a contact part is formed between an inner wall of the lid part and an outer wall of the standing wall to close the outlet .
A falling-water muffling device for an atomizer, comprising: a falling-water receiving structure , wherein the falling-water receiving structure includes: a sidewall; a water mist flow hole formed by the sidewall, wherein an internal side of the sidewall forms a receiving surface configured to receive water droplets passing through the water mist flow hole , wherein an angle between the receiving surface and a horizontal plane is α, and 0°<α<90°; characterized in that , the falling-water receiving structure comprises a first air inlet disposed on the sidewall; and the falling-water muffling device comprises a lower water shielding structure connected to a bottom of the sidewall of the falling-water receiving structure , wherein the lower water shielding structure has a first through hole communicated with the water mist flow hole of the falling-water receiving structure . a falling-water receiving structure , wherein the falling-water receiving structure includes: a sidewall; a water mist flow hole formed by the sidewall, wherein an internal side of the sidewall forms a receiving surface configured to receive water droplets passing through the water mist flow hole , wherein an angle between the receiving surface and a horizontal plane is α, and 0°<α<90°; a sidewall; a water mist flow hole formed by the sidewall, wherein an internal side of the sidewall forms a receiving surface configured to receive water droplets passing through the water mist flow hole , wherein an angle between the receiving surface and a horizontal plane is α, and 0°<α<90°; characterized in that , the falling-water receiving structure comprises a first air inlet disposed on the sidewall; and the falling-water muffling device comprises a lower water shielding structure connected to a bottom of the sidewall of the falling-water receiving structure , wherein the lower water shielding structure has a first through hole communicated with the water mist flow hole of the falling-water receiving structure . the falling-water receiving structure comprises a first air inlet disposed on the sidewall; and the falling-water muffling device comprises a lower water shielding structure connected to a bottom of the sidewall of the falling-water receiving structure , wherein the lower water shielding structure has a first through hole communicated with the water mist flow hole of the falling-water receiving structure .
Clamping device, with a clamping chuck and a clamping element which can be secured to it, wherein the clamping chuck comprises a receiving opening for the clamping element and clamping bodies which engage at the clamping element in order to secure the clamping element in the receiving opening , characterized in that the clamping element is configured as longitudinal, and the receiving opening provided for receiving the clamping element in the clamping chuck is configured in the form of a slot, and that at least one spring-elastic yielding centring element is arranged at the clamping chuck in the inlet region of the receiving opening , which is configured such as to align the clamping element during the introduction into the receiving opening transversely to the longitudinal axis (L) of the receiving opening .
A flexible homogeneous carbon polymeric heating element comprising: a pair of layers of a second insulating material ; and a pair of layers of a first insulating material positioned between said pair of second insulating material layers; and an electrically conductive elongate web positioned between and contacting said pair of first insulating material layers, characterised in that the second insulating material layers are chemical-resistant polypropylene outer layers, and the first insulating materials layers are water-resistant polyethylene inner layers. a pair of layers of a second insulating material ; and a pair of layers of a first insulating material positioned between said pair of second insulating material layers; and an electrically conductive elongate web positioned between and contacting said pair of first insulating material layers, characterised in that the second insulating material layers are chemical-resistant polypropylene outer layers, and the first insulating materials layers are water-resistant polyethylene inner layers.
A sensor network for a wireless power transfer system, the sensor network comprising: a differential voltage sensing circuit arranged within the wireless power transfer system to measure a rate of change of a voltage difference between portions of an impedance matching network and generate a first signal representing the rate of change of the voltage difference, wherein the rate of change of the voltage difference is a first derivative of the voltage difference with respect to time; and a current sensing circuit coupled to the differential voltage sensing circuit and configured to calculate, based on the first signal, a current through a resonator coil coupled to the wireless power transfer system. a differential voltage sensing circuit arranged within the wireless power transfer system to measure a rate of change of a voltage difference between portions of an impedance matching network and generate a first signal representing the rate of change of the voltage difference, wherein the rate of change of the voltage difference is a first derivative of the voltage difference with respect to time; and a current sensing circuit coupled to the differential voltage sensing circuit and configured to calculate, based on the first signal, a current through a resonator coil coupled to the wireless power transfer system.
A medicament delivery device comprising an electrical information device and a medicament delivery member guard , said medicament delivery member guard being configured to be distally forced against a dose delivery site, wherein the electrical information device is configured to communicate information related to a medicament delivery performed by the medicament delivery device and comprises: - at least one information communication unit configured to communicate said information; and - at least one power providing arrangement including at least one power source , at least one electrical switch , and at least one switch lock member , said at least one switch lock member being configured to: - be movable in an axial direction from a first position to a second position by an axial movement of at least one triggering member of said medicament delivery device ; - cause a change of state of said at least one electrical switch in said second position, thereby providing electrical power to said at least one information communication unit from said at least one power source ; and - be locked in said second position, such that said change of state is maintained; wherein said axial movement of said at least one switch lock member from said first position to said second position is a movement relative to a housing of said medicament delivery device , and wherein said at least one triggering member includes the medicament delivery member guard . - at least one information communication unit configured to communicate said information; and - at least one power providing arrangement including at least one power source , at least one electrical switch , and at least one switch lock member , said at least one switch lock member being configured to: - be movable in an axial direction from a first position to a second position by an axial movement of at least one triggering member of said medicament delivery device ; - cause a change of state of said at least one electrical switch in said second position, thereby providing electrical power to said at least one information communication unit from said at least one power source ; and - be locked in said second position, such that said change of state is maintained; said axial movement of said at least one switch lock member from said first position to said second position is a movement relative to a housing of said medicament delivery device , and wherein said at least one triggering member includes the medicament delivery member guard .