mhurhangee/patent-ind-claim-en huggingface dataset:
A device for adjustment of pressure in tires, wherein the device is adapted to be installed in a tire such that in a state installed in a tire ,the device has the following features: a chamber (K) having shape memory interconnected with an external environment (O) through an input and with an internal space (P) of the tire through an output and fitted with at least one valve structure (V); wherein said valve structure (V) is a three-way valve and is provided with at least a first port (V1), a second port (V2) and a third port (V3); the ports (V1, V2, V3) being connected one to an internal space (P) of the tire, another to the external environment (O) of the tire, and another to a closure element (R); wherein the third port (V3) of the valve structure (V) is different from the first port (V1) connected to the external environment (O) and the second port (V2) connected to the chamber (K), and wherein at least one closure element (R) for closing the third port (V3) at a reference pressure is arranged at the valve structure (V) with at least one portion having no freedom of movement in a direction radially extending from the central axis of the tire or a direction in which the centrifugal forces of the tire act such that the valve structure (V) permits fluid flow from the external environment (O) through the chamber (K) to the tire internal space (P) without passing through the third port . a chamber (K) having shape memory interconnected with an external environment (O) through an input and with an internal space (P) of the tire through an output and fitted with at least one valve structure (V); wherein said valve structure (V) is a three-way valve and is provided with at least a first port (V1), a second port (V2) and a third port (V3); the ports (V1, V2, V3) being connected one to an internal space (P) of the tire, another to the external environment (O) of the tire, and another to a closure element (R); wherein the third port (V3) of the valve structure (V) is different from the first port (V1) connected to the external environment (O) and the second port (V2) connected to the chamber (K), and wherein at least one closure element (R) for closing the third port (V3) at a reference pressure is arranged at the valve structure (V) with at least one portion having no freedom of movement in a direction radially extending from the central axis of the tire or a direction in which the centrifugal forces of the tire act such that the valve structure (V) permits fluid flow from the external environment (O) through the chamber (K) to the tire internal space (P) without passing through the third port .
An insulating material, in particular a permeable fire-proof sound-insulating material comprising water glass and and rubber, specifically recycled rubber, characterised in that it consists of a harden-able mixture which contains 47 to 61 wt% of rubber granulate, 30 to 50 wt% of aqueous sodium silicate, 0.1 to 0.5 wt% water glass stabiliser, 0.4 to 1.5 wt% water glass hardener, and 2 to 6 wt% of aluminium hydroxide, the surface of the rubber granulate being provided with carbon black, the carbon black constituting 0.1 to 1 wt% of total weight.
A network node having a normal mode and a coordinator mode, comprising: - a communication unit arranged to send and receive electronic messages within a group of network nodes , - a counter and an incrementing unit , the incrementing unit being arranged to increment the counter at regular time intervals, - a counter manager , wherein the counter manager is arranged to - in the normal mode: - upon receiving a counter synchronization message, adjust the counter to a received counter value in the received counter synchronization message, - in the coordinator mode: - send a counter synchronization message, said counter synchronization message comprising a current value of the counter; the counter manager is further arranged to: - in the normal mode: - upon receiving of a counter synchronization message, start a synchronization timeout period, - upon expiry of the synchronization timeout period without receiving a counter synchronization message during the synchronization timeout period, switch the network node to the coordinator mode, and wherein sending the counter synchronization message in the coordinator mode is periodic and to the network nodes in the group. - a communication unit arranged to send and receive electronic messages within a group of network nodes , - a counter and an incrementing unit , the incrementing unit being arranged to increment the counter at regular time intervals, - a counter manager , wherein the counter manager is arranged to - in the normal mode: - upon receiving a counter synchronization message, adjust the counter to a received counter value in the received counter synchronization message, - upon receiving a counter synchronization message, adjust the counter to a received counter value in the received counter synchronization message, - in the coordinator mode: - send a counter synchronization message, said counter synchronization message comprising a current value of the counter; - send a counter synchronization message, said counter synchronization message comprising a current value of the counter; - in the normal mode: - upon receiving of a counter synchronization message, start a synchronization timeout period, - upon expiry of the synchronization timeout period without receiving a counter synchronization message during the synchronization timeout period, switch the network node to the coordinator mode, and - upon receiving of a counter synchronization message, start a synchronization timeout period, - upon expiry of the synchronization timeout period without receiving a counter synchronization message during the synchronization timeout period, switch the network node to the coordinator mode, and
A method comprising: encoding an input data stream to produce an encoded data stream; applying a spreading sequence to the encoded data stream to produce a multi-dimensional codeword spread over a plurality of components mapped to a plurality of orthogonal frequency-division multiplexing, OFDM, subcarriers , the multi-dimensional codeword is a Sparse Code Multiple Access, SCMA, codeword selected from an SCMA codebook , the plurality of OFDM subcarriers having an OFDM parameter determined according to a required data rate of a user equipment, UE or a transmit bandwidth so that the number of OFDM subcarriers is larger than a number of components of the SCMA codebook; and transmitting the multi-dimensional codeword to the UE as a plurality of constellation points over the plurality of OFDM subcarriers , wherein: the multi-dimensional codeword has only one non-zero constellation point, and the OFDM subcarrier on which the only one non-zero constellation point is transmitted depends on a bit value of the input data stream so that, if an input block maps to a non-zero value in a first non-zero component, then in other non-zero components the input block maps to zero values. encoding an input data stream to produce an encoded data stream; applying a spreading sequence to the encoded data stream to produce a multi-dimensional codeword spread over a plurality of components mapped to a plurality of orthogonal frequency-division multiplexing, OFDM, subcarriers , the multi-dimensional codeword is a Sparse Code Multiple Access, SCMA, codeword selected from an SCMA codebook , the plurality of OFDM subcarriers having an OFDM parameter determined according to a required data rate of a user equipment, UE or a transmit bandwidth so that the number of OFDM subcarriers is larger than a number of components of the SCMA codebook; and transmitting the multi-dimensional codeword to the UE as a plurality of constellation points over the plurality of OFDM subcarriers ,
Apparatus for forming plastic preforms into plastic containers , having at least one forming station which has a blow mold within which the plastic preforms can be formed into the plastic containers by being acted upon by a flowable medium, and having an application device which applies the plastic preforms with the flowable medium, wherein the apparatus has a compressed air supply device which provides the flowable medium and this compressed air supply device is arranged stationary, and the compressed air supply device has a leakage detection device which is suitable and intended for detecting leaks in the compressed air supply of the apparatus , characterized in that the leakage detection device has a low pressure air supply device and a check for leaks is carried out at a low pressure of less than 15 bar.
A method for providing device data from a source device to a data requester , the method being performed in a data provider and comprising the steps of: determining an operating mode for the data provider in respect of the source device , the operating mode being either a pass-through mode or a cache mode, based on estimated resource usage for each of the pass-through mode and the cache mode; receiving a read request from the data requester, the read request requesting device data from the source device ; when the data provider is in the pass-through mode, transmitting a corresponding read request to the source device and forwarding a read response comprising device data, from the source device to the data requester; when the data provider is in the cache mode, retrieving device data from storage of the data provider and transmitting a read response to the data requester, the read response comprising the device data from storage; and populating , the storage of the data provider with device data received from the source device when the data provider is in the cache mode. determining an operating mode for the data provider in respect of the source device , the operating mode being either a pass-through mode or a cache mode, based on estimated resource usage for each of the pass-through mode and the cache mode; receiving a read request from the data requester, the read request requesting device data from the source device ; when the data provider is in the pass-through mode, transmitting a corresponding read request to the source device and forwarding a read response comprising device data, from the source device to the data requester; when the data provider is in the cache mode, retrieving device data from storage of the data provider and transmitting a read response to the data requester, the read response comprising the device data from storage; and populating , the storage of the data provider with device data received from the source device when the data provider is in the cache mode.
A boom mounting assembly for attachment to an agricultural machine, comprising - a primary frame ; - a boom support frame configured to support a boom and suspended from the primary frame such that the boom support frame can pivot in a transverse plane around a longitudinal axis of rotation provided in a pivot point; - a first sub-frame member (22; 23; 24) provided on the primary frame or the boom support frame ; and - a first roller member (25; 26; 27), the first roller member (25; 26; 27) rotatable around a first roller axis of rotation (25b; 26b; 27b) provided on the first sub-frame member (22; 23; 24), and a running surface of the first roller member (25; 26; 27) configured to rest detachably against at least one of the primary frame , the boom support frame , and a boom section of the boom; characterized in that the first sub-frame member (22; 23; 24) is rotatable jointly with the first roller axis of rotation (25b; 26b; 27b) and the first roller member (25; 26; 27) around a first sub-frame axis of rotation (22a; 23a; 24a) which is extending transversely to the first roller axis of rotation (25b; 26b; 27b). - a primary frame ; - a boom support frame configured to support a boom and suspended from the primary frame such that the boom support frame can pivot in a transverse plane around a longitudinal axis of rotation provided in a pivot point; - a first sub-frame member (22; 23; 24) provided on the primary frame or the boom support frame ; and - a first roller member (25; 26; 27), the first roller member (25; 26; 27) rotatable around a first roller axis of rotation (25b; 26b; 27b) provided on the first sub-frame member (22; 23; 24), and a running surface of the first roller member (25; 26; 27) configured to rest detachably against at least one of the primary frame , the boom support frame , and a boom section of the boom;
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving , from a base station, BS, a first synchronization signal block, SSB, of a first group of SSBs of an SSB burst set, wherein the first group of SSBs and a second group of SSBs of the SSB burst set are spaced apart in time by a group of control resource sets, CORESETs and system information blocks, SIBs, wherein the group of CORESETs and SIBs comprises one CORESET and at least one SIB for each SSB of the first group of SSBs, wherein the first group of SSBs and the second group of SSBs are associated with a first subcarrier spacing, SCS, and wherein the group of CORESETs and SIBs is associated with a second SCS different from the first SCS; receiving , in a first CORESET of the group of CORESETs and SIBs based on the first SSB, SIB scheduling information; receiving , based on the SIB scheduling information, a first SIB of the group of CORESETs and SIBs; and determining a slot index n c for the first CORESET based on the second SCS in accordance with the following: n c = 32 + floor i mod 16 / 2 + floor n i / 40 × 40 , wherein i is an SSB index associated with the first SSB and n i is a slot index associated with the first SSB based on the second SCS. receiving , from a base station, BS, a first synchronization signal block, SSB, of a first group of SSBs of an SSB burst set, wherein the first group of SSBs and a second group of SSBs of the SSB burst set are spaced apart in time by a group of control resource sets, CORESETs and system information blocks, SIBs, wherein the group of CORESETs and SIBs comprises one CORESET and at least one SIB for each SSB of the first group of SSBs, wherein the first group of SSBs and the second group of SSBs are associated with a first subcarrier spacing, SCS, and wherein the group of CORESETs and SIBs is associated with a second SCS different from the first SCS; receiving , in a first CORESET of the group of CORESETs and SIBs based on the first SSB, SIB scheduling information; receiving , based on the SIB scheduling information, a first SIB of the group of CORESETs and SIBs; and determining a slot index n c for the first CORESET based on the second SCS in accordance with the following: n c = 32 + floor i mod 16 / 2 + floor n i / 40 × 40 , wherein i is an SSB index associated with the first SSB and n i is a slot index associated with the first SSB based on the second SCS.
Facade element for a building wall having at least one plant container for accommodating plants and having at least one housing which forms a first space , wherein the first space has, at an upper end region, at least one inlet opening for introducing liquids and has, at a lower end region, at least one outlet opening for liquids, and wherein the at least one plant container is in fluidic connection with the at least one first space , wherein the at least one first space is formed as a flat space, which, when the facade element is arranged on the building wall , extends parallel to the building wall , and porous filling material is arranged in the first space , the porous filling material being able to be covered by a microbial film material for metabolization of organic substances contained in the liquid, characterized in that a porous layer is arranged between the first space and the at least one plant container, and in that , adjoining the at least one first space , an intermediate space is formed which is delimited both towards the at least one first space and towards the at least one plant container by a wall allowing the liquid to pass therethrough, the porous layer being arranged in the intermediate space . having at least one plant container for accommodating plants and having at least one housing which forms a first space , wherein the first space has, at an upper end region, at least one inlet opening for introducing liquids and has, at a lower end region, at least one outlet opening for liquids, and wherein the at least one plant container is in fluidic connection with the at least one first space , wherein the at least one first space is formed as a flat space, which, when the facade element is arranged on the building wall , extends parallel to the building wall , and porous filling material is arranged in the first space , the porous filling material being able to be covered by a microbial film material for metabolization of organic substances contained in the liquid, characterized in that a porous layer is arranged between the first space and the at least one plant container, and in that , adjoining the at least one first space , an intermediate space is formed which is delimited both towards the at least one first space and towards the at least one plant container by a wall allowing the liquid to pass therethrough, the porous layer being arranged in the intermediate space .
A lubricating oil composition comprising a base oil (A) containing an alkylnaphthalene (A1) and an ester compound (A2), wherein: the content ratio of the component (A1) to the component (A2) [(A1)/(A2)] is 15/85 to 85/15 as a ratio by mass; the ester compound (A2) contains a polyol ester (A21), which is contained in an amount of 60 to 100% by mass based on the total amount of the component (A2); the polyol ester (A21) is an ester of a dipentaerythritol and a saturated aliphatic monocarboxylic acid having 5 to 12 carbon atoms; the lubricating oil composition further comprises an antioxidant (B); and wherein the antioxidant (B) contains an alkylated diphenylamine. the content ratio of the component (A1) to the component (A2) [(A1)/(A2)] is 15/85 to 85/15 as a ratio by mass; the ester compound (A2) contains a polyol ester (A21), which is contained in an amount of 60 to 100% by mass based on the total amount of the component (A2); the polyol ester (A21) is an ester of a dipentaerythritol and a saturated aliphatic monocarboxylic acid having 5 to 12 carbon atoms; the lubricating oil composition further comprises an antioxidant (B); and wherein the antioxidant (B) contains an alkylated diphenylamine.
A display device, comprising: a display having a substantially flat central portion and an end portion ; a printed circuit film including a first end portion and a second end portion, the first end portion being attached below the end portion of the display, when viewed from the rear side of the display device; a flexible panel member attached to the printed circuit film, the flexible panel member being bent at a bend portion around a bend axis to form an edge of the display; a coating layer disposed on an outer side of the flexible panel member , one end of the coating layer being attached to the second end portion of the printed circuit film; and a support structure disposed inside of the bend portion, the support structure including an elongated body portion and a rounded end portion , the elongated body portion comprising at least one surface that is non-parallel to the flat central portion of the display, wherein the support structure includes a tapered portion comprising the at least one surface, such that the thickness of the support structure decreases across the tapered portion in a direction from the bend portion to the flat, central portion of the display, and wherein the flexible panel member conforms to a shape of the at least one surface of the support structure, the elongated body portion and the rounded end portion of the support structure. a display having a substantially flat central portion and an end portion ; a printed circuit film including a first end portion and a second end portion, the first end portion being attached below the end portion of the display, when viewed from the rear side of the display device; a flexible panel member attached to the printed circuit film, the flexible panel member being bent at a bend portion around a bend axis to form an edge of the display; a coating layer disposed on an outer side of the flexible panel member , one end of the coating layer being attached to the second end portion of the printed circuit film; and a support structure disposed inside of the bend portion, the support structure including an elongated body portion and a rounded end portion , the elongated body portion comprising at least one surface that is non-parallel to the flat central portion of the display, wherein the support structure includes a tapered portion comprising the at least one surface, such that the thickness of the support structure decreases across the tapered portion in a direction from the bend portion to the flat, central portion of the display, and wherein the flexible panel member conforms to a shape of the at least one surface of the support structure, the elongated body portion and the rounded end portion of the support structure.
A superhydrophobic and antistatic coating composition characterised in that the coating composition comprises: hydrophobic nanoparticles wherein the nanoparticles are nano silica particles and wherein the nano silica particles are surface treated with a polydimethylsiloxy group; and wherein the composition further comprises; an adhesion promoter selected from methyl (alkyl) silane, isobutyl silane, and n-octyl silane. hydrophobic nanoparticles wherein the nanoparticles are nano silica particles and wherein the nano silica particles are surface treated with a polydimethylsiloxy group; and wherein the composition further comprises; an adhesion promoter selected from methyl (alkyl) silane, isobutyl silane, and n-octyl silane.
A method of manufacturing a faceplate for a hearing device, the faceplate configured to cover a lateral opening of a housing of the hearing device and having a side which is laterally oriented when the hearing device is worn at least partially in the ear canal, comprising the steps of: providing a faceplate base part comprising a first surface , a faceplate insertion part comprising a second surface , and a printed circuit board ("PCB") with an antenna; inserting the antenna PCB into the faceplate base part so that that the antenna PCB extends along the first surface; inserting the faceplate insertion part into the faceplate base part so that the second surface of the faceplate insertion part pushes the antenna PCB against the first surface of the faceplate base part; and fixing the faceplate insertion part within the faceplate base part so as to form the faceplate. providing a faceplate base part comprising a first surface , a faceplate insertion part comprising a second surface , and a printed circuit board ("PCB") with an antenna; inserting the antenna PCB into the faceplate base part so that that the antenna PCB extends along the first surface; inserting the faceplate insertion part into the faceplate base part so that the second surface of the faceplate insertion part pushes the antenna PCB against the first surface of the faceplate base part; and fixing the faceplate insertion part within the faceplate base part so as to form the faceplate.