mhurhangee/patent-ind-claim-en huggingface dataset:
MEMS transducer for interacting with a volume flow of a fluid, comprising: a substrate , which has a cavity ; an electromechanical transducer (18; 18a-f), which is connected to the substrate in the cavity and has an element (22; 22a-f; 30; 40; 150; 160) deformable along a lateral movement direction , wherein a deformation of the deformable element (22; 22a-f; 30; 40; 150; 160) in-plane along the lateral movement direction and the volume flow of the fluid are causally related; wherein the substrate has a substrate spring element (72a-b) adjacent to a region at which the electromechanical transducer (18; 18a-f) is connected to the substrate ; and the deformable element (22; 22a-f; 30; 40; 150; 160), for strain relief, is connected via the substrate spring element (72a-d) to the substrate at a first end and at an opposite end is connected either to the substrate or via a spring element to an opposite deformable element (22; 22a-f; 30; 40; 150; 160). a substrate , which has a cavity ; an electromechanical transducer (18; 18a-f), which is connected to the substrate in the cavity and has an element (22; 22a-f; 30; 40; 150; 160) deformable along a lateral movement direction , wherein a deformation of the deformable element (22; 22a-f; 30; 40; 150; 160) in-plane along the lateral movement direction and the volume flow of the fluid are causally related; wherein the substrate has a substrate spring element (72a-b) adjacent to a region at which the electromechanical transducer (18; 18a-f) is connected to the substrate ; and the deformable element (22; 22a-f; 30; 40; 150; 160), for strain relief, is connected via the substrate spring element (72a-d) to the substrate at a first end and at an opposite end is connected either to the substrate or via a spring element to an opposite deformable element (22; 22a-f; 30; 40; 150; 160).
A device for producing an alcohol synthesis gas, designed to produce a synthesis gas, comprising hydrogen and carbon monoxide, comprising a reactor vessel , a plasma generator and an oxygen separator , wherein the reactor vessel is designed as a bubble column reactor, comprising an organic-substrate-water supply line , a reaction chamber which is designed to receive an organic-substrate-water suspension, a gassing system which is designed to supply and disperse a process gas in the organic-substrate-water suspension to produce a three-phase dispersion by means of generating a bubble column , the dispersion comprising a solid, a liquid and a gaseous phase, the solid phase comprising the organic substrate, the liquid phase comprising the water and the gaseous phase comprising the process gas, a discharge line designed to discharge the synthesis gas or a synthesis gas intermediate product, wherein the plasma generator is arranged in the bubble column and comprises plasma electrodes , wherein these are provided as anodes and cathodes , wherein the plasma electrodes are designed to generate a plasma with the production of the synthesis gas intermediate product, and wherein the oxygen separator is designed to separate oxygen from the synthesis gas intermediate product to obtain the synthesis gas. designed to produce a synthesis gas, comprising hydrogen and carbon monoxide, comprising a reactor vessel , a plasma generator and an oxygen separator , wherein the reactor vessel is designed as a bubble column reactor, comprising an organic-substrate-water supply line , a reaction chamber which is designed to receive an organic-substrate-water suspension, a gassing system which is designed to supply and disperse a process gas in the organic-substrate-water suspension to produce a three-phase dispersion by means of generating a bubble column , the dispersion comprising a solid, a liquid and a gaseous phase, the solid phase comprising the organic substrate, the liquid phase comprising the water and the gaseous phase comprising the process gas, a discharge line designed to discharge the synthesis gas or a synthesis gas intermediate product, wherein the plasma generator is arranged in the bubble column and comprises plasma electrodes , wherein these are provided as anodes and cathodes , wherein the plasma electrodes are designed to generate a plasma with the production of the synthesis gas intermediate product, and wherein the oxygen separator is designed to separate oxygen from the synthesis gas intermediate product to obtain the synthesis gas.
A balance shaft, comprising: - an unbalanced shaft having a bearing journal , the periphery of which is merely partially cylindrical, wherein the cylindrical partial periphery of the bearing journal is oriented towards the shaft imbalance, - a needle roller cage assembly - and a bearing ring which extends around the bearing journal , bears against the cylindrical partial periphery and forms the inner raceway of the needle roller cage assembly , characterised in that the cage of the needle roller cage assembly runs at the end faces of the bearing ring axially on both sides by means of radially inwardly extending protrusions. - an unbalanced shaft having a bearing journal , the periphery of which is merely partially cylindrical, wherein the cylindrical partial periphery of the bearing journal is oriented towards the shaft imbalance, - a needle roller cage assembly - and a bearing ring which extends around the bearing journal , bears against the cylindrical partial periphery and forms the inner raceway of the needle roller cage assembly , characterised in that the cage of the needle roller cage assembly runs at the end faces of the bearing ring axially on both sides by means of radially inwardly extending protrusions.
A method comprising: receiving user traffic, at a multi-protocol stack of a satellite network base station , from a plurality of core networks of different types based, at least in part, on the core network type; adding a generation Service Access Point Identifier, SAPI, tag in an address field of data packets contained in the user traffic, the generation SAPI tag being based on the core network type from which the user traffic was received; directing the user traffic to a common physical layer ; forwarding the user traffic to terminals having a type corresponding to the generation SAPI tag, wherein the generation SAPI tag is removed prior to forwarding the user traffic to the terminals, and wherein the terminal type is based on utilization of a current generation protocol or a legacy protocol of at least one prior generation. receiving user traffic, at a multi-protocol stack of a satellite network base station , from a plurality of core networks of different types based, at least in part, on the core network type; adding a generation Service Access Point Identifier, SAPI, tag in an address field of data packets contained in the user traffic, the generation SAPI tag being based on the core network type from which the user traffic was received; directing the user traffic to a common physical layer ; forwarding the user traffic to terminals having a type corresponding to the generation SAPI tag, wherein the generation SAPI tag is removed prior to forwarding the user traffic to the terminals, and wherein the terminal type is based on utilization of a current generation protocol or a legacy protocol of at least one prior generation.
A method for improving resistivity imaging, comprising: disposing a downhole tool into a borehole , wherein the downhole tool comprises a pad and a button array disposed on the pad ; taking a measurement with the button array at a location in the borehole ; selecting a projection angle defined as the angle between the real axis in the impedance complex plane and a vector having its origin at the measured impedance and ending on a vector that is parallel to the mud impedance ; obtaining a corrected measurement from the projection angle and the measurement; and constructing an image using the corrected measurement; characterized in that : a ratio of a function of the phase angle of mud and a phase angle of the measurement to a function of the phase angle of the mud and the projection angle is used to calculate the corrected measurement. disposing a downhole tool into a borehole , wherein the downhole tool comprises a pad and a button array disposed on the pad ; taking a measurement with the button array at a location in the borehole ; selecting a projection angle defined as the angle between the real axis in the impedance complex plane and a vector having its origin at the measured impedance and ending on a vector that is parallel to the mud impedance ; obtaining a corrected measurement from the projection angle and the measurement; and constructing an image using the corrected measurement;
A process for synthesizing compound D: comprising: (a) admixing compound B, or a salt thereof, and compound C in an organic solvent to form a slurry, wherein the organic solvent is selected from the group consisting of a nonpolar aromatic solvent, an ether solvent, a chlorinated solvent, an alcohol solvent, acetonitrile, dimethylformamide (DMF), dimethylcarbonate, dimethylacetamide (DMAc), N-methylpyrrolidinone (NMP), and a combination thereof: and (b) admixing the slurry of step (a) and a reducing agent to form a mixture comprising compound D; wherein: OPG is an alcohol protecting group selected from the group consisting of an ether, an acetal or ketal, an acyl, a sulfonyl, and a silyl ether; R 1 is H or C 1-6 alkyl; and R 2 is a protected aldehyde. (a) admixing compound B, or a salt thereof, and compound C in an organic solvent to form a slurry, wherein the organic solvent is selected from the group consisting of a nonpolar aromatic solvent, an ether solvent, a chlorinated solvent, an alcohol solvent, acetonitrile, dimethylformamide (DMF), dimethylcarbonate, dimethylacetamide (DMAc), N-methylpyrrolidinone (NMP), and a combination thereof: and (b) admixing the slurry of step (a) and a reducing agent to form a mixture comprising compound D; wherein: OPG is an alcohol protecting group selected from the group consisting of an ether, an acetal or ketal, an acyl, a sulfonyl, and a silyl ether; R 1 is H or C 1-6 alkyl; and R 2 is a protected aldehyde. OPG is an alcohol protecting group selected from the group consisting of an ether, an acetal or ketal, an acyl, a sulfonyl, and a silyl ether; R 1 is H or C 1-6 alkyl; and R 2 is a protected aldehyde.
A method for calibrating a set of devices, each device comprising an amplifying component configured to output a signal that is amplified in power with respect to an input radio frequency signal and a measuring component that outputs a digital signal indicative of radio frequency power detected at the amplifying component, the method characterized in that it comprises: selecting a frequency from a set of frequencies in a bandwidth of radio frequency electromagnetic waves ; selecting a phase value from a set of phase values of radio frequency electromagnetic waves ; selecting a power level from a set of power levels ; setting a subset of the set of devices to output a radio frequency signal of the selected frequency, the selected phase value and the selected power level ; measuring a forward power level for the subset of the set of devices that is outputting the radio frequency signal ; measuring a backward power level for a subset of the set of devices that is not outputting the radio frequency signal ; repeating the setting and measuring steps for each power level in the set of power levels ; processing the measurements of the forward and backward power levels to calibrate the digital signal output from the measuring component of each of the set of devices ; and encoding the calibrated digital signal output into non-volatile memory . selecting a frequency from a set of frequencies in a bandwidth of radio frequency electromagnetic waves ; selecting a phase value from a set of phase values of radio frequency electromagnetic waves ; selecting a power level from a set of power levels ; setting a subset of the set of devices to output a radio frequency signal of the selected frequency, the selected phase value and the selected power level ; measuring a forward power level for the subset of the set of devices that is outputting the radio frequency signal ; measuring a backward power level for a subset of the set of devices that is not outputting the radio frequency signal ; repeating the setting and measuring steps for each power level in the set of power levels ; processing the measurements of the forward and backward power levels to calibrate the digital signal output from the measuring component of each of the set of devices ; and encoding the calibrated digital signal output into non-volatile memory .
An image processing apparatus capable of adding a function to be provided by installing a plugin application , the apparatus comprising: accepting means for accepting a request to execute predetermined image processing; extracting means for extracting, as character strings, an image processing name indicating a name of the predetermined image processing and a parameter related to the predetermined image processing, from the request accepted by the accepting means; selecting means for determining, from not less than one installed plugin application , whether a plugin application candidate corresponding to the image processing name extracted by the extracting means exists, if so, determining, from the at least one plugin application candidate, using the parameter related to the predetermined image processing, whether a plugin application capable of executing the predetermined image processing exists, and if so, selecting such a plugin application, and instruction means for instructing the plugin application selected by the selecting means to perform the predetermined image processing. accepting means for accepting a request to execute predetermined image processing; extracting means for extracting, as character strings, an image processing name indicating a name of the predetermined image processing and a parameter related to the predetermined image processing, from the request accepted by the accepting means; selecting means for determining, from not less than one installed plugin application , whether a plugin application candidate corresponding to the image processing name extracted by the extracting means exists, if so, determining, from the at least one plugin application candidate, using the parameter related to the predetermined image processing, whether a plugin application capable of executing the predetermined image processing exists, and if so, selecting such a plugin application, and instruction means for instructing the plugin application selected by the selecting means to perform the predetermined image processing.
A method for discontinuous reception, comprising: monitoring, by a first terminal device, a physical downlink control channel, PDCCH (S220), characterized in that the PDCCH carries m pieces of discontinuous reception, DRX, information respectively for m terminal devices, one of the m terminal devices being the first terminal device, wherein m is a positive integer and greater than one, wherein, each piece of DRX information in the m pieces of DRX information is used for indicating: a target bandwidth part, BWP, used after the DRX information, and a time length for monitoring a PDCCH in an on-duration of a DRX cycle. monitoring, by a first terminal device, a physical downlink control channel, PDCCH (S220), characterized in that the PDCCH carries m pieces of discontinuous reception, DRX, information respectively for m terminal devices, one of the m terminal devices being the first terminal device, wherein m is a positive integer and greater than one, wherein, each piece of DRX information in the m pieces of DRX information is used for indicating: a target bandwidth part, BWP, used after the DRX information, and a time length for monitoring a PDCCH in an on-duration of a DRX cycle.
A method of forming a powder film , comprising the steps of: (a) filling an opening with a powder , the opening being formed in a powder filling member ; and (b) forming the powder film by generating an electric potential difference between the powder filling member and a substrate so as to cause the powder , which is filling the opening , to move to the substrate , the powder filling member including a porous body , and a covering part provided on one surface of the porous body , the covering part having the opening , and in the step (b), the covering part being provided on a side facing the substrate , characterized in that in the step (a), the powder is rubbed by a rubbing body so as to fill the opening . (a) filling an opening with a powder , the opening being formed in a powder filling member ; and (b) forming the powder film by generating an electric potential difference between the powder filling member and a substrate so as to cause the powder , which is filling the opening , to move to the substrate , the powder filling member including a porous body , and a covering part provided on one surface of the porous body , a porous body , and a covering part provided on one surface of the porous body , the covering part having the opening , and in the step (b), the covering part being provided on a side facing the substrate , characterized in that in the step (a), the powder is rubbed by a rubbing body so as to fill the opening .
A garment comprising: a main body including a front portion , a back portion , and a gusset connecting the front portion and the back portion , wherein the gusset has left and right lateral edges partially defining respective left and right leg openings of the garment ; a layer of absorbent material coupled to an inner face of the main body at least at the gusset ; and a layer of waterproof material sandwiched between the main body and the layer of absorbent material ; characterised by left and right elastic bands coupling the layer of absorbent material and the layer of waterproof material to the main body along the respective left and right lateral edges of the gusset . a main body including a front portion , a back portion , and a gusset connecting the front portion and the back portion , wherein the gusset has left and right lateral edges partially defining respective left and right leg openings of the garment ; a layer of absorbent material coupled to an inner face of the main body at least at the gusset ; and a layer of waterproof material sandwiched between the main body and the layer of absorbent material ; characterised by left and right elastic bands coupling the layer of absorbent material and the layer of waterproof material to the main body along the respective left and right lateral edges of the gusset .
A plant for transmitting electric power comprising a direct voltage network for High Voltage Direct Current and at least one three-phase alternating voltage network connected thereto through a station , in which the station is configured to perform transmitting of electric power between the direct voltage network and the alternating voltage network and comprises at least one converter configured to convert direct voltage into alternating voltage and conversely and a unit configured to control said converter for generating an alternating voltage in each of three phase legs of the converter, having a fundamental voltage part that has the same frequency as the alternating voltage on said alternating voltage network, wherein the direct voltage on the direct voltage network is adapted to a peak value of the alternating voltage of said alternating voltage network, the alternating voltage network is connected to phase outputs of each said phase leg without any intermediate full transformer, and the plant further comprises an arrangement (107, 107", 123) connected to each said phase leg and configured to block said third harmonic voltage part and to prevent it from reaching the alternating voltage network, characterized in that the at least one converter is a Voltage Source Converter , the unit configured to control the converter is a unit configured to control the converter according to a Pulse Width Modulation (PWM) for generating an alternating voltage in each of three phase legs of the converter having a third harmonic voltage part added to the fundamental voltage part, and said arrangement comprises at least one third harmonic blocking filter (107, 107") with inductance and capacitance for each said phase leg .
A mobile access point comprising: a wireless transceiver; and at least one module operable to, at least: receive context information for each of a plurality of network nodes, the plurality of network nodes comprising an other mobile access point; identify a network node of the plurality of network nodes to utilize for connection to a backhaul network based on the received context information and adaptable node decision-making criteria comprising a cost function; and connect to the identified network node utilizing the wireless transceiver, wherein the received context information comprises information of node location and/or information of node velocity. a wireless transceiver; and at least one module operable to, at least: receive context information for each of a plurality of network nodes, the plurality of network nodes comprising an other mobile access point; identify a network node of the plurality of network nodes to utilize for connection to a backhaul network based on the received context information and adaptable node decision-making criteria comprising a cost function; and connect to the identified network node utilizing the wireless transceiver, wherein the received context information comprises information of node location and/or information of node velocity. receive context information for each of a plurality of network nodes, the plurality of network nodes comprising an other mobile access point; identify a network node of the plurality of network nodes to utilize for connection to a backhaul network based on the received context information and adaptable node decision-making criteria comprising a cost function; and connect to the identified network node utilizing the wireless transceiver, wherein the received context information comprises information of node location and/or information of node velocity.
A dental implant having a biologically compatible metal porous zone for contact with bone and a seat for the dental prosthesis wherein the metal porous zone for contact with bone is made from a porous three-dimensional structure which is made as a three-dimensional body containing open pores and one-side open pores which are distributed evenly on the internal surface of open pores and connected to the internal surface, with sizes of pores randomly distributed in the range of 150 - 300 μm, and which is equipped with a reinforcing element made from titanium or titanium alloy, wherein the reinforcing element is made as a mesh with protrusions evenly distributed on the outer surface of the mesh, and is located on the surface of the three-dimensional body and wherein the metal porous zone for contact with bone is made from the porous three-dimensional structure with the possibility of press fit in the jaw bone, or wherein the metal porous zone for contact with bone is made from the porous three-dimensional structure in the shape of a cylinder or a cone, with protrusions located on the outer surface of the reinforcing element spirally, forming a helical line to screw the dental implant in the jaw bone.