mhurhangee/patent-ind-claim-en huggingface dataset:
An insulated framing for power lines, comprising: a top retaining member assembly configured to retain a power line, situated at a top vertex of the insulated framing ; two legs extending from the top retaining member assembly , each leg having: a mid-leg fitting ; an upper insulator extending diagonally upward and inward from the mid-leg fitting to the top retaining member assembly ; a lower insulator extending diagonally downward and outward from the mid-leg fitting ; a retaining member assembly attached to an end of the lower insulator ; and a base member having two ends, each end being attached to a respective mid-leg fitting of a respective leg , the base member comprises a connector for connection to a power line support structure at a midpoint of the base member . a top retaining member assembly configured to retain a power line, situated at a top vertex of the insulated framing ; two legs extending from the top retaining member assembly , each leg having: a mid-leg fitting ; an upper insulator extending diagonally upward and inward from the mid-leg fitting to the top retaining member assembly ; a lower insulator extending diagonally downward and outward from the mid-leg fitting ; a retaining member assembly attached to an end of the lower insulator ; and a base member having two ends, each end being attached to a respective mid-leg fitting of a respective leg , the base member comprises a connector for connection to a power line support structure at a midpoint of the base member . a mid-leg fitting ; an upper insulator extending diagonally upward and inward from the mid-leg fitting to the top retaining member assembly ; a lower insulator extending diagonally downward and outward from the mid-leg fitting ; a retaining member assembly attached to an end of the lower insulator ; and a base member having two ends, each end being attached to a respective mid-leg fitting of a respective leg , the base member comprises a connector for connection to a power line support structure at a midpoint of the base member .
A combustor assembly, comprising: a first tubular wall , a second tubular wall , an annular bulkhead , a plurality of first fuel injectors , and a plurality of second fuel injections ; the bulkhead forming a combustion chamber with the first and the second tubular walls , the first fuel injectors configured to direct fuel radially into the combustion chamber ; wherein the first fuel injectors are configured with the first wall in a fluctuating pattern; the second fuel injections are configured with the bulkhead ; the first fuel injectors are grouped into a plurality of multi-fuel injector sets , adjacent pairs of the sets are separated by a first distance ; and each adjacent pair of the first fuel injectors in each set are separated by a second distance characterised in that the second distance is different than the first distance ; and in that each one of the first fuel injectors is circumferentially aligned with a respective one of the second fuel injectors . a first tubular wall , a second tubular wall , an annular bulkhead , a plurality of first fuel injectors , and a plurality of second fuel injections ; the bulkhead forming a combustion chamber with the first and the second tubular walls , the first fuel injectors configured to direct fuel radially into the combustion chamber ; wherein the first fuel injectors are configured with the first wall in a fluctuating pattern; the second fuel injections are configured with the bulkhead ; the first fuel injectors are grouped into a plurality of multi-fuel injector sets , adjacent pairs of the sets are separated by a first distance ; and each adjacent pair of the first fuel injectors in each set are separated by a second distance characterised in that the second distance is different than the first distance ; and in that each one of the first fuel injectors is circumferentially aligned with a respective one of the second fuel injectors .
A hemiarthroplasty arrangement comprising a first prosthesis and a second prosthesis, the first prosthesis comprising: a cup-shaped portion including an inner surface and an outer surface , wherein the inner surface is shaped and sized to accommodate a cup femoral head prosthesis , and wherein the outer surface is shaped and sized to accommodate an unreamed acetabulum outer surface of an acetabulum socket; wherein the second prosthesis is a cup femoral head prosthesis including an inner surface ,an outer surface , wherein the inner surface is shaped and sized to accommodate a reamed femoral head outer surface of a femur, and wherein the outer surface is shaped and sized to accommodate an inner surface of said cup-shaped portion ; and wherein the cup-shaped portion is not artificially secured to the acetabulum socket nor the cup femoral head prosthesis , characterised in that the inner surface of the cup femoral head prosthesis is porous so as to be amenable to either ongrowth or ingrowth of bone from the reamed femoral head outer surface, and in that the cup femoral head prosthesis has a fastener receiving aperture , and the arrangement comprises a fastener securable to the femur for engagement with the fastener receiving aperture of the femoral head prosthesis to provide securement of the femoral head prosthesis to the femoral head outer surface , wherein the fastener comprises a cannulated screw . a cup-shaped portion including an inner surface and an outer surface , wherein the inner surface is shaped and sized to accommodate a cup femoral head prosthesis , and wherein the outer surface is shaped and sized to accommodate an unreamed acetabulum outer surface of an acetabulum socket; wherein the second prosthesis is a cup femoral head prosthesis including an inner surface ,an outer surface , wherein the inner surface is shaped and sized to accommodate a reamed femoral head outer surface of a femur, and wherein the outer surface is shaped and sized to accommodate an inner surface of said cup-shaped portion ; and wherein the cup-shaped portion is not artificially secured to the acetabulum socket nor the cup femoral head prosthesis , characterised in that the inner surface of the cup femoral head prosthesis is porous so as to be amenable to either ongrowth or ingrowth of bone from the reamed femoral head outer surface, and in that the cup femoral head prosthesis has a fastener receiving aperture , and the arrangement comprises a fastener securable to the femur for engagement with the fastener receiving aperture of the femoral head prosthesis to provide securement of the femoral head prosthesis to the femoral head outer surface , wherein the fastener comprises a cannulated screw .
Automatic supervision and control system for a company comprising a plurality of tasks, comprising: a) a first plurality of ASC units, each ASC unit being associated to a corresponding task of the company, wherein each ASC unit comprises data acquisition means configured for detecting when a task has been finished; b) a second plurality of ASC units configured for allowing quality inspectors to enter quality data on the tasks; c) a central server connected to the first and second pluralities of ASC units, the central server comprising: - a processing unit configured for calculating the efficienciy and/or quality level of each task, either individually or in a grouped fasion; and - a database configured for storing the data on the tasks sent by the ASC units, as well as the efficiencies and quality levels calculated by the processing unit; and d) at least one managing station connected to the central server, the managing station being configured for receiving the efficiency and quality levels calculated by the processing unit, where the central server is configured for calculating the accumulated efficiency of each task during a certain period of time, and where the accumulated efficiency of a task during a period of time is calculated according to: η Acc _ over _ any _ period _ of _ time = η Acc t 0 + η Acc t 0 + dt + η Acc t 0 + 2 ⋅ dt + ⋯ + η Acc t 0 + n ⋅ dt n + 1 where η Acc n = η Current n n + η Acc n − 1 ⋅ n − 1 n . a) a first plurality of ASC units, each ASC unit being associated to a corresponding task of the company, wherein each ASC unit comprises data acquisition means configured for detecting when a task has been finished; b) a second plurality of ASC units configured for allowing quality inspectors to enter quality data on the tasks; c) a central server connected to the first and second pluralities of ASC units, the central server comprising: - a processing unit configured for calculating the efficienciy and/or quality level of each task, either individually or in a grouped fasion; and - a database configured for storing the data on the tasks sent by the ASC units, as well as the efficiencies and quality levels calculated by the processing unit; and - a processing unit configured for calculating the efficienciy and/or quality level of each task, either individually or in a grouped fasion; and - a database configured for storing the data on the tasks sent by the ASC units, as well as the efficiencies and quality levels calculated by the processing unit; and d) at least one managing station connected to the central server, the managing station being configured for receiving the efficiency and quality levels calculated by the processing unit, where the central server is configured for calculating the accumulated efficiency of each task during a certain period of time,
A device for generating a transmission block for a precoded multi-carrier radio transmission, the device comprising at least one processor configured for or configured to trigger: providing a symbol, the symbol including a plurality of symbol elements, wherein a subset of the plurality of symbol elements is set to values depending on a boundary condition for the transmission block ; precoding the symbol, wherein the precoding includes a Discrete Fourier Transform, DFT, ; and generating the transmission block by multi-carrier modulation of the precoded symbol, wherein the multi-carrier modulation includes an Orthogonal Frequency-Division Multiplexing, OFDM, modulation , characterizing in that : a guard interval including a zero symbol element is inserted adjacent to the transmission block , and wherein the boundary condition relates to a boundary between the transmission block and the guard interval; the boundary condition specifies the symbol elements in the subset as a function of symbol elements outside of the subset; and the boundary condition specifies that a signal value of the transmission block and optionally one or more of its derivatives are continuous at the boundary . providing a symbol, the symbol including a plurality of symbol elements, wherein a subset of the plurality of symbol elements is set to values depending on a boundary condition for the transmission block ; precoding the symbol, wherein the precoding includes a Discrete Fourier Transform, DFT, ; and generating the transmission block by multi-carrier modulation of the precoded symbol, wherein the multi-carrier modulation includes an Orthogonal Frequency-Division Multiplexing, OFDM, modulation , characterizing in that : a guard interval including a zero symbol element is inserted adjacent to the transmission block , and wherein the boundary condition relates to a boundary between the transmission block and the guard interval; the boundary condition specifies the symbol elements in the subset as a function of symbol elements outside of the subset; and the boundary condition specifies that a signal value of the transmission block and optionally one or more of its derivatives are continuous at the boundary .
A method to be performed by at least one data processor forming at least part of a computing system, the method comprising: receiving, by the at least one data processor, a first data corresponding to the spatial position of one or more volume elements of a patient; receiving, by the at least one data processor, a second data corresponding to a set-up of a radiation therapy delivery system for delivering one or more radiation fields to the patient, the set-up of the radiation therapy delivery system including field angles, field strengths, and/or field widths of the one or more radiation fields delivered to the patient; determining a number of radiation fields delivered by the radiation therapy delivery system that will intersect with individual volume elements of the one or more volume elements of the patient; and generating, by the at least one data processor using a predictive model trained using a neural network, a three-dimensional radiation dose matrix for the patient based on the first data, the second data, and the determined number of radiation fields. receiving, by the at least one data processor, a first data corresponding to the spatial position of one or more volume elements of a patient; receiving, by the at least one data processor, a second data corresponding to a set-up of a radiation therapy delivery system for delivering one or more radiation fields to the patient, the set-up of the radiation therapy delivery system including field angles, field strengths, and/or field widths of the one or more radiation fields delivered to the patient; determining a number of radiation fields delivered by the radiation therapy delivery system that will intersect with individual volume elements of the one or more volume elements of the patient; and generating, by the at least one data processor using a predictive model trained using a neural network, a three-dimensional radiation dose matrix for the patient based on the first data, the second data, and the determined number of radiation fields.
An apparatus comprising: logic , at least partially implemented in hardware, to manage one or more links, based on policy information, in response to a determination that a processor (102-1) has entered a low power consumption state from a runtime power consumption state; wherein the logic is to block one or more signals, corresponding to management of the one or more links, that are directed to the processor (102-1) to allow the processor to stay in the low power consumption state; and wherein when the processor (102-1) wakes up from the low power consumption state, the processor takes over the link management tasks performed by the logic during the low power consumption state. logic , at least partially implemented in hardware, to manage one or more links, based on policy information, in response to a determination that a processor (102-1) has entered a low power consumption state from a runtime power consumption state; wherein the logic is to block one or more signals, corresponding to management of the one or more links, that are directed to the processor (102-1) to allow the processor to stay in the low power consumption state; and wherein when the processor (102-1) wakes up from the low power consumption state, the processor takes over the link management tasks performed by the logic during the low power consumption state.
A surgical apparatus comprising: a handpiece configured to modify a feature of a jet of argon gas; wherein the feature defines a cross-sectional area of the jet ; wherein the handpiece comprises a nozzle member with one or more bores configured to direct argon gas as the jet and one or more electrodes configured to conduct electrical charge into the jet ; characterized in that the apparatus further comprises: a collar around the nozzle member ; wherein sliding the collar along the nozzle member changes the feature of the jet of argon gas; wherein the nozzle member comprises a pair of hingedly connected channel members ; wherein the channel members are biased apart such that sliding the collar along the nozzle member forces the channel members toward each other thereby changing the feature of the jet of argon gas. a handpiece configured to modify a feature of a jet of argon gas; wherein the feature defines a cross-sectional area of the jet ; wherein the handpiece comprises a nozzle member with one or more bores configured to direct argon gas as the jet and one or more electrodes configured to conduct electrical charge into the jet ; characterized in that the apparatus further comprises: a collar around the nozzle member ; wherein sliding the collar along the nozzle member changes the feature of the jet of argon gas; wherein the nozzle member comprises a pair of hingedly connected channel members ; wherein the channel members are biased apart such that sliding the collar along the nozzle member forces the channel members toward each other thereby changing the feature of the jet of argon gas. a collar around the nozzle member ; wherein sliding the collar along the nozzle member changes the feature of the jet of argon gas; wherein the nozzle member comprises a pair of hingedly connected channel members ; wherein the channel members are biased apart such that sliding the collar along the nozzle member forces the channel members toward each other thereby changing the feature of the jet of argon gas.
A pouch for forming an implantable artificial organ/device wherein said pouch is a closed envelope made from two semi-permeable membranes that are sealed all over the perimeter of the pouch, thereby defining an inner volume and an outer volume of the pouch, wherein said pouch contains a substantially planar rigid plate in its inner volume, and wherein the surface of the rigid plate is at least 60 % of the surface of the pouch.
A system comprising a sample holder and a medium supply apparatus, the sample holder comprising: a first ceramic substrate including a flow path for a heating medium being supplied by the medium supply apparatus and a second ceramic substrate laminated on the first ceramic substrate , having an upper surface functioning as a sample holding surface , and formed of the same material as that of the first ceramic substrate , the second ceramic substrate embedding an electrostatically adsorbing electrode , wherein an average grain diameter of ceramic grains forming the second ceramic substrate is smaller than an average grain diameter of ceramic grains forming the first ceramic substrate . a first ceramic substrate including a flow path for a heating medium being supplied by the medium supply apparatus and a second ceramic substrate laminated on the first ceramic substrate , having an upper surface functioning as a sample holding surface , and formed of the same material as that of the first ceramic substrate , the second ceramic substrate embedding an electrostatically adsorbing electrode , wherein an average grain diameter of ceramic grains forming the second ceramic substrate is smaller than an average grain diameter of ceramic grains forming the first ceramic substrate .
A switch assembly, comprising: a first housing ; a plurality of key shifter levers , the key shifter levers each comprising a first end and a second end , a shaft pin being connected to the key shifter lever between the first end and the second end , the key shifter lever extending from the first end to the second end , and the key shifter lever being configured to pivot in a radial plane with the shaft pin as a centre by being pressed at the second end , wherein the second end extends to the outside of the first housing ; a second housing , the second housing surrounding the first end of the key shifter lever and having a first limiting surface located above the key shifter lever and a second limiting surface located below the key shifter lever ; and a first push rod and a second push rod , the first push rod and the second push rod being arranged in the radial plane and respectively corresponding to the first limiting surface and the second limiting surface , and the first push rod and the second push rod leaning on the key shifter lever between the first end and the shaft pin , characterized in that at least one of the first push rod and the second push rod is always kept in contact with the first limiting surface or the second limiting surface by setting a dimension relationship; wherein the shaft pin extends through a plurality of key shifter levers , so that the key shifter levers have a common pivotal axis. a first housing ; a plurality of key shifter levers , the key shifter levers each comprising a first end and a second end , a shaft pin being connected to the key shifter lever between the first end and the second end , the key shifter lever extending from the first end to the second end , and the key shifter lever being configured to pivot in a radial plane with the shaft pin as a centre by being pressed at the second end , wherein the second end extends to the outside of the first housing ; a second housing , the second housing surrounding the first end of the key shifter lever and having a first limiting surface located above the key shifter lever and a second limiting surface located below the key shifter lever ; and a first push rod and a second push rod , the first push rod and the second push rod being arranged in the radial plane and respectively corresponding to the first limiting surface and the second limiting surface , and the first push rod and the second push rod leaning on the key shifter lever between the first end and the shaft pin , characterized in that at least one of the first push rod and the second push rod is always kept in contact with the first limiting surface or the second limiting surface by setting a dimension relationship; wherein the shaft pin extends through a plurality of key shifter levers , so that the key shifter levers have a common pivotal axis.
A coupling assembly for elongate elements , comprising: - a pin member having an outward-facing pin surface , and a box member having an inward-facing box surface ; said pin surface and box surface configured for mating engagement, and - at least one bore (9; 9') having as a first opening a port configured for connection to an injection fluid reservoir and a second opening penetrating the pin surface or the box surface ; characterized in that: - a region (R b ) of the box surface comprises a wall thickness (t a ) which is less than the thicknesses (t b , t c ) of the adjacent box walls; and/or - a region (R p ) of the pin surface comprises a wall thickness (t d ) which is less than the thicknesses (t e , t f ) of the adjacent pin walls; and/or - a region (R b ) of the box surface comprises a material of a lower modulus of elasticity than the material of a corresponding region (R p ) of the pin surface , or vice versa. - a pin member having an outward-facing pin surface , and a box member having an inward-facing box surface ; said pin surface and box surface configured for mating engagement, and - at least one bore (9; 9') having as a first opening a port configured for connection to an injection fluid reservoir and a second opening penetrating the pin surface or the box surface ; - a region (R b ) of the box surface comprises a wall thickness (t a ) which is less than the thicknesses (t b , t c ) of the adjacent box walls; and/or - a region (R p ) of the pin surface comprises a wall thickness (t d ) which is less than the thicknesses (t e , t f ) of the adjacent pin walls; and/or - a region (R b ) of the box surface comprises a material of a lower modulus of elasticity than the material of a corresponding region (R p ) of the pin surface , or vice versa.