mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method for communication between a host and a memory controller , the communication method comprising: generating, at the host , a transaction identification, TID, for a transaction using an incremental counter; generating a parity bit from parity of the TID and parity of a transaction command and data address for the transaction ; comparing the parity bit to a parity bit sequences pattern and forcing the parity bit to match the parity bit sequences pattern ; setting the matching parity bit to a host parity bit; transmitting the host parity bit along with the transaction command and data address from the host to the memory controller of a memory module ; embedding, by the host , bits to specify a write transaction identification, WID, of a write transaction into error correcting codes, ECCs, of write data and transmitting the write data with the ECCs to the memory controller for transmission through a noisy memory channel with more errors ; and reconstructing and/or retransmitting a generated write transaction by the host after detecting an ECC error caused by noise of the noisy memory channel. generating, at the host , a transaction identification, TID, for a transaction using an incremental counter; generating a parity bit from parity of the TID and parity of a transaction command and data address for the transaction ; comparing the parity bit to a parity bit sequences pattern and forcing the parity bit to match the parity bit sequences pattern ; setting the matching parity bit to a host parity bit; transmitting the host parity bit along with the transaction command and data address from the host to the memory controller of a memory module ; embedding, by the host , bits to specify a write transaction identification, WID, of a write transaction into error correcting codes, ECCs, of write data and transmitting the write data with the ECCs to the memory controller for transmission through a noisy memory channel with more errors ; and reconstructing and/or retransmitting a generated write transaction by the host after detecting an ECC error caused by noise of the noisy memory channel.
Portable device comprising a compartment for receiving a print medium and at least one transmitting/receiving surface antenna comprising a radiating part located in the compartment for receiving the print medium, the portable device further comprising means for providing a bank card payment terminal and the print medium being a paper roll , characterised in that the radiating portion is located on a printed circuit, the printed circuit being arranged in a receiving housing provided in a holding plate , the holding plate being in contact with the paper roll once it has been fitted to secure the paper roll in the compartment , the holding plate having at least partially a semi-circular outer contour, the diameter of which is substantially equal to the maximum diameter of the paper roll once it has been set up, and in that the printed circuit of the antenna has at least partially a semi-circular outer contour, the diameter of which is equal to the maximum diameter of the paper roll once it has been fitted.
Thermal treatment system intended for a vehicle comprising at least one refrigerant circuit and at least one heat transfer fluid loop : - the refrigerant circuit comprising at least one compression device , one expansion member , one first heat exchanger configured to exchange heat between the refrigerant and an air flow (FA1) external to an interior of the vehicle, one second heat exchanger configured to exchange heat between the refrigerant and the heat transfer fluid circulating in the loop and one fourth heat exchanger configured to exchange heat between the refrigerant and an air flow (FA2) internal to the interior; - the heat transfer fluid loop comprising, on a main line , the second heat exchanger and at least one primary radiator configured to exchange heat between the air flow (FA1) external to the interior of the vehicle and the heat transfer fluid; characterized in that the refrigerant circuit comprises a third heat exchanger configured to exchange heat between the refrigerant and the external air flow (FA1) or between the refrigerant and the heat transfer fluid and in that the first heat exchanger , the second heat exchanger and the third heat exchanger are disposed in the refrigerant circuit between an outlet of the compression device and an inlet of the expansion means , the primary radiator being disposed upstream of the first heat exchanger according to a direction of circulation (S3) of the external air flow (FA1). - the refrigerant circuit comprising at least one compression device , one expansion member , one first heat exchanger configured to exchange heat between the refrigerant and an air flow (FA1) external to an interior of the vehicle, one second heat exchanger configured to exchange heat between the refrigerant and the heat transfer fluid circulating in the loop and one fourth heat exchanger configured to exchange heat between the refrigerant and an air flow (FA2) internal to the interior; - the heat transfer fluid loop comprising, on a main line , the second heat exchanger and at least one primary radiator configured to exchange heat between the air flow (FA1) external to the interior of the vehicle and the heat transfer fluid;
A method of phosphorus recovery from wastewater, in particular from sludge water, in which phosphorus is adsorbed on a surface of an adsorbent, where the adsorbent is prepared as biochar saturated with trivalent iron ions, the biochar is subsequently neutralized with sodium hydroxide solution to form ferric hydroxide and washed with water, wastewater flows through the saturated adsorbent and phosphorus is captured on the adsorbent, characterized in that firstly the biochar is saturated with trivalent iron ions, so that the biochar is washed with ferric chloride solution as a sorbens, wherein firm bonds between biochar and trivalent iron ions are obtained, wherein after filling the sorption capacity of the adsorbent with phosphorus, the adsorbent is washed with dilute hydrochloric acid, followed by washing with sodium hydroxide solution thereby recovered phosphorus in the form of phosphate ferrite [Fe(PO 4 ) 3 ] 6- is obtained, and where phosphate ferrite [Fe(PO 4 ) 3 ] 6- is dried and used as a fertilizer.
A neutron capture therapy system , comprising a neutron generating device and a beam shaping assembly , wherein the neutron generating device comprises an accelerator and a target (T), a charged particle beam (P) generated through acceleration by the accelerator interacts with the target (T) to generate neutrons, the neutrons form a neutron beam (N), and the neutron beam (N) defines a main axis (X), wherein the beam shaping assembly comprises a moderator , a reflector , and a radiation shield , the moderator decelerates the neutrons generated from the target (T) to an epithermal neutron energy region, the reflector surrounds the moderator and guides neutrons deviating from the main axis (X) back to the main axis (X), to improve intensity of an epithermal neutron beam (N), and the radiation shield is used for shielding leaking neutrons and photons, to reduce a dose of a normal tissue not exposed to irradiation; and the beam shaping assembly further comprises a frame accommodating the moderator ; characterized in that the moderator is adjustable, and the frame comprises a positioning member and a stopping member for fixing the moderator .
A humeral nail comprising: a nail body defining a nail longitudinal axis extending from a proximal portion to a distal portion of the nail body; and a descending through bore formed in the nail body, having a bore entrance and a bore exit, and defining an anterior to posterior descending screw trajectory through the nail body, wherein the bore entrance is configured to be positioned anterior and proximal relative to the bore exit when the humeral nail is implanted in a humerus ; characterised in that the descending through bore is configured to receive a bone screw to target a patient's lesser tuberosity. a nail body defining a nail longitudinal axis extending from a proximal portion to a distal portion of the nail body; and a descending through bore formed in the nail body, having a bore entrance and a bore exit, and defining an anterior to posterior descending screw trajectory through the nail body, wherein the bore entrance is configured to be positioned anterior and proximal relative to the bore exit when the humeral nail is implanted in a humerus ; characterised in that the descending through bore is configured to receive a bone screw to target a patient's lesser tuberosity.
A steer-by-wire steering system for motor vehicles, comprising a steering actuator electronically controlled depending on a driver's steering command and acting on the steered wheels , and a feedback actuator transmitting feedback from the road to a steering wheel and comprising a first steering angle sensor , wherein the steering actuator comprises a redundant power supply and is connected to a first power supply and a second power supply , wherein the feedback actuator is connected to the first power supply , characterized in that the steer-by-wire steering system comprises a second steering angle sensor , which is independent of the feedback actuator and is connected to the second power supply .
A prefilled syringe filling machine, comprising an external package removal area , an internal package removal area , a filling and stoppering area , a rubber plug buffer area and a conveyor belt , characterized in that the external package removal area has different cleanliness level requirements from the internal package removal area and the filling and stoppering area ; wherein the conveyor belt penetrates through the internal package removal area from the external package removal area without penetrating through the filling and stoppering area , and the filling and stoppering area being arranged to be adjacent to the internal package removal area , wherein a first transfer device is arranged in the internal package removal area ; a second transfer device is arranged in the filling and stoppering area ; a material delivery port is arranged between the filling and stoppering area and the internal package removal area ; at work, the first transfer device transfers materials on the conveyor belt to the material delivery port so as to deliver the materials to the second transfer device , the second transfer device carries the materials and, after accomplishing filling and stoppering, transfers the materials to the material delivery port so as to deliver the materials to the first transfer device , and the first transfer device transfers the materials onto the conveyor belt .
Apparatus configured for treating an exterior surface of a wind turbine blade of a horizontal axis wind turbine including a nacelle mounted on top of a tower, said apparatus comprising an expandable structure that is deployable from a collapsed state into an expanded state in which the structure defines an elongated treatment zone into which a wind turbine blade is receivable in use, the apparatus further including treating means arranged to apply a treatment in the treatment zone , wherein the expandable structure comprises an inflatable structure, said apparatus being configured for applying surface treatment to the surface of said wind turbine blade using the expandable structure , whilst said wind turbine blade is mounted to said wind turbine and in a vertical orientation of same, wherein said inflatable structure forms the primary load-bearing element of the expandable structure and wherein the surface treatment means includes a plurality of treating heads arranged along the expandable structure to apply surface treatment radially inwards into the treatment zone .
A gown , comprising: a body member having integral or attached side panels extending behind a front of the body member ; wherein the side panels overlap each other behind the front of the body member ; means for attaching together the side panels where they are overlapped; wherein the body member defines a neck opening and left and right arm openings ; and wherein the gown comprises left and right sleeves attached at the left and right arm openings , respectively, characterized in that one of the side panels defines a tab to be folded back to reinforce the area where the side panels are attached together by the means for attaching after being folded behind the body and overlapped. a body member having integral or attached side panels extending behind a front of the body member ; wherein the side panels overlap each other behind the front of the body member ; means for attaching together the side panels where they are overlapped; wherein the body member defines a neck opening and left and right arm openings ; and wherein the gown comprises left and right sleeves attached at the left and right arm openings , respectively, characterized in that one of the side panels defines a tab to be folded back to reinforce the area where the side panels are attached together by the means for attaching after being folded behind the body and overlapped.
A system comprising: a solar power measurement input for coupling to a solar panel system ; a measurement circuit configured to measure power produced by the solar panel system using the solar power measurement input, wherein the measurement circuit is configured, by virtue of the measurement circuit comprising a plurality of electrical components rated to at least a certain tolerance level, to take a plurality of revenue-grade power measurements from the solar power measurement input with a predetermined level of accuracy; a data transmission system configured to transmit the revenue-grade power measurements from the measurement circuit to a remote system ; and characterized by a control circuit coupled to the measurement circuit and to an inverter system coupled to the solar panel system, wherein the control circuit is configured to use the revenue-grade power measurements of the power produced by the solar panel system to control the inverter system. a solar power measurement input for coupling to a solar panel system ; a measurement circuit configured to measure power produced by the solar panel system using the solar power measurement input, wherein the measurement circuit is configured, by virtue of the measurement circuit comprising a plurality of electrical components rated to at least a certain tolerance level, to take a plurality of revenue-grade power measurements from the solar power measurement input with a predetermined level of accuracy; a data transmission system configured to transmit the revenue-grade power measurements from the measurement circuit to a remote system ; and characterized by a control circuit coupled to the measurement circuit and to an inverter system coupled to the solar panel system, wherein the control circuit is configured to use the revenue-grade power measurements of the power produced by the solar panel system to control the inverter system.
A handle assembly for a surgical tool comprising a handle having a distal end and a first retaining mechanism attached to the distal end of the handle, the first retaining mechanism including: a first retaining housing having a first central cavity for receiving a surgical tool , and a first locking mechanism moveable between first and second positions relative to the housing, the first locking mechanism including a through hole for receiving the surgical tool characterised in that the first retaining mechanism further includes a pair of alignment tabs separate from and disposed about opposite lateral sides of the first locking mechanism that limit movement of the first locking mechanism relative thereto. a first retaining housing having a first central cavity for receiving a surgical tool , and a first locking mechanism moveable between first and second positions relative to the housing, the first locking mechanism including a through hole for receiving the surgical tool a pair of alignment tabs separate from and disposed about opposite lateral sides of the first locking mechanism that limit movement of the first locking mechanism relative thereto.
A low-formaldehyde containing dispersion of a vinyl ester/ethylene copolymer containing copolymerized carboxylic acid groups or salts thereof blended with a wet strength polyamidoamine-epichlorohydrin (PAE) resin; wherein: a) the vinyl ester/ethylene copolymer dispersion is free of reactive N-methylol acrylamide groups; b) the PAE comprises less than 800 ppm halogenated organic compounds (AOX); c) the weight ratio of the solid particles of the vinyl ester/ethylene copolymer to the solid particles in the aqueous emulsion of the PAE resin is from 95:5 to 20:80; and d) the pH is greater than 6, preferably greater than 7, more preferably greater than 7.5. a) the vinyl ester/ethylene copolymer dispersion is free of reactive N-methylol acrylamide groups; b) the PAE comprises less than 800 ppm halogenated organic compounds (AOX); c) the weight ratio of the solid particles of the vinyl ester/ethylene copolymer to the solid particles in the aqueous emulsion of the PAE resin is from 95:5 to 20:80; and d) the pH is greater than 6, preferably greater than 7, more preferably greater than 7.5.
A retainer bracket for securing a pad shield to a housing assembly of a brake caliper assembly , comprising: a first mount having a first end surface ; a second mount having a second end surface ; an intermediate portion extending between the first and second mounts , the intermediate portion including: a channel that extends longitudinally along a central axis of the intermediate portion , the channel forming a channel depression in a top surface of the intermediate portion and an opposing channel protrusion in a bottom surface of the intermediate portion ; a first protrusion disposed at a first lateral region of the intermediate portion and extending from the top surface ; and a second protrusion disposed at a second lateral region of the intermediate portion opposite the channel from the first protrusion and extending from the top surface , wherein the intermediate portion is configured to be slidable along engagement surfaces of a pad shield until the first and second protrusions engage a portion of the pad shield . a first mount having a first end surface ; a second mount having a second end surface ; an intermediate portion extending between the first and second mounts , the intermediate portion including: a channel that extends longitudinally along a central axis of the intermediate portion , the channel forming a channel depression in a top surface of the intermediate portion and an opposing channel protrusion in a bottom surface of the intermediate portion ; a first protrusion disposed at a first lateral region of the intermediate portion and extending from the top surface ; and a second protrusion disposed at a second lateral region of the intermediate portion opposite the channel from the first protrusion and extending from the top surface , wherein the intermediate portion is configured to be slidable along engagement surfaces of a pad shield until the first and second protrusions engage a portion of the pad shield . a channel that extends longitudinally along a central axis of the intermediate portion , the channel forming a channel depression in a top surface of the intermediate portion and an opposing channel protrusion in a bottom surface of the intermediate portion ; a first protrusion disposed at a first lateral region of the intermediate portion and extending from the top surface ; and a second protrusion disposed at a second lateral region of the intermediate portion opposite the channel from the first protrusion and extending from the top surface , wherein the intermediate portion is configured to be slidable along engagement surfaces of a pad shield until the first and second protrusions engage a portion of the pad shield .
Electrical machine with a machine housing enclosing a machine interior space and with a flanged bearing shield as well as with a transmission coupled to the machine housing , - wherein the flanged bearing shield has a shaft passage for a machine shaft and the machine interior space is located below the shaft passage , - wherein the machine shaft is vertically aligned, - wherein a leakage space is provided in the flanged bearing shield in the region of the shaft passage , said leakage space communicating with at least one outlet opening , wherein the outlet opening discharges any leakage occurring in the region of the interface between the machine housing and the gearbox, and - wherein the machine shaft carries a shaft-fixed ring disc arranged within the leakage space , which ring disc is provided and designed to force liquid running along the machine shaft from the shaft passage into the leakage space during rotary operation of the machine shaft , - wherein the outlet opening is arranged below the ring disc in the longitudinal direction of the machine shaft , - wherein the ring disc has an outer ring made of a non-resilient material, characterized in - that the ring disc has an elastic inner ring held by the outer ring , and - that the ring disc is designed and arranged on the machine shaft in such a way that the elastic inner ring , with its outer ring edge facing away from the machine shaft , bears against a housing contour within the leakage space in case of a stationary machine and lifts off from the housing contour during rotary operation of the machine shaft . - wherein the flanged bearing shield has a shaft passage for a machine shaft and the machine interior space is located below the shaft passage , - wherein the machine shaft is vertically aligned, - wherein a leakage space is provided in the flanged bearing shield in the region of the shaft passage , said leakage space communicating with at least one outlet opening , wherein the outlet opening discharges any leakage occurring in the region of the interface between the machine housing and the gearbox, and - wherein the machine shaft carries a shaft-fixed ring disc arranged within the leakage space , which ring disc is provided and designed to force liquid running along the machine shaft from the shaft passage into the leakage space during rotary operation of the machine shaft , - wherein the outlet opening is arranged below the ring disc in the longitudinal direction of the machine shaft , - wherein the ring disc has an outer ring made of a non-resilient material, characterized in - that the ring disc has an elastic inner ring held by the outer ring , and - that the ring disc is designed and arranged on the machine shaft in such a way that the elastic inner ring , with its outer ring edge facing away from the machine shaft , bears against a housing contour within the leakage space in case of a stationary machine and lifts off from the housing contour during rotary operation of the machine shaft .
A method comprising: holding a first portion of a first face of composite material against a plurality of hollow protrusions of an end effector using a vacuum supplied to the plurality of hollow protrusions of the end effector ; and applying pneumatic pressure to the first face of the composite material to remove the composite material from the plurality of hollow protrusions ; wherein applying the pneumatic pressure to the first face of the composite material comprises supplying the pneumatic pressure from a pressure port of the end effector to a second portion of the first face of the composite material . holding a first portion of a first face of composite material against a plurality of hollow protrusions of an end effector using a vacuum supplied to the plurality of hollow protrusions of the end effector ; and applying pneumatic pressure to the first face of the composite material to remove the composite material from the plurality of hollow protrusions ; wherein applying the pneumatic pressure to the first face of the composite material comprises supplying the pneumatic pressure from a pressure port of the end effector to a second portion of the first face of the composite material .