mhurhangee/patent-ind-claim-en huggingface dataset:
A cylinder bore wall thermal insulator configured to be set in a groove-like cooling water channel of a cylinder block of an internal combustion engine including cylinder bores (12a1, 12a2, 12b1, 12b2) and for insulating bore walls in a one-side half among the bore walls of all the cylinder bores (12a1, 12a2, 12b1, 12b2) or a part of the bore walls on one side among the bore walls of all the cylinder bores (12a1, 12a2, 12b1, 12b2), the thermal insulator comprising: a plurality of bore wall insulating sections each having a shape of a single arc when viewed from above and for insulating a wall surface on the cylinder bore side of the groove-like cooling water channel ; and a single supporting section having a shape conforming to a shape of the groove-like cooling water channel in a setting position of the thermal insulator , the bore wall insulating sections being fixed to the supporting section , wherein the supporting section is provided on a rear surface side of the bore wall insulating sections , characterized in that the bore wall insulating sections include: rubber members configured to be brought into contact with the wall surface on the cylinder bore side of the groove-like cooling water channel and for covering the wall surface on the cylinder bore side of the groove-like cooling water channel ; rear surface pressing members provided on rear surface sides of the rubber members and for pressing the entire rubber members toward the wall surface on the cylinder bore side of the groove-like cooling water channel from the rear side; and elastic members that are configured to urge the rear surface pressing members to press the rubber members toward the wall surface on the cylinder bore side of the groove-like cooling water channel , wherein the elastic members attached to the bore wall insulating sections pass through a first opening formed on the supporting section and are configured to project toward a wall surface on the opposite side of the wall surface on the cylinder bore side of the groove-like cooling water channel , and only a center or a vicinity of the center in an arc direction of each of the bore wall insulating sections is fixed to the supporting section .
A method for controlling purging of hydrogen from a hydrogen circuit system of a vehicle , said hydrogen circuit system having a hydrogen conduit being arranged in fluid communication with at least one hydrogen tank , said method being implemented by a hydrogen control system comprising at least one processing circuitry , the method comprising: deactivating (S20) one or more vehicle functions and vehicle systems into a non-ignitable state in response to a control signal indicative of a request for purging the hydrogen circuit system, and performing (S30) purging of the hydrogen circuit system when said one or more vehicle functions and vehicle systems being set into the non-ignitable state. deactivating (S20) one or more vehicle functions and vehicle systems into a non-ignitable state in response to a control signal indicative of a request for purging the hydrogen circuit system, and performing (S30) purging of the hydrogen circuit system when said one or more vehicle functions and vehicle systems being set into the non-ignitable state.
A vacuum pump comprising a housing , a pump rotor having a rotor shaft in the housing , a pump stator in the housing that is arranged in a pump-active manner relative to the pump rotor , a pump inlet in the region of one end of the rotor shaft , a permanent magnet bearing for the rotor shaft in the region of the pump inlet , a shield (602 - 603) against magnetic fields, wherein the shield (602 - 603) is provided in the interior of the housing and completely or partly covers the permanent magnet bearing , viewed in the axial direction and/or in the peripheral direction, wherein the permanent magnet bearing has a stator-side bearing half , which is connected to the pump stator and which has stator magnets , and a rotor-side bearing half which is connected to the pump rotor , which has rotor magnets and which is disposed radially outside the stator-side bearing half , wherein the rotor magnets are held by a radially outwardly disposed sleeve-shaped support section , characterized in that the support section is produced from a material forming the shield and having a relative magnetic permeability of more than 3,000, and/or wherein the shield is produced from a sleeve or a foil composed of a material forming the shield and having a relative magnetic permeability of more than 3,000, said sleeve or foil contacting the outer surface and/or the inner surface of the support section . a housing , a pump rotor having a rotor shaft in the housing , a pump stator in the housing that is arranged in a pump-active manner relative to the pump rotor , a pump inlet in the region of one end of the rotor shaft , a permanent magnet bearing for the rotor shaft in the region of the pump inlet , a shield (602 - 603) against magnetic fields, wherein the shield (602 - 603) is provided in the interior of the housing and completely or partly covers the permanent magnet bearing , viewed in the axial direction and/or in the peripheral direction, wherein the permanent magnet bearing has a stator-side bearing half , which is connected to the pump stator and which has stator magnets , and a rotor-side bearing half which is connected to the pump rotor , which has rotor magnets and which is disposed radially outside the stator-side bearing half , wherein the rotor magnets are held by a radially outwardly disposed sleeve-shaped support section , characterized in that the support section is produced from a material forming the shield and having a relative magnetic permeability of more than 3,000, and/or wherein the shield is produced from a sleeve or a foil composed of a material forming the shield and having a relative magnetic permeability of more than 3,000, said sleeve or foil contacting the outer surface and/or the inner surface of the support section .
A method performed by a network function service consumer entity, comprising: sending a request for retrieving at least two registration data sets related to a user equipment to a data management entity, wherein the request includes two or more corresponding registration data set names; and receiving a response from the data management entity, wherein the response comprises at least two requested registration data sets related to the user equipment; wherein the registration data set name includes at least one of: a registration data set name identifying session management function registration information; a registration data set name identifying access and mobility management function, AMF, 3rd generation partnership project, 3GPP, access registration information; a registration data set name identifying AMF Non 3GPP access registration information; a registration data set name identifying short message service function, SMSF, 3GPP access registration information; and a registration data set name identifying SMSF Non 3GPP access registration information. sending a request for retrieving at least two registration data sets related to a user equipment to a data management entity, wherein the request includes two or more corresponding registration data set names; and receiving a response from the data management entity, wherein the response comprises at least two requested registration data sets related to the user equipment; wherein the registration data set name includes at least one of: a registration data set name identifying session management function registration information; a registration data set name identifying access and mobility management function, AMF, 3rd generation partnership project, 3GPP, access registration information; a registration data set name identifying AMF Non 3GPP access registration information; a registration data set name identifying short message service function, SMSF, 3GPP access registration information; and a registration data set name identifying SMSF Non 3GPP access registration information. a registration data set name identifying session management function registration information; a registration data set name identifying access and mobility management function, AMF, 3rd generation partnership project, 3GPP, access registration information; a registration data set name identifying AMF Non 3GPP access registration information; a registration data set name identifying short message service function, SMSF, 3GPP access registration information; and a registration data set name identifying SMSF Non 3GPP access registration information.
An electrolytic treatment system to decontaminate the surface of a radioactively contaminated metallic workpiece comprises at least a radioactively contaminated workpiece , an electrolyte solution a power supply and two electrodes , characterised in that : each electrode comprises a head and the system is deployed such that at least the head of each electrode is located in an electrolyte solution , each in close proximity to the surface but not in direct electrical contact and separated from the surface by the electrolyte solution by a distance sufficient to allow movement of the electrodes along the surface, the system comprises insulation in the electrolyte solution between the electrodes, said insulation minimising any direct current path between the electrodes otherwise than through the workpiece.
A method for feed-forward valve test compensation of a steam turbine system, a gas turbine system or a combination thereof, the method comprising: generating and transmitting a first output comprising a total flow demand value to a plurality of valves , wherein each of the plurality of valves is configured to receive a respective portion of the total flow demand value ; receiving an input indicative of a decoupling of a first valve of the plurality of valves ; generating a second output based at least in part on the first output and a first operational characteristic of the first valve , wherein the second output is configured to vary a second operational characteristic of a second valve of the plurality of valves to maintain the total flow demand value ; and generating the second output by deriving a third operational characteristic value comprising a flow of the first valve based at least in part on the first operational characteristic comprising a stroke of the first valve ; characterized by deriving the third operational characteristic value based at least in part on the first operational characteristic of the first valve ; and either: i) adding a difference between the third operational characteristic value and the respective portion of the total flow demand value received by the first valve to the total flow demand value or ii) subtracting the third operational characteristic value from the total flow demand value . generating and transmitting a first output comprising a total flow demand value to a plurality of valves , wherein each of the plurality of valves is configured to receive a respective portion of the total flow demand value ; receiving an input indicative of a decoupling of a first valve of the plurality of valves ; generating a second output based at least in part on the first output and a first operational characteristic of the first valve , wherein the second output is configured to vary a second operational characteristic of a second valve of the plurality of valves to maintain the total flow demand value ; and generating the second output by deriving a third operational characteristic value comprising a flow of the first valve based at least in part on the first operational characteristic comprising a stroke of the first valve ; characterized by deriving the third operational characteristic value based at least in part on the first operational characteristic of the first valve ; and either: i) adding a difference between the third operational characteristic value and the respective portion of the total flow demand value received by the first valve to the total flow demand value or ii) subtracting the third operational characteristic value from the total flow demand value . i) adding a difference between the third operational characteristic value and the respective portion of the total flow demand value received by the first valve to the total flow demand value or ii) subtracting the third operational characteristic value from the total flow demand value .
A solution comprising: thiophosphoric triamide urease inhibitor, and solvent comprising triethyl phosphate and dimethyl sulfoxide as co-solvent. thiophosphoric triamide urease inhibitor, and solvent comprising triethyl phosphate and dimethyl sulfoxide as co-solvent.
A medical device, comprising: a shaft , including: a distal tip including a distal-facing surface , a fluid lumen extending to the distal tip, a nozzle at a distal end of the fluid lumen, wherein the nozzle is configured to emit a fluid jet from the distal tip, a vacuum lumen extending to the distal tip, a vacuum chamber at the distal tip, wherein the vacuum lumen opens into the vacuum chamber, and the vacuum chamber is wider than the vacuum lumen, and a vacuum opening , wherein the vacuum chamber opens into the vacuum opening, and the vacuum opening is defined by the distal-facing surface of the distal tip, wherein the shaft includes a protrusion that extends distally from the distal-facing surface , and the fluid lumen extends distally beyond the distal-facing surface through the protrusion, wherein the protrusion extends parallel to a central longitudinal axis of the shaft , and wherein the protrusion is more flexible than the distal-facing surface . a shaft , including: a distal tip including a distal-facing surface , a fluid lumen extending to the distal tip, a nozzle at a distal end of the fluid lumen, wherein the nozzle is configured to emit a fluid jet from the distal tip, a vacuum lumen extending to the distal tip, a vacuum chamber at the distal tip, wherein the vacuum lumen opens into the vacuum chamber, and the vacuum chamber is wider than the vacuum lumen, and a vacuum opening , wherein the vacuum chamber opens into the vacuum opening, and the vacuum opening is defined by the distal-facing surface of the distal tip, a distal tip including a distal-facing surface , a fluid lumen extending to the distal tip, a nozzle at a distal end of the fluid lumen, wherein the nozzle is configured to emit a fluid jet from the distal tip, a vacuum lumen extending to the distal tip, a vacuum chamber at the distal tip, wherein the vacuum lumen opens into the vacuum chamber, and the vacuum chamber is wider than the vacuum lumen, and a vacuum opening , wherein the vacuum chamber opens into the vacuum opening, and the vacuum opening is defined by the distal-facing surface of the distal tip, wherein the shaft includes a protrusion that extends distally from the distal-facing surface , and the fluid lumen extends distally beyond the distal-facing surface through the protrusion, wherein the protrusion extends parallel to a central longitudinal axis of the shaft , and wherein the protrusion is more flexible than the distal-facing surface .
An eyewear comprising: a lens assembly including: a lens and a liquid crystal layer formed on the lens; and a driver circuit coupled with the liquid crystal layer, the driver circuit configured to apply a signal to the liquid crystal layer based on an indication of an intensity of ambient light to control a light transmittance of the lens assembly; a sensor coupled with the liquid crystal layer and the drive circuit configured to generate a sensor output based on the intensity of the ambient light, the sensor comprising one or more solar cells, wherein the driver circuit is configured to control the signal based on the sensor output; a housing to enclose the one or more solar cells and the driver circuit, the housing further comprising a pin hole to expose the one or more solar cells to the ambient light; and a light guide positioned between the pin hole and the one or more solar cells, wherein the light guide is configured to: receive a narrow beam of ambient light received via the pin hole; convert the narrow beam into a sheet of ambient light; and direct the sheet of ambient light towards the one or more solar cells. a lens assembly including: a lens and a liquid crystal layer formed on the lens; and a lens and a liquid crystal layer formed on the lens; and a driver circuit coupled with the liquid crystal layer, the driver circuit configured to apply a signal to the liquid crystal layer based on an indication of an intensity of ambient light to control a light transmittance of the lens assembly; a sensor coupled with the liquid crystal layer and the drive circuit configured to generate a sensor output based on the intensity of the ambient light, the sensor comprising one or more solar cells, wherein the driver circuit is configured to control the signal based on the sensor output; a housing to enclose the one or more solar cells and the driver circuit, the housing further comprising a pin hole to expose the one or more solar cells to the ambient light; and a light guide positioned between the pin hole and the one or more solar cells, wherein the light guide is configured to: receive a narrow beam of ambient light received via the pin hole; convert the narrow beam into a sheet of ambient light; and direct the sheet of ambient light towards the one or more solar cells. receive a narrow beam of ambient light received via the pin hole; convert the narrow beam into a sheet of ambient light; and direct the sheet of ambient light towards the one or more solar cells.
A graphics apparatus , comprising: an encoder to encode a plurality of blocks of a two-dimensional frame based on a plurality of quantization parameters , where the 2D frame corresponds to a projection of a 360 video space; and a quality selector communicatively coupled to the encoder to: determine the plurality of quantization parameters for the plurality of blocks based on a frame budget to support a target bit-rate, determine that a first block of the 2D frame is a neighbor of each of the plurality of blocks in one or more of the 360 video space or the 2D frame, and in response to the first block being determined to be the neighbor of each of the plurality of blocks in the one or more of the 360 video space or the 2D frame, adjust a first quantization parameter determined for the first block of the 2D frame based on the frame budget such that the first quantization parameter stays within a range of 10% around an average quantization parameter calculated from the plurality of quantization parameters of each previously encoded neighbor blocks. an encoder to encode a plurality of blocks of a two-dimensional frame based on a plurality of quantization parameters , where the 2D frame corresponds to a projection of a 360 video space; and a quality selector communicatively coupled to the encoder to: determine the plurality of quantization parameters for the plurality of blocks based on a frame budget to support a target bit-rate, determine that a first block of the 2D frame is a neighbor of each of the plurality of blocks in one or more of the 360 video space or the 2D frame, and in response to the first block being determined to be the neighbor of each of the plurality of blocks in the one or more of the 360 video space or the 2D frame, adjust a first quantization parameter determined for the first block of the 2D frame based on the frame budget such that the first quantization parameter stays within a range of 10% around an average quantization parameter calculated from the plurality of quantization parameters of each previously encoded neighbor blocks. determine the plurality of quantization parameters for the plurality of blocks based on a frame budget to support a target bit-rate, determine that a first block of the 2D frame is a neighbor of each of the plurality of blocks in one or more of the 360 video space or the 2D frame, and in response to the first block being determined to be the neighbor of each of the plurality of blocks in the one or more of the 360 video space or the 2D frame, adjust a first quantization parameter determined for the first block of the 2D frame based on the frame budget such that the first quantization parameter stays within a range of 10% around an average quantization parameter calculated from the plurality of quantization parameters of each previously encoded neighbor blocks.
A system comprising a bed having circuitry including a reader , a wireless transmitter configured to be worn by a patient and configured to transmit a wireless signal that includes patient identification data, an admission, discharge and transfer (ADT) computer , and a bed status computer in communication with the ADT computer and in communication with the circuitry of the bed, wherein the reader is configured to receive the wireless signal from the wireless transmitter when the patient is within a threshold distance of the reader, wherein the circuitry automatically transmits the patient identification data included in the wireless signal to the bed status computer which cooperates with the ADT computer to automatically verify at least one of a patient-to-bed association and a patient-to-room association without the need for any manual data entry at the bed and without the need for any manual data entry at the bed status computer, wherein the circuitry of the bed is configured to transmit bed data to the bed status computer for storage in memory of the bed status computer prior to the ADT computer making the verification, wherein the system further comprises an electronic medical records (EMR) computer , and wherein the bed status computer is configured to send the bed data to the EMR computer after the ADT computer makes the verification.
Method of creating a sharing space around at least one content, said sharing space being associated with a source user (U1) of a telecommunication network, said method of creating sharing space comprising an association (CREA_EP_1) of at least one link between said source user (U1) and at least one recipient user (U2) of a telecommunication network for a type of access with a content of said sharing space , said association (CREA_EP_1) being able to allow triggering of authorization of establishment of synchronous communication between said source user (U1) and a recipient user (U2) of a telecommunication network in a use of said sharing space , characterized in that the triggering is controlled by access of a recipient user (U2) to a content of said sharing space .