mhurhangee/patent-ind-claim-en huggingface dataset:
Holding device for holding a manually operated medical device in place, comprising: - a connector arranged to connect the holding device to a positioning apparatus; - a clamp member arranged to clamp the medical device, wherein the clamp member is moveable between a locking position wherein the medical device is clamped and a moving position wherein the medical device is moveable with respect to the holding device; - a joint assembly arranged to allow movement between the clamp member and the connector , wherein the joint assembly is moveable between a moving position wherein the clamp member is moveable with respect to the connector and a locking position wherein movement between the clamp member and the connector is prevented, and; - an actuator for moving both the joint assembly and the clamp member between the moving positions and the locking positions, characterized by - a trocar as guiding tube for receiving the medical device in the guiding tube , wherein a part of the wall of the tube is arranged to receive the clamp member for clamping the medical device in the guiding tube . - a connector arranged to connect the holding device to a positioning apparatus; - a clamp member arranged to clamp the medical device, wherein the clamp member is moveable between a locking position wherein the medical device is clamped and a moving position wherein the medical device is moveable with respect to the holding device; - a joint assembly arranged to allow movement between the clamp member and the connector , wherein the joint assembly is moveable between a moving position wherein the clamp member is moveable with respect to the connector and a locking position wherein movement between the clamp member and the connector is prevented, and; - an actuator for moving both the joint assembly and the clamp member between the moving positions and the locking positions, - a trocar as guiding tube for receiving the medical device in the guiding tube , wherein a part of the wall of the tube is arranged to receive the clamp member for clamping the medical device in the guiding tube .
A method performed by a terminal in a wireless communication system, the method comprising: receiving a plurality of synchronization signal and broadcast channel blocks, SSBs; measuring reference signal received power, RSRP, values based on the plurality of SSBs; receiving a physical downlink shared channel, PDSCH, that provides a system information block, SIB, wherein the SIB includes an indication for (i) a first transmission configuration indication, TCI, state that provides a first set of quasi-collocation, QCL, properties and (ii) for a second TCI state that provides a second set of QCL properties; and transmitting a first number of physical random access channel, PRACH, preamble repetitions and a second number of PRACH preamble repetitions, wherein in case that the RSRP values are smaller than an RSRP threshold included in the SIB, the first number of PRACH preamble repetitions are transmitted according to the first TCI state and the second number of PRACH preamble repetitions are transmitted according to the second TCI state. receiving a plurality of synchronization signal and broadcast channel blocks, SSBs; measuring reference signal received power, RSRP, values based on the plurality of SSBs; receiving a physical downlink shared channel, PDSCH, that provides a system information block, SIB, wherein the SIB includes an indication for (i) a first transmission configuration indication, TCI, state that provides a first set of quasi-collocation, QCL, properties and (ii) for a second TCI state that provides a second set of QCL properties; and transmitting a first number of physical random access channel, PRACH, preamble repetitions and a second number of PRACH preamble repetitions, wherein in case that the RSRP values are smaller than an RSRP threshold included in the SIB, the first number of PRACH preamble repetitions are transmitted according to the first TCI state and the second number of PRACH preamble repetitions are transmitted according to the second TCI state.
A data transmission method, comprising: receiving , by user equipment, UE, first synchronization source configuration information on a first carrier, wherein the first synchronization source configuration information is used for determining a first synchronization source; determining , by the UE, the first synchronization source based on the first synchronization source configuration information, wherein the first synchronization source is used for providing a synchronization clock required for transmitting data on a second carrier for the UE, and a frequency of the first carrier is different from a frequency of the second carrier; determining , by the UE, a second synchronization source and a transmission resource, the transmission resource is associated with the second synchronization source, determining , by the UE, that a synchronization with the first synchronization source fails when the signal strength of the second synchronization source is greater than a first preset threshold and signal strength of the first synchronization source is less than a second threshold and a priority of the second synchronization source is equal to or less than a priority of the first synchronization source; and transmitting , by the UE, the data on the transmission resource of the second carrier and based on the second synchronization source. receiving , by user equipment, UE, first synchronization source configuration information on a first carrier, wherein the first synchronization source configuration information is used for determining a first synchronization source; determining , by the UE, the first synchronization source based on the first synchronization source configuration information, wherein the first synchronization source is used for providing a synchronization clock required for transmitting data on a second carrier for the UE, and a frequency of the first carrier is different from a frequency of the second carrier; determining , by the UE, a second synchronization source and a transmission resource, the transmission resource is associated with the second synchronization source, determining , by the UE, that a synchronization with the first synchronization source fails when the signal strength of the second synchronization source is greater than a first preset threshold and signal strength of the first synchronization source is less than a second threshold and a priority of the second synchronization source is equal to or less than a priority of the first synchronization source; and transmitting , by the UE, the data on the transmission resource of the second carrier and based on the second synchronization source.
A facility for providing peritoneal dialysis exchanges for multiple peritoneal dialysis patients comprising: a plurality of peritoneal dialysis solutions of varying concentrations; and system configured to accept information from a patient concerning a treatment prescribed for the patient via a prescription, and wherein each of the peritoneal dialysis solutions (i) is stored in the facility for the multiple peritoneal dialysis patients or (ii) is prepared on demand according to patient's prescription, wherein the prescription prescribes one of the dialysis solutions, and wherein the facility enables the patient to perform a peritoneal dialysis exchange at the facility using the prescribed peritoneal dialysis solution, and wherein the facility is outside of the patient's home. a plurality of peritoneal dialysis solutions of varying concentrations; and system configured to accept information from a patient concerning a treatment prescribed for the patient via a prescription, and wherein each of the peritoneal dialysis solutions (i) is stored in the facility for the multiple peritoneal dialysis patients or (ii) is prepared on demand according to patient's prescription, wherein the prescription prescribes one of the dialysis solutions, and wherein the facility enables the patient to perform a peritoneal dialysis exchange at the facility using the prescribed peritoneal dialysis solution, and wherein the facility is outside of the patient's home.
Laundry washing and drying machine comprising: - a logic unit adapted to control the electric/electronic components of the machine , a plurality of operating programs of said laundry washing and drying machine , each one designed specifically for a prefixed kind of laundry, being stored in said logic unit , for any prefixed kind of laundry being so stored a corresponding washing program and a corresponding drying program, - a display device adapted for presenting user information, - a user input device where control elements are provided for selecting one operating program among said plurality of operating programs stored in said logic unit , characterized in that said input device comprises: - a first input device operable by the user for setting, among said plurality of prefixed operating programs stored in said logic unit , an operating program associated to a prefixed kind of laundry; - a second input device , different from said first input device, operable by the user to set that said operating program associated to a prefixed kind of laundry and set via said first input device is a program between the washing program and the drying program associated to said prefixed kind of laundry. - a logic unit adapted to control the electric/electronic components of the machine , a plurality of operating programs of said laundry washing and drying machine , each one designed specifically for a prefixed kind of laundry, being stored in said logic unit , for any prefixed kind of laundry being so stored a corresponding washing program and a corresponding drying program, - a display device adapted for presenting user information, - a user input device where control elements are provided for selecting one operating program among said plurality of operating programs stored in said logic unit , - a first input device operable by the user for setting, among said plurality of prefixed operating programs stored in said logic unit , an operating program associated to a prefixed kind of laundry; - a second input device , different from said first input device, operable by the user to set that said operating program associated to a prefixed kind of laundry and set via said first input device is a program between the washing program and the drying program associated to said prefixed kind of laundry.
Process for applying a winding protection layer for producing a semi-finished product of organic electronic components, comprising a layer stack on a substrate foil optionally with barrier function, where the winding protection layer protects the layer stack before and during the final manufacture of the semi-finished product from environmental effects and damage due to handling, where the process is a continuous roll-to-roll process under reduced pressure, which comprises the following steps: - applying a water-free and solvent-free, crosslinkable or curable protection layer material which is fluid at least temporarily in the application phase and is compatible with the layer stack in fluid and in solid phase and also with the conditions during the roll-to-roll process, by means of a printing process which comprises at least one of the processes composed of screen printing, flexographic printing, plotting, inkjet printing, slot die printing or a process suitable for 3D printing, - crosslinking or curing the protection layer material by at least one of the processes composed of UV crosslinking, thermal crosslinking, cooling or drying, where the protection layer material in the liquid state is water-free and solvent-free, characterized in that the protection layer material has a vapour pressure which is below the ambient pressure envisaged in the production process, and in the printing process, regions of the contacts and/or of the busbars are kept clear of protection layer material , and/or the crosslinking by UV crosslinking or other radiation source takes place selectively, so that contact regions remain uncrosslinked and can be easily wiped, rinsed or otherwise freed from the liquid protection layer material , while the remaining regions are already crosslinked and joined firmly to the base. - applying a water-free and solvent-free, crosslinkable or curable protection layer material which is fluid at least temporarily in the application phase and is compatible with the layer stack in fluid and in solid phase and also with the conditions during the roll-to-roll process, by means of a printing process which comprises at least one of the processes composed of screen printing, flexographic printing, plotting, inkjet printing, slot die printing or a process suitable for 3D printing, - crosslinking or curing the protection layer material by at least one of the processes composed of UV crosslinking, thermal crosslinking, cooling or drying,
A credential device for an access control system , comprising: a communication interface enabling the credential device to communicate with an access control reader ; a communication interface enabling the credential device to communicate with a second device being a wearable device ; a first memory comprising a key vault and storing a mobile key; a separate, second memory containing instructions configured to allow the mobile key to be transmitted to the reader only after a predetermined requirement relating to the second device is satisfied, wherein the predetermined requirement comprises determining that the wearable device and the credential device are paired to one another; and a processor configured to execute the instructions stored in memory. a communication interface enabling the credential device to communicate with an access control reader ; a communication interface enabling the credential device to communicate with a second device being a wearable device ; a first memory comprising a key vault and storing a mobile key; a separate, second memory containing instructions configured to allow the mobile key to be transmitted to the reader only after a predetermined requirement relating to the second device is satisfied, wherein the predetermined requirement comprises determining that the wearable device and the credential device are paired to one another; and a processor configured to execute the instructions stored in memory.
A robot wrist structure , comprising a case , a first motor , a second motor , a first transmission mechanism, a second transmission mechanism, a first driving bevel gear , a second driving bevel gear , a driven bevel gear , a retaining frame , and an output connecting member ; wherein the first motor and the second motor are mounted on the case , the first driving bevel gear , the second driving bevel gear and the driven bevel gear are respectively rotatably mounted in the retaining frame , an axis of the first driving bevel gear is collinear with an axis of the second driving bevel gear and perpendicularly intersects an axis of the driven bevel gear , the first driving bevel gear and the second driving bevel gear are both in mesh with the driven bevel gear , the first motor is connected to the first driving bevel gear by the first transmission mechanism, the second motor is connected to the second driving bevel gear by the second transmission mechanism, and the output connecting member is fixedly connected to the driven bevel gear , wherein each of the driving bevel gears comprises an inner end portion which is proximal to a center of the retaining frame , an outer end portion which is distal from the center of the retaining frame , and a gear portion which is disposed between the inner end portion and the outer end portion ; wherein the inner end portion is mounted on the retaining frame by a first bearing , and the outer end portion is mounted on the case by a second bearing , characterized in that a diameter of the inner end portion is less than a diameter of the outer end portion , and in that the inner end portion , the outer end portion and the gear portion are integrally disposed in the retaining frame , an annular structure sleeved onto the second bearing is defined in the case , and the annular structure extends into the retaining frame . wherein each of the driving bevel gears comprises an inner end portion which is proximal to a center of the retaining frame , an outer end portion which is distal from the center of the retaining frame , and a gear portion which is disposed between the inner end portion and the outer end portion ; wherein the inner end portion is mounted on the retaining frame by a first bearing , and the outer end portion is mounted on the case by a second bearing , characterized in that a diameter of the inner end portion is less than a diameter of the outer end portion , and in that the inner end portion , the outer end portion and the gear portion are integrally disposed in the retaining frame , an annular structure sleeved onto the second bearing is defined in the case , and the annular structure extends into the retaining frame .
A method for analyzing a sample, comprising: providing a sensor assembly comprising a sensing region having a plurality of resonant circuits, and a plurality of tuning elements ; exposing the sensor assembly to an environment comprising the sample; probing the sample with plural frequencies generated by the sensor assembly; determining an impedance of a sensor response over a measured spectral frequency range of the sensor assembly; and relating measurement of impedance of the sensor assembly to at least one environmental property of the sample, the method being characterised in that the sensor assembly comprises a plurality of electrode pairs, wherein the method comprises electrically exciting at least one pair of electrodes of the plurality of electrode pairs by a power varying electromagnetic signal. providing a sensor assembly comprising a sensing region having a plurality of resonant circuits, and a plurality of tuning elements ; exposing the sensor assembly to an environment comprising the sample; probing the sample with plural frequencies generated by the sensor assembly; determining an impedance of a sensor response over a measured spectral frequency range of the sensor assembly; and relating measurement of impedance of the sensor assembly to at least one environmental property of the sample, the method being characterised in that the sensor assembly comprises a plurality of electrode pairs, wherein the method comprises electrically exciting at least one pair of electrodes of the plurality of electrode pairs by a power varying electromagnetic signal.
An aircraft comprising: a skin surrounding a cabin of the aircraft; a passenger module positioned within the skin ; characterised by an ejector for ejecting the passenger module through the skin in response to an ejection command issued by a controller, and by the passenger module further comprising at least one cutting element configured to aid penetration of the passenger module through the skin of the aircraft during ejection of the passenger module . a skin surrounding a cabin of the aircraft; a passenger module positioned within the skin ; characterised by an ejector for ejecting the passenger module through the skin in response to an ejection command issued by a controller, and by
A compound (Z)-4-(2-(4-ethoxyphenyl)hydrazono)-5-methyl-2-(4-phenylthiazol-2-yl)-2,4-dihydro-3H-pyrazol-3-one or a salt thereof for use in a method of treating cancer.
A knit fabric, comprising: an outer layer knit from a first yarn ; an inner layer knit from a second yarn ; and an intermediate layer sandwiched between the outer and inner layers, said intermediate layer being knit from a third yarn , said third yarn being knit to loop about at least some of said first and second yarns to attach said outer layer and said inner layer to opposite sides of said intermediate layer , wherein each of said outer layer , said inner layer and said intermediate layer is knit with different stitch types to provide the respective layers with different performance attributes and said fabric is formed into a tubular protective sleeve; and each of said first yarn , second yarn and third yarn is a different type of yarn, wherein the outer layer is constructed having a durable knit construction from a durable yarn having a high resistance to abrasion and impact damage and the inner layer is constructed from a yarn of different material having a high temperature heat resistance. an outer layer knit from a first yarn ; an inner layer knit from a second yarn ; and an intermediate layer sandwiched between the outer and inner layers, said intermediate layer being knit from a third yarn , said third yarn being knit to loop about at least some of said first and second yarns to attach said outer layer and said inner layer to opposite sides of said intermediate layer , wherein each of said outer layer , said inner layer and said intermediate layer is knit with different stitch types to provide the respective layers with different performance attributes and said fabric is formed into a tubular protective sleeve; and each of said first yarn , second yarn and third yarn is a different type of yarn, wherein the outer layer is constructed having a durable knit construction from a durable yarn having a high resistance to abrasion and impact damage and the inner layer is constructed from a yarn of different material having a high temperature heat resistance.
A wooden component , in particular a wooden beam, comprising a pair of flanges , in particular elongate flanges, lying opposite one another and at least one web which is arranged between the flanges and connects the flanges to one another, the web having at least one protrusion in each region which bears against the flanges and engages in a recess on the respective flange , characterized in that the recesses , in which the protrusion of the web or webs engage, are designed as bore holes, in particular as blind holes, and in that the protrusion have a circular cross-section, the flanges each having a central profile which is bounded by two edge profiles , the edge profiles each being connected to the central profile via a bung .
A tactile feel control device , comprising: an electric motor configured to be mechanically coupled to a manual control interface that is movable by a user; a bias module operable to generate a bias to be applied by the electric motor, wherein the bias is configured to provide a desired tactile feel to the user at the manual control interface; and a control module operable to output a drive signal the electric motor configured to apply the bias, wherein the bias is insufficient, alone, to cause movement of the manual control interface; wherein the control module is operable to alternately receive either an external command from an external source or the bias , and wherein the drive signal is configured to apply either the external command or the bias . an electric motor configured to be mechanically coupled to a manual control interface that is movable by a user; a bias module operable to generate a bias to be applied by the electric motor, wherein the bias is configured to provide a desired tactile feel to the user at the manual control interface; and a control module operable to output a drive signal the electric motor configured to apply the bias, wherein the bias is insufficient, alone, to cause movement of the manual control interface; wherein the control module is operable to alternately receive either an external command from an external source or the bias , and wherein the drive signal is configured to apply either the external command or the bias .