mhurhangee/ep-ind-claims huggingface dataset:
A system of a surgical implant, in particular for use in spinal or musculoskeletal surgery or in simulated surgery, and an instrument for inserting the surgical implant, the surgical implant including: an implant body (10, 200, 83, 90, 90', 120, 130) comprising an attachment portion configured to attach the implant to the instrument (20, 82, 80', 110, 110', 810, 820) for insertion of the implant and at least one accommodation portion configured to accommodate at least a portion of a detection device; and a detection device (30, 30', 300) configured to detect a position of the implant relative to the instrument; wherein the at least one portion of the detection device is removably positionable in the accommodation portion, and wherein the implant body (10, 200, 83, 90, 90', 120, 130) is configured to rotate relative to the instrument (20, 82, 80', 110, 110', 810, 820) around an axis of rotation and wherein the detection device (30, 30', 300) comprises an acceleration sensor configured to detect an angle of rotation around the axis of rotation of the implant body relative to the instrument, wherein the sensor is accommodated in the accommodation portion. an implant body (10, 200, 83, 90, 90', 120, 130) comprising an attachment portion configured to attach the implant to the instrument (20, 82, 80', 110, 110', 810, 820) for insertion of the implant and at least one accommodation portion configured to accommodate at least a portion of a detection device; and a detection device (30, 30', 300) configured to detect a position of the implant relative to the instrument; wherein the at least one portion of the detection device is removably positionable in the accommodation portion, and wherein the implant body (10, 200, 83, 90, 90', 120, 130) is configured to rotate relative to the instrument (20, 82, 80', 110, 110', 810, 820) around an axis of rotation and wherein the detection device (30, 30', 300) comprises an acceleration sensor configured to detect an angle of rotation around the axis of rotation of the implant body relative to the instrument, wherein the sensor is accommodated in the accommodation portion.
An electrode for an electrochemical device, comprising a dry electrode film obtained by a dry manufacturing process using no solvent, wherein the dry electrode film comprises an electrode active material, a conductive material and a binder resin, and the binder resin contained in the dry electrode film has a crystallinity of 10% or less, determined as described in the specification.
A positioning apparatus for moving connection equipment on a drilling rig, the positioning apparatus comprising a piston and cylinder (151,152) having a cylinder, a piston and a piston rod, the piston and piston rod moveable relative to the cylinder from a retracted position to an extended position for moving the connection equipment, characterised in that the positioning apparatus further comprises a transfer barrier comprising a free floating piston slideably arranged in a transfer barrier cylinder linked to the piston and cylinder (151,152) for setting a maximum extension of said piston rod and thereby movement of the connection equipment.
A gas avalanche detector for detecting and locating X-ray or gamma ray ionizing radiation in radiographic imaging, the detector comprising: • a gas enclosure provided with an admission window for admitting a beam of incident X-ray photons; • an intermediate plane electrode placed in said gas enclosure between two end plane electrodes (11, 13) and held parallel to the two end plane electrodes (11, 13); the configuration of the end plane electrodes (11, 13) and of the intermediate plane electrode forming an amplification space, the amplification space also constituting a conversion space in which the incident X-ray photons are convertible into electrical charges, the electrical charges being made up of primary electrons and of corresponding ions; • the intermediate electrode being operable to be at an electrical potential relative to the electrical potentials of the end electrodes (11, 13) suitable for generating an electric field that causes the primary electrons to be multiplied by an avalanche phenomenon in the amplification space in the vicinity of the intermediate electrode; • one of the end electrodes being configured as a collector electrode for picking up the electrical signals induced by the ions; characterised in that • said admission window is placed level with the amplification space between the intermediate plane electrode and said collector electrode for admission of said photon beam between the intermediate plane electrode and said collector electrode. • a gas enclosure provided with an admission window for admitting a beam of incident X-ray photons; • an intermediate plane electrode placed in said gas enclosure between two end plane electrodes (11, 13) and held parallel to the two end plane electrodes (11, 13); the configuration of the end plane electrodes (11, 13) and of the intermediate plane electrode forming an amplification space, the amplification space also constituting a conversion space in which the incident X-ray photons are convertible into electrical charges, the electrical charges being made up of primary electrons and of corresponding ions; • the intermediate electrode being operable to be at an electrical potential relative to the electrical potentials of the end electrodes (11, 13) suitable for generating an electric field that causes the primary electrons to be multiplied by an avalanche phenomenon in the amplification space in the vicinity of the intermediate electrode; • one of the end electrodes being configured as a collector electrode for picking up the electrical signals induced by the ions; characterised in that • said admission window is placed level with the amplification space between the intermediate plane electrode and said collector electrode for admission of said photon beam between the intermediate plane electrode and said collector electrode.
A method comprising: receiving, at a user equipment, configuration information including a range of mobility state values, wherein the range of mobility state values are associated with one or more event reporting criteria; determining, at the user equipment, whether at least one of the range of mobility state values is valid based on a determined mobile state estimation of the user equipment; and determining, based on the determined validity of the range of mobility state values, whether to enable reporting associated with the one or more event reporting criteria. receiving, at a user equipment, configuration information including a range of mobility state values, wherein the range of mobility state values are associated with one or more event reporting criteria; determining, at the user equipment, whether at least one of the range of mobility state values is valid based on a determined mobile state estimation of the user equipment; and determining, based on the determined validity of the range of mobility state values, whether to enable reporting associated with the one or more event reporting criteria.
An inkjet recording apparatus comprising: a first holding unit configured to hold an ink cartridge, and capable of moving linearly between a first position which allows attachment and detachment of the ink cartridge and a second position which allows to supply ink from the ink cartridge to an ink passage in an apparatus body; first biasing means for biasing the first holding unit in a first direction from the second position toward the first position; a restricting unit configured to restrict movement of the first holding unit at the second position in the first direction; and characterised in that the apparatus further comprises a second holding unit configured to pivot as the first holding unit moves linearly, and to hold the ink cartridge at the second position by sandwiching the ink cartridge between the second holding unit and the first holding unit; and in that when the first holding unit moves to the first position, the second holding unit moves to a retracted position at which attaching and detaching operation of the ink cartridge relative to the first holding unit are allowed, and wherein, when the first holding unit moves to the second position, the second holding unit moves to a holding position at which the second holding unit and the first holding unit hold the ink cartridge. a first holding unit configured to hold an ink cartridge, and capable of moving linearly between a first position which allows attachment and detachment of the ink cartridge and a second position which allows to supply ink from the ink cartridge to an ink passage in an apparatus body; first biasing means for biasing the first holding unit in a first direction from the second position toward the first position; a restricting unit configured to restrict movement of the first holding unit at the second position in the first direction; and characterised in that the apparatus further comprises a second holding unit configured to pivot as the first holding unit moves linearly, and to hold the ink cartridge at the second position by sandwiching the ink cartridge between the second holding unit and the first holding unit; and in that when the first holding unit moves to the first position, the second holding unit moves to a retracted position at which attaching and detaching operation of the ink cartridge relative to the first holding unit are allowed, and wherein, when the first holding unit moves to the second position, the second holding unit moves to a holding position at which the second holding unit and the first holding unit hold the ink cartridge.
An automatic analysis device that is configured to mix a sample and a reagent to measure temporal change of a mixed solution, the automatic analysis device comprising: a measurement point data acquisition unit that is configured to acquire a plurality of measurement point data from a reaction process of the sample and the reagent; a first storage unit that is configured to accumulate test values, which are calculated from previously acquired measurement point data and a prestored calibration curve, and to accumulate parameters of approximate equations for approximating the plurality of measurement point data; a first data processing unit that is configured to create, based on predetermined numbers of the parameters or the test values accumulated in the first storage unit, a distribution map of reference data, used as a determination standard, relating the parameters and the test values; a second storage unit that is configured to store a threshold for removal determination; an output unit that is configured to present, on a display screen, removal data candidates included in the distribution map of the reference data based on the threshold; and a third storage unit that is configured to store attached information of the reference data, the information including a determination result indicating whether data is to be removed from the distribution map of the reference data. a measurement point data acquisition unit that is configured to acquire a plurality of measurement point data from a reaction process of the sample and the reagent; a first storage unit that is configured to accumulate test values, which are calculated from previously acquired measurement point data and a prestored calibration curve, and to accumulate parameters of approximate equations for approximating the plurality of measurement point data; a first data processing unit that is configured to create, based on predetermined numbers of the parameters or the test values accumulated in the first storage unit, a distribution map of reference data, used as a determination standard, relating the parameters and the test values; a second storage unit that is configured to store a threshold for removal determination; an output unit that is configured to present, on a display screen, removal data candidates included in the distribution map of the reference data based on the threshold; and a third storage unit that is configured to store attached information of the reference data, the information including a determination result indicating whether data is to be removed from the distribution map of the reference data.
A method for receiving, by a user equipment, UE, downlink signals in a wireless communication system, the method comprising: monitoring, by the UE, a first physical downlink control channel, PDCCH, addressed by an identifier associated with paging for receiving a first paging message or a second paging message, in a paging discontinuous reception, DRX state with a paging DRX cycle, wherein the first paging message includes an indication that there is downlink data for the UE, an indicator indicating an inactive DRX cycle and a UE identifier for the UE, and wherein the inactive DRX cycle is shorter than the paging DRX cycle, wherein the second paging message does not include the indication that there is downlink data for the UE; if the second paging message is received based on the first PDCCH, performing, by the UE, a random access procedure for establishing a radio resource control, RRC, connection; if the first paging message is received based on the first PDCCH, transitioning, by the UE, from the paging DRX state with the paging DRX cycle to the inactive DRX state with the inactive DRX cycle, and monitoring, by the UE, a second PDCCH addressed by the identity of the UE for receiving the downlink data in the inactive DRX state. monitoring, by the UE, a first physical downlink control channel, PDCCH, addressed by an identifier associated with paging for receiving a first paging message or a second paging message, in a paging discontinuous reception, DRX state with a paging DRX cycle, wherein the first paging message includes an indication that there is downlink data for the UE, an indicator indicating an inactive DRX cycle and a UE identifier for the UE, and wherein the inactive DRX cycle is shorter than the paging DRX cycle, wherein the second paging message does not include the indication that there is downlink data for the UE; if the second paging message is received based on the first PDCCH, performing, by the UE, a random access procedure for establishing a radio resource control, RRC, connection; if the first paging message is received based on the first PDCCH, transitioning, by the UE, from the paging DRX state with the paging DRX cycle to the inactive DRX state with the inactive DRX cycle, and monitoring, by the UE, a second PDCCH addressed by the identity of the UE for receiving the downlink data in the inactive DRX state.
A mass analysis apparatus comprising: a measurement unit that includes a first mass analyzer configured to select first target ions from among precursor ions, a collision cell configured to generate product ions from the first target ions and configured to store and eject the product ions, a second mass analyzer configured to select second target ions from among the product ions, and a detector configured to detect the second target ions; an inputter configured to designate a transition observation time for each of transitions which are combinations of the first target ions and the second target ions; a computation unit configured to compute, for each of the transitions, an actual transition observation time as a time of an integer multiple of a storage-ejection time which is a sum of a storage time and an ejection time of the collision cell such that a storing-ejecting operation of the collision cell is repeated the largest number of times within a frame of the transition observation time; and an operation controller configured to control an operation of the measurement unit based on the storage time and the ejection time of the collision cell, and the actual transition observation time for each of the transitions. a measurement unit that includes a first mass analyzer configured to select first target ions from among precursor ions, a collision cell configured to generate product ions from the first target ions and configured to store and eject the product ions, a second mass analyzer configured to select second target ions from among the product ions, and a detector configured to detect the second target ions; an inputter configured to designate a transition observation time for each of transitions which are combinations of the first target ions and the second target ions; a computation unit configured to compute, for each of the transitions, an actual transition observation time as a time of an integer multiple of a storage-ejection time which is a sum of a storage time and an ejection time of the collision cell such that a storing-ejecting operation of the collision cell is repeated the largest number of times within a frame of the transition observation time; and an operation controller configured to control an operation of the measurement unit based on the storage time and the ejection time of the collision cell, and the actual transition observation time for each of the transitions.
A beverage carbonator for providing a carbonated beverage comprising: a CO 2 generation unit for producing a CO 2 comprising gas wherein the CO 2 comprised in the gas is produced by conversion of an organic compound in a first liquid by a photo electrochemical cell of the CO 2 generation unit, the cell being comprised in the beverage carbonator and suitable for generating the CO 2 and electricity at the same time, in which cell the organic compound is converted under influence of light into at least CO 2, wherein the CO 2 and the electricity is generated by providing the first liquid to the photochemical cell and irradiating the cell; a pressure regulator arranged to pressurize the CO 2 comprising gas; and a mixing chamber for mixing the CO 2 comprising gas under pressure into a second liquid to provide the carbonated beverage. a CO 2 generation unit for producing a CO 2 comprising gas wherein the CO 2 comprised in the gas is produced by conversion of an organic compound in a first liquid by a photo electrochemical cell of the CO 2 generation unit, the cell being comprised in the beverage carbonator and suitable for generating the CO 2 and electricity at the same time, in which cell the organic compound is converted under influence of light into at least CO 2, wherein the CO 2 and the electricity is generated by providing the first liquid to the photochemical cell and irradiating the cell; a pressure regulator arranged to pressurize the CO 2 comprising gas; and a mixing chamber for mixing the CO 2 comprising gas under pressure into a second liquid to provide the carbonated beverage.
A measurement device comprising a circuit which comprises a measurement circuit and a sensing circuit, the circuit having a first and a second transformer (134, 148), the measurement circuit being connected across the sensing circuit, the sensing circuit being floating and fully isolated and comprising two elongate electrodes (16 and 18) which are spaced apart from one another uniformly along their lengths and the measurement circuit being connected to the sensing circuit via the first and second transformer to measure the impedance across the two electrodes (16 and 18), in which a coil of the said first transformer that is connected to the sensing circuit is oppositely connected or oriented or handed to a coil of the said second transformer that is connected to the sensing circuit, whereby any signal generated in one of those coils caused by a change in any external magnetic field relative to the sensing circuit is in anti-phase with the corresponding signal generated in the other of those coils, wherein one of the said two elongate electrodes (16 and 18) of the sensing circuit is connected to the coil of only the first transformer that is connected to the sensing circuit, characterised in that the other of the said two elongate electrodes (16 and 18) of the sensing circuit is connected to the coil of only the said second transformer that is connected to the sensing circuit.
Sensing device for sensing the ground from inside a vehicle, having a sensing head which can be brought into contact with the ground, is intended for vaporizing samples of air and/or ground and can be oriented in a sensing region above the ground by actuation of an orienting device, characterized by a height-adjusting device which is arranged between the orienting device and the sensing head, is intended for adjusting the height of the sensing head above the ground and can be actuated independently of the orienting device, and a point of articulation about which the sensing head can be pivoted, wherein the point of articulation can be lowered by the height-adjusting device.
A liquid crystal display device comprising a liquid crystal display panel including a first substrate and a second substrate opposing each other and a liquid crystal layer provided between the first substrate and the second substrate, the liquid crystal display device having a plurality of pixels arranged in a matrix array, wherein, the first substrate includes a first electrode provided for each of the plurality of pixels, and a second electrode for generating a lateral field across the liquid crystal layer in cooperation with the first electrode; the second substrate includes a third electrode opposing the first electrode and the second electrode for generating a vertical field across the liquid crystal layer in cooperation with the first electrode and the second electrode;each of the plurality of pixels is capable of switchably presenting a black displaying state where black displaying is performed with a vertical field being generated across the liquid crystal layer, a white displaying state where white displaying is performed with a lateral field being generated across the liquid crystal layer, or a transparent displaying state where a rear face side of the liquid crystal display panel is visible in a see-through manner with no voltage being applied to the liquid crystal layer; in the transparent displaying state, liquid crystal molecules in the liquid crystal layer take a twist alignment; the first electrode has a plurality of slits extending along a predetermined direction; and in the white displaying state and the transparent displaying state, the liquid crystal molecules near a center along a thickness direction of the liquid crystal layer are aligned substantially parallel or substantially orthogonal to the predetermined direction.
A method of improving adhesion between a silicon substrate and a dielectric layer comprising the steps of: depositing a silicon dioxide adhesion layer directly onto the silicon substrate by a first plasma enhanced chemical vapor deposition (PECVD) process; and depositing the dielectric layer onto the adhesion layer by a second PECVD process; in which the first PECVD process is performed in a gaseous atmosphere comprising tetraethyl orthosilicate (TEOS) either in the absence of an oxidising gas or with an oxidising gas consisting of O 2 introduced into the process at a flow rate of 250sccm or less. depositing a silicon dioxide adhesion layer directly onto the silicon substrate by a first plasma enhanced chemical vapor deposition (PECVD) process; and depositing the dielectric layer onto the adhesion layer by a second PECVD process; in which the first PECVD process is performed in a gaseous atmosphere comprising tetraethyl orthosilicate (TEOS) either in the absence of an oxidising gas or with an oxidising gas consisting of O 2 introduced into the process at a flow rate of 250sccm or less.