mhurhangee/ep-ind-claims huggingface dataset:
Scan post suitable for being used in designing a dental implant prosthesis, the scan post comprising a scan post core comprising a prosthetic connection defining a connection axis, a pillar defining a pillar axis, a shoulder located between the pillar and the prosthetic connection and a core mark; a scan post body adapted to be installed around the pillar of the scan post core and resting in the shoulder of the scan post core, the scan post body defining a body axis, wherein at least part of the scan post body is intended to be in contact with healing tissue; wherein the pillar comprises at least a portion of a cylinder which has an outer diameter; the scan post body comprises a central cavity with a first portion having a cylindrical shape with a diameter such to fit the portion of a cylinder of the pillar, so that when the body is installed around the pillar, the scan post body is allowed to freely rotate around the scan post core with lateral stability; and the scan post further comprises a securing screw which is configured to securely attach the scan post body to the scan post core when a desired position of the scan post body with respect to the scan post core is achieved; and the scan post further comprises an auxiliary securing screw configured to securely attach the scan post core to an implant. a scan post core comprising a prosthetic connection defining a connection axis, a pillar defining a pillar axis, a shoulder located between the pillar and the prosthetic connection and a core mark; a scan post body adapted to be installed around the pillar of the scan post core and resting in the shoulder of the scan post core, the scan post body defining a body axis, wherein at least part of the scan post body is intended to be in contact with healing tissue; the pillar comprises at least a portion of a cylinder which has an outer diameter; the scan post body comprises a central cavity with a first portion having a cylindrical shape with a diameter such to fit the portion of a cylinder of the pillar, so that when the body is installed around the pillar, the scan post body is allowed to freely rotate around the scan post core with lateral stability; and the scan post further comprises a securing screw which is configured to securely attach the scan post body to the scan post core when a desired position of the scan post body with respect to the scan post core is achieved; and the scan post further comprises an auxiliary securing screw configured to securely attach the scan post core to an implant.
Method for preparing dialkyl dicarbonates by reacting the corresponding alkyl haloformates with at least one alkali metal hydroxide, alkaline earth metal hydroxide and/or carbonate in the presence of at least one organic solvent immiscible with water and in the presence of a catalyst, characterized in that the catalyst used is at least one compound of the formula in which R 1 and R 2 = straight-chain or branched C 1 -C 6 -alkyl, R 3 = straight-chain or branched C 10 -C 22 -alkyl, wherein R 1 and R 2 are each mutually independent and may be the same or different. R 1 and R 2 = straight-chain or branched C 1 -C 6 -alkyl, R 3 = straight-chain or branched C 10 -C 22 -alkyl, wherein R 1 and R 2 are each mutually independent and may be the same or different.
A method of diagnosis of a brain damage-related disorder selected from head trauma, ischemic stroke, hemorrhagic stroke, subarachnoid hemorrhage, intracranial hemorrhage, transient ischemic attack and vascular dementia or the possibility thereof in a subject suspected of suffering therefrom, or of prognosis or therapeutic follow-up of said brain damage-related disorder in a subject, which comprises detecting DJ-1 protein, or a variant or mutant thereof having at least 90% homology therewith and having substantially the same functional and immunological properties, in a sample of body fluid taken from the subject, in which the DJ-1 protein, or said variant or mutant, is present in the body fluid of brain damage-related disorder-affected subjects in a higher amount compared with the body fluid of non-brain damage-related disorder-affected subjects, whereby a higher amount of the DJ-1 protein, or said variant or mutant, in the body fluid sample is indicative of said brain damage-related disorder.
Gas analyzer based on tuneable laser spectroscopy for measurement of concentration of Hydrogen gas, H2, in a target gas comprising a gas matrix possibly comprising interfering gases, the analyzer comprising a transmitter part and a receiver part, the transmitter part comprising a tunable laser arranged for emitting laser light in the form of a laser beam, the laser beam following an optical path, a processing unit performing housekeeping including means for laser tuning and laser modulation, wavelength of the laser light being tuned across an absorption line of the at least one gas component to be measured, the laser beam passing through the target gas and onto a light sensitive detector comprised by the receiver part, the light sensitive detector generating an absorption signal possibly comprising an absorption signal contribution from the gas component to be measured and from the interfering gases, a digitization unit digitizing the absorption signal, the digitized absorption signal from the digitization unit being inputted to the processing unit, the processing unit performing calculation of the measured concentration of gas component to be measured in the target gas based on the digitized absorption signal, the analyzer characterised by the wavelength of the laser light being tuned across an H2 absorption line near 2122 nm, the gas analyzer further comprising a sealed reference gas cell comprising an other gas than H2 with at least one absorption line spectrally adjacent to the absorption line of H2, so that the laser light is tuned across the H2 line and across the line of said gas in the reference gas cell, the analyzer being suitable for wavelength modulation spectroscopy, WMS, or digital wavelength modulation spectroscopy, dWMS, the processing unit applying to the laser a higher frequency modulation of the wavelength, wherein amplitude of the said wavelength modulation is set to approximately match the H2 absorption line width so as to retain the H2 WMS absorption signal and to suppress WMS absorption signals from said possible interfering gases having broader absorption lines than the H2 line, the processing unit applying a digital filter of a higher order digital filter type to the digitized WMS signal wherein the filter is adapted to pass through the H2 WMS signal and to supress the WMS signal from the possible interfering gases, the processing unit calculating the concentration of hydrogen gas component based on the filtered signal, and verifying the signal from the other said gas contained in the reference cell so as to control the laser tuning over a wavelength interval comprising the absorption line of H2.
An image forming method comprising: discharging an actinic radiation-curable inkjet ink which undergoes temperature-induced sol-gel phase transition to a recording medium, the actinic radiation-curable inkjet ink containing a photopolymerizable compound, a photopolymerization initiator and a gelling agent; and curing the discharged actinic radiation-curable inkjet ink on the recording medium by irradiation with actinic radiation, wherein: the irradiation with actinic radiation is carried out so that a maximum illuminance value on a surface of the recording medium is in a range of 2 to 5 W/cm 2, and a full width half maximum of illuminance in a distribution of illuminance on an irradiated region of the surface of the recording medium along a conveyance direction of the recording medium is 20mm or more, and an irradiation time during which illuminance on the recording medium surface is 0.1 W/cm 2 or more is 0.1 seconds or more. discharging an actinic radiation-curable inkjet ink which undergoes temperature-induced sol-gel phase transition to a recording medium, the actinic radiation-curable inkjet ink containing a photopolymerizable compound, a photopolymerization initiator and a gelling agent; and curing the discharged actinic radiation-curable inkjet ink on the recording medium by irradiation with actinic radiation, wherein: the irradiation with actinic radiation is carried out so that a maximum illuminance value on a surface of the recording medium is in a range of 2 to 5 W/cm 2, and a full width half maximum of illuminance in a distribution of illuminance on an irradiated region of the surface of the recording medium along a conveyance direction of the recording medium is 20mm or more, and an irradiation time during which illuminance on the recording medium surface is 0.1 W/cm 2 or more is 0.1 seconds or more. the irradiation with actinic radiation is carried out so that a maximum illuminance value on a surface of the recording medium is in a range of 2 to 5 W/cm 2, and a full width half maximum of illuminance in a distribution of illuminance on an irradiated region of the surface of the recording medium along a conveyance direction of the recording medium is 20mm or more, and an irradiation time during which illuminance on the recording medium surface is 0.1 W/cm 2 or more is 0.1 seconds or more.
Calendar mechanism for a timepiece, comprising: - at least one mobile (22; 23) for driving an indicator, - a wheel which, during normal operation of the timepiece, is driven in a first direction, - a lever for actuating the mobile (22; 23), and - first and second cams (2, 3) driven by the wheel, characterised in that the first and second cams (2, 3) control the movements of the actuating lever and are arranged so that their relative angular position differs depending on the direction of rotation of the wheel, so that the movements of the actuating lever cause the mobile (22; 23) to advance periodically during normal operation of the timepiece and do not permit the mobile (22; 23) to advance during backwards time setting of the timepiece causing the wheel to rotate in a second direction opposite to the first direction. - at least one mobile (22; 23) for driving an indicator, - a wheel which, during normal operation of the timepiece, is driven in a first direction, - a lever for actuating the mobile (22; 23), and - first and second cams (2, 3) driven by the wheel,
A method for installing an elevator system in an elevator shaft of a building in its construction phase, which elevator system comprises an elevator car (10.2) guided along the elevator shaft on car guide rails and a machine platform (10.1) having a drive machine which is displaceable along the elevator shaft on the same car guide rails and can be temporarily fixed in the elevator shaft, wherein the elevator car (10.2) is suspended from the machine platform (10.1) via suspension means and is driven by the drive machine, wherein a usable lifting height of the elevator car (10.2) is adapted from time to time to an increasing height of the building by, among other things, lifting the machine platform (10.1) to a higher level, wherein in the installation method at least one elevator unit is lowered in a pre-assembled state by means of a lifting device into the elevator shaft already equipped with the car guide rails, characterized in that guide devices are used which are either mounted on the at least one elevator unit and cooperate with stationarily fixed alignment elements (6; 7) fixed in the elevator shaft, or which are fixed in the elevator shaft and cooperate with alignment elements mounted on the elevator unit, so that the at least one elevator unit, when lowered into the elevator shaft, is aligned in a position suitable for fitting guide shoes (35; 35.1, 35.2) of the at least one elevator unit and associated car guide rails into one another, wherein the at least one elevator unit, at the end of its lowering process, is supported in the region of the elevator shaft equipped with car guide rails in the position suitable for fitting guide shoes (35; 35.1, 35.2) and car guide rails into one another, whereafter at least one guide shoe (35; 35.1, 35.2) of the elevator unit is brought into engagement with the associated car guide rail and is fastened to the at least one elevator unit. wherein the at least one elevator unit, at the end of its lowering process, is supported in the region of the elevator shaft equipped with car guide rails in the position suitable for fitting guide shoes (35; 35.1, 35.2) and car guide rails into one another, whereafter at least one guide shoe (35; 35.1, 35.2) of the elevator unit is brought into engagement with the associated car guide rail and is fastened to the at least one elevator unit.
An extruder for 3D printing, comprising an outlet for providing extruded material, and a feedstock inlet piece for receiving material into the extruder, - the feedstock inlet piece including cooling means for cooling said material, - a reservoir for melting material, and having a reservoir width, being connected to the outlet, - a channel with a channel width, for connecting the feedstock inlet piece with the reservoir and introducing the material into the reservoir, where the channel width is lower than the reservoir width, the extruder further comprising - a first heater for melting material in in a first reservoir part of the reservoir close to the channel, and - a second heater close to the connection of the reservoir to the outlet, for maintaining molten material in a second reservoir part of the reservoir close to the outlet at the same temperature as the material in the first reservoir part or at higher temperature, and - a controller (107, 117) for controlling the temperature gradient of the material through the channel, the controller configured to maintain the level of molten material at least at the junction between the reservoir and the channel or along the channel during extrusion, for providing extrusion by the material introduced through the feedstock inlet piece and pushing on the molten material in the reservoir, characterized in that the first heater is distanced from the second heater by a thermal break separating the reservoir in a first reservoir part close to the channel and a second reservoir part close to the outlet. - the feedstock inlet piece including cooling means for cooling said material, - a reservoir for melting material, and having a reservoir width, being connected to the outlet, - a channel with a channel width, for connecting the feedstock inlet piece with the reservoir and introducing the material into the reservoir, where the channel width is lower than the reservoir width, the extruder further comprising - a first heater for melting material in in a first reservoir part of the reservoir close to the channel, and - a second heater close to the connection of the reservoir to the outlet, for maintaining molten material in a second reservoir part of the reservoir close to the outlet at the same temperature as the material in the first reservoir part or at higher temperature, and - a controller (107, 117) for controlling the temperature gradient of the material through the channel, the controller configured to maintain the level of molten material at least at the junction between the reservoir and the channel or along the channel during extrusion, for providing extrusion by the material introduced through the feedstock inlet piece and pushing on the molten material in the reservoir,
A pressure switch comprising: a pressure-sensitive member that divides a low-pressure chamber and a high-pressure chamber and is displaced by pressure fluctuation in the high-pressure chamber, is adapted to be in contact with a high-pressure fluid; an operation member that is provided in the low-pressure chamber and moves with displacement of the pressure-sensitive member; a switching member for switching a switch with movement of the operation member; a transmission member for transmitting the movement of the operation member to the switching member; and a biasing member for biasing the operation member toward the high-pressure chamber to apply an initial compression force to the pressure-sensitive member, wherein the biasing member has a leaf spring that applies a biasing force to the operation member at a first position along an intersecting surface intersecting a motion direction of the operation member, the biasing force of the leaf spring is applied to the pressure-sensitive member via the operation member, and wherein the movement of the operation member is transmitted to the transmission member at a second position separated from the first position. a pressure-sensitive member that divides a low-pressure chamber and a high-pressure chamber and is displaced by pressure fluctuation in the high-pressure chamber, is adapted to be in contact with a high-pressure fluid; an operation member that is provided in the low-pressure chamber and moves with displacement of the pressure-sensitive member; a switching member for switching a switch with movement of the operation member; a transmission member for transmitting the movement of the operation member to the switching member; and a biasing member for biasing the operation member toward the high-pressure chamber to apply an initial compression force to the pressure-sensitive member, wherein the biasing member has a leaf spring that applies a biasing force to the operation member at a first position along an intersecting surface intersecting a motion direction of the operation member, the biasing force of the leaf spring is applied to the pressure-sensitive member via the operation member, and wherein
A hazardous voltage interlock loop, HVIL, system, comprising: a first HVIL circuit; a second HVIL circuit; the first HVIL circuit being associated with a first high voltage bus such that the first HVIL circuit is adapted to detect faults related to loads on the first high voltage bus; the second HVIL circuit being associated with a second high voltage bus such that the second HVIL circuit is adapted to detect faults related to loads on the second high voltage bus; the first and second high voltage buses (52, 54) being separated and not electrically connected to each other and the first and second HVIL circuits (12, 14) being separated and not electrically connected to each other, wherein the system further comprises a galvanically isolated relay interconnecting the first and second HVIL circuits, wherein the galvanically isolated relay comprises a controlling element, such as a coil, on the second HVIL circuit and a controlled element, such as an armature, on the first HVIL circuit, wherein the galvanically isolated relay is configured to open the first HVIL circuit when no electrical current is flowing in at least a portion of the second HVIL circuit comprising the galvanically isolated relay. a first HVIL circuit; a second HVIL circuit; the first HVIL circuit being associated with a first high voltage bus such that the first HVIL circuit is adapted to detect faults related to loads on the first high voltage bus; the second HVIL circuit being associated with a second high voltage bus such that the second HVIL circuit is adapted to detect faults related to loads on the second high voltage bus; the first and second high voltage buses (52, 54) being separated and not electrically connected to each other and the first and second HVIL circuits (12, 14) being separated and not electrically connected to each other, wherein the system further comprises a galvanically isolated relay interconnecting the first and second HVIL circuits, wherein the galvanically isolated relay comprises a controlling element, such as a coil, on the second HVIL circuit and a controlled element, such as an armature, on the first HVIL circuit, wherein the galvanically isolated relay is configured to open the first HVIL circuit when no electrical current is flowing in at least a portion of the second HVIL circuit comprising the galvanically isolated relay.
A method performed by a user equipment, UE, for buffer status reporting, the method comprising: triggering at least one buffer status report, BSR, based on at least one BSR triggering condition; identifying an uplink resource available for transmitting a BSR medium access control control element, BSR MAC CE, based on an uplink grant, UL grant; assembling a MAC protocol data unit, MAC PDU, including the BSR MAC CE; and cancelling all BSRs triggered prior to the MAC PDU assembly, in case that the MAC PDU is transmitted and the BSR MAC CE includes buffer status information for all of more than one logical channel groups, LCGs, having data for transmission. triggering at least one buffer status report, BSR, based on at least one BSR triggering condition; identifying an uplink resource available for transmitting a BSR medium access control control element, BSR MAC CE, based on an uplink grant, UL grant; assembling a MAC protocol data unit, MAC PDU, including the BSR MAC CE; and cancelling all BSRs triggered prior to the MAC PDU assembly, in case that the MAC PDU is transmitted and the BSR MAC CE includes buffer status information for all of more than one logical channel groups, LCGs, having data for transmission.
A method for managing information in an extensible markup language, XML, document management architecture, characterised in that the method comprises: providing authorization rules (416, 508) with an application unique identifier, the application unique identifier being a unique identifier within the namespace of Application Unique IDs that differentiates XCAP Resources accessed by one application from XCAP Resources accessed by another wherein the authorization rules (416, 508) determine access rights to at least one user-specific extensible markup language document; and storing the authorization rules (416, 508) in a shared extensible markup language document management server (20, 400, 504) as one or more extensible markup language documents so that the authorization rules (416, 508) can be accessed and/or modified via the extensible markup language configuration access protocol, XCAP. providing authorization rules (416, 508) with an application unique identifier, the application unique identifier being a unique identifier within the namespace of Application Unique IDs that differentiates XCAP Resources accessed by one application from XCAP Resources accessed by another wherein the authorization rules (416, 508) determine access rights to at least one user-specific extensible markup language document; and storing the authorization rules (416, 508) in a shared extensible markup language document management server (20, 400, 504) as one or more extensible markup language documents so that the authorization rules (416, 508) can be accessed and/or modified via the extensible markup language configuration access protocol, XCAP.
A communication system associated with a plurality of communication modes, comprising: a plurality of terminals associated with one or more communication modes; a database storing a communication mode associated state of each terminal; and a communication controller adapted, when receiving a connection request from a connection source terminal to a connection destination terminal, to recognize the communication mode associated states of said connection source terminal and said connection destination terminal by referring to said database, and if multiple communication modes are common to both terminals, notifying said multiple communication modes common to both terminals to said connection source terminal, before connecting to said connection destination terminal. a plurality of terminals associated with one or more communication modes; a database storing a communication mode associated state of each terminal; and a communication controller adapted, when receiving a connection request from a connection source terminal to a connection destination terminal, to recognize the communication mode associated states of said connection source terminal and said connection destination terminal by referring to said database, and if multiple communication modes are common to both terminals, notifying said multiple communication modes common to both terminals to said connection source terminal, before connecting to said connection destination terminal.