mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a sealed optical semiconductor device, comprising: a step in which at least two types of sealing films including an inner layer sealing film and an outermost layer sealing film are placed in this order on an optical semiconductor element mounting substrate on which an optical semiconductor element is mounted within a pressure reduction chamber and the pressure in the pressure reduction chamber is reduced; a step in which the outermost layer sealing film is heated and at least the periphery of the outermost layer sealing film is thermally fused to the surface of the optical semiconductor element mounting substrate ; and a step in which the reduction of pressure within the pressure reduction chamber is released and the optical semiconductor element mounting substrate is sealed by the outermost layer sealing film and the inner layer sealing film , said method characterized in that the temperature T2 of the optical semiconductor element mounting substrate when the reduction of pressure within the pressure reduction chamber is released is a temperature at which the outermost layer sealing film exhibits a tensile strength of 0.02-0.15 MPa and an elongation at break of 200-450%, and the inner layer sealing film exhibits a loss tangent (tan δ) of 1.6 or more at the temperature T2. a step in which the outermost layer sealing film is heated and at least the periphery of the outermost layer sealing film is thermally fused to the surface of the optical semiconductor element mounting substrate ; and a step in which the reduction of pressure within the pressure reduction chamber is released and the optical semiconductor element mounting substrate is sealed by the outermost layer sealing film and the inner layer sealing film , said method characterized in that the temperature T2 of the optical semiconductor element mounting substrate when the reduction of pressure within the pressure reduction chamber is released is a temperature at which the outermost layer sealing film exhibits a tensile strength of 0.02-0.15 MPa and an elongation at break of 200-450%, and the inner layer sealing film exhibits a loss tangent (tan δ) of 1.6 or more at the temperature T2.
A component of an operating table , the component comprising: a communication module for transmitting information of the component ; and, a detection device comprising a switch which can detect a characteristic of a further component to which the component is attachable and wherein the switch is configured to activate the communication module , wherein the communication module comprises: a memory device configured to store information of the component , a transmission unit configured to transmit at least a part of the information of the component and to transmit the characteristic of the further component detected by the detection device , and a power supply device configured to supply the transmission unit with energy. a communication module for transmitting information of the component ; and, a detection device comprising a switch which can detect a characteristic of a further component to which the component is attachable and wherein the switch is configured to activate the communication module , wherein the communication module comprises: a memory device configured to store information of the component , a transmission unit configured to transmit at least a part of the information of the component and to transmit the characteristic of the further component detected by the detection device , and a power supply device configured to supply the transmission unit with energy. a memory device configured to store information of the component , a transmission unit configured to transmit at least a part of the information of the component and to transmit the characteristic of the further component detected by the detection device , and a power supply device configured to supply the transmission unit with energy.
Brake booster for a brake master cylinder of a motor vehicle, having a drive motor which is connected/can be connected by way of a gear mechanism to a pressure piston for the brake master cylinder, the gear mechanism converting a rotational movement of the drive motor into a translational movement of the pressure piston in order to actuate the brake master cylinder, the gear mechanism having a rotatable spindle nut and a non-rotating spindle rod with trapezoidal threads which engage into one another, the trapezoidal threads which engage into one another having a flank play (a), a tip play (k) and a root play (f), characterized in that the flank play (a) and the tip play (k) are in each case of greater configuration than the root play (f).
A lifter comprising: a wheeled base ; a support portion extending vertically from the wheeled base ; and a rectangular table provided vertically and ascendably/descendably with respect to the support portion , and having a plate shape of which an upper surface is a placement surface for placing an object to be placed, a side surface on the support portion side is a front side surface , a side surface opposed to the front side surface is a rear side surface , and side surfaces connecting the front side surface and the rear side surface are a left side surface and a right side surface , wherein the table has, on the placement surface , a guide provided along the front side surface and having a shape protruding from the placement surface , and two protrusions provided so as to be opposed to each other in parallel to a direction in which the left side surface and the right side surface extend, characterized in that each protrusion is provided on the rear side surface side with respect to a center of the placement surface so as to be movable in parallel to a direction in which the rear side surface extends. a wheeled base ; a support portion extending vertically from the wheeled base ; and a rectangular table provided vertically and ascendably/descendably with respect to the support portion , and having a plate shape of which an upper surface is a placement surface for placing an object to be placed, a side surface on the support portion side is a front side surface , a side surface opposed to the front side surface is a rear side surface , and side surfaces connecting the front side surface and the rear side surface are a left side surface and a right side surface , wherein the table has, on the placement surface , a guide provided along the front side surface and having a shape protruding from the placement surface , and two protrusions provided so as to be opposed to each other in parallel to a direction in which the left side surface and the right side surface extend, characterized in that a guide provided along the front side surface and having a shape protruding from the placement surface , and two protrusions provided so as to be opposed to each other in parallel to a direction in which the left side surface and the right side surface extend, characterized in that each protrusion is provided on the rear side surface side with respect to a center of the placement surface so as to be movable in parallel to a direction in which the rear side surface extends.
A method for performing wireless communication by a first device , the method comprising: receiving, from a network , a plurality of downlink control informations, DCIs, including scheduling information for sidelink, SL, resources; transmitting, to a second device , a plurality of physical sidelink shared channels, PSSCHs, based on the SL resources; obtaining HARQ feedback information for the plurality of PSSCHs based on a reception through a physical sidelink feedback channel, PSFCH; and transmitting, to the network , the HARQ feedback information for the plurality of PSSCHs, wherein each of the plurality of DCIs includes information for a corresponding physical uplink control channel, PUCCH, resource, wherein the HARQ feedback information for the plurality of PSSCHs is transmitted on a PUCCH resource indicated by a last DCI among the plurality of DCIs, based on the plurality of DCIs indicating PUCCH resources in a same slot, and wherein the PUCCH resources are indicated based on a PSFCH slot. receiving, from a network , a plurality of downlink control informations, DCIs, including scheduling information for sidelink, SL, resources; transmitting, to a second device , a plurality of physical sidelink shared channels, PSSCHs, based on the SL resources; obtaining HARQ feedback information for the plurality of PSSCHs based on a reception through a physical sidelink feedback channel, PSFCH; and transmitting, to the network , the HARQ feedback information for the plurality of PSSCHs, wherein each of the plurality of DCIs includes information for a corresponding physical uplink control channel, PUCCH, resource, wherein the HARQ feedback information for the plurality of PSSCHs is transmitted on a PUCCH resource indicated by a last DCI among the plurality of DCIs, based on the plurality of DCIs indicating PUCCH resources in a same slot, and wherein the PUCCH resources are indicated based on a PSFCH slot.
A screwdriver device for a threaded plug comprising a structure which extends along an axis and includes a head and a shank connected to a first end of the head , wherein the head has a second end which opens onto a cavity suitable for containing a head of a plug, wherein along the axis the cavity comprises at least a first portion having a lateral surface which has a first profile and at least a second portion having a lateral surface which has a second profile which is not coincident with the first profile , wherein the first profile of the lateral surface of the first portion has substantially the shape of a concave regular polygon, the screwdriver device being characterised in that the second profile of the lateral surface of the second portion is substantially circular, wherein the lateral surface of the second portion has a plurality of recesses which extend in the direction of the axis of the screwdriver device and are distributed along the circumference of the second profile .
A process of manufacturing droplet jetting devices (10; 10') by bonding together a nozzle wafer defining nozzles of the jetting devices, a membrane wafer carrying, on a membrane , actuators for generating pressure waves in a liquid in pressure chambers that are connected to the nozzles , and a distribution wafer forming a distribution layer that defines supply lines for supplying the liquid to the pressure chambers , from a liquid reservoir formed on a side of the distribution layer opposite to the membrane wafer, and by dicing the bonded wafers, characterized in that the distribution layer has a thickness larger than the thickness of each of the other two wafers , and a restrictor for controlling the inertance of the liquid supply line is formed through the distribution layer in a direction normal to the plane of that layer.
A refrigerator comprising: a plurality of storage compartments including a first storage compartment and a second storage compartment ; a plurality of cooling units including a first cooling unit to cool the first storage compartment and a second cooling unit to cool the second storage compartment , each of the first cooling unit and the second cooling unit including a separate compressor ; a temperature sensing unit to sense temperatures of the plurality of storage compartments ; and a drive unit to drive the plurality of cooling units ; wherein there is a controller to control the drive unit and to initiate driving the first cooling unit in response to a temperature of the first compartment being above a first reference temperature, characterized in that , when the second cooling unit is being driven, the controller controls the drive unit to initiate the driving of the first cooling unit in response to a temperature of the first compartment being above a second reference temperature being higher than the first reference temperature. a plurality of storage compartments including a first storage compartment and a second storage compartment ; a plurality of cooling units including a first cooling unit to cool the first storage compartment and a second cooling unit to cool the second storage compartment , each of the first cooling unit and the second cooling unit including a separate compressor ; a temperature sensing unit to sense temperatures of the plurality of storage compartments ; and a drive unit to drive the plurality of cooling units ; wherein there is a controller to control the drive unit and to initiate driving the first cooling unit in response to a temperature of the first compartment being above a first reference temperature, characterized in that , when the second cooling unit is being driven, the controller controls the drive unit to initiate the driving of the first cooling unit in response to a temperature of the first compartment being above a second reference temperature being higher than the first reference temperature.
Method for simulating a brain stimulation implemented on a computer, providing an estimate of a target spatial stimulation zone (ZS c ), which method is characterised in that it comprises at least one iteration of the following steps: - selecting , using a selector (SSC), from at least two available values, a value (VS x ) to be allocated to a predetermined score (S x ), corresponding to an anticipated result, the predetermined score (S x ) originating from at least one previous clinical data item measured on at least one patient; - identifying , from an anatomical-clinical atlas (AAC x ) belonging to an anatomical-clinical atlas set (AAC [1...N] ), a spatial zone (ZS x ) which is capable of providing a value close to the value (VS x ) to be allocated to the predetermined score (S x ), the identification comprising at least one search in the atlas (AAC x ), corresponding to this score (S x ), for a spatial zone (ZS x ) corresponding to the value (VS x ) selected in the selector (SSC) which is associated with this score; the at least one iteration providing a set of spatial zones (ZS [1..L] ); the method being further characterised in that it comprises: - a calculation in accordance with the set of spatial zones (ZS [1..L] ) of at least one target spatial zone (ZS c ) which is capable of producing a specific result representing at least one selected value (VS x ), the calculation being carried out in an iterative or parallel manner, the at least one target spatial zone (ZS c ) resulting from an intersection of at least two spatial zones of the set of spatial zones (ZS [1..L] ). - selecting , using a selector (SSC), from at least two available values, a value (VS x ) to be allocated to a predetermined score (S x ), corresponding to an anticipated result, the predetermined score (S x ) originating from at least one previous clinical data item measured on at least one patient; - identifying , from an anatomical-clinical atlas (AAC x ) belonging to an anatomical-clinical atlas set (AAC [1...N] ), a spatial zone (ZS x ) which is capable of providing a value close to the value (VS x ) to be allocated to the predetermined score (S x ), the identification comprising at least one search in the atlas (AAC x ), corresponding to this score (S x ), for a spatial zone (ZS x ) corresponding to the value (VS x ) selected in the selector (SSC) which is associated with this score; - a calculation in accordance with the set of spatial zones (ZS [1..L] ) of at least one target spatial zone (ZS c ) which is capable of producing a specific result representing at least one selected value (VS x ), the calculation being carried out in an iterative or parallel manner, the at least one target spatial zone (ZS c ) resulting from an intersection of at least two spatial zones of the set of spatial zones (ZS [1..L] ).
A device for visualizing a course of an occluded vasculature, comprising: - an image data supply unit ; - a determination unit ; - a processing unit ; and - a display unit ; wherein the image data supply unit is configured to provide a sequence of images of a cardiac vasculature structure, which is at least partly injected with contrast agent wherein the determination unit is configured to determine a region of interest in a first image of the sequence of a cardiac vasculature structure; wherein the vasculature structure comprises an occlusion and wherein vessel portions distal of the occlusion are non-visible; wherein the processing unit is configured to i) identify, in the region of interest, a trajectory proposal from a first visible vessel portion proximal to a non-visible vessel portion to a second visible vessel portion distal to the non-visible vessel portion of the occlusion; ii) modify the trajectory proposal generating a plurality of possible trajectories for matching with a vessel course of the non-visible vessel portion; iii) determine a plausibility value for at least one of the possible trajectories; iv) select a possible trajectory for the vessel course based on the plausibility value of the trajectory, wherein the display unit is configured to display an indication of the selected trajectory as the vessel course of the non-visible vessel portion in the cardiac vasculature structure. - an image data supply unit ; - a determination unit ; - a processing unit ; and - a display unit ; i) identify, in the region of interest, a trajectory proposal from a first visible vessel portion proximal to a non-visible vessel portion to a second visible vessel portion distal to the non-visible vessel portion of the occlusion; ii) modify the trajectory proposal generating a plurality of possible trajectories for matching with a vessel course of the non-visible vessel portion; iii) determine a plausibility value for at least one of the possible trajectories; iv) select a possible trajectory for the vessel course based on the plausibility value of the trajectory,
Method of forming a multi-ply web in a fiber web machine, comprising feeding different pulp suspensions to diffusers of a multi-layer headbox , guiding the different pulp suspensions through the diffusers of the multi-layer headbox to eject them onto a wire of a forming section , the wire forming a closed loop, dewatering the liquid substances to form a filler ply in the form of an at least three-ply web , merging the at least three-ply web with a second web formed at a second head box ejecting pulp suspension on a wire of a second forming section , and merging the at least three-ply web with a third web formed at a third head box ejecting pulp suspension on a wire of a third forming section , wherein the third web is arranged on a side of the three-ply web opposite to that where the second web is arranged characterized in that the properties of the stock characteristics of at least at least one surface layer of the at least three-ply web and the properties of the stock characteristics of the second web or the third web correspond to each other. feeding different pulp suspensions to diffusers of a multi-layer headbox , guiding the different pulp suspensions through the diffusers of the multi-layer headbox to eject them onto a wire of a forming section , the wire forming a closed loop, dewatering the liquid substances to form a filler ply in the form of an at least three-ply web , merging the at least three-ply web with a second web formed at a second head box ejecting pulp suspension on a wire of a second forming section , and merging the at least three-ply web with a third web formed at a third head box ejecting pulp suspension on a wire of a third forming section , wherein the third web is arranged on a side of the three-ply web opposite to that where the second web is arranged characterized in that the properties of the stock characteristics of at least at least one surface layer of the at least three-ply web and the properties of the stock characteristics of the second web or the third web correspond to each other.
A time to digital converter comprising: a delay line comprising a plurality of delay stages (204a-204n) that include a first delay chain (206a-206n) and a second delay chain (208a-208n) to generate a fine time measurement of a digital oscillator of a phase locked loop; a coarse time calculation component configured to generate a coarse time measurement based on equidistant periods and non-equidistant periods of the digital oscillator of the phase locked loop, wherein the fine time measurement and the coarse time measurement form a phase difference measurement of the phase locked loop that is communicated to the digital oscillator ; and characterised in that it comprises an edge selector configured to compare a reference signal of a reference clock and a divider signal of a divider clock and generate a start signal and a stop signal to a phase generator based thereon, and further configured to generate a sign value and provide the sign value to the coarse time calculation component, wherein the sign value is generated based on an order of a receiving edge of the reference signal and the divider signal, respectively. a delay line comprising a plurality of delay stages (204a-204n) that include a first delay chain (206a-206n) and a second delay chain (208a-208n) to generate a fine time measurement of a digital oscillator of a phase locked loop; a coarse time calculation component configured to generate a coarse time measurement based on equidistant periods and non-equidistant periods of the digital oscillator of the phase locked loop, wherein the fine time measurement and the coarse time measurement form a phase difference measurement of the phase locked loop that is communicated to the digital oscillator ; and characterised in that it comprises an edge selector configured to compare a reference signal of a reference clock and a divider signal of a divider clock and generate a start signal and a stop signal to a phase generator based thereon, and further configured to generate a sign value and provide the sign value to the coarse time calculation component, wherein the sign value is generated based on an order of a receiving edge of the reference signal and the divider signal, respectively.