mhurhangee/ep-ind-claims huggingface dataset:
A welding device comprising: a switching section having a switching element (TR1 TR2 TR3 TR4); a setting section that determines setting output; an output detector (3 4) that detects welding output; a controller that calculates an output-on period of the switching section based on the setting output and the welding output; an frequency controller that determines an inverter frequency based on the output-on period; and a driver that controls on/off operation of the switching element (TR1 TR2 TR3 TR4) based on the inverter frequency and the output-on period, characterized in that, when the output-on period comprises a first duty ratio, a duty ratio comprising a proportion of time of one cycle during which the output is on, the inverter frequency is determined to a first frequency, and when the output-on period comprises a second duty ratio smaller than the first duty ratio, the inverter frequency is determined to a second frequency higher than the first frequency. a switching section having a switching element (TR1 TR2 TR3 TR4); a setting section that determines setting output; an output detector (3 4) that detects welding output; a controller that calculates an output-on period of the switching section based on the setting output and the welding output; an frequency controller that determines an inverter frequency based on the output-on period; and a driver that controls on/off operation of the switching element (TR1 TR2 TR3 TR4) based on the inverter frequency and the output-on period,
Outer race for a pivot bearing comprising an internal sliding layer and an external support layer, the sliding layer and the support layer being formed from a wound fibre composite material, characterised by exactly one parting line that opens the outer race, the sliding layer containing a plastics thread as the reinforcing element, which has polyester filaments and incorporated PTFE particles which are spun into the polyester filaments.
A lactic acid bacterium belonging to Lactobacillus plantarum, being Lactobacillus plantarum YIT 0132 (FERM BP-11349) or Lactobacillus plantarum YIT 0148 (FERM BP-11350), of which the achievable viable cell counts are 10 8 CFU/ml or more in both cases when a solution of the bacterium pre-incubated on Lactobacilli MRS Broth at 37°C for 16 hours up to the stationary state is inoculated at 0.4% volume on 100% juice of grape or of orange as a fermentative substrate and incubated at 37°C for 48 hours.
A method of operating a color measurement instrument comprising: measuring spectral data; detecting (104, 122) whether the color measurement instrument moved; if motion was not detected, then processing the spectral data as a color spot, wherein the color measurement instrument operates in a spot processing mode by reading and converting the spectral data into a reflectance; and if motion was detected, then processing the spectral data as a color strip, wherein the color measurement instrument performs patch recognition on the color strip and the result is converted to reflectances. detecting (104, 122) whether the color measurement instrument moved; if motion was not detected, then processing the spectral data as a color spot, wherein the color measurement instrument operates in a spot processing mode by reading and converting the spectral data into a reflectance; and if motion was detected, then processing the spectral data as a color strip, wherein the color measurement instrument performs patch recognition on the color strip and the result is converted to reflectances.
A base for a penile prosthetic implant, comprising: a fluid distribution manifold having a distal end and a proximal end; the distal end of the fluid distribution manifold attached to and in fluid communication with an inflatable cylinder sized for implantation into a corpora cavernosum of a penis; the proximal end of the fluid distribution manifold connected to a core sized for implantation into a crus of the penis; and an inflatable bladder in fluid communication with the fluid distribution manifold, wherein the inflatable bladder provides an outer surface of the base between a proximal end of the core and the proximal end of the fluid distribution manifold and is configured to transition between a collapsed state corresponding to a first flaccid state of the penis and an expanded state corresponding to a second erect state of the penis, and characterized in that a distal end of the core is received in a groove provided in the proximal end of the fluid distribution manifold, the distal end not otherwise attached to the groove such that axial movement of the core along a longitudinal axis A-A extending through the base is allowed. the distal end of the fluid distribution manifold attached to and in fluid communication with an inflatable cylinder sized for implantation into a corpora cavernosum of a penis; the proximal end of the fluid distribution manifold connected to a core sized for implantation into a crus of the penis; and an inflatable bladder in fluid communication with the fluid distribution manifold, wherein the inflatable bladder provides an outer surface of the base between a proximal end of the core and the proximal end of the fluid distribution manifold and is configured to transition between a collapsed state corresponding to a first flaccid state of the penis and an expanded state corresponding to a second erect state of the penis, and characterized in that a distal end of the core is received in a groove provided in the proximal end of the fluid distribution manifold, the distal end not otherwise attached to the groove such that axial movement of the core along a longitudinal axis A-A extending through the base is allowed.
Device for providing stopper elements that are sorted in order to feed a downstream workstation, comprising: - a lifting means for sorting said elements in accordance with their orientation; - downstream of said lifting means a means for referencing said stopper elements one by one in a regular flow; - at the outlet of said referencing means a conveyor for bringing the referenced elements one by one to said workstation; - a vision means for verifying the conformance of said elements when they arrive in an inspection zone of said device, said inspection zone being located at the referencing means and/or the conveyor; - located downstream of said vision means a means for expelling those elements that do not conform; characterized in that at least: - the inspection zone comprises at least two successive sections (8, 9) each including a distinct colour. - a lifting means for sorting said elements in accordance with their orientation; - downstream of said lifting means a means for referencing said stopper elements one by one in a regular flow; - at the outlet of said referencing means a conveyor for bringing the referenced elements one by one to said workstation; - a vision means for verifying the conformance of said elements when they arrive in an inspection zone of said device, said inspection zone being located at the referencing means and/or the conveyor; - located downstream of said vision means a means for expelling those elements that do not conform; characterized in that at least: - the inspection zone comprises at least two successive sections (8, 9) each including a distinct colour. - the inspection zone comprises at least two successive sections (8, 9) each including a distinct colour.
Apparatus for tracking a movable target, in particular tissue, the apparatus comprising at least one applicator for marking the target with at least one type of markers, and at least one tracking system which is adapted for monitoring at least the at least one type of markers, characterized in that the at least one applicator is adapted for generating a randomly distributed pattern of markers on the target, and for providing at least one type of markers by spraying the at least one type of markers on the target.
A reuse method of electrode scrap comprising: (a) dry milling electrode scrap remaining after punching an electrode sheet including an active material layer on a current collector to obtain milled products; and (b) screening active material layer flakes from current collector fragments in the milled products by sieving the milled products, and collecting the screened active material layer flakes to obtain reusable particles characterized in that step (b) comprises separating the active material layer flakes from the current collector fragments in the milled products stepwise according to size by sieving the milled products in a sequential order using a plurality of sieves having different mesh sizes, and collecting the active material layer flakes from sieving active material layer flakes of a smallest size and at least one of steps of sieving active material layer flakes of a larger size to obtain the reusable particles. (a) dry milling electrode scrap remaining after punching an electrode sheet including an active material layer on a current collector to obtain milled products; and (b) screening active material layer flakes from current collector fragments in the milled products by sieving the milled products, and collecting the screened active material layer flakes to obtain reusable particles
A process for isolating cellulose nanocrystals from Miscanthus Giganteus, comprising the steps of: performing a base hydrolysis step on a quantity of Miscanthus Giganteus; performing a bleaching step on a solid material recovered from the base hydrolysis step; performing an acid hydrolysis step on a solid material recovered from the bleaching step; and recovering cellulose nanocrystals from Miscanthus Giganteus after performing the acid hydrolysis step. performing a base hydrolysis step on a quantity of Miscanthus Giganteus; performing a bleaching step on a solid material recovered from the base hydrolysis step; performing an acid hydrolysis step on a solid material recovered from the bleaching step; and recovering cellulose nanocrystals from Miscanthus Giganteus after performing the acid hydrolysis step.
Method for supporting the generation of access control preferences and/or privacy preferences for users in a pervasive service environment, wherein an automated user information management system manages personal information items owned by and/or associated to a user, wherein an access control system is provided for processing requests from a pervasive service and/or application that query a set of said user-specific information items being managed by said user information management system, characterized in that an entity - feedback collector - is provided, said feedback collector performing the steps of collecting individual access control and/or privacy preferences from a plurality of users of said pervasive service environment, deriving a popular rule set of access control and/or privacy preferences from said collected individual access control and/or privacy preferences of said plurality of users, wherein said popular rule set may serve as initial privacy preferences of users being new to said pervasive service environment, and providing said popular rule set of access control and/or privacy preferences to users of said pervasive service environment such that an established user of said pervasive service environment and/or a new user joining said pervasive service environment adopts said popular rule set as its own privacy preferences.
A constant velocity universal joint including an outer joint component (1, 73, 80), an inner joint component (2, 66, 76, 90) inserted in the outer joint component (1, 73, 80), and a torque transmitting component (3, 100) that is interposed between the outer joint component (1, 73, 80) and the inner joint component (2, 66, 76, 90) and performs torque transmission, the constant velocity universal joint comprising: a recess-projection engagement configuration that connects the inner joint component (2, 66, 76, 90) and a shaft pressed fitted into the inner joint component (2, 66, 76, 90), wherein engagement contacting regions of projections of at least one of the inner joint component (2, 66, 76, 90) or the shaft and recesses of a partner component engaging with the projections are in close contact over the whole region, characterized in that projections provided on one of either an outer diameter surface of the shaft or an inner diameter surface of the inner joint component (2, 66, 76, 90) and extending in an axial direction are pressed into the other along the axial direction, and recesses provided on the other and engaging with the projections in close contact are formed by cutting caused by projections in the press fitting process, and material cut by the projections is pushed out by the projections, and a press-fitting starting end surface of the projection is a surface perpendicular to the axial direction with a capability of cutting into the other. a recess-projection engagement configuration that connects the inner joint component (2, 66, 76, 90) and a shaft pressed fitted into the inner joint component (2, 66, 76, 90), wherein engagement contacting regions of projections of at least one of the inner joint component (2, 66, 76, 90) or the shaft and recesses of a partner component engaging with the projections are in close contact over the whole region, characterized in that projections provided on one of either an outer diameter surface of the shaft or an inner diameter surface of the inner joint component (2, 66, 76, 90) and extending in an axial direction are pressed into the other along the axial direction, and recesses provided on the other and engaging with the projections in close contact are formed by cutting caused by projections in the press fitting process, and material cut by the projections is pushed out by the projections, and a press-fitting starting end surface of the projection is a surface perpendicular to the axial direction with a capability of cutting into the other.
A reciprocal saw for cutting an item comprising: a. a handle; b. a cutting blade distal from the handle; c. a chassis between the handle and the cutting blade, wherein the chassis contains a motor and comprises a receiving area thereupon, wherein the receiving area may receive the item, d. a clamp attached to the chassis proximal to the cutting blade, the clamp having an open position and a closed position, wherein the clamp has a pivot and a clamp jaw distal from the pivot, wherein in the closed position the clamp jaw is adjacent to the receiving area, wherein in the open position the clamp jaw is not adjacent to the receiving area, wherein when the reciprocal saw is moved, the item may be held by the clamp; and wherein the clamp jaw holds the item against the chassis, and wherein when the item is received within the receiving area, characterized by when the handle is moved in a direction away from the item then the item pulls the clamp jaw into the open position and the clamp jaw then holds the item. a. a handle; b. a cutting blade distal from the handle; c. a chassis between the handle and the cutting blade, wherein the chassis contains a motor and comprises a receiving area thereupon, wherein the receiving area may receive the item, d. a clamp attached to the chassis proximal to the cutting blade, the clamp having an open position and a closed position, wherein the clamp has a pivot and a clamp jaw distal from the pivot, wherein in the closed position the clamp jaw is adjacent to the receiving area, wherein in the open position the clamp jaw is not adjacent to the receiving area, wherein when the reciprocal saw is moved, the item may be held by the clamp; and wherein the clamp jaw holds the item against the chassis, and wherein when the item is received within the receiving area, characterized by
A method of performing power headroom reporting by a user equipment, UE, in a wireless communication system supporting usage change of a radio resource, comprising the steps of: determining whether the power headroom reporting is triggered; and transmitting, to a base station, power headroom reporting, PHR, information on two uplink subframe sets associated with a same serving cell, wherein the two uplink subframe sets comprise a first uplink subframe set and a second uplink subframe set, which are configured to use different transmission power control parameters indicated by high layer signaling. determining whether the power headroom reporting is triggered; and transmitting, to a base station, power headroom reporting, PHR, information on two uplink subframe sets associated with a same serving cell, wherein the two uplink subframe sets comprise a first uplink subframe set and a second uplink subframe set, which are configured to use different transmission power control parameters indicated by high layer signaling.
Inspection device for detecting properties of at least one material which is contained in at least one component sample, comprising: - a measuring means with which measured electrical values can be acquired on the component sample, and - a simulation and evaluation means which is designed to adapt a simulation function, which contains the properties of the component sample as parameters, to the measured electrical values, - an output means being provided which is designed to output the material properties from the adapted simulation function, characterised by - a control means with which at least one of the measuring means and the simulation and evaluation means can be controlled on the basis of a stored, sample-specific control function, and the output means being designed to output, as material properties, energy levels, charge carrier mobilities and electrically effective trap states, in particular impurities, interference points and/or defects. - a measuring means with which measured electrical values can be acquired on the component sample, and - a simulation and evaluation means which is designed to adapt a simulation function, which contains the properties of the component sample as parameters, to the measured electrical values, - an output means being provided which is designed to output the material properties from the adapted simulation function, characterised by - a control means with which at least one of the measuring means and the simulation and evaluation means can be controlled on the basis of a stored, sample-specific control function, and the output means being designed to output, as material properties, energy levels, charge carrier mobilities and electrically effective trap states, in particular impurities, interference points and/or defects.
Semiconductor structure comprising at least: - a substrate, - a first layer comprising GaN and arranged on the substrate, - a stack composed of several second and third layers (108, 110) arranged alternately on each other, located between the substrate and the first layer, and such that the semiconductor of the second layers is Al X Ga (1-X) N with 0 ≤ X < 1 and the semiconductor of the third layers is GaN, and in which: - the material of the substrate comprises a lattice parameter different of that of GaN, - the ratio of Ga of the semiconductor of the second layers varies and increases from one second layer to the next along a direction from the substrate to the first layer, and - the thickness of each of the second and third layers (108, 110) is less than about 2 nm, characterized in that: - the ratio of Ga in the semiconductor of the second layer which is closest to the first layer is between about 0.6 and 0.1, and/or the ratio of Ga in the average composition of the set comprising the second layer which is closest to the first layer and the third layer which is closest to the first layer is higher than about 0.2, and - the ratios of Ga in the semiconductors within each of the second layers and of the third layers are constant. - a substrate, - a first layer comprising GaN and arranged on the substrate, - a stack composed of several second and third layers (108, 110) arranged alternately on each other, located between the substrate and the first layer, and such that the semiconductor of the second layers is Al X Ga (1-X) N with 0 ≤ X < 1 and the semiconductor of the third layers is GaN, - the material of the substrate comprises a lattice parameter different of that of GaN, - the ratio of Ga of the semiconductor of the second layers varies and increases from one second layer to the next along a direction from the substrate to the first layer, and - the thickness of each of the second and third layers (108, 110) is less than about 2 nm, - the ratio of Ga in the semiconductor of the second layer which is closest to the first layer is between about 0.6 and 0.1, and/or the ratio of Ga in the average composition of the set comprising the second layer which is closest to the first layer and the third layer which is closest to the first layer is higher than about 0.2, and - the ratios of Ga in the semiconductors within each of the second layers and of the third layers are constant.
Probiotics comprising bacteria for use in the treatment of and/or in the prevention of and/or in the reduction of symptoms associated with diverticular disease, in subjects affected by Symptomatic Uncomplicated Diverticular Disease preceded by Acute Diverticulis (SUDD+AD) and wherein said bacteria is Lactobacillus paracasei DG, CNCM 1-1572.
A steam turbine, comprising: a casing defining an interior cavity, wherein the casing comprises a first casing half and a second casing half, which are connected to one another to form the casing, wherein the first and second casing halves have an inner surface (22a, 22b), wherein an interior surface of the first casing half has a first portion with a first curvature and a second portion (24a, 24c) with a second curvature, wherein the first curvature and the second curvature are different, and wherein an interior surface of the second casing half has a first portion with a first curvature and a second portion (26a, 26c) with a second curvature, wherein the first curvature and the second curvature are different, characterized in that the first casing half and the second casing half are connected at a split line, wherein, at the split line, the first casing half and the second casing half are configured such that an internal pressure causes flat edges of each of the first casing half and the second casing half to rotate towards one another to create a seal. a casing defining an interior cavity, wherein the casing comprises a first casing half and a second casing half, which are connected to one another to form the casing, wherein the first and second casing halves have an inner surface (22a, 22b), wherein an interior surface of the first casing half has a first portion with a first curvature and a second portion (24a, 24c) with a second curvature, wherein the first curvature and the second curvature are different, and wherein an interior surface of the second casing half has a first portion with a first curvature and a second portion (26a, 26c) with a second curvature, wherein the first curvature and the second curvature are different, characterized in that the first casing half and the second casing half are connected at a split line, wherein, at the split line, the first casing half and the second casing half are configured such that an internal pressure causes flat edges of each of the first casing half and the second casing half to rotate towards one another to create a seal.