mhurhangee/ep-ind-claims huggingface dataset:
A method for creating a required vacuum level within a milking system, said milking system comprising at least two variable speed vacuum pumps (P1, P2), comprising the steps of: - utilizing a first variable speed vacuum pump for creating the required vacuum level within said milking system, - monitoring the vacuum level requirement within the milking system, and when the vacuum level requirement of the milking system is such that the speed of said first variable speed vacuum pump reaches a first speed threshold, which is within the interval of 60-95% of the maximum speed of said first variable speed vacuum pump, then - starting a second variable speed vacuum pump, and - running said first and second variable speed vacuum pumps (P1, P2) in parallel, controlled based on the same control signal, for creating the required vacuum level. - utilizing a first variable speed vacuum pump for creating the required vacuum level within said milking system, - monitoring the vacuum level requirement within the milking system, and when the vacuum level requirement of the milking system is such that the speed of said first variable speed vacuum pump reaches a first speed threshold, which is within the interval of 60-95% of the maximum speed of said first variable speed vacuum pump, then - starting a second variable speed vacuum pump, and - running said first and second variable speed vacuum pumps (P1, P2) in parallel, controlled based on the same control signal, for creating the required vacuum level.
A tool for press-forming and flanging the edges of a vehicle bonnet by means of a press, of the type which is equipped with a punch for shaping the bonnet, the punch having a shape which is complementary to the shape of the bonnet and which is overall trapezoidal, decreasing towards the front, characterized in that the punch comprises: - a fixed front part delimiting a first transverse front die for the flanging of a first front edge of the bonnet with an undercut, a second longitudinal lateral die and a third longitudinal lateral die for the flanging of a second lateral edge and of a third lateral edge of the bonnet with an undercut respectively, - a rear part which extends transversely at the rear of the front part and which is mounted so as to move longitudinally from the back to the front, from a working position in which the rear part and the front part of the punch are arranged so as to form the bonnet, and a decapping position, in which the rear part is advanced towards the front part to permit the bonnet to be withdrawn from the punch, which allows the required space of the punch to be reduced such that the dies free the edges with undercut of the bonnet, to permit the withdrawal of the bonnet. - a fixed front part delimiting a first transverse front die for the flanging of a first front edge of the bonnet with an undercut, a second longitudinal lateral die and a third longitudinal lateral die for the flanging of a second lateral edge and of a third lateral edge of the bonnet with an undercut respectively, - a rear part which extends transversely at the rear of the front part and which is mounted so as to move longitudinally from the back to the front, from a working position in which the rear part and the front part of the punch are arranged so as to form the bonnet, and a decapping position, in which the rear part is advanced towards the front part to permit the bonnet to be withdrawn from the punch, which allows the required space of the punch to be reduced such that the dies free the edges with undercut of the bonnet, to permit the withdrawal of the bonnet.
A helmet, comprising a liner formed from a material (10,20,30), the material (10,20,30) comprising: first and second layers of material (11,21,31,12,22,32); and a low friction interface arranged between the layers to enable sliding of the first layer of material (11,21,31) relative to the second layer of material (12,22,32); characterised in that at least one of the first and second layers of material (11,21,31,12,22,32) are formed from a material that is at least one of a textile, a cloth, a fabric and a felt. first and second layers of material (11,21,31,12,22,32); and a low friction interface arranged between the layers to enable sliding of the first layer of material (11,21,31) relative to the second layer of material (12,22,32); characterised in that at least one of the first and second layers of material (11,21,31,12,22,32) are formed from a material that is at least one of a textile, a cloth, a fabric and a felt.
A base plate for an ostomy appliance, the base plate comprising an adhesive wafer for adhering the base plate to a skin area of a user, the adhesive wafer defining a first through-going passage for receiving a stoma of a user, wherein the base plate comprises a convex supporting device which is secured to the adhesive wafer in a first zone, wherein the convex supporting device comprises a second through-going passage and defines a first bending axis and a second bending axis both of which axes define a right angle with a centre axis of the through-going passage, and wherein a resistance to bending is higher when bending the base plate about the second bending axis than a resistance to bending when bending the base plate about the first bending axis, characterized in that a bending resistance of the base plate about the first bending axis is below a first predetermined level of 2 Newton per 20 mm, and an axial compression resistance of the base plate in a direction parallel to the centre axis is above a second predetermined level of 10 Newton per 3 mm.
A positioning element for axially displacing a camshaft supported so as to be displaceable along a camshaft axis (A N) or a camshaft section supported on a shaft so as to be displaceable along a camshaft axis (A N), wherein - the positioning element is movable between a first position and a second position, - the positioning element includes a guide section, with which in the first position, one or more projections of a camshaft supported so as to be axially displaceable or of a camshaft section supported so as to be axially displaceable cooperate in such a way that the camshaft or the camshaft section is axially displaceable by rotation about the camshaft axis (A N), and - in the second position, the projection does not cooperate with the guide section, - the guide section comprises one or more guide surfaces of the positioning element, which are inclined at least in sections in relation to a central plane of the positioning element, wherein the guide section comprises a first guide surface (32 1) and a second guide surface (32 2), wherein the first guide surface (32 1) und the second guide surface (32 2) are inclined in opposite directions in relation to the central plane and are the external surfaces of the positioning element, which limit the positioning element towards the outside, characterised in that the guide section has one or more guide grooves that are inclined at least in sections in relation to a central plane, and the guide section has a first guide groove (34 1) and a second guide groove (34 2), wherein the first guide groove (34 1) and the second guide groove (34 2) are inclined in opposite directions in relation to the central plane. - the positioning element is movable between a first position and a second position, - the positioning element includes a guide section, with which in the first position, one or more projections of a camshaft supported so as to be axially displaceable or of a camshaft section supported so as to be axially displaceable cooperate in such a way that the camshaft or the camshaft section is axially displaceable by rotation about the camshaft axis (A N), and - in the second position, the projection does not cooperate with the guide section, - the guide section comprises one or more guide surfaces of the positioning element, which are inclined at least in sections in relation to a central plane of the positioning element, wherein the guide section comprises a first guide surface (32 1) and a second guide surface (32 2), wherein the first guide surface (32 1) und the second guide surface (32 2) are inclined in opposite directions in relation to the central plane and are the external surfaces of the positioning element, which limit the positioning element towards the outside,
A process comprising subjecting a benefit agent delivery composition comprising one or more encapsulated benefit agents and greater than 0.1%, greater than 2.0%, greater than 5%, greater than 10% or even a range of greater than 10% up to 40% shell particles to an operation selected from the group consisting of centrifugation, filtration, solvent exchange, flash evaporation, decantation, flotation separation, spray drying, reactive adsorption, reactive absorption, electrophoretic separation, and combinations thereof, for a sufficient period of time to reduce the percentage of said shell particles in said benefit agent delivery composition by at least 20%, at least 50%, at least 70%, at least 80%, at least 85%, at least 90%, at least 95% at least 99.9% or even from 99.9% to 99.999%, wherein said shell particles are essentially devoid of benefit agent and act as reservoirs for the by-products of the encapsulation process.
A method of generating data to control the ejection of ink drops from a plurality of arrays of printhead nozzles of a printing system, one of the arrays of nozzles configured to eject a first ink of a first colour having a first colourant density, and one of the arrays of nozzles configured to eject a second ink of the first colour having a second colourant density, each array of nozzles capable of making ink marks having a plurality of different ink mark volumes on a media, the method comprising: obtaining image data for a single colour channel; and generating, from the image data, multi-level screen data describing, for each of the first and second inks, the ink mark volume to be made by the array of printhead nozzles at each ink mark location; characterized in that the step of generating multi-level screen data further comprises: performing 1-bit halftone screening on a first portion of the image data to generate 1-bit halftone screen data; and generating the multi-level screen data from a second portion of the image data and the generated 1-bit halftone screen data; wherein the second portion of the image data comprises most significant bits of each pixel of the image data, and wherein the first portion of the image data is the remaining bits of each pixel of the image data. obtaining image data for a single colour channel; and generating, from the image data, multi-level screen data describing, for each of the first and second inks, the ink mark volume to be made by the array of printhead nozzles at each ink mark location; characterized in that the step of generating multi-level screen data further comprises: performing 1-bit halftone screening on a first portion of the image data to generate 1-bit halftone screen data; and generating the multi-level screen data from a second portion of the image data and the generated 1-bit halftone screen data; wherein the second portion of the image data comprises most significant bits of each pixel of the image data, and wherein the first portion of the image data is the remaining bits of each pixel of the image data. performing 1-bit halftone screening on a first portion of the image data to generate 1-bit halftone screen data; and generating the multi-level screen data from a second portion of the image data and the generated 1-bit halftone screen data; wherein the second portion of the image data comprises most significant bits of each pixel of the image data, and wherein the first portion of the image data is the remaining bits of each pixel of the image data.
An acetabular reamer handle comprising: a hollow shaft having a plurality of shaft sections comprising: a distal shaft section having a distal end and a proximal end; and an additional shaft section (20B, 20C) having a distal end that is pivotally attached to the proximal end of the distal shaft section to allow the additional shaft section and the distal shaft section to be adjustably oriented at an angle relative to each other; a hollow neck part having a longitudinal axis; a driveline extending through the shaft and the neck part, wherein a head part of the driveline is mounted for rotation about the longitudinal axis of the neck part and is connectable to an acetabular reamer, wherein the distal end of the distal shaft section is pivotally attached to a proximal end of the neck part to allow the distal shaft section and the neck part to be adjustably oriented at an angle relative to each other. a hollow shaft having a plurality of shaft sections comprising: a distal shaft section having a distal end and a proximal end; and an additional shaft section (20B, 20C) having a distal end that is pivotally attached to the proximal end of the distal shaft section to allow the additional shaft section and the distal shaft section to be adjustably oriented at an angle relative to each other; a distal shaft section having a distal end and a proximal end; and an additional shaft section (20B, 20C) having a distal end that is pivotally attached to the proximal end of the distal shaft section to allow the additional shaft section and the distal shaft section to be adjustably oriented at an angle relative to each other; a hollow neck part having a longitudinal axis; a driveline extending through the shaft and the neck part, wherein a head part of the driveline is mounted for rotation about the longitudinal axis of the neck part and is connectable to an acetabular reamer, wherein the distal end of the distal shaft section is pivotally attached to a proximal end of the neck part to allow the distal shaft section and the neck part to be adjustably oriented at an angle relative to each other.
A method of wireless communication, performed by a wireless communication device, comprising: measuring signal strength of a received on-going transmission; checking, based on the received on-going transmission, whether a condition for a spatial reuse transmission sharing time and/or frequency of the on-going transmission is met, wherein checking the condition comprises tracking a spatial reuse duration of the spatial reuse transmission; performing, within the spatial reuse duration, an enhanced distributed channel access mechanism over the on-going transmission for the spatial reuse transmission, wherein the enhanced distributed channel access mechanism comprises calculating a target transmission power for initiating the spatial reuse transmission over the on-going transmission; and transmitting, based on the enhanced distributed channel access mechanism, the spatial reuse transmission over the on-going transmission. measuring signal strength of a received on-going transmission; checking, based on the received on-going transmission, whether a condition for a spatial reuse transmission sharing time and/or frequency of the on-going transmission is met, wherein checking the condition comprises tracking a spatial reuse duration of the spatial reuse transmission; performing, within the spatial reuse duration, an enhanced distributed channel access mechanism over the on-going transmission for the spatial reuse transmission, wherein the enhanced distributed channel access mechanism comprises calculating a target transmission power for initiating the spatial reuse transmission over the on-going transmission; and transmitting, based on the enhanced distributed channel access mechanism, the spatial reuse transmission over the on-going transmission.
An electronic vapour inhaler (10, 110) comprising: a housing; an induction heating arrangement arranged to inductively heat an induction heatable element (28, 46, 62, 70, 90) of a cartridge (26, 44, 56, 60, 68, 84) or capsule inserted into the housing to heat a flavour-release medium (30, 54, 64, 78, 86) within the cartridge or capsule; a control arrangement which is arranged to energise the induction heating arrangement to inductively heat the induction heatable element and thereby heat the flavour-release medium; the control arrangement being further arranged to recognise an inserted capsule or cartridge by detecting a characteristic of the induction heatable element and to control the operation of the induction heating arrangement based on the detected characteristic; characterized in that the control arrangement is arranged to detect a change in the electromagnetic field generated by the interaction between the induction heatable element and the induction heating arrangement during insertion of a capsule or cartridge into the housing. a housing; an induction heating arrangement arranged to inductively heat an induction heatable element (28, 46, 62, 70, 90) of a cartridge (26, 44, 56, 60, 68, 84) or capsule inserted into the housing to heat a flavour-release medium (30, 54, 64, 78, 86) within the cartridge or capsule; a control arrangement which is arranged to energise the induction heating arrangement to inductively heat the induction heatable element and thereby heat the flavour-release medium; the control arrangement being further arranged to recognise an inserted capsule or cartridge by detecting a characteristic of the induction heatable element and to control the operation of the induction heating arrangement based on the detected characteristic; characterized in that the control arrangement is arranged to detect a change in the electromagnetic field generated by the interaction between the induction heatable element and the induction heating arrangement during insertion of a capsule or cartridge into the housing.
A chlorinated poly(propylene carbonate) represented by formula: wherein x is an integer of 0-3; y is an integer of 0-2; and n is degree of polymerization.
A dental appliance precursor, comprising: a dental appliance comprising a plurality of teeth receiving cavities, the appliance comprising a buccal wall and a lingual wall to at least partially define the plurality of teeth receiving cavities; and a support comprising a plurality of extensions coupled to the dental appliance, the support comprising a holder to couple to an additive manufacturing machine, the support extending between the holder and the appliance; wherein the dental appliance comprises an occlusal plane and is formed from a plurality of deposition layers of material oriented at an angle between 10 and 85 degrees with respect to the occlusal plane. a dental appliance comprising a plurality of teeth receiving cavities, the appliance comprising a buccal wall and a lingual wall to at least partially define the plurality of teeth receiving cavities; and a support comprising a plurality of extensions coupled to the dental appliance, the support comprising a holder to couple to an additive manufacturing machine, the support extending between the holder and the appliance; wherein the dental appliance comprises an occlusal plane and is formed from a plurality of deposition layers of material oriented at an angle between 10 and 85 degrees with respect to the occlusal plane.
A method of wireless communication performed by a user equipment, UE, comprising: transmitting an indication that includes a set of indexes corresponding to a set of downlink beams in uplink control information of a random access message, wherein each downlink beam of the set of downlink beams is different from a default beam corresponding to a preamble of the random access message and a random access occasion in which the random access message is transmitted, or wherein each downlink beam of the set of downlink beams is selected from a set of multiple downlink beams corresponding to the random access occasion; and monitoring for at least one of a random access response or a downlink communication subsequent to the random access response using the downlink beam indicated in the uplink control information, wherein the downlink beam is one of a plurality of downlink beams indicated in the uplink control information of the random access message, wherein the random access message is associated with a two-step random access channel procedure and the random access response instructs the UE to fall back to a four-step random access channel procedure. transmitting an indication that includes a set of indexes corresponding to a set of downlink beams in uplink control information of a random access message, wherein each downlink beam of the set of downlink beams is different from a default beam corresponding to a preamble of the random access message and a random access occasion in which the random access message is transmitted, or wherein each downlink beam of the set of downlink beams is selected from a set of multiple downlink beams corresponding to the random access occasion; and monitoring for at least one of a random access response or a downlink communication subsequent to the random access response using the downlink beam indicated in the uplink control information, wherein the downlink beam is one of a plurality of downlink beams indicated in the uplink control information of the random access message, wherein the random access message is associated with a two-step random access channel procedure and the random access response instructs the UE to fall back to a four-step random access channel procedure.
An enucleated red blood cell comprising an exogenous polypeptide comprising 4-1BBL or a functional fragment thereof, wherein the fragment is able to bind to and signal through the receptor 4-1BB.
Differential pressure measuring device comprising: - a pressure sensor comprising a substrate carrying a pressure-measuring member provided with a diaphragm having first and second opposite faces, the pressure sensor being configured to emit an electrical signal as a function of a difference between first and second pressures exerted on said first and second faces, respectively, the substrate carrying electronic components, said electronic components being coated by said resin; - a housing defining a cavity in which said pressure sensor is disposed, said cavity being partially filled with a resin so that said resin covers said substrate without contacting said membrane, characterized in that the housing defines an intermediate chamber into which opens a first conduit in fluid communication with a first pressure source, the intermediate chamber being separated, by a partition, from the cavity containing the pressure sensor so that the resin poured into the cavity to coat said substrate does not overflow into said intermediate chamber, a passage being provided at or above the top of the partition so as to place the intermediate chamber in fluid communication with a first chamber defined by said cavity and in contact with the first face of the diaphragm. - a pressure sensor comprising a substrate carrying a pressure-measuring member provided with a diaphragm having first and second opposite faces, the pressure sensor being configured to emit an electrical signal as a function of a difference between first and second pressures exerted on said first and second faces, respectively, the substrate carrying electronic components, said electronic components being coated by said resin; - a housing defining a cavity in which said pressure sensor is disposed, said cavity being partially filled with a resin so that said resin covers said substrate without contacting said membrane,