mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing system comprising: a first manufacturing station configured to perform a first manufacturing operation; a first securing member at the first manufacturing station, wherein the first securing member secures a frame at a known location at the first manufacturing station; a second manufacturing station configured to perform a second manufacturing operation; and a second securing member at the second manufacturing station, wherein the second securing member secures the frame at a known location at the second manufacturing station, wherein the first securing member and the second securing member are configured to engage with an alignment tab on the frame such that a position of a material maintained by the frame is known relative to both the first manufacturing station and the second manufacturing station when the first securing member and the second securing member secure the frame respectively, wherein the material maintained by the frame is reversibly joined to the frame without piercing the material, and wherein the material maintained by the frame is reversibly joined to the frame using a gasket (390, 393, 395)-based securement. wherein the material maintained by the frame is reversibly joined to the frame without piercing the material, and wherein the material maintained by the frame is reversibly joined to the frame using a gasket (390, 393, 395)-based securement.
A method for managing user provisioning of at least one service in a IMS network comprising the steps of: a) receiving service traffic information of the user for the at least one service from the IMS network at a managing node; b) checking in the managing node if said service traffic information of the user meets a set of predefined criteria in the managing node; c) if the service traffic information of the user does not meet the set of criteria, said user is marked as non-active for the at least one service by the managing node and it sends an indication to a configuration server, indicating that said user has been marked as non-active for the at least one service; and d) after receiving said indication the configuration server, sending a message to a Home subscriber server, HSS, telling the HSS to delete the data of said user, said message including a user identification of said user a) receiving service traffic information of the user for the at least one service from the IMS network at a managing node; b) checking in the managing node if said service traffic information of the user meets a set of predefined criteria in the managing node; c) if the service traffic information of the user does not meet the set of criteria, said user is marked as non-active for the at least one service by the managing node and it sends an indication to a configuration server, indicating that said user has been marked as non-active for the at least one service; and d) after receiving said indication the configuration server, sending a message to a Home subscriber server, HSS, telling the HSS to delete the data of said user, said message including a user identification of said user
A purified polypeptide comprising SEQ ID NO: 12 or at least 20 contiguous amino acids of SEQ ID NO: 12, wherein the at least 20 contiguous amino acids are chosen from amino acids 16-150 or 209-240 of SEQ ID NO: 12.
A system adapted for use with a centrifugal force comprising a sample port and a surface, wherein the surface comprises a plurality of channels arranged radially on the surface, each of said channels containing an immobilized capture ligand positioned at the peripheral edge of each channel and a conjugate located upstream of the immobilized capture ligand in each channel; wherein the conjugate comprises a detectable entity conjugated to a binding partner that is capable of specifically binding to an analyte in the sample to form a complex and wherein the complex is captured by the capture ligand; wherein the sample port is in fluid communication with said plurality of channels; and when a centrifugal force is applied to the surface and the sample port, the centrifugal force causes a sample deposited in the sample port to move through each of the channels and sequentially contact the conjugate and capture ligand.
A peptide of 7-50 amino acids in length comprising the amino acid sequence of (i), wherein each amino acid symbol immediately followed by symbol is a D form of the amino acid: (i) the amino acid sequence of T I T W P T M. (i) the amino acid sequence of T I T W P T M.
Apparatus for applying ribbon in a nonlinear pattern to a web, the apparatus comprising: a guide assembly including a pair of spaced-apart support arms, a shaft extending between said arms and a rotatable roller mounted on the shaft and adapted to guide the ribbon onto the web as the web is moving in a first direction; and a reciprocating device for moving at least the roller of the guide assembly back and forth along an axis of motion, the axis of motion being other than parallel to the first direction. a guide assembly including a pair of spaced-apart support arms, a shaft extending between said arms and a rotatable roller mounted on the shaft and adapted to guide the ribbon onto the web as the web is moving in a first direction; and a reciprocating device for moving at least the roller of the guide assembly back and forth along an axis of motion, the axis of motion being other than parallel to the first direction.
A wearable external infusion device for infusing a fluid into a body comprising: a first module, said module being compact so that it can be worn under clothing, said first module including a first housing, an alarm in the first housing, a reservoir in the first housing to hold a fluid, and a pump in the first housing, adapted to pump the fluid from the reservoir; and a second module adapted to removably attach to the first module, the second module including a second housing, and a display in the second housing, wherein the second module communicates with the first module to provide a fluid delivery program for the flow of the fluid from the first housing; wherein the first and second modules (200, 100) have sliding or snapping parts (102, 202) that mate to removably attach the first module to the second module; the first module being adapted to continue delivering fluid according to the fluid delivery program when the first module is not attached to the second module; thereby enabling the first module to be worn without the second module making the infusion device lighter and less bulky than with both modules. a first module, said module being compact so that it can be worn under clothing, said first module including a first housing, an alarm in the first housing, a reservoir in the first housing to hold a fluid, and a pump in the first housing, adapted to pump the fluid from the reservoir; and a second module adapted to removably attach to the first module, the second module including a second housing, and a display in the second housing, wherein the first and second modules (200, 100) have sliding or snapping parts (102, 202) that mate to removably attach the first module to the second module; the first module being adapted to continue delivering fluid according to the fluid delivery program when the first module is not attached to the second module; thereby enabling the first module to be worn without the second module making the infusion device lighter and less bulky than with both modules.
Use of the anelloviral load as a marker for immunosuppression, comprising determining the anelloviral load by measuring the level of anellovirus DNA in a biological sample of a subject.
An electric lamp (102, 202, 302, 402, 502, 602, 702) comprising a primary semiconductor light source (104, 204, 304, 404, 504, 604, 704) having a primary optical axis, positioned in thermal communication with a primary reflector (106, 206, 306, 406, 510, 608, 708), wherein the primary reflector is configured for transferring heat generated by the primary semiconductor light source during operation away from said primary semiconductor light source, whereby said primary reflector is plate-like in configuration, extending in a predetermined plane that is transverse to the primary optical axis, the primary semiconductor light source is mounted to the primary reflector and the primary reflector is reflective, transparent and/or translucent, and the electric lamp further comprises a primary transparent optical chamber mounted to the primary reflector for accommodating the primary semiconductor light source.
An ultraviolet light-emitting module for disinfecting one or more components, the UV light-emitting module comprising: an enclosure comprising: a rear wall; a face plate spaced from the rear wall and comprising a light-transmitting aperture; and at least one sidewall (330, 334, 338, 342) extending between the rear wall and the face plate; at least one UV light emitter within the enclosure; at least one UV light emitter support (322, 323, 450) within the enclosure, fabricated from a fluoropolymer, and at least one UV light emitter support (322, 323, 450) within the enclosure fabricated from a conductive material; and at least one cooling feature selected from a sidewall ventilation opening (348, 349) in the at least one sidewall and a heat sink feature extending from the rear wall. an enclosure comprising: a rear wall; a face plate spaced from the rear wall and comprising a light-transmitting aperture; and at least one sidewall (330, 334, 338, 342) extending between the rear wall and the face plate; a rear wall; a face plate spaced from the rear wall and comprising a light-transmitting aperture; and at least one sidewall (330, 334, 338, 342) extending between the rear wall and the face plate; at least one UV light emitter within the enclosure; at least one UV light emitter support (322, 323, 450) within the enclosure, fabricated from a fluoropolymer, and at least one UV light emitter support (322, 323, 450) within the enclosure fabricated from a conductive material; and at least one cooling feature selected from a sidewall ventilation opening (348, 349) in the at least one sidewall and a heat sink feature extending from the rear wall.
A method for manufacturing a glass container including a step of shaping a parison by means of a mold whose at least one surface is coated with a lubricant interfaced between said parison and said mold surface, characterized in that said lubricant is a solid lubricant made of tungsten disulfide obtained by spraying a tungsten disulfide powder.
A gas turbine engine comprising a low drag surface (45, 55, 65, 75, 85, 95) for a fluid washed object, the low drag surface comprising: an aerodynamic surface (46, 56, 66, 76, 86, 96) comprising a cut-out region, and a continuously translatable surface (51, 52, 72, 92) comprising a surface portion (57, 77, 97), wherein the surface portion (57, 77, 97) is positioned in the cut-out region such that the aerodynamic surface (46, 56, 66, 76, 86, 96) and the surface portion (57, 77, 97) form a fluidwash surface, and the surface portion is translatable relative to the aerodynamic surface; and the low drag surface is located either at an intake (12, 32) to the gas turbine engine, or at an external surface of a nacelle (21, 44, 54) of the gas turbine engine. an aerodynamic surface (46, 56, 66, 76, 86, 96) comprising a cut-out region, and a continuously translatable surface (51, 52, 72, 92) comprising a surface portion (57, 77, 97), wherein the surface portion (57, 77, 97) is positioned in the cut-out region such that the aerodynamic surface (46, 56, 66, 76, 86, 96) and the surface portion (57, 77, 97) form a fluidwash surface, and the surface portion is translatable relative to the aerodynamic surface; and the low drag surface is located either at an intake (12, 32) to the gas turbine engine, or at an external surface of a nacelle (21, 44, 54) of the gas turbine engine.
A medicament delivery device, comprising: a tubular housing having a proximal end and an opposite distal end; a drive configured to exert force on a medicament container to expel medicament; and a drive holder configured to releasably hold the drive in a pre-tensioned state before delivery of the medicament, wherein the drive holder comprises a tubular extension part for receiving the drive to be axially movable therein and a release ring coaxially arranged on the tubular extension part, the release ring being axially movable between proximal and distal positions along the outer surface of the tubular extension part, and wherein the tubular extension part is configured to engage with the drive when the release ring is at the proximal position and release the drive as the release ring moves distally leaving the proximal position, and characterized in that the release ring includes at least one pair of lock arms extending in a proximal direction, said at least one pair of lock arms being configured to engage with a corresponding slot formed on the outer surface of the tubular extension part when the release ring is at the proximal position. a tubular housing having a proximal end and an opposite distal end; a drive configured to exert force on a medicament container to expel medicament; and a drive holder configured to releasably hold the drive in a pre-tensioned state before delivery of the medicament, wherein the drive holder comprises a tubular extension part for receiving the drive to be axially movable therein and a release ring coaxially arranged on the tubular extension part, the release ring being axially movable between proximal and distal positions along the outer surface of the tubular extension part, and wherein the tubular extension part is configured to engage with the drive when the release ring is at the proximal position and release the drive as the release ring moves distally leaving the proximal position, and characterized in that the release ring includes at least one pair of lock arms extending in a proximal direction, said at least one pair of lock arms being configured to engage with a corresponding slot formed on the outer surface of the tubular extension part when the release ring is at the proximal position.
A support device for equipment, in particular air-conditioning installation units, comprising a support leg which extends in an axial direction between a first end which is provided for support on the ground and a second axially opposite end, the leg having a self-carrying structure and comprising a bracket-like portion which is formed so as to be integral with the leg and which projects therefrom transversely relative to the axial direction, in a position between the ends (2a, 2b), the portion defining a surface which is suitable for supporting in a supporting manner a condensate collection tank, the support leg comprising, at the second end, connection means which are capable of cooperating with respective connection counter-means which are provided on a cross-member which is capable of removably connecting a pair of the legs, characterized in that the connection means are also provided at the first end of the leg with a symmetrical and specular configuration with respect to a centre plane of the leg which extends perpendicularly to the axial direction.
A method for operating a display device wearable at the head in a motor vehicle, characterized in that at least the condition is examined if a further vehicle occupant except for a driver is not in the motor vehicle if the motor vehicle is not operated in an autonomous drive mode, and if this condition is satisfied, the following restriction is performed at the display device with respect to a display of contents: - the display of any contents is prevented if the display device is virtual reality goggles; or - exclusively the display of contents relevant to traffic by means of the display device is allowed if the display device is augmented reality goggles; wherein, if a further vehicle occupant is in the motor vehicle, it is examined as a further condition if this vehicle occupant is behind respective front seats of the motor vehicle, and only if this further condition is satisfied, the display of any contents by means of the display device is allowed, wherein, if the further condition is not satisfied, the restriction is performed. at least the condition is examined if a further vehicle occupant except for a driver is not in the motor vehicle if the motor vehicle is not operated in an autonomous drive mode, and if this condition is satisfied, the following restriction is performed at the display device with respect to a display of contents: - the display of any contents is prevented if the display device is virtual reality goggles; or - exclusively the display of contents relevant to traffic by means of the display device is allowed if the display device is augmented reality goggles; - the display of any contents is prevented if the display device is virtual reality goggles; or - exclusively the display of contents relevant to traffic by means of the display device is allowed if the display device is augmented reality goggles; wherein, if a further vehicle occupant is in the motor vehicle, it is examined as a further condition if this vehicle occupant is behind respective front seats of the motor vehicle, and only if this further condition is satisfied, the display of any contents by means of the display device is allowed, wherein, if the further condition is not satisfied, the restriction is performed.
A data center, comprising: a first tier comprising a first server; a second tier adapted to connect to the first tier, the second tier comprising a second server; and a third tier adapted to connect to the second tier, the third tier comprising a third server, wherein at least one of the first server, the second server and the third server processes a plurality of different traffic types over a single fabric, characterrized by a converged network controller (further referred as "CNC") architecture adapted to support said different types of traffic and a functionality split. a first tier comprising a first server; a second tier adapted to connect to the first tier, the second tier comprising a second server; and a third tier adapted to connect to the second tier, the third tier comprising a third server, wherein at least one of the first server, the second server and the third server processes a plurality of different traffic types over a single fabric, characterrized by a converged network controller (further referred as "CNC") architecture adapted to support said different types of traffic and a functionality split.
A double filter plate for usage in a horizontal plate filter press comprising: a first individual filter plate having a filter chamber, one or more filtrate ports, at least one feed eye port, and at least one handle; a second individual filter plate having a filter chamber, one or more filtrate ports, at least one feed eye port, and at least one handle; the first and second individual filter plates being separate components but mechanically joined together within the same plane to form said double filter plate, said first and second individual filter plates having a height and a width; the double filter plate comprising one or more spacer bars (182', 282', 382', 582', 682', 1082', 1682') between said first and second individual filter plates, said spacer bars extending in parallel to the height of the filter plates; the first and the second individual filter plates and the one or more spacer bars being separate components but mechanically joined together to form said double filter plate; characterized in that the one or more spacer bars comprises a filtering area. a first individual filter plate having a filter chamber, one or more filtrate ports, at least one feed eye port, and at least one handle; a second individual filter plate having a filter chamber, one or more filtrate ports, at least one feed eye port, and at least one handle; the first and second individual filter plates being separate components but mechanically joined together within the same plane to form said double filter plate, said first and second individual filter plates having a height and a width; the double filter plate comprising one or more spacer bars (182', 282', 382', 582', 682', 1082', 1682') between said first and second individual filter plates, said spacer bars extending in parallel to the height of the filter plates; the first and the second individual filter plates and the one or more spacer bars being separate components but mechanically joined together to form said double filter plate; characterized in that the one or more spacer bars comprises a filtering area.
An electrical machine with a cooling device with at least one closed-off capillary, within which there is a cooling fluid (13, 14) and which is incorporated in a clearance in a laminated core of the electrical machine in such a way that the capillary is connected to the laminated core in a heat-conducting manner and partially protrudes out of the laminated core, so that the capillary has a cold end, arranged outside the laminated core, and a warm end, arranged within the laminated core, wherein the cooling fluid (13, 14) and the degree of filling of the capillary with the cooling fluid (13, 14) are chosen such that, during the operation of the electrical machine, an introduction of heat from the laminated core into the capillary leads to an evaporation of the cooling fluid (13, 14), and the cold end of the capillary can be cooled in such a way that the vapor occurring during the evaporation condenses and the heat introduced into the capillary can be removed from the capillary, characterized in that the degree of filling of the capillary with the cooling fluid (13, 14) is chosen such that the molar volume of the cooling fluid (13, 14) in the capillary is substantially the critical molar volume.
A polypropylene composition having a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 in the range of 5 to 50 g/10min, the polypropylene composition comprising (a) 55 to 75 wt.-%, based on the total weight of the polypropylene composition, of a crystalline fraction as determined in the CRYSTEX QC method, the crystalline fraction having i) a melting temperature (T m) measured by differential scanning calorimetry between 147°C and 162°C, and ii) an ethylene content of ≤ 1 wt.-%, based on the total weight of the crystalline fraction; and (b) 25 to 45 wt.-%, based on the total weight of the polypropylene composition, of a soluble fraction as determined in the CRYSTEX QC method, the soluble fraction having i) an intrinsic viscosity in the range of 1.0 to 2.0 dl/g, and ii) an ethylene content in the range of 18 to 40 wt.-%, based on the total weight of the soluble fraction, wherein said polypropylene composition has a ratio of intrinsic viscosity of the soluble fraction (IV) to intrinsic viscosity of the crystalline fraction (IV) [(IV)/ (IV)] in the range from 0.7 to < 1.2. (a) 55 to 75 wt.-%, based on the total weight of the polypropylene composition, of a crystalline fraction as determined in the CRYSTEX QC method, the crystalline fraction having i) a melting temperature (T m) measured by differential scanning calorimetry between 147°C and 162°C, and ii) an ethylene content of ≤ 1 wt.-%, based on the total weight of the crystalline fraction; and i) a melting temperature (T m) measured by differential scanning calorimetry between 147°C and 162°C, and ii) an ethylene content of ≤ 1 wt.-%, based on the total weight of the crystalline fraction; and (b) 25 to 45 wt.-%, based on the total weight of the polypropylene composition, of a soluble fraction as determined in the CRYSTEX QC method, the soluble fraction having i) an intrinsic viscosity in the range of 1.0 to 2.0 dl/g, and ii) an ethylene content in the range of 18 to 40 wt.-%, based on the total weight of the soluble fraction, i) an intrinsic viscosity in the range of 1.0 to 2.0 dl/g, and ii) an ethylene content in the range of 18 to 40 wt.-%, based on the total weight of the soluble fraction,