mhurhangee/ep-ind-claims huggingface dataset:
A functionally integratable catheter system (FICS), comprising: a FICS support catheter; a FICS dilator; a FICS PTA catheter; a FICS lock-grip handle; and a FICS steering hub, wherein the FICS dilator is configured as a hydraulically actuatable dilator, wherein the hydraulically actuatable dilator comprises an elongate tubular member forming the dilator shaft, characterized in that the elongate tubular member is formed as a three-lumen polymeric body comprising a hydraulic lumen, an inflation lumen and a hypotube or guide wire lumen, wherein the hydraulically actuatable dilator comprises at its tip portion a hydraulic chamber, formed between the proximal lateral surface of a distal seal, the distal lateral surface of a proximal seal, the internal surface of the elongated tubular member, and the external surface of a hypotube member coaxially positioned to the elongated tubular member, wherein the distal seal extends from the external hypotube surface and the proximal seal extends from the inner surface of the elongated tubular member. a FICS support catheter; a FICS dilator; a FICS PTA catheter; a FICS lock-grip handle; and a FICS steering hub, wherein the FICS dilator is configured as a hydraulically actuatable dilator, wherein the hydraulically actuatable dilator comprises an elongate tubular member forming the dilator shaft, characterized in that the elongate tubular member is formed as a three-lumen polymeric body comprising a hydraulic lumen, an inflation lumen and a hypotube or guide wire lumen, wherein the hydraulically actuatable dilator comprises at its tip portion a hydraulic chamber, formed between the proximal lateral surface of a distal seal, the distal lateral surface of a proximal seal, the internal surface of the elongated tubular member, and the external surface of a hypotube member coaxially positioned to the elongated tubular member, wherein the distal seal extends from the external hypotube surface and the proximal seal extends from the inner surface of the elongated tubular member.
Process for producing (meth)acrylate ester mixtures, characterized in that a glycerol formal isomer mixture is reacted with alkyl (meth)acrylate in the presence of a catalyst.
A gateway system for use as a gateway between a client device and a remote server, wherein the client device is configured to stream a data stream via the gateway system to the remote server for remote processing, comprising: - a network interface for receiving the data stream and markers which identify respective blocks of packets in the data stream, wherein each identified block of packets is independently processable without temporal dependencies with respect to packets from a previous block of packets; - a processor subsystem configured to, using the network interface: - in response to an instruction or configuration to effect a migration of the remote processing from the remote server to a further remote server, determine an identified block of packets in the data stream from which block of packets onwards the further remote server is to start processing the data stream so as to effect or initialize the migration; - when receiving the determined block of packets, stream the determined block of packets and subsequent blocks of packets of the data stream to the further remote server. - a network interface for receiving the data stream and markers which identify respective blocks of packets in the data stream, wherein each identified block of packets is independently processable without temporal dependencies with respect to packets from a previous block of packets; - a processor subsystem configured to, using the network interface: - in response to an instruction or configuration to effect a migration of the remote processing from the remote server to a further remote server, determine an identified block of packets in the data stream from which block of packets onwards the further remote server is to start processing the data stream so as to effect or initialize the migration; - when receiving the determined block of packets, stream the determined block of packets and subsequent blocks of packets of the data stream to the further remote server. - in response to an instruction or configuration to effect a migration of the remote processing from the remote server to a further remote server, determine an identified block of packets in the data stream from which block of packets onwards the further remote server is to start processing the data stream so as to effect or initialize the migration; - when receiving the determined block of packets, stream the determined block of packets and subsequent blocks of packets of the data stream to the further remote server.
Cooling device for cooling electrical components of a robot control device by means of a cooling air flow generated by a fan (12.1, 12.2), having a first receiving space (13.1) for first electrical components (14.1), a second receiving space (13.2) for second electrical components (14.2) and a heat sink wall which separates the first receiving space (13.1) from the second receiving space (13.2) in terms of flow and which has a first partition surface (16.1) facing the first receiving space (13.1) and an opposite, an interstice (13.3) of the heat sink wall facing a second partition wall surface (16.2) which is provided with at least one cooling wall projections forming a flow channel, and which heat sink wall has a cooling air passage opening which is formed, a cooling air flow conveyed by at least one fan (12.1, 12.2) of the cooling device from the first receiving space (1 3.1) through the heat sink wall into the interstice (13.3), characterized in that the cooling air passage opening is arranged in the area of a first end section (20.1) of the heat sink wall, the cooling wall projections form at least one first flow channel (21.1, 21.2, 21.3) which has a first inflow channel section starting from the passage opening and leading to a second end section (20.2) of the cooling body wall opposite the first end section (20.1) of the cooling body wall and has a first return flow channel section starting from the second end section (20.2) of the heat sink wall and leading back to the first end section (20.1) of the heat sink wall, on which first end section (20.1) a first blow-out opening is arranged which the cooling air exits from the interstice (13.3).
Rechargeable battery pack apparatus for an electric handheld power tool, comprising a housing device and a rechargeable battery pack having at least one pouch cell (21, 22, 23, 24), wherein a detecting device comprising a detecting element coupled to the rechargeable battery pack and comprising a sensor fixed with respect to the housing is provided, wherein the sensor is designed for detecting the detecting element when a distance between the detecting element and the sensor is below a defined distance, characterized in that at least one spring device (40, 41, 42, 43) is provided, applying to the detecting element a force which pushes the detecting element in a direction away from the sensor. wherein a detecting device comprising a detecting element coupled to the rechargeable battery pack and comprising a sensor fixed with respect to the housing is provided, wherein the sensor is designed for detecting the detecting element when a distance between the detecting element and the sensor is below a defined distance, characterized in that at least one spring device (40, 41, 42, 43) is provided, applying to the detecting element a force which pushes the detecting element in a direction away from the sensor.
Device for filling at least one container with filling product, comprising a product reservoir for receiving the filling product and a stirring element for stirring the filling product received in the product reservoir, wherein the immersion depth of the stirring element in the product reservoir is variable, wherein the stirring element is able to move at least between a stirring position in which the stirring element is immersed in the filling product and an idle position in which the stirring element is located completely or partially outside the filling product, characterised in that the device is configured such that the stirring element is arranged, in a regular filling operation, at least partially outside the filling product and, in the case of a disruption of the regular filling operation, is immersed in the filling product.
An intermediate symbol buffer, ISB, configuration comprising: a selector adapted to receive sets of symbols from a rake, wherein each symbol is associated with one of a plurality of spreading codes, and wherein each set of symbols is associated with one of f fingers and one of c carriers; a buffer adapted to buffer a predetermined number of the sets of symbols from the selector, wherein the predetermined number of sets of symbols comprise a first number of symbols associated with each one of the plurality of spreading codes from one of the f fingers and at least one of the c carriers; and a plurality of memory banks partitioned into a number of partitions such that symbols associated to a same spreading code of the plurality of spreading codes are written into a same partition associated with the same spreading code, wherein a memory bank of the plurality of memory banks is adapted to be placed in a low power state when the symbols in the memory bank are associated with spreading codes that have been determined to not be included in a subsequent covariance calculation. a selector adapted to receive sets of symbols from a rake, wherein each symbol is associated with one of a plurality of spreading codes, and wherein each set of symbols is associated with one of f fingers and one of c carriers; a buffer adapted to buffer a predetermined number of the sets of symbols from the selector, wherein the predetermined number of sets of symbols comprise a first number of symbols associated with each one of the plurality of spreading codes from one of the f fingers and at least one of the c carriers; and a plurality of memory banks partitioned into a number of partitions such that symbols associated to a same spreading code of the plurality of spreading codes are written into a same partition associated with the same spreading code, wherein a memory bank of the plurality of memory banks is adapted to be placed in a low power state when the symbols in the memory bank are associated with spreading codes that have been determined to not be included in a subsequent covariance calculation.
A method for hosting a safety critical application on an uncontrolled data processing device, the method comprising: initiating, with the uncontrolled data processing device, performing of a computation by the safety critical application using reference computational input to determine whether the safety critical application is functioning properly on the uncontrolled data processing device; comparing, using the uncontrolled data processing device, a result of the computation with a reference computational data to determine whether the result of the computation is unexpected or expected; and preventing, with the uncontrolled data processing device, safety critical features of the safety critical application from operating on the uncontrolled data processing device if the result of the computation is unexpected, wherein the preventing comprises disabling the safety critical features of the safety critical application from being executed on the uncontrolled data processing device and enabling non-safety critical features of the safety critical application to be executed on the uncontrolled data processing device, wherein the safety critical application is a medically-related application and the uncontrolled data processing device is a wireless personal device comprising a display, the uncontrolled data processing device configured to be in data communication with at least an analyte monitoring device. initiating, with the uncontrolled data processing device, performing of a computation by the safety critical application using reference computational input to determine whether the safety critical application is functioning properly on the uncontrolled data processing device; comparing, using the uncontrolled data processing device, a result of the computation with a reference computational data to determine whether the result of the computation is unexpected or expected; and preventing, with the uncontrolled data processing device, safety critical features of the safety critical application from operating on the uncontrolled data processing device if the result of the computation is unexpected, wherein the preventing comprises disabling the safety critical features of the safety critical application from being executed on the uncontrolled data processing device and enabling non-safety critical features of the safety critical application to be executed on the uncontrolled data processing device, wherein the safety critical application is a medically-related application and the uncontrolled data processing device is a wireless personal device comprising a display, the uncontrolled data processing device configured to be in data communication with at least an analyte monitoring device.
An anti-cancer compound or a pharmaceutically effective salt thereof selected from the group consisting of foretinib, GSK2126458, NVP-BHG712, ponatinib, saracatinib, temozolomide, thalidomide, vargatef, vincristine sulfate, and WZ 4002 for use in the prevention of HIV infection in a subject by either inhibiting HIV entry or priming uninfected cells to suppress LTR activation upon infection by HIV.
A process for manufacturing a nonwoven web, the process comprising: forming a bicomponent fiber, the bicomponent fiber comprising one or more primary polymer regions and two or more secondary polymer regions, wherein: the primary polymer regions comprise polyethylene; the secondary polymer regions comprise polypropylene, polyester, or polyamide; the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, or the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, or both; when the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, the primary polymer regions are at least partially formed from a feed nonwoven web material; when the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, the secondary polymer regions are at least partially formed from the feed nonwoven web material; and the feed nonwoven web material comprises: polyethylene; and polypropylene, polyester, or polyamide; and forming the bicomponent fiber into the nonwoven web. forming a bicomponent fiber, the bicomponent fiber comprising one or more primary polymer regions and two or more secondary polymer regions, wherein: the primary polymer regions comprise polyethylene; the secondary polymer regions comprise polypropylene, polyester, or polyamide; the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, or the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, or both; when the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, the primary polymer regions are at least partially formed from a feed nonwoven web material; when the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, the secondary polymer regions are at least partially formed from the feed nonwoven web material; and the feed nonwoven web material comprises: polyethylene; and polypropylene, polyester, or polyamide; and the primary polymer regions comprise polyethylene; the secondary polymer regions comprise polypropylene, polyester, or polyamide; the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, or the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, or both; when the primary polymer regions comprise at least 2.5 wt.% of polypropylene, polyester, or polyamide, the primary polymer regions are at least partially formed from a feed nonwoven web material; when the secondary polymer regions comprise at least 2.5 wt.% of polyethylene, the secondary polymer regions are at least partially formed from the feed nonwoven web material; and the feed nonwoven web material comprises: polyethylene; and polypropylene, polyester, or polyamide; and polyethylene; and polypropylene, polyester, or polyamide; and forming the bicomponent fiber into the nonwoven web.
An inking mechanism of an offset printing apparatus, comprising an ink vibrator; wherein a front side of the ink vibrator is connected to a first shaft through a first swinging arm; the first shaft is provided with a first inking roller; a back side of the ink vibrator is connected to a second shaft through a second swinging arm; the second shaft is provided with a second inking roller, wherein a left circular base and a right circular base which is opposite to the left circular base of the first inking roller are respectively provided with a first holder; the first holder is connected to the first shaft, the first holder is rotatably arranged relative to the first shaft, and the first holder is provided with a first roller bearer; a left circular base and a right circular base which is opposite to the left circular base of the second inking roller are respectively provided with a second holder; the second holder is connected to the second shaft, the second holder is rotatably arranged relative to the second shaft, and the second holder is provided with a second roller bearer and the first inking roller and the second inking roller are respectively cooperating with and roll oppositely with a plate roller; wherein the first swinging arm is closer than the second swinging arm to the first roller bearer or second roller bearer in an axial direction of the ink vibrator; characterized in that a first pull arm is connected between the first holder and the second swinging arm; the first holder and the second swinging arm are respectively hinged to the first pull arm; a second pull arm is connected between the second holder and the first swinging arm; the second holder and the first swinging arm are respectively hinged to the second pull arm.
A method of promoting the controlled release of orthosilicic acid on degradation of a composition comprising nanoparticles of a solid, hydrolysable silicon-containing material that includes at least 50 wt% silicon, said composition being suitable for use as a delivery system for a bioactive ingredient, the method involving the treatment of the surface of the silicon-containing material with a stabilizing agent selected from: organic compounds, including zwitterionic organic compounds, and organic salts having an amino or quaternary ammonium group and a group bearing either an -OH functionality deprotonated derivative thereof or an ester thereof; a molecule, especially a vitamin or enzyme, having a double conjugate binding group and an anionic head group; and a monomeric or dimeric sugar, which stabilising agent forms surface linkages to the silicon-containing material to modify the rate of hydrolysis of the silicon-containing material and/or which stabilises orthosilicic acid in solution by inhibiting the rate of orthosilicic acid polymerisation.
An air conditioner, comprising an evaporator, a condenser, a compressor, a liquid pump, and a liquid accumulator, characterized in that: the air conditioner further comprises a first ON/OFF control valve element, a first flow directional control valve element, a second ON/OFF control valve element, a second flow directional control valve element, a throttling device, a liquid pump bypass pipe with a third flow directional control valve element, and a compressor bypass pipe with a fourth flow directional control valve element; an inlet of the compressor is coupled to an outlet of the evaporator via the first ON/OFF control valve element, and an outlet of the compressor is coupled to an inlet of the condenser via the first flow directional control valve element; an inlet of the liquid pump is coupled to an outlet of the liquid accumulator via the second ON/OFF control valve element, and an outlet of the liquid pump is coupled to an inlet of the throttling device via the second flow directional control valve element; an outlet of the condenser is coupled to an inlet of the liquid accumulator, and an outlet of the throttling device is coupled to an inlet of the evaporator; an inlet of the compressor bypass pipe is coupled to the outlet of the evaporator, an outlet of the compressor bypass pipe is coupled to the inlet of the condenser, an inlet of the liquid pump bypass pipe is coupled to the outlet of the liquid accumulator, and an outlet of the liquid pump bypass pipe is coupled to the inlet of the throttling device.
A compound of formula: wherein: - n is an integer comprised between 1 and 15; - X 1 is chosen from the group consisting of:. a radical of formula: -CH 2 -S-(CH 2) k -S- wherein k is an integer comprised between 2 and 10, and. a radical of formula: - A 1 is chosen from the group consisting of:. a linear or branched alkylene radical A' 1, optionally substituted by at least one hydroxyl group, comprising from 2 to 30 carbon atoms, when X 1 is a radical of formula as defined above, and. a radical of formula -A 2 -O-, wherein A 2 is a linear or branched alkylene radical, comprising from 2 to 10 carbon atoms, when X 1 is a radical of formula as defined above, - X 2 is chosen from the group consisting of:. an alkoxy group of formula OR a, wherein R a is H or a linear or branched alkyl group comprising from 1 to 10 carbon atoms, when X 1 is a radical of formula as defined above, and. a linear or branched alkyl group A 3, optionally substituted by at least one hydroxyl group, optionally comprising at least one double bond, comprising from 2 to 30 carbon atoms, when X 1 is a radical of formula as defined above. - n is an integer comprised between 1 and 15; - X 1 is chosen from the group consisting of:. a radical of formula: -CH 2 -S-(CH 2) k -S- wherein k is an integer comprised between 2 and 10, and. a radical of formula:. a radical of formula: -CH 2 -S-(CH 2) k -S- wherein k is an integer comprised between 2 and 10, and. a radical of formula: - A 1 is chosen from the group consisting of:. a linear or branched alkylene radical A' 1, optionally substituted by at least one hydroxyl group, comprising from 2 to 30 carbon atoms, when X 1 is a radical of formula as defined above, and. a radical of formula -A 2 -O-, wherein A 2 is a linear or branched alkylene radical, comprising from 2 to 10 carbon atoms, when X 1 is a radical of formula as defined above,. a linear or branched alkylene radical A' 1, optionally substituted by at least one hydroxyl group, comprising from 2 to 30 carbon atoms, when X 1 is a radical of formula as defined above, and. a radical of formula -A 2 -O-, wherein A 2 is a linear or branched alkylene radical, comprising from 2 to 10 carbon atoms, when X 1 is a radical of formula as defined above, - X 2 is chosen from the group consisting of:. an alkoxy group of formula OR a, wherein R a is H or a linear or branched alkyl group comprising from 1 to 10 carbon atoms, when X 1 is a radical of formula as defined above, and. a linear or branched alkyl group A 3, optionally substituted by at least one hydroxyl group, optionally comprising at least one double bond, comprising from 2 to 30 carbon atoms, when X 1 is a radical of formula as defined above.. an alkoxy group of formula OR a, wherein R a is H or a linear or branched alkyl group comprising from 1 to 10 carbon atoms, when X 1 is a radical of formula as defined above, and. a linear or branched alkyl group A 3, optionally substituted by at least one hydroxyl group, optionally comprising at least one double bond, comprising from 2 to 30 carbon atoms, when X 1 is a radical of formula as defined above.