mhurhangee/ep-ind-claims huggingface dataset:
A reconstitution device comprising: a body; a first piercing member located at a first end of the body; a retaining end located at a second end of the body, the retaining end including a collar configured to engage a vial that is sealed and under vacuum, and a cap extending from the collar and holding a second piercing member, wherein the second piercing member is disposed within the collar; a first fluid pathway formed within and extending from the first piercing member to the second piercing member; a second fluid pathway formed within and extending from the second piercing member to a portion of the body between the first piercing member and the second piercing member; the second fluid pathway forming a vent conduit; and a removable plug fitted within the second fluid pathway at the portion of the body between the first piercing member and the second piercing member, wherein the removable plug forms a hermetic seal with the portion of the body between the first piercing member and the second piercing member, and wherein removal of the plug from the second fluid pathway allows atmospheric air to flow into the vial via the second fluid pathway, the incoming atmospheric air pushing a reconstituted solution from the vial into a fluid container (10, 202) via the first fluid pathway. a body; a first piercing member located at a first end of the body; a retaining end located at a second end of the body, the retaining end including a collar configured to engage a vial that is sealed and under vacuum, and a cap extending from the collar and holding a second piercing member, wherein the second piercing member is disposed within the collar; a collar configured to engage a vial that is sealed and under vacuum, and a cap extending from the collar and holding a second piercing member, wherein the second piercing member is disposed within the collar; a first fluid pathway formed within and extending from the first piercing member to the second piercing member; a second fluid pathway formed within and extending from the second piercing member to a portion of the body between the first piercing member and the second piercing member; the second fluid pathway forming a vent conduit; and a removable plug fitted within the second fluid pathway at the portion of the body between the first piercing member and the second piercing member, wherein the removable plug forms a hermetic seal with the portion of the body between the first piercing member and the second piercing member, and wherein removal of the plug from the second fluid pathway allows atmospheric air to flow into the vial via the second fluid pathway, the incoming atmospheric air pushing a reconstituted solution from the vial into a fluid container (10, 202) via the first fluid pathway.
A FlexRay network bus guardian comprising: a resetting leading coldstart node, RLCN, detector configured to detect a RLCN failure; a deaf coldstart node, DCN, detector configured to detect a DCN failure; a babbling idiot, BI, detector configured to detect a BI failure; and a FlexRay network decoder configured to output a signal regarding the status of the FlexRay network to the RLCN detector, DCN detector, and BI detector, wherein the RLCN detector, DCN detector, and BI detector are configured to send an indication of a failure to a containment module if a failure has been detected, and the containment module is configured to disable one of a single node and a network branch in the FlexRay network. a resetting leading coldstart node, RLCN, detector configured to detect a RLCN failure; a deaf coldstart node, DCN, detector configured to detect a DCN failure; a babbling idiot, BI, detector configured to detect a BI failure; and a FlexRay network decoder configured to output a signal regarding the status of the FlexRay network to the RLCN detector, DCN detector, and BI detector, wherein the RLCN detector, DCN detector, and BI detector are configured to send an indication of a failure to a containment module if a failure has been detected, and the containment module is configured to disable one of a single node and a network branch in the FlexRay network.
Supply device for sanitary facilities in vehicles, comprising: - a foundation well extending in the installed state from a top well end disposed above the terrain surface to a bottom well end disposed below the terrain surface, - a freshwater line running in the foundation well and comprising a freshwater connection for a freshwater ground line in the region of the bottom well end, and - a wastewater line, the freshwater connection being provided by means of a valve device disposed at the bottom end of the foundation well and connected to the freshwater ground line by means of a first valve connection, to the freshwater connection by means of a second valve connection, and to a freshwater drain connection by means of a third valve connection, and - connecting the first and second valve connection to each other and blocking the third valve connection in an inflow valve setting, - connecting the second and third valve connection to each other and blocking the first valve connection in a dewatering valve setting; characterized in that the wastewater line comprises a wastewater pipeline extending from the bottom end to a top end and a connection is disposed between the top end and the bottom end, said connection being implemented for receiving an end opening of a wastewater hose connected to the top end of the wastewater pipeline and being connected to the wastewater line by means of a connection shutoff valve for selectively blocking or opening a connection between the connection and the wastewater pipeline. - a foundation well extending in the installed state from a top well end disposed above the terrain surface to a bottom well end disposed below the terrain surface, - a freshwater line running in the foundation well and comprising a freshwater connection for a freshwater ground line in the region of the bottom well end, and - a wastewater line, - connecting the first and second valve connection to each other and blocking the third valve connection in an inflow valve setting, - connecting the second and third valve connection to each other and blocking the first valve connection in a dewatering valve setting;
A method for crowdsourcing position data collection by a server, the method comprising: receiving, at the server, first position data collected by a mobile device using a first set of one or more mobile device sensors of a plurality of mobile device sensors according to a first positioning configuration, the first positioning configuration comprising parameters for the first set of one or more mobile device sensors to determine the first position data; determining, from the first position data received at the server, a mobile device position; creating, by the server, according to at least the mobile device position, a second positioning configuration for activating, at the mobile device, a second set of one or more mobile device sensors of the plurality of mobile device sensors to use to collect second position data, the second set of one or more mobile device sensors including at least one different mobile device sensor than the first set of one or more mobile device sensors used to collect the first position data; sending, by the server, the second positioning configuration to the mobile device; and receiving, at the server, the second position data collected by the mobile device using the second set of one or more mobile device sensors according to the second positioning configuration. receiving, at the server, first position data collected by a mobile device using a first set of one or more mobile device sensors of a plurality of mobile device sensors according to a first positioning configuration, the first positioning configuration comprising parameters for the first set of one or more mobile device sensors to determine the first position data; determining, from the first position data received at the server, a mobile device position; creating, by the server, according to at least the mobile device position, a second positioning configuration for activating, at the mobile device, a second set of one or more mobile device sensors of the plurality of mobile device sensors to use to collect second position data, the second set of one or more mobile device sensors including at least one different mobile device sensor than the first set of one or more mobile device sensors used to collect the first position data; sending, by the server, the second positioning configuration to the mobile device; and receiving, at the server, the second position data collected by the mobile device using the second set of one or more mobile device sensors according to the second positioning configuration.
A roller tube comprising a tube body which defines on its outwardly facing surface one or more blind substrate or shutter substrate receiving portions, and defines on its inwardly facing surface a plurality of sound damping elements, wherein the sound damping elements are located circumferentially around the inwardly facing surface of the tube body, extend longitudinally along at least part of the length of the tube body and define a plurality of sound channels within the tube, characterised in that each sound damping element includes at least one planar portion arranged at an angle to a reference radial plane and the sound damping elements (i) define a plurality of closed longitudinal cells (16, 18) located around the internal circumference of the tube body, wherein each cell comprises a pair of radially inwardly projecting side walls joined at one end by the curved tube body and joined at the opposite end by a planar end wall; or (ii) include a plurality of radially inwardly facing members (210, 310) where the members are substantially T-shaped, L-shaped, Y-shaped or V-shaped, and the sound channels include at least one internal longitudinal opening.
A system for estimating muscle area, the system comprising: a measuring instrument comprising a first sensor configured to acquire orientation information of the measuring instrument and a device configured to obtain movement information of the measuring instrument; and a controller configured to estimate muscle area in a cross-section of a human body on a basis of shape characteristics calculated from an at least partial contour of the human body, the at least partial contour being calculated on a basis of the orientation information and the movement information. a measuring instrument comprising a first sensor configured to acquire orientation information of the measuring instrument and a device configured to obtain movement information of the measuring instrument; and a controller configured to estimate muscle area in a cross-section of a human body on a basis of shape characteristics calculated from an at least partial contour of the human body, the at least partial contour being calculated on a basis of the orientation information and the movement information.
Cosmetic method for dyeing or making up keratin fibres, in particular eyelashes and/or eyebrows and, preferably eyebrows, comprising the application onto said keratin fibres of at least: a) A cosmetic dyeing composition A in the form of an aqueous gel comprising, in a physiologically-acceptable medium, an acrylic polymeric gelling agent, one or more natural dyes selected from the group consisting of neoflavonoids, gallic tannins and catechetic tannins, proanthocyanidins, and mixtures thereof, or preferably one or more plant extracts containing them, and advantageously an antioxidant agent, b) A revealing cosmetic composition B in the form of an aqueous gel comprising, in a physiologically-acceptable medium, a polymeric gelling agent chosen from among associative anionic polymers, and iron gluconate, composition A being applied before or after composition B. a) A cosmetic dyeing composition A in the form of an aqueous gel comprising, in a physiologically-acceptable medium, an acrylic polymeric gelling agent, one or more natural dyes selected from the group consisting of neoflavonoids, gallic tannins and catechetic tannins, proanthocyanidins, and mixtures thereof, or preferably one or more plant extracts containing them, and advantageously an antioxidant agent, b) A revealing cosmetic composition B in the form of an aqueous gel comprising, in a physiologically-acceptable medium, a polymeric gelling agent chosen from among associative anionic polymers, and iron gluconate,
Process for producing dispersion powders by means of spray-drying of aqueous polymer dispersions and addition of antiblocking agent in a rotary atomization dryer, characterized in that the antiblocking agent is conveyed by means of compressed air, wholly or partly, into an annular gap which is formed by a formed part arranged concentrically around the housing of the rotary atomizer, and which ends at a distance above the upper edge of the atomizer disk of the rotary atomizer.
Seating furniture chassis, comprising a height-adjustable seat surface, a driving means, a shaft, a height adjustment mechanism and a threaded rod, wherein the driving means is coupled to the shaft and is designed to transmit a torque to the threaded rod by means of the shaft, and wherein the height adjustment mechanism is coupled to the threaded rod and to the seat surface in such a way that a rotation of the threaded rod is converted into a height adjustment of the seat surface by means of the height adjustment mechanism, wherein a longitudinal axis of the shaft is not arranged parallel to a longitudinal axis of the threaded rod, wherein the height adjustment mechanism is coupled to the threaded rod and to the seat surface so that when the height of the seat surface is adjusted, an inclination of the seat surface simultaneously takes place, characterised in that the seating furniture chassis comprises a further threaded rod, which is coupled to the driving means by means of the shaft.
A collagen/hydroxyapatite composite scaffold comprising a homogenous distribution of hydroxyapatite within a porous, collagen matrix, wherein the ratio of HA to collagen is at least 1:10 (w/w), wherein the composite scaffold has a porosity of at least 98% (v/v) and compressive stiffness of at least 0.4kPa, and wherein the composite scaffold comprises cells.
Pressure modulator, in particular for an ABS system, comprising a housing which has a hydraulic input and a hydraulic output connected to said input by means of a hydraulic line which extends in the housing, a volume accumulator which is to be opened against a spring force of a spring element being provided which, upon activation, e.g. activation of an anti-lock function, increases the volume of the hydraulic line, characterized in that a proportional magnet, in particular a proportional lifting magnet, is provided which, when controlled appropriately, causes the volume accumulator to open, the housing being ferromagnetic at least in regions.
A method for detecting anti-viral antibodies for amphotropic murine leukemia virus or a murine leukemia virus-related virus (MLVRV) in a biological sample comprising: a) incubating a biological fluid sample with a capture reagent immobilized on a solid support to bind multiple anti-viral antibodies to amphotropic MLV or MLVRV to the capture reagent, wherein the capture reagent comprises a preparation of serum-free whole viral particles of MLV or MLVRV; b) detecting bound anti-viral antibodies bound to immobilized capture reagent by contacting the bound anti-viral antibodies with a labeled detecting secondary agent. a) incubating a biological fluid sample with a capture reagent immobilized on a solid support to bind multiple anti-viral antibodies to amphotropic MLV or MLVRV to the capture reagent, wherein the capture reagent comprises a preparation of serum-free whole viral particles of MLV or MLVRV; b) detecting bound anti-viral antibodies bound to immobilized capture reagent by contacting the bound anti-viral antibodies with a labeled detecting secondary agent.
A respirator device (100, 600), comprising: a body (110, 610) comprising a receiver (140, 640) having an elastomeric sleeve (170, 670) and a rigid outer portion, said elastomeric sleeve and rigid outer portion defining a channel (147, 647); and a rigid nozzle element (130, 630) having an outer surface (133, 633) and configured to be able to slide into the channel; wherein the elastomeric sleeve is configured to elastically deform or expand around the outer surface of the rigid nozzle element when the rigid nozzle element is inserted into the channel so as to provide a restoring force acting to restore elastomeric sleeve to its neutral state, wherein the elastomeric sleeve includes at least a portion that is not in contact with a rigid component of the body, wherein expansion of the elastomeric sleeve with said at least a portion of the elastomeric sleeve out of contact with a rigid component of body results in a tension around the elastomeric sleeve, as opposed to compression that may occur if the elastomeric sleeve were compressed between the rigid nozzle element and a rigid component of body; and wherein each of the outer surface of the rigid nozzle element and the rigid outer portion of the receiver defines a non-circular shape that prevents rotation between the rigid nozzle element and the rigid outer portion when the rigid nozzle element is inserted into the channel; and wherein the body is either a mask body or a housing of a powered air respirator device. a body (110, 610) comprising a receiver (140, 640) having an elastomeric sleeve (170, 670) and a rigid outer portion, said elastomeric sleeve and rigid outer portion defining a channel (147, 647); and a rigid nozzle element (130, 630) having an outer surface (133, 633) and configured to be able to slide into the channel; wherein the elastomeric sleeve is configured to elastically deform or expand around the outer surface of the rigid nozzle element when the rigid nozzle element is inserted into the channel so as to provide a restoring force acting to restore elastomeric sleeve to its neutral state, wherein the elastomeric sleeve includes at least a portion that is not in contact with a rigid component of the body, wherein expansion of the elastomeric sleeve with said at least a portion of the elastomeric sleeve out of contact with a rigid component of body results in a tension around the elastomeric sleeve, as opposed to compression that may occur if the elastomeric sleeve were compressed between the rigid nozzle element and a rigid component of body; and wherein each of the outer surface of the rigid nozzle element and the rigid outer portion of the receiver defines a non-circular shape that prevents rotation between the rigid nozzle element and the rigid outer portion when the rigid nozzle element is inserted into the channel; and wherein the body is either a mask body or a housing of a powered air respirator device.
A method for producing a urinary catheter with parts having different characteristics, said method comprising the steps of: - injecting at least two different fluid catheter materials into a mould formed to define an insertable catheter tip and body and subsequently - solidifying the material therein to form a catheter having at least two layers. - injecting at least two different fluid catheter materials into a mould formed to define an insertable catheter tip and body and subsequently - solidifying the material therein to form a catheter having at least two layers.
A permanent magnet canned motor pump with a housing,, the components related to a heat dissipation mechanism of the canned motor comprising a windings stator, a motor casing and a motor rear casing, wherein heat generated by the windings stator is transmitted outward in a radial direction from a tooth of the windings through a yoke of the stator, the heat is first transmitted to the motor casing; the bottom's rear side of the cup shaped structure of the motor casing has a contact surface adapted to transfer heat to the motor rear casing; the motor rear casing, in shape of a circular disc, transfers heat through the bottom of the motor casing, and vertical cooling fins and a surface of a terminal box dissipate heat to the air by natural convection; characterized in, that the housing is a corrosion-protection housing, in high temperature, toxic, flammable and corrosive liquid transferred application, and the components related to the heat dissipation mechanism of the canned motor further comprising: a reinforced bracket, wherein a bracket rear end of the reinforced bracket has a circular opening, of which the upper portion of the bracket rear end is longer than the lower portion of the bracket rear end, the edge of the cross section of the circular opening is an arc, the lower portion of the circular opening exposes the lower portion of the cooling fins, so that air with relative low temperature enters the narrow space between the cooling fins, the air absorbs heat from the surfaces and floats upward from the lower portion to the upper portion of the cooling fins due to the nature convection, and then hot air flows out from the top portion of the bracket rear end of the reinforced bracket. a reinforced bracket, wherein a bracket rear end of the reinforced bracket has a circular opening, of which the upper portion of the bracket rear end is longer than the lower portion of the bracket rear end, the edge of the cross section of the circular opening is an arc, the lower portion of the circular opening exposes the lower portion of the cooling fins, so that air with relative low temperature enters the narrow space between the cooling fins, the air absorbs heat from the surfaces and floats upward from the lower portion to the upper portion of the cooling fins due to the nature convection, and then hot air flows out from the top portion of the bracket rear end of the reinforced bracket.
A motor control apparatus for controlling a driving operation of a motor by outputting a torque command, comprising: a pulse command processing section for receiving a pulse train command from a host controller and converting it into a first position command, command pattern generating means for generating a basic operation pattern for operating the motor based on an input parameter, repeating the basic operation pattern at a set number of times to set a continuous run pattern, and generating a second position command for continuously operating the motor based on the continuous run pattern; a change over switch for selecting either the first or the second position command provided by the pulse command processing section or the command pattern generating means; position control means for generating a speed command based on the selected position command generated by the command pattern generating means; and speed control means for generating a torque command for driving the motor based on the speed command sent from the position control means. a pulse command processing section for receiving a pulse train command from a host controller and converting it into a first position command, command pattern generating means for generating a basic operation pattern for operating the motor based on an input parameter, repeating the basic operation pattern at a set number of times to set a continuous run pattern, and generating a second position command for continuously operating the motor based on the continuous run pattern; a change over switch for selecting either the first or the second position command provided by the pulse command processing section or the command pattern generating means; position control means for generating a speed command based on the selected position command generated by the command pattern generating means; and speed control means for generating a torque command for driving the motor based on the speed command sent from the position control means.