mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a housing having an inlet and an outlet, the inlet configured to be placed in fluid communication with a bodily fluid source, the housing forming a sequestration portion configured to receive an initial volume of bodily fluid from the bodily fluid source; a flow controller including a selectively permeable material, the flow controller at least partially disposed in the sequestration portion of the housing and configured to transition from a first state in which the flow controller allows a flow of a gas through the flow controller and prevents a flow of bodily fluid through the flow controller, to a second state in which the flow controller prevents a flow of gas and bodily fluid through the flow controller; and a fluid collection device configured to be fluidically coupled to the outlet to produce a negative pressure differential within at least a portion of the housing, the negative pressure differential produced by the fluid collection device operable to draw the initial volume of bodily fluid into the sequestration portion when the flow controller is in the first state, the negative pressure differential produced by the fluid collection device operable to draw a sample volume of bodily fluid through the outlet and into the fluid collection device when the flow controller is in the second state. a housing having an inlet and an outlet, the inlet configured to be placed in fluid communication with a bodily fluid source, the housing forming a sequestration portion configured to receive an initial volume of bodily fluid from the bodily fluid source; a flow controller including a selectively permeable material, the flow controller at least partially disposed in the sequestration portion of the housing and configured to transition from a first state in which the flow controller allows a flow of a gas through the flow controller and prevents a flow of bodily fluid through the flow controller, to a second state in which the flow controller prevents a flow of gas and bodily fluid through the flow controller; and a fluid collection device configured to be fluidically coupled to the outlet to produce a negative pressure differential within at least a portion of the housing, the negative pressure differential produced by the fluid collection device operable to draw the initial volume of bodily fluid into the sequestration portion when the flow controller is in the first state, the negative pressure differential produced by the fluid collection device operable to draw a sample volume of bodily fluid through the outlet and into the fluid collection device when the flow controller is in the second state.
Error correction code ECC hardware for a single port memory circuit, comprising: write path circuitry including write generation Gen ECC logic for generating first ECC bits from write data (WR DATA) and for writing the first ECC bits and the write data (WR DATA) to the memory circuit; read path circuitry including a check ECC block for coupling read data from the memory circuit comprising read Gen ECC logic (120b 1) coupled to an input of an XOR circuit (120b 2) that has a further input for coupling to an ECC output of the memory circuit, wherein an output of the XOR circuit (120b 2) provides a syndrome signal to a syndrome decode block coupled to a single bit error correction SEC block and for generating a multi-bit error detection MED interrupt signal; a first multiplexer MUX having a first input for receiving the write data (WR DATA) in series with an input to the write ECC generation logic or a second MUX having a first input for receiving the read data from the memory circuit in series with an input of the read Gen ECC logic (120b 1); a cross-coupling connector for coupling the read data from the memory circuit to a second input of the first MUX or a cross-coupling connector for coupling the write data (WR DATA) to a second input of the second MUX, and an ECC bit comparator for comparing an output of the write Gen ECC logic to an output of the read Gen ECC logic (120b 1). write path circuitry including write generation Gen ECC logic for generating first ECC bits from write data (WR DATA) and for writing the first ECC bits and the write data (WR DATA) to the memory circuit; read path circuitry including a check ECC block for coupling read data from the memory circuit comprising read Gen ECC logic (120b 1) coupled to an input of an XOR circuit (120b 2) that has a further input for coupling to an ECC output of the memory circuit, wherein an output of the XOR circuit (120b 2) provides a syndrome signal to a syndrome decode block coupled to a single bit error correction SEC block and for generating a multi-bit error detection MED interrupt signal; a first multiplexer MUX having a first input for receiving the write data (WR DATA) in series with an input to the write ECC generation logic or a second MUX having a first input for receiving the read data from the memory circuit in series with an input of the read Gen ECC logic (120b 1); a cross-coupling connector for coupling the read data from the memory circuit to a second input of the first MUX or a cross-coupling connector for coupling the write data (WR DATA) to a second input of the second MUX, and an ECC bit comparator for comparing an output of the write Gen ECC logic to an output of the read Gen ECC logic (120b 1).
Spring device (06, 56) for intended use in a heat shield assembly, wherein the heat shield assembly comprises a support structure and at least one heat shield element which is arranged on the support structure, with a receiving sleeve (21, 71) which can be fastened in the support structure and with a fixed abutment plate (32, 82) which can be arranged pointing toward the heat shield element, and with a fixed locking plate (22, 72) which can be arranged pointing away from the heat shield element, and with a pressure plate (42, 92) which is axially movable in the direction of a central axis of the spring device (06, 56) between abutment plate (32, 82) and locking plate (22, 72) and with at least one spring element which is arranged between abutment plate (32, 82) and pressure plate (42, 92), wherein the abutment plate (32, 82) has a through-hole (36, 86) and the pressure plate (42, 92) has a fastening means (46, 96), characterized in that the abutment plate (32, 82) is fastened in the receiving sleeve (21, 71) in a removable manner.
Polymerizable composition comprising a) at least one cyclic amide, b) from 2.8 to 3.5% by weight, preferably from 2.9 to 3.1% by weight, of at least one blocked polyisocyanate, and c) from 1.2 to 1.4% by weight of at least one catalyst for the polymerization of the cyclic amide, where the ratio by weight of components b) to c) is from 2.0 to 2.9, preferably from 2.2 to 2.8 and the % by weight data are always based on the entirety of components a) to c). a) at least one cyclic amide, b) from 2.8 to 3.5% by weight, preferably from 2.9 to 3.1% by weight, of at least one blocked polyisocyanate, and c) from 1.2 to 1.4% by weight of at least one catalyst for the polymerization of the cyclic amide,
Method of production of high-pressure seamless cylinder, in which the starting steel blank is heated in an induction furnace and then inserted into an extrusion press where it is upset and backward extruded in two steps, from which during the first step, the blank is inserted into a die with a vertically moving piercing tool, and here it is moulded by means of extrusion until a thick-walled hollow semi-product having an inner cavity, walls and bottom is moulded from it, after which this semi-product is removed from the extrusion press, turned by 90°, and seated in this position into a horizontal drawing press, where the second step of forming in terms of backward drawing takes place, when during this second step, the semi-product is put on a drawing mandrel having the diameter corresponding to the required final inner diameter of the produced cylinder, and in this drawing press, the semi-product is extruded through a stripper ring and roller cartridges fitted with reduction rollers by means of which it is rolled on the mandrel, while this rolling is performed so long until the semi-product acquires the required outer and inner diameter, after which the final shape of the cylinder bottom is formed by insertion of the semi-product bottom into a sizing die and subsequently, in the course of the backward movement of the drawing mandrel, the semi-product is pulled off from the drawing mandrel with the help of stripping jaws, aftercooled, and subsequently necked, by which the shape of the manufactured cylinder is finished, characterized by that the starting blank is made from corrosion-resistant steel and even before heating in the induction furnace, the blank is coated on at least 85 % of its surface with coating from material based on water glass with thickness of 20 to 150 μm, this coating is cured by drying at the temperature of 15 to 60 °C and only after this curing, the blank is subjected to heating in the induction furnace.
An electrolytic capacitor, comprising: a metal case; a porous pellet anode disposed within the metal case; an electrolyte disposed within the metal case; a cathode element disposed within the metal case; a first lead electrode connected to the porous pellet anode; and a second lead electrically connected to the cathode element; the cathode element being formed of an electrophoretically deposited refractory metal of a thickness and arranged to surround the anode. a metal case; a porous pellet anode disposed within the metal case; an electrolyte disposed within the metal case; a cathode element disposed within the metal case; a first lead electrode connected to the porous pellet anode; and a second lead electrically connected to the cathode element; the cathode element being formed of an electrophoretically deposited refractory metal of a thickness and arranged to surround the anode.
A tyre for vehicle wheels comprising: at least a reinforced structural element comprising at least a cross-linked elastomeric material and at least an elongated reinforcing element characterized in that the elongated reinforcing element comprises the cross-linking products of at least a cross-linkable adhesive composition comprising at least a) a rubber latex, at least b) an epoxide, and at least c) a polyamine with molecular weight higher than 190 Dalton, comprising at least two amino groups selected from primary -NH 2 and secondary -NH- amino groups wherein the polyamine c) is selected from: c1) linear or branched amino terminated polyethers, and/or c2) aminoalkylated polysaccharides, and/or c3) aminoalkylated polyvinyl alcohols and mixtures thereof, and an elongated fibrous material comprising one or more materials selected among rayon, lyocell, polyesters selected from PET, PEN and PVA, aliphatic polyamides, aromatic polyamides. at least a reinforced structural element comprising at least a cross-linked elastomeric material and at least an elongated reinforcing element characterized in that the elongated reinforcing element comprises the cross-linking products of at least a cross-linkable adhesive composition comprising at least a) a rubber latex, at least b) an epoxide, and at least c) a polyamine with molecular weight higher than 190 Dalton, comprising at least two amino groups selected from primary -NH 2 and secondary -NH- amino groups wherein the polyamine c) is selected from: c1) linear or branched amino terminated polyethers, and/or c2) aminoalkylated polysaccharides, and/or c3) aminoalkylated polyvinyl alcohols and mixtures thereof, and c1) linear or branched amino terminated polyethers, and/or c2) aminoalkylated polysaccharides, and/or c3) aminoalkylated polyvinyl alcohols and mixtures thereof, an elongated fibrous material comprising one or more materials selected among rayon, lyocell, polyesters selected from PET, PEN and PVA, aliphatic polyamides, aromatic polyamides.
A computer-implemented method of establishing connection between members of a system that tracks relationships between and among users of the system, the method comprising: establishing a plurality of computer users as members of the system; storing information at a computer system that identifies relationships previously established between a first member of the system and other members of the system; receiving, at the computer system, activation messages from the other members of the system; using the stored information to identify that the first member of the system has an identified relationship with a subset of the other members of the system; characterised by: providing, to the first member of the system, messages that each notifies the first member of the system about a location of one member of the subset of the other members of the system in an order corresponding to when the activation messages from the subset of the other members of the system were sent.
An aerosol-generating article (10, 204) comprising: a liquid storage portion containing a liquid aerosol-forming substrate; and a hydrochromic material (18, 218) provided on the liquid storage portion, wherein the hydrochromic material (18, 218) has a first colour when in contact with the liquid aerosol-forming substrate and a second colour in the absence of the liquid aerosol-forming substrate. a liquid storage portion containing a liquid aerosol-forming substrate; and a hydrochromic material (18, 218) provided on the liquid storage portion, wherein the hydrochromic material (18, 218) has a first colour when in contact with the liquid aerosol-forming substrate and a second colour in the absence of the liquid aerosol-forming substrate.
A connection arrangement, comprising a sanitary fitting, a sanitary object and a connection device, wherein the sanitary fitting can be connected to at least one inner water line ending in a building wall via the connection device which is to be arranged in or on the building wall and which comprises at least one inner water channel, wherein the sanitary object has a first opening which connects a surface of the sanitary object to a cavity located behind this surface, and wherein the sanitary fitting on the sanitary object, which can be fixed to the building wall, is connected to the connection device through the first opening of the sanitary object, characterized in that a second opening is provided in the sanitary object, by which second opening the cavity is open rearwards towards the rear side of the sanitary object, which rear side rests against the building wall, that the connection device comprises two parts (13, 14) of which the first part is to be arranged in the building wall, and the second part connected to the first part via the at least one inner water channel protrudes through the second opening into the cavity of the sanitary object, wherein the sanitary fitting is connected to the second part of the connection device, and that the second part of the connection device has at least two sections (14a, 14b) which are displaceable relative to one another and are connected to one another via at least one length-variable inner water channel, wherein a first section is connected to the first part of the connection device which is to be arranged in the building wall and a second section is connected to the sanitary fitting.
An evaporator (10, 42, 66) comprising: an evaporator shell forming a shell interior; a plurality of thermal elements configured to carry a thermal fluid disposed in the shell interior, each thermal element comprising an external surface in fluidic communication with the shell interior; a first primary supply line (30) disposed in the interior, the first primary supply line configured to carry a working fluid; and a plurality of first tube sets (34) fluidically coupled to the first primary supply line, each first tube set spaced apart from an adjacent first tube set along the first primary supply line, each first tube set comprising a plurality of first tubes, each first tube proximate a different subset of thermal elements of the plurality of thermal elements, each first tube comprising a plurality of first fluid distribution points (38) that are configured to distribute the working fluid proximate the external surface of at least one of the plurality of thermal elements; the first tubes of each first tube set having different lengths and extending between and beyond a plurality of thermal elements. an evaporator shell forming a shell interior; a plurality of thermal elements configured to carry a thermal fluid disposed in the shell interior, each thermal element comprising an external surface in fluidic communication with the shell interior; a first primary supply line (30) disposed in the interior, the first primary supply line configured to carry a working fluid; and a plurality of first tube sets (34) fluidically coupled to the first primary supply line, each first tube set spaced apart from an adjacent first tube set along the first primary supply line, each first tube set comprising a plurality of first tubes, each first tube proximate a different subset of thermal elements of the plurality of thermal elements, each first tube comprising a plurality of first fluid distribution points (38) that are configured to distribute the working fluid proximate the external surface of at least one of the plurality of thermal elements; the first tubes of each first tube set having different lengths and extending between and beyond a plurality of thermal elements.
Analytical process for the determination of antibodies directed against blood group antigens in a serum sample comprising the steps of 1. contacting an aliquot of the serum sample concurrently with at least one species of cells having at least one blood group antigen and/or membrane fragments having at least blood group antigen, the respective blood group antigens being predetermined, and which are each immobilized on predetermined individual surface sections of carriers and 2. with at least one isolated blood group antigen which is immobilized on at least one predetermined individual surface section of carriers, 3. in a common liquid volume, 4. with subsequent separation of unbound antibodies from the predetermined surface sections, 5. adding a reagent provided with a detectable label, the reagent binding to an antibody of the serum, removing of unbound reagent from the predetermined surface sections, 6. detecting the label and determining the predetermined surface sections, 7. with subsequently correlating the result of detecting the label with the determined surface sections and 8. evaluating the presence or the absence of the detected labels correlated to the determined surface sections for determining the antibodies, wherein the surface sections of carriers are each single particles that have an individual, light microscopically recognizable code consisting of a pattern of light and dark faces, and detecting the label and determining the predetermined surface sections occurs light-microscopically. 1. contacting an aliquot of the serum sample concurrently with at least one species of cells having at least one blood group antigen and/or membrane fragments having at least blood group antigen, the respective blood group antigens being predetermined, and which are each immobilized on predetermined individual surface sections of carriers and 2. with at least one isolated blood group antigen which is immobilized on at least one predetermined individual surface section of carriers, 3. in a common liquid volume, 4. with subsequent separation of unbound antibodies from the predetermined surface sections, 5. adding a reagent provided with a detectable label, the reagent binding to an antibody of the serum, removing of unbound reagent from the predetermined surface sections, 6. detecting the label and determining the predetermined surface sections, 7. with subsequently correlating the result of detecting the label with the determined surface sections and 8. evaluating the presence or the absence of the detected labels correlated to the determined surface sections for determining the antibodies,
Side-channel compressor for a fuel cell system for conveying and/or compressing a gaseous medium, in particular hydrogen, having a housing, having a compressor impeller which is situated in the housing, is arranged so as to be rotatable about an axis of rotation and is driven at least indirectly by a drive, wherein the compressor impeller has conveying cells arranged at its circumference in the region of a compressor chamber, and having in each case a gas inlet opening and a gas outlet opening formed on the housing, which openings are fluidically connected to one another via the compressor chamber, in particular via the at least one side channel (19, 21), wherein the housing has a first and second gap area (32, 34), each facing the compressor impeller and extending radially with respect to the axis of rotation, and wherein in each case a first and second functionally relevant gap dimension (36, 38) are formed in the region of the gap areas (32, 34) between the housing and the compressor impeller, wherein the housing is of multi-part design and has at least a housing upper part and a housing lower part, wherein the housing upper part, the housing lower part and the compressor impeller are made at least almost completely of plastic, characterized in that the housing has a receiving cover which is configured to extend in the form of a disc around the axis of rotation and is made of a metallic material and has at its outside diameter a first cylindrical projection extending around the axis of rotation, wherein the first cylindrical projection bears by way of a first end face against a second end face of the housing lower part in the direction of the axis of rotation.
A formwork connecting apparatus, wherein the formwork connecting apparatus comprises a first coupling surface and a second coupling surface for coupling with frame formwork elements, wherein the formwork connecting apparatus comprises a formwork surface which adjoins the first coupling surface and the second coupling surface, wherein the first coupling surface and the second coupling surface enclose an angle α, wherein the angle α is less than 30°, characterized in that the formwork connecting apparatus is formed as an extruded section, and the angle α is a fraction of 360° by a natural number.
A golf club head, comprising: a club head body; a ball striking face; a ratcheting fastener system (504, 550) connecting the ball striking face to the club head body, the ratcheting fastener system including: a first ratcheting fastener positioned at a rear of the club head body; a second ratcheting fastener positioned at a rear of the club head body; a first ratcheting connector extending from the first ratcheting fastener to the ball striking face; and a second ratcheting connector extending from the second ratcheting fastener to the ball striking face. a club head body; a ball striking face; a ratcheting fastener system (504, 550) connecting the ball striking face to the club head body, the ratcheting fastener system including: a first ratcheting fastener positioned at a rear of the club head body; a second ratcheting fastener positioned at a rear of the club head body; a first ratcheting connector extending from the first ratcheting fastener to the ball striking face; and a second ratcheting connector extending from the second ratcheting fastener to the ball striking face. a first ratcheting fastener positioned at a rear of the club head body; a second ratcheting fastener positioned at a rear of the club head body; a first ratcheting connector extending from the first ratcheting fastener to the ball striking face; and a second ratcheting connector extending from the second ratcheting fastener to the ball striking face.