mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for producing liquid for sterilization use, comprising: a pipe line; a water supplying device (21, 22, 23) for supplying the pipe line with water; a gas supplying device (31, 32, 33, 34, 35) for supplying the pipe line with nitrogen gas; a plasma generation device having a high-voltage electrode and a ground electrode which are provided outside the pipe line to face each other with the pipe line interposed therebetween and for applying a plasma treatment continuously to the water flowing in the pipe line by generating dielectric barrier discharge between the high-voltage electrode and the ground electrode; a cooling device for cooling the water flowing in the pipe line, the cooling device comprising a cooler and cooling medium pipe lines (52a, 52b); a vessel for holding the water flowing out of the pipe line as the liquid for sterilization use; wherein the cooling device is configured to cool the water to a temperature of 10°C or lower, wherein the plasma generation device is configured to apply the plasma treatment to generate a plasma-treated solution (MLp) in which superoxide anion radicals (O 2 - •) or a precursor thereof is diffused in the water so as to sustain a microbicidal activity, such that the plasma treated solution (MLp) becomes said liquid for sterilisation use; and wherein said apparatus for producing liquid for sterilisation use further comprises a pH adjustment device for adjusting a pH value of said water, such that the plasma treated solution (MLp) in said vessel has said pH value of 4.8 or lower. a pipe line; a water supplying device (21, 22, 23) for supplying the pipe line with water; a gas supplying device (31, 32, 33, 34, 35) for supplying the pipe line with nitrogen gas; a plasma generation device having a high-voltage electrode and a ground electrode which are provided outside the pipe line to face each other with the pipe line interposed therebetween and for applying a plasma treatment continuously to the water flowing in the pipe line by generating dielectric barrier discharge between the high-voltage electrode and the ground electrode; a cooling device for cooling the water flowing in the pipe line, the cooling device comprising a cooler and cooling medium pipe lines (52a, 52b); a vessel for holding the water flowing out of the pipe line as the liquid for sterilization use; wherein the cooling device is configured to cool the water to a temperature of 10°C or lower, wherein the plasma generation device is configured to apply the plasma treatment to generate a plasma-treated solution (MLp) in which superoxide anion radicals (O 2 - •) or a precursor thereof is diffused in the water so as to sustain a microbicidal activity, such that the plasma treated solution (MLp) becomes said liquid for sterilisation use; and wherein said apparatus for producing liquid for sterilisation use further comprises a pH adjustment device for adjusting a pH value of said water, such that the plasma treated solution (MLp) in said vessel has said pH value of 4.8 or lower.
An occupant support comprising an intermediate layer (26, 30) defining at least part of a fluid flowpath and having a vapor permeable occupant side, and a wicking layer atop the intermediate layer, the wicking layer comprising a first region having a first moisture wick rate and a second region having a second moisture wick rate that exceeds the first moisture wick rate, characterized in that the second wick rate comprises longitudinal and lateral wick rates at least the lateral one of which is greater than the first wick rate and the lateral wick rate exceeds the longitudinal wick rate.
A transport system comprising: a vehicle; a circuit with a guide device (11, 12) along which the vehicle can be moved; and a drive system for a positive drive for propelling the vehicle along the circuit, wherein, at least on sections extending along the circuit, the drive system has a first engagement element (340, 360), and the drive has a second engagement element (330, 350), which is connected to the vehicle and which is propellable, wherein the second engagement element (330, 350) has cylinders which are arranged at spaced intervals from each other, which form a toothing, and the first engagement element (340, 360) form a counter-toothing (361, 361') arranged along the circuit; characterised by the fact that the cylinders each have at least one rotatable element for rolling off the cylinders at the counter-toothing (361, 361'), and the cylinders, in particular rollers, are formed from a material having lower wear resistance than the counter-gearing (361, 361'). a vehicle; a circuit with a guide device (11, 12) along which the vehicle can be moved; and a drive system for a positive drive for propelling the vehicle along the circuit, wherein, at least on sections extending along the circuit, the drive system has a first engagement element (340, 360), and the drive has a second engagement element (330, 350), which is connected to the vehicle and which is propellable, wherein the second engagement element (330, 350) has cylinders which are arranged at spaced intervals from each other, which form a toothing, and the first engagement element (340, 360) form a counter-toothing (361, 361') arranged along the circuit; characterised by the fact that the cylinders each have at least one rotatable element for rolling off the cylinders at the counter-toothing (361, 361'), and the cylinders, in particular rollers, are formed from a material having lower wear resistance than the counter-gearing (361, 361').
A rail system, in particular a ceiling rail system or floor rail system, for at least one mobile wall part of a mobile wall system, with a guide rail for a mobile wall part and with a base for the guide rail, wherein the guide rail is configured with a runner for one or more transport carriages of a mobile wall part, wherein the guide rail is connected or is able to be connected to the base by means of a tensile-loaded connection (26, 27), and wherein a variable-spacing clamping device (38, 39) is provided between the base and the guide rail, said clamping device counteracting the tensile load, wherein the base is configured as a U-shaped profile body, characterized in that the tensile-loaded connection (26, 27) is configured between the base and the guide rail as a screw connection (26, 27), wherein the clamping device (38, 39) is formed by using a plurality of clamping screws (38, 39) and wherein the clamping screws (38, 39) act on the guide rail and the clamping screws (38, 39) are able to be brought or are brought into operative engagement with the base which is arranged opposite the guide rail and which is configured as an abutment for the clamping screws, creating a predetermined clamping force.
A composition comprising a purified polypeptide, said polypeptide comprising the amino acid sequence Cys-Ala-Xaa-His-Leu-Gly-Glu-Leu-Val-Trp-Cys-Thr (SEQ ID NO:8), wherein Xaa is Trp, Tyr, or Phe for use in inhibiting immune complex formation in vivo, wherein said immune complex formation is associated with rheumatoid arthritis.
A triggering mechanism for a gripping device of an elevator system, said triggering mechanism comprising a supporting frame, a triggering element that is disposed in an axially movable manner in the supporting frame and has a triggering rod that is disposed on the end side, that extends through an end section of the supporting frame and that serves to be attached to an activation lever of the gripping device, springs (4a, 4b) that serve to apply a preload force to the triggering element at least when in a first retaining position, and magnetically acting retaining means (5a, 5b, 6a, 6b), which are designed to retain the triggering element in the retaining position against the applied preload force, preferably when supplied with electricity, characterized in that the triggering element is designed as a preferably frame-like slide element, which has two guide strips (7a, 7b) extending in the axial direction of movement and serving to guide the slide element in the supporting frame and a connecting strip that is disposed at a right angle to the guide strips and connects them and that serves to support the triggering rod.
A method of preparing a metal-rich siliceous material, said method comprising: a) mixing one or more salts of one or more metals with a silicic acid solution to form a blend; b) adding the blend to a basic heel solution including one or more bases selected from the group consisting of: sodium hydroxide; lithium hydroxide; potassium hydroxide; ammonium hydroxide; primary amines; secondary amines; tertiary amines; quaternary amines; tetraethyl ammonium hydroxide, tetra-n-butyl ammonium hydroxide, tetra-n-propyl ammonium hydroxide, tetramethyl ammonium hydroxide, NNN-trimethyl-2-butyl ammonium hydroxide, NNN-trimethyl-propyl ammonium hydroxide; and combinations thereof to form colloidal silica particles in a suspension, wherein one or more of the colloidal silica particles includes incorporated metal particles; c) concentrating the suspension; d) reducing the incorporated metal particles with a reducing agent to form a product. a) mixing one or more salts of one or more metals with a silicic acid solution to form a blend; b) adding the blend to a basic heel solution including one or more bases selected from the group consisting of: sodium hydroxide; lithium hydroxide; potassium hydroxide; ammonium hydroxide; primary amines; secondary amines; tertiary amines; quaternary amines; tetraethyl ammonium hydroxide, tetra-n-butyl ammonium hydroxide, tetra-n-propyl ammonium hydroxide, tetramethyl ammonium hydroxide, NNN-trimethyl-2-butyl ammonium hydroxide, NNN-trimethyl-propyl ammonium hydroxide; and combinations thereof to form colloidal silica particles in a suspension, wherein one or more of the colloidal silica particles includes incorporated metal particles; c) concentrating the suspension; d) reducing the incorporated metal particles with a reducing agent to form a product.
Wall element for a temperature-control wall for the temperature control of rooms, - having at least one conduit element for receiving a temperature-control fluid, - having at least one carrier layer with at least one groove in which the conduit element is arranged, - having a cover layer for covering the groove, wherein the cover layer covers a fraction of the surface of the carrier layer and comprises at least one cover layer strip (8, 9; 12 to 16) which extends from a longitudinal side of the carrier layer to an opposite longitudinal side of the carrier layer and covers less than half the carrier layer, characterized in that the cover layer comprises at least two cover layer strips (8, 9; 12 to 16) which are separated from one another and which - extend from a longitudinal side of the carrier layer to an opposite longitudinal side of the carrier layer, - are spaced apart from one another by a cover layer-free carrier layer portion (10; 17). - having at least one conduit element for receiving a temperature-control fluid, - having at least one carrier layer with at least one groove in which the conduit element is arranged, - having a cover layer for covering the groove, - extend from a longitudinal side of the carrier layer to an opposite longitudinal side of the carrier layer, - are spaced apart from one another by a cover layer-free carrier layer portion (10; 17).
Device for delivering a product by spraying, comprising a first channel for circulating the product towards an outlet of the first channel and a second channel for circulating a gas configured to produce a depression at the outlet of the first channel to suction the product by Venturi effect, and comprising a membrane configured to block the second channel in a first position and to open the second channel in a second position, characterised by the fact that it comprises a plate extending transversally in the second channel and configured to be applied on an upstream face of said membrane in the first position, the plate comprising at least one opening for passing gas, blocked by the membrane in the first position and not blocked by the membrane in the second position.
A heat-conducting sheet, comprising a plurality of unit layers each comprising a silicone resin, the plurality of unit layers being laminated so as to be adhered with each other, at least one of the plurality of unit layers comprising a heat-conducting filler; characterized in that the heat-conducting sheet having a compression ratio of 20 to 65% as measured when the heat-conducting sheet is compressed at 0.276 MPa from the direction perpendicular to adhesion surfaces of the plurality of unit layers adhered with each other.
A control stage comprising: a. a first path for receiving an input signal and for generating a replica signal representing the low frequency content of such signal; b. a second path for receiving the input signal and for generating an error signal representing an error in the replica signal; c. and wherein the second path further includes: i. a delay stage for generating a delay signal being a delayed version of the input signal; and ii. a difference block for receiving as inputs an output signal and the delay signal and for generating the error signal, wherein the low frequency content of the error signal is thereby reduced; and d. a transformer for combining the replica signal with the error signal to generate the output signal. a. a first path for receiving an input signal and for generating a replica signal representing the low frequency content of such signal; b. a second path for receiving the input signal and for generating an error signal representing an error in the replica signal; c. and wherein the second path further includes: i. a delay stage for generating a delay signal being a delayed version of the input signal; and ii. a difference block for receiving as inputs an output signal and the delay signal and for generating the error signal, wherein the low frequency content of the error signal is thereby reduced; and i. a delay stage for generating a delay signal being a delayed version of the input signal; and ii. a difference block for receiving as inputs an output signal and the delay signal and for generating the error signal, wherein the low frequency content of the error signal is thereby reduced; and d. a transformer for combining the replica signal with the error signal to generate the output signal.
A measuring appliance for measuring and in particular marking spatial points (1, 2, 3, 4, 5, 6) of a construction - in particular interiors of buildings - comprising • a base, • a sighting unit, which is rotatable and pivotable relative to the base and provides distance measuring functionality, having a laser source designed to emit a laser beam in the direction of an aiming axis, and a laser light detector, • an evaluation and control unit, and • a display wherein • a spatial alignment of the sighting unit relative to the base is detectable by means of two goniometers, • the evaluation and control unit is connected to the laser source, the laser light detector and also the goniometers in order to assign a detected distance to a corresponding alignment and thus to determine coordinates for spatial points, • input or measured spatial points (1, 2, 3, 4, 5, 6), which form a spatial point set, can be stored and • a plan view representation or spatial representation of at least some spatial points (1, 2, 3, 4) from the spatial point set can be displayed, wherein said spatial points are at least partly connected by lines, characterized in that the measuring appliance has a representation-changing functionality, in the context of which, depending on a line selected - from the lines displayed in the plan view representation or the spatial representation - by the user, in a manner automatically controlled by the evaluation and control unit, • a virtual area is defined by the selected line and a direction predefined as vertical, • a subset of spatial points (1, 2, 5, 6) which lie within a buffer zone surrounding the virtual area in a defined manner is selected from the spatial point set, and • an elevation representation of exclusively such spatial points (1, 2, 5, 6) which belong to the subset is displayed on the display. • a base, • a sighting unit, which is rotatable and pivotable relative to the base and provides distance measuring functionality, having a laser source designed to emit a laser beam in the direction of an aiming axis, and a laser light detector, • an evaluation and control unit, and • a display • a spatial alignment of the sighting unit relative to the base is detectable by means of two goniometers, • the evaluation and control unit is connected to the laser source, the laser light detector and also the goniometers in order to assign a detected distance to a corresponding alignment and thus to determine coordinates for spatial points, • input or measured spatial points (1, 2, 3, 4, 5, 6), which form a spatial point set, can be stored and • a plan view representation or spatial representation of at least some spatial points (1, 2, 3, 4) from the spatial point set can be displayed, wherein said spatial points are at least partly connected by lines, • a virtual area is defined by the selected line and a direction predefined as vertical, • a subset of spatial points (1, 2, 5, 6) which lie within a buffer zone surrounding the virtual area in a defined manner is selected from the spatial point set, and • an elevation representation of exclusively such spatial points (1, 2, 5, 6) which belong to the subset is displayed on the display.
A device comprising: a plurality of glucose sensing electrodes printed on a substrate having a hydrophobic surface; a hydrophilic mesh placed on top of the substrate, wherein the mesh has a plurality of fluid channels aligned with the glucose sensing electrodes on the substrate and a plurality of gear teeth extend beyond the edge of the substrate, including one hole per tooth to allow for passage of a lancet; a sealed and sterilized penetrating member disc placed on top of the mesh, wherein the disc has a plurality of cavities and a plurality of lancets at least partially contained in said cavities of the sealed and sterilized penetrating member disc wherein the lancets are slidably movable to extend outward from lateral openings on said disc to penetrate tissue, and wherein centerlines of the lancets are directly above the fluid channels and the glucose sending electrodes; and a support ring placed around the circumference of the disc; wherein the fluid channels are defined by pressure sensitive adhesive impregnated into the mesh; wherein the substrate and the mesh are bonded together via the pressure sensitive adhesive; wherein the sealed and sterilized penetrating member disc is bonded to the mesh via the pressure sensitive adhesive; and wherein the gear teeth of the mesh are folded 90 degrees and attached to the edge of the disc and the outer surface of the support ring via the pressure sensitive adhesive and the holes in the teeth are aligned with the lancet centerlines such that the lancets can proceed through the hole unimpeded. a plurality of glucose sensing electrodes printed on a substrate having a hydrophobic surface; a hydrophilic mesh placed on top of the substrate, wherein the mesh has a plurality of fluid channels aligned with the glucose sensing electrodes on the substrate and a plurality of gear teeth extend beyond the edge of the substrate, including one hole per tooth to allow for passage of a lancet; a sealed and sterilized penetrating member disc placed on top of the mesh, wherein the disc has a plurality of cavities and a plurality of lancets at least partially contained in said cavities of the sealed and sterilized penetrating member disc wherein the lancets are slidably movable to extend outward from lateral openings on said disc to penetrate tissue, and wherein centerlines of the lancets are directly above the fluid channels and the glucose sending electrodes; and a support ring placed around the circumference of the disc;
A tool for installation or removal of a retaining pin to or from aligned bores (3, 4) in first and second components, said tool including: a securement mechanism adapted to releasably secure said tool to at least one of said first and second components, including a frame adapted to substantially surround said first and second components, said frame including a pair of heads (11, 12), and a pair of adjustable brace members (15, 16), for positional adjustment of said heads (11, 12) relative to each other, and each head including a pivoting neck portion (30, 31), for angular adjustment thereof, and being adapted to substantially align with said bores of said components; a drive rod, adapted to be positioned adjacent a first end of said aligned bores; and, an actuator, operable to move said drive rod, to thereby push said retaining pin into or from said aligned bores. a securement mechanism adapted to releasably secure said tool to at least one of said first and second components, including a frame adapted to substantially surround said first and second components, said frame including a pair of heads (11, 12), and a pair of adjustable brace members (15, 16), for positional adjustment of said heads (11, 12) relative to each other, and each head including a pivoting neck portion (30, 31), for angular adjustment thereof, and being adapted to substantially align with said bores of said components; a drive rod, adapted to be positioned adjacent a first end of said aligned bores; and, an actuator, operable to move said drive rod, to thereby push said retaining pin into or from said aligned bores.
A device on base station side in a wireless communication system, comprising: circuitry (602, 604, 606) configured to identify, according to information about user equipment received from the user equipment, edge user equipment on an enhanced physical downlink control channel, EPDCCH; and apply an interference coordination scheme to the EPDCCH of the edge user equipment, characterised in that the circuitry is further configured to set an enhanced control channel element, ECCE, aggregation level for the edge user equipment according to the applied interference coordination scheme; wherein the circuitry is further configured to determine at least one coordinated cell according to a channel quality of the EPDCCH of the edge user equipment when each cell coordinates with a cell where the edge user equipment locates, set the ECCE aggregation level for the edge user equipment according to the determined at least one coordinated cell. circuitry (602, 604, 606) configured to identify, according to information about user equipment received from the user equipment, edge user equipment on an enhanced physical downlink control channel, EPDCCH; and apply an interference coordination scheme to the EPDCCH of the edge user equipment, characterised in that the circuitry is further configured to set an enhanced control channel element, ECCE, aggregation level for the edge user equipment according to the applied interference coordination scheme; wherein the circuitry is further configured to determine at least one coordinated cell according to a channel quality of the EPDCCH of the edge user equipment when each cell coordinates with a cell where the edge user equipment locates, set the ECCE aggregation level for the edge user equipment according to the determined at least one coordinated cell.