mhurhangee/ep-ind-claims huggingface dataset:
Conveyor module (10; 80; 110; 210), comprising: a module body (12; 212), comprising: a pair of first link ends (14; 114; 214) extending in a first direction of travel, each first link end (14; 114; 214) having a first transverse opening (15; 115; 215) therethrough and at least one of the first link ends (14; 114; 214) has a first mating portion (30; 130); a second link end (16; 116; 216) extending in a second direction of travel opposite the first direction, the second link end (16; 116; 216) having a second transverse opening (17; 117; 217) therethrough; a pin (20; 120; 220) configured to be received in the first transverse openings (15; 115; 215) of the module body (12; 212), the pin (20; 120; 220) having a shaft (22; 222) and a lever (28; 128) affixed at a first end (24; 224) of the shaft (22; 222), the lever (28; 128) having a second mating portion (32; 132) configured to be rotatably coupled with the first mating portion (30; 130) of the module body (12; 212) thereby preventing transverse movement of the shaft (22; 222), characterized in that the at least one of the first link ends (14; 114; 214) having a first mating portion (30; 130) has a first ramp with a changing elevation in a transverse direction and the lever (28; 128) has a second ramp configured to cooperate with the first ramp such that the pin (20; 120; 220) is translated in a transverse direction when the pin (20; 120; 220) is rotated. a module body (12; 212), comprising: a pair of first link ends (14; 114; 214) extending in a first direction of travel, each first link end (14; 114; 214) having a first transverse opening (15; 115; 215) therethrough and at least one of the first link ends (14; 114; 214) has a first mating portion (30; 130); a second link end (16; 116; 216) extending in a second direction of travel opposite the first direction, the second link end (16; 116; 216) having a second transverse opening (17; 117; 217) therethrough; a pair of first link ends (14; 114; 214) extending in a first direction of travel, each first link end (14; 114; 214) having a first transverse opening (15; 115; 215) therethrough and at least one of the first link ends (14; 114; 214) has a first mating portion (30; 130); a second link end (16; 116; 216) extending in a second direction of travel opposite the first direction, the second link end (16; 116; 216) having a second transverse opening (17; 117; 217) therethrough; a pin (20; 120; 220) configured to be received in the first transverse openings (15; 115; 215) of the module body (12; 212), the pin (20; 120; 220) having a shaft (22; 222) and a lever (28; 128) affixed at a first end (24; 224) of the shaft (22; 222), the lever (28; 128) having a second mating portion (32; 132) configured to be rotatably coupled with the first mating portion (30; 130) of the module body (12; 212) thereby preventing transverse movement of the shaft (22; 222),
Surgical drape comprising a planar, flexible covering element having an area for accommodating a reference means protruding from the plance of the covering element for a navigation system, wherein the area comprises at least two deformable, elongated bar elements, which are at least partially connected to the covering element, each have two bear ends, which include the area for accommodating the reference means between themselves, and at least one elongated shortening means, which can be fixed on the covering element and interacts with at least one of the bar elements, for reducing and/or fixing the distance of the two bar ends from each other in the plane of the covering element so that the area for accommodating the reference means is lifted out of the plane of the covering element.
Apparatus for conditioning an aqueous liquid, including: at least one inlet (1;1'); at least one liquid treatment device (7;7') for the treatment of liquid by ion exchange including a cation exchange material of which at least a portion is in the hydrogen form and effective to release hydrogen in exchange for the cations of carbonate minerals in the liquid to be treated so as to increase the amount of free carbon dioxide; a membrane filtration device (16;16') for filtering salts from the liquid; and a section arranged to process filtrate produced by the membrane filtration device (16;16'), which section includes a liquid treatment device (21;21') for dissolving at least one mineral contributing to carbonate hardness in water into at least some of the liquid passing through the section, characterised in that at least one of the at least one inlets (1;1') is connected to an inlet (15;15') of the membrane filtration device (16;16') via at least one of the at least one liquid treatment devices (7;7') for the treatment of liquid by ion exchange, in that the apparatus forms a system closed enough to prevent degassing of the carbon dioxide, and in that the at least one membrane in the membrane filtration device is permeable to carbon dioxide. at least one inlet (1;1'); at least one liquid treatment device (7;7') for the treatment of liquid by ion exchange including a cation exchange material of which at least a portion is in the hydrogen form and effective to release hydrogen in exchange for the cations of carbonate minerals in the liquid to be treated so as to increase the amount of free carbon dioxide; a membrane filtration device (16;16') for filtering salts from the liquid; and a section arranged to process filtrate produced by the membrane filtration device (16;16'), which section includes a liquid treatment device (21;21') for dissolving at least one mineral contributing to carbonate hardness in water into at least some of the liquid passing through the section, characterised in that at least one of the at least one inlets (1;1') is connected to an inlet (15;15') of the membrane filtration device (16;16') via at least one of the at least one liquid treatment devices (7;7') for the treatment of liquid by ion exchange, in that the apparatus forms a system closed enough to prevent degassing of the carbon dioxide, and in that the at least one membrane in the membrane filtration device is permeable to carbon dioxide.
Upholstered furniture combination with a first base frame, which has a longitudinal extension and has at least a first side rest, a first back rest and a first seat part, which can be fixed to the base frame, and a second base frame having a longitudinal extension and comprising at least a second side rest, a second removable back rest and a second removable seat part fixable to the base frame, wherein the two base frames (20, 40) are arranged with their longitudinal extensions (L1, L2) transverse to each other, and the first side rest is attachable to a first head end (20.3) of the first base frame by a first connecting means, and the second base frame is attachable to a second head end (20.4) of the first base frame by a second connecting means, wherein the first side rest is interchangeable with the second base frame, so that the first side rest can also be fastened to the second head end (20.4) of the first base frame and the second base frame can be fastened to the first head end (20.3) of the first base frame, wherein the second seat part with or without the second back rest can be fastened to the second base frame so as to be rotatable at least from a first position through 180° into a second position. a first base frame, which has a longitudinal extension and has at least a first side rest, a first back rest and a first seat part, which can be fixed to the base frame, and a second base frame having a longitudinal extension and comprising at least a second side rest, a second removable back rest and a second removable seat part fixable to the base frame, wherein the two base frames (20, 40) are arranged with their longitudinal extensions (L1, L2) transverse to each other, and the first side rest is attachable to a first head end (20.3) of the first base frame by a first connecting means, and the second base frame is attachable to a second head end (20.4) of the first base frame by a second connecting means, wherein the first side rest is interchangeable with the second base frame, so that the first side rest can also be fastened to the second head end (20.4) of the first base frame and the second base frame can be fastened to the first head end (20.3) of the first base frame, wherein the second seat part with or without the second back rest can be fastened to the second base frame so as to be rotatable at least from a first position through 180° into a second position.
Electric motorcycle having a rear suspension and a rigid "block of electric components", and said "block of electric components" comprising at least the "battery pack" and the "BMS (Battery Management System)" is removable from said electric motorcycle thus maintaining rigidly blocked all the mechanic and electric connections between said "battery pack", said "BMS" and all the possible further components of said "block of electric components", and said electric motorcycle is characterized in that the end of said rear suspension can be decoupled from motorcycle frame in order to allow the rear wheel to be lowered, thanks to the rotation of the rear fork around the constraint which keeps said rear fork coupled to the motorcycle frame, whereby a passage is provided for the removal of said "block of electric components".
A tissue biopsy and imaging system, comprising: a tissue biopsy device; a tissue imaging device having a staging area with a specimen holder disposed therein; and an automated tissue sample transport system for moving excised tissue into a position to be imaged without the need for manual transport and arrangement, the automated transport system comprising a tubing (213, 219) fluidly connecting the tissue biopsy device to the specimen holder, wherein the specimen holder is positioned in a fluid communication path between the biopsy device and a vacuum source such that a tissue sample obtained with the biopsy device is delivered through the tubing (213, 219), and to the specimen holder, characterized in that the tissue sample is delivered into a tissue accepting slot of the specimen holder, and wherein the system is configured to rotate the specimen holder relative to the tissue imaging device in order to align the tissue accepting slot between an energy source and an energy detector for imaging the tissue sample. a tissue biopsy device; a tissue imaging device having a staging area with a specimen holder disposed therein; and an automated tissue sample transport system for moving excised tissue into a position to be imaged without the need for manual transport and arrangement, the automated transport system comprising a tubing (213, 219) fluidly connecting the tissue biopsy device to the specimen holder, wherein the specimen holder is positioned in a fluid communication path between the biopsy device and a vacuum source such that a tissue sample obtained with the biopsy device is delivered through the tubing (213, 219), and to the specimen holder, characterized in that the tissue sample is delivered into a tissue accepting slot of the specimen holder, and wherein the system is configured to rotate the specimen holder relative to the tissue imaging device in order to align the tissue accepting slot between an energy source and an energy detector for imaging the tissue sample.
A method for analysing a fluid product spray device, the method comprising the following steps: - providing a spray head for a device for spraying a pharmaceutical fluid product, said spray head comprising a single spray orifice, - providing a receiving surface comprising a plurality of sensors, - passing a flow of compressed gas through said spray orifice of said spray head, - sending said flow of compressed gas onto said receiving surface, - visualising the impact zone for said flow of compressed gas on said receiving surface by means of said sensors, and - analysing said visualisation of said impact zone in order to determine whether or not said impact zone complies with predetermined specifications, characterised in that said receiving surface is spherical in shape at least in the impact zone of said flow of compressed gas, said step for analysis comprising determining the geometry, in particular the symmetry, of the impact zone for said flow of compressed gas on said receiving surface. - providing a spray head for a device for spraying a pharmaceutical fluid product, said spray head comprising a single spray orifice, - providing a receiving surface comprising a plurality of sensors, - passing a flow of compressed gas through said spray orifice of said spray head, - sending said flow of compressed gas onto said receiving surface, - visualising the impact zone for said flow of compressed gas on said receiving surface by means of said sensors, and - analysing said visualisation of said impact zone in order to determine whether or not said impact zone complies with predetermined specifications,
A biological test device comprising at least one zone containing biosensor means and/or reagent media and designated to accept a sample of a biological material, CHARACTERISED IN THAT said zone is covered until use by a removable humidity resistant cover (16, 18); and said device further comprises timing means for recording the time of removal of the or each cover or a time-related index permitting the time of removal to be calculated.
Device for detecting the layer thickness of a coated component, in particular a brake disk for a disk brake of a motor vehicle, comprising at least one holding device having a bearing surface for the component and comprising a guiding device for holding and guiding a sensor for measuring the layer thickness, the sensor being movable by the guiding device along a vertical axis and pivotable about a first axis of rotation, the sensor also being movable by the guiding device along a horizontal axis and in that the first axis of rotation is oriented horizontally, characterized in that the sensor is arranged at a free end of a guiding arm arranged coaxially to the first axis of rotation.
Battery with a wound construction comprising a) a housing which defines an active volume V, wherein the active volume V is made up of a basic volume V minus at least one concavity volume X and/or minus at least one recess volume Y and/or plus at least one convexity volume Z; b) an active strip which, when wound up, substantially fills the active volume V and comprises at least one anode layer and at least one cathode layer, and c) the active strip has, in the longitudinal direction, in particular in the direction in which it is wound up, cutouts (15; 20) and/or indentations (14; 25) which are designed such that the cutouts and/or indentations (14; 25), in the wound-up state of the active strip, come to lie one above the other in such a way that a sum of cutouts and/or indentations (14; 25) define a volume P which corresponds substantially to the sum of the concavity volume X and/or the recess volume Y, and wherein d) the active strip has cutouts (15; 20) in the longitudinal direction, and the cutouts (15; 20), in the wound-up state of the strip, come to lie one above the other in such a way that they produce a wound shape of the active strip, which wound shape differs from a cylindrical basic shape with the basic volume U, specifically such that the wound-up active strip occupies the basic volume U minus the concavity volume X and/or minus the recess volume Y, characterized in that the cutouts have different sizes. a) a housing which defines an active volume V, wherein the active volume V is made up of a basic volume V minus at least one concavity volume X and/or minus at least one recess volume Y and/or plus at least one convexity volume Z; b) an active strip which, when wound up, substantially fills the active volume V and comprises at least one anode layer and at least one cathode layer, and c) the active strip has, in the longitudinal direction, in particular in the direction in which it is wound up, cutouts (15; 20) and/or indentations (14; 25) which are designed such that the cutouts and/or indentations (14; 25), in the wound-up state of the active strip, come to lie one above the other in such a way that a sum of cutouts and/or indentations (14; 25) define a volume P which corresponds substantially to the sum of the concavity volume X and/or the recess volume Y, and wherein d) the active strip has cutouts (15; 20) in the longitudinal direction, and the cutouts (15; 20), in the wound-up state of the strip, come to lie one above the other in such a way that they produce a wound shape of the active strip, which wound shape differs from a cylindrical basic shape with the basic volume U, specifically such that the wound-up active strip occupies the basic volume U minus the concavity volume X and/or minus the recess volume Y, characterized in that
Drive device for an electrified vehicle axle of a vehicle, with an electric machine which outputs via a transmission to drive shafts (3, 4) which lead to vehicle wheels of the vehicle axle, and with a coolant and/or lubricant module which supplies the electric machine and/or the transmission with coolant and/or lubricant, the electric machine, the transmission and the module being joined together to form one structural unit, in which the electric machine and the coolant/lubricant module are flange-connected to the transmission in a manner which is spaced apart axially from one another, and, on its side which lies axially opposite the transmission, the electric machine having a radially protruding cantilever which bridges an axial spacing (Δx) from the coolant/lubricant module and which, at its free cantilever end, is attached in a force-transmitting manner via at least one bolt location to the coolant/lubricant module, in particular in order to reduce operationally induced vibrations in the structural unit, characterized in that, at the cantilever end, a stop element is provided with an adjustable stroke between a non-use position and a supporting position, and in that, in particular, the stop element is spaced apart from an opening edge region via a free tolerance gap in the non-use position, and in that, in particular, before the bolt location is tensioned fixedly, the stroke of the stop element can be adjusted, using up the tolerance gap, until in contact with the opening edge region, with the result that the cantilever end and the module can be braced to one another in a manner which is free from tolerance-induced component deformations.
A combination comprising an NS5A-targeting compound and an NS5A synergist, which, when administered, provides synergistic anti-HCV activity against variants that contain mutation(s) conferring resistance to the NS5A-targeting compound alone, wherein the NS5A-targeting compound is and wherein the NS5A synergist is selected from: R R R R R R R R R R R R 1 R 2 H; R R R R R R R R and or a pharmaceutically acceptable salt thereof.
Dispenser unit particularly suitable for a liquid container, comprising: - an air pump with an air cylinder and an air piston axially displaceable in the air cylinder, - an air space defined between the air cylinder and the air piston, - supply-closing means (13, 9) for closing the air supply to the air pump, - discharge-closing means (18, 1) for closing the air discharge from the air pump, - an axially displaceable activating element for activating the air pump, and - an air inlet opening in the activating element, wherein the air inlet opening debouches in the air space, characterized in that at least a part of the air piston forms the supply-closing means (13, 9), said part being arranged against the inner wall of the activating element and over the air inlet opening, wherein the air piston is movable axially relative to the activating element. - an air pump with an air cylinder and an air piston axially displaceable in the air cylinder, - an air space defined between the air cylinder and the air piston, - supply-closing means (13, 9) for closing the air supply to the air pump, - discharge-closing means (18, 1) for closing the air discharge from the air pump, - an axially displaceable activating element for activating the air pump, and - an air inlet opening in the activating element, wherein the air inlet opening debouches in the air space, characterized in that at least a part of the air piston forms the supply-closing means (13, 9), said part being arranged against the inner wall of the activating element and over the air inlet opening, wherein the air piston is movable axially relative to the activating element.
A network controller comprising means for performing: - monitoring routing paths (120-122, 123-124) wherein data-packets are exchanged between an access point, AP, and respective associated devices, STAs (101, 106), in a Wi-Fi network comprising at least one range extender, EXT; and - classifying the STAs (101, 106) as a delay-sensitive associated device, DSC, or a throughput-sensitive associated device, TSC; characterized in that, the network controller further comprises means for performing: - calculating an average delay between the DSCs and the AP, and an average throughput between the TSCs and the AP; - weighting the average delay with the average throughput, thereby obtaining a performance coefficient; and - optimizing the performance coefficient by altering the routing paths (200-202, 203). - monitoring routing paths (120-122, 123-124) wherein data-packets are exchanged between an access point, AP, and respective associated devices, STAs (101, 106), in a Wi-Fi network comprising at least one range extender, EXT; and - classifying the STAs (101, 106) as a delay-sensitive associated device, DSC, or a throughput-sensitive associated device, TSC; - calculating an average delay between the DSCs and the AP, and an average throughput between the TSCs and the AP; - weighting the average delay with the average throughput, thereby obtaining a performance coefficient; and - optimizing the performance coefficient by altering the routing paths (200-202, 203).
A method of producing a I-III-VI y compound in thin film form, in which y is close to 2, by electrochemistry, wherein: - element I is copper, - element VI is sulfur and/or selenium, - and element III comprises indium, with gallium and/or aluminum, the method comprising the following steps: - an electrolysis bath comprising said elements I, III, and VI dissolved in the bath, and at least two electrodes immersed in the bath are provided; - a potential difference is applied between the two electrodes in order to initiate the formation of a thin film of I-III-VI y on the surface of one of the electrodes, characterized in that the electrolysis bath furthermore includes at least one surfactant compound with a concentration of the surfactant in the electrolysis bath which is substantially of the same order of magnitude as the concentration of gallium and/or aluminum in the bath, in order to promote the incorporation of gallium and/or aluminum into said film. - element I is copper, - element VI is sulfur and/or selenium, - and element III comprises indium, with gallium and/or aluminum, the method comprising the following steps: - an electrolysis bath comprising said elements I, III, and VI dissolved in the bath, and at least two electrodes immersed in the bath are provided; - a potential difference is applied between the two electrodes in order to initiate the formation of a thin film of I-III-VI y on the surface of one of the electrodes, - an electrolysis bath comprising said elements I, III, and VI dissolved in the bath, and at least two electrodes immersed in the bath are provided; - a potential difference is applied between the two electrodes in order to initiate the formation of a thin film of I-III-VI y on the surface of one of the electrodes,