mhurhangee/ep-ind-claims huggingface dataset:
An electrolytic cell which is divided into an anode chamber and a cathode chamber by an ion exchange membrane, comprising (a) an anode installed in said anode chamber; (b) a gas diffusion electrode installed in said cathode chamber; and (c) a liquid retention layer in the form of a mesh, a woven fabric, a nonwoven article, a foam or a thin sheet formed from a material selected from the group comprising carbon, zirconium oxide, a ceramics of silicon carbide, hydrophilic-treated PTFE (polytetrafluoroethylene), FEP (tetrafluoroethylene-propylene hexafluoride copolymer), an aramid resin, alkali resistant metals such as nickel, silver, and alloys thereof, or stainless steel installed in said cathode chamber and located between said ion exchange membrane and said gas diffusion electrode, characterized in that said liquid retention layer has a liquid retention amount per unit volume of the liquid retention layer of 0.15g-H 2 O/CM 3 or more and 0.61g-H 2 O/cm 3 or less, wherein the liquid retention amount of the liquid retention layer is defined as B-A, wherein is the weight obtained by a method in which the liquid retention layer is immersed in an aqueous solution of 34.5 % by weight of sodium hydroxide for one day, washed by water to remove completely the aqueous solution of sodium hydroxide, and dried completely and is the weight obtained by a method in which the afore-mentioned completely-dried liquid retention layer is immersed in pure water for one hour and taken out of the pure water and wherein the liquid retention amount per unit volume is defined as a value obtained by dividing the liquid retention amount by the volume of the liquid retention layer used for the measurement of the liquid retention amount. (a) an anode installed in said anode chamber; (b) a gas diffusion electrode installed in said cathode chamber; and (c) a liquid retention layer in the form of a mesh, a woven fabric, a nonwoven article, a foam or a thin sheet formed from a material selected from the group comprising carbon, zirconium oxide, a ceramics of silicon carbide, hydrophilic-treated PTFE (polytetrafluoroethylene), FEP (tetrafluoroethylene-propylene hexafluoride copolymer), an aramid resin, alkali resistant metals such as nickel, silver, and alloys thereof, or stainless steel installed in said cathode chamber and located between said ion exchange membrane and said gas diffusion electrode,
A method for forming a busbar having a contact section comprising: - providing a first conductive section made from copper, - providing a second conductive section made from copper, wherein the second conductive section includes the contact section or is connected to the contact section and wherein the second conductive section is at least partially covered with nickel and/or tin and - creating a laser welding bond, in particular a laser welding seam, between the first conductive section and the second conductive section, by laser welding. - providing a first conductive section made from copper, - providing a second conductive section made from copper, wherein the second conductive section includes the contact section or is connected to the contact section and wherein the second conductive section is at least partially covered with nickel and/or tin and - creating a laser welding bond, in particular a laser welding seam, between the first conductive section and the second conductive section, by laser welding.
An infrared touch display screen, comprising a frame, a display panel assembly, a light-filter strip and a circuit board assembly, wherein the display panel assembly comprises a protective layer, the circuit board assembly comprises a circuit board and infrared lamp tubes arranged on the circuit board; the infrared lamp tubes are located at a front side of the circuit board; the protective layer is located in a space enclosed by the frame, the frame comprises a first portion for mounting the light-filter strip and a second portion for mounting the circuit board assembly, the first portion is located at a front side of the protective layer, the second portion is located outside the protective layer and the first portion, the light-filter strip is located between the first portion and the protective layer, a front side of the light-filter strip is connected with the first portion, and a back side of the light-filter strip abuts against the protective layer; a position of the circuit board corresponds to a position of the protective layer in a direction parallel to the protective layer, positions of the infrared lamp tubes correspond to a position of the light-filter strip in a direction parallel to the protective layer, and an extending direction of the infrared lamp tubes is parallel to the protective layer; wherein the protective layer is located at a front-most side of the display panel assembly.
A cartridge, comprising: a housing; a pre-vapor formulation reservoir in the housing, the pre-vapor formulation reservoir configured to store a pre-vapor formulation; a vaporizer configured to vaporize the pre-vapor formulation, the vaporizer including a heater and a wick, the wick being in fluid communication with the pre-vapor formulation reservoir, and the heater configured to vaporize at least a portion of the pre-vapor formulation in the wick to form a vapor; and an airflow diverter, wherein the heater is positioned in a transverse direction in the housing, wherein the airflow diverter is located on an opposite side of the heater relative to a mouth-end portion, and wherein the airflow diverter is substantially V-shaped in a cross-section along a longitudinal axis of the housing to direct air around the heater. a housing; a pre-vapor formulation reservoir in the housing, the pre-vapor formulation reservoir configured to store a pre-vapor formulation; a vaporizer configured to vaporize the pre-vapor formulation, the vaporizer including a heater and a wick, the wick being in fluid communication with the pre-vapor formulation reservoir, and the heater configured to vaporize at least a portion of the pre-vapor formulation in the wick to form a vapor; and an airflow diverter, wherein the heater is positioned in a transverse direction in the housing, wherein the airflow diverter is located on an opposite side of the heater relative to a mouth-end portion, and wherein the airflow diverter is substantially V-shaped in a cross-section along a longitudinal axis of the housing to direct air around the heater.
A valve prosthesis comprising: a valve member (250, 450, 530, 710, 800) and an implantable frame (200, 301, 400, 500, 600) radially-expandable from a compressed configuration to an expanded configuration having an interior lumen characterised by the frame defining a laterally asymmetric partial sinus portion (241, 300, 310, 541, 705, 820) of the interior lumen extending around between about 10% and about 90% of the circumference of the frame in the expanded configuration and forming a bulge in the interior lumen extending in a first lateral direction of the frame in the expanded configuration, the frame including a proximal section, a distal section and an intermediate section, the proximal section and the distal section being spaced apart from one another, the intermediate section creating the artificial partial sinus, the distal section and proximal section having a radial force less than the radial force of the intermediate section,
An in vitro or ex vivo method of increasing the immunoreactivity of cells of the immune system including the transient reduction or inhibition of the expression of Cbl-b by using a short DNA and/or RNA sequence complementary to a portion of the target CB1-b-mRNA sequence, wherein the cells were contacted before or after the removal with an antigen and wherein the immunoreactivity of the cells to the antigen is increased and wherein the cells include antigen-presenting cells, PBMCs (Peripheral Blood Mononuclear Cells), T lymphocytes, B lymphocytes, monocytes, macrophages, NK cells and/or NKT cells.
Fastening element (50, 50', 50") for a laying system for creating a wall, floor or ceiling covering, wherein the fastening element (50, 50', 50") can be attached between the wall, floor or ceiling covering and a substructure, characterized in that the fastening element comprises at least two sections (2, 3) which can be attached at a common element (130; 140) of the covering and which can be moved with respect to one another, as well as two parts (23, 24; 23', 24') that can be moved with respect to one other and on which one of the sections (2, 3) is respectively formed, wherein the parts (23, 24; 23', 24') are at least partially telescoped, wherein the fastening element (50, 50', 50") can be modified in its longitudinal extension by displacing the parts (23, 24; 23', 24') with respect to one another, wherein of the at least two sections (2, 3) at least one section has a reception area (4; 4'), which is formed for receiving the other section of another such fastening element (50.1), wherein in the direction of the longitudinal extension of the fastening element (50; 50'; 50") the other section of the other such fastening element (50.1) can be slid into the reception area (4; 4') of the one section, wherein the wall of the reception area (4; 4') that can be turned towards the substructure has a wall section for fixating the fastening element (50; 50'; 50") at the substructure by means of at least one screw, nail or similar such connection means, which can be accessed from the outside, preferably from the top side of the fastening element (50; 50'; 50"), in the mounting position of the fastening element (50; 50'; 50'') at the substructure.
Engine mount for a passenger car having an inner part which comprises a receiving device, and having an outer part which surrounds the inner part at least partially and is configured as a mount housing, in which the inner part and the outer part have a rest (4, 5) made from elastomeric material, and are connected to one another and held at a spacing by way of an elastomer body, the inner part and the outer part in each case being configured in one piece, characterized in that the inner part has at least one projection which is directed towards the inner wall of the outer part, and the outer part has a recess or depression which is complementary with respect to the said projection, the elastomer body which connects the inner part and the outer part and/or the elastomeric rests (4, 5) being configured in such a way that the projection dips/engages with an overlap into the recess; the projection, the recess, the elastomer body and the elastomeric rests (4, 5) being configured in terms of their geometric design in such a way that an absorption of force takes place in at least two spatial directions or loading directions of the mount, the mount housing having an opening for assembling the mount, which opening is greater than the height of the inner part with the projection being taken into consideration, and it being possible for the inner part to be introduced into the mount housing before the vulcanization of the component.
A drive system for a hand-held device for locally piercing human or animal skin, with: - a drive means which is configured to provide a rotary drive movement; and - a conversion mechanism which is coupled to the drive means for tapping the rotary drive movement and is configured to provide a linear forwards and backwards movement emanating from the rotary drive movement, the conversion mechanism having: - a wobble plate assembly which is disposed on a bearing means (24, 25); - a wobble plate formed on the wobble plate assembly which, during operation, executes a wobbling motion due to the rotary drive movement; - a tap which is coupled to the wobble plate and is configured to provide the linear forwards and backwards movement for tapping by means of cooperation with the wobble plate; and - an adjustment component which is coupled to the wobble plate assembly and is displaceably disposed in a manner such that in order to adjust a stroke of the linear forwards and backwards movement provided at the tap, an inclination of the wobble plate with respect to the longitudinal direction is variable by displacing the adjustment component; characterized by a distal joint component which is received by the bearing means and is coupled to the wobble plate assembly via a rotary joint. - a drive means which is configured to provide a rotary drive movement; and - a conversion mechanism which is coupled to the drive means for tapping the rotary drive movement and is configured to provide a linear forwards and backwards movement emanating from the rotary drive movement, the conversion mechanism having: - a wobble plate assembly which is disposed on a bearing means (24, 25); - a wobble plate formed on the wobble plate assembly which, during operation, executes a wobbling motion due to the rotary drive movement; - a tap which is coupled to the wobble plate and is configured to provide the linear forwards and backwards movement for tapping by means of cooperation with the wobble plate; and - an adjustment component which is coupled to the wobble plate assembly and is displaceably disposed in a manner such that in order to adjust a stroke of the linear forwards and backwards movement provided at the tap, an inclination of the wobble plate with respect to the longitudinal direction is variable by displacing the adjustment component; - a wobble plate assembly which is disposed on a bearing means (24, 25); - a wobble plate formed on the wobble plate assembly which, during operation, executes a wobbling motion due to the rotary drive movement; - a tap which is coupled to the wobble plate and is configured to provide the linear forwards and backwards movement for tapping by means of cooperation with the wobble plate; and - an adjustment component which is coupled to the wobble plate assembly and is displaceably disposed in a manner such that in order to adjust a stroke of the linear forwards and backwards movement provided at the tap, an inclination of the wobble plate with respect to the longitudinal direction is variable by displacing the adjustment component;
Electromechanical damper for a vehicle for damping mechanical oscillations arising between two components by which drive torques are transmittable to an electric generator for generating a damping force, wherein the damper comprises a first and a second gearbox (26, 28) constructed in the form of a planetary gear train having ring gears, planet wheels and sun wheels, characterised in that the stator housing is integrated in the first gearbox and in the second gearbox as a gear element, that the rotor of the generator is connected at both end faces to the sun wheel (40 or 44) of the respective planetary gear train, that the ring gears (30, 32), the planet wheels (38, 42) and the sun wheels (40, 44) in the two gearboxes (26, 28) are each provided with helical teeth oriented obliquely to the axial direction, and that the helical teeth of the two sun wheels (40, 44) are directed in opposition to one another, and that the radially outer ring gear of the first gearbox, the radially outer ring gear of the second gearbox and the stator housing form a single-piece structure, and that the ring gears (30, 32) are the input elements of the two planetary gear trains by which drive torques can be introduced into the gearboxes (26, 28).
Method for forming a container by stretch-blow-moulding of a preform, the axisymmetric preform having a tubular body that is open at the top via a neck of vertical axis, and that is closed at the bottom by a base, the body of the preform having been previously rendered malleable by heating, the method comprising: - a stretching step during which a free end of a stretching rod is inserted coaxially into the body of the preform via its neck as far as the base of the preform in order to axially stretch the body of the preform; - a moulding step during which a pressurized blowing fluid is injected, at a moulding pressure, into the preform; characterized in that it comprises a step of centring the base of the preform, this step being triggered before the free end of the stretching rod is in contact with the base of the preform, and during which a pressurized moulding fluid, at a stiffening pressure, is injected into the preform in order to centre the base of the preform with respect to the axis "X1" of the neck, the stiffening pressure being maintained at least until the free end of the stretching rod is in contact with the base of the preform. - a stretching step during which a free end of a stretching rod is inserted coaxially into the body of the preform via its neck as far as the base of the preform in order to axially stretch the body of the preform; - a moulding step during which a pressurized blowing fluid is injected, at a moulding pressure, into the preform;
A reference control composition for measurement of nucleated blood cells comprising an amount of one type of first synthetic spherical particles having a mean particle diameter ranging from 6.2 μm to 6.8 μm and a refractive index from 1.58 to 1.62 monodispersed in an aqueous suspension medium; wherein said synthetic spherical particles have optical properties simulating optical properties of nucleated red blood cells as measured by optical measurements, wherein said optical measurements are a low angle light scatter measurement and an axial light loss measurement, or two low angle light scatter measurements, characterised in that the composition comprises stabilised mammalian red blood cells.
A data cable, comprising a type-A interface and a type-C interface, wherein the type-A interface and the type-C interface are connected by using a cable, the type-A interface and the type-C interface each comprise a VBUS pin, a CC pin, a D+ pin, a D- pin, and a GND pin, and a VBUS pin, a D+ pin, a D- pin, and a GND pin of the type-A interface are connected to a VBUS pin, a D+ pin, a D- pin, and a GND pin of the type-C interface, respectively; a circuit identification module is disposed in the data cable, and the circuit identification module comprises a switch circuit, a filtering circuit, a voltage regulator circuit, and a comparator circuit; and the switch circuit is connected to the CC pin of the type-C interface, an output terminal of the voltage regulator circuit, and the CC pin of the type-A interface, a control terminal of the switch circuit is connected to an output terminal of the comparator circuit, an input terminal of the voltage regulator circuit is connected to a VBUS cable in the cable, an output terminal of the voltage regulator circuit is further connected to a first input terminal of the comparator circuit, a second input terminal of the comparator circuit is connected to an output terminal of the filtering circuit, and an input terminal of the filtering circuit is connected to the CC pin of the type-A interface; wherein under the control of the comparator circuit, the switch circuit is configured to connect the CC pin of the type-A interface to the CC pin of the type-C interface, or connect the output terminal of the voltage regulator circuit to the CC pin of the type-C interface. a circuit identification module is disposed in the data cable, and the circuit identification module comprises a switch circuit, a filtering circuit, a voltage regulator circuit, and a comparator circuit; and the switch circuit is connected to the CC pin of the type-C interface, an output terminal of the voltage regulator circuit, and the CC pin of the type-A interface, a control terminal of the switch circuit is connected to an output terminal of the comparator circuit, an input terminal of the voltage regulator circuit is connected to a VBUS cable in the cable, an output terminal of the voltage regulator circuit is further connected to a first input terminal of the comparator circuit, a second input terminal of the comparator circuit is connected to an output terminal of the filtering circuit, and an input terminal of the filtering circuit is connected to the CC pin of the type-A interface; wherein under the control of the comparator circuit, the switch circuit is configured to connect the CC pin of the type-A interface to the CC pin of the type-C interface, or connect the output terminal of the voltage regulator circuit to the CC pin of the type-C interface.
Exhaust-gas device for separating exhaust-gas channels (2, 3) of an internal combustion engine having at least two cylinder groups, wherein each cylinder group is assigned one exhaust-gas channel (2, 3), wherein the exhaust-gas channels (2, 3) are alternately connectable to at least one outlet-side exhaust-gas tract (7, 8, 9) by means of an aperture arrangement, wherein cylinders which are adjacent in an ignition sequence are assigned to different cylinder groups, wherein the aperture arrangement is operable in a manner dependent on outlet valve timings of the cylinder groups, wherein the exhaust-gas-discharging cylinder group is connected to the outlet-side exhaust-gas flow (7, 8) by means of the aperture arrangement, wherein the non-exhaust-gas-discharging cylinder group is separated from the outlet-side exhaust-gas tract (7, 8) by means of the aperture arrangement, wherein the aperture arrangement has a rotating aperture disc (11, 12), characterized in that the aperture disc (11, 12) has multiple slots (13, 14; 16; 17) for connecting the exhaust-gas channels (2, 3) to the at least one exhaust-gas tract (7, 8, 9).
Use of a racemic mixture of compound of formula I or pharmaceutically acceptable salts, hydrates and solvates thereof, for the preparation of a medicament for the treatment of a bipolar disorder.