mhurhangee/ep-ind-claims huggingface dataset:
Ventilating device for arrangement on the seat cushion of a seat, which seat cushion has a seating surface and an underside between which a rearward end of said seat cushion is arranged, wherein the seat cushion is arranged in such a way, on a seat frame associated with the seat, that the underside of said seat cushion and the seat frame form a cavity, which ventilating device has: - a radial fan for arrangement within the said cavity in the region of the underside of the seat cushion, which radial fan has an inlet and an outlet; - an air-distributing arrangement which is designed for arrangement on the seating surface of the seat cushion and has an inlet for supplying air; - and an air-deflecting system which extends from the outlet of the radial fan to the inlet of the air-distributing arrangement and has a number of air-deflecting ducts, which are mechanically connected to one another, at least in certain regions, and between which webs are arranged in order to prevent the ducts from collaborating when subjected to load, wherein the preassembled ventilating device, in which the air-deflecting system, which is fastened to the inlet of the air-distributing arrangement, is arranged at the outlet of the radial fan, can be pushed over the rearward end of the seat cushion in such a way, for the purpose of arrangement on said seat cushion, that the air-deflecting system engages around said rearward end, and wherein said air-deflecting system is of approximately U-shaped design in a region which extends, in the assembled condition, around the rearward end of the seat cushion. - a radial fan for arrangement within the said cavity in the region of the underside of the seat cushion, which radial fan has an inlet and an outlet; - an air-distributing arrangement which is designed for arrangement on the seating surface of the seat cushion and has an inlet for supplying air; - and an air-deflecting system which extends from the outlet of the radial fan to the inlet of the air-distributing arrangement and has a number of air-deflecting ducts, which are mechanically connected to one another, at least in certain regions, and between which webs are arranged in order to prevent the ducts from collaborating when subjected to load, wherein the preassembled ventilating device, in which the air-deflecting system, which is fastened to the inlet of the air-distributing arrangement, is arranged at the outlet of the radial fan, can be pushed over the rearward end of the seat cushion in such a way, for the purpose of arrangement on said seat cushion, that the air-deflecting system engages around said rearward end, and wherein said air-deflecting system is of approximately U-shaped design in a region which extends, in the assembled condition, around the rearward end of the seat cushion.
A node device that is one of a plurality of node devices in a network system in which the plurality of node devices mutually exchange data via a relay device in each communication cycle that includes a first band and a second band, the second band being later than the first band, and the node device comprising: a data exchange control unit configured to transmit a message-transmission request to other node devices of the plurality of node devices in the first band when there exists a message-transmission request; a message permission determination unit configured to determine, on the basis of a message-transmission request transmitted by the plurality of node devices and obtained in the first band, whether the node device to which the message permission determination unit belongs is permitted to transmit a message; and a message transmission control unit configured to transmit a message at a prescribed timing in the second band if the node device to which the message transmission control unit belongs is determined to be permitted to transmit message by the message permission determination unit. a data exchange control unit configured to transmit a message-transmission request to other node devices of the plurality of node devices in the first band when there exists a message-transmission request; a message permission determination unit configured to determine, on the basis of a message-transmission request transmitted by the plurality of node devices and obtained in the first band, whether the node device to which the message permission determination unit belongs is permitted to transmit a message; and a message transmission control unit configured to transmit a message at a prescribed timing in the second band if the node device to which the message transmission control unit belongs is determined to be permitted to transmit message by the message permission determination unit.
A centrifugal pump having a volute whose wall comprises concrete, comprising a centrifugal impeller with blades, the impeller being arranged for rotation about an axis and operable to direct a liquid towards the volute, said volute being arranged around the impeller and having an outlet and a cross-section which increases towards said outlet, wherein the pump further includes fixed elements arranged between the impeller and the volute, said fixed elements comprising a discontinuous barrier around the impeller, wherein said fixed elements are equally spaced around the impeller; characterized in that the pump being capable of pumping large liquid volume flow rates of at least 20 m 3 /sec, and in that for each fixed element, the difference (R 2 - R 1) between - the radial distance (R 2) from the rotational axis of the impeller to an end of the fixed element closest to the impeller, and - the radial distance (R 1) from the rotational axis of the impeller to the periphery of the impeller, represents from 1 to 10% of the radial distance (R 1) from the rotational axis of the impeller to the periphery of the impeller. - the radial distance (R 2) from the rotational axis of the impeller to an end of the fixed element closest to the impeller, and - the radial distance (R 1) from the rotational axis of the impeller to the periphery of the impeller,
A vacuum assembly comprising: (a) an inlet comprising a door having an open and closed position; (b) a waste collection member; (c) a vacuum means for generating a flow of air from said inlet to said collection member; and (d) a switch adapted to interact with the door, characterized in that the door is configured to open inside a dirt collection chamber by pushing the door inwardly thereby activating the switch which provides power to the vacuum means to receive debris through the inlet and the door is flush mounted to an existing fitting, wherein the door does not protrude any more than the thickness of the material.
A laundry detergent composition comprising: (i) from 2 to 70 wt. % of a surfactant; and (ii) from 0.00001 to 0.1 wt. % of shading dye which is covalently bound to at least one alkoxy-CH 2 CHO or -CH 2 CHO capped polyalkoxy group. (i) from 2 to 70 wt. % of a surfactant; and (ii) from 0.00001 to 0.1 wt. % of shading dye which is covalently bound to at least one alkoxy-CH 2 CHO or -CH 2 CHO capped polyalkoxy group.
A device, comprising: (a) a firearm having a top surface with a first portion and a second portion, said first portion and said second portion being defined by a step, said step having a height; (b) an adaptor plate operable to fit into said second portion of said top surface, said adaptor plate having a thickness not thicker than said height of said step, said adaptor plate having a first configuration comprising at least one mounting feature and defining a topography of the adaptor plate; and (c) an optical sight having a bottom surface and wherein said bottom surface of said optical sight is fastened directly to said first portion of said top surface and extends over said adaptor plate, said adaptor plate being in said second portion, said bottom surface of said optical sight having a second configuration comprising at least one topographical feature which is complementary to the at least one mounting feature such that the at least one topographical feature of the optical sight mates to the at least one mounting feature of the adaptor plate, said adaptor plate being operable to align said optical sight with respect to said top surface of said firearm. (a) a firearm having a top surface with a first portion and a second portion, said first portion and said second portion being defined by a step, said step having a height; (b) an adaptor plate operable to fit into said second portion of said top surface, said adaptor plate having a thickness not thicker than said height of said step, said adaptor plate having a first configuration comprising at least one mounting feature and defining a topography of the adaptor plate; and (c) an optical sight having a bottom surface and wherein said bottom surface of said optical sight is fastened directly to said first portion of said top surface and extends over said adaptor plate, said adaptor plate being in said second portion, said bottom surface of said optical sight having a second configuration comprising at least one topographical feature which is complementary to the at least one mounting feature such that the at least one topographical feature of the optical sight mates to the at least one mounting feature of the adaptor plate, said adaptor plate being operable to align said optical sight with respect to said top surface of said firearm.
A process for producing a hydrothermally cured porous or foamed concrete moulded body of a hydrothermally cured aerated or foamed concrete material having a solid web frame which surrounds pores resulting from a foam or generated by an expanding process, wherein the solid web frame has calcium silicate hydrate phases, micropores and at least one inert additive, and wherein the solid web frame has precipitated calcium carbonate and/or precipitated calcium magnesium carbonate as an inert additive, characterised by the following process steps a) producing a pourable fresh concrete mass containing at least one hydrothermally reacting CaO component, at least one hydrothermally reacting SiO 2 component, precipitated calcium carbonate and/or precipitated calcium magnesium carbonate as an additive, at least one expanding agent or prefabricated foam, preferably a calcium sulphate component, and water, b) pouring the fresh concrete mass into a mould in which a reinforcement is optionally suspended, c) optionally suspending the reinforcement in the mould, d) optionally allowing the fresh concrete mass to swell, e) allowing the fresh concrete mass to set into a porous or foamed concrete cake, f) cutting the porous or foamed concrete cake into individual porous or foamed concrete moulded bodies, g) curing the porous or foamed concrete moulded bodies in an autoclave, characterised in that a fresh concrete mass is produced, which has a content of precipitated calcium carbonate and/or precipitated calcium magnesium carbonate as an additive of 10 to 30% by mass, preferably 15 to 25% by mass, in relation to the solid fraction in the fresh concrete mass. a) producing a pourable fresh concrete mass containing at least one hydrothermally reacting CaO component, at least one hydrothermally reacting SiO 2 component, precipitated calcium carbonate and/or precipitated calcium magnesium carbonate as an additive, at least one expanding agent or prefabricated foam, preferably a calcium sulphate component, and water, b) pouring the fresh concrete mass into a mould in which a reinforcement is optionally suspended, c) optionally suspending the reinforcement in the mould, d) optionally allowing the fresh concrete mass to swell, e) allowing the fresh concrete mass to set into a porous or foamed concrete cake, f) cutting the porous or foamed concrete cake into individual porous or foamed concrete moulded bodies, g) curing the porous or foamed concrete moulded bodies in an autoclave,
A labyrinth seal device for an air passage for cooling air of a cooling system of a generator of a wind power installation, the labyrinth seal device having - a first labyrinth seal wall and a second labyrinth seal wall arranged spaced apart from the first labyrinth seal wall, wherein - the first and second labyrinth seal walls (11, 12) form a labyrinthine sealing section which is configured to seal the generator with respect to dirt and/or water from a surrounding area and to fluidically connect the surrounding area of the generator with a generator interior of the generator in order to cool the generator, wherein - the sealing section has an air directing device which is configured to direct the cooling air in a flow-optimized manner through the sealing section characterized in that - the air directing device is arranged within the sealing section, spaced apart from the first and second labyrinth seal wall (11, 12). - a first labyrinth seal wall and a second labyrinth seal wall arranged spaced apart from the first labyrinth seal wall, wherein - the first and second labyrinth seal walls (11, 12) form a labyrinthine sealing section which is configured to seal the generator with respect to dirt and/or water from a surrounding area and to fluidically connect the surrounding area of the generator with a generator interior of the generator in order to cool the generator, wherein - the sealing section has an air directing device which is configured to direct the cooling air in a flow-optimized manner through the sealing section characterized in that - the air directing device is arranged within the sealing section, spaced apart from the first and second labyrinth seal wall (11, 12).
A release agent for application to a tire bladder made of zinc oxide-containing butyl rubber when molding pneumatic tires, comprising: carboxyl group-containing organopolysiloxane of general formula wherein R 1 is substituted or unsubstituted monovalent hydrocarbon group of 1 to 30 carbon atoms other than R 2, R 2 is carboxyl group-substituted monovalent organic group of 1 to 30 carbon atoms, R 3 is selected from the options for R 1 and R 2, and n is an integer from 3 to 2,000. carboxyl group-containing organopolysiloxane of general formula wherein R 1 is substituted or unsubstituted monovalent hydrocarbon group of 1 to 30 carbon atoms other than R 2, R 2 is carboxyl group-substituted monovalent organic group of 1 to 30 carbon atoms, R 3 is selected from the options for R 1 and R 2, and n is an integer from 3 to 2,000.
Internal control selection actuator for a gearbox, having an interlocking key that rotates with a control shaft so as to select one of at least two lines of gears by simultaneously locking the unselected lines, and rotates as one with a shifting carriage, characterized in that the interlocking key is driven in rotation via a lever that is fastened by a first end to the shaft of an actuating motor that rotates in both directions, and acts mechanically on the carriage via its second end bearing a ball joint, said ball joint cooperating with two radial tabs of the carriage, defining a U-shaped recess for the ball joint.
A pouch molding method comprising: a seating step of seating a pouch film on a top surface of a die; a stripper descending step of allowing a stripper disposed above the die to descend; a fixing step of fixing the pouch film using the stripper; a molding preparation step of allowing a Blank holder disposed at a central portion of the die to ascend to contact one surface of the pouch film and allowing a punch disposed at a central portion of the stripper to descend to contact the other surface of the pouch film; and a molding step of allowing the punch and the Blank holder to descend along with each other to form a cup part in the pouch film, characterized in that the molding preparation step is performed in an order of: a step of allowing the Blank holder to ascend; a step of allowing the Blank holder to contact the one surface of the pouch film; a step of allowing the punch to descend; and a step of allowing the punch to contact the other surface of the pouch film. a seating step of seating a pouch film on a top surface of a die; a stripper descending step of allowing a stripper disposed above the die to descend; a fixing step of fixing the pouch film using the stripper; a molding preparation step of allowing a Blank holder disposed at a central portion of the die to ascend to contact one surface of the pouch film and allowing a punch disposed at a central portion of the stripper to descend to contact the other surface of the pouch film; and a molding step of allowing the punch and the Blank holder to descend along with each other to form a cup part in the pouch film, characterized in that the molding preparation step is performed in an order of: a step of allowing the Blank holder to ascend; a step of allowing the Blank holder to contact the one surface of the pouch film; a step of allowing the punch to descend; and a step of allowing the punch to contact the other surface of the pouch film. a step of allowing the Blank holder to ascend; a step of allowing the Blank holder to contact the one surface of the pouch film; a step of allowing the punch to descend; and a step of allowing the punch to contact the other surface of the pouch film.
Liquid toner dispersion comprising toner particles in a substantially non-polar carrier liquid, characterized by a relative conductivity between 0.5 and 30, and a relative low shear viscosity between 1.25 and 225, wherein - the relative conductivity and relative low shear viscosity are defined as a ratio of the conductivities and low shear viscosities of a liquid toner dispersion and a supernatant liquid obtained in centrifugation of the liquid toner dispersion. - the relative conductivity and relative low shear viscosity are defined as a ratio of the conductivities and low shear viscosities of a liquid toner dispersion and a supernatant liquid obtained in centrifugation of the liquid toner dispersion.
Barium magnesium aluminate suspension, characterized in that it is provided in the form of substantially monocrystalline particles in a liquid phase, the particles exhibiting a mean size d 50 of between 100 and 150 nm and also a dispersion index σ/m of at most 1, σ/m being defined by the ratio: σ / m = d 84 − d 16 / 2 d 50 in which: - d 84 is the diameter of the particles for which 84% of the particles have a diameter of less than d 84; - d 16 is the diameter of the particles for which 16% of the particles have a diameter of less than d 16; - d 50 is the mean diameter of the particles; the mean size d 50 and the dispersion index being determined with the help of a laser particle sizer using a volume distribution. - d 84 is the diameter of the particles for which 84% of the particles have a diameter of less than d 84; - d 16 is the diameter of the particles for which 16% of the particles have a diameter of less than d 16; - d 50 is the mean diameter of the particles;
A method for diagnosing Lyme arthritis in a subject, the method comprising analyzing a biological sample obtained from a subject having Lyme disease for the presence of an endothelial cell growth factor (ECGF) autoantibody by contacting said biological sample with an immunoassay comprising an ECGF antigen and wherein said biological sample is previously obtained from peripheral blood, serum, synovial fluid, synovial tissue, peripheral blood mononuclear cells (PBMC), or synovial fluid mononuclear cells (SFMC).
A composite yarn structure having a first element comprising a coaxial flexible bi-component monofilament including a conductive component and a thermoplastic component exhibiting piezoelectric properties; at least a second conductive element arranged around at least part of the first element to provide a piezoelectric yarn, characterized in that both the conductive component and the thermoplastic component forming the first element have elastic properties and can be elongated in such a way that said piezoelectric yarn exhibits auxetic properties.
A method of a station for operating in a network, the method comprising: a. receiving, at a media access control, MAC layer, high level data units from high level layers; b. encapsulating content from a plurality of the high level data units into sub-frames, wherein each sub-frame comprises a Sub-Frame Header and a Payload, and wherein the Payload comprises one or more payloads from one or more high level data units; c. grouping a plurality of the sub-frames that belong to a same session as a stream of sub-frames, wherein the same session has a same unique MAC stream identifier, MSID; d. dividing the stream of sub-frames into a plurality of segments (252, 276) with each segment capable of being independently retransmitted, wherein each segment (252, 276) forms part of a separate physical layer, PHY, block (266, 274); e. generating a low level data unit for transmission by a physical layer, the low level data unit containing one or more PHY blocks (266, 274), each PHY block containing one segment (252, 276) from the plurality of segments (252, 276); and f. providing the low level data unit from the MAC layer to the physical layer for transmission over a shared communications medium, wherein each PHY block is to be transmitted in a single forward error correction, FEC, block. a. receiving, at a media access control, MAC layer, high level data units from high level layers; b. encapsulating content from a plurality of the high level data units into sub-frames, wherein each sub-frame comprises a Sub-Frame Header and a Payload, and wherein the Payload comprises one or more payloads from one or more high level data units; c. grouping a plurality of the sub-frames that belong to a same session as a stream of sub-frames, wherein the same session has a same unique MAC stream identifier, MSID; d. dividing the stream of sub-frames into a plurality of segments (252, 276) with each segment capable of being independently retransmitted, wherein each segment (252, 276) forms part of a separate physical layer, PHY, block (266, 274); e. generating a low level data unit for transmission by a physical layer, the low level data unit containing one or more PHY blocks (266, 274), each PHY block containing one segment (252, 276) from the plurality of segments (252, 276); and f. providing the low level data unit from the MAC layer to the physical layer for transmission over a shared communications medium, wherein each PHY block is to be transmitted in a single forward error correction, FEC, block.
An information prompting method, comprising: acquiring (201, 301) temperature in a smart socket; comparing (202, 302) the temperature in the smart socket with a preset temperature threshold value, and determining whether power of electric equipment connected with the smart socket is higher than an upper limit of an acceptable power range of the smart socket according to a comparison result, wherein the preset temperature threshold value is a preset threshold value configured to determine whether the power of the electric equipment is higher than the upper limit of the acceptable power range of the smart socket; when the power of the electric equipment is determined to be higher than the upper limit of the acceptable power range of the smart socket, generating (203, 303) alarming information indicating that the power of the electric equipment is excessively high; and pushing (204, 304) the alarming information to a mobile terminal bound with the smart socket. acquiring (201, 301) temperature in a smart socket; comparing (202, 302) the temperature in the smart socket with a preset temperature threshold value, and determining whether power of electric equipment connected with the smart socket is higher than an upper limit of an acceptable power range of the smart socket according to a comparison result, wherein the preset temperature threshold value is a preset threshold value configured to determine whether the power of the electric equipment is higher than the upper limit of the acceptable power range of the smart socket; when the power of the electric equipment is determined to be higher than the upper limit of the acceptable power range of the smart socket, generating (203, 303) alarming information indicating that the power of the electric equipment is excessively high; and pushing (204, 304) the alarming information to a mobile terminal bound with the smart socket.