mhurhangee/ep-ind-claims huggingface dataset:
A process measurement system alignment device for maintaining alignment of a wafer style primary element between flanges (122, 126) of first and second process pipes (124, 128), the device comprising: an alignment ring having an inner surface forming an interior region into which the wafer style primary element can be inserted such that the alignment ring encompasses at least a portion of the wafer style primary element; a channel formed in the alignment ring and configured to receive an interconnecting neck of the wafer style primary element when the wafer style primary element is inserted into the interior region of the alignment ring such that the interconnecting neck of the wafer style primary element extends outside of the alignment ring; and a plurality of flange fastener receiving apertures formed in the alignment ring and configured to be aligned with flange apertures in the flanges (122, 126) of the first and second process pipes (124, 128) and to receive flange fasteners extending through aligned flange apertures. an alignment ring having an inner surface forming an interior region into which the wafer style primary element can be inserted such that the alignment ring encompasses at least a portion of the wafer style primary element; a channel formed in the alignment ring and configured to receive an interconnecting neck of the wafer style primary element when the wafer style primary element is inserted into the interior region of the alignment ring such that the interconnecting neck of the wafer style primary element extends outside of the alignment ring; and a plurality of flange fastener receiving apertures formed in the alignment ring and configured to be aligned with flange apertures in the flanges (122, 126) of the first and second process pipes (124, 128) and to receive flange fasteners extending through aligned flange apertures.
Gas-insulated high voltage puffer breaker (1, 100), comprising a puffer unit with a piston that is movably arranged in a puffer cylinder such that a puffer volume is delimited, a first contact member being movably arranged relative to a second contact member of the circuit breaker (1, 100) such that a current path is established in a first position of the first contact member and that said current path is interrupted in an arcing zone once the first contact member is moved to a second position of the first contact member, wherein the first contact member is connected to a drive by a piston stem, and a nozzle for circumferentially delimiting the arcing zone of the puffer breaker (1, 100), wherein the puffer volume is fluidly connected to the nozzle by a gas channel, characterized in that the piston and the first contact member are attached to the piston stem, and wherein the puffer volume comprises the gas channel as well as a portion of the puffer cylinder, wherein the gas channel and said cylinder portion are fluidly connected to one another by a port such that a gas flowing in a first direction from the portion of the puffer cylinder is redirected via the gas channel in a second direction towards the nozzle once the first contact member is moved from the first position towards the second position, and wherein the gas channel is provided radially outside of the puffer cylinder between a puffer cylinder wall delimiting the puffer cylinder and a wall structure of the puffer unit.
A cooling system for an internal combustion engine, comprising a cooling fan, a first water radiator, an intercooler and a second water radiator, wherein the intercooler is positioned between the first water radiator and the second water radiator; and the first water radiator, the intercooler and the second water radiator jointly form a heat exchange unit, and the cooling fan is provided on the outer side of the heat exchange unit; the first water radiator is provided with a first water inlet pipe, a first water inlet chamber, a first core body, a first water outlet chamber and a first water outlet pipe which are sequentially communicated; the second water radiator is provided with a second water inlet pipe, a second water inlet chamber, a second core body, a second water outlet chamber and a second water outlet pipe which are sequentially communicated; the first water outlet pipe is communicated with the second water outlet pipe by the first water outlet chamber or a round pipe; the intercooler is provided with an air inlet pipe, an air inlet chamber, a third core body, an air outlet chamber and an air outlet pipe which are sequentially communicated; the cooling fan, the first water radiator and the intercooler are sequentially connected by cooling air blown by the cooling fan so as to form a serial type structure; the cooling fan, the intercooler and the second water radiator are sequentially connected by cooling air blown when the cooling fan works so as to form a serial type structure; and simultaneously, the first water radiator and the second water radiator are in a parallel type structure; characterized in that each of the first core body, the second core body and the third core body lies on a different parallel vertical surface relative to the cooling fan. the first water radiator is provided with a first water inlet pipe, a first water inlet chamber, a first core body, a first water outlet chamber and a first water outlet pipe which are sequentially communicated; the second water radiator is provided with a second water inlet pipe, a second water inlet chamber, a second core body, a second water outlet chamber and a second water outlet pipe which are sequentially communicated; the first water outlet pipe is communicated with the second water outlet pipe by the first water outlet chamber or a round pipe; the intercooler is provided with an air inlet pipe, an air inlet chamber, a third core body, an air outlet chamber and an air outlet pipe which are sequentially communicated; the cooling fan, the first water radiator and the intercooler are sequentially connected by cooling air blown by the cooling fan so as to form a serial type structure; the cooling fan, the intercooler and the second water radiator are sequentially connected by cooling air blown when the cooling fan works so as to form a serial type structure; and simultaneously, the first water radiator and the second water radiator are in a parallel type structure; characterized in that each of the first core body, the second core body and the third core body lies on a different parallel vertical surface relative to the cooling fan.
A method for fabricating a solar module used for solar panel on buildings, comprising: cutting a primary solar cell into a plurality of half-cut solar cells, wherein each of the half-cut solar cells includes a first electrode side and a second electrode side opposing the first electrode side, with a width of the first electrode side being less than a distance between the first electrode side and the second electrode side; connecting the half-cut solar cells in series to at least one bypass diode in such a way that the first electrode side of one of the half-cut solar cells is connected to the second electrode side of an adjacent one of the half-cut solar cells; and laminating the half-cut solar cells between two glass sheets of a carrier, wherein the solar module is rectangular and has its length at least two times greater than its width. cutting a primary solar cell into a plurality of half-cut solar cells, wherein each of the half-cut solar cells includes a first electrode side and a second electrode side opposing the first electrode side, with a width of the first electrode side being less than a distance between the first electrode side and the second electrode side; connecting the half-cut solar cells in series to at least one bypass diode in such a way that the first electrode side of one of the half-cut solar cells is connected to the second electrode side of an adjacent one of the half-cut solar cells; and laminating the half-cut solar cells between two glass sheets of a carrier, wherein the solar module is rectangular and has its length at least two times greater than its width.
A silencer comprising: a hollow main body to be inserted in a bell of a wind instrument and comprising a rear end portion serving as an opening portion, and a front end portion serving as a closing portion; and a flow-path adjuster supported by the main body in the bell and configured to narrow a path through which a breath of a player of the wind instrument is delivered into the main body, wherein the front end portion of the main body is located in a vicinity of a frontmost portion of the bell or at a rear of the frontmost portion in a state in which the main body is mounted in the bell, characterized in that the flow-path adjuster comprises a closed first rear end portion, a first front end portion, and an outer circumferential surface extending from the first rear end portion to the first front end portion and defining the path of the breath with an inner wall of the bell, in a state in which the main body is mounted in the bell. a hollow main body to be inserted in a bell of a wind instrument and comprising a rear end portion serving as an opening portion, and a front end portion serving as a closing portion; and a flow-path adjuster supported by the main body in the bell and configured to narrow a path through which a breath of a player of the wind instrument is delivered into the main body, wherein the front end portion of the main body is located in a vicinity of a frontmost portion of the bell or at a rear of the frontmost portion in a state in which the main body is mounted in the bell,
A user equipment identification detector for use in a wireless telecommunication network, said user equipment being operable to communicate with network nodes provided in said wireless telecommunication network, said detector comprising: a proximity sensor, operable to detect placement of said user equipment within a predetermined detection region; an interrogation unit, operable to request an indication of identity from said user equipment detected in said predetermined detection region and communicate said indication of identity to a user equipment identification unit, characterized in that said interrogation unit is operable to detect ambient radio conditions of said wireless telecommunications network and select appropriate power settings on which to transmit a pilot signal to communicate with said user equipment in said detection region, based on said detected ambient radio conditions. a proximity sensor, operable to detect placement of said user equipment within a predetermined detection region; an interrogation unit, operable to request an indication of identity from said user equipment detected in said predetermined detection region and communicate said indication of identity to a user equipment identification unit,
A method of stimulating proliferation, migration or both proliferation and migration of mammalian stem cells in vitro, excluding human embryonic stem cells, the method comprising contacting a mammalian stem cell with an effective amount of 2-piperadino-6-methyl-5-oxo-5,6-dihydro- pyrrolo-[3,4-d]pyrimidine maleate, or a pharmaceutically acceptable salt thereof, for an effective period.
An internal combustion engine of the type that suctions atmospheric air as an oxidizing agent and uses hydrocarbons as a fuel, the engine comprising: - a first regenerative Brayton cycle of air compressions with intermediate cooling and nitrogen expansions with reheating by mixing a part of the nitrogen, comprising a MIEC membrane that separates the O 2 from the compressed air, such that the suctioned air current is free from N 2, and a depleted air from the rejection from the MIEC membrane is sent directly to an exhaust gas current, preventing its participation in a subsequent combustion, in which part of the air compressions are performed in at least one first cylinder of the engine; - a second Brayton cycle with compression with intermediate cooling, combined in a binary manner with the first Brayton cycle and nested with a cycle selected from an Otto cycle and a diesel cycle performed by means of oxy-combustion in at least one second cylinder of the engine, wherein the second Brayton cycle transmits mechanical energy, by means of the coupling of the at least one first cylinder with the at least one second cylinder through a crankshaft, and thermal energy from exhaust gases to the first Brayton cycle; wherein the first Brayton cycle provides compressed O 2 from the MIEC membrane to the second Brayton cycle; whereby the NOx emission into the atmosphere is prevented by the separation of N 2 in the MIEC membrane. - a first regenerative Brayton cycle of air compressions with intermediate cooling and nitrogen expansions with reheating by mixing a part of the nitrogen, comprising a MIEC membrane that separates the O 2 from the compressed air, such that the suctioned air current is free from N 2, and a depleted air from the rejection from the MIEC membrane is sent directly to an exhaust gas current, preventing its participation in a subsequent combustion, in which part of the air compressions are performed in at least one first cylinder of the engine; - a second Brayton cycle with compression with intermediate cooling, combined in a binary manner with the first Brayton cycle and nested with a cycle selected from an Otto cycle and a diesel cycle performed by means of oxy-combustion in at least one second cylinder of the engine, wherein the second Brayton cycle transmits mechanical energy, by means of the coupling of the at least one first cylinder with the at least one second cylinder through a crankshaft, and thermal energy from exhaust gases to the first Brayton cycle; wherein the first Brayton cycle provides compressed O 2 from the MIEC membrane to the second Brayton cycle; whereby the NOx emission into the atmosphere is prevented by the separation of N 2 in the MIEC membrane.
Biologically-active compositions, comprising (a) surfactants obtained by a process characterized in that a polyhydric alcohol or polyol selected from the group consisting of ethylene glycol, propylene glycol, diethylene glycol, hexylene glycol, decalene glycol, glycerol, polyglycerol and their mixtures, a saccharide, or a polysaccharide is reacted with sulphamic acid, (b) biologically-active ingredients, and optionally (c) auxiliary agents. (a) surfactants obtained by a process characterized in that a polyhydric alcohol or polyol selected from the group consisting of ethylene glycol, propylene glycol, diethylene glycol, hexylene glycol, decalene glycol, glycerol, polyglycerol and their mixtures, a saccharide, or a polysaccharide is reacted with sulphamic acid, (b) biologically-active ingredients, and optionally (c) auxiliary agents.
A method of producing a brush which comprises a bristle carrier made from a thermoplastic resin having a front side and a back side and at least one anchoring opening, in which at least one bristle made from a thermoplastic resin is inserted and anchored therein without using an anchor, so that it protrudes from the front side of the bristle carrier, characterized by the following steps: the at least one bristle is accommodated in a receiving opening of a tool part, the at least one bristle is inserted, by its fastening end, into an anchoring opening in the bristle carrier, which has been formed during producing the bristle carrier, while the least one bristle is still located in the receiving opening, the distance of the tool part to the bristle carrier is reduced, so that the tool part contacts the bristle carrier, the front side of the bristle carrier is brought to a temperature that is below the melting temperature of the bristle material and/or the bristle carrier material, in particular to a maximum of 85% in °C of the respective melting temperature of the bristle material and/or the bristle carrier material, the tool part applies a pressure force on the heated bristle carrier and reshapes the bristle carrier at least in the area of the edge surrounding the anchoring opening while reducing the cross-section of the anchoring opening in such a way that the at least one bristle is embedded and anchored in the anchoring opening, the distance of the tool part to the bristle carrier is enlarged, so that the at least one bristle is pulled out of the receiving opening, and the back side of the bristle carrier is actively cooled while the pressure force is applied on the bristle carrier. the at least one bristle is accommodated in a receiving opening of a tool part, the at least one bristle is inserted, by its fastening end, into an anchoring opening in the bristle carrier, which has been formed during producing the bristle carrier, while the least one bristle is still located in the receiving opening, the distance of the tool part to the bristle carrier is reduced, so that the tool part contacts the bristle carrier, the front side of the bristle carrier is brought to a temperature that is below the melting temperature of the bristle material and/or the bristle carrier material, in particular to a maximum of 85% in °C of the respective melting temperature of the bristle material and/or the bristle carrier material, the tool part applies a pressure force on the heated bristle carrier and reshapes the bristle carrier at least in the area of the edge surrounding the anchoring opening while reducing the cross-section of the anchoring opening in such a way that the at least one bristle is embedded and anchored in the anchoring opening, the distance of the tool part to the bristle carrier is enlarged, so that the at least one bristle is pulled out of the receiving opening, and the back side of the bristle carrier is actively cooled while the pressure force is applied on the bristle carrier.
A dishwasher comprising a body, a washing tub in which the washing process is performed, a main supply line enabling water transmission to the washing tub, a basket provided on the washing tub, on which kitchenware is placed, at least one spraying member enabling regional washing by transmitting the water received through the main supply line to the kitchenware, a plurality of orifices provided on the spraying member, enabling water to be transmitted through the spraying member to the washing tub, and a conduit provided on the basket, enabling water transmission to the spraying member, whose one end is connected on the main supply line, the spraying member having a vertical position in which it is perpendicular to the washing tub base, enabling washing elongated kitchenware such as glasses and bottles to be washed by being placed thereon, and a horizontal position in which it is parallel to the washing tub base, enabling washing wider kitchenware such as trays or cooking pots to be washed by being placed on the basket correspondingly, the spraying member shifting between vertical position and horizontal position by pivoting on the conduit, characterized by further comprising a blocking member provided on the basket, comprising a plurality of plugs enabling covering the orifices by engaging therein when the spraying member is in horizontal position.
A saddle-ride type vehicle, comprising: a frame unit supporting a steering unit and a seat disposed rearwards of the steering unit, a drive unit disposed between the steering unit and the seat, and a vehicle body cover including: a top surface section disposed between the steering unit and the seat for covering a top side of the frame unit; and a lateral surface section (32, 33) at least partially covering a lateral side of the drive unit, the top surface section of the vehicle body cover includes a plurality of slanted surfaces (41a, 41b, 41c), each of the slanted surfaces slanted for positioning a front portion thereof higher than a rear portion thereof, the slanted surfaces (41a, 41b, 41c) disposed away from each other along a longitudinal direction of a vehicle body, the slanted surfaces (41a, 41b, 41c) forming a single or plurality of air paths (44a, 44b) between every adjacent two of the slanted surfaces (41a, 41b, 41c), the single or plurality of the air paths (44a, 44b) communicating with an inner space enclosed by the vehicle body cover, characterized in that the top surface section of the vehicle body cover includes a first blade (42a; 42b; 42c) extended rearwards over a corresponding one of the slanted surfaces (41a, 41b, 41c), wherein the slanted surfaces (41a, 41b, 41c) are configured so that the air flows upwards and forwards along the slanted surfaces (41a, 41b, 41c). a frame unit supporting a steering unit and a seat disposed rearwards of the steering unit, a drive unit disposed between the steering unit and the seat, and a vehicle body cover including: a top surface section disposed between the steering unit and the seat for covering a top side of the frame unit; and a lateral surface section (32, 33) at least partially covering a lateral side of the drive unit, the top surface section of the vehicle body cover includes a plurality of slanted surfaces (41a, 41b, 41c), each of the slanted surfaces slanted for positioning a front portion thereof higher than a rear portion thereof, the slanted surfaces (41a, 41b, 41c) disposed away from each other along a longitudinal direction of a vehicle body, the slanted surfaces (41a, 41b, 41c) forming a single or plurality of air paths (44a, 44b) between every adjacent two of the slanted surfaces (41a, 41b, 41c), the single or plurality of the air paths (44a, 44b) communicating with an inner space enclosed by the vehicle body cover, the top surface section of the vehicle body cover includes a first blade (42a; 42b; 42c) extended rearwards over a corresponding one of the slanted surfaces (41a, 41b, 41c), wherein the slanted surfaces (41a, 41b, 41c) are configured so that the air flows upwards and forwards along the slanted surfaces (41a, 41b, 41c).