mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication device, comprising: a first body part; a second body part; and a slider mechanism configured to slidably attach said second body part to said first body part, said second body part movable at least from a first position to a second position with respect to said first body part by means of said slider mechanism; CHARACTERIZED BY: an electro-mechanical lock for locking the slider mechanism, including at least one stop (80,82, 84), and configured to lock said second body part in said first position by positioning said stop (80,82, 84) perpendicular to a slider rail to prevent said second body part from moving along said slider mechanism, said electro-mechanical lock comprising an electric motor coupled to said stop (80,82, 84) and a controller configured to controls said electric motor to cause said stop (80,82, 84) to automatically disable said electro-mechanical lock by moving said stop (80,82, 84), while remaining perpendicular to said slider rail, in a perpendicular direction away from said slider rail, in response to detecting an incoming call. a first body part; a second body part; and a slider mechanism configured to slidably attach said second body part to said first body part, said second body part movable at least from a first position to a second position with respect to said first body part by means of said slider mechanism; CHARACTERIZED BY: an electro-mechanical lock for locking the slider mechanism, including at least one stop (80,82, 84), and configured to lock said second body part in said first position by positioning said stop (80,82, 84) perpendicular to a slider rail to prevent said second body part from moving along said slider mechanism, said electro-mechanical lock comprising an electric motor coupled to said stop (80,82, 84) and a controller configured to controls said electric motor to cause said stop (80,82, 84) to automatically disable said electro-mechanical lock by moving said stop (80,82, 84), while remaining perpendicular to said slider rail, in a perpendicular direction away from said slider rail, in response to detecting an incoming call. an electro-mechanical lock for locking the slider mechanism, including at least one stop (80,82, 84), and configured to lock said second body part in said first position by positioning said stop (80,82, 84) perpendicular to a slider rail to prevent said second body part from moving along said slider mechanism, said electro-mechanical lock comprising an electric motor coupled to said stop (80,82, 84) and a controller configured to controls said electric motor to cause said stop (80,82, 84) to automatically disable said electro-mechanical lock by moving said stop (80,82, 84), while remaining perpendicular to said slider rail, in a perpendicular direction away from said slider rail, in response to detecting an incoming call.
A tag tape roll comprising a tag tape (210; 210-1 - 27) wound around an axis which is substantially perpendicular to the lengthwise direction of the tag tape, wherein: a plurality of substantially sheet-like antenna bases are consecutively arranged on said tag tape (210; 210-1 - 27) at predetermined intervals in the lengthwise direction of the tag tape, an RFID circuit element (To) provided with an IC circuit part for storing information and an antenna for transmitting and receiving information is disposed on each antenna base, characterized in that said antenna bases, said IC circuit parts, and said antennas on said tag tape (210; 210-1 - 27) are arranged so that the center positions of said IC circuit parts are separated by a predetermined distance Ha in the lengthwise direction of said tag tape (210; 210-1 - 27) from the center position of the corresponding antenna base, respectively; and said predetermined distance Ha is -0.2 ≤ Ha / L ≤ 0.9 (where Ha / L ≠ 0), when the length of said antenna base in the tape length direction is 2L, and a positive value of Ha / L is gained in the opposite direction to the fed-out direction of said tag tape (210; 210-1 - 27). a plurality of substantially sheet-like antenna bases are consecutively arranged on said tag tape (210; 210-1 - 27) at predetermined intervals in the lengthwise direction of the tag tape, an RFID circuit element (To) provided with an IC circuit part for storing information and an antenna for transmitting and receiving information is disposed on each antenna base, characterized in that said antenna bases, said IC circuit parts, and said antennas on said tag tape (210; 210-1 - 27) are arranged so that the center positions of said IC circuit parts are separated by a predetermined distance Ha in the lengthwise direction of said tag tape (210; 210-1 - 27) from the center position of the corresponding antenna base, respectively; and said predetermined distance Ha is -0.2 ≤ Ha / L ≤ 0.9 (where Ha / L ≠ 0), when the length of said antenna base in the tape length direction is 2L, and a positive value of Ha / L is gained in the opposite direction to the fed-out direction of said tag tape (210; 210-1 - 27).
An electrically powered slide rail, comprising: a rail having a channel-shaped cross section and extending in a fore and aft direction; a slider received by the rail and slidably engaged by the rail; a screw assembly including a screw member (38,39) supported by the slider so as to be rotatable around an axial line extending in the fore and aft direction; an electric motor supported by the slider and configured to rotate the screw member (38,39); and a screw engaging portion (57,58) formed in the rail so as to extend in the fore and aft direction and engage the screw member (38, 39); wherein the rail is provided with a first side wall and a second side wall opposing each other, and the screw engaging portion (57, 58) includes a first screw engaging portion formed on the first side wall, and a second screw engaging portion formed on the second side wall; wherein the screw member (38, 39) includes a first screw member that engages with the first screw engaging portion and a second screw member that engages with the second screw engaging portion, the first screw member and the second screw member being arranged parallel to each other between the first screw engaging portion and the second screw engaging portion, and the first side wall and the second side wall are respectively formed with protrusions that protrude toward each other and extend in the fore and aft direction, and the screw engaging portions (57, 58) include a plurality of engaging holes formed in the protrusions along the fore and aft direction. a rail having a channel-shaped cross section and extending in a fore and aft direction; a slider received by the rail and slidably engaged by the rail; a screw assembly including a screw member (38,39) supported by the slider so as to be rotatable around an axial line extending in the fore and aft direction; an electric motor supported by the slider and configured to rotate the screw member (38,39); and a screw engaging portion (57,58) formed in the rail so as to extend in the fore and aft direction and engage the screw member (38, 39); wherein the rail is provided with a first side wall and a second side wall opposing each other, and the screw engaging portion (57, 58) includes a first screw engaging portion formed on the first side wall, and a second screw engaging portion formed on the second side wall; wherein the screw member (38, 39) includes a first screw member that engages with the first screw engaging portion and a second screw member that engages with the second screw engaging portion, the first screw member and the second screw member being arranged parallel to each other between the first screw engaging portion and the second screw engaging portion, and the first side wall and the second side wall are respectively formed with protrusions that protrude toward each other and extend in the fore and aft direction, and the screw engaging portions (57, 58) include a plurality of engaging holes formed in the protrusions along the fore and aft direction.
A hydrochloride salt of d 9 -1-[2-dimethylamino-1-(4-methoxyphenyl)-ethyl]-cyclohexanol hydrochloride having the formula: for use in the treatment of a monoamine-related disorder.
A method for preparing high-content conjugated linoleic acid through purification of vegetable oil, wherein the vegetable oil is a vegetable oil with a linoleic acid content of more than 20%, and wherein the method includes the following steps: 1) Alcoholysis of vegetable oil: stir vegetable oil, catalyst and alcohol solution at 50-75 °C for 0.5-2 hours, and wash them layer by layer to obtain the product; wherein the catalyst is acid catalyst concentrated H 2 SO 4, or basic catalyst NaOH, KOH, sodium methoxide or sodium ethoxide, the alcohol solution is methanol or ethanol, and the esterlysis product of vegetable oil is methyl ester or ethyl ester; 2) Primary purification of alcoholysis product: conduct primary purification for the alcoholysis product by rectification or crystallization to remove low-boiling and high-melting impurities and obtain product of primary purification; 3) Repurification: weigh an appropriate amount of product of primary purification, add it into silver-based silicagel column after moderate dilution, adsorb it in static state for 5-30 minutes in a dark place, conduct gradient elution with eluent, collect it section by section, remove the eluent, and measure the content of linoleate in each component; 4) Mix the linoleate, base catalyst and alcohol solvent, inject nitrogen, stir at 100-190°C for 1-8 h, add water to terminate the reaction, cool to room temperature, dropwise add acid until pH reaches 1-3, layer, and wash upper-layer free fatty acid with 1-5% NaCl solution, 10-50% methanol aqueous solution and pure water in succession until it is clear and neutral to obtain high-content CLA. 1) Alcoholysis of vegetable oil: stir vegetable oil, catalyst and alcohol solution at 50-75 °C for 0.5-2 hours, and wash them layer by layer to obtain the product; wherein the catalyst is acid catalyst concentrated H 2 SO 4, or basic catalyst NaOH, KOH, sodium methoxide or sodium ethoxide, the alcohol solution is methanol or ethanol, and the esterlysis product of vegetable oil is methyl ester or ethyl ester; 2) Primary purification of alcoholysis product: conduct primary purification for the alcoholysis product by rectification or crystallization to remove low-boiling and high-melting impurities and obtain product of primary purification; 3) Repurification: weigh an appropriate amount of product of primary purification, add it into silver-based silicagel column after moderate dilution, adsorb it in static state for 5-30 minutes in a dark place, conduct gradient elution with eluent, collect it section by section, remove the eluent, and measure the content of linoleate in each component; 4) Mix the linoleate, base catalyst and alcohol solvent, inject nitrogen, stir at 100-190°C for 1-8 h, add water to terminate the reaction, cool to room temperature, dropwise add acid until pH reaches 1-3, layer, and wash upper-layer free fatty acid with 1-5% NaCl solution, 10-50% methanol aqueous solution and pure water in succession until it is clear and neutral to obtain high-content CLA.
A method of producing a tantalum sputtering target, comprising: melting tantalum raw material via electron beam melting; casting the melted tantalum into an ingot; forging and then recrystallization annealing the molten tantalum ingot at 1100-1400°C; cold forging the ingot; annealing at up to 1400°C; cold forging the ingot; annealing at up to 1400°C; cold rolling and heat treating at 900-1400°C, wherein the cold rolling is performed using a roll diameter of 500 mm or less at a speed of 10 m/min or more and provides a total reduction exceeding 80% and wherein the rolling reduction of 1 pass is 8 to 12% and the number of passes is 15 to 25. melting tantalum raw material via electron beam melting; casting the melted tantalum into an ingot; forging and then recrystallization annealing the molten tantalum ingot at 1100-1400°C; cold forging the ingot; annealing at up to 1400°C; cold forging the ingot; annealing at up to 1400°C; cold rolling and heat treating at 900-1400°C, wherein the cold rolling is performed using a roll diameter of 500 mm or less at a speed of 10 m/min or more and provides a total reduction exceeding 80% and wherein the rolling reduction of 1 pass is 8 to 12% and the number of passes is 15 to 25.
A heat storage apparatus (10a, 10b, 10c, 10d), comprising: a casing having an internal space partitioned into a plurality of spaces; a heat storage material that is located in each of the plurality of spaces; and at least one movable component that is disposed in contact with the heat storage material in each of the plurality of spaces, and that is capable of changing a position thereof relative to a position of the casing as time proceeds, characterized in that each of the plurality of spaces has a volume of 1 cm 3 or less. a casing having an internal space partitioned into a plurality of spaces; a heat storage material that is located in each of the plurality of spaces; and at least one movable component that is disposed in contact with the heat storage material in each of the plurality of spaces, and that is capable of changing a position thereof relative to a position of the casing as time proceeds, characterized in that each of the plurality of spaces has a volume of 1 cm 3 or less.
Integrated vibro seal for sealing wastewater concrete pipes and shafts in relation to each other is comprised of; • a rubber base section embodying a groove in the middle of its body to receive a support section and is made of a 35-55 IRHD rubber material, • multiple prong type retainer portions, positioned on the surface of the outer wall of the rubber base section where it meets the concrete grout in the mold, in order to ensure a sturdy bond between the base section and concrete grout and • the support section embodying multiple tubular cavity sections and is made of 80-95 IRHD rubber material characterized in that the support section is structured as a separate, removable element from the base section and is situated inside the horizontal groove of the rubber base section and the groove is formed on the surface of the inner wall of the rubber base section where it doesn't meet the concrete grout in the mold and the support section is made of 80-95 IRHD material and the rubber base section is made of 35-55 IRHD material. • a rubber base section embodying a groove in the middle of its body to receive a support section and is made of a 35-55 IRHD rubber material, • multiple prong type retainer portions, positioned on the surface of the outer wall of the rubber base section where it meets the concrete grout in the mold, in order to ensure a sturdy bond between the base section and concrete grout and • the support section embodying multiple tubular cavity sections and is made of 80-95 IRHD rubber material characterized in that the support section is structured as a separate, removable element from the base section and is situated inside the horizontal groove of the rubber base section and the groove is formed on the surface of the inner wall of the rubber base section where it doesn't meet the concrete grout in the mold and the support section is made of 80-95 IRHD material and the rubber base section is made of 35-55 IRHD material.
A sealed honeycomb structure comprising: a honeycomb structure having porous walls dividedly forming a plurality of cells extending from an end surface of an inlet side to an end surface of an outlet side, the plurality of cells being a plurality of fluid channels; an outlet side sealing portion mounted at openings of predetermined cells in the end surface of the outlet side so as to form inlet cells where the end surface of the inlet side is open and the end surface of the outlet side is sealed; and an inlet side sealing portion mounted at openings of remaining cells in the end surface of the inlet side so as to form outlet cells where the end surface of the outlet side is open and the end surface of the inlet side is sealed, wherein at least one cell among the outlet cells is a reinforced cell where a reinforced part for reinforcing the outlet cell is formed at at least one corner portion at which the walls on a cross-section vertical to an extending direction of the cell cross each other, characterized in that the inlet cell is provided with a reinforced part for reinforcing the inlet cell at at least one corner portion at which the walls on the cross-section vertical to the extending direction of the cell cross each other, and wherein the number of the corner portions reinforcing the inlet cell is smaller than the number of the corner portions reinforcing the outlet cell, wherein the reinforced cell comprises a reinforced corner portion at which the reinforced part is formed and a non-reinforced corner portion at which the reinforced part is not formed. a honeycomb structure having porous walls dividedly forming a plurality of cells extending from an end surface of an inlet side to an end surface of an outlet side, the plurality of cells being a plurality of fluid channels; an outlet side sealing portion mounted at openings of predetermined cells in the end surface of the outlet side so as to form inlet cells where the end surface of the inlet side is open and the end surface of the outlet side is sealed; and an inlet side sealing portion mounted at openings of remaining cells in the end surface of the inlet side so as to form outlet cells where the end surface of the outlet side is open and the end surface of the inlet side is sealed, wherein at least one cell among the outlet cells is a reinforced cell where a reinforced part for reinforcing the outlet cell is formed at at least one corner portion at which the walls on a cross-section vertical to an extending direction of the cell cross each other, characterized in that the inlet cell is provided with a reinforced part for reinforcing the inlet cell at at least one corner portion at which the walls on the cross-section vertical to the extending direction of the cell cross each other, and wherein the number of the corner portions reinforcing the inlet cell is smaller than the number of the corner portions reinforcing the outlet cell, wherein the reinforced cell comprises a reinforced corner portion at which the reinforced part is formed and a non-reinforced corner portion at which the reinforced part is not formed.
A motion detector device comprising a receiver arranged for reception of electromagnetic signals (3b, 4b, 5b) each received electromagnetic signal (3b, 4b, 5b) being constituted by a transmitted electromagnetic signal (3a, 4a, 5a) influenced by a corresponding channel (9; 9a, 9b, 9c), where the motion detector device comprises predetermined reference signals regarding each transmitted electromagnetic signal (3a, 4a, 5a) characterized in that the receiver is arranged for reception of at least two electromagnetic signals (3b, 4b, 5b) which have been transmitted by at least two spatially separated sources (6, 7, 8), where the motion detector device further comprises analyzing means arranged to analyze all components of the received signal to determine how certain parameters of each transmitted electromagnetic signal (3a, 4a, 5b) that can experience temporal variations are influenced by each corresponding channel (9; 9a, 9b, 9c) by means of the predetermined reference signals, and to analyze the temporal variation of said certain parameters during a certain time, where the motion detector device further comprises determining means arranged to determine if said temporal variation exceeds a predetermined threshold, where the analyzing means is arranged to correlate temporal fluctuations of the channels resulting in received signals (3b, 4b, 5b) transmitted by at least two spatially separated sources (6, 7, 8), enabling the analyzing means to distinguish between surrounding objects closer to the motion detector device than any corresponding source (6, 7, 8), and surrounding objects closer to any corresponding source (6, 7, 8) than the motion detector device.
Tubular food casing having an inner fibre layer, which forms the inside of the tubular food casing, and two or more polymer layers, characterized in that the polymer layers (i) comprise a first thermoplastic polymer layer, with which the inner fibre layer is coated on the side of the tubular casing that faces away from the inside, with the first polymer layer constituting an uninterrupted layer and completely covering the fibre layer, and (ii) comprise at least one thermoplastic polymer layer which consists of a monoaxially or biaxially oriented film based on polyamide and/or copolyamide, where at least two of the polymer layers are joined to one another directly by a layer of adhesive and where the inner fibre layer consists of a nonwoven fibre web made of fibres comprising a thermoplastic polymer and cellulose fibres. (i) comprise a first thermoplastic polymer layer, with which the inner fibre layer is coated on the side of the tubular casing that faces away from the inside, with the first polymer layer constituting an uninterrupted layer and completely covering the fibre layer, and (ii) comprise at least one thermoplastic polymer layer which consists of a monoaxially or biaxially oriented film based on polyamide and/or copolyamide,
Connector unit for use underwater or in a wet or severe environment, comprising a first connector part in form of a male part and a second connector part in form of a female part, the female part comprising at least one electrically conductive layer (18, 20') comprising at least one end region being electrically stressed after a mating process of the male part and the female part, the female part further comprising at least one stress control device (26, 28, 28a) for reducing electrical stress at the at least one end region, wherein the stress control device (26, 28) comprises at least one conductive component, at least one insulative moulding and at least one fastening structure, and wherein the at least one stress control device (26, 28) comprises a first stress control device which has an annular shape allowing a pin of the male part to be inserted therethrough, characterised in that the first stress control device is mounted in a bore of the female part, the first stress control device being attached to the female part via the fastening structure, and wherein the insulative moulding of the first stress control device provides a radially outwardly facing surface which is in physical contact with an insulating sleeve of the female part.