mhurhangee/ep-ind-claims huggingface dataset:
An all solid lithium battery using a lithium ion conductive solid electrolyte as an electrolyte, characterized in that the lithium ion conductive solid electrolyte comprises a sulfide as a main component, a cathode active material is a first composite oxide containing a transition metal element that acts as a redox couple when the all solid lithium battery is under operation, lithium, and at least one metal element other than them, the at least one metal element is a metal element which forms a second composite oxide with lithium, the second composite oxide has an electron-insulating property, a concentration of the at least one metal element in a region in which the first composite oxide is in contact with the lithium ion conductive solid electrolyte is higher than a concentration inside the first composite oxide, the at least one metal element is evenly dissolved as a solid inside the first composite oxide, and the cathode active material contains LiCoO 2, LiNiO 2 or LiMn 2 O 4, and the at least one metal element is aluminum. the lithium ion conductive solid electrolyte comprises a sulfide as a main component, a cathode active material is a first composite oxide containing a transition metal element that acts as a redox couple when the all solid lithium battery is under operation, lithium, and at least one metal element other than them, the at least one metal element is a metal element which forms a second composite oxide with lithium, the second composite oxide has an electron-insulating property, a concentration of the at least one metal element in a region in which the first composite oxide is in contact with the lithium ion conductive solid electrolyte is higher than a concentration inside the first composite oxide, the at least one metal element is evenly dissolved as a solid inside the first composite oxide, and the cathode active material contains LiCoO 2, LiNiO 2 or LiMn 2 O 4, and the at least one metal element is aluminum.
A mobile station configured to receive transmission power control commands from a number N of at least two radio base stations simultaneously, comprising: - means for discarding all N simultaneously received transmission power control commands from the N radio base stations if all the received transmission power control commands have an error rate higher than a discarding threshold Thr n, where n=N, and - means for, otherwise, discarding the N-1 transmission power control commands if the power control commands all have an error rate higher than a discarding threshold Thr n-1 where n=N, the discarding threshold Thr n-1 >= the discarding threshold Thr n, and - means for, otherwise, when N>3, discarding N-m transmission power control commands, if the power control commands all have an error rate higher than a corresponding discarding threshold Thr n-m where n=N and 2<=m<=(N-2), each discarding threshold Thr n-m-1 >= Thr n-m >= the discarding threshold Thr n-1, and - means for, otherwise, when N>2, discarding the worst transmission power control command if it has an error rate higher than a discarding threshold Thr 1, the discarding threshold Thr 1 >= the discarding threshold Thr 2, wherein each discarding threshold is based on the number of received transmission power control commands, n=N. - means for discarding all N simultaneously received transmission power control commands from the N radio base stations if all the received transmission power control commands have an error rate higher than a discarding threshold Thr n, where n=N, and - means for, otherwise, discarding the N-1 transmission power control commands if the power control commands all have an error rate higher than a discarding threshold Thr n-1 where n=N, the discarding threshold Thr n-1 >= the discarding threshold Thr n, and - means for, otherwise, when N>3, discarding N-m transmission power control commands, if the power control commands all have an error rate higher than a corresponding discarding threshold Thr n-m where n=N and 2<=m<=(N-2), each discarding threshold Thr n-m-1 >= Thr n-m >= the discarding threshold Thr n-1, and - means for, otherwise, when N>2, discarding the worst transmission power control command if it has an error rate higher than a discarding threshold Thr 1, the discarding threshold Thr 1 >= the discarding threshold Thr 2,
A duplex stainless clad steel plate that comprises a base metal and a cladding material bonded to the base metal, wherein the base metal is made of a carbon steel or a low alloy steel, the cladding material is made of a duplex stainless steel having a chemical composition that satisfies a value of modified pitting resistance equivalent number PREN_Mn in a range from 25 to 40, the modified pitting resistance equivalent number being calculated by the following formula (i), a hydrogen content of the base metal is 1.0 ppm or less, and a hydrogen content of the cladding material is 3.0 ppm or less, wherein the hydrogen content is measured by the inert gas fusion method and the thermal conductivity method specified in JIS Z 2614:1990, and a shearing strength of a bonding interface between the base metal and the cladding material is 350 MPa or more, wherein the shearing strength is measured by the shearing strength test conforming to JIS G 0601:2012: PREN_Mn = Cr + 3.3 Mo + 0.5 W + 16 N − Mn where each symbol of an element in the formula (i) indicates a content of each element in mass percent contained in the steel, and zero means a case where an element in question is not contained. the base metal is made of a carbon steel or a low alloy steel, the cladding material is made of a duplex stainless steel having a chemical composition that satisfies a value of modified pitting resistance equivalent number PREN_Mn in a range from 25 to 40, the modified pitting resistance equivalent number being calculated by the following formula (i), a hydrogen content of the base metal is 1.0 ppm or less, and a hydrogen content of the cladding material is 3.0 ppm or less, wherein the hydrogen content is measured by the inert gas fusion method and the thermal conductivity method specified in JIS Z 2614:1990, and a shearing strength of a bonding interface between the base metal and the cladding material is 350 MPa or more, wherein the shearing strength is measured by the shearing strength test conforming to JIS G 0601:2012: PREN_Mn = Cr + 3.3 Mo + 0.5 W + 16 N − Mn where each symbol of an element in the formula (i) indicates a content of each element in mass percent contained in the steel, and zero means a case where an element in question is not contained.
Multi-layered fabric, comprising an absorption layer between a layer L1 that is liquid-permeable and a layer L2 that is vapor-permeable and/or liquid-permeable, which fabric further has a surface comprising - one or more connection areas wherein a connection is present between the layer L1 and the layer L2; - one or more absorption areas wherein no connection is present between the layer L1 and the layer L2, which absorption areas are capable of absorbing a liquid whereby the liquid is absorbed by the absorption layer and contained between the layer L1 and the layer L2 in the one or more absorption areas; wherein the connection between the layer L1 and the layer L2 comprises a fusion wherein the layer L1, the layer L2 and the absorption layer participate. - one or more connection areas wherein a connection is present between the layer L1 and the layer L2; - one or more absorption areas wherein no connection is present between the layer L1 and the layer L2, which absorption areas are capable of absorbing a liquid whereby the liquid is absorbed by the absorption layer and contained between the layer L1 and the layer L2 in the one or more absorption areas;
A coupling for a razor, comprising a first component and a second component rotatable relative thereto about a rotational axis extending therebetween, the second component comprising a resilient protrusion, the first component comprising a recess in which the protrusion is receivable, the recess being configured to elastically bend the protrusion received therein in response to a force applied during shaving, thereby rotating one of the first component and the second component about the rotational axis relative to the other, the coupling further comprising a rotation limit that comprises a male part extending along the rotational axis into a female part, the male and female parts being shaped to define one or more rotational stops to the rotation of the one of the first component and the second component about the rotational axis relative to the other, and the protrusion being configured to bias the first or second components towards a neutral position once the force applied is stopped, characterized in that the protrusion is monolithically formed with the second component.
A wear member for attachment to an excavator on which is fixed a base having a front body, the wear member comprising an opening for receiving a lock, a forwardly projecting working portion, and a rear portion including an interior recess for receiving the front body of the base, wherein the interior recess has a rearwardly facing concave abutting surface characterized in that the rearwardly facing concave abutting surface is adapted to abut a bearing surface on the front body of the base, and the abutting surface is curved in two perpendicular directions.
A pourable composition for preparing a porous, resin-bonded moulded body, containing a) 100 to 200 parts by weight of a resin mixture, b) 100 to 200 parts by weight of an aqueous component, c) 80 to 700 parts by weight of metal particles, and d) 1 to 15 parts by weight of a radical starter. a) 100 to 200 parts by weight of a resin mixture, b) 100 to 200 parts by weight of an aqueous component, c) 80 to 700 parts by weight of metal particles, and d) 1 to 15 parts by weight of a radical starter.
A frequency processing method in an RR series in which the RR series is filtered, using at least one digital bandpass filter (F k) having a predefined passband [fc; f'c], characterized in that a variability index (I k) is calculated that depends on the instantaneous amplitude [vs(n)] of the discrete signal (S k) from said bandpass filter, and which depends on, and is preferably equal to, the effective value of the discrete signal (S k) from the bandpass filter.
A method of treating a cord for reinforcement, the method comprising the steps of atomizing a mixture of an organic solvent, a carrier gas, and at least one hydrocarbon sulfide to form an atomized mixture; generating an atmospheric pressure plasma from the atomized mixture; and exposing the reinforcement cord to the atmospheric pressure plasma, characterized in that the amount of hydrocarbon sulfide ranges from 20 to 50 percent by weight of the total components in the atomized mixture on a carrier gas free basis. atomizing a mixture of an organic solvent, a carrier gas, and at least one hydrocarbon sulfide to form an atomized mixture; generating an atmospheric pressure plasma from the atomized mixture; and exposing the reinforcement cord to the atmospheric pressure plasma, characterized in that the amount of hydrocarbon sulfide ranges from 20 to 50 percent by weight of the total components in the atomized mixture on a carrier gas free basis.
A load-relieving apparatus for assisting a trainee, being disposed on a walking training system by which the trainee does a walking training, comprising: a wire cable with a free end and a fixed end opposite to the free end, a locking part being attached to the free end; a winding part configured to wind the wire cable from a fixed-end side thereof; a pulley interposed between the winding part and the locking part, and configured to stretch the wire cable therebetween; characterised in that a cover with a through hole is formed therein through which the wire cable is inserted, and in that the cover is interposed between the locking part and the pulley, and formed so as to cover at least a part of the pulley, the through hole is disposed so as to be able to rotate around an axis parallel to the rotation axis of the pulley so that the through hole is able to follow the movement in the front/rear direction of the trainee, and the cover further including a communication hole formed therein through which the wire cable paying out from the winding part is inserted, the cover including a contact part and a stopper, the wire cable paid out from the pulley being inserted through said stopper, Z the cover being formed so as to cover around the rotation axis by 360 degrees except the communication hole and the through hole. a wire cable with a free end and a fixed end opposite to the free end, a locking part being attached to the free end; a winding part configured to wind the wire cable from a fixed-end side thereof; a pulley interposed between the winding part and the locking part, and configured to stretch the wire cable therebetween; characterised in that a cover with a through hole is formed therein through which the wire cable is inserted, and in that the cover is interposed between the locking part and the pulley, and formed so as to cover at least a part of the pulley, the through hole is disposed so as to be able to rotate around an axis parallel to the rotation axis of the pulley so that the through hole is able to follow the movement in the front/rear direction of the trainee, and the cover further including a communication hole formed therein through which the wire cable paying out from the winding part is inserted, the cover including a contact part and a stopper, the wire cable paid out from the pulley being inserted through said stopper, Z the cover being formed so as to cover around the rotation axis by 360 degrees except the communication hole and the through hole.
Bottom bracket assembly of a bicycle, comprising: - a shaft having an axis (X-X) extending along a longitudinal direction; - a pair of crank arms (30, 40), each one associated with a respective end portion (3, 4) of said shaft; - a pair of bearings (31, 41) adapted to support said shaft in rotation with respect to a housing box of the bottom bracket assembly provided in a bicycle frame; - adjustment means for adjusting the axial position of at least one crank arm of said pair of crank arms (30, 40) with respect to said pair of bearings (31, 41), wherein said adjustment means are axially arranged between said at least one crank arm of said pair of crank arms (30, 40) and a respective bearing of said pair of bearings (31, 41), wherein said adjustment means comprise: - a first service ring nut in axial abutment with said respective bearing (31, 41); - a second service ring nut coupled with said first service ring nut and in axial abutment with said at least one crank arm of said pair of crank arms (30, 40); - means for blocking the axial position of said second service ring nut with respect to said first service ring nut; characterised in that said first service ring nut comprises an external threading (8a1) and said second service ring nut comprises an internal threading (8b1) engaged with said external threading (8a1). - a shaft having an axis (X-X) extending along a longitudinal direction; - a pair of crank arms (30, 40), each one associated with a respective end portion (3, 4) of said shaft; - a pair of bearings (31, 41) adapted to support said shaft in rotation with respect to a housing box of the bottom bracket assembly provided in a bicycle frame; - adjustment means for adjusting the axial position of at least one crank arm of said pair of crank arms (30, 40) with respect to said pair of bearings (31, 41), wherein said adjustment means are axially arranged between said at least one crank arm of said pair of crank arms (30, 40) and a respective bearing of said pair of bearings (31, 41), wherein said adjustment means comprise: - a first service ring nut in axial abutment with said respective bearing (31, 41); - a second service ring nut coupled with said first service ring nut and in axial abutment with said at least one crank arm of said pair of crank arms (30, 40); - means for blocking the axial position of said second service ring nut with respect to said first service ring nut;
Guide roller for guiding a strand of a continuous casting plant, that can be mounted rotatably in a bearing mount and can be connected to a coolant supply line and comprises a roller core and a roller jacket disposed around the roller core, characterised in that the guide roller comprises on both sides a respective bearing journal provided with a slide bearing, which is respectively in the form of a hollow journal and can be connected to the coolant supply line in order to conduct a coolant through the hollow journal into the coolant channel or to discharge it from the latter.
A mobile phone comprising at least one sensor (S1-S6) adapted to detect by direct contact that a user is handling the mobile phone, and processing means adapted to modify at least a user's interface functionality of the mobile phone depending on the detection, wherein the sensor is a pressure detector adapted to detect a pressure variation corresponding to a user holding the mobile phone, and characterized in that the processing means are adapted to modify a sound level of the mobile phone depending on the detected pressure variation.
A damper disc assembly comprising: an input-side plate (11, 12) to which a torque outputted from a drive source is inputted; an output-side plate provided on the input-side plate so as to be rotatable relatively thereto; and a damper mechanism including a plurality of elastic members, the plurality of elastic members elastically coupling the input-side plate (11, 12) and the output-side plate in a rotational direction, the damper mechanism allowing the torsion with a predetermined torsional characteristic in torque transmission from the output-side plate to the input-side plate (11, 12), characterized in that the damper mechanism prevents torsion between the input-side plate (11, 12) and the output-side plate in torque transmission from the input-side plate (11, 12) to the output-side plate. an input-side plate (11, 12) to which a torque outputted from a drive source is inputted; an output-side plate provided on the input-side plate so as to be rotatable relatively thereto; and a damper mechanism including a plurality of elastic members, the plurality of elastic members elastically coupling the input-side plate (11, 12) and the output-side plate in a rotational direction, the damper mechanism allowing the torsion with a predetermined torsional characteristic in torque transmission from the output-side plate to the input-side plate (11, 12), characterized in that the damper mechanism prevents torsion between the input-side plate (11, 12) and the output-side plate in torque transmission from the input-side plate (11, 12) to the output-side plate.
A securing means for a mobile vulcanizing press, comprising a tension bolt, which has an external thread at one of its two axial ends and at the opposite axial end of which a latching means is arranged, wherein said tension bolt has a through-bore, which is arranged between the two axial ends of said tension bolt and the axis of which is arranged perpendicularly to that of said tension bolt, and characterized in that a length by which said latching means projects beyond the axial end of said tension bolt is elastically variable.
Blade for opening, holding and closing bags (1;2) with pleats (1b,2b), comprising a flat body with top and bottom edges and a top part suitable for stable engagement with operating means, whereby the blade is flat and rigid and comprises two teeth (20; 120) substantially extending in the vertical direction (Z-Z) each being connected to the body at a respective opposite lateral end of the top edge of the said flat body and in that said flat body extends with continuity in the longitudinal direction (X-X) along a section such as to define a cavity extending in the vertical direction (Z-Z) and of suitable width in the longitudinal direction (X-X) between each tooth (20;120) and the corresponding side of the flat itself, the teeth (20,120) being arranged, when in use, outside of the bag mouth (1a,2a) in the longitudinal direction (X-X) and between the folded portions of the corresponding pleat (1b,2b) in the transversal direction (Y-Y).
A method for carrying out a write access to a memory area of a chip card, a cryptographic method for transmitting to the chip card an access command and/or the data to be written being carried out, a key pair (120, 122) for carrying out an asymmetric encryption method and a certificate for the key pair being stored on the chip card, and, as a result of the write access, the certificate being personalized, updated and/or expanded in unchanged assignment to the key pair, characterized in that the cryptographic method is based on a symmetric key, a public key, which is assigned to the computer system, being stored at least temporarily in the chip card, and the chip card reviewing the authorization of the computer system to carry out the write access with the aid of the public key.
A vehicle system comprising: a vehicle configured to store a public key of the vehicle and a private key of the vehicle; a portable terminal configured to generate a public key of the portable terminal and a private key of the portable terminal in response to receiving a create token command via a terminal input device, and to store the public key of the vehicle, the public key of the portable terminal, and the private key of the portable terminal in a terminal storage device; and a server configured to generate a token (t) in response to receiving the token creation request signal and to encrypt the token (t) with the public key of the vehicle and separately encrypt the token (t) with the public key of the portable terminal, wherein the portable terminal is further configured to transmit the public key of the portable terminal and the public key of the vehicle to the server, to transmit a token creation request signal to the server, to receives a token (a+t) encrypted with the public key of the vehicle and a token (b+t) encrypted with the public key of the portable terminal from the server, to transmit the token (b+t) encrypted with the public key of the vehicle to the vehicle, and to decrypt the token encrypted with the public key of the portable terminal using the private key of the portable terminal, and wherein the vehicle is further configured to receive the token encrypted with the public key of the vehicle from the portable terminal, and to decrypt the token encrypted with the public key of the vehicle using the private key of the vehicle. a vehicle configured to store a public key of the vehicle and a private key of the vehicle; a portable terminal configured to generate a public key of the portable terminal and a private key of the portable terminal in response to receiving a create token command via a terminal input device, and to store the public key of the vehicle, the public key of the portable terminal, and the private key of the portable terminal in a terminal storage device; and a server configured to generate a token (t) in response to receiving the token creation request signal and to encrypt the token (t) with the public key of the vehicle and separately encrypt the token (t) with the public key of the portable terminal, wherein the portable terminal is further configured to transmit the public key of the portable terminal and the public key of the vehicle to the server, to transmit a token creation request signal to the server, to receives a token (a+t) encrypted with the public key of the vehicle and a token (b+t) encrypted with the public key of the portable terminal from the server, to transmit the token (b+t) encrypted with the public key of the vehicle to the vehicle, and to decrypt the token encrypted with the public key of the portable terminal using the private key of the portable terminal, and wherein the vehicle is further configured to receive the token encrypted with the public key of the vehicle from the portable terminal, and to decrypt the token encrypted with the public key of the vehicle using the private key of the vehicle.