mhurhangee/ep-ind-claims huggingface dataset:
A martensitic stainless steel strip having a martensite structure and a thickness of 1 mm or smaller, wherein compressive residual stress on a surface of the martensitic stainless steel strip is 50 MPa or greater, wherein an area ratio of carbides present in a metal structure of the martensitic stainless steel strip is 0.5% or more and 8.0% or less, and wherein regarding the compressive residual stress on a surface of the martensitic stainless steel strip, compressive residual stress in a direction perpendicular to rolling is greater than compressive residual stress in a direction of rolling by 50 MPa or greater. wherein compressive residual stress on a surface of the martensitic stainless steel strip is 50 MPa or greater, wherein an area ratio of carbides present in a metal structure of the martensitic stainless steel strip is 0.5% or more and 8.0% or less, and wherein regarding the compressive residual stress on a surface of the martensitic stainless steel strip, compressive residual stress in a direction perpendicular to rolling is greater than compressive residual stress in a direction of rolling by 50 MPa or greater.
Piston based refrigeration compressor comprising a cylinder, a piston and a built-in valve (5,8,10,13,16,17), where the piston is moved in the cylinder with a cylinder head, which draws in a coolant via a suction gate, which is separated from the cylinder by an induction valve and after compression presses the coolant out via a pressure gate, where the built-in valve (5,8,10,13,16,17) includes a partially cylindrical sliding body, which slides in a sleeve, which is placed between the cylinder head and the top of a valve housing for the built-in valve (5,8,10,13,16,17), and where the sleeve is penetrated by an inlet pipe placed near the cylinder head and an outlet pipe placed near the top of the valve housing, characterized in that a spring is mounted between the top of the valve housing and the sliding body, which presses the sliding body down towards a hole in the cylinder head and where an internal valve is placed in the sliding body.
A method for automatically composing an electronic audio-visual menu for selection of playback of audio-visual data, wherein a first portion of audio-visual data and a first portion of menu data is retrieved from a first storage medium being an exchangeable pre-recorded medium, and wherein a second portion of audio-visual data and a second portion of menu data are obtained from a second data source different from said first storage medium, wherein said second portion of menu data has at least one first attribute associated, the method comprising the steps of - generating an initial menu from the first portion of menu data, the initial menu containing one or more visible, selectable buttons and at least one invisible placeholder that cannot be selected, wherein the placeholder has at least one second attribute associated; - extracting said first attribute associated with the second portion of menu data; - comparing said extracted first attribute with said second attribute associated with the placeholder; the method being characterised in that it further comprises - based on said comparison, if both attributes match, replacing the placeholder with a visible and selectable button defined by the second portion of menu data, otherwise not modifying the invisible placeholder, and in that the second portion of menu data comprises navigation information defining a button to be selected next upon a user input of one of "UP", "DOWN", "LEFT" and "RIGHT" keys on a remote control. - generating an initial menu from the first portion of menu data, the initial menu containing one or more visible, selectable buttons and at least one invisible placeholder that cannot be selected, wherein the placeholder has at least one second attribute associated; - extracting said first attribute associated with the second portion of menu data; - comparing said extracted first attribute with said second attribute associated with the placeholder; - based on said comparison, if both attributes match, replacing the placeholder with a visible and selectable button defined by the second portion of menu data, otherwise not modifying the invisible placeholder, and in that the second portion of menu data comprises navigation information defining a button to be selected next upon a user input of one of "UP", "DOWN", "LEFT" and "RIGHT" keys on a remote control.
A system comprising: at least one modulator for receiving at least one of first data signals from a cable modem termination and for receiving at least one digital video signal from other than the cable modem termination and for combining the at least one of first data signals and the at least one digital video signal into an output signal having a plurality of data channels for delivery to a plurality of receiving devices where the at least one digital video signal bypasses the cable modem termination, wherein the at least one modulator is adapted to analyze the at least one of first data signals for a null Internet protocol, IP, packet generated by the cable modem termination and is further adapted to insert video data from the at least one video signal into the null IP packet of the at least one of first data signals.
JNK inhibitor comprising an inhibitory peptide sequence according to the following general formula: X1-X2-X3-R-X4-X5-X6-L-X7-L-X8 (SEQ ID NO: 1), wherein X1 is an amino acid selected from amino acids R, P, Q and r, wherein X2 is an amino acid selected from amino acids R, P, G and r, wherein X3 is an amino acid selected from amino acids K, R, k and r, wherein X4 is an amino acid selected from amino acids P and K, wherein X5 is an amino acid selected from amino acids T, a, s, q, k or is absent, wherein X6 is an amino acid selected from amino acids T, D and A, wherein X7 is an amino acid selected from amino acids N, n, r and K; and wherein X8 is an amino acid selected from F, f and w, and wherein an amino acid residue given in capital letters indicates an L-amino acid residue, while an amino acid residue given in small letters indicates a D amino acid residue, with the proviso that one, two or three of the amino acids selected from the group consisting of X1, X2, X3, X5, X7 and X8 is/are a D-amino acid(s). wherein X1 is an amino acid selected from amino acids R, P, Q and r, wherein X2 is an amino acid selected from amino acids R, P, G and r, wherein X3 is an amino acid selected from amino acids K, R, k and r, wherein X4 is an amino acid selected from amino acids P and K, wherein X5 is an amino acid selected from amino acids T, a, s, q, k or is absent, wherein X6 is an amino acid selected from amino acids T, D and A, wherein X7 is an amino acid selected from amino acids N, n, r and K; and wherein X8 is an amino acid selected from F, f and w, and wherein an amino acid residue given in capital letters indicates an L-amino acid residue, while an amino acid residue given in small letters indicates a D amino acid residue, with the proviso that one, two or three of the amino acids selected from the group consisting of X1, X2, X3, X5, X7 and X8 is/are a D-amino acid(s).
A valve for a heat exchanger thermostat, the valve comprising: an inlet; - an outlet; - a valve seat between said inlet and said outlet; and - a valve element cooperating with said valve seat and being actuable by a valve rod in response to the temperature depending actuating means; wherein temperature sensitive means are provided on or within said valve influencing a throttling behavior of said valve depending on a temperature of a fluid controlled by said valve, characterized in that the temperature sensitive means are configured to influence a force actuating the valve element depending on a temperature of the fluid to establish a force balance between the temperature sensitive means and the temperature depending actuating means. an inlet; - an outlet; - a valve seat between said inlet and said outlet; and - a valve element cooperating with said valve seat and being actuable by a valve rod in response to the temperature depending actuating means; - an outlet; - a valve seat between said inlet and said outlet; and - a valve element cooperating with said valve seat and being actuable by a valve rod in response to the temperature depending actuating means; wherein temperature sensitive means are provided on or within said valve influencing a throttling behavior of said valve depending on a temperature of a fluid controlled by said valve, characterized in that the temperature sensitive means are configured to influence a force actuating the valve element depending on a temperature of the fluid to establish a force balance between the temperature sensitive means and the temperature depending actuating means.
A belt comprising an elastomeric belt body, an electrically conductive tensile cord in a cord layer reinforcing the belt body, an outer layer of electrically conductive thermoplastic material, and an electrically conductive fabric layer residing between the tensile cord layer and the outer layer characterized by providing electrical continuity between the outer layer and the tensile cord, wherein the electrically conductive fabric layer comprises a fabric comprising: an electrically conductive thread (28, 28', 28"), or a conductive impregnating coating, which presents at both surfaces of said fabric and contacts both the outer layer and the tensile cord, thereby providing the electrical continuity there between. an electrically conductive thread (28, 28', 28"), or a conductive impregnating coating, which presents at both surfaces of said fabric and contacts both the outer layer and the tensile cord, thereby providing the electrical continuity there between.
Electrical plug connector comprising a contact carrier (11; 13) which is composed of insulating material and contact elements which are accommodated in contact channels (14; 38) in the said contact carrier and which each have a connection section, which is arranged in the contact carrier and has a screw-free connection terminal for a conductor, and a contact section which projects from the contact carrier, in particular a round plug connector comprising coaxially arranged contact elements and conductors which issue into the said contact elements in an axial manner, characterized in that the connection section of each contact element forms a spring tongue and an abutment section which is opposite the said spring tongue and against which the spring tongue is prestressed, and in that a control element is associated with the spring tongue, by means of which control element the spring tongue can be lifted away from the abutment section by means of an auxiliary tool and as a result the connection section can be opened in order to insert or remove a conductor.
An information processing device, comprising: a control unit configured to perform control such that one packet detection condition is selected to be used from a plurality of packet detection conditions and one reception operation is selected to be performed from a plurality of reception operations in regard to a plurality of packets transmitted from another information processing device using wireless communication when information regarding an identifier for identifying a network is present in a specific field subsequent to a preamble of an incoming packet and the identifier is different from an identifier of a network to which the information processing device belongs despite satisfaction of the packet detection condition, the control unit is configured to stop reception of the packet and return to a waiting state, characterised in that the specific field is a Basic Service Set, BSS, COLOR field and is set up in part of a SIGNAL field of a physical header of the incoming packet, the incoming packet is a Presentation-layer Protocol Data Unit, PPDU, including the preamble, the SIGNAL field, an extension field, a service field, a MAC Protocol Data Unit, MPDU,, and a Frame Check Sequence, FCS,, and the information on BSS COLOR, unlike a BSS identifier, BSSID, set up in the MAC header of the MPDU and comprising the same information regarding the identifier for identifying the network, can be used without waiting for reception of the FCS. a control unit configured to perform control such that one packet detection condition is selected to be used from a plurality of packet detection conditions and one reception operation is selected to be performed from a plurality of reception operations in regard to a plurality of packets transmitted from another information processing device using wireless communication when information regarding an identifier for identifying a network is present in a specific field subsequent to a preamble of an incoming packet and the identifier is different from an identifier of a network to which the information processing device belongs despite satisfaction of the packet detection condition, the control unit is configured to stop reception of the packet and return to a waiting state, the specific field is a Basic Service Set, BSS, COLOR field and is set up in part of a SIGNAL field of a physical header of the incoming packet, the incoming packet is a Presentation-layer Protocol Data Unit, PPDU, including the preamble, the SIGNAL field, an extension field, a service field, a MAC Protocol Data Unit, MPDU,, and a Frame Check Sequence, FCS,, and the information on BSS COLOR, unlike a BSS identifier, BSSID, set up in the MAC header of the MPDU and comprising the same information regarding the identifier for identifying the network, can be used without waiting for reception of the FCS.
Electric unit for a pumped storage power plant, which electric unit can be connected to at least one power grid for transmitting electrical energy, comprising at least one converter, a rotating electric synchronous machine, and a generator switch, wherein the synchronous machine can be connected to the power grid via the converter, and has an exciter unit, by means of which exciter unit the synchronous machine can be connected to a supply grid, characterized in that the electric unit has a charging unit for charging capacitors and accumulators of cells of the converter, wherein the charging unit has at least one switch, and wherein the charging unit can be connected to the supply grid, on the one hand, and to the converter, on the other, and wherein the generator switch is arranged between the charging unit and the synchronous machine.
A method of producing a surface modified talc comprising the following processes: a. surface chemical erosion process of talc particles carried out by suspending the talc in an acidic aqueous solution; b. deposition process of inorganic lamellar particles capable of anion exchange consisting of zinc hydroxy chloride on the surface of the talc particles obtained from process (a), carried out by adding said lamellar zinc hydroxy chloride particles to an aqueous suspension containing the talc obtained from process (a), subsequent mixing of the suspension containing the talc and the lamellar zinc hydroxy chloride particles and drying of the suspension. a. surface chemical erosion process of talc particles carried out by suspending the talc in an acidic aqueous solution; b. deposition process of inorganic lamellar particles capable of anion exchange consisting of zinc hydroxy chloride on the surface of the talc particles obtained from process (a), carried out by adding said lamellar zinc hydroxy chloride particles to an aqueous suspension containing the talc obtained from process (a), subsequent mixing of the suspension containing the talc and the lamellar zinc hydroxy chloride particles and drying of the suspension.
A method for testing a temperature measuring instrument, wherein said instrument comprises multiple sensors (2a-2c), wherein each sensor (2a-2c) changes its electrical resistance R, and/or an electrical voltage U that it produces, in response to being exposed to a change in temperature T, and wherein the instrument is configured to be coupled to an object of interest, the method comprising: • changing the temperature T of at least one first sensor of the multiple sensors (2a-2c) by an amount that is detectable given the measurement resolution dT of the at least one first sensor (2a-2c), by driving an electrical manipulation current I M through this first sensor (2a-2c); • obtaining (120, 123) one or several measurement values from at least one second sensor of the multiple sensors (2a-2c), wherein this second sensor (2a-2c) is different from the first sensor (2a-2c) whose temperature T is changed; and • evaluating a state of the measuring instrument, a state of one or more of its sensors (2a-2c), and/or a state of a coupling to an object of interest, from the one or more measurement values. • changing the temperature T of at least one first sensor of the multiple sensors (2a-2c) by an amount that is detectable given the measurement resolution dT of the at least one first sensor (2a-2c), by driving an electrical manipulation current I M through this first sensor (2a-2c); • obtaining (120, 123) one or several measurement values from at least one second sensor of the multiple sensors (2a-2c), wherein this second sensor (2a-2c) is different from the first sensor (2a-2c) whose temperature T is changed; and • evaluating a state of the measuring instrument, a state of one or more of its sensors (2a-2c), and/or a state of a coupling to an object of interest, from the one or more measurement values.
A moving picture decoding method, comprising the steps of: receiving prediction information, for each macroblock, indicating one of a plurality of prediction modes, one of a plurality of memories and a motion parameter extracted from a bit stream, wherein the prediction modes include a global prediction mode and a local prediction mode and at least one of the plurality of memories is used for the global prediction mode and the local prediction mode; generating a prediction picture using a reference image data of previously decoded image stored in one of a plurality of memories and the prediction mode indicated by the prediction information; and decoding a texture from the bit stream, and adding the texture to the prediction picture generated by a prediction picture generation section so as to obtain a decoded image. receiving prediction information, for each macroblock, indicating one of a plurality of prediction modes, one of a plurality of memories and a motion parameter extracted from a bit stream, wherein the prediction modes include a global prediction mode and a local prediction mode and at least one of the plurality of memories is used for the global prediction mode and the local prediction mode; generating a prediction picture using a reference image data of previously decoded image stored in one of a plurality of memories and the prediction mode indicated by the prediction information; and decoding a texture from the bit stream, and adding the texture to the prediction picture generated by a prediction picture generation section so as to obtain a decoded image.
A compressor in which an electrical element and a compressing mechanism are accommodated in a hermetic container, the compressor includes a suction hole through which refrigerant gas is introduced from an exterior of the hermetic container into a suction chamber of the compressing mechanism, and a suction liner inserted into the suction hole, wherein the suction hole includes a reduced-diameter portion located on a downstream side, and an increased-diameter portion located on an upstream side, characterised in that a heat-insulating space is formed between the suction liner and the increased-diameter portion, and an inner diameter of the reduced-diameter portion is equal to an inner diameter of the suction liner.
A transcutaneous energy transfer device comprising: an external primary coil for transferring magnetic energy and to which energy to be transferred is applied; an implanted secondary coil (18, 18') configured to be inductively coupled to the primary coil across a separation depth in a direction along a center axis of the primary coil and connected to apply energy to a subcutaneous utilization device; and a member centered within the primary coil opposite the secondary coil and formed from a magnetically permeable material, wherein said member is adapted to shape a resulting magnetic field into a more elliptical toroidal shape with respect to the longitudinal axis of the member in order to allow an increase in said separation depth, wherein the member is a slender rod that comprises a ferrite material and that is longitudinally aligned with the center axis of the primary coil. an external primary coil for transferring magnetic energy and to which energy to be transferred is applied; an implanted secondary coil (18, 18') configured to be inductively coupled to the primary coil across a separation depth in a direction along a center axis of the primary coil and connected to apply energy to a subcutaneous utilization device; and a member centered within the primary coil opposite the secondary coil and formed from a magnetically permeable material, wherein said member is adapted to shape a resulting magnetic field into a more elliptical toroidal shape with respect to the longitudinal axis of the member in order to allow an increase in said separation depth, wherein the member is a slender rod that comprises a ferrite material and that is longitudinally aligned with the center axis of the primary coil.