mhurhangee/ep-ind-claims huggingface dataset:
Transponder for securing a product displayed in a shop, the transponder comprising two blocks (2, 3) each comprising a contact surface (4, 5), the blocks being provided with an adjustable connection connects said protrusions (6, 7), which allows to manually adjust the moving closer together or farther apart of the blocks (2, 3) with respect to one another, thus allowing the transponder to be attached to a suitable element of said product, by gripping the element between the contact surfaces (4, 5) of the blocks (2, 3), one of the blocks comprising wireless detection and transmission equipment, which allows the remote management of the presence of the transponder on the suitable element characterized in that the contact surfaces are positioned face to face and substantially parallel with respect to one another, and in that the blocks have protrusions (6, 7) on their upper surfaces above the contact surfaces, said adjustable connection connecting said protrusions (6, 7).
A method for producing a garnet-type compound that contains, as constituent elements, Zr, Li, and element M 1 (wherein M 1 is at least one element selected from the group consisting of La, Sc, Y, and Ce), the method comprising: a first step of mixing a first raw material and a second raw material to obtain a precipitate, the first raw material being a solution comprising a zirconium carbonate complex and having a pH of at least 7.0 and not more than 9.5, the second raw material comprising a compound containing the above element M 1 as a constituent element; and a second step of mixing the precipitate and a third raw material to obtain a mixture, the third raw material containing Li as a constituent element, and then firing the mixture at a temperature of less than 1,000°C to obtain a fired product, the first raw material being a solution prepared in such a manner that the molar ratio of carbonate species to zirconium species (number of moles of carbonate species / number of moles of zirconium species) is in the range of 1.5 or more to 15.0 or less, at least one of counter ions of the zirconium carbonate complex being NR 4 + (wherein each R independently represents at least one substituent selected from the group consisting of H, CH 3, and CH 2 CH 2 OH). a first step of mixing a first raw material and a second raw material to obtain a precipitate, the first raw material being a solution comprising a zirconium carbonate complex and having a pH of at least 7.0 and not more than 9.5, the second raw material comprising a compound containing the above element M 1 as a constituent element; and a second step of mixing the precipitate and a third raw material to obtain a mixture, the third raw material containing Li as a constituent element, and then firing the mixture at a temperature of less than 1,000°C to obtain a fired product, the first raw material being a solution prepared in such a manner that the molar ratio of carbonate species to zirconium species (number of moles of carbonate species / number of moles of zirconium species) is in the range of 1.5 or more to 15.0 or less, at least one of counter ions of the zirconium carbonate complex being NR 4 + (wherein each R independently represents at least one substituent selected from the group consisting of H, CH 3, and CH 2 CH 2 OH).
A method comprising: advertising, by an access device, a plurality of Roaming Consortium Identifiers, RCOIs, each RCOI identifying a single roaming federation and an identity type used by a respective service provider in order to provide service by the access device, wherein each identity type comprises one of: a public identity type in which identity data required in a request has to actually identify the user, and an anonymous identity type in which identity data required in a request does not have to actually identify the user; receiving, from a user device, a request to associate with the access device wherein the request contains identity data that is compliant with that specified by one of the identity types advertised in the RCOIs; and associating the user device with the access device in response to receiving the request. advertising, by an access device, a plurality of Roaming Consortium Identifiers, RCOIs, each RCOI identifying a single roaming federation and an identity type used by a respective service provider in order to provide service by the access device, wherein each identity type comprises one of: a public identity type in which identity data required in a request has to actually identify the user, and an anonymous identity type in which identity data required in a request does not have to actually identify the user; receiving, from a user device, a request to associate with the access device wherein the request contains identity data that is compliant with that specified by one of the identity types advertised in the RCOIs; and a public identity type in which identity data required in a request has to actually identify the user, and an anonymous identity type in which identity data required in a request does not have to actually identify the user; receiving, from a user device, a request to associate with the access device wherein the request contains identity data that is compliant with that specified by one of the identity types advertised in the RCOIs; and associating the user device with the access device in response to receiving the request.
Method for the surface processing of an aluminum article, which is characterized in that it comprises: - a step of engraving an aluminum article by means of vibratory finishing, wherein a plurality of impacting bodies hits at least one surface of said aluminum article, forming a grooved surface provided with a plurality of grooves; wherein said impacting bodies employed in said vibratory finishing are provided with an extension comprised between 0.5 and 7 cm, are provided with at least one pointed portion for scratching said surface and are provided with a hardness greater than the hardness of said aluminum article; - a subsequent step of anode oxidation of the grooved surface of said aluminum article, generating a colorable aluminum oxide layer having: - a first thickness of aluminum oxide at said grooves, and - a second thickness of aluminum oxide at the remaining regions of said surface free of said grooves; said first thickness being smaller than said second thickness; - a subsequent step of dyeing said colorable aluminum oxide layer along said first and second thickness (T1, T2) in order to color the first thickness of said aluminum oxide layer with a corresponding first coloring depth and to color the second thickness of said aluminum oxide layer with a corresponding second coloring depth greater than the first depth. - a step of engraving an aluminum article by means of vibratory finishing, wherein a plurality of impacting bodies hits at least one surface of said aluminum article, forming a grooved surface provided with a plurality of grooves; wherein said impacting bodies employed in said vibratory finishing are provided with an extension comprised between 0.5 and 7 cm, are provided with at least one pointed portion for scratching said surface and are provided with a hardness greater than the hardness of said aluminum article; - a subsequent step of anode oxidation of the grooved surface of said aluminum article, generating a colorable aluminum oxide layer having: - a first thickness of aluminum oxide at said grooves, and - a second thickness of aluminum oxide at the remaining regions of said surface free of said grooves; said first thickness being smaller than said second thickness; - a first thickness of aluminum oxide at said grooves, and - a second thickness of aluminum oxide at the remaining regions of said surface free of said grooves; said first thickness being smaller than said second thickness; - a subsequent step of dyeing said colorable aluminum oxide layer along said first and second thickness (T1, T2) in order to color the first thickness of said aluminum oxide layer with a corresponding first coloring depth and to color the second thickness of said aluminum oxide layer with a corresponding second coloring depth greater than the first depth.
A transparent conductive substrate for preventing a moire phenomenon and a diffraction pattern, comprising: a transparent substrate, and a conductive pattern provided on the transparent substrate, wherein the conductive pattern comprises line breakage portions, characterised in that: a pattern for manufacturing the line breakage portions comprises an irregular pattern shape, the irregular pattern shape comprises an edge structure of continuously connected closed figures, the closed figures having the same shape are not present in a predetermined unit area of 1 cm × 1 cm in the conductive pattern, and the number of vertexes of the closed figures is different from the number of vertexes of quadrangles having the same number as the closed figures; and the number of vertexes of the closed figures is different from the number of vertexes of a polygon formed by connecting shortest distances between centers of gravity of the closed figures and a value of the following Equation 1 is 50 or more in the closed figures: ( Standard deviation of distances between vertexes / Average of distances between vertexes) × 100. a transparent substrate, and a conductive pattern provided on the transparent substrate, wherein the conductive pattern comprises line breakage portions, characterised in that: a pattern for manufacturing the line breakage portions comprises an irregular pattern shape, the irregular pattern shape comprises an edge structure of continuously connected closed figures, the closed figures having the same shape are not present in a predetermined unit area of 1 cm × 1 cm in the conductive pattern, and the number of vertexes of the closed figures is different from the number of vertexes of quadrangles having the same number as the closed figures; and the number of vertexes of the closed figures is different from the number of vertexes of a polygon formed by connecting shortest distances between centers of gravity of the closed figures and a value of the following Equation 1 is 50 or more in the closed figures: ( Standard deviation of distances between vertexes / Average of distances between vertexes) × 100. a pattern for manufacturing the line breakage portions comprises an irregular pattern shape, the irregular pattern shape comprises an edge structure of continuously connected closed figures, the closed figures having the same shape are not present in a predetermined unit area of 1 cm × 1 cm in the conductive pattern, and the number of vertexes of the closed figures is different from the number of vertexes of quadrangles having the same number as the closed figures; and the number of vertexes of the closed figures is different from the number of vertexes of a polygon formed by connecting shortest distances between centers of gravity of the closed figures and a value of the following Equation 1 is 50 or more in the closed figures: ( Standard deviation of distances between vertexes / Average of distances between vertexes) × 100.
An electronic ignition lock for an ignition lock system acting in combination with an electronic key in a motor vehicle, wherein the ignition lock comprises a movable transmitter and/or actuating element (5, 41) and an encoder as a signal-generating element for the switch positions of the ignition lock and the encoder, particularly an angle encoder in the manner of a rotation angle sensor, for the purposes of interaction with a control device has a sensor component (6, 44) for detecting and/or emitting the position, particularly the angle position of the transmitter and/or actuating element (5, 41), wherein the control device is switchable between a power-saving sleep mode and an operating mode, wherein the sensor component (6, 44) works cyclically at least in the sleep mode, wherein the sensor component (6, 44) saves the current position during each cycle, wherein the saved position is compared during the next cycle with the then-current position, wherein upon recognition of a positional change, particularly an angular deviation, a wake-up signal to switch the control device into the operating mode is generated, wherein the sensor component (6, 44) is designed with an electronic circuit as an integrated circuit, wherein the sensor component (6, 44) generates the wake-up signal, and wherein the sensor component (6, 44) has an output for the wake-up signal as a wake-up output.
A foldable thin film device assembly comprising: - a freestanding flexible thin film device with a thickness smaller than 100 micrometer; the thin film device having a stack of electroactive layers formed on a substrate; and one or more protective inorganic capping layers; - a backside elastomeric layer backing the flexible thin film device; and - a frontside transparent elastomeric layer covering the flexible thin film device; - wherein the backside and frontside elastomeric layers are formed of an elastomeric material with a Youngs modulus in a range between 0.5 and 100 MPa and thickness larger than 75 micrometer and each with a flexural rigidity equal or larger than the thin film device, and wherein the front and backside elastomeric layers form a layer stack having a neutral line for the one or more protective inorganic capping layer, such as to, when folded, maintain a strain of the one or more protective inorganic capping layers below a failure strain. - a freestanding flexible thin film device with a thickness smaller than 100 micrometer; the thin film device having a stack of electroactive layers formed on a substrate; and one or more protective inorganic capping layers; - a backside elastomeric layer backing the flexible thin film device; and - a frontside transparent elastomeric layer covering the flexible thin film device; - wherein the backside and frontside elastomeric layers are formed of an elastomeric material with a Youngs modulus in a range between 0.5 and 100 MPa and thickness larger than 75 micrometer and each with a flexural rigidity equal or larger than the thin film device, and wherein the front and backside elastomeric layers form a layer stack having a neutral line for the one or more protective inorganic capping layer, such as to, when folded, maintain a strain of the one or more protective inorganic capping layers below a failure strain.
A method for wireless communication, comprising: receiving, at a first user equipment, UE, an initiation message from a base station for initiating a device handshake procedure, wherein the initiation message allocates a resource for a transmission with a predetermined transmission pattern and indicates whether the allocated resource is an uplink radio resource or a downlink radio resource; receiving at the first UE, a transmission with the predetermined transmission pattern from a second UE over an inter-device communication link using the allocated resource; determining, by the first UE, a signal quality or received signal strength indicator associated with the transmission from the second UE to the first UE; and sending from the first UE, a response message to the base station indicating successful detection by the first UE of the predetermined transmission pattern sent by the second UE, wherein the response message comprises a report of an inferior channel quality indicator, a rank indicator, or one or more parameters reflecting the channel condition; and receiving, at the first UE, subsequent transmissions over the inter-device communication link from the second UE, the subsequent transmissions having an adjusted transmitting power requested by the base station in response to receiving the report. receiving, at a first user equipment, UE, an initiation message from a base station for initiating a device handshake procedure, wherein the initiation message allocates a resource for a transmission with a predetermined transmission pattern and indicates whether the allocated resource is an uplink radio resource or a downlink radio resource; receiving at the first UE, a transmission with the predetermined transmission pattern from a second UE over an inter-device communication link using the allocated resource; determining, by the first UE, a signal quality or received signal strength indicator associated with the transmission from the second UE to the first UE; and sending from the first UE, a response message to the base station indicating successful detection by the first UE of the predetermined transmission pattern sent by the second UE, wherein the response message comprises a report of an inferior channel quality indicator, a rank indicator, or one or more parameters reflecting the channel condition; and receiving, at the first UE, subsequent transmissions over the inter-device communication link from the second UE, the subsequent transmissions having an adjusted transmitting power requested by the base station in response to receiving the report.
System comprising a bend stiffener and an umbilical intended for the production of oil and gas from a platform, said umbilical comprising a center tube and said bend stiffener surrounding an upper part of said center tube, said upper part extending downwardly from an upper extremity of said center tube, characterized in that the center tube is a steel tube and the longitudinal cross section of said upper part of said center tube is made corrugated, so that said center tube gets less stiff and fatigue strain on non-corrugated parts of said center tube is avoided.
Double grab mountable onto an arm of a milking machine for applying automatically teat cups to an udder of an animal to be milked, the double grab comprising: - a first housing part for holding a first teat cup; - a second housing part, installed substantially in a horizontal plane next to the first housing part, for holding a second teat cup; characterised, in that each housing part (20, 22) is provided with pivoting means that are activatable separately, designed to make the relative housing part (20, 22) pivot around a pivoting axis which in use extends substantially in a horizontal direction, substantially in widthwise direction of the arm. - a first housing part for holding a first teat cup; - a second housing part, installed substantially in a horizontal plane next to the first housing part, for holding a second teat cup; characterised, in that
An instrument for measuring volume of a retention chamber defined by a hermetically sealed, variable volume, pressure conforming container having a gaseous content of known composition, the instrument comprising: (a) a needle having a lumen operable for sealingly perforating the hermetically sealed, variable volume, pressure conforming container so as to place the lumen of the needle in fluid communication with the retention chamber, (b) a vacuum pump in fluid communication with the lumen effective for evacuating gaseous content from the hermetically sealed, variable volume, pressure conforming container via the lumen defined by the needle, (c) a mass flow rate sensor in sealed fluid communication with the lumen defined by the needle for sensing mass flow rates pulled through the lumen and transmitting corresponding mass flow rate signals over time, (d) a microcontroller or processor programmed to (i) receive data for room temperature and room pressure, (ii) receive data values from the mass flow rate sensor over time as the vacuum pump pumps the gaseous content from the retention chamber through the mass flow rate sensor, (iii) integrate the data values received from the mass flow rate sensor over time until a steady state flow is reached to obtain a mass value, (iv) convert the mass value to number of moles (n) or number of molecules based upon the known composition of the gaseous content, and (v) calculate the volume of the retention chamber using the Ideal Gas Law. (a) a needle having a lumen operable for sealingly perforating the hermetically sealed, variable volume, pressure conforming container so as to place the lumen of the needle in fluid communication with the retention chamber, (b) a vacuum pump in fluid communication with the lumen effective for evacuating gaseous content from the hermetically sealed, variable volume, pressure conforming container via the lumen defined by the needle, (c) a mass flow rate sensor in sealed fluid communication with the lumen defined by the needle for sensing mass flow rates pulled through the lumen and transmitting corresponding mass flow rate signals over time, (d) a microcontroller or processor programmed to (i) receive data for room temperature and room pressure, (ii) receive data values from the mass flow rate sensor over time as the vacuum pump pumps the gaseous content from the retention chamber through the mass flow rate sensor, (iii) integrate the data values received from the mass flow rate sensor over time until a steady state flow is reached to obtain a mass value, (iv) convert the mass value to number of moles (n) or number of molecules based upon the known composition of the gaseous content, and (v) calculate the volume of the retention chamber using the Ideal Gas Law.
A communication method, performed by a base station, of mapping channel state information-reference signal, CSI-RS, ports to antenna units arranged in an antenna array system, wherein the antenna array is a two-dimensional, 2D, antenna array, and the method comprises: selecting a first group including a row and a column of antenna units arranged in the 2D antenna array to which the CSI-RS ports are mapped in a first CSI-RS transmission period or a first frequency resource region; and selecting a second group including a row and a column of the antenna units to which the CSI-RS ports are mapped in a second CSI-RS transmission period or a second frequency resource region, wherein each of the first group and the second group transmits two orthogonal CSI-RS resources, wherein for each of the first and second group, the CSI-RS ports mapped to the row of antenna units and the CSI-RS ports mapped to the column of antenna units reflect channel vectors which are orthogonal to each other. selecting a first group including a row and a column of antenna units arranged in the 2D antenna array to which the CSI-RS ports are mapped in a first CSI-RS transmission period or a first frequency resource region; and selecting a second group including a row and a column of the antenna units to which the CSI-RS ports are mapped in a second CSI-RS transmission period or a second frequency resource region, wherein each of the first group and the second group transmits two orthogonal CSI-RS resources, wherein for each of the first and second group, the CSI-RS ports mapped to the row of antenna units and the CSI-RS ports mapped to the column of antenna units reflect channel vectors which are orthogonal to each other.
A barrier laminate comprising a first organic layer, an inorganic layer, and a second organic layer in this order, wherein the second organic layer is formed by curing a polymerizable composition which is directly applied to a surface of the inorganic layer, the polymerizable composition includes a urethane acrylate polymer, the urethane acrylate polymer has a structure which includes an acrylic main chain and a side chain including a urethane polymer unit or a urethane oligomer unit, and the side chain has an acryloyl group at a terminal position of the side chain. wherein the second organic layer is formed by curing a polymerizable composition which is directly applied to a surface of the inorganic layer, the polymerizable composition includes a urethane acrylate polymer, the urethane acrylate polymer has a structure which includes an acrylic main chain and a side chain including a urethane polymer unit or a urethane oligomer unit, and the side chain has an acryloyl group at a terminal position of the side chain.