mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the continuous or batch production of strips and plates of hot-rolled steel with thickness from 0,6 mm to 50 mm or half of the maximum thickness of a cast slab, comprising the continuous casting with liquid core reduction of a thin slab (S) having a minimum thickness of 80 mm, followed by a heating in an induction heater , a first shearing in the case of batch production, a finishing rolling , a controlled cooling on a runout table, and a second shearing followed by a removal through a pusher/piler (7; 7') in the case of production of plates, or a coiling followed by a final shearing in the case of production of strips, wherein it further includes prior to said heating in the induction heater an initial rolling with a thickness reduction of the slab (S) characterized in that the thickness reduction of the slab during the initial rolling is only about 10% and in any case not more than 20%, starting from a thickness reduction of about 8 mm.
A photon detector , having the form of a column-like compact measurement finger extending longitudinally along a detector axis to a first end, comprising a housing extending longitudinally along the detector axis and comprising a single front end, a detector head disposed at the first end of the measurement finger in the front end of the housing , wherein the detector head comprises a plurality of at least two detector modules , and at least one optical window being individually or collectively arranged upstream of the detector modules , which is permeable for photon radiation , each detector module comprising respectively: a sensor chip sensitive to photon radiation having an exposed end face , a printed circuit board arranged on the face of the sensor chip facing away from the end face and connected to the sensor chip in a signal-conducting manner, and an active cooling element or a heat-conducting base, wherein the heat-conducting base of the detector modules being in thermal contact with a common means for heat removal of the detector , wherein the detector modules are arranged in a plane around the detector axis in an axially symmetric arrangement with respect to the detector axis , the plane extending orthogonally to the detector axis . a housing extending longitudinally along the detector axis and comprising a single front end, a detector head disposed at the first end of the measurement finger in the front end of the housing , wherein the detector head comprises a plurality of at least two detector modules , and at least one optical window being individually or collectively arranged upstream of the detector modules , which is permeable for photon radiation , each detector module comprising respectively: a sensor chip sensitive to photon radiation having an exposed end face , a printed circuit board arranged on the face of the sensor chip facing away from the end face and connected to the sensor chip in a signal-conducting manner, and an active cooling element or a heat-conducting base, wherein the heat-conducting base of the detector modules being in thermal contact with a common means for heat removal of the detector , a sensor chip sensitive to photon radiation having an exposed end face , a printed circuit board arranged on the face of the sensor chip facing away from the end face and connected to the sensor chip in a signal-conducting manner, and an active cooling element or a heat-conducting base, wherein the heat-conducting base of the detector modules being in thermal contact with a common means for heat removal of the detector , wherein the detector modules are arranged in a plane around the detector axis in an axially symmetric arrangement with respect to the detector axis , the plane extending orthogonally to the detector axis .
A flow-control valve of the cartwheel type, comprising a piece of elastomeric material in wagon wheel format which is fixed by an external ring to a valve casing , wherein a central plug is of solid construction and has different constructive configurations for both sides (a) and (b), wherein side (a) has an arc-shaped contour of less prominence than the arc-shaped contour of side (b), wherein the arc-shaped contour of side (b) has a steeper contour than the side (a), wherein rods connecting the central plug to the external ring have a slight slope portion that begins at the limit of the circumference of the central plug arc by the side (a) and extends to the flat portion contiguous to external ring , characterized in that side (b), in addition to the arc-shaped contour, comprises a cylindrical extension , wherein the flow-control valve is configured to work as a sealing at least with side (b), and wherein sealing of side (b) is performed by a valve seat contact on a base or focus of the valve. (a) and extends to the flat portion contiguous to external ring , characterized in that side (b), in addition to the arc-shaped contour, comprises a cylindrical extension , wherein the flow-control valve is configured to work as a sealing at least with side (b), and wherein sealing of side (b) is performed by a valve seat contact on a base or focus of the valve.
A gas barrier film comprising: a biaxially stretched polyester film including a thermoplastic resin composition containing not less than 60% by weight of polybutylene terephthalate and optionally containing a polyester resin other than the polybutylene terephthalate resin, and simultaneously satisfying conditions to below, and an inorganic thin film layer on at least one side of the biaxially stretched polyester film: an angle formed by a molecular chain main axis with respect to a TD direction of the film is not more than 30°, each thermal shrinkage at 150°C in the film longitudinal direction and the film width direction is not more than 4.0%, and the film has an intrinsic viscosity of not less than 0.80 dl/g and not more than 1.2 dl/g, wherein the inorganic thin film layer on the biaxially stretched polyester film is an aluminum oxide vapor-deposited film. a biaxially stretched polyester film including a thermoplastic resin composition containing not less than 60% by weight of polybutylene terephthalate and optionally containing a polyester resin other than the polybutylene terephthalate resin, and simultaneously satisfying conditions to below, and an inorganic thin film layer on at least one side of the biaxially stretched polyester film: an angle formed by a molecular chain main axis with respect to a TD direction of the film is not more than 30°, each thermal shrinkage at 150°C in the film longitudinal direction and the film width direction is not more than 4.0%, and the film has an intrinsic viscosity of not less than 0.80 dl/g and not more than 1.2 dl/g, an angle formed by a molecular chain main axis with respect to a TD direction of the film is not more than 30°, each thermal shrinkage at 150°C in the film longitudinal direction and the film width direction is not more than 4.0%, and the film has an intrinsic viscosity of not less than 0.80 dl/g and not more than 1.2 dl/g,
A method of wireless communication performed by a base station, BS (105; 205; 1005; 1105), comprising: determining (525; 1202) at least one capability indicator for a communication channel, the at least one capability indicator indicative of channel throughput parameters; and transmitting (530; 1204) the at least one capability indicator to a user equipment, UE (115; 215; 705; 805; 905), to trigger a power adjustment in advance of downlink transmissions received at the UE, wherein the at least one capability indicator is at least one information element, IE, transmitted in a downlink MAC message, and wherein the at least one capability indicator comprises a maximum downlink schedule rank for the communication channel or a downlink buffer status. determining (525; 1202) at least one capability indicator for a communication channel, the at least one capability indicator indicative of channel throughput parameters; and transmitting (530; 1204) the at least one capability indicator to a user equipment, UE (115; 215; 705; 805; 905), to trigger a power adjustment in advance of downlink transmissions received at the UE, wherein the at least one capability indicator is at least one information element, IE, transmitted in a downlink MAC message, and wherein the at least one capability indicator comprises a maximum downlink schedule rank for the communication channel or a downlink buffer status.
A coupling device , for connecting at least one first prosthetic part with at least one second prosthetic part of which at least one of the prosthetic parts is provided with, alternatively is suitable to be provided with, cosmetics, said coupling device comprising at least one first coupling part connected to the first prosthesis part , alternatively the second prosthesis part , and at least one second coupling part connected to the second prosthesis part , alternatively the first prosthesis part , said first coupling part comprising at least one first coupling member , comprising a female member, and the second coupling part comprising at least one second coupling member , comprising a male member , said coupling members being suitable for connection to each other and in the interconnected position temporarily lock to each other with at least one locking device and that the coupling members are disengaged from each other with at least one disengaging device , said locking device comprising at least one first flap comprising at least one second flap part suitable for temporary locking in a first track in the male member and at least one second flap comprising at least one second flap part which locks temporarily in a second track in the male member , wherein the first coupling part comprises at least one first holder for cosmetics and that the second coupling part comprises at least one second holder for cosmetics and that cosmetics are attached to, alternatively integrated with, at least one of the first holder for cosmetics and the second holder for cosmetics, characterised in that the disengaging device comprises at least one first disengagement member and at least one second disengagement member which during disengagement of the coupling members and is pressed against the first flap part of the first flap respectively being pressed against the first flap part of the second flap ,whereby the first flap is pivoted out from engagement with the first track in the male member and the second flap is pivoted out of engagement with the second track in the male member .
Capping plant for capping containers made of thermoplastic material, comprising: a capping unit comprising a plurality of capping stations for applying concave closures on the containers ; a transfer star-wheel for conveying containers made of thermoplastic material, the containers being provided with concave closures , said transfer star-wheel comprising a rotary carousel having a plurality of supporting stations for supporting the containers , each supporting station comprising a pocket at the external circumference of the rotary carousel for receiving and supporting the neck of one of the containers , wherein said transfer star-wheel being located downstream said capping unit for receiving the capped containers , i.e. the containers that have been capped with the concave closures , characterized in that each supporting station comprises a striking element located above the corresponding pocket, said striking element being configurable in an operative position in which it is in contact with the concave closure of the container supported in the corresponding pocket, and a neutral position in which it is spaced from said concave closure. a capping unit comprising a plurality of capping stations for applying concave closures on the containers ; a transfer star-wheel for conveying containers made of thermoplastic material, the containers being provided with concave closures , said transfer star-wheel comprising a rotary carousel having a plurality of supporting stations for supporting the containers , each supporting station comprising a pocket at the external circumference of the rotary carousel for receiving and supporting the neck of one of the containers , wherein said transfer star-wheel being located downstream said capping unit for receiving the capped containers , i.e. the containers that have been capped with the concave closures , characterized in that each supporting station comprises a striking element located above the corresponding pocket, said striking element being configurable in an operative position in which it is in contact with the concave closure of the container supported in the corresponding pocket, and a neutral position in which it is spaced from said concave closure.
A peptide represented by an amino acid sequence of any one of SEQ ID NOS: 4 to 8.
A rear view element folding device for a motor vehicle for approaching at least one rotational position of an element housing relative to an element foot than can be mounted on the motor vehicle, and for locking or unlocking at least one resting position of the element housing relative to the element foot, wherein a first actuator for a translation movement of a first engagement element that is firmly connected to the element housing relative to a second engagement element that is connected to the element foot along a rotation axis AΦ, wherein the first engagement element and the second engagement element in locking position, such as a locked resting position of the element housing, stand in a fixed engagement with each other and in an unlocking position, such as an unlocked resting position of the element housing, the engagement is released by a certain translation movement, and a second, separate actuator for a rotational movement for rotating the first engagement element relative to the second engagement element around the rotation axis AΦ, wherein through a first rotational movement, a first rotation position of the element housing can be approached from the unlocked resting position, and through a second rotation movement of the element housing, which is counter to the first rotational movement, the unlocked resting position can be approached from the first rotational position, wherein the second actuator comprises a Bowden cable having an inner cable comprising at least one of an active material or a shaped memory alloy, wherein the inner cable connects the first engagement element to the element foot.
Connection of at least two fire-resistant cables each comprising at least one elongated electrically conductive element and at least one electrically insulating sheath surrounding said elongated electrically conductive element , the ends of said cables intended to be connected being stripped and joined so as to ensure physical and electrical contact between said cables , said connection being characterized in that it comprises at least one layer comprising at least one cementitious material and surrounding a portion of each electrically insulating sheath and said stripped and joining ends of said cables , said cementitious material being a solid material comprising silicon (Si), aluminum (Al), oxygen (O) and at least one element selected from potassium (K), sodium (Na), lithium (Li), cesium (Cs) and calcium (Ca), said solid material being a geopolymer cement or being derived from a mixture of conventional anhydrous cement and water.
An isolated nucleic acid molecule encoding a chimeric antigen receptor (CAR) comprising at least one extracellular antigen binding domain comprising a mesothelin antigen binding domain, wherein the CAR is encoded by a nucleotide sequence comprising SEQ ID NO: 13, 15, or 17.
A method for determining a presence of a locking signal in a signal received by an optical receiver device, the locking signal being a signal exchanged by optical communication devices of the optical communications network in a phase preceding setting up communications between said optical communication devices, the received signal by the optical receiver device may comprise a communication signal resulting from a communication with at least one other communication device of the optical network; the optical receiver device being intended to be used in an optical communications network , the method being such that the optical receiver device performs: - determining (S505; S704) a presence in a received signal of the communication signal resulting from a communication with at least one other communication device of the of the optical network; the method being characterized in that the optical receiver device further performs - obtaining (S503, S702), from the received signal, through a photodiode that converts the received signal into an electric signal, a direct current component of the electric signal or a component of the electric signal at twice a frequency at which the locking signal is supposed to be modulated prior to being transferred using a carrier frequency; and, when the presence of the communication signal is detected in the received signal: - determining (S508, S707) a contribution of the communication signal on the direct current component or respectively on the component at twice a frequency at which the locking signal is supposed to be modulated; - determining (S509; S708) whether the locking signal is present in the received signal by subtracting at least, from the direct current component or respectively from the component at twice a frequency at which the locking signal is supposed to be modulated, the determined contribution of the communication signal. - determining (S505; S704) a presence in a received signal of the communication signal resulting from a communication with at least one other communication device of the of the optical network; the method being characterized in that the optical receiver device further performs - obtaining (S503, S702), from the received signal, through a photodiode that converts the received signal into an electric signal, a direct current component of the electric signal or a component of the electric signal at twice a frequency at which the locking signal is supposed to be modulated prior to being transferred using a carrier frequency; - determining (S508, S707) a contribution of the communication signal on the direct current component or respectively on the component at twice a frequency at which the locking signal is supposed to be modulated; - determining (S509; S708) whether the locking signal is present in the received signal by subtracting at least, from the direct current component or respectively from the component at twice a frequency at which the locking signal is supposed to be modulated, the determined contribution of the communication signal.
A subscriber identification module, SIM, card apparatus comprising: a communication module configured to receive an authentication virtual code (S400) generated by a control server based on command information of at least one IoT device ; and a verification module formed in an applet form and configured to verify the authentication virtual code (S400) based on a verification algorithm, wherein the SIM card apparatus is included in a relay apparatus configured to connect the control server and the IoT device . a communication module configured to receive an authentication virtual code (S400) generated by a control server based on command information of at least one IoT device ; and a verification module formed in an applet form and configured to verify the authentication virtual code (S400) based on a verification algorithm, wherein the SIM card apparatus is included in a relay apparatus configured to connect the control server and the IoT device .
A computer-implemented method, comprising: receiving input data indicative of manufacturing parameters associated with manufacturing a product, wherein the input data comprises first data indicative of machines in a manufacturing environment and respective capabilities of each of the machines, second data indicative of raw materials used to manufacture the product, and/or third data indicative of manufacturing steps for transforming the raw materials into the product; solving, using the input data, an optimization problem with respect to a cost function to obtain a receding horizon execution plan indicative of a next N planned manufacturing steps for manufacturing the product; determining a subset of n manufacturing steps of the N planned manufacturing steps to execute, where 1≤n≤N; executing the subset of n manufacturing steps; re-solving the optimization problem with respect to the cost function to obtain a new receding horizon execution plan for a subsequent set of planned manufacturing steps, at least in part, to execution of the subset of manufacturing steps or occurrence of a re-planning trigger event; and generating new receding horizon execution plans iteratively for successive future manufacturing steps until an end product is generated. receiving input data indicative of manufacturing parameters associated with manufacturing a product, wherein the input data comprises first data indicative of machines in a manufacturing environment and respective capabilities of each of the machines, second data indicative of raw materials used to manufacture the product, and/or third data indicative of manufacturing steps for transforming the raw materials into the product; solving, using the input data, an optimization problem with respect to a cost function to obtain a receding horizon execution plan indicative of a next N planned manufacturing steps for manufacturing the product; determining a subset of n manufacturing steps of the N planned manufacturing steps to execute, where 1≤n≤N; executing the subset of n manufacturing steps; re-solving the optimization problem with respect to the cost function to obtain a new receding horizon execution plan for a subsequent set of planned manufacturing steps, at least in part, to execution of the subset of manufacturing steps or occurrence of a re-planning trigger event; and generating new receding horizon execution plans iteratively for successive future manufacturing steps until an end product is generated.
A flash butt welder for welding a pair of workpieces by energizing and pressing against each other the pair of workpieces in a state where the pair of workpieces are in contact with each other, the flash butt welder comprising a spatter scattering prevention apparatus for preventing spatters from scattering during welding at a welding spot, at which the welding is performed, the spatter scattering prevention apparatus including a pair of the nozzles having a first nozzle and a second nozzle , characterised in that each nozzle having an outflow port with an elongated shape so as to form a water screen in a wall shape on a side of the welding spot in a lateral direction of the welding spot, whereby the spatter scattering prevention apparatus is configured to form the water screen having a thickness in midair in a vicinity of the welding spot, wherein the first nozzle is configured to form the water screen on one side of the welding spot in the lateral direction of the welding spot, the second nozzle is configured to form the water screen on the other side, laterally opposite to the one side, of the welding spot, the lateral direction is parallel to a contact surface between the pair of workpieces, and each nozzle is configured to form a water screen with a thickness of equal to or greater than 15 mm. each nozzle having an outflow port with an elongated shape so as to form a water screen in a wall shape on a side of the welding spot in a lateral direction of the welding spot, whereby the spatter scattering prevention apparatus is configured to form the water screen having a thickness in midair in a vicinity of the welding spot, wherein the first nozzle is configured to form the water screen on one side of the welding spot in the lateral direction of the welding spot, the second nozzle is configured to form the water screen on the other side, laterally opposite to the one side, of the welding spot, the lateral direction is parallel to a contact surface between the pair of workpieces, and each nozzle is configured to form a water screen with a thickness of equal to or greater than 15 mm.