mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a hybrid material component with a metallic hollow section and sheathing arranged thereon, having the steps: - producing the metallic hollow section with a predetermined cross-sectional shape and a predetermined section course, wherein the metallic hollow section is produced by means of a hydroforming process, - producing sheathing at least on a portion of an outer surface of the metallic hollow section, wherein the sheathing is formed from a plastics material reinforced with continuous filaments (16, 19), wherein the continuous filaments (16, 19) are especially carbon, aramid and/or glass fibres and after the production of the metallic hollow section the continuous filaments (16, 19) are applied at least to a predetermined portion of the outer surface of the metallic hollow section, characterised in that - the continuous filaments (16, 19) are applied to the predetermined portion of the metallic hollow section in that it is braided with the continuous filaments (16, 19), with - the continuous filaments (16, 19) being present as prepregs and - the metallic hollow section, at least in that portion in which the continuous filaments are arranged, being introduced into an autoclave and then being pressurised, with a resin located on the continuous filaments (16, 19) curing, and in that at least during the curing of the plastics material matrix an internal pressure (P l) which counteracts an external pressing pressure (P A) is generated in an inner cavity of the metallic hollow profile. - producing the metallic hollow section with a predetermined cross-sectional shape and a predetermined section course, wherein the metallic hollow section is produced by means of a hydroforming process, - producing sheathing at least on a portion of an outer surface of the metallic hollow section, wherein the sheathing is formed from a plastics material reinforced with continuous filaments (16, 19), wherein the continuous filaments (16, 19) are especially carbon, aramid and/or glass fibres and after the production of the metallic hollow section the continuous filaments (16, 19) are applied at least to a predetermined portion of the outer surface of the metallic hollow section, characterised in that - the continuous filaments (16, 19) are applied to the predetermined portion of the metallic hollow section in that it is braided with the continuous filaments (16, 19), with - the continuous filaments (16, 19) being present as prepregs and - the metallic hollow section, at least in that portion in which the continuous filaments are arranged, being introduced into an autoclave and then being pressurised, with a resin located on the continuous filaments (16, 19) curing, and in that at least during the curing of the plastics material matrix an internal pressure (P l) which counteracts an external pressing pressure (P A) is generated in an inner cavity of the metallic hollow profile.
An electronic device comprising: a display; a wireless communication circuit; a processor operatively connected to the display and the wireless communication circuit; and a memory operatively connected to the processor and configured to store a first application program having a first priority associated with use of a resource of a wireless communication circuit, wherein the memory stores instructions that cause the processor to: execute the first application program; transmit identification information of the first application program to an external device through the wireless communication circuit; receive a signal for determining whether the first application program has a low latency attribute, through the wireless communication circuit; when the first application program is displayed on the display, determine an attribute of the first application program; and increase a priority of the first application program to be higher than the first priority based at least partly on the determination result, wherein the signal includes information about a value of which the first priority is to be changed. a display; a wireless communication circuit; a processor operatively connected to the display and the wireless communication circuit; and a memory operatively connected to the processor and configured to store a first application program having a first priority associated with use of a resource of a wireless communication circuit, wherein the memory stores instructions that cause the processor to: execute the first application program; transmit identification information of the first application program to an external device through the wireless communication circuit; receive a signal for determining whether the first application program has a low latency attribute, through the wireless communication circuit; when the first application program is displayed on the display, determine an attribute of the first application program; and increase a priority of the first application program to be higher than the first priority based at least partly on the determination result, wherein the signal includes information about a value of which the first priority is to be changed. execute the first application program; transmit identification information of the first application program to an external device through the wireless communication circuit; receive a signal for determining whether the first application program has a low latency attribute, through the wireless communication circuit; when the first application program is displayed on the display, determine an attribute of the first application program; and increase a priority of the first application program to be higher than the first priority based at least partly on the determination result, wherein the signal includes information about a value of which the first priority is to be changed.
Chair, in particular an office chair, comprising a seat plate, which is arranged on a pedestal, and a backrest which allow a synchronous movement of the seat plate and the backrest in the manner of a synchronous mechanism, the seat plate being mounted so as to be able to tilt laterally, and the backrest comprising two backrest supports (22, 24), the lower ends of which are mounted on the pedestal so as to be independently pivotable and are coupled for movement to the seat plate, characterised in that a side of the seat plate is pressed down, owing to rearward pivoting of the backrest supports (22, 24) on the same side, while the opposite side is raised.
A method comprising: automatically determining positions of orthodontic objects along an archwire within a three-dimensional environment based on a proposed orthodontic prescription, wherein each of the orthodontic objects represents a tooth of patient's dental arch, and wherein the positions are determined such that the orthodontic objects do not intersect, wherein automatically determining positions of the orthodontic objects comprises: placing a first tooth within the 3D environment; and placing a second tooth within the 3D environment such that the second tooth is positioned within a desired tolerance of the first tooth, wherein placing the second tooth comprises: determining whether the first tooth and the second tooth intersect within the 3D environment; moving the second tooth in a mesial direction when the first tooth and the second tooth do not intersect; and moving the second tooth in a distal direction when the first tooth and the second tooth intersect; and displaying a digital representation of the orthodontic objects at the determined positions. automatically determining positions of orthodontic objects along an archwire within a three-dimensional environment based on a proposed orthodontic prescription, wherein each of the orthodontic objects represents a tooth of patient's dental arch, and wherein the positions are determined such that the orthodontic objects do not intersect, wherein automatically determining positions of the orthodontic objects comprises: placing a first tooth within the 3D environment; and placing a second tooth within the 3D environment such that the second tooth is positioned within a desired tolerance of the first tooth, wherein placing the second tooth comprises: determining whether the first tooth and the second tooth intersect within the 3D environment; moving the second tooth in a mesial direction when the first tooth and the second tooth do not intersect; and moving the second tooth in a distal direction when the first tooth and the second tooth intersect; and placing a first tooth within the 3D environment; and placing a second tooth within the 3D environment such that the second tooth is positioned within a desired tolerance of the first tooth, wherein placing the second tooth comprises: determining whether the first tooth and the second tooth intersect within the 3D environment; moving the second tooth in a mesial direction when the first tooth and the second tooth do not intersect; and moving the second tooth in a distal direction when the first tooth and the second tooth intersect; and determining whether the first tooth and the second tooth intersect within the 3D environment; moving the second tooth in a mesial direction when the first tooth and the second tooth do not intersect; and moving the second tooth in a distal direction when the first tooth and the second tooth intersect; and displaying a digital representation of the orthodontic objects at the determined positions.
A wearable intraoral sensor for measuring pH in an oral cavity of a subject, comprising: a molar band sized to fit around a molar in the oral cavity of the subject, the molar band being configured to extend between surrounding teeth of the molar and to encircle the molar; a sensor unit coupled to the molar band, comprising: a transducer configured to measure pH in an oral cavity and transduce the pH measurement to a data signal suitable for transmission; a data unit transmission operably connected to the transducer and configured to wirelessly transmit the data signal; and a power source operably connected to the transducer and the data transmission unit; and a housing unit coupled to the molar band and configured to enclose and seal the sensor unit inside the housing unit, and comprising a proton exchange membrane configured to conduct protons into the sensor unit, wherein the wearable intraoral sensor is configured to continually measure pH in the oral cavity and wirelessly transmit the data signal intermittently for a least one day. a molar band sized to fit around a molar in the oral cavity of the subject, the molar band being configured to extend between surrounding teeth of the molar and to encircle the molar; a sensor unit coupled to the molar band, comprising: a transducer configured to measure pH in an oral cavity and transduce the pH measurement to a data signal suitable for transmission; a data unit transmission operably connected to the transducer and configured to wirelessly transmit the data signal; and a power source operably connected to the transducer and the data transmission unit; and a transducer configured to measure pH in an oral cavity and transduce the pH measurement to a data signal suitable for transmission; a data unit transmission operably connected to the transducer and configured to wirelessly transmit the data signal; and a power source operably connected to the transducer and the data transmission unit; and a housing unit coupled to the molar band and configured to enclose and seal the sensor unit inside the housing unit, and comprising a proton exchange membrane configured to conduct protons into the sensor unit, wherein the wearable intraoral sensor is configured to continually measure pH in the oral cavity and wirelessly transmit the data signal intermittently for a least one day.
Method for performing a thermal cycling process on the principle of the Organic Rankine Cycle for converting energy from a heat source into mechanical energy, in which process a working medium is circulated in a circuit and the circuit comprises an evaporator for evaporating the working medium, a downstream first turbine, a downstream condenser, a downstream feed pump and a return to the evaporator, wherein the working medium, a) after passing a first turbine stage of the first turbine, passes a first recuperator, a second turbine stage of the first turbine and a second recuperator or b) after passing the first turbine, passes a first recuperator, a second turbine and a second recuperator, characterized in that the working medium, after passing the first turbine stage of the first turbine and before entering the second turbine stage of the first turbine, flows through the first recuperator and heat is thereby extracted from the working medium by the first recuperator and, after passing the second turbine stage, flows through the second recuperator and heat is thereby extracted from the working medium by the second recuperator, or the working medium, after passing the first turbine and before entering the second turbine, flows through the first recuperator and heat is thereby extracted from the working medium by the first recuperator and, after passing the second turbine, flows through the second recuperator and heat is extracted from the working medium by the second recuperator. wherein the working medium, a) after passing a first turbine stage of the first turbine, passes a first recuperator, a second turbine stage of the first turbine and a second recuperator or b) after passing the first turbine, passes a first recuperator, a second turbine and a second recuperator, a) after passing a first turbine stage of the first turbine, passes a first recuperator, a second turbine stage of the first turbine and a second recuperator or b) after passing the first turbine, passes a first recuperator, a second turbine and a second recuperator, characterized in that the working medium, after passing the first turbine stage of the first turbine and before entering the second turbine stage of the first turbine, flows through the first recuperator and heat is thereby extracted from the working medium by the first recuperator and, after passing the second turbine stage, flows through the second recuperator and heat is thereby extracted from the working medium by the second recuperator, or the working medium, after passing the first turbine and before entering the second turbine, flows through the first recuperator and heat is thereby extracted from the working medium by the first recuperator and, after passing the second turbine, flows through the second recuperator and heat is extracted from the working medium by the second recuperator.
A system for autonomous or assisted driving of an industrial truck, the system being mountable in or on the industrial truck, and comprising: - a first localization device for locating the industrial truck, the first localization device being configured to generate, based on data received from a global navigation satellite system, GNSS, first position information indicating a position of the industrial truck; - a plurality of cameras (220, 230, 232, 234) configured to capture an environment of the industrial truck to generate a plurality of video signals; - a second localization device for locating the industrial truck, wherein the second localization device includes processing means configured to generate, based on the video signals, second position information indicating a relative or absolute position of the industrial truck; and - a controller configured to generate a control signal for performing an autonomous/assisted driving function of the industrial truck based on the first position information and the second position information, characterized in that the controller is configured to compare the first position information and the second position information for verifying the correctness of the position indicated by the first position information, and/or to adjust an estimation of the position of the industrial truck based on the result of the comparison. - a first localization device for locating the industrial truck, the first localization device being configured to generate, based on data received from a global navigation satellite system, GNSS, first position information indicating a position of the industrial truck; - a plurality of cameras (220, 230, 232, 234) configured to capture an environment of the industrial truck to generate a plurality of video signals; - a second localization device for locating the industrial truck, wherein the second localization device includes processing means configured to generate, based on the video signals, second position information indicating a relative or absolute position of the industrial truck; and - a controller configured to generate a control signal for performing an autonomous/assisted driving function of the industrial truck based on the first position information and the second position information,
A method of providing a wireless communication device with secure terminal identity information, comprising: generating a unique public key and a corresponding unique private key for said wireless communication device outside said wireless communication device; creating, within a secure execution environment of said wireless communication device, a device-bound certificate based on an identity of said wireless communication device with a device-specific secret key; and causing said private key and said device-bound certificate to be stored within the secure execution environment of said wireless communication device; and characterized in that the device-bound certificate is created using an unbound certificate created in an external device. generating a unique public key and a corresponding unique private key for said wireless communication device outside said wireless communication device; creating, within a secure execution environment of said wireless communication device, a device-bound certificate based on an identity of said wireless communication device with a device-specific secret key; and causing said private key and said device-bound certificate to be stored within the secure execution environment of said wireless communication device; and characterized in that the device-bound certificate is created using an unbound certificate created in an external device.
Process for doubly carbonylating allyl alcohols to diesters, characterized in that a linear or branched allyl alcohol is reacted with a linear or branched alkanol with supply of CO and in the presence of a catalytic system composed of a palladium complex and at least one organic phosphorus ligand and in the presence of a hydrogen halide selected from HCl, HBr and HI.
A heating circulation pump assembly with a pump casing (16, 16'), with an impeller with arcuate blades and which is rotatably arranged in the pump casing (16, 16'), with an electrical drive motor which is connected to the impeller and which can be selectively driven in two rotation directions (A, B), as well as with at least one valve (10, 10') with at least one valve element (48; 94; 106; 118) which can be moved by the flow produced by the impeller into two different switch positions depending on the rotation direction (A, B) of the impeller, wherein an annular free space is formed between the outer periphery of the impeller and the pump casing, characterised in that a radius (r 2; r 2 ') of the inner periphery of the pump casing (16, 16') in the complete peripheral region of the impeller is at least 1.4 times and preferably at least 2 times as large as the radius (r 1) of the impeller, wherein no parts of valve elements project into this free space.
Process for regenerating a catalyst which is used for the ring hydrogenation of an ester of a benzenecarboxylic acid, of a benzenedicarboxylic acid, of a benzenetricarboxylic acid or of a benzenetetracarboxylic acid and comprises at least one transition metal from the group consisting of iron, ruthenium, nickel, rhodium, platinum, palladium and mixtures thereof on a support material in at least one reactor, wherein the regeneration is conducted - by passing a gas stream having an oxygen content of 380 ppm to 9000 ppm over the catalyst to be regenerated; - at a temperature of 15 to 170°C; and - without deinstalling the catalyst from the at least one reactor. - by passing a gas stream having an oxygen content of 380 ppm to 9000 ppm over the catalyst to be regenerated; - at a temperature of 15 to 170°C; and - without deinstalling the catalyst from the at least one reactor.
A method comprising measuring, in a network apparatus, Vehicle-to-X, V2X, transport communications signalling transmitted from vehicle devices, to obtain status of road traffic in proximity of the network apparatus, wherein the network apparatus is a roadside unit; if a pre-defined triggering event is detected in the status of the road traffic in the proximity of the network apparatus, the method comprises transmitting, from the network apparatus to a serving network node, a status report in order to report the obtained road traffic status to the serving network node, wherein the serving network node is a macro cell base station; receiving, in the network apparatus from the serving network node, control signalling indicating at least one selected network apparatus operation mode for communication, wherein the operation mode for the communication comprises a user-equipment-type operation mode, base-station-type operation mode, small-cell base station operation mode, or any combination thereof; and setting, in the network apparatus, the operation mode of the network apparatus to correspond to the at least one selected network apparatus operation mode for the communication.
A method for processing information, applied in a terminal and comprising: capturing a current display interface when detecting a capture operation instruction (101; 202); performing a content analysis on the captured display interface, reading the content by line, and determining whether the captured display interface contains content with a preset format (102; 203); wherein the method is characterized by if the captured display interface contains the content, obtaining a resource of the content by searching for a keyword of the content locally or via a network server; generating a link address corresponding to the content according to the resource; displaying the link address as an operation control corresponding to the content at a preset location of the captured display interface; when receiving a trigger operation of a user for the operation control, obtaining the link address corresponding to the operation control; and obtaining the content from the link address and displaying the obtained content. capturing a current display interface when detecting a capture operation instruction (101; 202); performing a content analysis on the captured display interface, reading the content by line, and determining whether the captured display interface contains content with a preset format (102; 203); wherein the method is characterized by if the captured display interface contains the content, obtaining a resource of the content by searching for a keyword of the content locally or via a network server; generating a link address corresponding to the content according to the resource; displaying the link address as an operation control corresponding to the content at a preset location of the captured display interface; when receiving a trigger operation of a user for the operation control, obtaining the link address corresponding to the operation control; and obtaining the content from the link address and displaying the obtained content.