mhurhangee/patent-ind-claim-en huggingface dataset:
A driving device comprising: a supporting portion that includes a cylindrical coupling portion comprising a rotating portion including an insertion hole and an electrically-driven first drive source ; an arm portion that is supported by the supporting portion at one end portion in an extending direction and is, by the first drive source, rotatable about a first rotation axis that is along the extending direction, the arm portion including an electrically-driven second drive source; a reinforced portion that is provided inside the arm portion and reinforces the arm portion , the reinforced portion including a cylindrical insertion portion in a central portion of one end portion of the reinforced portion , and a first shaft inserted in the insertion hole and the cylindrical insertion portion , wherein the arm portion extends from one end of the cylindrical coupling portion and includes a first frame and a second frame ; the rotating portion is arranged in the coupling portion and pivotally supports the reinforced portion in a manner rotatable relative to the rotating portion about the first rotation axis; and an object of operation is mounted on another end portion side of the arm portion and is rotatable about a second rotation axis intersecting the extending direction by the second drive source, and the reinforced portion is arranged in an area surrounded by the first frame and the second frame of the arm portion , and includes an outer circumferential wall having a shape corresponding to the shape of the area surrounded by the first frame and the second frame . a supporting portion that includes a cylindrical coupling portion comprising a rotating portion including an insertion hole and an electrically-driven first drive source ; an arm portion that is supported by the supporting portion at one end portion in an extending direction and is, by the first drive source, rotatable about a first rotation axis that is along the extending direction, the arm portion including an electrically-driven second drive source; a reinforced portion that is provided inside the arm portion and reinforces the arm portion , the reinforced portion including a cylindrical insertion portion in a central portion of one end portion of the reinforced portion , and a first shaft inserted in the insertion hole and the cylindrical insertion portion , wherein the arm portion extends from one end of the cylindrical coupling portion and includes a first frame and a second frame ; the rotating portion is arranged in the coupling portion and pivotally supports the reinforced portion in a manner rotatable relative to the rotating portion about the first rotation axis; and an object of operation is mounted on another end portion side of the arm portion and is rotatable about a second rotation axis intersecting the extending direction by the second drive source, and the reinforced portion is arranged in an area surrounded by the first frame and the second frame of the arm portion , and includes an outer circumferential wall having a shape corresponding to the shape of the area surrounded by the first frame and the second frame .
Apparatus for alkaline hydrolysis of corpses and/or cadavers, comprising: - a processing tray into which the corpse or the cadaver can be introduced; - a hood which encloses the processing tray ; - a preparation tank ; - at least one fresh water inlet ; - at least one nozzle , connectable to the preparation tank , in the hood and/or in the processing tray ; - a wastewater outlet ; - at least one pump ; and - a programmable logic controller which controls the apparatus, characterised in that a collecting tray is arranged underneath the processing tray and in that the processing tray is mounted so as to be able to move relative to the collecting tray between a treatment position, in which the processing tray is arranged above a treatment section of the collecting tray that is connected to the preparation tank , and a cleaning position, in which the processing tray is arranged above a cleaning section of the collecting tray that is connected to the wastewater outlet . - a processing tray into which the corpse or the cadaver can be introduced; - a hood which encloses the processing tray ; - a preparation tank ; - at least one fresh water inlet ; - at least one nozzle , connectable to the preparation tank , in the hood and/or in the processing tray ; - a wastewater outlet ; - at least one pump ; and - a programmable logic controller which controls the apparatus,
A method of operating a first communications device to communicate with a second communications device , the method comprising transmitting or receiving signals representing data to or from the second communications device over a sidelink wireless interface, the signals being transmitted or received by the second communications device in accordance with a current configuration for exchanging signalling with the second wireless communications device, determining that the current configuration is to be changed to a first new configuration, transmitting a first handover command to the second communications device over the sidelink wireless interface, the first handover command comprising an indication of the first new configuration to replace the current configuration, receiving via the sidelink wireless interface a handover reject indication from the second communications device, the handover reject indication transmitted in response to the first handover command and indicating that the second communications device is to continue to operate in accordance with the current configuration, and in response to receiving the handover reject indication, transmitting a second handover command, the second handover command comprising an indication of a second new configuration. transmitting or receiving signals representing data to or from the second communications device over a sidelink wireless interface, the signals being transmitted or received by the second communications device in accordance with a current configuration for exchanging signalling with the second wireless communications device, determining that the current configuration is to be changed to a first new configuration, transmitting a first handover command to the second communications device over the sidelink wireless interface, the first handover command comprising an indication of the first new configuration to replace the current configuration, receiving via the sidelink wireless interface a handover reject indication from the second communications device, the handover reject indication transmitted in response to the first handover command and indicating that the second communications device is to continue to operate in accordance with the current configuration, and in response to receiving the handover reject indication, transmitting a second handover command, the second handover command comprising an indication of a second new configuration.
A method performed by a communication apparatus for generating Cyclic Redundancy Checks, CRCs, of information bits and transmitting the information bits together with the generated CRCs in a communication system, the method comprising the steps of: generating a transport block CRC for a transport block including a plurality of information bits; segmenting the transport block with the transport block CRC into a plurality of subsets , wherein one subset of the plurality of subsets includes the transport block CRC; generating for each of the plurality of subsets a respective CRC , wherein: the CRC generated for the one subset is generated based on the information bits of the one subset and the transport block CRC, each CRC generated for the remaining subsets is generated based only on the information bits of the respective remaining subset , and the number of bits of the transport block CRC and the number of bits of each of the plurality of CRCs corresponding to the plurality of subsets are the same; jointly channel encoding bits of each of the plurality of subsets with the corresponding CRC generated for the respective subset; and transmitting the encoded bits of the plurality of subsets with the plurality of CRCs for the plurality of subsets. generating a transport block CRC for a transport block including a plurality of information bits; segmenting the transport block with the transport block CRC into a plurality of subsets , wherein one subset of the plurality of subsets includes the transport block CRC; generating for each of the plurality of subsets a respective CRC , wherein: the CRC generated for the one subset is generated based on the information bits of the one subset and the transport block CRC, each CRC generated for the remaining subsets is generated based only on the information bits of the respective remaining subset , and the number of bits of the transport block CRC and the number of bits of each of the plurality of CRCs corresponding to the plurality of subsets are the same; the CRC generated for the one subset is generated based on the information bits of the one subset and the transport block CRC, each CRC generated for the remaining subsets is generated based only on the information bits of the respective remaining subset , and the number of bits of the transport block CRC and the number of bits of each of the plurality of CRCs corresponding to the plurality of subsets are the same; jointly channel encoding bits of each of the plurality of subsets with the corresponding CRC generated for the respective subset; and transmitting the encoded bits of the plurality of subsets with the plurality of CRCs for the plurality of subsets.
Body (1, 1', 1"), which has a first film (2, 2', 2") having at least one electrical or electronic functional layer on a substrate made of plastic , wherein, in a functional region (20a, 20a', 20a") of the functional layer, at least one electrical and/or electronic component is provided, and wherein, in a contacting region (20b, 20b', 20b") of the at least one functional layer , at least one electrical connection is provided, which is galvanically coupled to at least one component, wherein the body further comprises a plastic main material (3, 3', 3"), wherein the adhesion properties between the first film (2, 2', 2") and the plastic main material (3, 3', 3") in a first region differ from those in a second region, and the first film is partially back-injected with the plastic main material (3, 3', 3") in such a way that the contacting region (20b, 20b', 20b") is at least partially free from plastic main material , wherein the first film (2, 2', 2") is designed in such a way that, by means of a part, which is not back-injected, of the first film (2, 2', 2"), a flag (F) which is separated from the plastic main material (3, 3', 3") is provided, said flag being connected to a back-injected part of the first film in a surface region (20c, 20c', 20c") of the body , which is spaced apart from an edge of the body limiting the surface with the first film.
A fuel tank inerting system, comprising: a catalytic reactor comprising an inlet , an outlet , a reactive flow path between the inlet and the outlet, a catalyst on the reactive flow path, a temperature sensor located between the inlet and outlet and in operable communication with a controller , and a heat exchanger arranged, in use, between the outlet and an ullage space of a fuel tank, wherein the catalytic reactor is arranged to receive fuel vapor from a fuel source and air from an air source that are mixed to form a combined flow, and to react the combined flow along the reactive flow path to generate a catalyzed mixture comprising an inert gas, the catalyzed mixture being separated in the heat exchanger to the inert gas and a byproduct, wherein the inert gas can be provided to the ullage space of the fuel tank.
A scaffolded stent-graft comprising: a graft material comprising an inner surface and an outer surface , the inner surface defining a lumen within the graft material ; a scaffold comprising a mesh coupled to the graft material at the outer surface , the scaffold configured to promote tissue ingrowth therein; and a moisture expanding material coupled to the scaffold ; wherein the scaffolded stent-graft is configured to be deployed into a vessel to exclude an aneurysm ; wherein the mesh is in the shape of a torus. a graft material comprising an inner surface and an outer surface , the inner surface defining a lumen within the graft material ; a scaffold comprising a mesh coupled to the graft material at the outer surface , the scaffold configured to promote tissue ingrowth therein; and a moisture expanding material coupled to the scaffold ; wherein the scaffolded stent-graft is configured to be deployed into a vessel to exclude an aneurysm ; wherein the mesh is in the shape of a torus.
Method for dispensing a spray liquid onto an agricultural area by means of an agricultural spraying device which has an optical detection unit for detecting the agricultural area and a spraying unit for dispensing the spray liquid, comprising the following steps: - determining a degree of soiling of an optical element of the optical detection unit; and - dispensing the spray liquid onto the agricultural area by means of the spraying unit as a function of the determined degree of soiling. - determining a degree of soiling of an optical element of the optical detection unit; and - dispensing the spray liquid onto the agricultural area by means of the spraying unit as a function of the determined degree of soiling.
A power assist robot apparatus comprising: two rotatably driving portions (12;212;1001) that are located near opposite lateral sides in a right-left direction of a waist of a wearer wearing the power assist robot apparatus, respectively, and produce drive torque for assisting a movement of the wearer's upper body and thighs in a direction to follow the movement of the wearer's upper body and thighs; an upper-body frame that is placed at the wearer's chest and waist, and holds the two rotatably driving portions; two thigh frames (19,20;221,223;310;506;1006), each of which has one end fixed to a rotary shaft of its associated rotatably driving portion and has the other end placed at a lateral side of a thigh; a first angle detecting portion that detects an angle of turning motion of the wearer's upper body about a right-left axis thereof; a second angle detecting portion that is disposed in each of the two rotatably driving portions and detects a rotation angle of the rotary shaft of each of the rotatably driving portions; and floor-reaction-force detecting portions (21,22;348, 349; 538, 539; 1154, 1163, 1154, 1164) that are placed at a toe part and a heel part, respectively, of a sole of a shoe worn by the wearer, and detects whether a load greater than or equal to a predetermined value acts on a toe and a heel. two rotatably driving portions (12;212;1001) that are located near opposite lateral sides in a right-left direction of a waist of a wearer wearing the power assist robot apparatus, respectively, and produce drive torque for assisting a movement of the wearer's upper body and thighs in a direction to follow the movement of the wearer's upper body and thighs; an upper-body frame that is placed at the wearer's chest and waist, and holds the two rotatably driving portions; two thigh frames (19,20;221,223;310;506;1006), each of which has one end fixed to a rotary shaft of its associated rotatably driving portion and has the other end placed at a lateral side of a thigh; a first angle detecting portion that detects an angle of turning motion of the wearer's upper body about a right-left axis thereof; a second angle detecting portion that is disposed in each of the two rotatably driving portions and detects a rotation angle of the rotary shaft of each of the rotatably driving portions; and floor-reaction-force detecting portions (21,22;348, 349; 538, 539; 1154, 1163, 1154, 1164) that are placed at a toe part and a heel part, respectively, of a sole of a shoe worn by the wearer, and detects whether a load greater than or equal to a predetermined value acts on a toe and a heel.
A method for predicting whether a patient will be a long-term survivor on treatment of an Epstein-Barr Virus (EBV)-positive cancer by adoptive cell transfer (ACT) of EBV-specific cytotoxic T lymphocytes (CTLs), comprising: (i) determining in a blood-derived sample obtained from the patient: a) the ratio of the level of CXCL10 and/or CCL20 to the level of IFNγ, and b) the ratio of the level of EBV nucleic acid to the level of IFNγ, and; (ii) based on the analysis of step (i), predicting whether the patient will be a long-term survivor on treatment of the cancer by ACT of EBV-specific CTLs. (i) determining in a blood-derived sample obtained from the patient: a) the ratio of the level of CXCL10 and/or CCL20 to the level of IFNγ, and b) the ratio of the level of EBV nucleic acid to the level of IFNγ, and; (ii) based on the analysis of step (i), predicting whether the patient will be a long-term survivor on treatment of the cancer by ACT of EBV-specific CTLs.
An air intake structure for a clothes treatment device, wherein the clothes treatment device comprises an inner drum forming a sealed container when a washing procedure is executed, said air intake structure having: an air duct shaft with a hollow channel inside which can be connected with the inner drum parallel to an axis of the inner drum , characterized in that said air intake structure further comprises an air cavity wrapping the air duct shaft and formed outside the inner drum , wherein said air cavity can communicate with an interior of the inner drum through the hollow channel in the air duct shaft , and said air cavity is connected with an air duct blowing a drying airflow, wherein one end of the hollow channel in the air duct shaft can communicate with the inner drum and another end of the hollow channel in the air duct shaft is a sealed end, and wherein at least an opening is arranged in the air duct shaft at its radial direction and communicates the hollow channel in the air duct shaft with the air cavity . an air duct shaft with a hollow channel inside which can be connected with the inner drum parallel to an axis of the inner drum , characterized in that said air intake structure further comprises an air cavity wrapping the air duct shaft and formed outside the inner drum , wherein said air cavity can communicate with an interior of the inner drum through the hollow channel in the air duct shaft , and said air cavity is connected with an air duct blowing a drying airflow, wherein one end of the hollow channel in the air duct shaft can communicate with the inner drum and another end of the hollow channel in the air duct shaft is a sealed end, and wherein at least an opening is arranged in the air duct shaft at its radial direction and communicates the hollow channel in the air duct shaft with the air cavity .
A composition comprising at least three anionic surfactants A, B and C in a weight ratio A/B from 10/1 to 1.1/1 and a weight ratio A/C from 16/1 to 1.1/1, wherein surfactant A is sodium lauryl sulfate, surfactant B is sodium methyl cocoyl taurate, and surfactant C is sodium myristoyl sarcosinate, wherein the total amount of anionic surfactants in the composition is 1 wt.-% or less, and wherein surfactant A is contained in the composition in an amount of 0.001 to 0.8 wt.-%, surfactant B is contained in the composition in an amount of 0.001 to 0.5 wt.-%, and surfactant C is contained in the composition in an amount of 0.001 to 0.5 wt.-%, for use in the treatment and/or prevention of a corona virus infection, wherein the composition is topically administered to the mucous membranes of the nose, mouth and/or throat.
A polymer composition comprising a biocompatible, biostable, thermoplastic polyurethane (TPU) and 15-70 mass% of biocompatible inorganic particles comprising a transition metal compound, wherein the inorganic particles have a particle size (D 50 ) in the range 0.1-5 μm, as measured according to the description.
A method for evaluating a service interval for replacing a filtration device of a system for extracting an aqueous liquid from a tank of a motor vehicle, in response to the risk of progressive clogging of said filtration device due to its use, comprising: - generating a composite clogging risk decision value based on the sum of a plurality of elementary clogging risk values, at least one of said elementary values being linked to a risk criterion depending on the operation of the extraction system since the commissioning of the filtration device; - comparing the composite clogging risk decision value with a threshold value; and, - producing an alert for replacing the filtration device if the composite clogging risk value exceeds the threshold value, wherein the plurality of elementary clogging risk values comprises: - a value ( k2 ) representing the clogging risk linked to the volume of liquid pumped by the pump since the last filling of the tank, and - a value ( k3 ) representing the clogging risk linked to the number of times the tank has been filled since the commissioning of the filtration device. - generating a composite clogging risk decision value based on the sum of a plurality of elementary clogging risk values, at least one of said elementary values being linked to a risk criterion depending on the operation of the extraction system since the commissioning of the filtration device; - comparing the composite clogging risk decision value with a threshold value; and, - producing an alert for replacing the filtration device if the composite clogging risk value exceeds the threshold value, - a value ( k2 ) representing the clogging risk linked to the volume of liquid pumped by the pump since the last filling of the tank, and - a value ( k3 ) representing the clogging risk linked to the number of times the tank has been filled since the commissioning of the filtration device.
A method for monitoring the state of a tower of a wind turbine , wherein the method comprises: collecting data of a state monitoring system, wherein the state monitoring system is provided for a structure of the wind turbine which is mechanically coupled to the tower; processing the collected data of the state monitoring system which is provided for the structure of the wind turbine which is mechanically coupled to the tower; and determining a state of the tower from the processed data of the state monitoring system which is provided for the structure of the wind turbine which is mechanically coupled to the tower, characterized in that the structure is at least a rotor blade, a rotor, or a hub of the wind turbine . collecting data of a state monitoring system, wherein the state monitoring system is provided for a structure of the wind turbine which is mechanically coupled to the tower; processing the collected data of the state monitoring system which is provided for the structure of the wind turbine which is mechanically coupled to the tower; and determining a state of the tower from the processed data of the state monitoring system which is provided for the structure of the wind turbine which is mechanically coupled to the tower, characterized in that the structure is at least a rotor blade, a rotor, or a hub of the wind turbine .