mhurhangee/ep-ind-claims huggingface dataset:
A graphite-containing refractory with a graphite content in the range of 1% to 80% by mass, comprising: a carbon fiber bundle 100 mm or more in length placed therein, the carbon fiber bundle being formed of 1000 to 300000 carbon fibers with a fiber diameter in the range of 1 to 45 μm/fiber, wherein an end face of the carbon fiber bundle is flat shape, wherein the carbon fiber bundles are placed such that the longitudinal directions of end faces of the carbon fiber bundles are the same and that the angle between the pressing surface and the longitudinal direction of each end face is 45 degrees or more and 135 degrees or less, and wherein the graphite-containing refractory further comprises short carbon fibers constituting 0.10% to 10% by mass based on 100% by mass of the graphite-containing refractory, the short carbon fibers having a fiber diameter in the range of 1 to 45 μm/fiber, a fiber length of 1 mm or less, and a ratio of fiber length to fiber diameter (fiber length/fiber diameter) in the range of 2 to 1000. a carbon fiber bundle 100 mm or more in length placed therein, the carbon fiber bundle being formed of 1000 to 300000 carbon fibers with a fiber diameter in the range of 1 to 45 μm/fiber, wherein an end face of the carbon fiber bundle is flat shape, wherein the carbon fiber bundles are placed such that the longitudinal directions of end faces of the carbon fiber bundles are the same and that the angle between the pressing surface and the longitudinal direction of each end face is 45 degrees or more and 135 degrees or less, and wherein the graphite-containing refractory further comprises short carbon fibers constituting 0.10% to 10% by mass based on 100% by mass of the graphite-containing refractory, the short carbon fibers having a fiber diameter in the range of 1 to 45 μm/fiber, a fiber length of 1 mm or less, and a ratio of fiber length to fiber diameter (fiber length/fiber diameter) in the range of 2 to 1000.
Portable connected lamp including: - lighting means configured to transmit a light, the lighting means including: ▪ means for transmitting at least one light beam; ▪ projection means arranged to project at least one light pattern; - reception means configured to receive control instructions via a wireless connection, the control instructions including data to be projected; - control means configured to control the projection means so that they project the data received by the reception means, said portable lamp being a head lamp. - lighting means configured to transmit a light, the lighting means including: ▪ means for transmitting at least one light beam; ▪ projection means arranged to project at least one light pattern; ▪ means for transmitting at least one light beam; ▪ projection means arranged to project at least one light pattern; - reception means configured to receive control instructions via a wireless connection, the control instructions including data to be projected; - control means configured to control the projection means so that they project the data received by the reception means, said portable lamp being a head lamp.
A device for transporting a child, comprising: a wheel-bearing undercarriage comprising a pair of first arms extending in parallel and at a mutual distance obliquely toward a rear side of the device, wherein ends of the first arms remote from the wheels are provided with respective first hinge parts; a pair of second arms extending in parallel and at a mutual distance, which are each provided at an end with a second hinge part, wherein the first and second hinge parts engage each other so as to enable a forward rotation of the second arms toward the first arms; a child seat comprising a back part and a seat part, wherein the back part and the seat part are pivotally connected to each other; characterized in that the back part is connected on either side to the second arms wherein the seat part is pivotally connected to the first arms and wherein the child seat is further provided on either side with connecting arms which are each at an end pivotally connected to the seat part and at another end slidably and pivotally connected to a respective first arm, and in that the device further comprises blocking means for blocking or bounding a sliding movement away from the undercarriage of at least one connecting arm relative to the corresponding first arm, wherein the blocking means are configured to terminate the blocking of the sliding movement away from the undercarriage after a forward rotation of the second arms, preferably through an angle greater than a predetermined threshold value. a wheel-bearing undercarriage comprising a pair of first arms extending in parallel and at a mutual distance obliquely toward a rear side of the device, wherein ends of the first arms remote from the wheels are provided with respective first hinge parts; a pair of second arms extending in parallel and at a mutual distance, which are each provided at an end with a second hinge part, wherein the first and second hinge parts engage each other so as to enable a forward rotation of the second arms toward the first arms; a child seat comprising a back part and a seat part, wherein the back part and the seat part are pivotally connected to each other; characterized in that the back part is connected on either side to the second arms wherein the seat part is pivotally connected to the first arms and wherein the child seat is further provided on either side with connecting arms which are each at an end pivotally connected to the seat part and at another end slidably and pivotally connected to a respective first arm, and in that the device further comprises blocking means for blocking or bounding a sliding movement away from the undercarriage of at least one connecting arm relative to the corresponding first arm, wherein the blocking means are configured to terminate the blocking of the sliding movement away from the undercarriage after a forward rotation of the second arms, preferably through an angle greater than a predetermined threshold value.
A method of handling measurement gap configuration for a network in a wireless communication system comprising a mobile device capable of receiving and/or transmitting on a plurality of component carriers, characterized by the method comprising: configuring at least a measurement gap configuration for at least two component carriers of the plurality of component carriers, to the mobile device.
A method of accessing, in a first access sub-network of a wireless communication network, the method comprising the steps of: a. establishing an initial link with a user equipment; b. receiving first service downlink data from a core network or first service uplink data from the user equipment; c. transmitting the first service downlink data to the user equipment or transmitting the first service uplink data to the core network; characterized by d. receiving a second service request from the user equipment; e. forwarding the second service request (S206, S207) to the core network; determining whether the second service request needs to be processed by a second access sub-network according to a predetermined parameter; wherein the predetermined parameter comprises: quality of service requested by the second service request, a capability of accessing the second access sub-network of the user equipment; and if the second service request needs to be processed by the second access sub-network, transmitting a first notification message to the second access sub-network to instruct the second access sub-network to establish a link with the user equipment; f. receiving second service downlink data from the core network or second service uplink data from the second access sub-network; and g. transmitting the second service downlink data to the second access sub-network or transmitting the second service uplink data to the core network; wherein the first access sub-network and the second access sub-network adopt different wireless communication access technologies.
An inlet plenum for coupling airflow from a radial airflow inlet to an axial compressor inlet for a compressor, comprising: a perforated inlet, PI, baffle that comprises a generally cylindrical baffle that circumscribes the compressor inlet and a plurality of apertures, each aperture perforating the baffle to pass the airflow from the radial airflow inlet to the compressor inlet; and a plurality of stagnation vanes each with a first end and a second end, each stagnation vane comprising a generally arc-shaped vane that extends proximate the PI baffle, characterised in that the first ends of the stagnation vanes attach to the PI baffle at respective corresponding attachment points and the second ends extend upstream in the airflow and outwardly part way toward an outer wall of the inlet plenum for establishing stagnant flow around the PI baffle. a perforated inlet, PI, baffle that comprises a generally cylindrical baffle that circumscribes the compressor inlet and a plurality of apertures, each aperture perforating the baffle to pass the airflow from the radial airflow inlet to the compressor inlet; and a plurality of stagnation vanes each with a first end and a second end, each stagnation vane comprising a generally arc-shaped vane that extends proximate the PI baffle, characterised in that the first ends of the stagnation vanes attach to the PI baffle at respective corresponding attachment points and the second ends extend upstream in the airflow and outwardly part way toward an outer wall of the inlet plenum for establishing stagnant flow around the PI baffle.
A compound for use in inhibiting one or more monoamine oxidase enzymes in an animal and improving cognitive function, treating memory impairment, or treating a psychiatric disorder, wherein the psychiatric disorder is age-associated memory impairment, mild cognitive impairment, Alzheimer's disease, Parkinson's disease, attention deficit disorder, depression, cerebrovascular disease, a psychotic disorder, a neurological disorder, or a neurotic disorder, wherein the compound is selected from the group consisting of: or a pharmaceutically acceptable salt thereof.
Intermediate store for individual and orientated objects, comprising an object inlet, a rotatable turntable, a spiral storage path and an object outlet, wherein one of either the object inlet or the object outlet is arranged at the spiral origin and the other is arranged at the spiral end, wherein the spiral-shaped storage path comprises a stationary spiral arranged above the turntable and in a contactless manner thereto, characterised in that it has a device for blowing in a directed gas flow as a second actuating means for the objects, wherein the angular speed of the turntable is different from the outflow speed of the gas, wherein the device for blowing in a directed gas flow comprises three to 16 arms extending radially outwards from the spiral origin, wherein one or more outlet openings are provided on an arm.
An anodization method for corrosion protection of an aluminium or aluminium alloy element used in an aircraft structure, comprising the following steps: a) subjecting the element to a degreasing step by means of an alkaline bath for removing contaminating elements; b) subjecting the element to a subsequent first washing in water; c) subjecting the element to an acid pickling step by dipping the element in an acid solution and then extracting the element from the acid solution and subjecting the element to a subsequent washing in water; d) subjecting the washed element to a subsequent anodization step in a tank by dipping the element in a solution of tartaric acid (C 4 H 6 O 6) and sulphuric acid (H 2 SO 4) and applying an electric potential to said element that acts as anode; e) subjecting the element to a subsequent second washing in water; f) dipping the element in a bath in which a solution of chromium, with an oxidation number of +3, and zirconium ions and fluorides is present, in order to carry out a post-anodization sealing step; g) extracting the element from the bath of step f) and subjecting it to a third final washing in water and a subsequent dipping in a tank of water having a temperature comprised between 95° and 100°, which provides a second sealing step, and then drying the element. a) subjecting the element to a degreasing step by means of an alkaline bath for removing contaminating elements; b) subjecting the element to a subsequent first washing in water; c) subjecting the element to an acid pickling step by dipping the element in an acid solution and then extracting the element from the acid solution and subjecting the element to a subsequent washing in water; d) subjecting the washed element to a subsequent anodization step in a tank by dipping the element in a solution of tartaric acid (C 4 H 6 O 6) and sulphuric acid (H 2 SO 4) and applying an electric potential to said element that acts as anode; e) subjecting the element to a subsequent second washing in water; f) dipping the element in a bath in which a solution of chromium, with an oxidation number of +3, and zirconium ions and fluorides is present, in order to carry out a post-anodization sealing step; g) extracting the element from the bath of step f) and subjecting it to a third final washing in water and a subsequent dipping in a tank of water having a temperature comprised between 95° and 100°, which provides a second sealing step, and then drying the element.
A device for the metallurgical treatment of electrical and/or electronic scrap or components, wherein the device comprises a smelting reactor, which has a cooling facility, and wherein the device is configured for the metallurgical treatment of up to 100 % by weight of electrical and/or electronic scrap or components, wherein the smelting reactor is designed with side walls and a floor, and wherein the cooling facility is located in at least one of the side walls of the smelting reactor.
A method for nucleic acid sequencing, comprising: (a) providing a chip comprising a plurality of individually addressable nanopore devices, each nanopore device comprising a control circuit such that nanopores may be individually electrically addressed; an individually addressable nanopore device of said plurality of individually addressable nanopore devices containing at least one individually addressable nanopore formed in a membrane disposed adjacent to an electrode of a pair of electrodes, wherein the control circuit is configured to control an applied electrical stimulus to each individually addressable nanopore device and process a detected electrical signal to enable the detection of a nucleic acid molecule or a portion thereof, wherein the electrical signal provides an electrical signature of the nucleic acid molecule or portion thereof; (b) directing a plurality of nucleic acid molecules to said at least one individually addressable nanopore; and (c) characterizing, with the aid of a processor coupled to said chip, a nucleic acid sequence of each of said nucleic molecules based on the electrical signature received from said at least one individually addressable nanopore. (a) providing a chip comprising a plurality of individually addressable nanopore devices, each nanopore device comprising a control circuit such that nanopores may be individually electrically addressed; an individually addressable nanopore device of said plurality of individually addressable nanopore devices containing at least one individually addressable nanopore formed in a membrane disposed adjacent to an electrode of a pair of electrodes, wherein the control circuit is configured to control an applied electrical stimulus to each individually addressable nanopore device and process a detected electrical signal to enable the detection of a nucleic acid molecule or a portion thereof, wherein the electrical signal provides an electrical signature of the nucleic acid molecule or portion thereof; (b) directing a plurality of nucleic acid molecules to said at least one individually addressable nanopore; and (c) characterizing, with the aid of a processor coupled to said chip, a nucleic acid sequence of each of said nucleic molecules based on the electrical signature received from said at least one individually addressable nanopore.
A method for controlling an apparatus being an elevator, an escalator or automatic doors, the method comprising detecting a fault in the apparatus, characterized in that a fault is recorded in a fault memory or a fault recorder, and the method further comprises receiving a remote fault clearing command, clearing one or more faults from the fault memory or fault recorder and exiting a fault state of a controller of the apparatus related to the detected fault, and entering an operation mode for controlling the apparatus. detecting a fault in the apparatus, characterized in that a fault is recorded in a fault memory or a fault recorder, and the method further comprises receiving a remote fault clearing command, clearing one or more faults from the fault memory or fault recorder and exiting a fault state of a controller of the apparatus related to the detected fault, and entering an operation mode for controlling the apparatus.
A computer-implemented method for evaluating security assessment of an application, comprising: receiving application entry data associated with a plurality of entry points of the application, wherein receiving the application entry data comprises receiving results of a static application security testing, a dynamic application security testing, a functionality test cases testing, and a web services testing; identifying at least one security threat entry point based on the application entry data by: analyzing the application entry data based on results of the static application security testing, the dynamic application security testing, the functionality test cases testing, and the web services testing to obtain security information; and identifying the at least one security threat entry point based on the security information, wherein entry points, from amongst the plurality of entry points, which are to be tested are the security threat entry points; computing a coverage index value based on the application entry data and the at least one security threat entry point; and generating a recommendation report indicating security coverage of the application based on the coverage index value. receiving application entry data associated with a plurality of entry points of the application, wherein receiving the application entry data comprises receiving results of a static application security testing, a dynamic application security testing, a functionality test cases testing, and a web services testing; identifying at least one security threat entry point based on the application entry data by: analyzing the application entry data based on results of the static application security testing, the dynamic application security testing, the functionality test cases testing, and the web services testing to obtain security information; and identifying the at least one security threat entry point based on the security information, wherein entry points, from amongst the plurality of entry points, which are to be tested are the security threat entry points; analyzing the application entry data based on results of the static application security testing, the dynamic application security testing, the functionality test cases testing, and the web services testing to obtain security information; and identifying the at least one security threat entry point based on the security information, wherein entry points, from amongst the plurality of entry points, which are to be tested are the security threat entry points; computing a coverage index value based on the application entry data and the at least one security threat entry point; and generating a recommendation report indicating security coverage of the application based on the coverage index value.
A three-gear pump system comprising: a housing; a three-gear configuration within the housing that pumps fluid from a fluid inlet to a fluid outlet, the three-gear configuration comprising: a center drive gear; a first driven gear and a second driven gear positioned on opposite sides of the drive gear, and the drive gear meshes with the driven gears to drive the driven gears; and the driven gears are radially supported within the housing by a bearing structure for rotation of the driven gears about respective axes; and characterised in that the drive gear is free to float radially relative to the driven gears. a housing; a three-gear configuration within the housing that pumps fluid from a fluid inlet to a fluid outlet, the three-gear configuration comprising: a center drive gear; a first driven gear and a second driven gear positioned on opposite sides of the drive gear, and the drive gear meshes with the driven gears to drive the driven gears; and the driven gears are radially supported within the housing by a bearing structure for rotation of the driven gears about respective axes; and characterised in that the drive gear is free to float radially relative to the driven gears. a center drive gear; a first driven gear and a second driven gear positioned on opposite sides of the drive gear, and the drive gear meshes with the driven gears to drive the driven gears; and the driven gears are radially supported within the housing by a bearing structure for rotation of the driven gears about respective axes; and characterised in that the drive gear is free to float radially relative to the driven gears.
A control device comprising: an operation mode decision unit that is configured to decide, in accordance with necessity of heat recovery from a refrigerant circulating in a refrigerant circuit, which operation of a supercritical operation in which a high pressure in the refrigerant circuit is in a supercritical state and a subcritical operation in which the high pressure is in a subcritical state is to be performed; and a freezer control unit that is configured to control the refrigerant circuit to be operated in either the supercritical operation or the subcritical operation on the basis of decision of the operation mode decision unit, characterized in that the operation mode decision unit is configured to judge whether or not an exhaust heat recovery device, which recovers the heat through heat exchange with the refrigerant circulating in the refrigerant circuit between a compressor and a gas cooler in the refrigerant circuit, is working, and to decide to perform the subcritical operation when the exhaust heat recovery device is stopped. an operation mode decision unit that is configured to decide, in accordance with necessity of heat recovery from a refrigerant circulating in a refrigerant circuit, which operation of a supercritical operation in which a high pressure in the refrigerant circuit is in a supercritical state and a subcritical operation in which the high pressure is in a subcritical state is to be performed; and a freezer control unit that is configured to control the refrigerant circuit to be operated in either the supercritical operation or the subcritical operation on the basis of decision of the operation mode decision unit, characterized in that the operation mode decision unit is configured to judge whether or not an exhaust heat recovery device, which recovers the heat through heat exchange with the refrigerant circulating in the refrigerant circuit between a compressor and a gas cooler in the refrigerant circuit, is working, and to decide to perform the subcritical operation when the exhaust heat recovery device is stopped.