mhurhangee/patent-ind-claim-en huggingface dataset:
A solar panel column, which is a device working on the principle of photovoltaic effect, producing direct current, and which comprises a support structure containing at least two levels parallel to each other, solar panels placed on the levels, parabolic mirrors located between the levels, and a bundle of optical fibres consisting of end-glow optical fibres located in the centre of the support structure , where the solar panels located on the same level are connected in parallel, with two pole terminals , and the solar panels located on the levels placed on top of one another are connected in series, characterized in that the levels of the support structure consist of a lower mounting frame and an upper mounting frame connected to each other, the lower mounting frame has a circular bore in the centre, and the solar panels are placed on the lower mounting frame , the support structure also comprises a support tube located in the centre thereof and passing through the bores , and at least one spacer box with closed side walls separating the levels, the bundle of optical fibres surrounding the support tube runs along the height of the support structure , the bundle of optical fibres consists of alternating cylindrical portions and truncated cone-shaped portions , the surface of the truncated cone-shaped portions is covered by the ends of end-glow optical fibres, the parabolic mirrors have a square-shaped lower portion of the same floor area, and cover the whole surface of the solar panels located on the relevant level, their upper, curved portion has a flanged opening , the flanged opening surrounds the bundle of optical fibres , the height of the parabolic mirror is the same as the height of the truncated cone-shaped portion located between the relevant levels, and the optical fibre ends of the truncated cone-shaped portions illuminate the space between the levels. the levels of the support structure consist of a lower mounting frame and an upper mounting frame connected to each other, the lower mounting frame has a circular bore in the centre, and the solar panels are placed on the lower mounting frame , the support structure also comprises a support tube located in the centre thereof and passing through the bores , and at least one spacer box with closed side walls separating the levels, the bundle of optical fibres surrounding the support tube runs along the height of the support structure , the bundle of optical fibres consists of alternating cylindrical portions and truncated cone-shaped portions , the surface of the truncated cone-shaped portions is covered by the ends of end-glow optical fibres, the parabolic mirrors have a square-shaped lower portion of the same floor area, and cover the whole surface of the solar panels located on the relevant level, their upper, curved portion has a flanged opening , the flanged opening surrounds the bundle of optical fibres , the height of the parabolic mirror is the same as the height of the truncated cone-shaped portion located between the relevant levels, and the optical fibre ends of the truncated cone-shaped portions illuminate the space between the levels.
A curing method for photocurable resin and electron beam-curable resin comprising: irradiating, on the curable resin , that is not containing a photopolymerization initiator, containing a photopolymerizable oligomer using epoxy acrylate, urethane acrylate, or polyester acrylate, and cured by irradiating ultraviolet ray and electron beam, under an atmosphere in which oxygen concentration is equal to or lower than oxygen concentration not causing oxygen inhibition to polymerization of the curable resin , that is during ultraviolet ray irradiation, an ultraviolet ray in wavelength region corresponding to a light absorption characteristic of the curable resin , and thereby polymerizing at least a surface layer of the curable resin , and thereafter irradiating an electron beam to polymerize a deep part of the curable resin and curing the entire curable resin . irradiating, on the curable resin , that is not containing a photopolymerization initiator, containing a photopolymerizable oligomer using epoxy acrylate, urethane acrylate, or polyester acrylate, and cured by irradiating ultraviolet ray and electron beam, under an atmosphere in which oxygen concentration is equal to or lower than oxygen concentration not causing oxygen inhibition to polymerization of the curable resin , that is during ultraviolet ray irradiation, an ultraviolet ray in wavelength region corresponding to a light absorption characteristic of the curable resin , and thereby polymerizing at least a surface layer of the curable resin , and thereafter irradiating an electron beam to polymerize a deep part of the curable resin and curing the entire curable resin .
A process for the elongation of (an) alkyl glycoside(s) by enzymatic synthesis, comprising: a. providing a glycosyl donor having at least 2 monosaccharide residues and comprising a compound selected from the group consisting of cyclic carbohydrates, linear oligosaccharides and polysaccharides; b. providing an alkyl glycoside containing at least 7 carbon atoms in the alkyl chain as a glycosyl acceptor; c. providing an enzyme capable of catalyzing the transfer of at least 2 monosaccharide residues at a time from the glycosyl donor to the glycosyl acceptor, the enzyme being selected from the group consisting of cyclomaltodextrin glucanotransferase, EC number 2.4.1.19, and 4-alpha-glucanotranferase, EC number 2.4.1.25; and d. allowing the glycosyl donor and glycosyl acceptor to react with each other in the presence of the enzyme to produce an alkyl glycoside having an elongated carbohydrate part. a. providing a glycosyl donor having at least 2 monosaccharide residues and comprising a compound selected from the group consisting of cyclic carbohydrates, linear oligosaccharides and polysaccharides; b. providing an alkyl glycoside containing at least 7 carbon atoms in the alkyl chain as a glycosyl acceptor; c. providing an enzyme capable of catalyzing the transfer of at least 2 monosaccharide residues at a time from the glycosyl donor to the glycosyl acceptor, the enzyme being selected from the group consisting of cyclomaltodextrin glucanotransferase, EC number 2.4.1.19, and 4-alpha-glucanotranferase, EC number 2.4.1.25; and d. allowing the glycosyl donor and glycosyl acceptor to react with each other in the presence of the enzyme to produce an alkyl glycoside having an elongated carbohydrate part.
Benzbromarone, or different pharmaceutically acceptable crystals thereof, or pharmaceutically acceptable solvates, salts, esters, ethers or clathrates thereof, or a pharmaceutical composition comprising any of the above for use in the treatment or prevention of cervical spondylosis, cervical disc herniation or lumbar disc herniation in humans.
A flux containing rosin, an organic acid, a benzimidazole-based compound, and a solvent, the flux is characterized in that it comprises 30 % by mass or more and 70 % by mass or less of the rosin; 1 % by mass or more and 10 % by mass or less of the organic acid; 0.2 % by mass or more and 10 % by mass or less of the benzimidazole-based compound; 20 % by mass or more and 60 % by mass or less of the solvent; and optionally 5% by mass or less of an imidazole-based compound or a hydrohalide salt thereof, wherein the benzimidazole-based compound includes at least one species selected from a group consisting of 2-alkylbenzimidazole and hydrohalide salt of 2-alkylbenzimidazole, and wherein the amount of the imidazole-based compound or hydrohalide salt thereof is equal to or less than the amount of the benzimidazole-based compound. 30 % by mass or more and 70 % by mass or less of the rosin; 1 % by mass or more and 10 % by mass or less of the organic acid; 0.2 % by mass or more and 10 % by mass or less of the benzimidazole-based compound; 20 % by mass or more and 60 % by mass or less of the solvent; and optionally 5% by mass or less of an imidazole-based compound or a hydrohalide salt thereof, wherein the benzimidazole-based compound includes at least one species selected from a group consisting of 2-alkylbenzimidazole and hydrohalide salt of 2-alkylbenzimidazole, and wherein the amount of the imidazole-based compound or hydrohalide salt thereof is equal to or less than the amount of the benzimidazole-based compound.
A work robot comprising: a multi-joint type robot arm ; an actuator (51-55) configured to drive each joint of the robot arm ; a storage device configured to store correction parameters for correction accuracy required for each of multiple work regions segmented as regions in which work on a work target object is performed in a movable region of the robot arm ; and a control device configured to control the actuator (51-55) when the work is instructed with designation of a target position, by acquiring, from the storage device , a correction parameter corresponding to a work region, to which the designated target position belongs, among the multiple work regions, and by correcting the target position using the acquired correction parameter, wherein the storage device is configured to store correction parameters of the number of data required for each of the multiple work regions, characterized in that the storage device is configured to store, as the correction parameter, a correction parameter in which a spatial coordinate value and a correction value are associated with the multiple work points arranged in a matrix at a pitch that is different for the multiple work regions, and the control device is configured to perform matrix correction to correct the target position using a correction parameter corresponding to a work region to which the target position belongs, when the work is instructed with the designation of the target position. a multi-joint type robot arm ; an actuator (51-55) configured to drive each joint of the robot arm ; a storage device configured to store correction parameters for correction accuracy required for each of multiple work regions segmented as regions in which work on a work target object is performed in a movable region of the robot arm ; and a control device configured to control the actuator (51-55) when the work is instructed with designation of a target position, by acquiring, from the storage device , a correction parameter corresponding to a work region, to which the designated target position belongs, among the multiple work regions, and by correcting the target position using the acquired correction parameter, wherein the storage device is configured to store correction parameters of the number of data required for each of the multiple work regions, characterized in that the storage device is configured to store, as the correction parameter, a correction parameter in which a spatial coordinate value and a correction value are associated with the multiple work points arranged in a matrix at a pitch that is different for the multiple work regions, and the control device is configured to perform matrix correction to correct the target position using a correction parameter corresponding to a work region to which the target position belongs, when the work is instructed with the designation of the target position.
Device for measuring a maximum temperature reached by a component placed in a containment chamber of a package loaded with a set of radioactive materials, the measuring device being characterised in that it includes the following elements: - a movable carriage ; - a fixed body defining a path for guiding the movable carriage; - an actuator of the movable carriage, the actuator being substantially at the temperature so that an increase of the latter results in an expansion of this actuator, the latter being capable, depending on the amplitude of the expansion thereof, of causing a movement of the movable carriage along the guide path , in the direction of a first end of the latter; and - a mechanism for holding the movable carriage in position in relation to the fixed body , the mechanism being designed in such a way as to hold the movable carriage in any new position further moving closer to said first end of the guide path , following a movement caused by the expansion of the actuator . - a movable carriage ; - a fixed body defining a path for guiding the movable carriage; - an actuator of the movable carriage, the actuator being substantially at the temperature so that an increase of the latter results in an expansion of this actuator, the latter being capable, depending on the amplitude of the expansion thereof, of causing a movement of the movable carriage along the guide path , in the direction of a first end of the latter; and - a mechanism for holding the movable carriage in position in relation to the fixed body , the mechanism being designed in such a way as to hold the movable carriage in any new position further moving closer to said first end of the guide path , following a movement caused by the expansion of the actuator .
A playing cards manipulation device for holding and/or manipulating a set of playing cards, wherein the playing cards manipulation device comprises an open box comprising at least two mutually opposite lateral walls , a bottom wall between the lateral walls, a backwall between the lateral walls, the bottom wall and the backwall being connected along a coupling rib , a top side being the side opposite the bottom wall, and a face side being opposite the backwall, and wherein, in longitudinal direction and a sense from the backwall towards the inner side of the box, the side of the lateral walls opposite to the bottom wall extends to an outmost remote point from the backwall beyond the outmost remote point from the backwall of the side of the lateral walls contacting the bottom wall, thereby providing inclined edges to said lateral walls, characterised in that the face side of the open box being the side opposite the backwall, is completely open, such that, in use, when said inclined edges are brought in contact with an opened top surface of a cartridge, the playing cards in the playing cards manipulation device can be transferred to the inner void of this cartridge . wherein the playing cards manipulation device comprises an open box comprising at least two mutually opposite lateral walls , a bottom wall between the lateral walls, a backwall between the lateral walls, the bottom wall and the backwall being connected along a coupling rib , a top side being the side opposite the bottom wall, and a face side being opposite the backwall, and wherein, in longitudinal direction and a sense from the backwall towards the inner side of the box, the side of the lateral walls opposite to the bottom wall extends to an outmost remote point from the backwall beyond the outmost remote point from the backwall of the side of the lateral walls contacting the bottom wall, thereby providing inclined edges to said lateral walls, characterised in that the face side of the open box being the side opposite the backwall, is completely open, such that, in use, when said inclined edges are brought in contact with an opened top surface of a cartridge, the playing cards in the playing cards manipulation device can be transferred to the inner void of this cartridge .
A first interfacing device for use in a home automation system , the first interfacing device comprising: a communication module configured to receive a device configuration of the first interfacing device to perform an action, wherein the rule includes a description of the action and a condition for performing that action; a rule repository for storing the rule; a source-determining module configured to identify a second sensor of a physical device coupled to a remote second interfacing device; a data-subscription module configured to subscribe via a network connection to the second interfacing device for the second sensor data; in response to determining that processing the rule requires the second sensor data, obtaining the second sensor data; wherein the first interfacing device is adapted, upon reception of the device configuration, to configure itself to perform the action upon determining that the first and second sensor data fulfil the condition. a communication module configured to receive a device configuration of the first interfacing device to perform an action, wherein the rule includes a description of the action and a condition for performing that action; a rule repository for storing the rule; a source-determining module configured to identify a second sensor of a physical device coupled to a remote second interfacing device; a data-subscription module configured to subscribe via a network connection to the second interfacing device for the second sensor data; in response to determining that processing the rule requires the second sensor data, obtaining the second sensor data; wherein the first interfacing device is adapted, upon reception of the device configuration, to configure itself to perform the action upon determining that the first and second sensor data fulfil the condition.
A session connection establishment method, wherein the method comprises: receiving (S201, S301), by a first radio access network device, an initial attach request sent by a terminal device; sending (S202, S302), by the first radio access network device, the initial attach request to a first core network device; receiving (S203, S303), by the first radio access network device, an initial attach request feedback that is sent by the first core network device in response to the initial attach request, wherein the initial attach request feedback comprises session identifiers of at least two user plane session connections, the session identifiers are used to indicate one or more session connections established between the first radio access network device and a second core network device and/or the session identifiers are used to indicate one or more session connections established between a second radio access network device and the second core network device, the first core network device is configured to execute a common control plane function of a core network, and the second core network device is configured to execute a user plane function of the core network; and sending (S204, S306), by the first radio access network device, session configuration information to the terminal device, wherein the session configuration information comprises the session identifiers of the at least two user plane session connections. receiving (S201, S301), by a first radio access network device, an initial attach request sent by a terminal device; sending (S202, S302), by the first radio access network device, the initial attach request to a first core network device; receiving (S203, S303), by the first radio access network device, an initial attach request feedback that is sent by the first core network device in response to the initial attach request, wherein the initial attach request feedback comprises session identifiers of at least two user plane session connections, the session identifiers are used to indicate one or more session connections established between the first radio access network device and a second core network device and/or the session identifiers are used to indicate one or more session connections established between a second radio access network device and the second core network device, the first core network device is configured to execute a common control plane function of a core network, and the second core network device is configured to execute a user plane function of the core network; and sending (S204, S306), by the first radio access network device, session configuration information to the terminal device, wherein the session configuration information comprises the session identifiers of the at least two user plane session connections.
A method for locating wireless fetal monitoring probes in a set area, comprising the following steps: A) a data management center sends instructions via a plurality of wireless base stations arranged at different positions in the set area to instruct the wireless fetal monitoring probes in the action scopes of the wireless base stations to send base station signal intensity data tables of received base station signals; B) the wireless fetal monitoring probes search all receivable signals of the base stations after receiving the instructions, quantize the intensities of the received signals of the base stations, establish base station signal intensity data tables in which the signal intensities of the base stations are arranged according to the serial numbers of the base stations, and send the base station signal intensity data tables to the data management center via the base station of which the received signal intensity is the largest; and C) operations are carried out based on each received current base station signal intensity data table sent by the corresponding wireless fetal monitoring probe and reference point base station signal intensity data tables which are obtained in advance and comprise base station signal intensities at a plurality of reference points in the set area to obtain a distance reference table expressing distance between the current position of the wireless fetal monitoring probe and each reference point; and the position of one reference point with the smallest distance value is selected to be regarded as the current position of the wireless fetal monitoring probe. A) a data management center sends instructions via a plurality of wireless base stations arranged at different positions in the set area to instruct the wireless fetal monitoring probes in the action scopes of the wireless base stations to send base station signal intensity data tables of received base station signals; B) the wireless fetal monitoring probes search all receivable signals of the base stations after receiving the instructions, quantize the intensities of the received signals of the base stations, establish base station signal intensity data tables in which the signal intensities of the base stations are arranged according to the serial numbers of the base stations, and send the base station signal intensity data tables to the data management center via the base station of which the received signal intensity is the largest; and C) operations are carried out based on each received current base station signal intensity data table sent by the corresponding wireless fetal monitoring probe and reference point base station signal intensity data tables which are obtained in advance and comprise base station signal intensities at a plurality of reference points in the set area to obtain a distance reference table expressing distance between the current position of the wireless fetal monitoring probe and each reference point; and the position of one reference point with the smallest distance value is selected to be regarded as the current position of the wireless fetal monitoring probe.