mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: applying super-heated steam across a catalyst surface within a catalyst chamber to generate ionized steam plasma; forming an anode and a cathode between molecules of the ionized steam plasma; and using the anode and the cathode to generate electricity, wherein the super-heated steam has a temperature between about 350°C and about 450°C, and wherein the catalyst surface has a configuration that comprises at least one of a sintered plug, a nanotube, a microtube, and a granular shape, and wherein high energy anisotropic magnets are arranged around the catalyst chamber to achieve a predetermined density of magnetic flux within the catalyst chamber and to create a magnetic field within the catalyst chamber. applying super-heated steam across a catalyst surface within a catalyst chamber to generate ionized steam plasma; forming an anode and a cathode between molecules of the ionized steam plasma; and using the anode and the cathode to generate electricity, wherein the super-heated steam has a temperature between about 350°C and about 450°C, and wherein the catalyst surface has a configuration that comprises at least one of a sintered plug, a nanotube, a microtube, and a granular shape, and wherein high energy anisotropic magnets are arranged around the catalyst chamber to achieve a predetermined density of magnetic flux within the catalyst chamber and to create a magnetic field within the catalyst chamber.
A wireless communication method, comprising: receiving (S310), by a terminal device, a handover command that instructs the terminal device to be handed over from a source cell to a target cell in a Dual Active Protocol Stack, DAPS, handover mode, characterized in that , the method further comprises: performing (S320), by the terminal device when the DAPS handover fails and no radio link failure in the source cell is detected, at least one of: re-establishing a Radio Link Control, RLC, entity corresponding to the at least one Signaling Radio Bearer, SRB, of the source cell, and deleting all data in a buffer of the RLC entity corresponding to the at least one SRB; and triggering a PDCP Service Data Unit, SDU, deletion process, and deleting all PDCP PDUs and PDCP SDUs of the PDCP entity corresponding to the at least one SRB. receiving (S310), by a terminal device, a handover command that instructs the terminal device to be handed over from a source cell to a target cell in a Dual Active Protocol Stack, DAPS, handover mode, characterized in that , the method further comprises: performing (S320), by the terminal device when the DAPS handover fails and no radio link failure in the source cell is detected, at least one of: re-establishing a Radio Link Control, RLC, entity corresponding to the at least one Signaling Radio Bearer, SRB, of the source cell, and deleting all data in a buffer of the RLC entity corresponding to the at least one SRB; and triggering a PDCP Service Data Unit, SDU, deletion process, and deleting all PDCP PDUs and PDCP SDUs of the PDCP entity corresponding to the at least one SRB. re-establishing a Radio Link Control, RLC, entity corresponding to the at least one Signaling Radio Bearer, SRB, of the source cell, and deleting all data in a buffer of the RLC entity corresponding to the at least one SRB; and triggering a PDCP Service Data Unit, SDU, deletion process, and deleting all PDCP PDUs and PDCP SDUs of the PDCP entity corresponding to the at least one SRB.
Compactor for the granulation of plastic materials, said compactor comprising a first zone or unit for loading and distribution suitable to be loaded with plastic material and to distribute said material loaded to other zones and/or units of said compactor ; a second zone or unit comprising a rotating spinneret including a hollow cylindrical portion with a plurality of perforations and made to rotate by means of a motor, a plurality of compacting rollers made to rotate by said spinneret and distributed radially along the outer circumference of said spinneret at regular radial intervals, wherein the material is granulated by sinterisation deriving from the forced passage through said perforations in said hollow cylindrical portion of said spinneret under the action of said rollers ; wherein said compactor comprises a third zone or unit for the forced infeed of said material at each of said rollers ; characterized by comprising a corresponding plurality of rotating augers of supply each made to rotate by means of a gearmotor and housed at least partially in a tubular housing , in that said augers and respective tubular housings are arranged outside said spinneret and distributed radially along the external circumference of said spinneret at substantially regular radial intervals depending on the number of augers, and in that said material to be granulated is fed into each of said tubular housings through couplings and by falling along conduits and is propelled by each of said augers outside said spinneret in proximity of a corresponding roller .
An epoxy resin composition, comprising at least: component [A]; 3 to 20 parts by mass of component [B] with respect to 100 parts by mass of the component [A]; and 6 to 20 parts by mass of component [C] with respect to 100 parts by mass of the component [A], wherein a viscosity at 50°C is 50 to 1000 Pa·s, as measured in the description the component [B] dispersed in the component [A], the mixture of component [A] and component [B] is a mixture that initiates thickening at temperature (T1) and completes thickening at temperature (T2) when temperature increases at 2°C/min, the temperature (T1) being 80 to 110°C, and the temperature (T1) and the temperature (T2) satisfying a relationship of the following formula 5 ° C ≤ T 2 − T 1 ≤ 20 ° C and the mixture of component [A] and component [C] is a mixture that initiates curing at temperature (T3) when temperature increases at 2°C/min, and the temperature (T1) and the temperature (T3) satisfying a relationship of the following formula 5 ° C ≤ T 3 − T 1 ≤ 80 ° C component [A] : epoxy resin containing at least an epoxy resin having a glycidyl amine structure Component [B] : thickening particles which is a polymer including one or more polymerization units selected from the group consisting of a methacrylic acid ester-based compound, an acrylic acid ester-based compound, and a vinyl-based compound, and swell in the epoxy resin [A] by heating component [C]: curing agent containing at least dicyandiamide component [A] : epoxy resin containing at least an epoxy resin having a glycidyl amine structure Component [B] : thickening particles which is a polymer including one or more polymerization units selected from the group consisting of a methacrylic acid ester-based compound, an acrylic acid ester-based compound, and a vinyl-based compound, and swell in the epoxy resin [A] by heating component [C]: curing agent containing at least dicyandiamide
A method implemented by an electronic device to enable discovery of real-time publish-subscribe protocol (RTPS) participant nodes in a virtual execution environment that does not support multicast, the method comprising: receiving a real-time publish-subscribe (RTPS) protocol packet; updating a current participant list; determining the current participant list from a participant list updater; sending a copy of a payload of the RTPS protocol packet to a participant in the current participant list, in response to determining the participant did not originate the RTPS protocol packet, wherein updating the current participant list comprises one of the following: updating the current participant list to add a metadata locator from the RTPS protocol packet, the metadata locator including an Internet Protocol address and port number; or updating the current participant list to add a source Internet Protocol address of the RTPS packet; or updating the current participant list by polling the virtual execution environment to obtain participant information. receiving a real-time publish-subscribe (RTPS) protocol packet; updating a current participant list; determining the current participant list from a participant list updater; sending a copy of a payload of the RTPS protocol packet to a participant in the current participant list, in response to determining the participant did not originate the RTPS protocol packet, wherein updating the current participant list comprises one of the following: updating the current participant list to add a metadata locator from the RTPS protocol packet, the metadata locator including an Internet Protocol address and port number; or updating the current participant list to add a source Internet Protocol address of the RTPS packet; or updating the current participant list by polling the virtual execution environment to obtain participant information. updating the current participant list to add a metadata locator from the RTPS protocol packet, the metadata locator including an Internet Protocol address and port number; or updating the current participant list to add a source Internet Protocol address of the RTPS packet; or updating the current participant list by polling the virtual execution environment to obtain participant information.
Ultrasonic motor comprising an ultrasonic actuator in the form of a plate with two main surfaces which are largest in terms of area and are arranged opposite one another and with at least four side surfaces which connect the main surfaces to one another, wherein on one of the side surfaces at least one friction element is disposed with a friction point or a friction surface for friction contact with an element to be driven, and with a holder in which the ultrasonic actuator is inserted, wherein the direction of a connection line V which runs through the friction point or the friction surface and through the center of gravity S of the ultrasonic actuator defines an effective direction, and wherein a plane through which the connection line passes at an essentially perpendicular angle and intersects the ultrasonic actuator defines an effective plane W, and the holder comprises at least two force introduction portions which introduce a force into the holder in order to displace the same and with the same the ultrasonic actuator in a direction parallel to the effective direction, wherein the force introduction sections are disposed in each case in the effective plane W and laterally next to and at a distance from the ultrasonic actuator, and the intersection point SP of the connection line V with the effective plane W either coincides with the center of gravity or is disposed between the center of gravity s of the ultrasonic actuator and the side surface of the ultrasonic actuator on which the friction element is arranged, characterized in that at least one of the force introduction portions is formed by a first permanent magnet and two second permanent magnets arranged opposite the first permanent magnet in each case, and in that the first permanent magnet and the two second permanent magnets interact in such a way that one of the second permanent magnets exerts an attracting force on the first permanent magnet , and the other of the second permanent magnets acts on the first permanent magnet exerting a repulsive force.
Method for producing a molded part from mineral fibers designed as a heat insulating and/or sound absorbing element, in which the mineral fibers are agglomerated as flakes and/or granules, are filled into a mold with or without binder with a predetermined bulk density and/or predetermined weight per unit area and/or predetermined proportion of binder and are then pressed as a molded part, characterized in that molded parts with a weight per unit area of between 200 and 7,500 g/m2 are produced from the flakes and/or granules.
A method comprising fluidic machining at least a portion of a flow element to obtain a surface roughness, characterised by a surface roughness of no more than 20 R A microns; inspecting the portion of the flow element; and after fluidic machining, super polishing the portion of the flow element to obtain a surface roughness of no more than 10 R A microns. fluidic machining at least a portion of a flow element to obtain a surface roughness, characterised by a surface roughness of no more than 20 R A microns; inspecting the portion of the flow element; and after fluidic machining, super polishing the portion of the flow element to obtain a surface roughness of no more than 10 R A microns.
Cosmetic process for treating keratin fibres, preferably human keratin fibres such as the hair, comprising: (i) a step of mixing at least: - a first composition comprising one or more non-amino oxyalkylenated silicones, one or more cationic surfactants, and less than 10% by weight of water relative to the total weight of the composition, and - a second composition comprising water and one or more polyols, so as to obtain a final cosmetic composition, and then (ii) a step of applying the final cosmetic composition to the keratin fibres. (i) a step of mixing at least: - a first composition comprising one or more non-amino oxyalkylenated silicones, one or more cationic surfactants, and less than 10% by weight of water relative to the total weight of the composition, and - a second composition comprising water and one or more polyols, so as to obtain a final cosmetic composition, and then - a first composition comprising one or more non-amino oxyalkylenated silicones, one or more cationic surfactants, and less than 10% by weight of water relative to the total weight of the composition, and - a second composition comprising water and one or more polyols, so as to obtain a final cosmetic composition, and then (ii) a step of applying the final cosmetic composition to the keratin fibres.
A video display method of displaying an image in a video signal on a per frame basis, and representing a tone of the image using, in the time domain, a plurality of sub-frames, the video display method comprising: generating (SL21) a visible light communication image by encoding a visible light communication signal, the visible light communication image being an image having a stripe pattern for visible light communication; calculating (SL22) average luminance of the visible light communication image; superimposing (SL23) the visible light communication image only on, among one or more sub-images included in the image of the video signal that is displayed in the frame, a sub-image that is displayed in a specific sub-frame among one or more sub-frames in each of which a corresponding one of the one or more sub-images is displayed, to generate a visible light superimposition image, the specific sub-frame being a sub-frame for representing the average luminance calculated; and displaying (SL24) the visible light superimposition image in the specific sub-frame included in the frame. generating (SL21) a visible light communication image by encoding a visible light communication signal, the visible light communication image being an image having a stripe pattern for visible light communication; calculating (SL22) average luminance of the visible light communication image; superimposing (SL23) the visible light communication image only on, among one or more sub-images included in the image of the video signal that is displayed in the frame, a sub-image that is displayed in a specific sub-frame among one or more sub-frames in each of which a corresponding one of the one or more sub-images is displayed, to generate a visible light superimposition image, the specific sub-frame being a sub-frame for representing the average luminance calculated; and displaying (SL24) the visible light superimposition image in the specific sub-frame included in the frame.
A tractor protection valve comprising: a housing defining a parking brake supply port and a parking brake delivery port ; and a quick release valve comprising a valve body , wherein the valve body comprises a first channel and a second channel , characterized by the housing defining an exhaust port , the valve body positioned in the housing between the parking brake supply port and the parking brake delivery port , wherein at least a portion of the quick release valve is movable between a supply position allowing fluid to flow from the parking brake supply port through the first channel to the parking brake delivery port and an exhaust position allowing fluid to flow from the parking brake delivery port through the second channel to the exhaust port , and wherein the quick release valve is configured for insertion in the housing through the parking brake delivery port . a housing defining a parking brake supply port and a parking brake delivery port ; and a quick release valve comprising a valve body , wherein the valve body comprises a first channel and a second channel , characterized by the housing defining an exhaust port , the valve body positioned in the housing between the parking brake supply port and the parking brake delivery port , wherein at least a portion of the quick release valve is movable between a supply position allowing fluid to flow from the parking brake supply port through the first channel to the parking brake delivery port and an exhaust position allowing fluid to flow from the parking brake delivery port through the second channel to the exhaust port , and wherein the quick release valve is configured for insertion in the housing through the parking brake delivery port .
A hydrated silicone hydrogel contact lens, comprising: an inner layer of a silicone hydrogel material as bulk material; an anterior outer hydrogel layer; and an opposite posterior outer hydrogel layer, wherein the contact lens has an oxygen transmissibility of at least 40 barrers/mm, and a good surface lubricity as characterized by having a critical coefficient of friction of 0.046 or less, wherein the anterior and posterior surfaces have a low surface concentration of negatively-charged groups (e.g., carboxylic acid groups) as characterized by attracting at most 200 positively-charged particles in positively-charged-particles-adhesion test. The methods for measuring the oxygen transmissibility, the critical coefficient of friction and the number of positively charged particles attracted to the surface of the contact lens are carried out according to the methods layed out in the description
A railroad equipment state determination apparatus comprising: a storage configured to store a plurality of operation data associated with a prescribed operation performed by railroad equipment that is driven by a motor from a stopped state to perform the prescribed operation and then comes into the stopped state again; an evaluation criteria setting section configured to set evaluation criteria based on the plurality of operation data stored in the storage; and a determination section configured to determine whether new operation data resulting from the prescribed operation newly performed by the railroad equipment is abnormal based on the evaluation criteria; characterized in that the storage is configured to store the operation data associated with a prescribed operation performed by the railroad equipment in association with operation dates, and the evaluation criteria setting section is configured to set the evaluation criteria based on the operation data for a predetermined number of days nearest the operation date of the new operation data. a storage configured to store a plurality of operation data associated with a prescribed operation performed by railroad equipment that is driven by a motor from a stopped state to perform the prescribed operation and then comes into the stopped state again; an evaluation criteria setting section configured to set evaluation criteria based on the plurality of operation data stored in the storage; and a determination section configured to determine whether new operation data resulting from the prescribed operation newly performed by the railroad equipment is abnormal based on the evaluation criteria; the storage is configured to store the operation data associated with a prescribed operation performed by the railroad equipment in association with operation dates, and the evaluation criteria setting section is configured to set the evaluation criteria based on the operation data for a predetermined number of days nearest the operation date of the new operation data.
A wireless communication system for transmitting and receiving data to and from a plurality of terminals , the wireless communication system comprising: normal transmitting/receiving means (S110) for transmitting and receiving normal data, among the data, to and from a terminal , based on priorities assigned to each of a plurality of buffers stored in a base station , wherein the data comprises attribute information, which shows a type of information included in the data; urgent transmitting/receiving means (S120) for assigning a high priority to a buffer storing a lowest amount of data among the plurality of buffers, transmitting and receiving urgent data, among the data, which is different from the normal data, to and from the terminal , via the buffer to which the high priority is assigned and changing from the priority assigned to the buffers to the priority that is assigned in advance, after the transmitting and receiving of urgent data is finished; and judging means (S130) for determining whether the data transmitted and received is the normal data or urgent data, based on the attribute information, wherein the normal transmitting/receiving means (S110) or the urgent transmitting/receiving means (S120) is implemented based on the result of the determination of the judging means (S130). normal transmitting/receiving means (S110) for transmitting and receiving normal data, among the data, to and from a terminal , based on priorities assigned to each of a plurality of buffers stored in a base station , wherein the data comprises attribute information, which shows a type of information included in the data; urgent transmitting/receiving means (S120) for assigning a high priority to a buffer storing a lowest amount of data among the plurality of buffers, transmitting and receiving urgent data, among the data, which is different from the normal data, to and from the terminal , via the buffer to which the high priority is assigned and changing from the priority assigned to the buffers to the priority that is assigned in advance, after the transmitting and receiving of urgent data is finished; and judging means (S130) for determining whether the data transmitted and received is the normal data or urgent data, based on the attribute information, wherein the normal transmitting/receiving means (S110) or the urgent transmitting/receiving means (S120) is implemented based on the result of the determination of the judging means (S130).
A battery unit, in which a battery (B) is housed in a main body with an approximately rectangular parallelepiped elongated in a vertical direction, and a connection terminal is disposed on a bottom face of the main body , wherein the battery unit includes a grab portion that is placed close to one side of a top face of the main body , the connection terminal is disposed close to the one side where the grab portion is placed, the grab portion includes a rod-shaped portion that is approximately parallel to the top face , and the battery unit includes a rod-shaped second grab portion that extends approximately perpendicularly to the grab portion from a central portion of the grab portion . wherein the battery unit includes a grab portion that is placed close to one side of a top face of the main body , the connection terminal is disposed close to the one side where the grab portion is placed, the grab portion includes a rod-shaped portion that is approximately parallel to the top face , and the battery unit includes a rod-shaped second grab portion that extends approximately perpendicularly to the grab portion from a central portion of the grab portion .