mhurhangee/ep-ind-claims huggingface dataset:
A V2X message communication method, characterized by comprising: receiving, by a mobility management entity (4, 210), a quality of service, QoS, information request message from a terminal (1, 2, 200), wherein the QoS information request message carries identification information of the terminal; obtaining, by the mobility management entity (4, 210), QoS information of the terminal (1, 2, 200) based on the identification information of the terminal, wherein the QoS information comprises a correspondence between a plurality of message identifiers of V2X messages supported by the terminal and QoS parameters corresponding to the message identifiers, wherein each message identifier corresponds to a QoS parameter, and each message identifier includes at least one of a message type or a message flow template type; and sending, by the mobility management entity (4, 210), the QoS information of the terminal (1, 2, 200) to the terminal. receiving, by a mobility management entity (4, 210), a quality of service, QoS, information request message from a terminal (1, 2, 200), wherein the QoS information request message carries identification information of the terminal; obtaining, by the mobility management entity (4, 210), QoS information of the terminal (1, 2, 200) based on the identification information of the terminal, wherein the QoS information comprises a correspondence between a plurality of message identifiers of V2X messages supported by the terminal and QoS parameters corresponding to the message identifiers, wherein each message identifier corresponds to a QoS parameter, and each message identifier includes at least one of a message type or a message flow template type; and sending, by the mobility management entity (4, 210), the QoS information of the terminal (1, 2, 200) to the terminal.
A cooking apparatus that three-dimensionally forms and cooks food, the cooking apparatus comprising: a main body; an inner space formed in the main body and including a first space and a second space; and a cartridge assembly installed in the inner space, wherein the cartridge assembly is configured to be capable of linear motion and rotational motion, wherein the cartridge assembly is located in the first space when the food is being formed, wherein the cartridge assembly is located in the second space when the formed food is being cooked, and wherein the cartridge assembly includes: a cartridge body having a plurality of cartridge mounts formed therein, a plurality of cartridge cases mounted on the plurality of cartridge mounts, and a plurality of cartridges disposed in the plurality of cartridge cases and having food ingredients accommodated therein. a main body; an inner space formed in the main body and including a first space and a second space; and a cartridge assembly installed in the inner space, wherein the cartridge assembly is configured to be capable of linear motion and rotational motion, wherein the cartridge assembly is located in the first space when the food is being formed, wherein the cartridge assembly is located in the second space when the formed food is being cooked, and wherein the cartridge assembly includes: a cartridge body having a plurality of cartridge mounts formed therein, a plurality of cartridge cases mounted on the plurality of cartridge mounts, and a plurality of cartridges disposed in the plurality of cartridge cases and having food ingredients accommodated therein. a cartridge body having a plurality of cartridge mounts formed therein, a plurality of cartridge cases mounted on the plurality of cartridge mounts, and a plurality of cartridges disposed in the plurality of cartridge cases and having food ingredients accommodated therein.
A method for the denitrification of exhaust gases from industrial plants by means of chemical reduction of the nitrogen oxides, wherein at least one nitrogen-containing reducing agent is introduced into the stream of the nitrogen oxide-containing exhaust gases by means of injection devices and the amount of the reducing agent introduced into the exhaust gas stream is adjusted depending on the exhaust gas velocity and can be regulated individually or at least in groups for each individual injection device, characterised in that a temperature profile and/or a temperature gradient of the exhaust gas stream is created to calculate and/or determine the exhaust gas velocity, wherein the relative velocity of the exhaust gas stream is determined on the basis of the temperature profile and/or the temperature gradient of the exhaust gas stream in each case by defining planes of sections (measuring regions), wherein the planes of the sections are arranged in succession and in alignment with one another in the flow direction of the exhaust gases and are correlated with one another, wherein the exhaust gas temperature in the different sections of the respective planes is determined in each case at least in a first plane upstream of the injection devices and at least in a second plane downstream of the injection devices, and, on the basis of the calculated exhaust gas temperatures of the different sections of the respective planes, temperature profiles and/or temperature gradients are determined between those sections which are successive in the flow of direction and are aligned and correlated with one another, and wherein, on the basis of the temperature profiles and/or the temperature gradients in the exhaust gas stream, the relative velocity of the exhaust gases in the different sections to one another is determined, and individual defined injection devices and/or defined groups of injection devices for introducing the reducing agent are assigned to the planes of sections.
A packaging machine capable of packaging groups of articles or primary packages within a carton to form a secondary package and said cartons within a tertiary package, in particular packaging articles within cartons comprising a tubular structure such as a wraparound carton, the packaging machine comprising; a first conveyor for conveying articles, which first conveyor is directly coupleable to an apparatus for filling said primary packages with a product; a second conveyor for providing first carton blanks; a third conveyor (30a, 30b) said third conveyor being disposed adjacent said first conveyor such that it at least partially overlaps with said first conveyor in a direction transverse to the direction of article flow, the second conveyor being disposed at a vertical elevation above either the first or third (30a, 30b) conveyors and/or is disposed in a transversely overlapping relationship with the first or third (30a, 30b) conveyors; a first transfer mechanism for transferring said first carton blanks onto the third conveyor (30a, 30b) either directly from said second conveyor or via a fourth conveyor wherein the first carton blanks are partially assembled whilst being conveyed by the third conveyor (30a, 30b); a second transfer mechanism for engaging articles from the first conveyor and placing them into said first carton blanks, wherein the first carton blanks are assembled into a first carton about a group of one or more articles whilst being conveyed upon the third conveyor (30a, 30b) to form a secondary package; a fifth conveyor for conveying second cartons, such as trays, which fifth conveyor is disposed adjacent to said third conveyor (30a, 30b) and in at least partially overlapping relationship with the third conveyor (30a, 30b) in said transverse direction; a third transfer mechanism for loading said secondary packages into the second cartons to form tertiary packages, characterized in that the third conveyor (30a, 30b) comprises a pair of conveyors (30a, 30b) disposed on opposing sides of the first conveyor and in parallel thereto.
An orthosis comprising a first portion which comprises a polymer reinforced with a plurality of first fibres, and a trimmable second portion which is disposed around at least a section of a peripheral edge of the orthosis and comprises a polymer reinforced with a plurality of second fibres, wherein the first portion has a higher tensile strength and is harder than the second portion characterised in that the second portion comprises a pigment and/or a dye which affects the colour of the second portion, wherein the pigment and/or dye is selected to ensure that the second portion is visually distinct from the first portion.
A biodegradable plastics composition comprising: a biodegradable plastics, wherein the biodegradable plastics is an aliphatic polyester, an aliphatic polycarbodiimide compound as a carbodiimide compound having a degree of polymerization of 2 or more, an ultraviolet absorbent, and an antioxidant. a biodegradable plastics, wherein the biodegradable plastics is an aliphatic polyester, an aliphatic polycarbodiimide compound as a carbodiimide compound having a degree of polymerization of 2 or more, an ultraviolet absorbent, and an antioxidant.
A catheter comprising: at least one interior lumen defined by a side wall having an exterior circumferential surface between a first end of said catheter and a second end of said catheter; a titanium surface area on said circumferential surface, characterised by said titanium surface area extending a distance toward a central portion of said catheter from one or both of said first end and said second end and defining means for inhibiting pathogens, and means for enhancing lubricity with tissue contacting said circumferential surface, thereby providing prevention of tissue adherence thereto, and an anti-pathogenic and/or anti-microbial surface coating over said titanium surface area circumferential surface at one or both of said first and said second end. at least one interior lumen defined by a side wall having an exterior circumferential surface between a first end of said catheter and a second end of said catheter; a titanium surface area on said circumferential surface, characterised by said titanium surface area extending a distance toward a central portion of said catheter from one or both of said first end and said second end and defining means for inhibiting pathogens, and means for enhancing lubricity with tissue contacting said circumferential surface, thereby providing prevention of tissue adherence thereto, and an anti-pathogenic and/or anti-microbial surface coating over said titanium surface area circumferential surface at one or both of said first and said second end.
Process for the purification of a liquid-crystal mixture in which the liquid-crystal mixture is passed through a first electrodialysis cell, a concentrate solution is passed through a second electrodialysis cell which is adjacent to the first electrodialysis cell and is separated by an ion-exchanger membrane, and, with the aid of an anode/cathode arrangement (15, 16) arranged outside the electrodialysis cells (2, 8), an electric field transverse to a direction of passage of the liquid-crystal mixture through the first electrodialysis cell is generated so that ionised constituents of the liquid-crystal mixture are discharged at the ion-exchanger membrane and removed from the liquid-crystal mixture.
A tip insert for a rotary blade, the tip insert comprising: a sleeve for insertion into a recess provided in said rotary blade, the sleeve having a radially outer end defining an opening, a radially inner end and opposing wall portions extending between said ends; and a tip element having a crown portion and a root portion for insertion into the opening of said sleeve, characterised in that the tip insert further comprises a retention mechanism for securing the root portion in the sleeve and for spacing the root portion from opposing wall portions of the sleeve, and wherein the retention mechanism is a one-way retention mechanism for allowing relatively unimpeded insertion of the root portion into the sleeve and for relatively impeding withdrawal of the root portion from the sleeve. a sleeve for insertion into a recess provided in said rotary blade, the sleeve having a radially outer end defining an opening, a radially inner end and opposing wall portions extending between said ends; and a tip element having a crown portion and a root portion for insertion into the opening of said sleeve, characterised in that the tip insert further comprises a retention mechanism for securing the root portion in the sleeve and for spacing the root portion from opposing wall portions of the sleeve, and wherein the retention mechanism is a one-way retention mechanism for allowing relatively unimpeded insertion of the root portion into the sleeve and for relatively impeding withdrawal of the root portion from the sleeve.
A method for locking a target object in a game application performed on a terminal, to control a virtual character to perform information interaction with the target object in the game application, characterized by comprising the following steps: obtaining input gesture information from a user in an operation interface of the game application, wherein the game application includes multiple object categories, each object category having one or more object virtual characters displayed on the operation interface; recognizing the gesture information to obtain a switching instruction corresponding to the gesture information; switching to a corresponding object category of object virtual characters according to the switching instruction, wherein different switching instructions correspond to different object categories of the multiple object categories; locking a target of the one or more object virtual characters in the object category according to a preset rule as the target object; controlling the virtual character to perform information interaction with the target object in the game application; and after performing the information interaction with the target object, automatically repeating, by the terminal, the locking and controlling on a next target object in the object category until finishing a last object virtual character in the object category. obtaining input gesture information from a user in an operation interface of the game application, wherein the game application includes multiple object categories, each object category having one or more object virtual characters displayed on the operation interface; recognizing the gesture information to obtain a switching instruction corresponding to the gesture information; switching to a corresponding object category of object virtual characters according to the switching instruction, wherein different switching instructions correspond to different object categories of the multiple object categories; locking a target of the one or more object virtual characters in the object category according to a preset rule as the target object; controlling the virtual character to perform information interaction with the target object in the game application; and after performing the information interaction with the target object, automatically repeating, by the terminal, the locking and controlling on a next target object in the object category until finishing a last object virtual character in the object category.
A control device for wireless power transmission included on a movable vehicle (27,57,67), comprising: data collection means for acquiring data indicating a characteristic of a transmission medium located around the movable vehicle (27,57,67) when power is wirelessly received via the transmission medium at a power receiving antenna (503, 603) of the movable vehicle; data prediction means configured to derive a predicted change of a transmission characteristic by predicting from the acquired data a change in the characteristic of the transmission medium, and configured to calculate a control parameter corresponding to the predicted change of the transmission characteristic; and parameter control means for performing control of the movable vehicle (27,57,67) and the power receiving antenna (503, 603) by using the control parameter. data collection means for acquiring data indicating a characteristic of a transmission medium located around the movable vehicle (27,57,67) when power is wirelessly received via the transmission medium at a power receiving antenna (503, 603) of the movable vehicle; data prediction means configured to derive a predicted change of a transmission characteristic by predicting from the acquired data a change in the characteristic of the transmission medium, and configured to calculate a control parameter corresponding to the predicted change of the transmission characteristic; and parameter control means for performing control of the movable vehicle (27,57,67) and the power receiving antenna (503, 603) by using the control parameter.
A method for producing a connecting body of a connecting element for a mullion-transom or bar construction of a façade system, wherein the connecting body is designed parametrically and is formed by a plurality of respectively different, three-dimensionally curved regions, wherein the three-dimensionally curved regions are formed in the shape of rods, struts or branches and have different material thicknesses and/or material densities at least in regions or sections, wherein in the method: - the material thicknesses and/or material densities are selected pursuant to a calculated point or area load of the connecting element in a integrated state of the connecting element in the mullion-transom or bar construction, - the three-dimensionally curved regions are defined parametrically with regard to a curvature, with regard to a three-dimensional orientation and with regard to a number and are adapted parametrically to in particular calculated and/or predetermined requirements from the mullion-transom or bar construction or to in particular calculated and/or predetermined requirements from the façade system which is part of the mullion-transom or bar construction, and - the connecting body is then manufactured using a generative manufacturing process for metals, wherein the connecting body of the connecting element is parametrically adapted to requirements from the façade system, so that drainage and/or sealing channels from the façade system continue on in the connecting element in a continuous manner. - the material thicknesses and/or material densities are selected pursuant to a calculated point or area load of the connecting element in a integrated state of the connecting element in the mullion-transom or bar construction, - the three-dimensionally curved regions are defined parametrically with regard to a curvature, with regard to a three-dimensional orientation and with regard to a number and are adapted parametrically to in particular calculated and/or predetermined requirements from the mullion-transom or bar construction or to in particular calculated and/or predetermined requirements from the façade system which is part of the mullion-transom or bar construction, and - the connecting body is then manufactured using a generative manufacturing process for metals,
A refrigeration cycle apparatus using a flammable refrigerant, the refrigeration cycle apparatus comprising: an outdoor unit (102, 602) including at least a compressor and an outdoor pipe (8a to 8d); an indoor unit (101, 601) including at least an indoor heat exchanger and an indoor pipe (9a, 9b); an extension pipe (10a, 10b) connecting the outdoor pipe (8a to 8d) and the indoor pipe (9a, 9b) to each other; a pipe connection chamber (22, 622) disposed in a casing (110, 310, 410, 610) constituting the indoor unit (101, 601) and housing a connection portion connecting the indoor pipe (9a, 9b) and the extension pipe (10a, 10b); and a pipe draw-out chamber disposed in the casing (110, 310, 410, 610) constituting the indoor unit (101, 601), the extension pipe (10a, 10b) drawn out from the pipe connection chamber (22, 622) passing through the pipe draw-out chamber, characterized in that the pipe connection chamber (22, 622) and the pipe draw-out chamber (23, 23a, 23b) being partitioned from each other by a partition (30, 630) having a through hole (31a to 31d, 631a, 631b), the extension pipe (10a, 10b) penetrating the through hole (31a to 31d, 631a, 631b), a part of the pipe draw-out chamber being constituted by a part of the casing (110, 310, 410, 610) constituting the indoor unit (101, 601), the extension pipe (10a, 10b) penetrating a through hole (119a, 119b, 319a, 319b, 419a, 419b, 619a, 619b) formed in the part of the casing (110, 310, 410, 610). an outdoor unit (102, 602) including at least a compressor and an outdoor pipe (8a to 8d); an indoor unit (101, 601) including at least an indoor heat exchanger and an indoor pipe (9a, 9b); an extension pipe (10a, 10b) connecting the outdoor pipe (8a to 8d) and the indoor pipe (9a, 9b) to each other; a pipe connection chamber (22, 622) disposed in a casing (110, 310, 410, 610) constituting the indoor unit (101, 601) and housing a connection portion connecting the indoor pipe (9a, 9b) and the extension pipe (10a, 10b); and a pipe draw-out chamber disposed in the casing (110, 310, 410, 610) constituting the indoor unit (101, 601), the extension pipe (10a, 10b) drawn out from the pipe connection chamber (22, 622) passing through the pipe draw-out chamber, characterized in that the pipe connection chamber (22, 622) and the pipe draw-out chamber (23, 23a, 23b) being partitioned from each other by a partition (30, 630) having a through hole (31a to 31d, 631a, 631b), the extension pipe (10a, 10b) penetrating the through hole (31a to 31d, 631a, 631b), a part of the pipe draw-out chamber being constituted by a part of the casing (110, 310, 410, 610) constituting the indoor unit (101, 601), the extension pipe (10a, 10b) penetrating a through hole (119a, 119b, 319a, 319b, 419a, 419b, 619a, 619b) formed in the part of the casing (110, 310, 410, 610).