mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a tubular equipment element (1; 34; 40, 50, 51) for a rail vehicle, wherein the tubular equipment element has at least one first tube portion (4; 31; 41) with a first wall thickness and at least one second tube portion (5; 32; 42) with a second wall thickness, wherein the second wall thickness is smaller than the first wall thickness, and the tubular equipment element has a constant or substantially constant outer diameter, characterised in that the method comprises the following steps: a) shaping (U; IHU) a preliminary tube product of constant or substantially constant wall thickness to form an intermediate tube product (3; 30), wherein in the intermediate tube product (3; 30) the wall thickness in the second tube portion (5; 32; 42) is reduced relative to the wall thickness in the first tube portion (4; 31; 41) and in the second tube portion (5; 32; 42) the outer diameter (A'; A") of the preliminary tube product is changed relative to the outer diameter in the first tube portion (4; 31; 41), b) shaping (IHU; U) the intermediate tube product (3; 30) so that a constant or substantially constant outer diameter is obtained, wherein the wall thickness in the second tube portion (5; 32; 42) remains reduced relative to the wall thickness in the first tube portion (4; 31; 41), wherein at least one of the shaping steps is performed by internal high pressure forming. a) shaping (U; IHU) a preliminary tube product of constant or substantially constant wall thickness to form an intermediate tube product (3; 30), wherein in the intermediate tube product (3; 30) the wall thickness in the second tube portion (5; 32; 42) is reduced relative to the wall thickness in the first tube portion (4; 31; 41) and in the second tube portion (5; 32; 42) the outer diameter (A'; A") of the preliminary tube product is changed relative to the outer diameter in the first tube portion (4; 31; 41), b) shaping (IHU; U) the intermediate tube product (3; 30) so that a constant or substantially constant outer diameter is obtained, wherein the wall thickness in the second tube portion (5; 32; 42) remains reduced relative to the wall thickness in the first tube portion (4; 31; 41),
A pneumatic tire, comprising a tread at least partially comprising a rubber composition, comprising a copolymer obtained by copolymerizing an aromatic vinyl compound and a conjugated diene compound, the rubber composition comprising, per 100 parts by mass of the rubber component therein, 30 parts by mass or more of a softener, the rubber composition having a heat aging resistance index defined by the following equation of 10 or less, Heat aging resistance index = [(Hardness of rubber composition after heat treatment) - (Hardness of rubber composition before heat treatment)]/(Hardness of rubber composition before heat treatment) × 100 wherein each hardness represents the JIS-A hardness at 25°C of the corresponding rubber composition, and the heat treatment involves allowing the rubber composition to stand at a temperature of 90°C and an oxygen concentration of 20% for 336 hours. the rubber composition comprising, per 100 parts by mass of the rubber component therein, 30 parts by mass or more of a softener, the rubber composition having a heat aging resistance index defined by the following equation of 10 or less, Heat aging resistance index = [(Hardness of rubber composition after heat treatment) - (Hardness of rubber composition before heat treatment)]/(Hardness of rubber composition before heat treatment) × 100 wherein each hardness represents the JIS-A hardness at 25°C of the corresponding rubber composition, and the heat treatment involves allowing the rubber composition to stand at a temperature of 90°C and an oxygen concentration of 20% for 336 hours.
An ink composition comprising: a polymerizable compound, a pigment, and a polymer represented by the following General Formula, (A 2 -R 4 -S) n -R 3 -(S-R 5 -P 2) m General Formula wherein R 3 represents an (m + n)-valent organic linking group; R 4 and R 5 independently represent a simple bond or a divalent organic linking group; A 2 represents a monovalent organic group having a pigment adsorption structure comprising at least one selected from an organic pigment structure, a heterocyclic structure, an acidic group, a group having a basic nitrogen atom, an urea group, an urethane group, a group having a coordinating oxygen atom, a hydrocarbon group having 4 or more carbon atoms, an alkoxysilyl group, an epoxy group, an isocyanate group, and a hydroxyl group; the n groups of A 2 and bonds or groups of R 4 may independently be the same or different; "m" is an integer of 1 to 8, "n" is an integer of 2 to 9, and m + n is 3 to 10; P 2 represents a polymer skeleton; the m skeletons of P 2 and the m bonds or groups of R 5 may independently be the same or different. a polymerizable compound, a pigment, and a polymer represented by the following General Formula, (A 2 -R 4 -S) n -R 3 -(S-R 5 -P 2) m General Formula wherein R 3 represents an (m + n)-valent organic linking group; R 4 and R 5 independently represent a simple bond or a divalent organic linking group; A 2 represents a monovalent organic group having a pigment adsorption structure comprising at least one selected from an organic pigment structure, a heterocyclic structure, an acidic group, a group having a basic nitrogen atom, an urea group, an urethane group, a group having a coordinating oxygen atom, a hydrocarbon group having 4 or more carbon atoms, an alkoxysilyl group, an epoxy group, an isocyanate group, and a hydroxyl group; the n groups of A 2 and bonds or groups of R 4 may independently be the same or different; "m" is an integer of 1 to 8, "n" is an integer of 2 to 9, and m + n is 3 to 10; P 2 represents a polymer skeleton; the m skeletons of P 2 and the m bonds or groups of R 5 may independently be the same or different.
A coin sensor for detecting a size of an individual coin in a plurality of coins being moved within a coin handling machine, the coin sensor comprising: a coin track over which coins pass in a single file; an illumination source for illuminating at least portions of the coins as the coins move along the coin track; an optical detector spaced from the coin track for detecting a size of at least a portion of each coin passing the coin sensor along the coin track; the coin sensor characterised by: a telecentric lens positioned between the optical detector and the coin track, such that the portion of each coin passing the optical detector is seen to have an apparent size and configuration independent of a variation in distance of the coin from the telecentric lens as each coin moves along the coin track; a reflector positioned above an inside edge of the coin track and configured to reflect light from the illumination source to the optical detector; and wherein the illumination source is positioned below the inside edge of the coin track. a coin track over which coins pass in a single file; an illumination source for illuminating at least portions of the coins as the coins move along the coin track; an optical detector spaced from the coin track for detecting a size of at least a portion of each coin passing the coin sensor along the coin track; the coin sensor characterised by: a telecentric lens positioned between the optical detector and the coin track, such that the portion of each coin passing the optical detector is seen to have an apparent size and configuration independent of a variation in distance of the coin from the telecentric lens as each coin moves along the coin track; a reflector positioned above an inside edge of the coin track and configured to reflect light from the illumination source to the optical detector; and wherein the illumination source is positioned below the inside edge of the coin track. a telecentric lens positioned between the optical detector and the coin track, such that the portion of each coin passing the optical detector is seen to have an apparent size and configuration independent of a variation in distance of the coin from the telecentric lens as each coin moves along the coin track; a reflector positioned above an inside edge of the coin track and configured to reflect light from the illumination source to the optical detector; and wherein the illumination source is positioned below the inside edge of the coin track.
A method of manufacturing a conical tube element, in particular from an aluminium cylindrical tube, wherein a straigh-line tube element is subjected to plastic forming processes, characterised in that said straight-line tube element is mounted on a mandrel of a forming device, which mandrel is two metres long at the most, and after that the section of the tube element mounted onto said mandrel is subjected to rolling, and then without interrupting the process the remaining part of the tube element is subjected to rolling and drawing.
A computer-implemented method for monitoring a current operation of a process, the method comprising: creating a numerical representation of a nominal operation of the process; encrypting the numerical representation using homomorphic encryption to determine an encrypted numerical representation that blocks access to the numerical representation but allows calculations on the numerical representation; creating a smart contract on a blockchain platform using the encrypted numerical representation as a first input to calculations of the smart contract; attempting execution of the smart contract using the current operation of the process as a second input to the calculations of the smart contract, execution of the smart contract generating an output result by performing the calculations of the smart contract on the encrypted numerical representation; based on the output of the execution of the smart contract determining that the current operation is outside the nominal operation. creating a numerical representation of a nominal operation of the process; encrypting the numerical representation using homomorphic encryption to determine an encrypted numerical representation that blocks access to the numerical representation but allows calculations on the numerical representation; creating a smart contract on a blockchain platform using the encrypted numerical representation as a first input to calculations of the smart contract; attempting execution of the smart contract using the current operation of the process as a second input to the calculations of the smart contract, execution of the smart contract generating an output result by performing the calculations of the smart contract on the encrypted numerical representation; based on the output of the execution of the smart contract determining that the current operation is outside the nominal operation.
A catheter assembly (10, 100), comprising: (a) a main catheter branch (12, 112), the main catheter branch (12, 112) including: i. a catheter shaft; ii. a main guidewire housing; iii. a main balloon (26, 126) having a proximal end portion (36, 136) and a distal end portion (34,134); and iv. a side balloon (28, 128) positioned at a location between the proximal and distal end portions of the main balloon (26, 126) and configured to extend radially outward relative to the main balloon when the side balloon (28, 128) is inflated; and (b) a side catheter branch (14, 114) arrangement including: i. a sleeve member defining a sleeve lumen; and ii. a side guidewire housing defining a guidewire lumen, the side guidewire housing extending through the sleeve lumen and being adjustable axially relative to the sleeve member; (c) a stent, the stent having a distal open end, a proximal open end, and a side branch aperture, the side branch aperture positioned at a location between the distal and proximal open ends; and wherein the sleeve member includes a distal end portion, wherein at least a portion of the distal end portion of the sleeve is positioned within the stent. (a) a main catheter branch (12, 112), the main catheter branch (12, 112) including: i. a catheter shaft; ii. a main guidewire housing; iii. a main balloon (26, 126) having a proximal end portion (36, 136) and a distal end portion (34,134); and iv. a side balloon (28, 128) positioned at a location between the proximal and distal end portions of the main balloon (26, 126) and configured to extend radially outward relative to the main balloon when the side balloon (28, 128) is inflated; and i. a catheter shaft; ii. a main guidewire housing; iii. a main balloon (26, 126) having a proximal end portion (36, 136) and a distal end portion (34,134); and iv. a side balloon (28, 128) positioned at a location between the proximal and distal end portions of the main balloon (26, 126) and configured to extend radially outward relative to the main balloon when the side balloon (28, 128) is inflated; and (b) a side catheter branch (14, 114) arrangement including: i. a sleeve member defining a sleeve lumen; and ii. a side guidewire housing defining a guidewire lumen, the side guidewire housing extending through the sleeve lumen and being adjustable axially relative to the sleeve member; i. a sleeve member defining a sleeve lumen; and ii. a side guidewire housing defining a guidewire lumen, the side guidewire housing extending through the sleeve lumen and being adjustable axially relative to the sleeve member; (c) a stent, the stent having a distal open end, a proximal open end, and a side branch aperture, the side branch aperture positioned at a location between the distal and proximal open ends; and
Method for applying an active substance comprising the following steps: - making available a replaceable cartridge (B, 20), wherein the cartridge contains an active substance concentrate, - making available a portable spraying device which comprises the following components: a container, means for connecting the cartridge (B, 20) to the spraying device, a control unit and a spraying nozzle, - filling the container with a diluent, - connecting the replaceable cartridge to the spraying device, - application of the active substance to one or more target objects by a user, wherein the flows of the active substance concentrate and of the diluent are controlled, by means of the control unit, in such a way that the active substance concentrate and the diluent exit the spraying device as a mixture with a constant mixing ratio via the spraying nozzle, characterized in that the method comprises the further steps: - determining the quantity of applied active substance concentrate by means of the control unit, - determining the quantity of the active substance concentrate remaining in the cartridge (B, 20), by means of the control unit, - storing the quantity of the active substance concentrate remaining in the cartridge (B, 20) in an electronic memory unit of the cartridge, - transferring information about the applied active substance, and the quantity of the applied active substance, to an external computer system. - making available a replaceable cartridge (B, 20), wherein the cartridge contains an active substance concentrate, - making available a portable spraying device which comprises the following components: a container, means for connecting the cartridge (B, 20) to the spraying device, a control unit and a spraying nozzle, - filling the container with a diluent, - connecting the replaceable cartridge to the spraying device, - application of the active substance to one or more target objects by a user, wherein the flows of the active substance concentrate and of the diluent are controlled, by means of the control unit, in such a way that the active substance concentrate and the diluent exit the spraying device as a mixture with a constant mixing ratio via the spraying nozzle, - determining the quantity of applied active substance concentrate by means of the control unit, - determining the quantity of the active substance concentrate remaining in the cartridge (B, 20), by means of the control unit, - storing the quantity of the active substance concentrate remaining in the cartridge (B, 20) in an electronic memory unit of the cartridge, - transferring information about the applied active substance, and the quantity of the applied active substance, to an external computer system.
Method for establishing a millimeter wave connection between a Millimeter Wave Access Point and a User Equipment in a wireless communication network, the network further comprising a base station serving the User Equipment, the method, at the Millimeter Wave Access Point, comprising: - monitoring a legacy frequency uplink signal between the User Equipment and the base station, wherein the legacy frequency is below 5 GHz; - mapping a strength of the legacy frequency uplink signal to a related signal strength in a millimeter wave access frequency; and - establishing a millimeter wave connection with the User Equipment based on the mapping. - monitoring a legacy frequency uplink signal between the User Equipment and the base station, wherein the legacy frequency is below 5 GHz; - mapping a strength of the legacy frequency uplink signal to a related signal strength in a millimeter wave access frequency; and - establishing a millimeter wave connection with the User Equipment based on the mapping.
A portable hard surface cleaning appliance for the removal and sucking up of fluid from a hard surface, in particular from a window pane, comprising a suction nozzle with a suction opening, to which opening there joins a suction channel and at which opening at least one removal lip (64, 66) is arranged, a suction unit, which is in a flow connection with the suction channel in order to suck up a fluid-air mixture from the suction opening, a separation member, which is arranged in the flow path between the suction channel and the suction unit and which has a separation chamber in which there is arranged a separation device (48, 50) for the separation of fluid from the fluid-air mixture, as well as a dirty fluid receiver for receiving the separated fluid, wherein the suction nozzle is detachably connectable to the separation member and wherein a suction channel end portion remote from the suction opening is connectable in a pluggable manner to a suction channel receiving shaft of the separation member accompanied by the interpositioning of a sealing element, characterised in that support elements (94, 96, 104, 106) insertable into one another are arranged at the suction nozzle and at the separation member, at a distance from the suction channel end portion and at a distance from the suction channel receiving shaft.
An airfoil system, comprising: an airfoil comprising a first exterior surface, a second exterior surface, a first airfoil segment and a second airfoil segment, the airfoil extending widthwise between the first exterior surface and the second exterior surface; the first airfoil segment comprising a first composite material and a receptacle, a base of the receptacle embedded within the first composite material; the second airfoil segment comprising a second composite material and a key, a base of the key embedded within the second composite material, and the key mated with the receptacle thereby attaching the second airfoil segment to the first airfoil segment, characterised in that: the key is mated with the receptacle to provide a fastener-free connection, in use, between the second airfoil segment and the first airfoil segment. an airfoil comprising a first exterior surface, a second exterior surface, a first airfoil segment and a second airfoil segment, the airfoil extending widthwise between the first exterior surface and the second exterior surface; the first airfoil segment comprising a first composite material and a receptacle, a base of the receptacle embedded within the first composite material; the second airfoil segment comprising a second composite material and a key, a base of the key embedded within the second composite material, and the key mated with the receptacle thereby attaching the second airfoil segment to the first airfoil segment,
Polymer obtainable by reacting a compound A) comprising at least one five-membered cyclic monothiocarbonate group and at least one polymerizable, ethylenically unsaturated group, a compound B) comprising at least one amino group, selected from primary or secondary amino groups, and optionally a compound C) which is different from compound A) and comprises at least one five-membered cyclic monothiocarbonate group and optionally, a compound D) which is different from compound A) and comprises at least one functional group that reacts with a group -SH. a compound A) comprising at least one five-membered cyclic monothiocarbonate group and at least one polymerizable, ethylenically unsaturated group, a compound B) comprising at least one amino group, selected from primary or secondary amino groups, and optionally a compound C) which is different from compound A) and comprises at least one five-membered cyclic monothiocarbonate group and optionally, a compound D) which is different from compound A) and comprises at least one functional group that reacts with a group -SH.
Lamp (2; 102) with: at least one illuminant (10, 12; 110, 112); and a housing (4; 104) comprising a transparent or translucent light emission section (6; 106) as well as a convexly rounded floor area (8; 108), whereby the lamp (2; 102) can be tilted in all side directions from a pre-determined, preferably vertically aligned starting position, the lamp (2; 102) will move back into the starting position by itself after it has been moved out of the same by an external force, and the at least one illuminant (10, 12; 110, 112) emits two different active optical signals in two different positions of the lamp (2; 102); further characterised by: a position detection means for detecting a position of the lamp (2; 102) in relation to the starting position; and a controller for controlling the at least one illuminant (10, 12; 110, 112) based on the position detected, whereby the controller controls the at least one illuminant (10, 12; 110, 112) in line with the position detected in such a way that different active optical signals are emitted depending on the incline direction. at least one illuminant (10, 12; 110, 112); and a housing (4; 104) comprising a transparent or translucent light emission section (6; 106) as well as a convexly rounded floor area (8; 108), whereby the lamp (2; 102) can be tilted in all side directions from a pre-determined, preferably vertically aligned starting position, the lamp (2; 102) will move back into the starting position by itself after it has been moved out of the same by an external force, and the at least one illuminant (10, 12; 110, 112) emits two different active optical signals in two different positions of the lamp (2; 102); further characterised by: a position detection means for detecting a position of the lamp (2; 102) in relation to the starting position; and a controller for controlling the at least one illuminant (10, 12; 110, 112) based on the position detected, whereby the controller controls the at least one illuminant (10, 12; 110, 112) in line with the position detected in such a way that different active optical signals are emitted depending on the incline direction. a position detection means for detecting a position of the lamp (2; 102) in relation to the starting position; and a controller for controlling the at least one illuminant (10, 12; 110, 112) based on the position detected, whereby the controller controls the at least one illuminant (10, 12; 110, 112) in line with the position detected in such a way that different active optical signals are emitted depending on the incline direction.