mhurhangee/ep-ind-claims huggingface dataset:
Process for producing propylene, comprising: - carrying out a process for propane dehydrogenation to obtain a first constituent mixture containing at least hydrogen, ethane, ethylene, propane and propylene, - carrying out a steam cracking process to obtain a second constituent mixture containing at least hydrogen, methane, ethane, ethylene, propane and propylene, - forming a predominantly propane-containing separation product by using at least a portion of the propane of the first constituent mixture and using one or more propane separation steps, - wherein at least a portion of the first constituent mixture is fed to the propane separation step or steps, characterized in - that the separation product comprising predominantly propane is at least partially recycled into the steam cracking process. - carrying out a process for propane dehydrogenation to obtain a first constituent mixture containing at least hydrogen, ethane, ethylene, propane and propylene, - carrying out a steam cracking process to obtain a second constituent mixture containing at least hydrogen, methane, ethane, ethylene, propane and propylene, - forming a predominantly propane-containing separation product by using at least a portion of the propane of the first constituent mixture and using one or more propane separation steps, - wherein at least a portion of the first constituent mixture is fed to the propane separation step or steps, characterized in - that the separation product comprising predominantly propane is at least partially recycled into the steam cracking process.
A control device that independently controls respective steered angles of a right steered wheel and a left steered wheel disposed on right and left sides with respect to an advancing direction of a vehicle, the control device characterized by comprising an electronic control unit, wherein the electronic control unit is configured to determine a right steering command value, which indicates the steered angle of the right steered wheel, and a left steering command value, which indicates the steered angle of the left steered wheel, based on a steering command value that indicates a steering direction of the vehicle; the electronic control unit is configured to acquire path information that indicates a target path for the vehicle; the electronic control unit is configured to correct the steering command value based on at least one of a plurality of state amounts that indicate a behavior of the vehicle during travel such that the vehicle travels along the target path; and the electronic control unit is configured to correct the right steering command value and the left steering command value based on skid angle information or slip angle information that indicates a skid angle or slip angle of the right steered wheel and a skid angle or slip angle of the left steered wheel so as to bring a distribution ratio between the skid angle or the slip angle of the right steered wheel and the skid angle or the slip angle of the left steered wheel to a target distribution ratio. the electronic control unit is configured to determine a right steering command value, which indicates the steered angle of the right steered wheel, and a left steering command value, which indicates the steered angle of the left steered wheel, based on a steering command value that indicates a steering direction of the vehicle; the electronic control unit is configured to acquire path information that indicates a target path for the vehicle; the electronic control unit is configured to correct the steering command value based on at least one of a plurality of state amounts that indicate a behavior of the vehicle during travel such that the vehicle travels along the target path; and the electronic control unit is configured to correct the right steering command value and the left steering command value based on skid angle information or slip angle information that indicates a skid angle or slip angle of the right steered wheel and a skid angle or slip angle of the left steered wheel so as to bring a distribution ratio between the skid angle or the slip angle of the right steered wheel and the skid angle or the slip angle of the left steered wheel to a target distribution ratio.
Apparatus for connecting an external water feed line (7, 8) to an internal water line (11, 12) of a domestic appliance for the care of laundry items, with a housing (2, 15), in which one end of an external water feed line (7, 8) is arranged and with a safety valve (5, 6) at least some areas of which are arranged in the housing (2, 15) for blocking or releasing at least one device-internal water line (11, 12), which housing (2, 3) features an opening for discharging leakage water, characterised in that the apparatus features a first chamber in which the end of the external water feed line (7, 8) is arranged and features a second chamber in which at least areas of the safety valve (5, 6) are arranged, in the apparatus the two chambers (3, 4) are separated by a dividing wall in which a connecting opening is embodied and in the apparatus the safety valve (5, 6) is inserted into the connecting opening.
A door panel comprising: a body having front and rear door skins (103, 104) sandwiching, at least partially, two stiles, which together delimit an interior for injection of filling material, wherein at least one of the stiles comprises a hollow structure with a partitioned hollow interior that extends along substantially the entire length of the body to offer mechanical strength to the door and to provide foundation for installing door fittings, the front and rear skins (103, 104) engage outer surfaces of the stile through respective engagement means, and the engagement means comprise male members (103A, 104A) extending from the front and rear skins (103, 104) respectively for engaging female members provided on the outer surface of the stile; characterised in that: the female member is in the form of a slanted groove defined between two parallel slanted walls, and one of the parallel slanted walls presses against the male member (103A, 104A) to form a fluid tight engagement. a body having front and rear door skins (103, 104) sandwiching, at least partially, two stiles, which together delimit an interior for injection of filling material, wherein at least one of the stiles comprises a hollow structure with a partitioned hollow interior that extends along substantially the entire length of the body to offer mechanical strength to the door and to provide foundation for installing door fittings, the front and rear skins (103, 104) engage outer surfaces of the stile through respective engagement means, and the engagement means comprise male members (103A, 104A) extending from the front and rear skins (103, 104) respectively for engaging female members provided on the outer surface of the stile; characterised in that: the female member is in the form of a slanted groove defined between two parallel slanted walls, and one of the parallel slanted walls presses against the male member (103A, 104A) to form a fluid tight engagement. the female member is in the form of a slanted groove defined between two parallel slanted walls, and one of the parallel slanted walls presses against the male member (103A, 104A) to form a fluid tight engagement.
A semiconductor optical amplifier device comprising - a plurality of active units (12, 14), each active unit (12,14) comprising an active stripe structure (16, 18) of an optical amplifying medium, a current circuit for injecting current into the corresponding active stripe structure (16, 18), and an individual output reflector structure (30, 31) at the output end of its active stripe structure (16, 18), wherein each active stripe structure (16, 18) extends from an input end to its output end; - an optical splitter device for splitting incoming signal light and for distributing corresponding parts of the incoming signal light into the different input ends of the active stripe structures (16, 18), wherein the optical splitter device is configured to supply each active stripe structure (16, 18) with the same signal information; and - a common input reflector structure spanning across the plurality of input ends of the active stripe structures (16, 18). - a plurality of active units (12, 14), each active unit (12,14) comprising an active stripe structure (16, 18) of an optical amplifying medium, a current circuit for injecting current into the corresponding active stripe structure (16, 18), and an individual output reflector structure (30, 31) at the output end of its active stripe structure (16, 18), wherein each active stripe structure (16, 18) extends from an input end to its output end; - an optical splitter device for splitting incoming signal light and for distributing corresponding parts of the incoming signal light into the different input ends of the active stripe structures (16, 18), wherein the optical splitter device is configured to supply each active stripe structure (16, 18) with the same signal information; and - a common input reflector structure spanning across the plurality of input ends of the active stripe structures (16, 18).
An agricultural row unit, comprising: a row unit frame; a first gauge wheel arm pivotally mounted to the row unit frame and disposed to limit the depth of a trench opened by the row unit; characterized by: a first sensor configured to generate a first signal related to the angular position of said first gauge wheel arm relative to said row unit frame, said first sensor comprising: a Hall-effect sensor; a magnet; wherein one of said Hall-effect sensor and said magnet is disposed to rotate with said first gauge wheel arm, wherein one of said Hall-effect sensor and said magnet is fixedly mounted to said row unit frame, wherein said first signal is related to a distance between said Hall-effect sensor and said magnet. a row unit frame; a first gauge wheel arm pivotally mounted to the row unit frame and disposed to limit the depth of a trench opened by the row unit; characterized by: a first sensor configured to generate a first signal related to the angular position of said first gauge wheel arm relative to said row unit frame, said first sensor comprising: a Hall-effect sensor; a magnet; wherein one of said Hall-effect sensor and said magnet is disposed to rotate with said first gauge wheel arm, wherein one of said Hall-effect sensor and said magnet is fixedly mounted to said row unit frame, wherein said first signal is related to a distance between said Hall-effect sensor and said magnet. a Hall-effect sensor; a magnet; wherein one of said Hall-effect sensor and said magnet is disposed to rotate with said first gauge wheel arm, wherein one of said Hall-effect sensor and said magnet is fixedly mounted to said row unit frame, wherein said first signal is related to a distance between said Hall-effect sensor and said magnet.
A system for providing automation management services, the system comprising: a plurality of network devices (120, 125) in a network; an automation management system comprising a plurality of services (262, 264, 266, 268, 270, 272) deployed on the network devices (120, 125) in a distributed manner, wherein at least one of the plurality of services (262, 264, 266, 268, 270, 272) comprises a first instance of the service deployed on a first network device (120, 125) and a second instance of the service deployed on a second network device (120, 125), and wherein the second instance of the at least one of the plurality of services (262, 264, 266, 268, 270, 272) is redundant to the first instance; characterized in that for synchronizing a redundant configuration service the system further comprises a service registry for providing information to the first instance identifying one or more redundant second instances, wherein the first instance is adapted to select, based on a load balancing strategy, one of the at least one second redundant instance and to download configuration information from the selected redundant second instance. a plurality of network devices (120, 125) in a network; an automation management system comprising a plurality of services (262, 264, 266, 268, 270, 272) deployed on the network devices (120, 125) in a distributed manner, wherein at least one of the plurality of services (262, 264, 266, 268, 270, 272) comprises a first instance of the service deployed on a first network device (120, 125) and a second instance of the service deployed on a second network device (120, 125), and wherein the second instance of the at least one of the plurality of services (262, 264, 266, 268, 270, 272) is redundant to the first instance; characterized in that for synchronizing a redundant configuration service the system further comprises a service registry for providing information to the first instance identifying one or more redundant second instances, wherein the first instance is adapted to select, based on a load balancing strategy, one of the at least one second redundant instance and to download configuration information from the selected redundant second instance.
A circuit unit for data statistics for counting data, comprising: a first subcircuit including a first register and being configured to store data received via a first input terminal (Val_i) of the circuit unit in the first register in a case where a first control terminal (Val_c) of the circuit unit receives a first valid control signal, an output terminal of the first register being coupled to a first output terminal (Val_o) of the circuit unit; and a second subcircuit for counting the data stored in the first register, including a second register and being configured to store a counting number received via a second input terminal (Cnt_i) of the circuit unit in the second register in a case where a second control terminal (Cnt_c) of the circuit unit receives a second valid control signal and a third terminal (Inc_c) receives an invalid signal, the counting number being associated with the data stored in the first register, and to increase the value of the counting number stored in the second register by 1 in a case where a third control terminal (Inc_c) of the circuit unit receives a third valid control signal independently from the value of the second control terminal (Cnt_c), an output terminal of the second register being coupled to a second output terminal (Cnt_o) of the circuit unit. a first subcircuit including a first register and being configured to store data received via a first input terminal (Val_i) of the circuit unit in the first register in a case where a first control terminal (Val_c) of the circuit unit receives a first valid control signal, an output terminal of the first register being coupled to a first output terminal (Val_o) of the circuit unit; and a second subcircuit for counting the data stored in the first register, including a second register and being configured to store a counting number received via a second input terminal (Cnt_i) of the circuit unit in the second register in a case where a second control terminal (Cnt_c) of the circuit unit receives a second valid control signal and a third terminal (Inc_c) receives an invalid signal, the counting number being associated with the data stored in the first register, and to increase the value of the counting number stored in the second register by 1 in a case where a third control terminal (Inc_c) of the circuit unit receives a third valid control signal independently from the value of the second control terminal (Cnt_c), an output terminal of the second register being coupled to a second output terminal (Cnt_o) of the circuit unit.
A collector for collecting fluid from a subject, the collector comprising: a housing including a base having an opening extending therethrough, wherein the base is configured to be positioned against a skin surface of the subject; an actuator movable relative to the housing in a direction toward the base; a rotatable platform movable between a ready position and a position that cannot be re-actuated, wherein the rotatable platform is operably coupled to the actuator in the ready position, and wherein the rotatable platform is decoupled from the actuator in the position that cannot be re-actuated; and a lancet positioned between the rotatable platform and the base, wherein movement of the actuator in the direction toward the base drives the rotatable platform to (a) move in the ready position in the direction toward the base to move the lancet through the opening in the base and (b) rotate relative to the housing to the position that cannot be re-actuated to inhibit further movement of the actuator from moving the lancet in the direction toward the base. a housing including a base having an opening extending therethrough, wherein the base is configured to be positioned against a skin surface of the subject; an actuator movable relative to the housing in a direction toward the base; a rotatable platform movable between a ready position and a position that cannot be re-actuated, wherein the rotatable platform is operably coupled to the actuator in the ready position, and wherein the rotatable platform is decoupled from the actuator in the position that cannot be re-actuated; and a lancet positioned between the rotatable platform and the base, wherein movement of the actuator in the direction toward the base drives the rotatable platform to (a) move in the ready position in the direction toward the base to move the lancet through the opening in the base and (b) rotate relative to the housing to the position that cannot be re-actuated to inhibit further movement of the actuator from moving the lancet in the direction toward the base.
An air filtration unit comprising: an air duct, said air duct comprising an air inlet at a first end and an air outlet at a second end; a high efficiency particulate air filter oriented proximate to the air inlet; an airflow controller in communication with the air inlet; a carbon dioxide sensor in communication with the airflow controller; a pressure sensor in communication with the airflow controller; an ultraviolet light reactor, the ultraviolet light reactor comprising; a plurality of baffles, each having a plurality of airflow spaces allowing airflow therethrough, disposed at spaced locations within the duct between the air inlet and air outlet, the baffles being generally transverse to the longitudinal axis; a plurality of ultraviolet light emitting diodes mounted on each baffle; a porous and permeable photocatalytic oxidation filter module disposed between each pair of baffles, generally transverse to the longitudinal axis, such that air flows through the photocatalytic oxidation filter module; a porous and permeable nitrous oxide-adsorbing filter disposed downstream of the ultraviolet light reactor; and wherein each photocatalytic oxidation filter module contains one or more catalysts comprising titanium dioxide (TiO 2), TiO 2 doped with iron (Fe-TiO 2), TiO 2 doped with carbon (C-TiO 2), or combinations thereof which, when illuminated by ultraviolet light, are operative to chemically reduce volatile organic compounds to non-volatile organic compounds. an air duct, said air duct comprising an air inlet at a first end and an air outlet at a second end; a high efficiency particulate air filter oriented proximate to the air inlet; an airflow controller in communication with the air inlet; a carbon dioxide sensor in communication with the airflow controller; a pressure sensor in communication with the airflow controller; an ultraviolet light reactor, the ultraviolet light reactor comprising; a plurality of baffles, each having a plurality of airflow spaces allowing airflow therethrough, disposed at spaced locations within the duct between the air inlet and air outlet, the baffles being generally transverse to the longitudinal axis; a plurality of ultraviolet light emitting diodes mounted on each baffle; a porous and permeable photocatalytic oxidation filter module disposed between each pair of baffles, generally transverse to the longitudinal axis, such that air flows through the photocatalytic oxidation filter module; a porous and permeable nitrous oxide-adsorbing filter disposed downstream of the ultraviolet light reactor; and wherein each photocatalytic oxidation filter module contains one or more catalysts comprising titanium dioxide (TiO 2), TiO 2 doped with iron (Fe-TiO 2), TiO 2 doped with carbon (C-TiO 2), or combinations thereof which, when illuminated by ultraviolet light, are operative to chemically reduce volatile organic compounds to non-volatile organic compounds.
A method performed by a wireless device in a wireless communication network, for providing a combined measurement report to a second node, wherein the method comprises: - obtaining an adaptive resolution factor, wherein the adaptive resolution factor is selected based on the measurement result by said wireless device; - creating a combined measurement report based on the obtained adaptive resolution factor and the measurement result, wherein the combined measurement report comprises at least two reported levels, which jointly represent the measurement result; and - providing said combined measurement report to the second node. - obtaining an adaptive resolution factor, wherein the adaptive resolution factor is selected based on the measurement result by said wireless device; - creating a combined measurement report based on the obtained adaptive resolution factor and the measurement result, wherein the combined measurement report comprises at least two reported levels, which jointly represent the measurement result; and - providing said combined measurement report to the second node.
A piece type ball screw comprising: a screw shaft with a spiral external thread groove on an outer peripheral surface, a nut which is fitted onto the screw shaft and has a spiral internal thread groove on an inner peripheral surface, a plurality of rolling elements rotatably arranged in a track path formed between the external thread groove and the internal thread groove; and a piece member which is attached to the nut and connects the internal thread grooves to each other, wherein the piece member includes a piece body in which a return groove connecting the internal thread grooves is formed and a pair of engaging portions which are provided on the piece body, extend in opposite directions in a circumferential direction of the nut, and engage with the internal thread groove of the nut, and a joint portion between the piece body and the engaging portion has a fillet shape, characterized in that at least one of the piece body and the engaging portion has a relief portion recessed in a direction away from the nut and the fillet-shaped portion is formed in the relief portion. a screw shaft with a spiral external thread groove on an outer peripheral surface, a nut which is fitted onto the screw shaft and has a spiral internal thread groove on an inner peripheral surface, a plurality of rolling elements rotatably arranged in a track path formed between the external thread groove and the internal thread groove; and a piece member which is attached to the nut and connects the internal thread grooves to each other, wherein the piece member includes a piece body in which a return groove connecting the internal thread grooves is formed and a pair of engaging portions which are provided on the piece body, extend in opposite directions in a circumferential direction of the nut, and engage with the internal thread groove of the nut, and a joint portion between the piece body and the engaging portion has a fillet shape, characterized in that at least one of the piece body and the engaging portion has a relief portion recessed in a direction away from the nut and the fillet-shaped portion is formed in the relief portion.
An anode material having porous core-shell structure, the anode material comprising: a core formed of at least one carbonaceous material selected from a group consisting of graphite, hard carbon and soft carbon, and a carbon shell coated on surface of the core, wherein the carbon shell contains amorphous carbon, cobalt element and tin element, and has a porous structure having a porosity greater than 10%.