mhurhangee/ep-ind-claims huggingface dataset:
An air flow distribution device (201, 300, 301, 400, 500) for a driver heating, ventilation and air conditioning unit (HVAC) unit in a mass transit vehicle, the air flow distribution device comprising: a housing (205, 305, 405, 505) defining a space (235, 335, 435, 535); an air inlet that directs air to enter the housing from an air blowing device; a window air module (240, 340, 440, 540) that directs air to exit the housing towards a windshield of the mass transit vehicle; a head air module (245, 345, 445, 545) that directs air to exit the housing towards an upper portion of a driver seat of the mass transit vehicle; a foot air module (250, 350, 450) that directs air to exit the housing towards a lower portion of the driver seat; an air flow distribution mechanism (390, 490, 590) disposed within the space, characterised in that the air flow distribution mechanism (390, 490, 590) includes a rotation disk, a flap formed on the rotation disk, and a plurality of sheet plates (492 a,b,c) disposed on walls of the housing; and a single motor (255, 355) disposed on the housing that drives the orientation of the rotation disk; wherein, based on the orientation of the rotation disk, the flap and two of the plurality of sheet plates form a barrier that prevents air which enters the housing via the air inlet from exiting the housing through at least one of the window air module, the head air module, and the foot air module such that the air flow distribution mechanism controllably directs air to exit the housing via the or each other of the window air module, the head air module, and the foot air module. a housing (205, 305, 405, 505) defining a space (235, 335, 435, 535); an air inlet that directs air to enter the housing from an air blowing device; a window air module (240, 340, 440, 540) that directs air to exit the housing towards a windshield of the mass transit vehicle; a head air module (245, 345, 445, 545) that directs air to exit the housing towards an upper portion of a driver seat of the mass transit vehicle; a foot air module (250, 350, 450) that directs air to exit the housing towards a lower portion of the driver seat; an air flow distribution mechanism (390, 490, 590) disposed within the space, characterised in that the air flow distribution mechanism (390, 490, 590) includes a rotation disk, a flap formed on the rotation disk, and a plurality of sheet plates (492 a,b,c) disposed on walls of the housing; and a single motor (255, 355) disposed on the housing that drives the orientation of the rotation disk; wherein, based on the orientation of the rotation disk, the flap and two of the plurality of sheet plates form a barrier that prevents air which enters the housing via the air inlet from exiting the housing through at least one of the window air module, the head air module, and the foot air module such that the air flow distribution mechanism controllably directs air to exit the housing via the or each other of the window air module, the head air module, and the foot air module.
A wood preservative composition comprising: bivalent copper selected from the group consisting of cupric oxide and copper hydroxide and a fatty acid derived from tall oil, and an oil; and an organic co-biocide selected from the group consisting of a quaternary ammonium compound, a triazole compound, a borate compound, and a fluoride compound, wherein the fatty acid compound is selected from the group consisting of palmitic fatty acid, arachidic fatty acid, linoleic fatty acid, oleic fatty acid, and stearic fatty acid, and the oil is selected from the group consisting of lard, butter, hemp oil, canola oil, sunflower oil, olive oil, corn oil, palm oil, coconut oil, pine oil, cottonseed oil, wheat germ oil, soya oil, safflower oil, linseed oil, tung oil, castor oil, soybean oil, peanut oil, rapeseed oil, sesame seed oil, rice germ oil, fish oil, whale oil and tall oil, aliphatic petroleum distillates, aromatic kerosene extracts, and mineral oil. bivalent copper selected from the group consisting of cupric oxide and copper hydroxide and a fatty acid derived from tall oil, and an oil; and an organic co-biocide selected from the group consisting of a quaternary ammonium compound, a triazole compound, a borate compound, and a fluoride compound, wherein the fatty acid compound is selected from the group consisting of palmitic fatty acid, arachidic fatty acid, linoleic fatty acid, oleic fatty acid, and stearic fatty acid, and the oil is selected from the group consisting of lard, butter, hemp oil, canola oil, sunflower oil, olive oil, corn oil, palm oil, coconut oil, pine oil, cottonseed oil, wheat germ oil, soya oil, safflower oil, linseed oil, tung oil, castor oil, soybean oil, peanut oil, rapeseed oil, sesame seed oil, rice germ oil, fish oil, whale oil and tall oil, aliphatic petroleum distillates, aromatic kerosene extracts, and mineral oil.
Chromatic dispersion processing apparatus (10, 40, 50, 60) comprising an equalizer loop comprising: a frequency domain equaliser (14, 42) arranged to receive samples of an electrical representation of an optical communications signal having a chromatic dispersion and arranged to apply chromatic dispersion compensation to the samples, to form dispersion corrected samples having a residual chromatic dispersion value; a time domain equaliser (20, 44) arranged to receive the dispersion corrected samples and to generate a representation of a channel linear transfer function of the optical communications signal from the dispersion corrected samples, and arranged to generate and transmit a monitoring signal comprising the representation of the channel linear transfer function; optical performance monitoring apparatus (26, 46) arranged to receive the monitoring signal and to estimate the residual chromatic dispersion value from the representation of the channel linear transfer function; and a processor (28, 64) arranged to receive the estimated residual value and to compare the estimated residual value to a threshold value and arranged to generate and transmit to the frequency domain equaliser an estimation signal comprising the estimated residual value unless the estimated residual value is less than the threshold value. a frequency domain equaliser (14, 42) arranged to receive samples of an electrical representation of an optical communications signal having a chromatic dispersion and arranged to apply chromatic dispersion compensation to the samples, to form dispersion corrected samples having a residual chromatic dispersion value; a time domain equaliser (20, 44) arranged to receive the dispersion corrected samples and to generate a representation of a channel linear transfer function of the optical communications signal from the dispersion corrected samples, and arranged to generate and transmit a monitoring signal comprising the representation of the channel linear transfer function; optical performance monitoring apparatus (26, 46) arranged to receive the monitoring signal and to estimate the residual chromatic dispersion value from the representation of the channel linear transfer function; and a processor (28, 64) arranged to receive the estimated residual value and to compare the estimated residual value to a threshold value and arranged to generate and transmit to the frequency domain equaliser an estimation signal comprising the estimated residual value unless the estimated residual value is less than the threshold value.
An inductive type position detection device comprising: a coil section including a primary coil excitable by an AC signal and a secondary coil disposed to produce an induced output in response to excitation of the primary coil; a target section (1, 51b, 61b, 54, 58) disposed in such a manner that a position of the target section relative to said coil section varies in response to a position of a target of detection, said target section being formed of a member constructed to vary inductance of the secondary coil in said coil section in response to the position of the target section relative to said coil section; and output circuitry (30 - 35) for outputting position data of the target of detection based on an amplitude level of an output signal of the secondary coil, characterized in that said detection device further comprises a self-oscillation circuit composed of the primary coil included in said coil section and a capacitor (23, 24), said self-oscillation circuit having incorporated therein the primary coil as an inductance element for self-oscillation; and said self-oscillation circuit has an oscillating frequency set at hundreds of kHz or more. a coil section including a primary coil excitable by an AC signal and a secondary coil disposed to produce an induced output in response to excitation of the primary coil; a target section (1, 51b, 61b, 54, 58) disposed in such a manner that a position of the target section relative to said coil section varies in response to a position of a target of detection, said target section being formed of a member constructed to vary inductance of the secondary coil in said coil section in response to the position of the target section relative to said coil section; and output circuitry (30 - 35) for outputting position data of the target of detection based on an amplitude level of an output signal of the secondary coil, characterized in that said detection device further comprises a self-oscillation circuit composed of the primary coil included in said coil section and a capacitor (23, 24), said self-oscillation circuit having incorporated therein the primary coil as an inductance element for self-oscillation; and said self-oscillation circuit has an oscillating frequency set at hundreds of kHz or more.
An aerosol generating device, configured to heat a smokable material to generate an aerosol for inhalation, comprising a shell, wherein inside the shell are provided: a chamber, which is configured to receive a smokable material; an infrared emitter, which comprises a tubular base extending in an axial direction of the chamber and surrounding the chamber, and an infrared emitting coating formed on an outer surface of the tubular base; a conductive element, which performs conduction with the infrared emitting coating; a retaining mechanism (210, 220), which is configured to be arranged on outside of the infrared 2. emitter, wherein the conductive element is located between the retaining mechanism (210, 220) and the infrared emitter in a radial direction of the infrared emitter; and a battery cell, which is electrically connected to the conductive element to supply power to the infrared emitting coating, so that the infrared emitting coating radiates infrared rays towards the smokable material received within the chamber, thereby heating the smokable materia characterized in that the retaining mechanism (210, 220) is configured to provide support for the conductive element, wherein the conductive element abuts against the infrared emitting coating under the support of the retaining mechanism (210, 220). a chamber, which is configured to receive a smokable material; an infrared emitter, which comprises a tubular base extending in an axial direction of the chamber and surrounding the chamber, and an infrared emitting coating formed on an outer surface of the tubular base; a conductive element, which performs conduction with the infrared emitting coating; a retaining mechanism (210, 220), which is configured to be arranged on outside of the infrared 2. emitter, wherein the conductive element is located between the retaining mechanism (210, 220) and the infrared emitter in a radial direction of the infrared emitter; and a battery cell, which is electrically connected to the conductive element to supply power to the infrared emitting coating, so that the infrared emitting coating radiates infrared rays towards the smokable material received within the chamber, thereby heating the smokable materia
A roller lifter comprising: a lifter body having a cylindrical peripheral wall, the peripheral wall having an outer periphery formed with a sliding surface (21A, 21B) which is slid on an inner wall of a cylinder; and a roller rotatably mounted on the lifter body via a shaft member and brought into contact with a cam, wherein the lifter body has a rotation stopper (22; 22A) formed by outwardly protruding a part of the peripheral wall, characterized in that: an opening is formed in another part of the peripheral wall which another part is radially opposed to the rotation stopper (22; 22A), the opening being open so that the rotation stopper (22; 22A) oppositely faces the opening. a lifter body having a cylindrical peripheral wall, the peripheral wall having an outer periphery formed with a sliding surface (21A, 21B) which is slid on an inner wall of a cylinder; and a roller rotatably mounted on the lifter body via a shaft member and brought into contact with a cam, wherein the lifter body has a rotation stopper (22; 22A) formed by outwardly protruding a part of the peripheral wall, characterized in that: an opening is formed in another part of the peripheral wall which another part is radially opposed to the rotation stopper (22; 22A), the opening being open so that the rotation stopper (22; 22A) oppositely faces the opening.
A noise reduction door, comprising a T-shaped mechanical part, two fan-shaped mechanical parts, and a door plate, wherein the T-shaped mechanical part and the fan-shaped mechanical part are connected to the door plate by using a detachable connection mechanical part; wherein the T-shaped mechanical part is located on a central axis of the door plate, and the two fan-shaped mechanical parts are respectively located on two sides of the T-shaped mechanical part; wherein materials of the T-shaped mechanical part and the fan-shaped mechanical parts are sound absorption materials; wherein either i) the door plate comprises a sleeve component, the T-shaped mechanical part and the fan-shaped mechanical part each comprise a cylindrical component, both connection between the door plate and the T-shaped mechanical part and connection between the door plate and the fan-shaped mechanical part are implemented by using the sleeve component and the cylindrical components, and a diameter of the cylindrical component of the T-shaped mechanical part or the fan-shaped mechanical part is less than a diameter of the sleeve component; or ii) the door plate comprises a cylindrical component, the T-shaped mechanical part and the fan-shaped mechanical part each comprise a sleeve component, both connection between the door plate and the T-shaped mechanical part and connection between the door plate and the fan-shaped mechanical part are implemented by using the sleeve component and the cylindrical components, and a diameter of the cylindrical component of the T-shaped mechanical part or the fan-shaped mechanical part is less than a diameter of the sleeve component. i) the door plate comprises a sleeve component, the T-shaped mechanical part and the fan-shaped mechanical part each comprise a cylindrical component, both connection between the door plate and the T-shaped mechanical part and connection between the door plate and the fan-shaped mechanical part are implemented by using the sleeve component and the cylindrical components, and a diameter of the cylindrical component of the T-shaped mechanical part or the fan-shaped mechanical part is less than a diameter of the sleeve component; or ii) the door plate comprises a cylindrical component, the T-shaped mechanical part and the fan-shaped mechanical part each comprise a sleeve component, both connection between the door plate and the T-shaped mechanical part and connection between the door plate and the fan-shaped mechanical part are implemented by using the sleeve component and the cylindrical components, and a diameter of the cylindrical component of the T-shaped mechanical part or the fan-shaped mechanical part is less than a diameter of the sleeve component.
Aqueous solution of condensation products of taurinamide and methylene glycol and the salts thereof, which substantially contains only taurolidine and/or the hydrolysis products thereof in a concentration of 0.5 to 3 wt% or dissolved taurultam in a concentration of 1 to 7,5 wt% and, in addition, a water-miscible, physiologically tolerated polymer in the form of polyvinyl pyrrolidone (PVP, povidone) having an average molecular weight of less than 30,000 as a solubilizing agent and/or an agent promoting the wetting of metal and plastic surfaces, which is present in the solution in amounts of 3 to 7 wt%, for use as an anti-infective agent in the implantation of an implantable electronic device in cardiac surgery according to a method in which the aqueous solution is used for the surface treatment of the implantable electronic device prior to implantation and the implantable electronic device is implanted with a film of an aqueous solution on the surface thereof.
A switch levitation system, comprising: a switch levitating body having a magnet; a magnetic levitation support mechanism for supporting the switch body in a stably levitated state relative thereto; magnetic detector means for detecting magnetic field variation of the switch body relative thereto and outputting a correspondingly varied magnetic signal; and a switch control circuit receiving the varied magnetic signal output by the magnetic detector means and generating a corresponding switch signal based on the varied magnetic signal received, characterized by the switch levitation system being adapted such that said switch signal controls an electric device disposed on the switch body. a switch levitating body having a magnet; a magnetic levitation support mechanism for supporting the switch body in a stably levitated state relative thereto; magnetic detector means for detecting magnetic field variation of the switch body relative thereto and outputting a correspondingly varied magnetic signal; and a switch control circuit receiving the varied magnetic signal output by the magnetic detector means and generating a corresponding switch signal based on the varied magnetic signal received, characterized by the switch levitation system being adapted such that said switch signal controls an electric device disposed on the switch body.
A towing hitch assembly for attachment to a moveable container, the towing hitch assembly including: a first part which is connectable to the moveable container; a second part which is attachable to one of an adjacent container and a towing vehicle, the second part being slidably moveable relative to the first part, between a first, retracted configuration and a second, extended configuration; and a catch device for holding the second part in the second configuration, wherein the catch device comprises at least one catch member (42, 44) on one of the parts (24, 26), wherein the or each catch member (42, 44) comprises a catch formation with which a formation on the other of the parts (24, 26) engages when in the second configuration, wherein the or each catch formation has a configuration to retain the formation on the other of the parts therein when the second part of the assembly is subject to lengthwise compressive forces, characterised in that the or each catch formation has a retaining lip. a first part which is connectable to the moveable container; a second part which is attachable to one of an adjacent container and a towing vehicle, the second part being slidably moveable relative to the first part, between a first, retracted configuration and a second, extended configuration; and a catch device for holding the second part in the second configuration, wherein the catch device comprises at least one catch member (42, 44) on one of the parts (24, 26), wherein the or each catch member (42, 44) comprises a catch formation with which a formation on the other of the parts (24, 26) engages when in the second configuration, wherein the or each catch formation has a configuration to retain the formation on the other of the parts therein when the second part of the assembly is subject to lengthwise compressive forces, characterised in that the or each catch formation has a retaining lip.
An imaging device comprising: an imaging cell including a photoelectric converter including a first electrode, a second electrode, and a photoelectric conversion layer between the first electrode and the second electrode, the photoelectric converter being configured to generate a signal charge by photoelectric conversion, and a charge detection circuit connected to the first electrode, the charge detection circuit being configured to accumulate the signal charge in a charge accumulation region and to detect the accumulated signal charge; a signal line electrically coupled to the first electrode; and a voltage supply circuit is configured to selectively supply a first voltage and a second voltage different from the first voltage to the signal line to reset a voltage of the first electrode immediately before accumulation of the signal charge in the accumulation region. an imaging cell including a photoelectric converter including a first electrode, a second electrode, and a photoelectric conversion layer between the first electrode and the second electrode, the photoelectric converter being configured to generate a signal charge by photoelectric conversion, and a charge detection circuit connected to the first electrode, the charge detection circuit being configured to accumulate the signal charge in a charge accumulation region and to detect the accumulated signal charge; a signal line electrically coupled to the first electrode; and a voltage supply circuit is configured to selectively supply a first voltage and a second voltage different from the first voltage to the signal line to reset a voltage of the first electrode immediately before accumulation of the signal charge in the accumulation region.
A multi-layered paperboard comprising a first outer layer, a second outer layer and at least one middle layer arranged between the first and the second outer layer, wherein all these layers are based on cellulose fibres and wherein the grammage of the first outer layer is at least 2.0 times higher than the grammage of the second outer layer, the grammage of the second outer layer is below 25 g/m 2 and the density of the at least one middle layer is lower than the density of the first outer layer and the density of the second outer layer.