mhurhangee/patent-ind-claim-en huggingface dataset:
A chainsaw comprising: a chainsaw body ; a guide bar detachably attached to the chainsaw body; and a saw chain wound around a periphery of the guide bar, the chainsaw body including: an oil tank ; an oil pump to supply oil stored in the oil tank to a sliding portion between the guide bar and the saw chain; a first extension chamber arranged above the oil tank; and a second extension chamber arranged above the first extension chamber, wherein the oil tank communicates with the first extension chamber via a first flow path , the first extension chamber communicates with the second extension chamber via a second flow path , and a vent hole communicating with an outer space is formed in the second extension chamber; characterised in that the first flow path is a slit groove lengthened in a front-rear direction and having a width in a left-right direction of approximately 0.2mm. a chainsaw body ; a guide bar detachably attached to the chainsaw body; and a saw chain wound around a periphery of the guide bar, the chainsaw body including: an oil tank ; an oil pump to supply oil stored in the oil tank to a sliding portion between the guide bar and the saw chain; a first extension chamber arranged above the oil tank; and a second extension chamber arranged above the first extension chamber, an oil tank ; an oil pump to supply oil stored in the oil tank to a sliding portion between the guide bar and the saw chain; a first extension chamber arranged above the oil tank; and a second extension chamber arranged above the first extension chamber, wherein the oil tank communicates with the first extension chamber via a first flow path , the first extension chamber communicates with the second extension chamber via a second flow path , and a vent hole communicating with an outer space is formed in the second extension chamber; characterised in that the first flow path is a slit groove lengthened in a front-rear direction and having a width in a left-right direction of approximately 0.2mm.
Reinforcing element for concrete, wherein this reinforcing element comprises a bundle of resin-impregnated fibres, wherein the reinforcing element successively comprises a first end section , a central section and a second end section , wherein the bundle of fibres is twisted in the central section , characterized in that the resin is a water-absorbing resin which is able to absorb at least 1 time its volume in water and allowing the resin to be soften and deforming the fibres when the reinforcing element is mixed with concrete in a liquid condition, in order to generate prestress in cured concrete.
Method for the disinfection and the quality control of the disinfection of the hands of a user comprising the steps of: - dispensing a predetermined amount of the mixture of a disinfectant substance and a light reflection modifying substance on the hands to be disinfected, - allowing the user to smear and rub the mixture on his/her hands, - inserting the hands one after the other into an imaging compartment of an apparatus for disinfection quality control; - illuminating the inserted hand with a plurality of light sources emitting light having a predetermined spectral distribution and intensity; - recording the image of the hand from both sides by a plurality of cameras ; - processing the recorded image to provide distinction between areas of the hand contacted and non-contacted by the mixture, - showing said processed image to the user; characterized in that said light reflection modifying substance is a substance that absorbs light in at least a predetermined range a wavelength which is added to the disinfectant substance in an amount that increases light absorption of areas treated by the mixture and retains at the same time disinfectant properties; said light sources emit light in said predetermined range and said cameras have sensitivity in said range, furthermore, in said processing step areas of said hand are made brighter which were not contacted previously by the mixture. - dispensing a predetermined amount of the mixture of a disinfectant substance and a light reflection modifying substance on the hands to be disinfected, - allowing the user to smear and rub the mixture on his/her hands, - inserting the hands one after the other into an imaging compartment of an apparatus for disinfection quality control; - illuminating the inserted hand with a plurality of light sources emitting light having a predetermined spectral distribution and intensity; - recording the image of the hand from both sides by a plurality of cameras ; - processing the recorded image to provide distinction between areas of the hand contacted and non-contacted by the mixture, - showing said processed image to the user;
A system for gait intervention and fall prevention, the system comprising: a body suit having a plurality of distributed sensors and a vestibulo-muscular biostim array; an analytics module connected with the body suit and sensors, the analytics module operable for receiving sensor data and, based on the sensor data, analyzing a particular user's gait and predicting falls; and a closed-loop biostim control module operable for activating the vestibulo-muscular biostim array to compensate for a risk of a predicted fall. a body suit having a plurality of distributed sensors and a vestibulo-muscular biostim array; an analytics module connected with the body suit and sensors, the analytics module operable for receiving sensor data and, based on the sensor data, analyzing a particular user's gait and predicting falls; and a closed-loop biostim control module operable for activating the vestibulo-muscular biostim array to compensate for a risk of a predicted fall.
A system for sex separation of pre-adult insects comprising: a) fluidic channel having an inner space and an outer wall, said fluidic channel comprising an inlet and at least one outlet , each one of said one or more outlets is associated with a classification category selected from the group consisting of male insect, female insect and other, wherein said channel is configured to allow flow of pre-adult insects suspended in liquid media; b) a processor; and, c) a controller in-communication with said processor; wherein said fluidic channel comprises a classification region , and the classification region comprises an electro-optical module in-communication with the processor, said electro-optical module comprises at least one sensor configured to acquire optical data of an individual pre-adult insect while suspended in liquid media and flowing in said fluidic channel, and to transmit said optical data to the processor, further wherein the processor is configured to process the acquired optical data, to classify said pre-adult insect based on the acquired optical data, and to instruct the controller to sort said pre-adult insect based on the classification of said pre-adult insect. a) fluidic channel having an inner space and an outer wall, said fluidic channel comprising an inlet and at least one outlet , each one of said one or more outlets is associated with a classification category selected from the group consisting of male insect, female insect and other, wherein said channel is configured to allow flow of pre-adult insects suspended in liquid media; b) a processor; and, c) a controller in-communication with said processor;
A vehicle for transporting goods, the vehicle comprising: an axle ; a transport refrigeration unit ; and a power management system for supplying power to the transport refrigeration unit ; wherein the power management system comprises: a generator configured to be selectively coupled to an axle of the vehicle , wherein the generator is configured to generate electricity when coupled to the axle ; and a controller configured to monitor a speed of the vehicle and to selectively couple and decouple the generator from the axle ; characterised in that : the controller is configured to determine that the vehicle is in a first state and decouple the generator from the axle when the vehicle is in the first state, wherein the speed of the vehicle is increasing in the first state; and the controller is configured to determine that the vehicle is in a second state and couple the generator to the axle when the vehicle is in the second state, wherein the speed of the vehicle is substantially constant in the second state. an axle ; a transport refrigeration unit ; and a power management system for supplying power to the transport refrigeration unit ; wherein the power management system comprises: a generator configured to be selectively coupled to an axle of the vehicle , wherein the generator is configured to generate electricity when coupled to the axle ; and a controller configured to monitor a speed of the vehicle and to selectively couple and decouple the generator from the axle ; a generator configured to be selectively coupled to an axle of the vehicle , wherein the generator is configured to generate electricity when coupled to the axle ; and a controller configured to monitor a speed of the vehicle and to selectively couple and decouple the generator from the axle ; characterised in that : the controller is configured to determine that the vehicle is in a first state and decouple the generator from the axle when the vehicle is in the first state, wherein the speed of the vehicle is increasing in the first state; and the controller is configured to determine that the vehicle is in a second state and couple the generator to the axle when the vehicle is in the second state, wherein the speed of the vehicle is substantially constant in the second state. the controller is configured to determine that the vehicle is in a first state and decouple the generator from the axle when the vehicle is in the first state, wherein the speed of the vehicle is increasing in the first state; and the controller is configured to determine that the vehicle is in a second state and couple the generator to the axle when the vehicle is in the second state, wherein the speed of the vehicle is substantially constant in the second state.
Medical product packaging having at least two cavities for receiving a respective medical product , wherein each cavity is designed as a thermoformed shell of an areal plastics film body , and having a cover film which areally covers an open side of the cavities , wherein the plastics film body is produced from a flexible, elastically deformable plastics film as soft packaging for the medical product , characterized in that a medical product is inserted in each cavity, and the cavity is adapted to an outer contour of the medical product in such a way that the medical product is received in the cavity in a positionally secure and captive manner, and in that the cavity is provided, in the region of a top side, with undercuts which secure the medical product in an inserted state, wherein, when the medical product is pushed from above into the cavity , edge regions of the undercuts are elastically deformed and return to the starting position again after the medical product has completely dipped into the cavity .
A closure , comprising a first body comprising a first metal with a first electrode potential; and a second body comprising a second metal with a second electrode potential different than the first electrode potential, said first and second bodies joined together along a connection interface between the first and second bodies to form the closure separating a first space on a first side of the closure from a second space on a second side of the closure , said connection interface extending from the first side of the closure to the second side of the closure and comprising a close-coupled portion between the first side of the closure and the second side of the closure , and a seal portion between the first side of the closure and the second side of the closure ; characterised in that said closure further comprises a discrete solid sheet of polymer between the first and second bodies along the close-coupled portion of the connection interface.
An apparatus for connecting an auxiliary device to a model vehicle having an electronic speed controller , comprising: an accessory port configured to couple with the model vehicle's electronic speed controller ; and an accessory connector configured to couple with the auxiliary device, wherein the auxiliary device is configured to be controlled via the electronic speed controller, wherein the accessory port and the accessory connector are configured to be suitable for use with connecting more than one accessory to the model vehicle, characterised in that a communication protocol of the accessory port is configurable to support the more than one accessory at the same time. an accessory port configured to couple with the model vehicle's electronic speed controller ; and an accessory connector configured to couple with the auxiliary device, wherein the auxiliary device is configured to be controlled via the electronic speed controller, wherein the accessory port and the accessory connector are configured to be suitable for use with connecting more than one accessory to the model vehicle, characterised in that a communication protocol of the accessory port is configurable to support the more than one accessory at the same time.
A multi-layered motor vehicle pipeline , in particular, a motor vehicle temperature-control pipeline for fluid temperature-control and cooling media, wherein the pipeline comprises at least three layers , particularly with the following layer structure from the outside to the inside: - an outer layer , wherein this outer layer consists of at least 98 % by weight of HDPE or of a thermoplastic vulcanisate (TPV), - an intermediate layer of polypropylene (PP), - an inner layer of polyethylene or of a thermoplastic vulcanisate (TPV), wherein the total layer thickness or the total wall thickness of the pipeline is 0.5 to 3.0 mm, in particular, 0.7 to 2.5 mm, preferably 0.8 to 2 mm and more preferably, 0.85 to 1.8 mm. - an outer layer , wherein this outer layer consists of at least 98 % by weight of HDPE or of a thermoplastic vulcanisate (TPV), - an intermediate layer of polypropylene (PP), - an inner layer of polyethylene or of a thermoplastic vulcanisate (TPV),
A method of characterising physical properties of an attenuating element in a radiotherapy device having a radiotherapy radiation source and a radiotherapy radiation detector on respective sides of the attenuating element, wherein the attenuating element comprises a cylindrical component, wherein the cylindrical component comprises one of a cryostat, a gradient coil, or a quadrature body coil, the method comprising: obtaining an average detected radiotherapy radiation intensity at two or more locations around the attenuating element, comparing the detected intensity at one location with the average intensity and characterising a corresponding physical property based on the comparison.
A fuel cell system comprising: a hydro-desulfurizer configured to remove sulfur compounds in power generation material; a fuel cell unit configured to generate electric power using the power generation material and discharge exhaust gas; a recycle channel configured to supply a part of hydrogen-containing gas from the fuel cell unit to a power generation material channel before the power generation material enters the hydro-desulfurizer ; and an ejector which is provided in the power generation material channel upstream of the hydro-desulfurizer and into which the hydrogen-containing gas from the recycle channel flows, characterized in that the fuel cell system further comprising: a first container that houses the fuel cell unit ; and a second container that houses the ejector , wherein the second container has an inlet port through which the exhaust gas from the fuel cell unit discharged from the first container enters the second container and an outlet port through which exhaust gas exits the second container , and the ejector is arranged to be heated by the exhaust gas flowing between the inlet port and the outlet port . a hydro-desulfurizer configured to remove sulfur compounds in power generation material; a fuel cell unit configured to generate electric power using the power generation material and discharge exhaust gas; a recycle channel configured to supply a part of hydrogen-containing gas from the fuel cell unit to a power generation material channel before the power generation material enters the hydro-desulfurizer ; and an ejector which is provided in the power generation material channel upstream of the hydro-desulfurizer and into which the hydrogen-containing gas from the recycle channel flows, characterized in that the fuel cell system further comprising: a first container that houses the fuel cell unit ; and a second container that houses the ejector , wherein the second container has an inlet port through which the exhaust gas from the fuel cell unit discharged from the first container enters the second container and an outlet port through which exhaust gas exits the second container , and the ejector is arranged to be heated by the exhaust gas flowing between the inlet port and the outlet port . a first container that houses the fuel cell unit ; and a second container that houses the ejector , wherein the second container has an inlet port through which the exhaust gas from the fuel cell unit discharged from the first container enters the second container and an outlet port through which exhaust gas exits the second container , and the ejector is arranged to be heated by the exhaust gas flowing between the inlet port and the outlet port .
A three-dimensional biocompatible, degradable soft tissue implant comprising a bio-printed composite scaffold being composed of: a collagen which comprises cured recombinant human collagen (rhCollagen) and a biocompatible synthetic polymer, wherein the scaffold comprises: a porous wall; an inner cavity at least partially enclosed within the porous wall; and at least one injection port that connects the inner cavity with an outer most surface of the scaffold, wherein said injection port has an opening sized to permit insertion of an injection device through said port, wherein the implant further comprises an injectable matrix which comprises rhCollagen which does not include curable groups within the inner cavity of the scaffold. a collagen which comprises cured recombinant human collagen (rhCollagen) and a biocompatible synthetic polymer, wherein the scaffold comprises: a porous wall; an inner cavity at least partially enclosed within the porous wall; and at least one injection port that connects the inner cavity with an outer most surface of the scaffold, wherein said injection port has an opening sized to permit insertion of an injection device through said port, wherein the implant further comprises an injectable matrix which comprises rhCollagen which does not include curable groups within the inner cavity of the scaffold. a porous wall; an inner cavity at least partially enclosed within the porous wall; and at least one injection port that connects the inner cavity with an outer most surface of the scaffold, wherein said injection port has an opening sized to permit insertion of an injection device through said port, wherein the implant further comprises an injectable matrix which comprises rhCollagen which does not include curable groups within the inner cavity of the scaffold.
Pigmented aqueous basecoat material comprising a reaction product which is preparable by reaction of (a) at least one aliphatic linear polyester having two terminal functional groups (a.1) with (b) at least one diene polymer having two terminal functional groups (b.1), where at least one kind of groups (a.1) is subjected to a linking reaction with at least one kind of groups (b.1), the components (a) and (b) are used in the reaction in a molar ratio of 2.3/0.7 to 1.7/1.6, and the resulting reaction product has a number-average molecular weight of 1000 to 15 000 g/mol, determined as specified in the description. (a) at least one aliphatic linear polyester having two terminal functional groups (a.1) with (b) at least one diene polymer having two terminal functional groups (b.1),
A use of an agent for priming silicon surfaces, namely vulcanized silicone joints on windows, doors, in the glazing area and sanitary areas, characterized in that , the agent is an emulsion including at least the following components: - a catalyst configured to vulcanize rubber mixes, - an organic solvent or thinner, - a fine particle solid material configured as a thickener and adhesion enhancer - a varnish paint forming a carrier substance. - a catalyst configured to vulcanize rubber mixes, - an organic solvent or thinner, - a fine particle solid material configured as a thickener and adhesion enhancer - a varnish paint forming a carrier substance.
A flow regulating valve, comprising: a valve seat and a shell connected to the valve seat , wherein a motor is provided in the shell , and the motor is connected to a screw rod via an output shaft of the motor ; the screw rod is connected with a nut in a thread cooperation manner; and the nut is connected with a valve rod , and the valve rod is movable in an axial direction to regulate an opening degree of a valve port on the valve seat ; and wherein the valve rod is provided therein with a mounting groove , and the whole of the nut or a lower portion of the nut is in clearance fit with the mounting groove in a radial direction; and an internal wall of the mounting groove is provided with an annular position limiting groove , and a position limiting component that limits an axial position of the nut and in clearance fit with an exterior portion of the nut is provided in the annular position limiting groove , wherein the position limiting component comprises a snap ring , and a circumferential side wall of the nut is provided with a position limiting step surface , and wherein the snap ring is mounted in the annular position limiting groove and is supported on the position limiting step surface , and there is a gap between the internal wall of the snap ring and a corresponding side wall of the nut .