mhurhangee/ep-ind-claims huggingface dataset:
A combination ignition and speed control assembly for outdoor power equipment having an engine, the combination ignition and speed control assembly comprising: a key; a key switch portion configured to receive the key in a key slot, the key switch portion being rotatable to a start position, to a stop position, and to different selectable positions (160, 170, 180) only when the key is inserted into the key slot; and a switch circuitry configured to control the engine start, the engine stop and the selection of the different selectable positions (160, 170, 180) corresponding to respective different operating speeds for the engine. a key; a key switch portion configured to receive the key in a key slot, the key switch portion being rotatable to a start position, to a stop position, and to different selectable positions (160, 170, 180) only when the key is inserted into the key slot; and a switch circuitry configured to control the engine start, the engine stop and the selection of the different selectable positions (160, 170, 180) corresponding to respective different operating speeds for the engine.
A carrier plate for pharmaceutical containers or medicinal packaging materials having a non-cylinder-symmetrical flange, preferably a collar, in particular syringes, ampoules, or cartridges, comprising a plurality of passage openings (7.1, 7.2, 7.3) for accommodating the pharmaceutical containers or medicinal packaging materials, wherein the carrier plate comprises at least one protrusion (5.1, 5.2, 5.3) protruding beyond an upper side of the carrier plate and/or isolated components (24.1, 24.2, 24.3) having a height (h) and at least one bevel (30.1, 30.2) and/or one radius (33.1, 33.2), wherein at least one protrusion and/or one component is associated with each of the plurality of passage openings (7.1, 7.2, 7.3), characterized in that the protrusions and/or the component are designed such that at least one bevel (30.1, 30.2) and/or radius (33.1, 33.2) interacts with the non-cylinder-symmetrical flange, and therefore the pharmaceutical containers are aligned in the event of angle deviations from angles > 0° to approximately 20° and twisting is avoided.
Refiner for refining pulps in a fibre pulp suspension, comprising a shaft, a rotor disc attached firmly to the shaft, and a shaft bearing, the rotor disc being disposed between two stator discs (4, 5) and forming a refining chamber between the rotor disc and the stator discs (4, 5), the shaft being movable in an axial direction, at least one stator disc (4, 5) being slidable in axial direction, the size of the refining chamber being adjustable by means of the spacing between the stator discs (4, 5), and the rotor disc being movable between the stator discs (4, 5) by moving the shaft in axial direction, characterized in that the shaft bearing is connected hydraulically to the refining chamber.
A fluid collection assembly, comprising: a vaporizer configured to vaporize a liquid refrigerant in a mixture of liquid refrigerant and oil to separate the vaporized refrigerant from the oil; and a sump configured to collect the oil in a trough formed by a junction of two diagonal sides (216, 217) of the sump, the sump including a heating element in the trough, wherein the sump includes a housing defining a cavity; wherein the heating element is configured to be immersed in the oil collected by the sump; characterized in that the vaporizer passes through the sump such that a housing of the vaporizer is surrounded by a housing of the sump; the two diagonal sides (216, 217) with respect to a horizontal axis that form the trough are substantially straight and join at a bottom of the sump so as to form the trough in which the oil collected by the sump flows or drains, which is the low-point of the sump, and the sump has a substantially diamond shape and a base of the trough is in the nadir of the diamond. a vaporizer configured to vaporize a liquid refrigerant in a mixture of liquid refrigerant and oil to separate the vaporized refrigerant from the oil; and a sump configured to collect the oil in a trough formed by a junction of two diagonal sides (216, 217) of the sump, the sump including a heating element in the trough, wherein the sump includes a housing defining a cavity; wherein the heating element is configured to be immersed in the oil collected by the sump; characterized in that the vaporizer passes through the sump such that a housing of the vaporizer is surrounded by a housing of the sump; the two diagonal sides (216, 217) with respect to a horizontal axis that form the trough are substantially straight and join at a bottom of the sump so as to form the trough in which the oil collected by the sump flows or drains, which is the low-point of the sump, and the sump has a substantially diamond shape and a base of the trough is in the nadir of the diamond.
A motor arrangement, comprising: a shaft; a motor with a cage winding; and a generator with a permanent magnet connected to the shaft and a position/speed winding, wherein the PM is fixed in rotation relative to the cage winding the position/speed winding being configured to output a current with a sinusoidal AC waveform to generate a position/speed signal in response to the rotation of the PM, the position/speed signal is used to determine a control signal for controlling inversion of a supplied DC power for generation of an excitation signal applied to the motor to cause rotation of the shaft and to provide slow rotation of a gas turbine engine rotor for controlling distortion during cool down. a shaft; a motor with a cage winding; and a generator with a permanent magnet connected to the shaft and a position/speed winding, wherein the PM is fixed in rotation relative to the cage winding the position/speed winding being configured to output a current with a sinusoidal AC waveform to generate a position/speed signal in response to the rotation of the PM, the position/speed signal is used to determine a control signal for controlling inversion of a supplied DC power for generation of an excitation signal applied to the motor to cause rotation of the shaft and to provide slow rotation of a gas turbine engine rotor for controlling distortion during cool down.
An array substrate, comprising: a display area; a non-display area other than the display area; a plurality of signal lines in the display area; and a plurality of signal line leads in the non-display area and connected to respective ones of the plurality of signal lines, wherein each of the signal line leads comprises a lead body being provided with a connection terminal at the lead body's end that is far away from a respective signal line, wherein each of the signal line leads also comprises a first block connected to the lead body's end that is adjacent to the respective signal line, wherein the first block is opposite to the connection terminal with respect to the lead body, characterised in that the first block has an area greater than or equal to an area of a square with a side length that is 5 times a width of the signal line. a display area; a non-display area other than the display area; a plurality of signal lines in the display area; and a plurality of signal line leads in the non-display area and connected to respective ones of the plurality of signal lines, wherein each of the signal line leads comprises a lead body being provided with a connection terminal at the lead body's end that is far away from a respective signal line, wherein each of the signal line leads also comprises a first block connected to the lead body's end that is adjacent to the respective signal line, wherein the first block is opposite to the connection terminal with respect to the lead body, characterised in that the first block has an area greater than or equal to an area of a square with a side length that is 5 times a width of the signal line.
A rubber track, comprising: first lugs formed at equal intervals on one side of the inside or the outside in a traveling direction on a surface of the rubber track coming into contact with the ground and having first grooves formed in a width direction, characterized by further comprising: second lugs formed at equal intervals on the other side of the inside or the outside in a traveling direction on the surface coming into contact with the ground and having second grooves formed in the traveling direction, and an inclined stepped portion formed at both sides of a back surface of the rubber track to be inclined outward, wherein the rubber track is deformable to have a certain radius of curvature, wherein the inclined stepped portion applies external force to foreign substances to be separated from the back surface of the rubber track when the rubber track is bent. first lugs formed at equal intervals on one side of the inside or the outside in a traveling direction on a surface of the rubber track coming into contact with the ground and having first grooves formed in a width direction, characterized by further comprising: second lugs formed at equal intervals on the other side of the inside or the outside in a traveling direction on the surface coming into contact with the ground and having second grooves formed in the traveling direction, and an inclined stepped portion formed at both sides of a back surface of the rubber track to be inclined outward, wherein the rubber track is deformable to have a certain radius of curvature, wherein the inclined stepped portion applies external force to foreign substances to be separated from the back surface of the rubber track when the rubber track is bent.
Apparatus for placing fasteners with an apparatus body provided with a handle and comprising: - a wire inlet for receiving a fastening wire, - a fastening placement head, and - at least one first reel-holder for receiving a reserve of fastening wire, characterised in that the apparatus comprises at least one electric motor for actuating the placement head and in that the apparatus body comprises an attachment base which can receive the first reel-holder, for a removable attachment of the first reel-holder onto the apparatus body, wherein the attaching base and the first reel-holder include an elastic latch (36, 84). - a wire inlet for receiving a fastening wire, - a fastening placement head, and - at least one first reel-holder for receiving a reserve of fastening wire,
Process for the conversion of an alcohol mixture comprising 20 w% to 100% isobutanol to make essentially propylene, comprising: a) introducing in a reactor a stream comprising the mixture, optionally water, optionally an inert component, b) contacting said stream with a catalyst at a temperature above 450°C in said reactor at conditions effective to dehydrate at least a part of the isobutanol and other alcohols, if any, and make a cracking, c) recovering from said reactor an effluent comprising: ethylene, propylene, water, optionally unconverted alcohols of the mixture, various hydrocarbons, and the optional inert component of step a), d) fractionating said effluent of step c) to produce at least an ethylene stream, a propylene stream, a fraction consisting essentially of hydrocarbons having 4 carbon atoms or more, water and the optional inert component of step a), optionally recycling ethylene in whole or in part at the inlet of the reactor, optionally recycling the fraction consisting essentially of hydrocarbons having 4 carbon atoms or more at the inlet of the reactor, wherein the partial pressure of the alcohols in steps a) and b) is lower than 0.4 MPa. a) introducing in a reactor a stream comprising the mixture, optionally water, optionally an inert component, b) contacting said stream with a catalyst at a temperature above 450°C in said reactor at conditions effective to dehydrate at least a part of the isobutanol and other alcohols, if any, and make a cracking, c) recovering from said reactor an effluent comprising: ethylene, propylene, water, optionally unconverted alcohols of the mixture, various hydrocarbons, and the optional inert component of step a), ethylene, propylene, water, optionally unconverted alcohols of the mixture, various hydrocarbons, and the optional inert component of step a), d) fractionating said effluent of step c) to produce at least an ethylene stream, a propylene stream, a fraction consisting essentially of hydrocarbons having 4 carbon atoms or more, water and the optional inert component of step a),
A topical nanoparticle composition for use in the treatment of a fungal nail or skin infection comprising polyhexamethylene biguanide (PHMB) and an antifungal agent.
A method of laundering clothes, wherein an ancillary laundry composition comprising: a. Hydrolysed protein b. Free perfume c. 0 to 0.85 wt. % anionic and/or cationic surfactant is added in the wash or rinse stage, wherein the composition is liquid. a. Hydrolysed protein b. Free perfume c. 0 to 0.85 wt. % anionic and/or cationic surfactant
An in vitro method for measuring the transport of an analyte from a living, biological cell, comprising the steps of a) providing one or more living, biological cells which are loaded with an analyte; b) unloading at least a of portion of the analyte from the cells; c) measuring the analyte using x-ray fluorescence emitted by an energy dispersive x-ray fluorescence spectrometer equipped with a microfocus x-ray tube; and d) repeating step b) and c) so that multiple measurements are obtained over a period of time. a) providing one or more living, biological cells which are loaded with an analyte; b) unloading at least a of portion of the analyte from the cells; c) measuring the analyte using x-ray fluorescence emitted by an energy dispersive x-ray fluorescence spectrometer equipped with a microfocus x-ray tube; and d) repeating step b) and c) so that multiple measurements are obtained over a period of time.
A game service providing system comprising: an electronic apparatus; and a cloud server configured to: provide a cloud game service to the electronic apparatus, transmit game playing data, which are generated according to the cloud game service, to the electronic apparatus or a game management server, and transmit a game download route, through which the cloud game service is provided, to the electronic apparatus, wherein the electronic apparatus is configured to: install a game received through the game download route, the electronic apparatus being further characterized to receive the game playing data from the cloud server or the game management server, and apply the game playing data to the installed game. an electronic apparatus; and a cloud server configured to: provide a cloud game service to the electronic apparatus, transmit game playing data, which are generated according to the cloud game service, to the electronic apparatus or a game management server, and transmit a game download route, through which the cloud game service is provided, to the electronic apparatus, provide a cloud game service to the electronic apparatus, transmit game playing data, which are generated according to the cloud game service, to the electronic apparatus or a game management server, and transmit a game download route, through which the cloud game service is provided, to the electronic apparatus, wherein the electronic apparatus is configured to: install a game received through the game download route, the electronic apparatus being further characterized to receive the game playing data from the cloud server or the game management server, and apply the game playing data to the installed game. install a game received through the game download route, the electronic apparatus being further characterized to receive the game playing data from the cloud server or the game management server, and apply the game playing data to the installed game.
A driver module (2, 102, 202, 302, 402, 502, 602, 702) for actuating a tendon (301, 401), the driver module (2, 102, 202, 302, 402, 502, 602, 702) comprising: a slider (4, 104, 404) comprising a base portion, a tendon receiving portion and a body portion, the tendon receiving portion being spaced apart from the base portion and the body portion extends from the base portion to the tendon receiving portion, the module further comprising a slider receiving portion (6, 106, 206) having a first end (7, 107) and a second end (8, 108) and engageable with the base portion of the slider (4, 104, 404) such that the slider (4, 104, 404) is attachable to and movable within the slider receiving portion (6, 106, 206), characterised in that the driver module further comprises a pre-tensioning actuator, the pre-tensioning actuator being moveable between a first position and a second position, wherein in the first position the pre-tensioning actuator is engaged with the slider such that the slider is positioned toward the second end of the slider receiving portion, and in the second position the pre-tensioning actuator is disengaged from the slider; the driver module further comprises a bias, biasing the pre-tensioning actuator towards the first position. a slider (4, 104, 404) comprising a base portion, a tendon receiving portion and a body portion, the tendon receiving portion being spaced apart from the base portion and the body portion extends from the base portion to the tendon receiving portion, the module further comprising a slider receiving portion (6, 106, 206) having a first end (7, 107) and a second end (8, 108) and engageable with the base portion of the slider (4, 104, 404) such that the slider (4, 104, 404) is attachable to and movable within the slider receiving portion (6, 106, 206), characterised in that the driver module further comprises a pre-tensioning actuator, the pre-tensioning actuator being moveable between a first position and a second position, wherein in the first position the pre-tensioning actuator is engaged with the slider such that the slider is positioned toward the second end of the slider receiving portion, and in the second position the pre-tensioning actuator is disengaged from the slider; the driver module further comprises a bias, biasing the pre-tensioning actuator towards the first position.
A computing device, comprising: a policy agent configured to receive activity information, apply at least one display policy to the activity information, and determine at least one command based on results of the at least one display policy being applied to the activity information; and a multi-colored indicator unit, located on a non-display screen area of the computing device, configured to display at least one of a plurality of colors based on the at least one command, wherein the activity information includes Internet activity, and the at least one display policy includes an Internet usage control policy relating to control of the Internet activity, wherein the policy agent is configured to apply the Internet usage control policy to the Internet activity and determine the at least one command based on results of the Internet usage control policy being applied to the Internet activity, whereby the policy agent is configured to operate in conjunction with existing network filtering mechanisms already associated with an operating system and/or web browsers or search engines such that the policy agent is notified when the existing network filtering mechanism is activated causing the policy agent to apply the Internet usage control policy to a type of Internet activity classified by the existing network filtering mechanism. a policy agent configured to receive activity information, apply at least one display policy to the activity information, and determine at least one command based on results of the at least one display policy being applied to the activity information; and a multi-colored indicator unit, located on a non-display screen area of the computing device, configured to display at least one of a plurality of colors based on the at least one command, wherein the activity information includes Internet activity, and the at least one display policy includes an Internet usage control policy relating to control of the Internet activity, wherein the policy agent is configured to apply the Internet usage control policy to the Internet activity and determine the at least one command based on results of the Internet usage control policy being applied to the Internet activity, whereby the policy agent is configured to operate in conjunction with existing network filtering mechanisms already associated with an operating system and/or web browsers or search engines such that the policy agent is notified when the existing network filtering mechanism is activated causing the policy agent to apply the Internet usage control policy to a type of Internet activity classified by the existing network filtering mechanism.
A method for converting image data in a first format into image data in a second format, the image data in the first format having a first frame frequency and a first line frequency, the image data in the second format having a second frame frequency and a second line frequency, the input image data and the output image data differing in at least one of three parameters: - exposure timing of input odd and even fields; - frame rate; and - line frequency; the method comprising the steps of: - retrieving respective signals required for producing image data of an odd field and an even field in the second format, out of moving image data in the first format from a memory to which the moving image data in the first format is written, every odd field period and every even field period in the second format, respectively; - converting the retrieved image data into first image data and second image data, both image data having the second line frequency; - outputting the image data of the odd field in the second format by mixing image data of an odd field of the first image data and image data of an odd field of the second image data at a predetermined mixing ratio; - outputting the image data of the even field in the second format by mixing image data of an even field of the first image data and image data of an even field of the second image data at a predetermined mixing ratio; and - changing the mixing ratios every field period in the second format. - exposure timing of input odd and even fields; - frame rate; and - line frequency; - retrieving respective signals required for producing image data of an odd field and an even field in the second format, out of moving image data in the first format from a memory to which the moving image data in the first format is written, every odd field period and every even field period in the second format, respectively; - converting the retrieved image data into first image data and second image data, both image data having the second line frequency; - outputting the image data of the odd field in the second format by mixing image data of an odd field of the first image data and image data of an odd field of the second image data at a predetermined mixing ratio; - outputting the image data of the even field in the second format by mixing image data of an even field of the first image data and image data of an even field of the second image data at a predetermined mixing ratio; and - changing the mixing ratios every field period in the second format.