mhurhangee/patent-ind-claim-en huggingface dataset:
A positive electrode active material for a lithium secondary cell, having a layered structure and comprising at least nickel, cobalt and manganese, the positive electrode active material satisfying requirements , and below: a composition represented by a composition formula: Li[Li x (Ni α Co β Mn γ M δ ) 1-x ]O 2 , wherein 0 ≦ x ≦ 0.10, 0.30 < α ≦ 0.34, 0.30 < β ≦ 0.34, 0.32 ≦ γ < 0.40, 0 ≦ δ ≦ 0.10, β < γ, δ + α + β + γ = 1, M represents at least one metal selected from the group consisting of Fe, Cu, Ti, Mg, Al, W, Zn, Sn, Zr, Ga and V; a secondary particle diameter of 2μm or more and 10μm or less; and a maximum peak value in a pore diameter range of 90nm to 150nm in a pore diameter distribution determined by mercury porosimetry, wherein the positive electrode active material has a BET specific surface area of 1.5m 2 /g or more and 2.5m 2 /g or less. a composition represented by a composition formula: Li[Li x (Ni α Co β Mn γ M δ ) 1-x ]O 2 , wherein 0 ≦ x ≦ 0.10, 0.30 < α ≦ 0.34, 0.30 < β ≦ 0.34, 0.32 ≦ γ < 0.40, 0 ≦ δ ≦ 0.10, β < γ, δ + α + β + γ = 1, M represents at least one metal selected from the group consisting of Fe, Cu, Ti, Mg, Al, W, Zn, Sn, Zr, Ga and V; a secondary particle diameter of 2μm or more and 10μm or less; and a maximum peak value in a pore diameter range of 90nm to 150nm in a pore diameter distribution determined by mercury porosimetry,
A grass cutting head , comprising: a spool provided with a winding groove configured to wind a grass cutting line ; a head housing configured to accommodate at least part of the spool; characterized in that the grass cutting head further comprises: a first guiding structure formed on the head housing or connected to the head housing, the first guiding structure being configured to guide the grass cutting line through the head housing without entering the spool when threading the grass cutting line; and a second guiding structure formed on the spool or connected to the spool, the second guiding structure being configured to guide the grass cutting line to leave the first guiding structure and be wound around the winding groove of the spool by relative rotation created between the spool and the head housing when threading the grass cutting line. a spool provided with a winding groove configured to wind a grass cutting line ; a head housing configured to accommodate at least part of the spool; characterized in that the grass cutting head further comprises: a first guiding structure formed on the head housing or connected to the head housing, the first guiding structure being configured to guide the grass cutting line through the head housing without entering the spool when threading the grass cutting line; and a second guiding structure formed on the spool or connected to the spool, the second guiding structure being configured to guide the grass cutting line to leave the first guiding structure and be wound around the winding groove of the spool by relative rotation created between the spool and the head housing when threading the grass cutting line. a first guiding structure formed on the head housing or connected to the head housing, the first guiding structure being configured to guide the grass cutting line through the head housing without entering the spool when threading the grass cutting line; and a second guiding structure formed on the spool or connected to the spool, the second guiding structure being configured to guide the grass cutting line to leave the first guiding structure and be wound around the winding groove of the spool by relative rotation created between the spool and the head housing when threading the grass cutting line.
A light controller system for selecting one of a plurality of color shows generated by at least one of light emitting diode landscape, pool, and spa lights with decode circuitry for receiving and processing a clipped or truncated AC voltage, the light controller system comprising: an overlay indicating the plurality of color shows available to select from; a selector adjacent to the overlay positioned to select one of the plurality of color shows; a microcontroller in communication with the selector and configured to receive information on a position of the selector ; characterized in that the light controller system comprises a triac circuit in communication with the microcontroller and configured to provide communication between an AC source the at least one of light emitting diode landscape, pool, and spa lights, the microcontroller being configured to control the at least one of light emitting diode landscape, pool, and spa lights using the triac circuit in response to the position of the selector by outputting a specific number of voltage pulses capable of being interpreted by the decode circuitry of the at least one of light emitting diode landscape, pool, and spa lights as one of the plurality of color shows. an overlay indicating the plurality of color shows available to select from; a selector adjacent to the overlay positioned to select one of the plurality of color shows; a microcontroller in communication with the selector and configured to receive information on a position of the selector ; characterized in that the light controller system comprises a triac circuit in communication with the microcontroller and configured to provide communication between an AC source the at least one of light emitting diode landscape, pool, and spa lights, the microcontroller being configured to control the at least one of light emitting diode landscape, pool, and spa lights using the triac circuit in response to the position of the selector by outputting a specific number of voltage pulses capable of being interpreted by the decode circuitry of the at least one of light emitting diode landscape, pool, and spa lights as one of the plurality of color shows.
Method for manufacturing a plurality of electrically heatable heating bodies for an evaporator device for an inhaler, in particular for an electronic cigaratte product, and having at least one passage opening for evaporating liquid contained in the passage opening , characterised by - providing a plate-like semiconductor material , - incorporating a plurality of passage openings extending in the direction of the surface normal of the semiconductor material through the semiconductor material , - separating the semiconductor material along at least one separation line to provide the plurality of heating bodies , and - arranging a number of sealing members corresponding to at least the number of heating bodies in such a manner that each passage opening is circumferentially enclosed by a sealing member . - providing a plate-like semiconductor material , - incorporating a plurality of passage openings extending in the direction of the surface normal of the semiconductor material through the semiconductor material , - separating the semiconductor material along at least one separation line to provide the plurality of heating bodies , and - arranging a number of sealing members corresponding to at least the number of heating bodies in such a manner that each passage opening is circumferentially enclosed by a sealing member .
A compact hidden hanging-bracket system for wall cupboards, wherein a wall cupboard (M) containing a hanging bracket is hooked to a support fixed to a wall (P) by means of a hook, the system comprising a hanging-bracket comprising a movable hooking tooth which extends from a slide sliding on a base , the system further comprising, in combination, an anti-disengagement group and at least one adjustment group (14, 15; 141), wherein said at least one adjustment group is a vertical adjustment group (14, 15; 141) and is arranged on said slide which slides with respect to said base , wherein maneuvering axes of maneuvering elements are provided for said anti-disengagement group and said at least one vertical adjustment group, wherein said maneuvering axes are always parallel to each other and perpendicular to a sliding axis (S) of said slide and wherein said anti-disengagement group is positioned below the vertical adjustment group.
A method, comprising: detecting , at a first device, a subscriber identity module of a network operator previously associated with a phone number of a second device, wherein the second device was used to register a user identity with a network service external to the network operator, the user identity comprising the phone number of the second device and a first account identifier generated by the network service for allowing the use of the network service by the second device; accessing the network service from the first device; receiving , at the first device, a second account identifier from the network service in response to accessing the network service from the first device; registering the first device with the network service using the second account identifier via a communication channel that utilizes a phone number of the first device to establish communication; and when the phone number of the first device matches the phone number of the second device, the method comprises accessing the network service by the first device, using the user identity previously associated with the second device. detecting , at a first device, a subscriber identity module of a network operator previously associated with a phone number of a second device, wherein the second device was used to register a user identity with a network service external to the network operator, the user identity comprising the phone number of the second device and a first account identifier generated by the network service for allowing the use of the network service by the second device; accessing the network service from the first device; receiving , at the first device, a second account identifier from the network service in response to accessing the network service from the first device; registering the first device with the network service using the second account identifier via a communication channel that utilizes a phone number of the first device to establish communication; and when the phone number of the first device matches the phone number of the second device, the method comprises accessing the network service by the first device, using the user identity previously associated with the second device.
A resource configuration method, comprising: receiving , by a terminal, first configuration information and third configuration information sent by a network device, the first configuration information being configured to indicate a first time period of a first search space where first UpLink/DownLink, UL/DL, configuration information is located, and the third configuration information being configured to determine a starting slot location of the first UL/DL configuration information in the first time period; and receiving , by the terminal, the first UL/DL configuration information based on the first time period and the starting slot location in the first time period. receiving , by a terminal, first configuration information and third configuration information sent by a network device, the first configuration information being configured to indicate a first time period of a first search space where first UpLink/DownLink, UL/DL, configuration information is located, and the third configuration information being configured to determine a starting slot location of the first UL/DL configuration information in the first time period; and receiving , by the terminal, the first UL/DL configuration information based on the first time period and the starting slot location in the first time period.
A video surveillance apparatus for determining whether a target to be captured by a camera having a sensor mounted thereon is obscured by an object in a field of view of the camera , comprising: an identifying means configured to identify the target to be captured by the camera by extracting from a memory stored location data of the target ; a distance measuring means configured to obtain a plurality of distance measurements between the sensor and any object within the field of view based on data received from the sensor to detect an object in the field of view; and a field of view determining means configured to determine, based on the plurality of distance measurements, whether the captured object within the field of view of the camera obscures the target . an identifying means configured to identify the target to be captured by the camera by extracting from a memory stored location data of the target ; a distance measuring means configured to obtain a plurality of distance measurements between the sensor and any object within the field of view based on data received from the sensor to detect an object in the field of view; and a field of view determining means configured to determine, based on the plurality of distance measurements, whether the captured object within the field of view of the camera obscures the target .
Device for characterizing a substance capable of emitting a photoluminescence radiation (Rp) in a first spectral range, the device comprising: - an electroluminescent component , at least semi-transparent in the first spectral range, and comprising first and second opposite surfaces , the first surface being intended to be oriented towards the substance , the electroluminescent component being suitable for emitting an excitation radiation (Re 1 , Re 2 ) outgoing from the first and second surfaces , the excitation radiation (Re 1 , Re 2 ) being emitted in a second spectral range according to a circular polarization state, the excitation radiation (Re 1 ) being suitable for exciting the substance so that the substance can emit the photoluminescence radiation (Rp); - a polarization filter associated with the electroluminescent component , arranged to filter the excitation radiation (Re 2 ) outgoing from the second surface of the electroluminescent component , and suitable for modifying the circular polarization state so as to obtain an extinguishing of the excitation radiation (Re 2 ) outgoing from the second surface of the electroluminescent component ; - a detector , arranged to detect the photoluminescence radiation (Rp) outgoing from the polarization filter , the electroluminescent component and the detector being situated on just one side of the substance. - an electroluminescent component , at least semi-transparent in the first spectral range, and comprising first and second opposite surfaces , the first surface being intended to be oriented towards the substance , the electroluminescent component being suitable for emitting an excitation radiation (Re 1 , Re 2 ) outgoing from the first and second surfaces , the excitation radiation (Re 1 , Re 2 ) being emitted in a second spectral range according to a circular polarization state, the excitation radiation (Re 1 ) being suitable for exciting the substance so that the substance can emit the photoluminescence radiation (Rp); - a polarization filter associated with the electroluminescent component , arranged to filter the excitation radiation (Re 2 ) outgoing from the second surface of the electroluminescent component , and suitable for modifying the circular polarization state so as to obtain an extinguishing of the excitation radiation (Re 2 ) outgoing from the second surface of the electroluminescent component ; - a detector , arranged to detect the photoluminescence radiation (Rp) outgoing from the polarization filter , the electroluminescent component and the detector being situated on just one side of the substance.
A system of elements for strutting of brace legs in an earth-retaining structure of an excavation support system featuring a telescopic spreader acting with a strutting force along the excavation wall, whose extendable section engages with a strutting I-section, perpendicular to the spreader, at an adjacent wall in a rectangular excavation by means of a dismountable pin joint, characterized in that , a spreader , telescopic and terminated with a spreader mounting lug , is attached to one end of each brace leg , thus forming the brace leg extension, while an extendable tensioning unit is attached to the other end of the same brace leg , also providing the brace leg extension, where the tensioning unit comprises an I-section with an axially arranged lug mounted at its one end and a retaining block , featuring a centrally positioned straight-through block hole , rigidly mounted at the other end of the I-section , while between the axially arranged lug and the retaining block , seated on the I-section , there is a sliding panel composed of a base plate , protruding beyond the I-section outline, and two limiting plates attached to the base plate's sides by means of spacing plates , where the limiting plates are attached to the base plate , while upon being tightly fixed together, the base plate , the spacing plates and the limiting plates loosely embrace the I-section flanges, and furthermore, welded to the base plate , there is a transverse retaining element with a centrally positioned straight-through tensioning hole and two parallel lateral lugs , with the block hole and the tensioning hole being penetrated by a tensioning stud with working nuts on both its ends, while in each of the four corners of the rim of brace legs , attached to the brace leg of the first pair of brace legs, the spreader is coupled with the tensioning unit attached to the brace leg of the second pair of brace legs by means of a pin inserted into the overlapping holes of the spreader mounting lug and of the pair of lateral lugs .
Protective device for a two-wheeled motorized vehicle , notably for learning to ride, comprising at least three pairs of metal fittings configured to be respectively fastened on either side of the two-wheeled motorized vehicle , notably at a handlebar , an engine block , a footrest , a saddle and a fork of the two-wheeled motorized vehicle , further comprising thermoplastic pads fastened to each fitting and projecting towards the outside, characterized by the fittings offsetting sliding faces of the pads by at least 5 cm from the two-wheeled motorized vehicle , the sliding faces of the pads being planar and elongate, the protective device comprising at least a first of said pairs of fittings that is configured to be fastened on either side of the handlebar , a second of said pairs of fittings that is configured to be fastened on either side of the engine block , and a third of said pairs of fittings that is configured to be fastened on either side of the two-wheeled motorized vehicle to the rear of the footrests .
A power control method, comprising: sending (S601), by a first device to device, D2D, device, a first message to a second D2D device at a first transmit power, wherein the first message carries information about expected coverage performance of the first D2D device; receiving (S602), by the first D2D device, a second message sent by the second D2D device, wherein the second message carries a coverage ratio of actual coverage performance of the first D2D device relative to the second D2D device, to the expected coverage performance; and adjusting (S603), by the first D2D device, a transmit power of the first message to be a second transmit power according to the coverage ratio. sending (S601), by a first device to device, D2D, device, a first message to a second D2D device at a first transmit power, wherein the first message carries information about expected coverage performance of the first D2D device; receiving (S602), by the first D2D device, a second message sent by the second D2D device, wherein the second message carries a coverage ratio of actual coverage performance of the first D2D device relative to the second D2D device, to the expected coverage performance; and adjusting (S603), by the first D2D device, a transmit power of the first message to be a second transmit power according to the coverage ratio.
A domestic oven comprising a muffle having a flat rear wall and lateral walls extending perpendicularly from the opposite lateral edges on the rear wall ; a cover element made of flat metal sheet fitted on the rear wall from a mounting portion to define a chamber that contains a circulation fan between rear wall and the cover element, and a first removable connection element formed by a projection provided on the rear wall in the mounting portion ; a corresponding extension to be mounted on the cover element , wherein further a second connection element is provided having the form of a mirror-symmetry relative to an axis (x) passing through the middle of the first connection element and the rear wall , characterized in that mutually facing walls of the projection and extension contacting each other are arranged in an inclined form having an angle of inclination (a) relative to the plane of the rear wall .
A compact microscope comprising: an enclosure (11; 703), a support element , a primary optical support element (16; 202) located within the enclosure and supported by the support element, at least one vibration isolating mount between the support element and the primary optical support element, a sample stage (19; 300; 305) supported on the primary optical support element to support a sample , and a return optical system to receive returned light from a sample and transmit returned light to a detection apparatus (37; 701), wherein the return optical system is mounted on the primary optical support element, characterised in that : the return optical system is operable to separate returned light into at least a first wavelength band and a second wavelength band, wherein the detection apparatus comprises an imaging apparatus (437; 608), the return optical system having a first tube lens to focus returned light in a first wavelength band to a first area of the imaging apparatus and a second tube lens to focus returned light in a second wavelength band to a second area of the imaging apparatus, and wherein the first tube lens and second tube lens are independently moveable so as to compensate for differing beam dispersions. an enclosure (11; 703), a support element , a primary optical support element (16; 202) located within the enclosure and supported by the support element, at least one vibration isolating mount between the support element and the primary optical support element, a sample stage (19; 300; 305) supported on the primary optical support element to support a sample , and a return optical system to receive returned light from a sample and transmit returned light to a detection apparatus (37; 701), wherein the return optical system is mounted on the primary optical support element, characterised in that : the return optical system is operable to separate returned light into at least a first wavelength band and a second wavelength band, wherein the detection apparatus comprises an imaging apparatus (437; 608), the return optical system having a first tube lens to focus returned light in a first wavelength band to a first area of the imaging apparatus and a second tube lens to focus returned light in a second wavelength band to a second area of the imaging apparatus, and wherein the first tube lens and second tube lens are independently moveable so as to compensate for differing beam dispersions. the return optical system is operable to separate returned light into at least a first wavelength band and a second wavelength band, wherein the detection apparatus comprises an imaging apparatus (437; 608), the return optical system having a first tube lens to focus returned light in a first wavelength band to a first area of the imaging apparatus and a second tube lens to focus returned light in a second wavelength band to a second area of the imaging apparatus, and wherein the first tube lens and second tube lens are independently moveable so as to compensate for differing beam dispersions.