mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for hair improvement comprising: a keratin polypeptide covalently bound to a hydrophilic polymer, wherein the molecular weight of the keratin polypeptide is 0.5 kDa to 40 kDa, wherein the hydrophilic polymer is a mono-functional polyethylene glycol compound and wherein the composition is water soluble and substantially free of formaldehyde.
Compound 1 having the structure: for use in the treatment of sickle cell disease, wherein 1500 mg/day of Compound 1 is used for treatment.
A computer executed method comprising: using two mode bits to indicate one of whether a tile of pixels or samples has a constant alpha value over the whole tile, or has a varying alpha value; storing a clear bit for each pixel or sample of the tile to indicate whether the pixel or sample is cleared, wherein the clear bit indicates whether the pixel or sample contains a color value or whether it is cleared, wherein the pixel or sample is cleared if it is not covered by any other depicted objects; determining a first respective maximum number of non-clear bits if the tile of pixels or samples has a constant alpha value or determining a second respective maximum number of non-clear bits if the tile of pixels or samples has a varying alpha value, to compress a tile for storage in compressed form; and based on whether the alpha value is varying or constant over the whole tile and whether the number of non-cleared bits is below the respective maximum number of non-cleared bits, storing the tile; wherein storing the tile comprises storing the non-clear color values in full precision when the number of non-cleared bits is smaller than the respective maximum number . using two mode bits to indicate one of whether a tile of pixels or samples has a constant alpha value over the whole tile, or has a varying alpha value; storing a clear bit for each pixel or sample of the tile to indicate whether the pixel or sample is cleared, wherein the clear bit indicates whether the pixel or sample contains a color value or whether it is cleared, wherein the pixel or sample is cleared if it is not covered by any other depicted objects; determining a first respective maximum number of non-clear bits if the tile of pixels or samples has a constant alpha value or determining a second respective maximum number of non-clear bits if the tile of pixels or samples has a varying alpha value, to compress a tile for storage in compressed form; and based on whether the alpha value is varying or constant over the whole tile and whether the number of non-cleared bits is below the respective maximum number of non-cleared bits, storing the tile; wherein storing the tile comprises storing the non-clear color values in full precision when the number of non-cleared bits is smaller than the respective maximum number .
A humanized scFv against IL-1 beta comprising a variable light chain sequence as set forth in SEQ ID No: 8 and a variable heavy chain sequence as set forth in SEQ ID No: 12, wherein the variable light chain sequence, VL, and the variable heavy chain sequence, VH, are connected by a linker with an orientation of N-terminus - VL - linker - VH - C-terminus and wherein the linker comprises 10 to 25 amino acids comprising two to five (GGGGS) repeats. wherein the variable light chain sequence, VL, and the variable heavy chain sequence, VH, are connected by a linker with an orientation of N-terminus - VL - linker - VH - C-terminus and wherein the linker comprises 10 to 25 amino acids comprising two to five (GGGGS) repeats.
A closure device for a container , the container having a neck including an annular flange along an exterior surface of the neck, the closure device comprising: a cap body ; a tamper evident (TE) band , the TE band defined such that, when assembled onto the container, the TE band is positioned below the annular flange for cooperation therewith; a first hinge and a second hinge defined on the cap body; a leash connected to the TE band, the first hinge and the second hinge; the leash allowing for the cap body to be separated from the TE band during opening, but to remain connected thereto via the leash; a tongue protruding from the cap body between the first hinge and the second hinge; when the cap body is actuated from a closed configuration relative to the neck to a fully open position: the leash is configured to retain the cap body to the TE band; an interaction of the tongue and the neck is configured to retain the cap body in the fully open position; characterized in that the interaction of the tongue and the neck is direct. a cap body ; a tamper evident (TE) band , the TE band defined such that, when assembled onto the container, the TE band is positioned below the annular flange for cooperation therewith; a first hinge and a second hinge defined on the cap body; a leash connected to the TE band, the first hinge and the second hinge; the leash allowing for the cap body to be separated from the TE band during opening, but to remain connected thereto via the leash; a tongue protruding from the cap body between the first hinge and the second hinge; when the cap body is actuated from a closed configuration relative to the neck to a fully open position: the leash is configured to retain the cap body to the TE band; an interaction of the tongue and the neck is configured to retain the cap body in the fully open position; characterized in that the leash is configured to retain the cap body to the TE band; an interaction of the tongue and the neck is configured to retain the cap body in the fully open position; the interaction of the tongue and the neck is direct.
A progressive addition lens with simultaneous myopic defocus providing microlenses, where the power variation surface provides at least - a designated distance portion located in an upper section of the progressive addition lens adapted to distance vision; - a designated near portion located in a lower section of the progressive addition lens, the near portion including a near reference point defining the apex of the near portion and having a near dioptric power adapted to near vision; and - a designated intermediate corridor extending between the designated distance portion and the designated near portion ; where a number of microlenses is superimposed on a surface of the progressive addition lens , characterised in that microlenses are excluded from all areas of said surface which are located below a notional line that extends from nasal to temporal limits of the progressive addition lens at a vertical coordinate (y) above the near reference point where the vertical coordinate (y) lies at a distance above the near reference point with the distance being in a range between 1.5 mm and 3 mm. - a designated distance portion located in an upper section of the progressive addition lens adapted to distance vision; - a designated near portion located in a lower section of the progressive addition lens, the near portion including a near reference point defining the apex of the near portion and having a near dioptric power adapted to near vision; and - a designated intermediate corridor extending between the designated distance portion and the designated near portion ; where a number of microlenses is superimposed on a surface of the progressive addition lens , characterised in that microlenses are excluded from all areas of said surface which are located below a notional line that extends from nasal to temporal limits of the progressive addition lens at a vertical coordinate (y) above the near reference point where the vertical coordinate (y) lies at a distance above the near reference point with the distance being in a range between 1.5 mm and 3 mm.
A strain change measurement method comprising: by a strain change measurement apparatus, inputting first chirped pulsed light having a chirp having a frequency changing linearly with time to a measurement target optical fiber branched by a coupler to acquire a signal of first scattered light regarding the first chirped pulsed light; by the strain change measurement apparatus, inputting second chirped pulsed light having a chirp obtained by time axial inversion with respect to the first chirped pulsed light to the measurement target optical fiber to acquire a signal of second scattered light regarding the second chirped pulsed light; and by the strain change measurement apparatus, determining a shift amount allowing for maximization of a correlation between a waveform obtained by inverting the signal of the first scattered light around the time axis and further shifting and a waveform of the signal of the second scattered light, and using the shift amount to calculate a change in a strain amount in the measurement target optical fiber. by a strain change measurement apparatus, inputting first chirped pulsed light having a chirp having a frequency changing linearly with time to a measurement target optical fiber branched by a coupler to acquire a signal of first scattered light regarding the first chirped pulsed light; by the strain change measurement apparatus, inputting second chirped pulsed light having a chirp obtained by time axial inversion with respect to the first chirped pulsed light to the measurement target optical fiber to acquire a signal of second scattered light regarding the second chirped pulsed light; and by the strain change measurement apparatus, determining a shift amount allowing for maximization of a correlation between a waveform obtained by inverting the signal of the first scattered light around the time axis and further shifting and a waveform of the signal of the second scattered light, and using the shift amount to calculate a change in a strain amount in the measurement target optical fiber.
An arrangement for cladding a commercial vehicle , preferably a lorry, comprising: an outer side cladding , preferably a longitudinal outer side cladding; a holder for holding the outer side cladding on the commercial vehicle ; a pivoting device which connects the outer side cladding to the holder such that it can be pivoted in a substantially horizontally parallel manner, and a guide rod which is pivotably held on the holder at one end and is pivotably held on the outer side cladding at an opposite end, characterized in that the guide rod has an adjusting mechanism, preferably a threaded rod, for changing an axial length of the guide rod , preferably for setting an orientation of the outer side cladding in a closed position of the outer side cladding . an outer side cladding , preferably a longitudinal outer side cladding; a holder for holding the outer side cladding on the commercial vehicle ; a pivoting device which connects the outer side cladding to the holder such that it can be pivoted in a substantially horizontally parallel manner, and a guide rod which is pivotably held on the holder at one end and is pivotably held on the outer side cladding at an opposite end, characterized in that the guide rod has an adjusting mechanism, preferably a threaded rod, for changing an axial length of the guide rod , preferably for setting an orientation of the outer side cladding in a closed position of the outer side cladding .
A device comprising: a light emitting diode (LED) , wherein the LED comprises anode and cathode connections ; an electrically conducting substrate to forward bias the LED, wherein the electrically conducting substrate includes - electrically isolated members that electrically connect to the anode and cathode connections on the LED, and - external portions configured to electrically connect the electrically conducting substrate to a power source; a lens disposed over said LED ; and a polymer body molded over the electrically conducting substrate and in direct contact with the lens , wherein the external portions protrude from the polymer body ; characterized in that , the polymer body is molded around the LED , the lens , and the electrically conducting substrate , and wherein the lens protrudes from the polymer body . a light emitting diode (LED) , wherein the LED comprises anode and cathode connections ; an electrically conducting substrate to forward bias the LED, wherein the electrically conducting substrate includes - electrically isolated members that electrically connect to the anode and cathode connections on the LED, and - external portions configured to electrically connect the electrically conducting substrate to a power source; wherein the LED comprises anode and cathode connections ; an electrically conducting substrate to forward bias the LED, wherein the electrically conducting substrate includes - electrically isolated members that electrically connect to the anode and cathode connections on the LED, and - external portions configured to electrically connect the electrically conducting substrate to a power source; - electrically isolated members that electrically connect to the anode and cathode connections on the LED, and - external portions configured to electrically connect the electrically conducting substrate to a power source; a lens disposed over said LED ; and a polymer body molded over the electrically conducting substrate and in direct contact with the lens , wherein the external portions protrude from the polymer body ; characterized in that , wherein the external portions protrude from the polymer body ; characterized in that , the polymer body is molded around the LED , the lens , and the electrically conducting substrate , and wherein the lens protrudes from the polymer body .
A friction disk comprising: a friction disk core comprising a first depression in a first surface of the friction disk core and a second depression in a second surface of the friction disk core opposite the first surface , wherein the first depression is axially aligned with the second depression , and wherein a portion of the friction disk core is located between the first depression and the second depression; a first wear liner coupled to the first surface of the friction disk core and comprising a first protrusion extending from a first non-wear surface of the first wear liner, wherein the first protrusion is positioned within the first depression ; a second wear liner coupled to the second surface of the friction disk core and comprising a second protrusion extending from a second non-wear surface of the second wear liner , wherein the second protrusion is positioned within the second depression ; and a fastener extending from the first wear liner to the second wear liner , wherein the fastener is located through the first protrusion and the second protrusion , and wherein a first head of the fastener is recessed with respect to a first wear surface of the first wear liner and a second head of the fastener opposite the first head is recessed with respect to a second wear surface of the second wear liner . a friction disk core comprising a first depression in a first surface of the friction disk core and a second depression in a second surface of the friction disk core opposite the first surface , wherein the first depression is axially aligned with the second depression , and wherein a portion of the friction disk core is located between the first depression and the second depression; a first wear liner coupled to the first surface of the friction disk core and comprising a first protrusion extending from a first non-wear surface of the first wear liner, wherein the first protrusion is positioned within the first depression ; a second wear liner coupled to the second surface of the friction disk core and comprising a second protrusion extending from a second non-wear surface of the second wear liner , wherein the second protrusion is positioned within the second depression ; and a fastener extending from the first wear liner to the second wear liner , wherein the fastener is located through the first protrusion and the second protrusion , and wherein a first head of the fastener is recessed with respect to a first wear surface of the first wear liner and a second head of the fastener opposite the first head is recessed with respect to a second wear surface of the second wear liner .
Reducing agent tank (T) for a reducing agent and preferably for installation on a motor vehicle, having a housing for accommodating the reducing agent, having a tank segment , and preferably having a delivery module for delivering the reducing agent, and having a tank element of plastics material, characterized in that the plastics material is additized with at least one additional material for increasing the thermal conductivity.
A drawer frame having a wall body , on which means for fixing a further second wall body and means for fixing a further third wall body are provided, wherein at least one decorative element is fixed on a surface of the wall body , wherein the at least one decorative element is adhesively bonded so it can be repeatedly released on the wall body via a first adhesive , wherein the first adhesive adheres on one side of a carrier material and a second adhesive adheres on the carrier material on the side opposite to the first adhesive , characterized in that the adhesion of the second adhesive is higher than the adhesion of the first adhesive .
A headphone, comprising a gyroscope and a transmission assembly , wherein the gyroscope is configured to sense a bone conduction vibration and provide a quadrature error signal for reflecting the bone conduction vibration; the transmission assembly is configured to act directly or indirectly on the gyroscope or an inertial measurement unit (IMU) comprising the gyroscope , the transmission assembly has at least one end fixed to a shell of the headphone and at least one end connected to, abutting against, or spaced a certain distance from the gyroscope or the IMU comprising the gyroscope , the transmission assembly is further configured to transmit the bone conduction vibration to the gyroscope to make the gyroscope strain, thereby causing the quadrature error signal of the gyroscope to change; and wherein the transmission assembly includes transmission bars, the connection of the transmission bars to the shell defining sensing positions; wherein when the headphone is worn, the sensing positions are located within the wearer's ear canal in contact with the wall of the ear canal, and the sensing positions are adapted to receive bone conduction vibrations generated by the wearer's speech.
Method for fabricating a Heterojunction Bipolar Transistor , the method comprising: providing a semiconductor support layer ; forming an even number of at least four elongated wall structures on the support layer , wherein the wall structures are arranged side-by-side at a regular interval; forming an odd number of at least three semiconductor collector-material ridge structures on the support layer , wherein each ridge structure is formed between two adjacent wall structures ; forming a semiconductor base-material layer on a determined ridge structure of the at least three ridge structures , wherein the determined ridge structure is between two ridge structures of said at least three ridge structures ; forming a semiconductor emitter-material layer on the base-material layer ; extending the base-material layer epitaxially so that it coherently covers all the wall structures and all the ridge structures ; selectively removing all said ridge structures except the determined ridge structure ; and filling spaces formed by removing said ridge structures with an insulator material or air. providing a semiconductor support layer ; forming an even number of at least four elongated wall structures on the support layer , wherein the wall structures are arranged side-by-side at a regular interval; forming an odd number of at least three semiconductor collector-material ridge structures on the support layer , wherein each ridge structure is formed between two adjacent wall structures ; forming a semiconductor base-material layer on a determined ridge structure of the at least three ridge structures , wherein the determined ridge structure is between two ridge structures of said at least three ridge structures ; forming a semiconductor emitter-material layer on the base-material layer ; extending the base-material layer epitaxially so that it coherently covers all the wall structures and all the ridge structures ; selectively removing all said ridge structures except the determined ridge structure ; and filling spaces formed by removing said ridge structures with an insulator material or air.
A display device , comprising: a substrate ; a sub-pixel portion disposed on the substrate ; and a wiring electrode electrically connected to the sub-pixel portion , wherein the sub-pixel portion comprises: a first light emitting portion and a second light emitting portion configured to output light of a same color and spaced apart with a groove therebetween, wherein the wiring electrode comprises: a base electrode (1040-1) configured to transmit a same electric signal to the first light emitting portion and the second light emitting portion , a first sub-electrode extended from the base electrode (1040-1) and electrically connected to the first light emitting portion , and a second sub-electrode extended from the base electrode (1040-1) and electrically connected to the second light emitting portion , and wherein the first light emitting portion and the second light emitting portion share at least one semiconductor layer. a substrate ; a sub-pixel portion disposed on the substrate ; and a wiring electrode electrically connected to the sub-pixel portion , wherein the sub-pixel portion comprises: a first light emitting portion and a second light emitting portion configured to output light of a same color and spaced apart with a groove therebetween, wherein the wiring electrode comprises: a base electrode (1040-1) configured to transmit a same electric signal to the first light emitting portion and the second light emitting portion , a first sub-electrode extended from the base electrode (1040-1) and electrically connected to the first light emitting portion , and a second sub-electrode extended from the base electrode (1040-1) and electrically connected to the second light emitting portion , and wherein the first light emitting portion and the second light emitting portion share at least one semiconductor layer. a first light emitting portion and a second light emitting portion configured to output light of a same color and spaced apart with a groove therebetween, wherein the wiring electrode comprises: a base electrode (1040-1) configured to transmit a same electric signal to the first light emitting portion and the second light emitting portion , a first sub-electrode extended from the base electrode (1040-1) and electrically connected to the first light emitting portion , and a second sub-electrode extended from the base electrode (1040-1) and electrically connected to the second light emitting portion , and wherein the first light emitting portion and the second light emitting portion share at least one semiconductor layer. a base electrode (1040-1) configured to transmit a same electric signal to the first light emitting portion and the second light emitting portion , a first sub-electrode extended from the base electrode (1040-1) and electrically connected to the first light emitting portion , and a second sub-electrode extended from the base electrode (1040-1) and electrically connected to the second light emitting portion , and wherein the first light emitting portion and the second light emitting portion share at least one semiconductor layer.