mhurhangee/patent-ind-claim-en huggingface dataset:
A color wheel device comprising: a color wheel chamber , the color wheel chamber being used for accommodating a color wheel module , the color wheel chamber being provided with an air inlet and an air outlet ; the color wheel module carrying a wavelength conversion layer configured to generate excited light under irradiation of excitation light; and a heat exchanger , characterized in that the heat exchanger comprising a heat-exchange core, the heat-exchange core being provided with a first channel through which air in the color wheel chamber passes, the air outlet of the color wheel chamber being communicated with a heat-exchange inlet of the first channel, and a heat-exchange outlet of the first channel being communicated with the air inlet of the color wheel chamber to form a closed circulating air duct ; the first channel having multiple layers spaced apart from one another, and a space between two adjacent layers of the first channel forming a second channel for outside air passing; the second channel having an air inlet and an air outlet provided on two opposite surfaces of the heat exchanger , respectively; and the color wheel device further comprises an air propulsion device configured to drive air in the circulating air duct to flow. a color wheel chamber , the color wheel chamber being used for accommodating a color wheel module , the color wheel chamber being provided with an air inlet and an air outlet ; the color wheel module carrying a wavelength conversion layer configured to generate excited light under irradiation of excitation light; and a heat exchanger , characterized in that the heat exchanger comprising a heat-exchange core, the heat-exchange core being provided with a first channel through which air in the color wheel chamber passes, the air outlet of the color wheel chamber being communicated with a heat-exchange inlet of the first channel, and a heat-exchange outlet of the first channel being communicated with the air inlet of the color wheel chamber to form a closed circulating air duct ; the first channel having multiple layers spaced apart from one another, and a space between two adjacent layers of the first channel forming a second channel for outside air passing; the second channel having an air inlet and an air outlet provided on two opposite surfaces of the heat exchanger , respectively; and the color wheel device further comprises an air propulsion device configured to drive air in the circulating air duct to flow.
Device for transporting a medium, having at least one channel which extends in an axial direction and through which the medium is guided, wherein the respective channel is surrounded by an electrically conductive inner envelope which is connected to an equipotential bonding conductor , and having an outer casing , wherein an electrically conductive outer envelope is provided between the channel and the outer casing , wherein the outer envelope is connected to an electrically conductive equipotential bonding conductor , wherein an electrically insulating intermediate layer is arranged between the channel and the outer envelope , wherein the intermediate layer is made of heat-insulating material, wherein the device has at least one end piece on which a cap is applied, characterised in that the outer casing is electrically conductive with an electrical resistance of ≤ 10 9 Ωm, wherein the cap is electrically conductive and wherein a conductive heat-shrink tubing is applied on the cap and on regions of the outer casing , and secures the cap and conductively connects the latter to the outer casing .
A wadding structure for use as padding obtained by the method according to claims 4-9, characterized in that it comprises a plurality of said fibres bound together by said resin with uniform finish; said finish being more or less dense; the density of the finish entailing a variation of the thickness of the product given the same fibres used; said finish being applied on the surface of the wadding.
Shoe press comprising a fixed support structure , a flexible belt rotating about said fixed support structure which flexible belt can be pushed against a bearing element to define a pressure nip (N), a shoe connected with the fixed support structure and arranged with respect to the belt so as to push the latter towards the bearing element in correspondence of the nip (N) by effect of a pressure exerted on the same shoe by corresponding loading means, wherein said loading means are constituted by hydraulic cylinders each of which has a chamber formed by a corresponding passing hole formed in the fixed support structure and a rod which on one side is free to slide in said hole and on the other side transmits pressure to the shoe , wherein said hydraulic cylinders are arranged side by side along two rows oriented parallel to a longitudinal direction of the fixed support structure, wherein said fixed support structure comprises a support element oriented parallel to the shoe and arranged below the latter, wherein said support element is made by superimposed bodies , with a first body which is the lowest body of the group and in which there are formed a plurality of conduits for feeding a hydraulic fluid, with a second body that is placed above the first body in which there are multiple holes that constitute the said chambers , the latter being in communication with said conduits and , and with a third body which is above the second body and is provided with holes in which the said rods are free to slide, each of said feeding conduits feeds the hydraulic fluid to a respective row of said chambers characterized in that said feeding conduits are formed by grooves provided on an inner surface of said first body .
A system for determining a distance to an object comprising: - a solid-state light source arranged for projecting a pattern of discrete spots of laser light towards said object in a sequence of pulses; - a detector comprising a plurality of picture elements, said detector being configured for detecting light representing said pattern of discrete spots as reflected by said object in synchronization with said sequence of pulses; and - processing means configured to calculate said distance to said object as a function of exposure values generated by said picture elements in response to said detected light based on the amount of temporal overlap between the pulse emission window and the arrival of the reflected pulse by applying range gating to said sequence of pulses; wherein said picture elements are configured to generate said exposure values by accumulating, for all of the pulses of said sequence, a first amount of electrical charge representative of a first amount of light reflected by said object during a first predetermined time window overlapping with the pulse emission time window and a second electrical charge representative of a second amount of light reflected by said object during a second predetermined time window , said second predetermined time window occurring after said first predetermined time window ; wherein each of said plurality of picture elements comprises at least two sets of charge storage wells, each set of charge storage wells being configured as a cascade so as to form a greater total charge storage capacity, said detecting of said first amount of light and said detecting of said second amount of light occurring at respective ones of said cascades. - a solid-state light source arranged for projecting a pattern of discrete spots of laser light towards said object in a sequence of pulses; - a detector comprising a plurality of picture elements, said detector being configured for detecting light representing said pattern of discrete spots as reflected by said object in synchronization with said sequence of pulses; and - processing means configured to calculate said distance to said object as a function of exposure values generated by said picture elements in response to said detected light based on the amount of temporal overlap between the pulse emission window and the arrival of the reflected pulse by applying range gating to said sequence of pulses;
Substrate partially coated, in localized treatment, on at least one of its faces, with a composition comprising reflective particles, a nanometric filler comprising a pyrogenic colloidal silica, and a binder.
A composition comprising a perfume mixture, wherein (a) said perfume mixture comprises 75% to 100% of Functional Perfume Components (FPCs), by weight of said perfume mixture, and said FPC mixture consists of, by weight of said perfume mixture: 5% to 50% of benzyl acetate; 5% to 35% of iso-nonyl acetate; 5% to 45% dihydro myrcenol; and 15% to 45% linalool, wherein said composition is substantially free of a Volatile Organic compound (VOC), meaning it has no more than 18%, by weight of said composition, of VOCs; or (b) said perfume mixture comprises a FPC mixture, said FPC mixture consists of, by weight of said perfume mixture: 5% to 10% of benzyl acetate; 5% to 35% of iso-nonyl acetate; 20% to 45% dihydro myrcenol; and 35% to 45% linalool wherein said composition is free of a VOC; wherein VOCs mean volatile organic compounds that have a vapor pressure of greater than 0.2 mm Hg (26.7 Pa) measured at 20 °C. (a) said perfume mixture comprises 75% to 100% of Functional Perfume Components (FPCs), by weight of said perfume mixture, and said FPC mixture consists of, by weight of said perfume mixture: 5% to 50% of benzyl acetate; 5% to 35% of iso-nonyl acetate; 5% to 45% dihydro myrcenol; and 15% to 45% linalool, wherein said composition is substantially free of a Volatile Organic compound (VOC), meaning it has no more than 18%, by weight of said composition, of VOCs; or 5% to 50% of benzyl acetate; 5% to 35% of iso-nonyl acetate; 5% to 45% dihydro myrcenol; and 15% to 45% linalool, wherein said composition is substantially free of a Volatile Organic compound (VOC), meaning it has no more than 18%, by weight of said composition, of VOCs; or (b) said perfume mixture comprises a FPC mixture, said FPC mixture consists of, by weight of said perfume mixture: 5% to 10% of benzyl acetate; 5% to 35% of iso-nonyl acetate; 20% to 45% dihydro myrcenol; and 35% to 45% linalool 5% to 10% of benzyl acetate; 5% to 35% of iso-nonyl acetate; 20% to 45% dihydro myrcenol; and 35% to 45% linalool
A slide grinding body comprising two tapering sections that originate from a base section in a curved manner or in a curved and helical manner, wherein the geometry of the base cross-section has curved flanks, wherein the central base cross-section is the largest and the cross-section decreases toward the tips of the sections .
A method comprising: detecting , by a user equipment, an occurrence of a particular type of measurement event for a secondary component carrier that is used for communication with a second network access node, where the detecting is performed by the user equipment while the user equipment is in communication with a first network access node via a primary component carrier; in response to detection of the particular type of measurement event, generating , by the user equipment, a measurement report for the secondary component carrier; sending, by the user equipment the measurement report to the first network access node; and in response to the particular type of measurement event comprising an event A4 'neighbour becomes better than threshold', the first network access node having previously attempted to activate the secondary component carrier and user equipment requirements being according to a de-activated secondary component carrier, causing, by the user equipment, the user equipment requirements for the secondary component carrier to autonomously follow requirements of an activated secondary component carrier. detecting , by a user equipment, an occurrence of a particular type of measurement event for a secondary component carrier that is used for communication with a second network access node, where the detecting is performed by the user equipment while the user equipment is in communication with a first network access node via a primary component carrier; in response to detection of the particular type of measurement event, generating , by the user equipment, a measurement report for the secondary component carrier; sending, by the user equipment the measurement report to the first network access node; and in response to the particular type of measurement event comprising an event A4 'neighbour becomes better than threshold', the first network access node having previously attempted to activate the secondary component carrier and user equipment requirements being according to a de-activated secondary component carrier, causing, by the user equipment, the user equipment requirements for the secondary component carrier to autonomously follow requirements of an activated secondary component carrier.
A method comprising: (i) denaturing a plurality of genomic DNA molecules; (ii) attaching a plurality of primers to the denatured DNA molecules, so that the DNA molecules have a plurality of sites to which a primer is attached; (iii) extending primers attached to the DNA molecules with a polymerase; (iv) dividing the DNA molecules into a plurality of chambers; (v) adding a polynucleotide barcode to one end of at least a portion of the primers, wherein a different polynucleotide barcode is added to each of the plurality of chambers; (vi) pooling the samples from at least a plurality of the chambers; (vii) redistributing the pooled samples into a further plurality of chambers; (viii) repeating steps (v) and (vi), thereby adding a polynucleotide barcode to the end of at least a portion of the primers, wherein a different polynucleotide barcode is added to each of the further plurality of chambers, and pooling the samples; (ix) sequencing the genomic DNA and the polynucleotide barcode; and (x) assembling the plurality of short reads having identical barcodes into a single long read synthetic polynucleotide sequence. (i) denaturing a plurality of genomic DNA molecules; (ii) attaching a plurality of primers to the denatured DNA molecules, so that the DNA molecules have a plurality of sites to which a primer is attached; (iii) extending primers attached to the DNA molecules with a polymerase; (iv) dividing the DNA molecules into a plurality of chambers; (v) adding a polynucleotide barcode to one end of at least a portion of the primers, wherein a different polynucleotide barcode is added to each of the plurality of chambers; (vi) pooling the samples from at least a plurality of the chambers; (vii) redistributing the pooled samples into a further plurality of chambers; (viii) repeating steps (v) and (vi), thereby adding a polynucleotide barcode to the end of at least a portion of the primers, wherein a different polynucleotide barcode is added to each of the further plurality of chambers, and pooling the samples; (ix) sequencing the genomic DNA and the polynucleotide barcode; and (x) assembling the plurality of short reads having identical barcodes into a single long read synthetic polynucleotide sequence.
A display device suitable for head-mounting, comprising a light source configured to emit light beams for forming an image, an optical system configured to guide the light beams to a beam forming element , and the beam forming element configured to converge each set of multiple sets of the light beams into a different point of convergence , wherein the display device further comprises an optical displacer arranged between the light source and the optical system and configured to produce multiple sets of the light beams by spatially separating the light beams received from the light source into two differently polarized sets of light beams , and a polarization modulator arranged between the light source and the optical displacer and configured to polarize, when activated, the light beams provided to the optical displacer , and wherein the display device is characterized in that it is configured to activate the polarization modulator based on a brightness of the light beams . a light source configured to emit light beams for forming an image, an optical system configured to guide the light beams to a beam forming element , and the beam forming element configured to converge each set of multiple sets of the light beams into a different point of convergence , wherein the display device further comprises an optical displacer arranged between the light source and the optical system and configured to produce multiple sets of the light beams by spatially separating the light beams received from the light source into two differently polarized sets of light beams , and a polarization modulator arranged between the light source and the optical displacer and configured to polarize, when activated, the light beams provided to the optical displacer , and wherein the display device is characterized in that it is configured to activate the polarization modulator based on a brightness of the light beams .
An actuator device for converting an electrical input into a mechanical output comprising: a field-driven electroactive polymer actuator ; a current sensor for sensing a current flowing to the electroactive polymer actuator; and a control circuit for driving the electroactive polymer actuator, wherein the control circuit comprises a controllable voltage source , wherein the control circuit is adapted to control the driving of the actuator in dependence on the sensed current, thereby to provide a predetermined charge delivery to the actuator based on current monitoring to implement particular changes in actuation level and then to maintain an actuation level using voltage control. a field-driven electroactive polymer actuator ; a current sensor for sensing a current flowing to the electroactive polymer actuator; and a control circuit for driving the electroactive polymer actuator, wherein the control circuit comprises a controllable voltage source , wherein the control circuit is adapted to control the driving of the actuator in dependence on the sensed current, thereby to provide a predetermined charge delivery to the actuator based on current monitoring to implement particular changes in actuation level and then to maintain an actuation level using voltage control.
An element substrate comprising: a plurality of printing elements configured to generate energy to be used to discharge liquid; and a delay circuit configured to delay a heat enable signal to be used to drive the printing elements; wherein the delay circuit includes: a first delay buffer group formed by series-connecting a plurality of buffer circuits in which the heat enable signal is transferred while being delayed by the plurality of buffer circuits; a second delay buffer group formed by series-connecting a plurality of buffer circuits in which the heat enable signal is transferred while being delayed by the plurality of buffer circuits in a direction different from an arrayed direction of the plurality of buffer circuits of the first delay buffer group; and characterised in that the delay circuit further includes a switchover circuit configured to switch over, in accordance with a control signal, a delay sequence in a case of using the heat enable signal to drive each of the plurality of printing elements by switching over between the first delay buffer group and the second delay buffer group in accordance with the control signal. a plurality of printing elements configured to generate energy to be used to discharge liquid; and a delay circuit configured to delay a heat enable signal to be used to drive the printing elements; wherein the delay circuit includes: a first delay buffer group formed by series-connecting a plurality of buffer circuits in which the heat enable signal is transferred while being delayed by the plurality of buffer circuits; a second delay buffer group formed by series-connecting a plurality of buffer circuits in which the heat enable signal is transferred while being delayed by the plurality of buffer circuits in a direction different from an arrayed direction of the plurality of buffer circuits of the first delay buffer group; and characterised in that the delay circuit further includes a switchover circuit configured to switch over, in accordance with a control signal, a delay sequence in a case of using the heat enable signal to drive each of the plurality of printing elements by switching over between the first delay buffer group and the second delay buffer group in accordance with the control signal. a first delay buffer group formed by series-connecting a plurality of buffer circuits in which the heat enable signal is transferred while being delayed by the plurality of buffer circuits; a second delay buffer group formed by series-connecting a plurality of buffer circuits in which the heat enable signal is transferred while being delayed by the plurality of buffer circuits in a direction different from an arrayed direction of the plurality of buffer circuits of the first delay buffer group; and characterised in that the delay circuit further includes a switchover circuit configured to switch over, in accordance with a control signal, a delay sequence in a case of using the heat enable signal to drive each of the plurality of printing elements by switching over between the first delay buffer group and the second delay buffer group in accordance with the control signal.
Wake or surfboard having an electric drive in addition to the control device and an internal energy supply in the form of a rechargeable energy storage element (battery), wherein the drive and the battery are integrated in the board, and wherein at least the battery can be removed from the board, preferably from the upper side of the board, from a battery compartment and can be electrically disconnected, wherein the battery fits approximately in a positive-locking manner in the battery compartment and in the inserted operating state is connected to an electrical connection device in the battery compartment with electrical connections which comprise two poles, characterised in that the battery compartment has on four sides which are opposite each other in pairs conically tapering walls which at least slightly reduce the battery compartment in the direction towards the base , wherein the walls centre the battery which is provided with complementary walls during insertion and position and guide it until it reaches the connected operating position.
A construction machine comprising: an object detector configured to obtain position information of an object in a work area in an area surrounding the construction machine ; an obtaining part configured to derive a positional relationship between the object and another construction machine in the area surrounding the construction machine based on the position information obtained by the object detector ; and a transmitter part configured to transmit the positional relationship between the object and said another construction machine in the area surrounding the construction machine to said another construction machine based on the positional relationship obtained by the obtaining part . an object detector configured to obtain position information of an object in a work area in an area surrounding the construction machine ; an obtaining part configured to derive a positional relationship between the object and another construction machine in the area surrounding the construction machine based on the position information obtained by the object detector ; and a transmitter part configured to transmit the positional relationship between the object and said another construction machine in the area surrounding the construction machine to said another construction machine based on the positional relationship obtained by the obtaining part .