mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-functional refrigeration system protection device comprising a hermetic or a semi-hermetic compressor with an electric motor positioned upstream from the compression inlet, so that the refrigeration gas is made to pass through the electric motor before it enters the compression inlet of said compressor. - a sensor that measures the temperature of the refrigerant gas after the passage thru the electric motor and just before its compression, - a sensor that measures the temperature of the refrigerant gas at the compressor inlet before its passage thru the electric motor, - a device that measures the difference in temperature (DT) between the two sensors and generates one or more signals to perform one or more functions such as: stopping the compressor due to liquid refrigerant presence beyond the electric motor or faulty crankcase heater, triggering a pre-alarm or an excess superheat alarm, starting a defrost cycle, generating a signal to indicate that the system is running safely and controlling the electronic expansion valve in "one compressor-one evaporator" systems, wherein the detection of the refrigerant liquid presence is not performed on the suction line before the compressor inlet where some liquid can still be evaporated when cooling the electric motor without it representing a risk to the compressor. - a sensor that measures the temperature of the refrigerant gas after the passage thru the electric motor and just before its compression, - a sensor that measures the temperature of the refrigerant gas at the compressor inlet before its passage thru the electric motor, - a device that measures the difference in temperature (DT) between the two sensors and generates one or more signals to perform one or more functions such as: stopping the compressor due to liquid refrigerant presence beyond the electric motor or faulty crankcase heater, triggering a pre-alarm or an excess superheat alarm, starting a defrost cycle, generating a signal to indicate that the system is running safely and controlling the electronic expansion valve in "one compressor-one evaporator" systems,
A polycrystalline CVD synthetic diamond work piece for use in a polycrystalline CVD synthetic diamond tool, the polycrystalline CVD synthetic diamond work piece comprising: a working surface; and a rear mounting surface; wherein an average lateral grain size of the rear mounting surface is no less than 10 μm, and wherein the working surface comprises: (a) smaller diamond grains than the rear mounting surface; (b) an average lateral grain size in a range 10 nm to 15 μm; and (c) a Raman signal generated by a laser focused on the working surface which exhibits both of the following characteristics: an sp3 carbon peak at 1332 cm -1 having a full width half-maximum of no more than 8.0 cm -1 ; and an sp2 carbon peak at 1550 cm -1 having a height which is no more than 20% of a height of an sp3 carbon peak at 1332 cm -1 after background subtraction when using a Raman excitation source at 633 nm. a working surface; and a rear mounting surface; wherein an average lateral grain size of the rear mounting surface is no less than 10 μm, and wherein the working surface comprises: (a) smaller diamond grains than the rear mounting surface; (b) an average lateral grain size in a range 10 nm to 15 μm; and (c) a Raman signal generated by a laser focused on the working surface which exhibits both of the following characteristics: an sp3 carbon peak at 1332 cm -1 having a full width half-maximum of no more than 8.0 cm -1 ; and an sp2 carbon peak at 1550 cm -1 having a height which is no more than 20% of a height of an sp3 carbon peak at 1332 cm -1 after background subtraction when using a Raman excitation source at 633 nm. (a) smaller diamond grains than the rear mounting surface; (b) an average lateral grain size in a range 10 nm to 15 μm; and (c) a Raman signal generated by a laser focused on the working surface which exhibits both of the following characteristics: an sp3 carbon peak at 1332 cm -1 having a full width half-maximum of no more than 8.0 cm -1 ; and an sp2 carbon peak at 1550 cm -1 having a height which is no more than 20% of a height of an sp3 carbon peak at 1332 cm -1 after background subtraction when using a Raman excitation source at 633 nm. an sp3 carbon peak at 1332 cm -1 having a full width half-maximum of no more than 8.0 cm -1 ; and an sp2 carbon peak at 1550 cm -1 having a height which is no more than 20% of a height of an sp3 carbon peak at 1332 cm -1 after background subtraction when using a Raman excitation source at 633 nm.
A pharmaceutically acceptable antimicrobial solution comprising: (i) a C 1-4 alcohol; (ii) an EDTA; and (iii) an antibiotic; wherein said solution has a pH of about 6-8, and wherein said solution comprises a pharmaceutically acceptable excipient or diluent, wherein the antibiotic is a tetracycline such as minocycline or trimethoprim. (i) a C 1-4 alcohol; (ii) an EDTA; and (iii) an antibiotic;
Unitary cicatrisation element, suitable for a direct fixation to a dental implant without use of a post base, comprising a lateral surface designed to be integrated inside a gum in order to structurize the gum, in an anatomical form, during its cicatrisation, and a terminal surface , characterized in that one portion of the lateral surface and of the terminal surface forms an emergent surface, which is asymmetrical with respect to at least a median perpendicular plane to the emergent surface and passing through the center of the emergent surface or having a central axis of the cicatrisation element and in that the emergent surface comprises at least two informative markers making it possible to identify at least two characteristics of said cicatrisation element and/or of said dental implant to which it will be connected, and in that its terminal surface and/or its emergent surface has/have: - a surface with no roughness apart from the informative markers ; and - a surface with no through opening, and characterized in that a cross section to the lateral surface of the cicatrisation element or a projection onto a plane parallel to the terminal surface of the emergent surface of the cicatrisation element has: - a substantially trapezoidal shape or a substantially polygonal, or triangular, or square, or rectangular, or ovoid shape, or a substantially polygonal shape with rounded corners; and/or - a portion designed for a positioning oriented toward the outside of the mouth with larger dimension than a portion designed for a positioning oriented toward the inside. - a surface with no roughness apart from the informative markers ; and - a surface with no through opening, - a substantially trapezoidal shape or a substantially polygonal, or triangular, or square, or rectangular, or ovoid shape, or a substantially polygonal shape with rounded corners; and/or - a portion designed for a positioning oriented toward the outside of the mouth with larger dimension than a portion designed for a positioning oriented toward the inside.
A printing apparatus comprising: a conveying apparatus configured to convey a medium (M) by moving a conveying belt ; and a recording unit configured to perform recording on the moving medium; the conveying apparatus comprising: a cleaning unit ; and characterized by a vapor application unit configured to apply heated vapor to a front surface of the conveying belt separated from the medium; wherein the cleaning unit is configured to clean the front surface to which the vapor is applied by the vapor application unit. a cleaning unit ; and characterized by a vapor application unit configured to apply heated vapor to a front surface of the conveying belt separated from the medium; wherein the cleaning unit is configured to clean the front surface to which the vapor is applied by the vapor application unit.
Display device having: - a carrier plate having a cutout and spatially separated two-dimensional first display regions ; and - an optoelectronic display , which is arranged on the observer side behind the carrier plate and has a two-dimensional second display region covering the cutout in the carrier plate ; characterized by : - a transparent covering , which covers the first and second display regions and, on its observer side, is configured three-dimensionally with regions having different thicknesses, wherein image planes of the first and second display regions are visually emphasized for an observer in regions of greater thickness of the transparent covering as compared to regions of lower thickness, and wherein the transparent covering is connected to the carrier plate and the optoelectronic display by way of optical bonding, wherein the refractive index of the material of the transparent covering corresponds to the refractive index of the optical-bonding material . - a carrier plate having a cutout and spatially separated two-dimensional first display regions ; and - an optoelectronic display , which is arranged on the observer side behind the carrier plate and has a two-dimensional second display region covering the cutout in the carrier plate ; - a transparent covering , which covers the first and second display regions and, on its observer side, is configured three-dimensionally with regions having different thicknesses, wherein image planes of the first and second display regions are visually emphasized for an observer in regions of greater thickness of the transparent covering as compared to regions of lower thickness, and wherein the transparent covering is connected to the carrier plate and the optoelectronic display by way of optical bonding, wherein the refractive index of the material of the transparent covering corresponds to the refractive index of the optical-bonding material .
A communication method, comprising: receiving , by a terminal device, a system information sent by a network device, wherein the system information carries a first target manner of an uplink waveform of an air interface technology, and the first target manner of an uplink waveform is determined by the network device from at least one optional manner of the air interface technology; sending , by the terminal device, message 3 by using the first target manner of the uplink waveform to the network device to perform an initial random access; receiving , by the terminal device, a message sent by the network device, wherein the message is a radio resource control, RRC, message, and wherein the message carries a second target manner of an uplink waveform, and the second target manner of an uplink waveform is determined by the network device from at least one optional manner of the air interface technology; and communicating , by the terminal device, by using the second target manner of the uplink waveform with the network device. receiving , by a terminal device, a system information sent by a network device, wherein the system information carries a first target manner of an uplink waveform of an air interface technology, and the first target manner of an uplink waveform is determined by the network device from at least one optional manner of the air interface technology; sending , by the terminal device, message 3 by using the first target manner of the uplink waveform to the network device to perform an initial random access; receiving , by the terminal device, a message sent by the network device, wherein the message is a radio resource control, RRC, message, and wherein the message carries a second target manner of an uplink waveform, and the second target manner of an uplink waveform is determined by the network device from at least one optional manner of the air interface technology; and communicating , by the terminal device, by using the second target manner of the uplink waveform with the network device.
A liquid object detector comprising: a liquid object dispensing part ; a plurality of sensors in a direction (M) crossing a dispensing direction (D) of the liquid object, each sensor being configured to detect a liquid object dispensed by the liquid object dispensing part , each sensor comprising a light emitter part and a light receiver part , wherein each light emitter part is configured to output light toward the corresponding light receiver part ; and a sensor moving part configured to move together the plurality of sensors in the crossing direction (M). a liquid object dispensing part ; a plurality of sensors in a direction (M) crossing a dispensing direction (D) of the liquid object, each sensor being configured to detect a liquid object dispensed by the liquid object dispensing part , each sensor comprising a light emitter part and a light receiver part , wherein each light emitter part is configured to output light toward the corresponding light receiver part ; and a sensor moving part configured to move together the plurality of sensors in the crossing direction (M).
A fluid ejection controller , comprising: a firing board to pass control signals to a fluid ejection device to eject fluid from the fluid ejection device; and a slot to receive the fluid ejection device; the fluid ejection controller being characterized by : a mount to pivotally hold the firing board between a disengaged position wherein electrical pins of the firing board are not in contact with electrical pads of the fluid ejection device and an engaged position wherein the electrical pins are in contact with the electrical pads, the mount comprising: at least one biasing spring to bias the firing board away from the fluid ejection device during insertion of the fluid ejection device; and a handle coupled to a cam shaft to move the firing board between the disengaged position and the engaged position. a firing board to pass control signals to a fluid ejection device to eject fluid from the fluid ejection device; and a slot to receive the fluid ejection device; a mount to pivotally hold the firing board between a disengaged position wherein electrical pins of the firing board are not in contact with electrical pads of the fluid ejection device and an engaged position wherein the electrical pins are in contact with the electrical pads, the mount comprising: at least one biasing spring to bias the firing board away from the fluid ejection device during insertion of the fluid ejection device; and a handle coupled to a cam shaft to move the firing board between the disengaged position and the engaged position.
A washing agent, characterized in that it contains a cutinase, the cutinase being a cutinase which has at least 70% sequence identity with the amino acid sequence given in SEQ ID NO:1 over its entire length.
A method for fixing an anchoring assembly for anchoring a liner of a cured lining material applied in liquid form to a metal object, said method comprising the steps of: 0) providing said anchoring assembly , wherein said anchoring assembly comprises a fixing device adapted to be welded to a metal object , which fixing device comprises a weld element and a fixing element provided with a through hole , and an anchoring element that can be passed through the through hole of the fixing device , wherein the weld element comprises a weld stud designed for being welded to a metal object by stud welding 1) providing the metal object ; 2) welding the fixing device to the metal object ; and 3) connecting said anchoring element to said fixing device ; characterized in that said weld stud is welded to said metal object by stud welding in step 2). 0) providing said anchoring assembly , wherein said anchoring assembly comprises a fixing device adapted to be welded to a metal object , which fixing device comprises a weld element and a fixing element provided with a through hole , and an anchoring element that can be passed through the through hole of the fixing device , wherein the weld element comprises a weld stud designed for being welded to a metal object by stud welding 1) providing the metal object ; 2) welding the fixing device to the metal object ; and 3) connecting said anchoring element to said fixing device ; characterized in that said weld stud is welded to said metal object by stud welding in step 2).
An electronic device for causing one or more lighting devices to render a light effect, the electronic device comprising at least one processor configured to: - receive an original first light command; - determine from the received original first light command a first part of said light effect to be rendered by said one or more lighting devices during a first period, - determine a likelihood that an original second light command specifying a second part of said light effect to be rendered by said one or more lighting devices during a second period, succeeding said first period, will not arrive at a destination of said original second light command is above a threshold, - determine said second part of said light effect, and - determine and transmit an alternative first light command, instead of the original first light command, in dependence on said determined likelihood, said alternative first light command being determined based on said determined first part of said light effect and said determined second part of said light effect and said alternative first light command specifying a portion of said light effect for both said first period and said second period. - receive an original first light command; - determine from the received original first light command a first part of said light effect to be rendered by said one or more lighting devices during a first period, - determine a likelihood that an original second light command specifying a second part of said light effect to be rendered by said one or more lighting devices during a second period, succeeding said first period, will not arrive at a destination of said original second light command is above a threshold, - determine said second part of said light effect, and - determine and transmit an alternative first light command, instead of the original first light command, in dependence on said determined likelihood, said alternative first light command being determined based on said determined first part of said light effect and said determined second part of said light effect and said alternative first light command specifying a portion of said light effect for both said first period and said second period.
A gypsum board for eliminating formaldehyde, comprising a mixture of modified zeolite, methoxylamine hydrochloride, polymeric amines, guar gum and phosphate salt; wherein the mixture is prepared by the following method: adding the modified zeolite to 10-150 parts by weight of an organic solvent, stirring and heating to 45-60 °C; adding the polymeric amines, ultrasonically vibrating for 20-40 min, and spin-drying the organic solvent to obtain a mixed powder; and adding the mixed powder, methoxylamine hydrochloride, guar gum, and phosphate salt to 15-20 parts by weight of water, adjusting pH between 7.5-8.5, stirring for 10-20 minutes, and drying under vacuum to obtain the mixture.
A thermal system including a first absorption machine circuit and at least a second circuit, said first absorption machine circuit including an evaporator connected to a first heat source (SO1), a generator configured to be connected to a second heat source (SO2), a condenser , an absorber , an expansion valve and a pump, the second circuit including a first component for collecting at least part of the heat at the condenser and a second component for collecting at least part of the heat at the absorber and capable of transferring this heat to a first utilisation circuit (CU1), characterised in that the second circuit is a heat pump circuit comprising a condenser intended to be connected to the first circuit (CU1) for utilising the heat produced by the heat pump, a pump, an expansion valve, and in that the first component and the second component form heat pump evaporators.
Method of manufacturing a reinforcement material, in particular a tire cord or a tire cord fabric, said reinforcement material comprising a latex-, rubber- or resin-matrix and a body containing aramid at least at its surface, the body being in particular a textile fiber, cord and/or paper, the body being connected to the matrix via hydrophilic, in particular carboxylic groups at said surface, the method comprising the steps of - providing the matrix material, - providing the aramid containing body, - performing a treatment of the surface of the aramid containing body, - contacting the body having the treated surface with the matrix material to form their connection, characterized in that the treatment comprises - providing electrical energy by applying a voltage, - using at least part of the provided electrical energy to modify said surface for creation of hydrophilic groups and/or increase of the density of the hydrophilic groups by energy transfer to the aramid containing body, wherein said energy transfer comprises - exciting chemical actuators in an electrochemical reaction caused by the applied voltage into a second state of higher energy with respect to a first state of lower energy, - providing contact of the excited actuators with the surface of the aramid containing body. - providing the matrix material, - providing the aramid containing body, - performing a treatment of the surface of the aramid containing body, - contacting the body having the treated surface with the matrix material to form their connection, - providing electrical energy by applying a voltage, - using at least part of the provided electrical energy to modify said surface for creation of hydrophilic groups and/or increase of the density of the hydrophilic groups by energy transfer to the aramid containing body, - exciting chemical actuators in an electrochemical reaction caused by the applied voltage into a second state of higher energy with respect to a first state of lower energy, - providing contact of the excited actuators with the surface of the aramid containing body.
A control device for straddled vehicle , the control device comprising: a brake pressure acquisition unit configured to acquire a pre-stop brake pressure when the straddled vehicle is stopped by braking; a total weight acquisition unit configured to acquire an estimate value of a total weight of the straddled vehicle ; a stop-time brake pressure setting unit configured to set a brake pressure for stopping the straddled vehicle based at least on the pre-stop brake pressure acquired by the brake pressure acquisition unit and the estimate value of the total weight of the straddled vehicle acquired by the total weight acquisition unit ; and a brake control unit configured to, when no brake operation is performed by a driver, actuate a brake device of the straddled vehicle based on the brake pressure set by the stop-time brake pressure setting unit . a brake pressure acquisition unit configured to acquire a pre-stop brake pressure when the straddled vehicle is stopped by braking; a total weight acquisition unit configured to acquire an estimate value of a total weight of the straddled vehicle ; a stop-time brake pressure setting unit configured to set a brake pressure for stopping the straddled vehicle based at least on the pre-stop brake pressure acquired by the brake pressure acquisition unit and the estimate value of the total weight of the straddled vehicle acquired by the total weight acquisition unit ; and a brake control unit configured to, when no brake operation is performed by a driver, actuate a brake device of the straddled vehicle based on the brake pressure set by the stop-time brake pressure setting unit .