mhurhangee/patent-ind-claim-en huggingface dataset:
Windproof head for a support of raised floors, comprising a body having a flat upper surface and through holes , a central compartment having a central surface with a central through hole , a curved surface in a lower portion of the windproof head , and attachment elements for flat elements of the raised floor, wherein each attachment element is associated with the body and provides a flat upper surface and a lower pin suitable for going through the body in correspondence of through holes of the body , characterized in that the windproof head further comprises two forks , each of which is able to lock two lower pins of respective attachment elements so that the attachment elements remain associated with the body , wherein each fork comprises a body with two seats suitable for coupling with respective lower pins of respective attachment elements , wherein from the body of each fork protrudes a septum able to protrude from a loop of the body having a flat upper surface , and wherein the septum is surrounded by an edge which laterally protrudes with respect to the vertical development of the septum so as to engage with an edge of the loop of the body having the flat upper surface . a body having a flat upper surface and through holes , a central compartment having a central surface with a central through hole , a curved surface in a lower portion of the windproof head , and attachment elements for flat elements of the raised floor, wherein each attachment element is associated with the body and provides a flat upper surface and a lower pin suitable for going through the body in correspondence of through holes of the body , characterized in that the windproof head further comprises two forks , each of which is able to lock two lower pins of respective attachment elements so that the attachment elements remain associated with the body , wherein each fork comprises a body with two seats suitable for coupling with respective lower pins of respective attachment elements , wherein from the body of each fork protrudes a septum able to protrude from a loop of the body having a flat upper surface , and wherein the septum is surrounded by an edge which laterally protrudes with respect to the vertical development of the septum so as to engage with an edge of the loop of the body having the flat upper surface .
An installation platform for installing an elevator during construction of a building, the installation platform having a width (W1) in a first horizontal direction (X) between the guide rails , a depth (D1) in a second horizontal direction (Y) perpendicular to the first horizontal direction (X), the installation platform comprising a first deck and a second deck positioned at a vertical distance (Z1) above the first deck , a support frame extending between the first deck and the second deck , guide means for guiding the installation platform movably on the guide rails , wherein at least the width (W1) of the two decks is adjustable in order to adapt the two decks to the horizontal dimensions of the shaft , characterized in that the support frame has a generally rectangular shape comprising two horizontal support beams passing in the first horizontal direction (X) across the respective deck , each deck being supported on the respective horizontal support beam , two vertical support beams , each vertical support beam connecting respective outer ends of the horizontal support beams , the guide means being supported on the vertical support beams , a length of the two horizontal support beams being adjustable in order to adapt said length to the distance between the guide rails in the shaft . a first deck and a second deck positioned at a vertical distance (Z1) above the first deck , a support frame extending between the first deck and the second deck , guide means for guiding the installation platform movably on the guide rails , wherein at least the width (W1) of the two decks is adjustable in order to adapt the two decks to the horizontal dimensions of the shaft , characterized in that the support frame has a generally rectangular shape comprising two horizontal support beams passing in the first horizontal direction (X) across the respective deck , each deck being supported on the respective horizontal support beam , two vertical support beams , each vertical support beam connecting respective outer ends of the horizontal support beams , the guide means being supported on the vertical support beams , a length of the two horizontal support beams being adjustable in order to adapt said length to the distance between the guide rails in the shaft .
A vehicle electronic device comprising: a position information acquisition unit configured to acquire position information of a current position of a vehicle; a map information storage unit configured to store map information presenting a map for identifying an area corresponding to the current position of the vehicle on the map; and an area identification unit configured to identify the area corresponding to the current position of the vehicle based on the position information acquired by the position information acquisition unit and the map information stored in the map information storage unit , wherein the map information is information for identifying a border of an area containing a country, a prefecture, a municipality, a state or a district, the border of the area is specified as a set of points representing the border, the map information storage unit characterised in that in the map information, when the border of the area is off a place that is passable by a vehicle, the border is specified as a set of points that are sparser than those of a border line in the place passable by a vehicle. a position information acquisition unit configured to acquire position information of a current position of a vehicle; a map information storage unit configured to store map information presenting a map for identifying an area corresponding to the current position of the vehicle on the map; and an area identification unit configured to identify the area corresponding to the current position of the vehicle based on the position information acquired by the position information acquisition unit and the map information stored in the map information storage unit , wherein the map information is information for identifying a border of an area containing a country, a prefecture, a municipality, a state or a district, the border of the area is specified as a set of points representing the border, the map information storage unit characterised in that in the map information, when the border of the area is off a place that is passable by a vehicle, the border is specified as a set of points that are sparser than those of a border line in the place passable by a vehicle.
Process for the preparation of purified dicarboxylic acids from a mixture containing triglycerides of carboxylic acids having more than one acid functional group comprising the steps of: a) hydrolysing the said mixture containing triglycerides in the presence of water, obtaining a reaction product comprising dicarboxylic acids and glycerine; b) separating out an aqueous phase comprising at least a part of the glycerine from the remaining reaction product from step a) (organic phase); c) evaporating and/or distilling the organic phase obtained from step b), separating out a residue; d) recovering at least a part of the dicarboxylic acids from the organic phase evaporated and/or distilled in step c) by means of at least one crystallisation operation, the said step comprising at least one melt crystallisation of the said dicarboxylic acids carried out in fractional suspension. a) hydrolysing the said mixture containing triglycerides in the presence of water, obtaining a reaction product comprising dicarboxylic acids and glycerine; b) separating out an aqueous phase comprising at least a part of the glycerine from the remaining reaction product from step a) (organic phase); c) evaporating and/or distilling the organic phase obtained from step b), separating out a residue; d) recovering at least a part of the dicarboxylic acids from the organic phase evaporated and/or distilled in step c) by means of at least one crystallisation operation, the said step comprising at least one melt crystallisation of the said dicarboxylic acids carried out in fractional suspension.
A histology tissue embedding apparatus including: a reservoir for an embedding medium; a nozzle connected to the reservoir for dispensing a tissue embedding medium into a tissue mould ; a trigger means for controlling the operation of the nozzle; and an arm protruding from a main body of the apparatus, wherein the arm has a front end distal from the apparatus and a back end adjacent to the apparatus, wherein the nozzle and the trigger means are located at the front end of the arm, and wherein the trigger means is positioned behind the nozzle; a working area underneath the arm in which a tissue mould can be placed, wherein the working area includes an area underneath the nozzle and other areas to both sides of the arm and to the front end of the arm adjacent to the area underneath the nozzle; wherein the arm incorporates: one or more LED lights mounted on the arm to illuminate an area under the nozzle , wherein said LED lights are positioned in front of the trigger means and in front of and/or to the sides of the nozzle ; and one or more LED lights mounted on the arm further back from the nozzle and behind the trigger means to provide more general illumination of the working area . a reservoir for an embedding medium; a nozzle connected to the reservoir for dispensing a tissue embedding medium into a tissue mould ; a trigger means for controlling the operation of the nozzle; and an arm protruding from a main body of the apparatus, wherein the arm has a front end distal from the apparatus and a back end adjacent to the apparatus, wherein the nozzle and the trigger means are located at the front end of the arm, and wherein the trigger means is positioned behind the nozzle; a working area underneath the arm in which a tissue mould can be placed, wherein the working area includes an area underneath the nozzle and other areas to both sides of the arm and to the front end of the arm adjacent to the area underneath the nozzle; wherein the arm incorporates: one or more LED lights mounted on the arm to illuminate an area under the nozzle , wherein said LED lights are positioned in front of the trigger means and in front of and/or to the sides of the nozzle ; and one or more LED lights mounted on the arm further back from the nozzle and behind the trigger means to provide more general illumination of the working area . one or more LED lights mounted on the arm to illuminate an area under the nozzle , wherein said LED lights are positioned in front of the trigger means and in front of and/or to the sides of the nozzle ; and one or more LED lights mounted on the arm further back from the nozzle and behind the trigger means to provide more general illumination of the working area .
An oral product comprising an antiviral active ingredient which includes a combination of spermidine and one or more polyphenols, for use in a method of treatment or prevention of an infection with a coronavirus, an influenza virus, a coxsackievirus, or a herpes virus, wherein the method comprises the administration of the oral product to the oral cavity, the active ingredient is released from the oral product into the oral cavity, and the treatment or prevention involves reducing the virus load in the respiratory tract, and in the exhaled air. for use in a method of treatment or prevention of an infection with a coronavirus, an influenza virus, a coxsackievirus, or a herpes virus, wherein the method comprises the administration of the oral product to the oral cavity, the active ingredient is released from the oral product into the oral cavity, and the treatment or prevention involves reducing the virus load in the respiratory tract, and in the exhaled air.
A sorption heat pump having: gaseous refrigerant and liquid solvent ; a depleted and a rich solution, the depleted and rich solutions being single-phase mixtures of the solvent and the refrigerant ; an absorber in which the depleted solution absorbs the refrigerant and emits heat in the process; a butterfly valve which expands the rich solution; an expeller in which the rich solution absorbs heat and in the process expels the refrigerant ; a compressor which compresses the refrigerant ; and a pump which pumps the depleted solution; pipes connecting the absorber , the butterfly valve and the expeller and, parallel to each other, the compressor and the pump in the stated order to form a closed cyclic system, characterised by a second expeller downstream of the expeller , in which the depleted solution absorbs heat from the rich solution and in the process expels second gaseous refrigerant .
Device for lubricating a contact surface of a cam secured so as to rotate as one with a rotatably mounted camshaft of a combustion engine of a motor vehicle, said shaft comprising a longitudinal oil supply duct and a radial ejection orifice , in such a way that the cam has a lateral wall facing the ejection orifice comprising an oil collection cavity , characterized in that the oil collection cavity has an opening in the contact surface so as to direct the oil onto the wall of the cam as far as the contact surface .
A method for feeding electrical power into an electrical supply grid , comprising the steps: - rectifying a first AC voltage (U AC1 ) of electrical power, which is generated by a generator , into a first DC voltage (U DC1 ),and - stepping up the first DC voltage (U DC1 ) to a second DC voltage (U DC2 ) from a step-up converter , in particular so that the second DC voltage (U DC2 ) has a step-up ratio relative to the first DC voltage (U DC1 ),or - rectifying the first AC voltage (U AC1 ) into the second DC voltage (U DC2 ) from the active rectifier without generating the first DC voltage (U DC1 ), - inverting the second DC voltage (U DC2 ) into a second AC voltage (U AC2 ) from an inverter for feeding the electrical power into the electrical supply grid depending on a feed set point value (P Soll , Q Soll ), characterized in that , the second DC voltage (U DC2 ) is set as a function of the feed set point value and/or actual value of the feed (P Soll , Q Soll ), and wherein the second DC voltage (U DC2 ) is increased depending on an increase in the feed set point value or actual value (P Soll , O Soll ) of the feed on the one hand by the step-up converter or on the other hand either by the active rectifier or by the inverter . - rectifying a first AC voltage (U AC1 ) of electrical power, which is generated by a generator , into a first DC voltage (U DC1 ),and - stepping up the first DC voltage (U DC1 ) to a second DC voltage (U DC2 ) from a step-up converter , in particular so that the second DC voltage (U DC2 ) has a step-up ratio relative to the first DC voltage (U DC1 ),or - rectifying the first AC voltage (U AC1 ) into the second DC voltage (U DC2 ) from the active rectifier without generating the first DC voltage (U DC1 ), - inverting the second DC voltage (U DC2 ) into a second AC voltage (U AC2 ) from an inverter for feeding the electrical power into the electrical supply grid depending on a feed set point value (P Soll , Q Soll ),
A method for controlling a platoon of vehicles (1, X), wherein the platoon comprises a leading vehicle and at least one following vehicle (X) following the leading vehicle , wherein the leading and the following vehicle (1, X) at least to a certain extent are commonly controlled by a platoon control system so as to drive at a common speed, wherein the method comprises the steps of: - transmitting data from each vehicle (1, X) to the control system comprising information on a setting of a current maximum engine torque output; - identifying which one of the leading and the at least one following vehicle (1, X) limits an average speed (Va) of the platoon ; characterized in that said data also comprises information on a potential maximum engine torque output of respective vehicle (1, X), and characterized by the step of: - increasing the setting of the maximum engine torque output for the vehicle (1, X) identified to limit the average speed (Va) of the platoon . - transmitting data from each vehicle (1, X) to the control system comprising information on a setting of a current maximum engine torque output; - identifying which one of the leading and the at least one following vehicle (1, X) limits an average speed (Va) of the platoon ; - increasing the setting of the maximum engine torque output for the vehicle (1, X) identified to limit the average speed (Va) of the platoon .
An adjustment and locking means of a damper plate of a ventilation device, the adjustment and locking means being configured to be connected to the damper plate by the aid of a cable, wire, or the like of the adjustment and locking means which is movable in its longitudinal direction and is mostly inside a shell of the adjustment and locking means which does not move but is fixed in its position, wherein the adjustment and locking means comprises two parts, a handle part and a regulator slide which are configured to be moved in relation to each other during adjustment, the regulator slide is installed inside the handle part and the cable, wire or the like is fastened to the regulator slide , threads are arranged on the outer rim of the regulator slide , a first thread is unbroken and allows accurate adjustment, and a second thread extends to a part of the outer rim of the regulator slide to provide parts on the outer rim without threads where the parts move in relation to each other by pushing and pulling. the adjustment and locking means comprises two parts, a handle part and a regulator slide which are configured to be moved in relation to each other during adjustment, the regulator slide is installed inside the handle part and the cable, wire or the like is fastened to the regulator slide , threads are arranged on the outer rim of the regulator slide , a first thread is unbroken and allows accurate adjustment, and a second thread extends to a part of the outer rim of the regulator slide to provide parts on the outer rim without threads where the parts move in relation to each other by pushing and pulling.
A method of controlling the operation of a variable speed wind turbine , tracking a power curve including a nominal operational region and sub-nominal operational regions (2, 1, 0 comprising steps of: a) implementing a control strategy to follow said power curve in said nominal operational region based on the use of demanded torque T d for controlling power P and on the use of demanded pitch θ d for controlling demanded torque T d ; b) implementing a control strategy to follow said power curve in sub-nominal operational regions based on the use of demanded torque T d for controlling power P and on the setting of a constant optimum value for demanded pitch θ d in each sub-nominal operational region , characterized in that in step b) the demanded torque T d is determined by means of a first adaptive predictive algorithm having as inputs the generator speed set point Ω SP , the measured generator speed Ω and the measured torque T . a) implementing a control strategy to follow said power curve in said nominal operational region based on the use of demanded torque T d for controlling power P and on the use of demanded pitch θ d for controlling demanded torque T d ; b) implementing a control strategy to follow said power curve in sub-nominal operational regions based on the use of demanded torque T d for controlling power P and on the setting of a constant optimum value for demanded pitch θ d in each sub-nominal operational region , characterized in that in step b) the demanded torque T d is determined by means of a first adaptive predictive algorithm having as inputs the generator speed set point Ω SP , the measured generator speed Ω and the measured torque T .
Method for classifying the noise behaviour of ferromagnetic materials, in particular of electrical steel sheet which is used for the production of an electric machine, wherein an alternating voltage is applied to a coil and the coil is arranged on the material that is to be classified in order to magnetize the material, wherein - the magnetization current present in the coil is measured over time, and - the square of the magnetization current is determined and used to determine the extent of the noise development, wherein the primary winding of an Epstein measuring device or of a single-sheet measuring device is used as the coil. - the magnetization current present in the coil is measured over time, and - the square of the magnetization current is determined and used to determine the extent of the noise development, wherein the primary winding of an Epstein measuring device or of a single-sheet measuring device is used as the coil.
A system to deliver energy to treat a mobile calculus, the system comprising: a drill configured to drill a recess into the mobile calculus or a passage through the mobile calculus; and an energy emitter configured to be advanced into the recess or the passage and to transmit energy internal to the mobile calculus to fragment the mobile calculus, wherein at least a portion of the drill is located at a distal end portion of a delivery member having an elongate shaft that is deliverable to a treatment site through a working channel (WC), and wherein the energy emitter and the drill are coupled to the elongate shaft with the energy emitter located proximal of the drill. a drill configured to drill a recess into the mobile calculus or a passage through the mobile calculus; and an energy emitter configured to be advanced into the recess or the passage and to transmit energy internal to the mobile calculus to fragment the mobile calculus, wherein at least a portion of the drill is located at a distal end portion of a delivery member having an elongate shaft that is deliverable to a treatment site through a working channel (WC), and wherein the energy emitter and the drill are coupled to the elongate shaft with the energy emitter located proximal of the drill.