mhurhangee/patent-ind-claim-en huggingface dataset:
A high side current sensing amplifier comprising a high-voltage section supplied by a high voltage supply and a low-voltage section supplied by a low voltage supply, the high side current sensing amplifier further comprising: a first high voltage amplifier circuit (610; 614) fabricated on an integrated circuit (IC) die, comprised in the high-voltage section, and having an operating voltage input (VDDHV) adapted for coupling to the high voltage supply, a first input (VIP) and a second input (VIM) adapted for coupling to a current sense resistor coupled between the high voltage supply and a load , wherein the first input (VIP) is coupled to the high voltage supply side of the current sense resistor and the second input (VIM) is coupled to the load side of the current sense resistor ; a resistor (Rs) fabricated on the IC die and coupled between the operating voltage input (VDDHV) and the first input (VIP) of the first high voltage amplifier circuit ; a first low voltage amplifier circuit (612; 616) comprised in the low-voltage section and having first and second inputs adapted for coupling to a reference voltage (VREF) and a feedback voltage (VFBK), respectively; and first and second outputs of the first high voltage amplifier circuit (610; 614) are coupled to first and second outputs, respectively, of the first low voltage amplifier (612; 616); and a third low voltage amplifier having first and second outputs coupled to respective first and second outputs of the first high voltage and first low voltage amplifiers circuits ; and an operational amplifier output buffer having differential inputs coupled to the differential outputs of the third low voltage amplifier . a first high voltage amplifier circuit (610; 614) fabricated on an integrated circuit (IC) die, comprised in the high-voltage section, and having an operating voltage input (VDDHV) adapted for coupling to the high voltage supply, a first input (VIP) and a second input (VIM) adapted for coupling to a current sense resistor coupled between the high voltage supply and a load , wherein the first input (VIP) is coupled to the high voltage supply side of the current sense resistor and the second input (VIM) is coupled to the load side of the current sense resistor ; a resistor (Rs) fabricated on the IC die and coupled between the operating voltage input (VDDHV) and the first input (VIP) of the first high voltage amplifier circuit ; a first low voltage amplifier circuit (612; 616) comprised in the low-voltage section and having first and second inputs adapted for coupling to a reference voltage (VREF) and a feedback voltage (VFBK), respectively; and first and second outputs of the first high voltage amplifier circuit (610; 614) are coupled to first and second outputs, respectively, of the first low voltage amplifier (612; 616); and a third low voltage amplifier having first and second outputs coupled to respective first and second outputs of the first high voltage and first low voltage amplifiers circuits ; and an operational amplifier output buffer having differential inputs coupled to the differential outputs of the third low voltage amplifier .
A male snap button comprising: a male snap body made of metal; and a fixing member configured for fixing the male snap body to a fabric , wherein the male snap body comprises: a male-side engagement part in annular shape, capable of being removably engaged with a female-side engagement part of a female snap button , and a plurality of claws , and the fixing member comprises a claw accommodation part configured to receive the plurality of claws , wherein the male snap button is characterized in that the male-side engagement part defines an opening that exposes the fabric inside in a radial direction thereof, a diameter (D1) of the opening is greater than a length (W1) in the radial direction from an outside edge of the opening in the radial direction to an outside edge of the male snap body in the radial direction, and the male-side engagement part comprises an inside peripheral wall that defines the opening , and the plurality of claws extends from the inside peripheral wall . a male snap body made of metal; and a fixing member configured for fixing the male snap body to a fabric , wherein the male snap body comprises: a male-side engagement part in annular shape, capable of being removably engaged with a female-side engagement part of a female snap button , and a plurality of claws , and the fixing member comprises a claw accommodation part configured to receive the plurality of claws , a male-side engagement part in annular shape, capable of being removably engaged with a female-side engagement part of a female snap button , and a plurality of claws , and the fixing member comprises a claw accommodation part configured to receive the plurality of claws , wherein the male snap button is characterized in that the male-side engagement part defines an opening that exposes the fabric inside in a radial direction thereof, a diameter (D1) of the opening is greater than a length (W1) in the radial direction from an outside edge of the opening in the radial direction to an outside edge of the male snap body in the radial direction, and the male-side engagement part comprises an inside peripheral wall that defines the opening , and the plurality of claws extends from the inside peripheral wall .
A mobile hydrogen-oxygen burner rainmaking device, comprising: a container , comprising an accommodating space defined therein, and a gas pipe communicating with the accommodating space ; two liquid storage barrels , disposed in the accommodating space , and each liquid storage barrel comprising at least one nozzle , wherein one of the liquid storage barrels is filled with a liquid hydrogen (A), and another one of the liquid storage barrels is filled with a liquid oxygen (B); a combustion chamber , disposed in the accommodating space , and comprising an opening and a rocket nozzle extended from the opening , and the nozzles penetrating into the combustion chamber ; and an igniter , installed in the combustion chamber ; wherein the nozzles are configured to spray the liquid hydrogen (A) and the liquid oxygen (B) in a mist form into the combustion chamber for mixing, and the igniter is configured to ignite for combustion to form a high-temperature and high-pressure water vapor (C) to be discharged along the gas pipe from the opening . a container , comprising an accommodating space defined therein, and a gas pipe communicating with the accommodating space ; two liquid storage barrels , disposed in the accommodating space , and each liquid storage barrel comprising at least one nozzle , wherein one of the liquid storage barrels is filled with a liquid hydrogen (A), and another one of the liquid storage barrels is filled with a liquid oxygen (B); a combustion chamber , disposed in the accommodating space , and comprising an opening and a rocket nozzle extended from the opening , and the nozzles penetrating into the combustion chamber ; and an igniter , installed in the combustion chamber ; wherein the nozzles are configured to spray the liquid hydrogen (A) and the liquid oxygen (B) in a mist form into the combustion chamber for mixing, and the igniter is configured to ignite for combustion to form a high-temperature and high-pressure water vapor (C) to be discharged along the gas pipe from the opening .
A composition comprising an aqueous solution of a taxane and an aqueous solution of a hydrophobic statin for use in treatment or prevention of human melanoma, wherein the hydrophobic statin is selected preferably among of: simvastatin, atorvastatin, fluvastatin, rosuvastatin, cerivastatin, lovastatin, pitavastatin, and mixtures thereof, particularly among of: simvastatin, atorvastatin, fluvastatin, rosuvastatin, and mixtures thereof.
Corner seal for watertight sealing of a corner of a building construction, such as for instance between a recess and a surrounding floor or between a floor and two walls at right angles to each other, which corner seal comprises: - a first membrane section which is deformed by heat, in a bottom , at least two upright and mutually adjacent walls , and a horizontal flange which extends along an upper edge of the at least two upright walls ; characterized by - a second membrane section (6; 11, 12) which extends parallel to and along the two adjacent, upright walls and is attached thereto. - a first membrane section which is deformed by heat, in a bottom , at least two upright and mutually adjacent walls , and a horizontal flange which extends along an upper edge of the at least two upright walls ; characterized by - a second membrane section (6; 11, 12) which extends parallel to and along the two adjacent, upright walls and is attached thereto.
A system comprising: a pressurized casing delimiting an enclosure for at least one machine ; a cooling device including: a cooling jacket located inside the pressurized casing ; at least one removable sealing element between the cooling jacket and one of a cooling medium inlet or outlet pipe located outside the pressurized casing , characterised in that the removable sealing element comprises inner and outer cylindrical pieces extending coaxially through the casing and a flange attached to the casing for maintaining the cylindrical pieces , the inner cylindrical piece allowing the cooling medium circulation between the cooling jacket and one of the cooling medium inlet or outlet pipe, the removable sealing element comprising a cooling medium sealing barrier including a sealing device located between the inner cylindrical piece and the cooling jacket , and a gas sealing barrier including a sealing device located between the outer cylindrical piece and the cooling jacket . a pressurized casing delimiting an enclosure for at least one machine ; a cooling device including: a cooling jacket located inside the pressurized casing ; at least one removable sealing element between the cooling jacket and one of a cooling medium inlet or outlet pipe located outside the pressurized casing , characterised in that the removable sealing element comprises inner and outer cylindrical pieces extending coaxially through the casing and a flange attached to the casing for maintaining the cylindrical pieces , the inner cylindrical piece allowing the cooling medium circulation between the cooling jacket and one of the cooling medium inlet or outlet pipe, the removable sealing element comprising a cooling medium sealing barrier including a sealing device located between the inner cylindrical piece and the cooling jacket , and a gas sealing barrier including a sealing device located between the outer cylindrical piece and the cooling jacket . a cooling jacket located inside the pressurized casing ; at least one removable sealing element between the cooling jacket and one of a cooling medium inlet or outlet pipe located outside the pressurized casing , characterised in that the removable sealing element comprises inner and outer cylindrical pieces extending coaxially through the casing and a flange attached to the casing for maintaining the cylindrical pieces , the inner cylindrical piece allowing the cooling medium circulation between the cooling jacket and one of the cooling medium inlet or outlet pipe, the removable sealing element comprising a cooling medium sealing barrier including a sealing device located between the inner cylindrical piece and the cooling jacket , and a gas sealing barrier including a sealing device located between the outer cylindrical piece and the cooling jacket .
A membrane, used in particular for regenerating the periodontal ligament, preventing the formation of adhesions or tissue regeneration and reconstruction, comprising at least one layer of fabric (N1, N1', N2, N3; N4; N61, N62, N63, N64, N65) made from fibres (F) produced from at least one polymer, characterised in that : - the fibres (F) are free of sizing, - the layer of fabric (N1, N1', N2, N3; N4; N61, N62, N63, N64, N65) has a non-woven arrangement of fibres disposed in a random or aligned manner, and - the fibres (F) are coated with PolyNaSS (polystyrene sodium sulfonate). - the fibres (F) are free of sizing, - the layer of fabric (N1, N1', N2, N3; N4; N61, N62, N63, N64, N65) has a non-woven arrangement of fibres disposed in a random or aligned manner, and - the fibres (F) are coated with PolyNaSS (polystyrene sodium sulfonate).
A gardening and/or forestry apparatus system , having: - a hand-held gardening and/or forestry processing apparatus , - an assistance device , which is formed separately from the gardening and/or forestry processing apparatus and which is designed to support a user in the operation of the gardening and/or forestry processing apparatus, wherein the assistance device has a user interface , by means of which the assistance device can be controlled by user inputs, - wherein the gardening and/or forestry processing apparatus has a user-actuable operator control element for user inputs to the user interface, - wherein the assistance device has various assistance functions (AF) to support the user in the operation of the gardening and/or forestry processing apparatus , and/or wherein the gardening and/or forestry apparatus system has various assistance devices having different assistance functions to support the user in the operation of the gardening and/or forestry processing apparatus, and - characterised in that the user-actuable operator control element is designed to select one of the assistance functions, and/or wherein the gardening and/or forestry processing apparatus has various user-actuable operator control elements designed to select one of the assistance functions. - a hand-held gardening and/or forestry processing apparatus , - an assistance device , which is formed separately from the gardening and/or forestry processing apparatus and which is designed to support a user in the operation of the gardening and/or forestry processing apparatus, wherein the assistance device has a user interface , by means of which the assistance device can be controlled by user inputs, - wherein the gardening and/or forestry processing apparatus has a user-actuable operator control element for user inputs to the user interface, - wherein the assistance device has various assistance functions (AF) to support the user in the operation of the gardening and/or forestry processing apparatus , and/or wherein the gardening and/or forestry apparatus system has various assistance devices having different assistance functions to support the user in the operation of the gardening and/or forestry processing apparatus, and - characterised in that the user-actuable operator control element is designed to select one of the assistance functions, and/or wherein the gardening and/or forestry processing apparatus has various user-actuable operator control elements designed to select one of the assistance functions.
A display device comprising a driving circuit board , the display device comprising a non-display region and a display region , and the driving circuit board including: a substrate ; a test circuit disposed on the substrate , the test circuit being formed in the non-display region of the display device between an input pad and an output pad of an integrated circuit chip, the input pad and the output pad being on either side of the test circuit ; and a protective layer disposed on an upper surface of the test circuit and covering the test circuit , characterized in that an upper surface of the protective layer comprises a rough region and a planar region , the planar region being located at a central region of the upper surface of the protective layer , the planar region being surrounded by the rough region, and the rough region at least partially covering the test circuit . a substrate ; a test circuit disposed on the substrate , the test circuit being formed in the non-display region of the display device between an input pad and an output pad of an integrated circuit chip, the input pad and the output pad being on either side of the test circuit ; and a protective layer disposed on an upper surface of the test circuit and covering the test circuit , characterized in that an upper surface of the protective layer comprises a rough region and a planar region , the planar region being located at a central region of the upper surface of the protective layer , the planar region being surrounded by the rough region, and the rough region at least partially covering the test circuit .
A method for filling a container with a pyrotechnic charge using a filling system , the filling system comprising at least: - one tank for distributing a pyrotechnic powder, - one device for measuring this powder, and - one device for conveying this powder from the tank to a bowl of the measuring device , said method comprising: - when the powder is conveyed, a powder flow rate regulation step in which the at least one powder conveying device is vibrated according to a vibration frequency control sequence, the vibration frequency being inversely proportional to the fill rate of the container of the pyrotechnic charge, said method being characterized in that the filling system comprising a selection device, the selection device including a collector tray and a lower funnel configured to allow filling the container, said method comprises: - a step of measuring the quantity of pyrotechnic powder contained in the bowl of the measuring device , - when the quantity of powder contained in the bowl corresponding to a desired powder quantity to be introduced into the container of the pyrotechnic charge, a step of checking the position of the selection device in which it is checked that the bowl is arranged opposite the lower funnel . - one tank for distributing a pyrotechnic powder, - one device for measuring this powder, and - one device for conveying this powder from the tank to a bowl of the measuring device , said method comprising: - when the powder is conveyed, a powder flow rate regulation step in which the at least one powder conveying device is vibrated according to a vibration frequency control sequence, the vibration frequency being inversely proportional to the fill rate of the container of the pyrotechnic charge, - when the powder is conveyed, a powder flow rate regulation step in which the at least one powder conveying device is vibrated according to a vibration frequency control sequence, the vibration frequency being inversely proportional to the fill rate of the container of the pyrotechnic charge, said method being characterized in that the filling system comprising a selection device, the selection device including a collector tray and a lower funnel configured to allow filling the container, said method comprises: - a step of measuring the quantity of pyrotechnic powder contained in the bowl of the measuring device , - when the quantity of powder contained in the bowl corresponding to a desired powder quantity to be introduced into the container of the pyrotechnic charge, a step of checking the position of the selection device in which it is checked that the bowl is arranged opposite the lower funnel . - a step of measuring the quantity of pyrotechnic powder contained in the bowl of the measuring device , - when the quantity of powder contained in the bowl corresponding to a desired powder quantity to be introduced into the container of the pyrotechnic charge, a step of checking the position of the selection device in which it is checked that the bowl is arranged opposite the lower funnel .
A flap fitting for an item of furniture, comprising a lever mechanism having multiple levers for guiding a flap of the item of furniture and a damping unit having at least one damper for damping the flap as it approaches a closed end position, wherein the damping unit is arranged inside a housing of the flap fitting , wherein the flap fitting comprises a spring unit , which holds the flap unit in an open and/or closed position, whereby the lever mechanism contains five levers and forms a seven-joint mechanism by which the five levers are attached each other and the housing, respectively, via seven joints, whereby one of the levers is the transmission lever which is connected to the other levers of the lever-mechanism by three joints, characterized in that the damping unit comprises a stop , against which one of the levers of the lever mechanism rests to damp the movement of the flap, and a spring unit , which acts via a pressure roller on a control section of the lever mechanism , that the stop of the damping unit is actuated by the control section of the lever mechanism during the closing of the flap fitting , and that the lever at the stop is a lever of the lever mechanism .
A method for wireless communication, comprising: identifying , by a user equipment, UE , a frequency corresponding to a direct current, DC, tone within a set of resource blocks ; determining , by the UE, a frequency for each of one or more phase-noise tracking reference signals, PTRS , based at least in part on the DC tone, wherein the frequency for the PTRS is based on the DC tone in that each determined frequency is different from the frequency corresponding to the DC tone; and transmitting , by the UE, the one or more PTRS using the set of resource blocks based on the determined frequency. identifying , by a user equipment, UE , a frequency corresponding to a direct current, DC, tone within a set of resource blocks ; determining , by the UE, a frequency for each of one or more phase-noise tracking reference signals, PTRS , based at least in part on the DC tone, wherein the frequency for the PTRS is based on the DC tone in that each determined frequency is different from the frequency corresponding to the DC tone; and transmitting , by the UE, the one or more PTRS using the set of resource blocks based on the determined frequency.