mhurhangee/patent-ind-claim-en huggingface dataset:
A wind power installation with an azimuth bearing having an azimuth toothing , and at least one azimuth drive , which is coupled to an azimuth gear mechanism corresponding to the azimuth toothing , wherein the azimuth gear mechanism has a drive pinion which is rotatable about a pinion axis, wherein the drive pinion is configured to engage in the corresponding azimuth toothing of the azimuth bearing , wherein the pinion axis has a predefined reference orientation, characterized in that the wind power installation comprises at least one sensor unit which is configured to detect a deviation of the orientation of the pinion axis relative to the reference orientation. an azimuth bearing having an azimuth toothing , and at least one azimuth drive , which is coupled to an azimuth gear mechanism corresponding to the azimuth toothing , wherein the azimuth gear mechanism has a drive pinion which is rotatable about a pinion axis, wherein the drive pinion is configured to engage in the corresponding azimuth toothing of the azimuth bearing , wherein the pinion axis has a predefined reference orientation, characterized in that the wind power installation comprises at least one sensor unit which is configured to detect a deviation of the orientation of the pinion axis relative to the reference orientation.
A method of using a semantic entity by an electronic device , the method comprising: transmitting or receiving a text message; extracting a semantic entity from the text message, wherein the extracting comprises extracting a type of the extracted semantic entity, the type including a place name or an address; and storing the extracted semantic entity in a database; and then executing a map application including an input field; identifying a semantic setting content of the input field, wherein the semantic setting content indicates a type of semantic entity suitable for the input field; the identified semantic setting content indicating that the type including the place name or the address is suitable for the input field; searching the database for semantic entities of the type including the place name or the address according to the identified semantic setting content; and suggesting at least one semantic entity from those searched in the database suitable for the input field of the map application. transmitting or receiving a text message; extracting a semantic entity from the text message, wherein the extracting comprises extracting a type of the extracted semantic entity, the type including a place name or an address; and storing the extracted semantic entity in a database; and then executing a map application including an input field; identifying a semantic setting content of the input field, wherein the semantic setting content indicates a type of semantic entity suitable for the input field; the identified semantic setting content indicating that the type including the place name or the address is suitable for the input field; searching the database for semantic entities of the type including the place name or the address according to the identified semantic setting content; and suggesting at least one semantic entity from those searched in the database suitable for the input field of the map application.
Textile product containing synthetic fibres, in particular item of clothing, characterized in that a closeable wash bag is integrated into the textile product , which bag is made from a thermoset plastic screen fabric having an average mesh width in the range of 5 μm to 200 μm, which is suitable in its dimensions for completely containing the textile product and which during a washing operation with the textile product contained within the closed wash bag serves as a retaining means for synthetic fibres washed out of the textile product .
A computer implemented method for delivery and presentation of a message on a first communication device comprising a display screen , the method comprising: receiving a call connection status indication associated with connecting a call between the first communication device and a second communication device ; determining a mode of operation of the first communication device during the call; and characterized in that : if the mode of operation is determined to be one of: a speaker phone mode of operation where at least one of an internal speaker located on the first communication device and an external speaker coupled to the first communication device is used for broadcasting sound received from the second communication device during the call; and a headset mode of operation where a headset of the first communication device is used during the call, the method further comprises accessing the message stored in a memory and presenting the message on the display screen of the first communication device during the call. receiving a call connection status indication associated with connecting a call between the first communication device and a second communication device ; determining a mode of operation of the first communication device during the call; and characterized in that : if the mode of operation is determined to be one of: a speaker phone mode of operation where at least one of an internal speaker located on the first communication device and an external speaker coupled to the first communication device is used for broadcasting sound received from the second communication device during the call; and a headset mode of operation where a headset of the first communication device is used during the call, the method further comprises accessing the message stored in a memory and presenting the message on the display screen of the first communication device during the call.
A cryogenic machine of the regenerative type, comprising : - a pressure oscillator, - at least one cold finger in fluid connection with the pressure oscillator, said machine being characterized in that the pressure oscillator comprises a centrifugal compressor and a fluid distribution member configured to alternately distribute high pressure and low pressure working fluid from the centrifugal compressor into said cold finger. - at least one cold finger in fluid connection with the pressure oscillator, said machine being characterized in that the pressure oscillator comprises a centrifugal compressor and a fluid distribution member configured to alternately distribute high pressure and low pressure working fluid from the centrifugal compressor into said cold finger.
A method for producing polyamide resin comprising thermal polycondensation of tetramethylene diamine and either an aliphatic dicarboxylic acid with a carbon number of 7 or more or a salt thereof and continuing a single step melt polymerization at a temperature equal to or higher than the melting point until the relative viscosity in 98% sulfuric acid solution with a 0.01 g/ml content at 25°C comes in the range of 2.2 or more and 5.0 or less, wherein the water content in the starting material comprising tetramethylene diamine and either an aliphatic dicarboxylic acid with a carbon number of 7 or more or a salt thereof is reduced to below 30wt% at a temperature below 201°C, and the condensed water is removed at or above 201°C, and the maximum pressure in the polymerization reaction system is from 1kg/cm 2 or more to 25 kg/cm 2 or less.
Method for making a semiconductor on insulator structure, comprising: a) forming, on the surface of a semiconductor substrate , called the final substrate, a semiconducting layer , doped at a concentration greater than 10 18 at.cm -3 with elements from columns III and/or V of the Periodic Table so as to form a ground plane, b) forming a dielectric layer : - either on a surface made from a semiconducting material of a second substrate , called the source substrate, which is made from a semiconducting material or includes a superficial layer made from a semiconducting material, - or on the final substrate and in contact with the ground plane, c) then assembling, by direct adhesion of the source substrate, on the final substrate , the layer forming the ground plane being between the final substrate and the source substrate, the dielectric layer being between the source substrate and the ground plane, d) then thinning the source substrate, leaving, on the surface of the semiconductor structure, a film made from a semiconducting material, method in which a layer made from silicon carbide and acting as a barrier against diffusion is deposited on the substrate before making the ground plane. a) forming, on the surface of a semiconductor substrate , called the final substrate, a semiconducting layer , doped at a concentration greater than 10 18 at.cm -3 with elements from columns III and/or V of the Periodic Table so as to form a ground plane, b) forming a dielectric layer : - either on a surface made from a semiconducting material of a second substrate , called the source substrate, which is made from a semiconducting material or includes a superficial layer made from a semiconducting material, - or on the final substrate and in contact with the ground plane, - either on a surface made from a semiconducting material of a second substrate , called the source substrate, which is made from a semiconducting material or includes a superficial layer made from a semiconducting material, - or on the final substrate and in contact with the ground plane, c) then assembling, by direct adhesion of the source substrate, on the final substrate , the layer forming the ground plane being between the final substrate and the source substrate, the dielectric layer being between the source substrate and the ground plane, d) then thinning the source substrate, leaving, on the surface of the semiconductor structure, a film made from a semiconducting material, method in which a layer made from silicon carbide and acting as a barrier against diffusion is deposited on the substrate before making the ground plane.
An in vitro method for diagnosis of antiphospholipid syndrome (APS) in a subject, wherein presence or absence of an anti-protease-activated receptor 1 (PARI) antibody is detected in a sample from the subject to be diagnosed, and wherein the presence of an anti-PAR1 antibody is indicative of the disease, wherein the presence or absence of the anti-PAR1 antibody is detected by the following steps: (i) determining the level of anti-PAR1 antibodies in a sample of the subject to be diagnosed; and (ii) comparing the determined level to an anti-PAR1 antibody control level derived from a subject without an autoimmune disease; wherein an increased level of anti-PAR1 antibody in the sample of the subject to be diagnosed as compared to the anti-PAR1 antibody control level denotes the presence of an anti-PAR1 antibody.
An air-conditioning system comprising: a ventilation fan configured to ventilate a room; a control unit configured to control the ventilation fan; and an operation terminal configured to receive from a user a start instruction of an air-conditioning operation including at least one of an automatic air-conditioning operation, a cooling operation, a heating operation, a dehumidifying operation, a humidifying operation, and an air blowing operation, and to receive a start instruction of ventilating operation by the ventilation fan, characterized in that the control unit is configured to automatically start a forced ventilation mode in which, in a non-operation period before the operation terminal receives a start instruction of the air-conditioning operation and before the air-conditioning operation is started, when a concentration of a predetermined gas in the room has a value equal to or more than a predetermined value, the ventilation fan is controlled to ventilate the room to reduce the concentration of the predetermined gas, and wherein the control unit is further configured to continue the forced ventilation mode, even when the control unit receives a start instruction of the air-conditioning operation, and/or wherein the control unit is further configured to continue the forced ventilation mode, even when the control unit receives a stop instruction of the air-conditioning operation. a ventilation fan configured to ventilate a room; a control unit configured to control the ventilation fan; and an operation terminal configured to receive from a user a start instruction of an air-conditioning operation including at least one of an automatic air-conditioning operation, a cooling operation, a heating operation, a dehumidifying operation, a humidifying operation, and an air blowing operation, and to receive a start instruction of ventilating operation by the ventilation fan, characterized in that the control unit is configured to automatically start a forced ventilation mode in which, in a non-operation period before the operation terminal receives a start instruction of the air-conditioning operation and before the air-conditioning operation is started, when a concentration of a predetermined gas in the room has a value equal to or more than a predetermined value, the ventilation fan is controlled to ventilate the room to reduce the concentration of the predetermined gas, and wherein the control unit is further configured to continue the forced ventilation mode, even when the control unit receives a start instruction of the air-conditioning operation, and/or wherein the control unit is further configured to continue the forced ventilation mode, even when the control unit receives a stop instruction of the air-conditioning operation.
A method for data transfer between a host (H) and a device (D1, D2) through data communication pipes (CTRL1, CTRL2, B_I1, B_I2, B_I3, B_O1, B_O2, B_O3) wherein the method is implemented by said host or by said device, said host or said device comprising a memory, said memory comprises multiple memory segments (HMC1, HMC2, HMB1, HMB2, HMB3, HMB4), the method comprising: each memory segment of said multiple memory segments is assigned to at maximum a single data communication pipe of said data communication pipes at a time; at least one memory segment of said multiple memory segments is allocated to and shared by at least one data communication pipe pair comprising an input data communication pipe and an output data communication pipe; said at least one memory segment is allocated either to said output data communication pipe or either to said input data communication pipe of said at least one input data communication pipe pair at a time; said allocation is dependent on a direction, incoming or outgoing, of said data transfer between said host and said device. each memory segment of said multiple memory segments is assigned to at maximum a single data communication pipe of said data communication pipes at a time; at least one memory segment of said multiple memory segments is allocated to and shared by at least one data communication pipe pair comprising an input data communication pipe and an output data communication pipe; said at least one memory segment is allocated either to said output data communication pipe or either to said input data communication pipe of said at least one input data communication pipe pair at a time; said allocation is dependent on a direction, incoming or outgoing, of said data transfer between said host and said device.
Process for the production of ethylene-based polymers from waste plastics feedstocks comprising the steps in this order of: (a) pyrolysing a waste plastics feedstock to obtain a liquid pyrolysis stream, and hydrotreating the liquid pyrolysis stream to obtain a hydrocarbon stream A comprising • ≥ 25.0 and ≤ 70.0 wt%, of n-paraffins; and • ≥ 7.5 and ≤ 40.0 wt%, of iso-paraffins; and • ≤ 1.0 wt%, of olefins; and • ≥ 7.5 and ≤ 15.0 wt%, of napthenes; and • ≥ 7.5 and ≤ 12.5 wt%, of aromatics; with regard to the total weight of the hydrocarbon stream A; (c) supplying a feed C consisting of the hydrocarbon stream A to a thermal cracker furnace comprising cracking coil(s); (d) performing a thermal cracking operation in the presence of steam to obtain a cracked hydrocarbon stream D; (e) supplying the cracked hydrocarbon stream D to a separation unit; (f) performing a separation operation in the separation unit to obtain a product stream E comprising ethylene; (g) supplying the product stream E to a polymerisation reactor; and (h) performing a polymerisation reaction in the polymerisation reactor to obtain an ethylene-based polymer; wherein in step (d): • the coil outlet temperature is ≥ 800 and ≤ 870 °C, preferably ≥ 820 and ≤ 870 °C; and • the weight ratio of steam to feed C is > 0.3 and < 0.8. (a) pyrolysing a waste plastics feedstock to obtain a liquid pyrolysis stream, and hydrotreating the liquid pyrolysis stream to obtain a hydrocarbon stream A comprising • ≥ 25.0 and ≤ 70.0 wt%, of n-paraffins; and • ≥ 7.5 and ≤ 40.0 wt%, of iso-paraffins; and • ≤ 1.0 wt%, of olefins; and • ≥ 7.5 and ≤ 15.0 wt%, of napthenes; and • ≥ 7.5 and ≤ 12.5 wt%, of aromatics; with regard to the total weight of the hydrocarbon stream A; • ≥ 25.0 and ≤ 70.0 wt%, of n-paraffins; and • ≥ 7.5 and ≤ 40.0 wt%, of iso-paraffins; and • ≤ 1.0 wt%, of olefins; and • ≥ 7.5 and ≤ 15.0 wt%, of napthenes; and • ≥ 7.5 and ≤ 12.5 wt%, of aromatics; (c) supplying a feed C consisting of the hydrocarbon stream A to a thermal cracker furnace comprising cracking coil(s); (d) performing a thermal cracking operation in the presence of steam to obtain a cracked hydrocarbon stream D; (e) supplying the cracked hydrocarbon stream D to a separation unit; (f) performing a separation operation in the separation unit to obtain a product stream E comprising ethylene; (g) supplying the product stream E to a polymerisation reactor; and (h) performing a polymerisation reaction in the polymerisation reactor to obtain an ethylene-based polymer; • the coil outlet temperature is ≥ 800 and ≤ 870 °C, preferably ≥ 820 and ≤ 870 °C; and • the weight ratio of steam to feed C is > 0.3 and < 0.8.
A rotor blade of a turbomachine, having a blade root having a blade leaf comprising a flow leading edge , a flow trailing edge and flow-guiding surfaces extending between the flow leading edge and the flow trailing edge , characterised in that the blade root and a radially inner portion of the blade leaf are produced from a steel material and are produced by milling or forging, radially an outer portion of the blade leaf is produced from a lighter material, wherein the radially outer portion of the blade leaf is produced from the light metal alloy material, is applied by a generative production method onto the radially inner portion of the blade leaf , and between the radially inner portion of the blade leaf and the radially outer portion of the blade leaf a transition region is formed, which is produced from a mixture of the steel material and of the light metal alloy material. having a blade root having a blade leaf comprising a flow leading edge , a flow trailing edge and flow-guiding surfaces extending between the flow leading edge and the flow trailing edge , characterised in that the blade root and a radially inner portion of the blade leaf are produced from a steel material and are produced by milling or forging, radially an outer portion of the blade leaf is produced from a lighter material, wherein the radially outer portion of the blade leaf is produced from the light metal alloy material, is applied by a generative production method onto the radially inner portion of the blade leaf , and between the radially inner portion of the blade leaf and the radially outer portion of the blade leaf a transition region is formed, which is produced from a mixture of the steel material and of the light metal alloy material.
A bone fusion device for insertion into a desired location comprising: a. a body having a first end, a second end and an interior cavity; b. one or more tabs configured to selectively move from a retracted position within the body to an extended position extending out of the body in order to brace the bone fusion device in the desired location, each tab comprising a first tab end proximate the first end and a second tab end distal from the first end and proximate the second end; c. a positioning element positioned through the first end of the body and substantially within the interior cavity of the body; d. one or more extending blocks coupled to the positioning element for moving the one or more tabs between the retracted position and the extended position; and e. one or more retention springs configured to apply a force to the tabs biasing the tabs in the retracted position. a. a body having a first end, a second end and an interior cavity; b. one or more tabs configured to selectively move from a retracted position within the body to an extended position extending out of the body in order to brace the bone fusion device in the desired location, each tab comprising a first tab end proximate the first end and a second tab end distal from the first end and proximate the second end; c. a positioning element positioned through the first end of the body and substantially within the interior cavity of the body; d. one or more extending blocks coupled to the positioning element for moving the one or more tabs between the retracted position and the extended position; and e. one or more retention springs configured to apply a force to the tabs biasing the tabs in the retracted position.
A composite phase change material, characterized in that the composite phase change material comprises: 65 to 80 parts of a phase change material by weight; and 20 to 35 parts of a binder by weight, wherein the binder comprises an acrylate monomer having a molecular weight of 50 to 300, an acrylate polymer having a molecular weight of 500 to 2000, and an initiator, wherein each phase change material has a core-shell structure, comprising a shell and a core wrapped in the shell, the shell being a mixture of polyphenolic resin and polyethylene glycol and the core being modified paraffin wax, wherein a molecular weight of the polyphenolic resin is 30000 to 60000, a molecular weight of the polyethylene glycol is 4000 to 12000, and the polyphenoloxy resin and polyethylene glycol are mixed in a mass ratio of 1:7 to 1:3. 65 to 80 parts of a phase change material by weight; and 20 to 35 parts of a binder by weight, wherein the binder comprises an acrylate monomer having a molecular weight of 50 to 300, an acrylate polymer having a molecular weight of 500 to 2000, and an initiator, wherein each phase change material has a core-shell structure, comprising a shell and a core wrapped in the shell, the shell being a mixture of polyphenolic resin and polyethylene glycol and the core being modified paraffin wax, wherein a molecular weight of the polyphenolic resin is 30000 to 60000, a molecular weight of the polyethylene glycol is 4000 to 12000, and the polyphenoloxy resin and polyethylene glycol are mixed in a mass ratio of 1:7 to 1:3.