mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for manufacturing an insulating pipe section, wherein the apparatus comprises - a rotatable longitudinal mandrel configured for receiving and winding uncured mineral wool around the mandrel to manufacture an insulating pipe section, - a belt , preferably an endless belt, - at least two longitudinal jaws engaging the belt , wherein the two jaws are configured to move between an open position and a closed position where the jaws are configured for substantially surrounding the mandrel with the belt , - a mandrel controlling element configured for actively controlling a transverse movement of the mandrel . - a rotatable longitudinal mandrel configured for receiving and winding uncured mineral wool around the mandrel to manufacture an insulating pipe section, - a belt , preferably an endless belt, - at least two longitudinal jaws engaging the belt , wherein the two jaws are configured to move between an open position and a closed position where the jaws are configured for substantially surrounding the mandrel with the belt , - a mandrel controlling element configured for actively controlling a transverse movement of the mandrel .
A method of transmitting at least one data flow to a user equipment , the method comprising: at a base station having a first cellular radio subsystem configured to transmit data flows on cellular radio network carriers and a first WiFi radio subsystem configured to transmit data flows on WiFi carriers, selecting (S100) at least one of a cellular radio network carrier and a WiFi carrier to carry the at least one data flow from the base station to the user equipment ; transmitting (S102, S104) to the user equipment , from at least one of the first cellular radio subsystem and the first WiFi radio subsystem of the base station : a control signal identifying at least one of a second cellular radio subsystem and a second WiFi radio subsystem of the user equipment to receive the at least one data flow to be transmitted over the selected at least one of the cellular radio network carrier and the WiFi carrier; and data of the at least one data flow on the at least one selected carrier. at a base station having a first cellular radio subsystem configured to transmit data flows on cellular radio network carriers and a first WiFi radio subsystem configured to transmit data flows on WiFi carriers, selecting (S100) at least one of a cellular radio network carrier and a WiFi carrier to carry the at least one data flow from the base station to the user equipment ; transmitting (S102, S104) to the user equipment , from at least one of the first cellular radio subsystem and the first WiFi radio subsystem of the base station : a control signal identifying at least one of a second cellular radio subsystem and a second WiFi radio subsystem of the user equipment to receive the at least one data flow to be transmitted over the selected at least one of the cellular radio network carrier and the WiFi carrier; and data of the at least one data flow on the at least one selected carrier. a control signal identifying at least one of a second cellular radio subsystem and a second WiFi radio subsystem of the user equipment to receive the at least one data flow to be transmitted over the selected at least one of the cellular radio network carrier and the WiFi carrier; and data of the at least one data flow on the at least one selected carrier.
A method for producing instant fried noodles, comprising preparing a noodle belt from a noodle dough obtained by kneading a main raw material powder with 20 to 60 ml of a liquid-form edible fat or oil added per kg of the main raw material powder, rolling out the noodle belt into a prescribed noodle thickness by performing rolling operation three times or less, and cutting the rolled noodle belt into noodle strings using a cutting blade, and steaming and fry drying the noodle strings.
A biological component measuring apparatus comprising: a first light source configured to emit a first light of a first wavelength range onto an object; a second light source configured to emit a second light of a second wavelength range onto the object, the second wavelength range being different from the first wavelength range; a detector configured to detect the first light and the second light, wherein the first light is scattered from a biological component in blood of a blood vessel of the object and the second light is reflected from the blood vessel of the object; and a processor configured to determine a scattering coefficient of the biological component in blood of a blood vessel of the object based on the detected first light, obtain blood vessel depth information based on the detected second light, and measure the biological component by correcting the scattering coefficient based on the blood vessel depth information, wherein the biological component, in particular, comprises triglyceride, cholesterol, proteins, blood glucose, and uric acid. a first light source configured to emit a first light of a first wavelength range onto an object; a second light source configured to emit a second light of a second wavelength range onto the object, the second wavelength range being different from the first wavelength range; a detector configured to detect the first light and the second light, wherein the first light is scattered from a biological component in blood of a blood vessel of the object and the second light is reflected from the blood vessel of the object; and a processor configured to determine a scattering coefficient of the biological component in blood of a blood vessel of the object based on the detected first light, obtain blood vessel depth information based on the detected second light, and measure the biological component by correcting the scattering coefficient based on the blood vessel depth information, wherein the biological component, in particular, comprises triglyceride, cholesterol, proteins, blood glucose, and uric acid.
Probe for artificial insemination of a farm animal such as a pig, comprising an elongate body and a tip disposed at one end of the elongate body , which tip is configured to be positioned in the uterine cervix of the animal, extends between a proximal end located towards the elongate body and a distal end located away from the elongate body , with, between the proximal end and the distal end , a set of lateral flanges extending outwardly from a central trunk; characterized in that the flange closest to the proximal end has at its base an annular protuberance configured such that the flange has an abrupt change in thickness at the junction between the annular protuberance and its peripheral portion located further to the outside than the annular protuberance , said annular protuberance having a shoulder at its junction with the peripheral portion of the flange , that is to say that the annular protuberance is outwardly delimited by the shoulder ; and in that said annular protuberance is located towards the proximal end .
A shoe roll end module, comprising: a pedestal , having an axle hole configured to accommodate an axle of a shoe roll; a roll head configured to hold a belt ; and a ferrule attached to the pedestal on an inner side of the pedestal , the inner side of the pedestal being the side facing the roll head , wherein the roll head is supported on the ferrule in an axially movable manner. a pedestal , having an axle hole configured to accommodate an axle of a shoe roll; a roll head configured to hold a belt ; and a ferrule attached to the pedestal on an inner side of the pedestal , the inner side of the pedestal being the side facing the roll head , wherein the roll head is supported on the ferrule in an axially movable manner.
A moisturizing composition of a contact lens, mixed with a raw material of the contact lens to improving moisturizing ability, including: a first complex, including: at least one moisturizing stabilizer, comprising 5-10% by weight of the first complex; at least one first polymer, comprising 35-40% by weight of the first complex; and at least one surfactant, comprising 25-30% by weight of the first complex; wherein the moisturizing stabilizer, the first polymer and the surfactant are dissolved in RO-water, which comprises 25-40% by weight of the first complex; and a second complex, blended with the first complex, including: at least one second polymer, comprising 35-50% by weight of the second complex; at least one hydrophilic cosolvent, comprising 1-20% by weight of the second complex; and at least one moisturizing additive, comprising 0.01-3% by weight of the second complex; wherein the second polymer, the hydrophilic cosolvent and the moisturizing additive are dissolved in RO-water, which comprises 55~75% by weight of the second complex. at least one moisturizing stabilizer, comprising 5-10% by weight of the first complex; at least one first polymer, comprising 35-40% by weight of the first complex; and at least one surfactant, comprising 25-30% by weight of the first complex; wherein the moisturizing stabilizer, the first polymer and the surfactant are dissolved in RO-water, which comprises 25-40% by weight of the first complex; and a second complex, blended with the first complex, including: at least one second polymer, comprising 35-50% by weight of the second complex; at least one hydrophilic cosolvent, comprising 1-20% by weight of the second complex; and at least one moisturizing additive, comprising 0.01-3% by weight of the second complex; wherein the second polymer, the hydrophilic cosolvent and the moisturizing additive are dissolved in RO-water, which comprises 55~75% by weight of the second complex. at least one second polymer, comprising 35-50% by weight of the second complex; at least one hydrophilic cosolvent, comprising 1-20% by weight of the second complex; and at least one moisturizing additive, comprising 0.01-3% by weight of the second complex; wherein the second polymer, the hydrophilic cosolvent and the moisturizing additive are dissolved in RO-water, which comprises 55~75% by weight of the second complex.
A biomaterial collection device , comprising: a wire comprising a functional member comprising a proximal end, a distal end, a first flat surface (380; 351) and a second flat surface (380; 352) opposing the first surface, the functional member configured to fit within a body lumen , wherein the functional member comprises binding elements configured to bind circulating biomaterials of interest, wherein the functional member comprises curved portions that form revolutions around the longitudinal axis of the device, characterized in that the wire comprises 8, 9 or 10 revolutions per 1 cm of length of the wire. a wire comprising a functional member comprising a proximal end, a distal end, a first flat surface (380; 351) and a second flat surface (380; 352) opposing the first surface, the functional member configured to fit within a body lumen , wherein the functional member comprises binding elements configured to bind circulating biomaterials of interest, wherein the functional member comprises curved portions that form revolutions around the longitudinal axis of the device, characterized in that the wire comprises 8, 9 or 10 revolutions per 1 cm of length of the wire.
Apparatus for the artificial weathering or light fastness testing of samples, comprising a weathering chamber in which a UV radiation device is arranged, and in which at least one sample can be arranged in a sample plane spaced from the UV radiation device, wherein the UV radiation device contains a plurality of UV light-emitting diodes (UV LEDs) (31.n) containing three or more classes of UV LEDs (31.n) of different emission bands which are selected spectrally in such a way that a spectral distribution can be obtained in the sample plane with which the short-wave rising edge of the UV component of the solar spectrum can be simulated, wherein the UV LEDs (31.n) are not evenly distributed spatially but are combined in groups of 3 or more UV LEDs (31.n) each, the groups being formed identically, wherein the groups are spatially regularly distributed on a flat surface and arranged separately from one another, and at least one UV LED (31.n) from each of the different emission bands is represented in each group , and wherein the distance of the UV LEDs (31.n) from one another within a group is determined as an average value of the center point distances of respectively directly adjacent UV LEDs (31.n) and this distance is smaller than the distance between the UV radiation device and the sample plane. a weathering chamber in which a UV radiation device is arranged, and in which at least one sample can be arranged in a sample plane spaced from the UV radiation device, wherein the UV radiation device contains a plurality of UV light-emitting diodes (UV LEDs) (31.n) containing three or more classes of UV LEDs (31.n) of different emission bands which are selected spectrally in such a way that a spectral distribution can be obtained in the sample plane with which the short-wave rising edge of the UV component of the solar spectrum can be simulated, wherein the UV LEDs (31.n) are not evenly distributed spatially but are combined in groups of 3 or more UV LEDs (31.n) each, the groups being formed identically, wherein the groups are spatially regularly distributed on a flat surface and arranged separately from one another, and at least one UV LED (31.n) from each of the different emission bands is represented in each group , and wherein the distance of the UV LEDs (31.n) from one another within a group is determined as an average value of the center point distances of respectively directly adjacent UV LEDs (31.n) and this distance is smaller than the distance between the UV radiation device and the sample plane.
A detection label provided with a passive resonant circuit which is configured to emit an identification code when the passive resonant circuit is introduced into a first electromagnetic interrogation field, wherein the label is further provided with a memory and an active circuit comprising a transmitter and a receiver , wherein the active circuit is configured to emit information stored in the memory with the transmitter when the active circuit is introduced into a second electromagnetic interrogation field comprising a first predetermined code, which second electromagnetic interrogation field is received with the receiver , characterized in that the label is configured, in response to receiving the second interrogation field, when the second interrogation field comprises a second predetermined code, to adjust a status of the label such that the passive resonant circuit does not emit the identification code when the passive resonant circuit is introduced into the first electromagnetic interrogation field.
A method for constructing at least one dental prosthetic part or a bracket having at least one adhesive surface , wherein a 3D model is made of the dental prosthetic part or the bracket, characterised in that recesses are constructed on the adhesive surface of the 3D model , wherein at least one of the recesses has a first shape comprising an input channel with a first fixed diameter and a wider volume within the 3D model with a second fixed diameter that exceeds the first diameter of the input channel , and/or wherein a plurality of the recesses has a second shape with a plurality of channels , wherein within the 3D model the channels are connected to one another at the ends thereof by a further channel .
A method for securing an action that an actuating device (DA) must carry out at the request of a user (UT), under the control of the securing server (SS), by means of a portable terminal (TP) such as a mobile telephone of the user, including an establishment and registration phase with the securing server (SS), before any request for an action by the user, of an identification link and an authentication link of the user, which involves the communication to the securing server (SS) of the identification data and confidential data of the user including the number of the portable terminal (TP) and password, characterized in that , for said registration, following a request from the user to the actuator (DA), the latter sends the security server (SS) the identification data of the user, the server (SS) returns a registration message OTP to the actuator, which sends it to the mobile telephone (TP), which, in turn, returns the registration message OTP to the server (SS) in an SMS message from which the server (SS) learns the number of the mobile telephone, and next the server (SS) sends the mobile telephone a program allowing the performance of the process for authenticating the user, which then creates the password that it sends to the server, and in that the latter, after creating the identification link linking the mobile telephone to the identification data of the user, also establishes an authentication link that uses the password to link the user to the data already registered.
Water jet device for recreational purposes, in particular of the fountain type, comprising: - a jet head equipped with at least one water infeed opening and at least one set of water outlet nozzles , the nozzles of said set being arranged in a same plane and on a peripheral line of the jet head , the nozzles having respective outlets oriented towards the outside of the jet head, - a water flow regulator supplying the nozzles in order to produce, during use, a water velocity defining a water jet (J), exiting each nozzle , having a path of chosen substantially parabolic shape, the set of water jets (J) exiting the nozzles forming at least a dome portion during use, and - at least one water supply column , made of a rigid material and comprising an inlet connected to a water infeed and a water outlet connected to the opening of the jet head and mechanically integral thereto, said supply column having said parabolic shape chosen to blend in with the dome portion during use, and characterized in that the opening of the jet head , intended to receive said at least one water supply column , is at the same angular distance from the water outlet nozzles located to either side thereof and in the same plane as the water outlet nozzles . - a jet head equipped with at least one water infeed opening and at least one set of water outlet nozzles , the nozzles of said set being arranged in a same plane and on a peripheral line of the jet head , the nozzles having respective outlets oriented towards the outside of the jet head, - a water flow regulator supplying the nozzles in order to produce, during use, a water velocity defining a water jet (J), exiting each nozzle , having a path of chosen substantially parabolic shape, the set of water jets (J) exiting the nozzles forming at least a dome portion during use, and - at least one water supply column , made of a rigid material and comprising an inlet connected to a water infeed and a water outlet connected to the opening of the jet head and mechanically integral thereto, said supply column having said parabolic shape chosen to blend in with the dome portion during use,
A method for producing a porous body, comprising: a raw-material mixing step of mixing talc having an average particle size of 1 μm or more and 18 μm or less, alumina, an auxiliary raw material containing a material that undergoes a eutectic reaction with talc and being prepared in an amount so as to satisfy a weight ratio of 0.5% or more and 1.0% or less by weight relative to the talc, and a pore-forming agent, to provide green body; and a molding and firing step of molding the green body to provide a compact and firing this compact at a firing temperature of 1350°C to 1440°C. a raw-material mixing step of mixing talc having an average particle size of 1 μm or more and 18 μm or less, alumina, an auxiliary raw material containing a material that undergoes a eutectic reaction with talc and being prepared in an amount so as to satisfy a weight ratio of 0.5% or more and 1.0% or less by weight relative to the talc, and a pore-forming agent, to provide green body; and a molding and firing step of molding the green body to provide a compact and firing this compact at a firing temperature of 1350°C to 1440°C.
A composite material for embossing, comprising a skin material, and a flexible polyurethane foam sheet laminated on one surface of the skin material, wherein the flexible polyurethane foam sheet has a thickness of 3 to 15 mm and a compression percentage of 5% to 40% in a temperature range of 100°C to 150°C, measured as indicated in the description, characterised in that the skin material is a woven fabric, a knitted fabric, a non-woven fabric, a leather, or a composite body made of two or more kinds of said fabrics or leathers. a skin material, and a flexible polyurethane foam sheet laminated on one surface of the skin material, wherein the flexible polyurethane foam sheet has a thickness of 3 to 15 mm and a compression percentage of 5% to 40% in a temperature range of 100°C to 150°C, measured as indicated in the description,
A lip of an air intake of an aircraft turbomachine nacelle extending along an axis X in which an air flow (F) circulates from upstream to downstream, the lip annularly extending about axis X and comprising an internal wall pointing to axis X and an external wall which is opposite to the internal wall , the internal wall and the external wall being connected by an upstream wall and a partition wall so as to delimit an annular cavity in which at least one infrared emission source is housed, the lip is characterized by the fact that at least one wall, selected from the internal wall , the external wall and the upstream wall , is made of a material configured to transmit, on an outer face of said wall, at least 30% of the infrared rays received on an inner face of said wall.
A controller for controlling travel of a straddle-type vehicle , the controller comprising: an execution section capable of executing adaptive cruise control in which the straddle-type vehicle is made to travel according to a distance from said straddle-type vehicle to a preceding vehicle, motion of said straddle-type vehicle , and a rider's instruction, wherein when the execution section causes generation of braking forces on at least one of the wheels of the straddle-type vehicle during the adaptive cruise control, at a braking start time point, at which the braking force starts being generated on at least one of the wheels , the execution section brings braking force distribution between a front wheel and a rear wheel into an initial state where the braking force is generated on the front wheel , and characterized in that when causing the braking force to be generated on at least one of the wheels during the adaptive cruise control, the execution section brings the braking force distribution into the initial state at the braking start time point, and then increases a distribution ratio for the rear wheel in the braking force distribution with a lapse of time. an execution section capable of executing adaptive cruise control in which the straddle-type vehicle is made to travel according to a distance from said straddle-type vehicle to a preceding vehicle, motion of said straddle-type vehicle , and a rider's instruction, wherein when the execution section causes generation of braking forces on at least one of the wheels of the straddle-type vehicle during the adaptive cruise control, at a braking start time point, at which the braking force starts being generated on at least one of the wheels , the execution section brings braking force distribution between a front wheel and a rear wheel into an initial state where the braking force is generated on the front wheel , and characterized in that when causing the braking force to be generated on at least one of the wheels during the adaptive cruise control, the execution section brings the braking force distribution into the initial state at the braking start time point, and then increases a distribution ratio for the rear wheel in the braking force distribution with a lapse of time.