mhurhangee/patent-ind-claim-en huggingface dataset:
A server device comprising: a control unit configured to generate a plurality of recommended channel lists on a basis of information of an available frequency channel and to provide the plurality of recommended channel lists to a communication unit of an information processing device , wherein the plurality of recommended channel lists define the available frequency channel and transmission power of the available frequency channel for each predetermined range determined on a basis of a predetermined criterion so that the available frequency channel does not overlap a frequency channel in the same predetermined range, wherein the available frequency channel is used by an external device , wherein a setting unit of the information processing device is configured to select one of the plurality of recommended channel lists provided by the server device on a basis of current location information, wherein the available frequency channel is a frequency channel included in the frequency channel which is not used by a system whose operation is approved on a basis of license in a frequency band of a wireless network allowed to be used by the system , wherein the predetermined criterion includes at least one of an address compartment, a census tract, control and jurisdiction space of the server device , a country, an area compartment, and a map segmented with pixels. a control unit configured to generate a plurality of recommended channel lists on a basis of information of an available frequency channel and to provide the plurality of recommended channel lists to a communication unit of an information processing device , wherein the plurality of recommended channel lists define the available frequency channel and transmission power of the available frequency channel for each predetermined range determined on a basis of a predetermined criterion so that the available frequency channel does not overlap a frequency channel in the same predetermined range, wherein the available frequency channel is used by an external device , wherein a setting unit of the information processing device is configured to select one of the plurality of recommended channel lists provided by the server device on a basis of current location information, wherein the available frequency channel is a frequency channel included in the frequency channel which is not used by a system whose operation is approved on a basis of license in a frequency band of a wireless network allowed to be used by the system , wherein the predetermined criterion includes at least one of an address compartment, a census tract, control and jurisdiction space of the server device , a country, an area compartment, and a map segmented with pixels.
Method for producing a DC motor comprising a permanent-magnet internal rotor rotatably mounted about a motor longitudinal axis , a stator consisting of a wound stator core having a plurality of distinct, inwardly pointing poles which in the circumferential direction are formed in one piece with a return yoke and separated from one another by stator grooves , and an insulation member , which lines the stator grooves and has a return yoke cover which covers an axial end face of the return yoke , wherein a winding wire is wound around all the poles continuously without any breaks one after the other in order to form respective coils and interconnects the coils in a delta-parallel arrangement in the process, characterised by the following method steps: a) providing a stator core equipped with an insulation member , as well as a motor housing , a contact carrier , insulated busbars , an insulating crown and an end shield or add-on part ; b) providing a manufacturing device; c) placing the stator core in the manufacturing device; d) attaching a winding wire to an attachment site fixed to the die or to the workpiece; e) winding a coil around a first pole; f) guiding the winding wire in a straight line out of a stator groove having a radial and an axial component; g) placing the winding wire around bearing profiles arranged on removable auxiliary mouldings fixed to the workpiece; guiding the winding wire back into the stator groove while forming a U-shaped wire connection ; h) repeating method steps e) to g) until all the required coils are produced; i) attaching the winding wire to an attachment site fixed to the die or to the workpiece; j) cutting the winding wire ; k) shearing off the auxiliary mouldings .
A method performed by a first network node operating in a wireless communications network , wherein the wireless communications network comprises a first group of wireless devices supporting transmission with a first bandwidth under a threshold and a second group of wireless devices supporting transmission with a second bandwidth over the threshold, the method comprising: configuring a wireless device comprised in the first group of wireless devices , the wireless device having a first set of time-frequency resources to carry a first type of information between a second network node operating in the wireless communications network and the wireless device , with: at least one second set of time-frequency resources to carry a second type of information between the second network node and the wireless device , wherein the second type of information is to be transmitted simultaneously to the first group of wireless devices , and wherein the first type of information is to be transmitted to the first group of wireless devices and the second group of wireless devices , and wherein the first set of time-frequency resources and the at least one second set of time-frequency resources are in at least one of: (a) different sets of frequencies and (b) different transmission time periods, and have different coverages wherein transmission of the second type of information is enabled to reach the first group of wireless devices supporting transmission with the first bandwidth under the threshold, and further configuring the wireless device to combine the first and second type of information. at least one second set of time-frequency resources to carry a second type of information between the second network node and the wireless device , wherein the second type of information is to be transmitted simultaneously to the first group of wireless devices , and wherein the first type of information is to be transmitted to the first group of wireless devices and the second group of wireless devices , and wherein the first set of time-frequency resources and the at least one second set of time-frequency resources are in at least one of: (a) different sets of frequencies and (b) different transmission time periods, and have different coverages wherein transmission of the second type of information is enabled to reach the first group of wireless devices supporting transmission with the first bandwidth under the threshold, and further configuring the wireless device to combine the first and second type of information.
A process for the preparation of a telmisartan tablet comprising (a) spraying an aqueous solution of telmisartan, a basic agent and a surfactant on to a first filler and a flow control agent to obtain a granulate and drying the granulate; (b) coating the granulate with a coating agent selected from the group consisting of corn starch, pregelatinized starch, lactose, D-mannitol, erythritol and microcrystalline cellulose to obtain a coated granulate; (c) drying and screening the coated granulate; (d) blending the dried and screened coated granulate with a second filler selected from the group consisting of cellulose, dibasic calcium phosphate anhydrous, erythritol, mannitol, microcrystalline cellulose corn starch, and pregelatinized starch, a flow control agent and a disintegrant selected from the group consisting of sodium starch glycolate, crospovidone, corn starch and pregelatinized starch; and (e) tableting the blend using external lubrication in the presence of a lubricant. (a) spraying an aqueous solution of telmisartan, a basic agent and a surfactant on to a first filler and a flow control agent to obtain a granulate and drying the granulate; (b) coating the granulate with a coating agent selected from the group consisting of corn starch, pregelatinized starch, lactose, D-mannitol, erythritol and microcrystalline cellulose to obtain a coated granulate; (c) drying and screening the coated granulate; (d) blending the dried and screened coated granulate with a second filler selected from the group consisting of cellulose, dibasic calcium phosphate anhydrous, erythritol, mannitol, microcrystalline cellulose corn starch, and pregelatinized starch, a flow control agent and a disintegrant selected from the group consisting of sodium starch glycolate, crospovidone, corn starch and pregelatinized starch; and (e) tableting the blend using external lubrication in the presence of a lubricant.
A knit comprising at least one multifilament UHMWPE fiber and at least one stretch fiber , wherein the at least one UHMWPE fiber is colored using a non-additive method, characterized in that the at least one UHMWPE fiber is twisted and the at least one UHMWPE fiber and the at least one stretch fiber are plated to have the UHMWPE fiber on each course and the stretch fiber on each course or every other course such that the knit has the UHMWPE fiber being exposed on a first side of the knit and the stretch fiber being exposed on a second side of the knit opposite the first side.
Method for manipulating aircraft flight plan segments implemented in one or more systems from among a plurality of systems executing said method in parallel and placed in competition, comprising the steps consisting in: - determining a next flight plan segment to be performed knowing the active flight segment of the aircraft, said next flight plan segment determining a junction point in space corresponding to the end of the active flight plan segment and corresponding to the start of said next flight plan segment to be flown; - determining an interval of change of flight plan segment, the end of the interval being situated downstream the junction point; - communicating , to at least one other system, said interval of change of flight plan segment determined. - determining a next flight plan segment to be performed knowing the active flight segment of the aircraft, said next flight plan segment determining a junction point in space corresponding to the end of the active flight plan segment and corresponding to the start of said next flight plan segment to be flown; - determining an interval of change of flight plan segment, the end of the interval being situated downstream the junction point; - communicating , to at least one other system, said interval of change of flight plan segment determined.
A protective tape dispenser , comprising: a base , having an abutting portion at a bottom thereof, the base having a pivot member ; a mounting unit , pivotally connected to the base , the mounting unit being configured to mount a protective tape roll ; a handle , disposed on the base ; a guide unit , disposed on the base , the guide unit including a tape pressing member and a turning member , the tape pressing member being located between the mounting unit and the turning member ; a cutting unit , disposed on the base , the cutting unit including an operation member and a fixing seat , the operation member being pivotally connected to the pivot member , the operation member having a linking portion and a pressing portion that are located at two sides of the pivot member , a free end of the linking portion being connected to one end of an elastic member , another end of the elastic member being fixed to the base , the fixing seat being fixed to the base , the fixing seat having a positioning member , the positioning member being connected with a blade holder , the blade holder being movable along the positioning member , the blade holder being provided with a blade ; a tape pressing unit , pivotally connected to the abutting portion , the tape pressing unit having a first guide member and a second guide member . a base , having an abutting portion at a bottom thereof, the base having a pivot member ; a mounting unit , pivotally connected to the base , the mounting unit being configured to mount a protective tape roll ; a handle , disposed on the base ; a guide unit , disposed on the base , the guide unit including a tape pressing member and a turning member , the tape pressing member being located between the mounting unit and the turning member ; a cutting unit , disposed on the base , the cutting unit including an operation member and a fixing seat , the operation member being pivotally connected to the pivot member , the operation member having a linking portion and a pressing portion that are located at two sides of the pivot member , a free end of the linking portion being connected to one end of an elastic member , another end of the elastic member being fixed to the base , the fixing seat being fixed to the base , the fixing seat having a positioning member , the positioning member being connected with a blade holder , the blade holder being movable along the positioning member , the blade holder being provided with a blade ; a tape pressing unit , pivotally connected to the abutting portion , the tape pressing unit having a first guide member and a second guide member .
A composition comprising myo-inositol and vitamin B2 for use in the treatment or prevention of gestational diabetes mellitus and a condition associated therewith in a pregnant subject and/or its offspring, wherein said composition is administered to said subject before and/or during pregnancy and/or during lactation; wherein the subject is a mammal selected from the group consisting of; a cat, a dog, a human, and wherein said composition is preferably administered enterally, more preferably orally, and preferably is a powdered nutritional composition, a food product, a drink, a nutritional supplement such as a powdered nutritional supplement, or a nutraceutical.
A crushing method for used galvanic cells with high energy densities, wherein a mixture of used galvanic cells is placed inside an insulated container and a cooling medium is added to this mixture, the temperature of used galvanic cells is decreased and the cooled mixture of used galvanic cells and of the cooling medium is then fed to the working unit of the crushing device, characterised in that the cooling medium is carbon dioxide as dry ice, added to the mixture of used galvanic cells at a volumetric ratio of dry ice to mixture of used galvanic cells between 0,5 : 1 to 2 : 1, and the temperature of mixture of used galvanic with dry ice is cooled down to a value between -20°C to -50°C, and the mixture of used galvanic cells with dry ice is subsequently fed to the working unit of the crushing device. mixture of used galvanic cells is placed inside an insulated container and a cooling medium is added to this mixture, the temperature of used galvanic cells is decreased and the cooled mixture of used galvanic cells and of the cooling medium is then fed to the working unit of the crushing device, characterised in that the cooling medium is carbon dioxide as dry ice, added to the mixture of used galvanic cells at a volumetric ratio of dry ice to mixture of used galvanic cells between 0,5 : 1 to 2 : 1, and the temperature of mixture of used galvanic with dry ice is cooled down to a value between -20°C to -50°C, and the mixture of used galvanic cells with dry ice is subsequently fed to the working unit of the crushing device.
A method for assessing blood vessel stenosis using image data of a subject, said image data representing a vascular structure of the subject, the method comprising: (a) obtaining , using the image data, a plurality of two-dimensional images representing respective cross-sections of a vessel segment; (b) identifying , for each of the plurality of two-dimensional images, a lumen area comprising lumen pixels representing a lumen of the corresponding cross-section, said identifying of each lumen area comprising: (i) identifying a plurality of diameter lines (L) for the corresponding cross-section; (ii) for each diameter line, obtaining an intensity profile (P) of intensity values for pixels lying on the corresponding diameter line; (iii) for each diameter line, deriving a gradient profile (P') based on the intensity profile of the corresponding diameter line, the gradient profile representing a first derivative of the intensity profile; (iv) for each diameter line, identifying lumen boundary pixels (b1,b2) for the corresponding lumen area, the lumen boundary pixels corresponding to maxima of the corresponding gradient profile; (c) obtaining a quantitative measure using the lumen areas of successive cross-sections of the vessel segment; and (d) assessing blood vessel stenosis using the quantitative measure. (a) obtaining , using the image data, a plurality of two-dimensional images representing respective cross-sections of a vessel segment; (b) identifying , for each of the plurality of two-dimensional images, a lumen area comprising lumen pixels representing a lumen of the corresponding cross-section, said identifying of each lumen area comprising: (i) identifying a plurality of diameter lines (L) for the corresponding cross-section; (ii) for each diameter line, obtaining an intensity profile (P) of intensity values for pixels lying on the corresponding diameter line; (iii) for each diameter line, deriving a gradient profile (P') based on the intensity profile of the corresponding diameter line, the gradient profile representing a first derivative of the intensity profile; (iv) for each diameter line, identifying lumen boundary pixels (b1,b2) for the corresponding lumen area, the lumen boundary pixels corresponding to maxima of the corresponding gradient profile; (i) identifying a plurality of diameter lines (L) for the corresponding cross-section; (ii) for each diameter line, obtaining an intensity profile (P) of intensity values for pixels lying on the corresponding diameter line; (iii) for each diameter line, deriving a gradient profile (P') based on the intensity profile of the corresponding diameter line, the gradient profile representing a first derivative of the intensity profile; (iv) for each diameter line, identifying lumen boundary pixels (b1,b2) for the corresponding lumen area, the lumen boundary pixels corresponding to maxima of the corresponding gradient profile; (c) obtaining a quantitative measure using the lumen areas of successive cross-sections of the vessel segment; and (d) assessing blood vessel stenosis using the quantitative measure.
An electronic device configured to perform a predetermined process using a secondary battery as a power source, comprising: a temperature detection unit configured to detect a temperature of the secondary battery ; a low-temperature determination unit configured to determine whether the temperature detected by the temperature detection unit is lower or higher than a predetermined value; an intermittent processing unit configured to perform the predetermined process intermittently when the temperature detected by the temperature detection unit is lower than the predetermined value; and a continuous processing unit configured to perform the predetermined process continuously when the temperature detected by the temperature detection unit is higher than the predetermined value, characterized by the fact that the predetermined process performed by the intermittent processing unit and the continuous processing unit is an emergency call operation which is performed when an abnormality of a vehicle in which the device is mountable occurs. a temperature detection unit configured to detect a temperature of the secondary battery ; a low-temperature determination unit configured to determine whether the temperature detected by the temperature detection unit is lower or higher than a predetermined value; an intermittent processing unit configured to perform the predetermined process intermittently when the temperature detected by the temperature detection unit is lower than the predetermined value; and a continuous processing unit configured to perform the predetermined process continuously when the temperature detected by the temperature detection unit is higher than the predetermined value, characterized by the fact that the predetermined process performed by the intermittent processing unit and the continuous processing unit is an emergency call operation which is performed when an abnormality of a vehicle in which the device is mountable occurs.
A fluid vapor distillation apparatus comprising: a source fluid input; an evaporator condenser apparatus comprising: a substantially cylindrical housing ; and a plurality of tubes in said housing , whereby said source fluid input is fluidly connected to said evaporator condenser and said evaporator condenser transforms source fluid into steam and transforms compressed steam into product fluid; a heat exchanger fluidly connected to said source fluid input and a product fluid output, said heat exchanger comprising: an outer tube ; and at least one inner tube , wherein said outer tube is a source fluid flow path and said at least one inner tube is a product fluid flow path; and a regenerative blower fluidly connected to said evaporator condenser , whereby said regenerative blower compresses steam, and whereby the compressed steam flows to the evaporative condenser where compressed steam is transformed into product fluid, characterised in that said heat exchanger comprises at least three inner tubes which are twined to form a substantially helical shape, and further characterised in that said heat exchanger comprises two ends, and at each end a connector is attached, whereby said connectors form a connection to the evaporator condenser . a source fluid input; an evaporator condenser apparatus comprising: a substantially cylindrical housing ; and a plurality of tubes in said housing , whereby said source fluid input is fluidly connected to said evaporator condenser and said evaporator condenser transforms source fluid into steam and transforms compressed steam into product fluid; a substantially cylindrical housing ; and a plurality of tubes in said housing , a heat exchanger fluidly connected to said source fluid input and a product fluid output, said heat exchanger comprising: an outer tube ; and at least one inner tube , an outer tube ; and at least one inner tube , wherein said outer tube is a source fluid flow path and said at least one inner tube is a product fluid flow path; and a regenerative blower fluidly connected to said evaporator condenser , whereby said regenerative blower compresses steam, and whereby the compressed steam flows to the evaporative condenser where compressed steam is transformed into product fluid, characterised in that said heat exchanger comprises at least three inner tubes which are twined to form a substantially helical shape, and further characterised in that said heat exchanger comprises two ends, and at each end a connector is attached, whereby said connectors form a connection to the evaporator condenser .