mhurhangee/ep-ind-claims huggingface dataset:
A vehicle air-conditioning control method comprising: - calculating an air-conditioning reference temperature for an interior of a vehicle on the basis of an in-vehicle temperature measured by an in-vehicle temperature sensor provided inside the vehicle that runs between stations (3, 4, 5), an outside air temperature measured by an outside air temperature sensor provided on the exterior of the vehicle, an in-vehicle humidity measured by a humidity sensor provided inside the vehicle, and a vehicle occupancy rate measured by a vehicle occupancy rate sensor to provide a vehicle occupancy rate signal, the sensor provided in the vehicle; - determining an air-conditioning control pattern for performing air-conditioning of the inside of the vehicle on the basis of the air-conditioning reference temperature; and - controlling a vehicle air-conditioning apparatus on the basis of the air-conditioning control pattern, characterized in that the data of a preceding vehicle is received, and is used in air-conditioning control of the following vehicle. - calculating an air-conditioning reference temperature for an interior of a vehicle on the basis of an in-vehicle temperature measured by an in-vehicle temperature sensor provided inside the vehicle that runs between stations (3, 4, 5), an outside air temperature measured by an outside air temperature sensor provided on the exterior of the vehicle, an in-vehicle humidity measured by a humidity sensor provided inside the vehicle, and a vehicle occupancy rate measured by a vehicle occupancy rate sensor to provide a vehicle occupancy rate signal, the sensor provided in the vehicle; - determining an air-conditioning control pattern for performing air-conditioning of the inside of the vehicle on the basis of the air-conditioning reference temperature; and - controlling a vehicle air-conditioning apparatus on the basis of the air-conditioning control pattern,
A method for locating mobile units within an area using a wireless local area network, characterized by the steps of: a) providing reference signal transmitters at selected fixed locations within said area; b) transmitting reference signals using said reference signal transmitters using a first selected channel of said wireless local area network; c1) providing a computer having a database relating signal strengths of signals transmitted by said reference signal transmitters to location within said area, c2) wherein the database is generated based on predetermined radio frequency environment survey data of the reference signal transmitters; d) providing at least one access point coupled to said computer and providing wireless data communications between said computer and at least one mobile unit in said area using one or more channels of said wireless local area network that are different from said first selected channel; e1) receiving a selected plurality of said reference signals at said at least one mobile unit, e2) determining signal strengths of said received reference signals. and e3) transmitting data representing said received reference signal strengths to said computer via said at least one access point using one or more data communications channels; and f) receiving said data representing reference signal strengths at said computer and determining a position of said mobile unit using said database. a) providing reference signal transmitters at selected fixed locations within said area; b) transmitting reference signals using said reference signal transmitters using a first selected channel of said wireless local area network; c1) providing a computer having a database relating signal strengths of signals transmitted by said reference signal transmitters to location within said area, c2) wherein the database is generated based on predetermined radio frequency environment survey data of the reference signal transmitters; d) providing at least one access point coupled to said computer and providing wireless data communications between said computer and at least one mobile unit in said area using one or more channels of said wireless local area network that are different from said first selected channel; e1) receiving a selected plurality of said reference signals at said at least one mobile unit, e2) determining signal strengths of said received reference signals. and e3) transmitting data representing said received reference signal strengths to said computer via said at least one access point using one or more data communications channels; and f) receiving said data representing reference signal strengths at said computer and determining a position of said mobile unit using said database.
A method for producing hypromellose phthalate, comprising: an esterification step of esterifying hypromellose dissolved in glacial acetic acid with phthalic anhydride in the presence of sodium acetate at a temperature of from 75 to 100 °C to obtain a reaction product solution; a cooling step of cooling the reaction product solution to a temperature of 70 °C or lower; and a precipitation step of mixing the cooled reaction product solution with water of from 0 to 40 °C to obtain a suspension of precipitated hypromellose phthalate. said method comprising, between the cooling step and the precipitation step, a step of mixing the cooled reaction product solution with such an amount of water of from 0 to 40 °C as not to cause precipitation of hypromellose phthalate. an esterification step of esterifying hypromellose dissolved in glacial acetic acid with phthalic anhydride in the presence of sodium acetate at a temperature of from 75 to 100 °C to obtain a reaction product solution; a cooling step of cooling the reaction product solution to a temperature of 70 °C or lower; and a precipitation step of mixing the cooled reaction product solution with water of from 0 to 40 °C to obtain a suspension of precipitated hypromellose phthalate.
Radio receiving system for a vehicle (13, 14), having a radio antenna for receiving a radio signal from a stationary radio transmitter, a C2C module for communicating with further vehicles (13, 14), a WLAN antenna which can be connected or is connected to the C2C module, and having a radio receiving device to which the radio antenna and the C2C module can be connected or are connected and which comprises a first signal processing unit, which comprises an MRC module for combining a plurality of synchronised analogue intermediate frequency signals into one combined analogue intermediate frequency signal, a demodulator for extracting a useful signal from the combined analogue intermediate frequency signal, a temporary store for a plurality of synchronisable digitised intermediate frequency signals and a plurality of D/A converters for generating an analogue intermediate frequency signal from each digitised intermediate frequency signal stored in the temporary store, wherein the radio receiving system is configured to transmit and/or receive a digitised intermediate frequency signal generated from a received radio signal from the stationary radio transmitter via the C2C module and the WLAN antenna.
A compound of isothiocyanates, their derivatives, or metabolites for use in the treatment and/or prevention of prostatitis, wherein said derivatives and metabolites of isothiocyanates are selected from the group consisting of glutathione-conjugates of isothiocyanates, cysteinyl glycine-conjugates of isothiocyanates, cysteinyl-conjugates of isothiocyanates, and N-acetumcusteine-conjugates of isothiocyanates.
Electrical drive motor, having a stator with pole shoes and at least one electrically actuatable stator winding, and a permanent magnet rotor mounted in the field of the stator winding leaving an annular gap such that said permanent magnet rotor is capable of being driven in a rotational manner, which permanent magnet rotor has a motor shaft and a first laminated core (8.1) seated on the motor shaft, which first laminated core (8.1) has a number of pockets corresponding to the number of poles (14.1) of the permanent magnet rotor, in each of which pockets a permanent magnet is inserted, and which first laminated core (8.1) has a non-circular peripheral contour in the axial cross-section, which in each sector of the first laminated core (8.1) assigned in each case to a permanent magnet has an arc shape with a greater curvature than a circular peripheral contour enveloping the first laminated core (8.1) in the cross-section, and having at least one second laminated core (8.2) which is embodied to correspond to the first laminated core (8.1) and is arranged on the motor shaft of the permanent magnet rotor offset relative to the first laminated core (8.1) by an offset angle rotated about the rotational axis of the permanent magnet rotor, characterised in that the permanent magnets are at least essentially cuboid in shape and the pockets extend in the first laminated core (8.1) and in the second laminated core (8.2) parallel to the rotational axis of the permanent magnet rotor such that the permanent magnets inserted in the pockets are arranged distributed evenly around the motor shaft, wherein the first laminated core (8.1) and the second laminated core (8.2) have in each case rotor slots (13.1) which are embodied between the poles and extend parallel to the rotational axis of the permanent magnet rotor and wherein adjacent permanent magnets of the first laminated core (8.1) are in each case spaced further apart from one another in the peripheral direction than the rotor slots (13.1) of the first and second laminated core which are offset relative to one another by the offset angle. wherein the first laminated core (8.1) and the second laminated core (8.2) have in each case rotor slots (13.1) which are embodied between the poles and extend parallel to the rotational axis of the permanent magnet rotor and wherein adjacent permanent magnets of the first laminated core (8.1) are in each case spaced further apart from one another in the peripheral direction than the rotor slots (13.1) of the first and second laminated core which are offset relative to one another by the offset angle.
Apparatus for burning organic substances, comprising a horizontal combustion chamber provided in a housing and heat-insulated with respect to the housing, and a counter-flow heat exchanger which preheats the combustion air with the aid of the hot exhaust gases from the combustion chamber and which forms a flow duct for the combustion air, which flow duct is formed between the combustion chamber and a heat-exchanger wall enclosing the combustion chamber, as well as a flow duct for the hot exhaust gases on the side of the heat-exchanger wall facing away from the combustion chamber, characterised in that the heat-exchanger wall of the counter-flow heat exchanger is provided on the outer side of the heat insulation of the combustion chamber which has an upper exhaust gas outlet opening into the housing, in that, in the upper interstices created on both sides of the combustion chamber between the combustion chamber and the substantially prismatic housing, heat exchangers which extend in parallel with the combustion chamber are provided for heating a heat-transfer medium with the sensible waste heat of the hot exhaust gases, and in that the exhaust gas-receiving flow duct of the counter-flow heat exchanger for the combustion air originates from the two interstices, while the heat-exchanger wall extends with the flow duct for the combustion air into the interstices.
A dosing system for the metered delivery of chemical substances stored in containers (24, 25) to a dishwasher or washing machine, comprising at least one dispensing device (2, 3) with a substance inlet (2a, 3a) that is connectable to an outlet (24a, 25a) of a container (24, 25) containing a chemical substance, such as a cleaning agent, products for disinfection, water treatment or a rinse agent, with the dispensing device having a substance outlet (2b, 3b) which is connectable to the dishwasher or washing machine and from which the substance is dispensed, and comprising a dispensing logic unit (22, 23) including a control algorithm (22a, 23a) which controls the dosage of the chemical substance (24b, 25b) to be dispensed from the dispensing device, with the control algorithm (22a, 23a) metering the delivery of the chemical substance (24b, 25b) such that the actual substance conductance of the mixture of the dispensed chemical substance and water in the dishwasher or washing machine is approximated to a desired substance conductance of the mixture of the dispensed chemical substance and water, characterized in that the control algorithm (22a, 23a) adjusts the desired substance conductance by including a predetermined standard substance conductance, a predetermined standard water conductance for water to be supplied, an actual water conductance of the supplied water, a predetermined standard water hardness for water to be supplied, an actual water hardness of the supplied water, a compensation factor for the standard substance conductance for discrepancies between the standard water hardness and the actual water hardness as well as, optionally, an adjustable correction factor as a control parameter, taking into account measured values of a conductance sensor (2f, 3f) of the dispensing logic unit (22, 23), wherein the desired substance conductance is preferably calculated according to the following formula: desired substance conductance = correction factor × standard substance conductance − standard water conductance + actual water hardness × compensation factor actual water hardness − standard water hardness
A filter structure for separating water from a fluid, the filter comprising an absorbent filter membrane constituted by a non-woven textile, wherein the absorbent filter membrane comprises a first face turned upstream in a crossing direction of the fluid being filtered and a second face, opposite to the first face and turned downstream in the crossing direction of the fluid being filtered, wherein the non-woven textile is constituted by a bearing lattice and by a super-absorbent material, which expands when it absorbs water, fixed to the bearing lattice, wherein the super-absorbent material is present in a smaller quantity than 70% in dry weight with respect to a dry weight of the non-woven textile, and wherein the super-absorbent material is operable between a dry or unsaturated configuration, in which the non-woven textile has an open porosity between the bearing lattice and the super-absorbent material, and a saturation configuration, in which the expansion of the super-absorbent material closes the open porosity between the bearing lattice and the super-absorbent material, characterized in that fibres that constitute the bearing lattice define a pathway having at least an upstream end, in the crossing direction, which defines a portion of the first face or emerges slightly with respect thereto both in dry or unsaturated configuration and in saturation configuration of the super-absorbent material, and a downstream end, in the crossing direction, which defines a portion of the second face or emerges slightly therefrom both in dry or unsaturated configuration and in saturation configuration of the super-absorbent material so that, when the super-absorbent material is in saturation configuration, the non-woven textile has a permeability to the fluid that is not nil by capillarity to the interface between the bearing lattice and the super-absorbent material.
Apparatus for feeding articles to a packaging machine, comprising a dosing belt and a conveyor belt arranged between the dosing belt and the packaging machine, said conveyor belt consisting of at least two individual parallel belts (4 1, 4 2,..., 4 n), wherein the belts (4 1, 4 2,..., 4 n) are spatially separated from each other by parallel partition walls, by means of which several lanes for the transport of the articles are created, which are aligned with several lane sections of the dosing belt, characterized in that the dosing belt is associated with a single drive motor, which drives the entire dosing belt at a uniform speed, and the conveyor belt is associated with a single drive motor, which is connected to a switching device so that the individual belts (4 1, 4 2,..., 4 n) of the conveyor belt can be moved with different speeds.
A refrigeration apparatus comprising a heat source unit and a utilization unit provided with a utilization circuit having a utilization heat exchanger, the heat source unit together with the utilization unit constituting the refrigeration apparatus, the heat source unit comprising: a heat source circuit having a compression element, a heat source heat exchanger, and a receiver; and a heat source controller, wherein the heat source circuit and the utilization circuit are connected to form a refrigerant circuit that performs a refrigeration cycle, the refrigerant circuit includes a liquid passage that allows the receiver to communicate with the utilization heat exchanger, and a first expansion valve provided in the liquid passage (P 1), and the heat source controller is configured to open the first expansion valve when the compression element is in a stopped state and a pressure in the receiver exceeds a predetermined first pressure, characterized in that the refrigerant circuit has a pressure release valve configured to operate when the pressure in the receiver exceeds a predetermined operating pressure, and the predetermined first pressure is lower than the operating pressure a heat source circuit having a compression element, a heat source heat exchanger, and a receiver; and a heat source controller, wherein the heat source circuit and the utilization circuit are connected to form a refrigerant circuit that performs a refrigeration cycle, the refrigerant circuit includes a liquid passage that allows the receiver to communicate with the utilization heat exchanger, and a first expansion valve provided in the liquid passage (P 1), and the heat source controller is configured to open the first expansion valve when the compression element is in a stopped state and a pressure in the receiver exceeds a predetermined first pressure, characterized in that the refrigerant circuit has a pressure release valve configured to operate when the pressure in the receiver exceeds a predetermined operating pressure, and the predetermined first pressure is lower than the operating pressure
A method comprising: establishing (304, 306, 502) a local communication link between a host device and a node of an access network using addresses for the host device and for the node of the access network that are associated with the local communication link; establishing (308, 504) a network communication link passing from the host device and through the access network using addresses for the host device and for the node of the access network that are associated with the network communication link passing through the access network, wherein the network communication link is a secure communication link providing connectivity between the host device and a gateway of a virtual private network through the access network; and communicating a message to the host device from the node of the access network over the local communication link, wherein communicating the message to the host device from the node is independent of the network communication link; characterized in that the local communication link is a transport layer connection; and the addresses that are associated with the local communication link are link-local IP addresses. establishing (304, 306, 502) a local communication link between a host device and a node of an access network using addresses for the host device and for the node of the access network that are associated with the local communication link; establishing (308, 504) a network communication link passing from the host device and through the access network using addresses for the host device and for the node of the access network that are associated with the network communication link passing through the access network, wherein the network communication link is a secure communication link providing connectivity between the host device and a gateway of a virtual private network through the access network; and communicating a message to the host device from the node of the access network over the local communication link, wherein communicating the message to the host device from the node is independent of the network communication link; characterized in that the local communication link is a transport layer connection; and the addresses that are associated with the local communication link are link-local IP addresses.
A vane for a fan of an aircraft turbomachine extending along an axis of the turbomachine, the vane being made of a composite material comprising a plurality of longitudinal electrical conductive fibers embedded in an electrically nonconductive matrix, the vane comprising at least one fastening zone to which an identification medium for identifying the vane is fastened, the fastening zone comprises longitudinal fibers oriented along a favored fiber axis, the identification medium comprising at least one memory for storing an identification piece of data (ID1, ID2) of the vane and at least one radio antenna comprising at least one communication lobe configured to receive a read request and transmit back the identification piece of data (ID1, ID2), the communication lobe being oriented along a radio axis which is angularly offset from the favored fiber axis by less than 45°, preferably by less than 22.5°.
A method of determining a priority for reselecting a cell performed by a User Equipment "UE" in a mobile communication system, the method comprising: receiving system information comprising first priority information for cell reselection for frequencies transmitted from the mobile communication system; if second priority information is received based on a dedicated signaling, ignoring the priority information provided in system information; and while the UE is camped on a suitable Closed Subscriber Group "CSG" cell, considering a current frequency to be the highest priority frequency for cell reselection irrespective of the first priority information and the second priority information, wherein while the UE moves from the suitable CSG cell to any other cell, the highest priority for the cell reselection assigned to the current frequency of the CSG cell is maintained during a predetermined time period. receiving system information comprising first priority information for cell reselection for frequencies transmitted from the mobile communication system; if second priority information is received based on a dedicated signaling, ignoring the priority information provided in system information; and while the UE is camped on a suitable Closed Subscriber Group "CSG" cell, considering a current frequency to be the highest priority frequency for cell reselection irrespective of the first priority information and the second priority information, wherein while the UE moves from the suitable CSG cell to any other cell, the highest priority for the cell reselection assigned to the current frequency of the CSG cell is maintained during a predetermined time period.
A print head (100, 200, 305), in particular for the selective application of printing fluid onto a particulate material in the production of three-dimensional models by means of a layer construction technique, comprising a plurality of printing modules (202, 304, 420), wherein a printing module is a modular single-drop generator comprising a plurality of nozzles, a print head tank for containing printing fluid, which is connected to the print head modules (202, 304, 420) through which the printing fluid is passed into the pump chambers and to the nozzles of the print head modules (202, 304, 420); at least one metallic support to which said print head modules (202, 304, 420) are attached; characterised in that plastic fluid guides are provided for passing the printing fluid through the metallic support and are positioned by the metallic support.