mhurhangee/ep-ind-claims huggingface dataset:
A control method for laundry treating apparatus configured to perform a dry cycle for clothes by operating a heat pump comprising an expansion valve, the control method comprising: a measuring step for measuring the temperatures of a refrigerant and air which pass through an evaporator to exchange heat; a comparing step for comparing a difference between the measured temperatures of the refrigerant and air with a preset reference temperature (Tref); and an adjusting step for adjusting an opening degree of the expansion valve according to the result of the comparing step, wherein the measuring step measures the temperature of the refrigerant passing through the evaporator, adjacent to an inlet of the refrigerant pipe, and the temperature of the air flowing in an upper portion of a duct where the evaporator is provided, and wherein the adjusting step decreases the opening degree of the expansion valve, when the comparing step determines that the difference between the measured temperatures of the refrigerant and air is less than the reference temperature (Tref). a measuring step for measuring the temperatures of a refrigerant and air which pass through an evaporator to exchange heat; a comparing step for comparing a difference between the measured temperatures of the refrigerant and air with a preset reference temperature (Tref); and an adjusting step for adjusting an opening degree of the expansion valve according to the result of the comparing step, wherein the measuring step measures the temperature of the refrigerant passing through the evaporator, adjacent to an inlet of the refrigerant pipe, and the temperature of the air flowing in an upper portion of a duct where the evaporator is provided, and wherein the adjusting step decreases the opening degree of the expansion valve, when the comparing step determines that the difference between the measured temperatures of the refrigerant and air is less than the reference temperature (Tref).
Method for coating a metal part provided with at least one hole, in particular a fastening hole, in particular a large roller bearing or a large roller bearing ring, in which a metallic plug is inserted into the hole, in which a free end face of the plug and a face, adjoining the hole, of the metal part are provided with a coating, in which the plug is removed from the hole, and in which the end face of the plug, provided with the coating, undergoes quality testing. in which a metallic plug is inserted into the hole, in which a free end face of the plug and a face, adjoining the hole, of the metal part are provided with a coating, in which the plug is removed from the hole, and in which the end face of the plug, provided with the coating, undergoes quality testing.
A solution of testosterone for use in the treatment of testosterone deficiency in a male subject by oromucosal administration, characterised in that said treatment comprises oromucosally administering a dose of 10-500μL of said solution to said male subject every 1-4 hours, the doses being administered two, three or 4-10 times per day, while the patient is awake, wherein each dose comprises 100 to 1000μg testosterone, and wherein the doses are administered in the form of a spray, drops or by a dosage pen.
- A device for driving the rotation of coils, intended to be placed between two coils (24, 30) for storing flexible line and to cooperate selectively with each coil (24, 30) in order to drive the rotation of the coil (24, 30) about an axis of rotation (A-A'), the driving device comprising: - a central tower comprising a frame, - a support carried by the frame of the central tower, the support comprising a coil driving wheel intended to engage on a face (28, 34) of the coil, and at least one rotating motor able to drive the rotation of the driving wheel and conjointly that of the coil about the axis of rotation (A-A'), characterized in that the support is mounted pivoting about a pivoting axis (B-B') between a first position for the engagement of the driving wheel on a first coil and a second position for the engagement of the driving wheel on a second coil. - a central tower comprising a frame, - a support carried by the frame of the central tower, the support comprising a coil driving wheel intended to engage on a face (28, 34) of the coil, and at least one rotating motor able to drive the rotation of the driving wheel and conjointly that of the coil about the axis of rotation (A-A'),
Antenna system with an antenna and a device for rotating the direction of polarisation of an electromagnetic wave received and/or transmitted by the antenna, wherein the device for rotating the direction of polarisation consists of a plurality of layers embodied in sleeve form and arranged concentrically with one another and with the antenna and each having conductor tracks running parallel in the layer with an orientation which changes from layer to layer, characterised in that in each case each layer consists solely of a spacing layer (2 1, 2 2,..., 2 n) of electrically insulating material which in each case carries individual ones of the conductor tracks on one side, and in that the spacing layer (2 1, 2 2,..., 2 n) is coated with the conductor tracks.
Water-using household appliance, having a number of actuators (110, 111, 112) for executing a plurality of washing programs, a user interface for selecting one of the plurality of washing programs, a sensor for providing a sensor signal for specifying a parameter of a washing liquor used to wash items to be washed, a determination unit for determining a sensor setting from among a plurality of predetermined sensor settings for the sensor, wherein the sensor setting is a stipulation for the modification of a sensor signal and/or its associated threshold value, a control unit configured to actuate the actuators (110, 111, 112) in order to execute the selected washing program by means of signal processing that uses the sensor signal, and an adjustment unit for adjusting the signal processing as a function of the determined sensor setting.
Belt conveyor comprising a longitudinal conveyor belt, a plurality of belt support stations wherein each support station comprises a base, a tower fixed on the base and belt support devices fixed on the tower, at least some support stations comprising devices to displace the stations, the support devices of the belt being fixed on the tower at a height above ground greater than one meter, characterized in that the conveyor belt is self-supporting and in that the support devices comprise a main arm extending in a main direction, at least one secondary arm fixed to the main arm and extending in a secondary direction substantially perpendicular to the main direction, and at least one belt support member fixed on the secondary arm, the, or each, belt support member being attached to the secondary arm by means of a first connection pivoting about an axis parallel to the main direction and by means of a second connection pivoting about an axis perpendicular to the axis of rotation of the first pivoting connection.
Filter element, comprising a zigzag-folded, annularly closed filter body having a longitudinal axis, a first open or closed end plate disposed on a front side and a second end plate disposed on the opposite front side, a support tube disposed around the longitudinal axis between the first and the second end plate (16, 18), wherein at least one of the end disks is made of a foam or elastomer mass foamed to the front side of the filter body and reinforced with an embedded reinforcing ring which features openings radially visible from outside for the level monitoring of a level of the mass.
A drive system for driving a load, the drive system comprising: a gas turbine comprising: a gas generator having a gas-generator rotor and comprising at least one gas-generator compressor and one high-pressure turbine driving said gas-generator compressor; and a power turbine having a power-turbine rotor, said power-turbine rotor being torsionally independent of said gas-generator rotor; a load coupling connecting the power-turbine rotor to the load; an electric motor/generator mechanically connected to the gas-generator rotor and electrically connected to an electric power grid; wherein said electric motor/generator is adapted to function alternatively: as a generator for converting mechanical power from said gas turbine into electrical power; and as a motor for supplementing driving power to the load; a flow-conditioning arrangement, arranged and controlled to modify a combustion-gas flow through the gas turbine; wherein said flow-conditioning arrangement comprises a set of movable nozzle guide vanes at the inlet of the power turbine for controlling the speed of the power turbine. a gas generator having a gas-generator rotor and comprising at least one gas-generator compressor and one high-pressure turbine driving said gas-generator compressor; and a power turbine having a power-turbine rotor, said power-turbine rotor being torsionally independent of said gas-generator rotor; a load coupling connecting the power-turbine rotor to the load; an electric motor/generator mechanically connected to the gas-generator rotor and electrically connected to an electric power grid; wherein said electric motor/generator is adapted to function alternatively: as a generator for converting mechanical power from said gas turbine into electrical power; and as a motor for supplementing driving power to the load; a flow-conditioning arrangement, arranged and controlled to modify a combustion-gas flow through the gas turbine; wherein said flow-conditioning arrangement comprises a set of movable nozzle guide vanes at the inlet of the power turbine for controlling the speed of the power turbine.
Apparatus for use as a motor or generator, comprising: a capacitor assembly comprising: a first conductor part defining a first conductor region and a second conductor part defining a second conductor region, the first and second conductor parts being spaced apart to define opposed sides of a passageway extending between the first and second conductor regions; and an inner polarisable or polarised electrical insulator part moveable relative to at least one of the conductor parts along the passageway extending between the first and second conductor regions; wherein at least one of the first and second conductor parts comprise an electrically insulating body for supporting the first and second conductor regions respectively, the electrically insulating body comprising at least one electrically polarisable region and one relatively non-polarisable region wherein the electrically polarisable region has a relative permittivity over 100 times that of the non-polarisable region. a capacitor assembly comprising: a first conductor part defining a first conductor region and a second conductor part defining a second conductor region, the first and second conductor parts being spaced apart to define opposed sides of a passageway extending between the first and second conductor regions; and an inner polarisable or polarised electrical insulator part moveable relative to at least one of the conductor parts along the passageway extending between the first and second conductor regions; a first conductor part defining a first conductor region and a second conductor part defining a second conductor region, the first and second conductor parts being spaced apart to define opposed sides of a passageway extending between the first and second conductor regions; and an inner polarisable or polarised electrical insulator part moveable relative to at least one of the conductor parts along the passageway extending between the first and second conductor regions; wherein at least one of the first and second conductor parts comprise an electrically insulating body for supporting the first and second conductor regions respectively, the electrically insulating body comprising at least one electrically polarisable region and one relatively non-polarisable region wherein the electrically polarisable region has a relative permittivity over 100 times that of the non-polarisable region.
Cooling apparatus for a supercharged internal combustion engine, comprising a circuit provided with a pump for circulating a cooling fluid between the internal combustion engine and a cooling radiator which exchanges heat with external atmospheric air, said cooling radiator having a main outlet connected to a suction side of said pump, said apparatus further comprising a conduit for cooling a gaseous intake fluid for said engine, said conduit comprising a low temperature radiator which exchanges heat with external atmospheric air, and which is connected to a secondary outlet of said cooling radiator, this outlet being different from said main outlet, and a cooler which cools said gaseous intake fluid by means of a heat exchange with said cooling fluid, connected to an outlet of said low temperature radiator, an outlet of said cooler being connected to a suction side of said pump, downstream of the main outlet of the cooling radiator; wherein said cooling radiator and low temperature radiator are combined in a two-pass heat exchange unit comprising a first and a second header (110, 120) and a tube bundle extending between said headers; said apparatus being characterized in that said cooler further comprises a pre-cooling section having an inlet and an outlet connected, one downstream of the other, to a return conduit of the cooling circuit connected to an inlet of the cooling radiator.
A method of post-charging ceramic particles with antimicrobial metal cations, comprising incorporating uncharged ceramic particles into a thermoplastic polymer, and thereafter charging said ceramic particles with one or more metal cations, wherein said thermoplastic polymer comprises polyetheretherketone (PEEK).
A double-edged razor blade, comprising: a first unit blade having a first cutting edge; a second unit blade having a second cutting edge; a first connecting portion connecting one side of the first unit blade with one side of the second unit blade; a second connecting portion connecting the other side of the first unit blade with the other side of the second unit blade; a pair of first notches (41, 42) forming a boundary between the first unit blade and the first and the second connecting portions (31, 32), and guiding breakage of the first unit blade; and a pair of second notches (43, 44) forming a boundary between the second unit blade and the first and the second connecting portions (31,32), guiding breakage of the second unit blade, characterized in that a pair of third notches (45, 46) formed to traverse the first connecting portion and the second conneting portion to guide breakage of the first connecting portion and the second connecting portion. a first unit blade having a first cutting edge; a second unit blade having a second cutting edge; a first connecting portion connecting one side of the first unit blade with one side of the second unit blade; a second connecting portion connecting the other side of the first unit blade with the other side of the second unit blade; a pair of first notches (41, 42) forming a boundary between the first unit blade and the first and the second connecting portions (31, 32), and guiding breakage of the first unit blade; and a pair of second notches (43, 44) forming a boundary between the second unit blade and the first and the second connecting portions (31,32), guiding breakage of the second unit blade, characterized in that a pair of third notches (45, 46) formed to traverse the first connecting portion and the second conneting portion to guide breakage of the first connecting portion and the second connecting portion.
, Clamping spring for a screwless connection terminal for connecting a conductor, wherein the clamping spring has a clamping limb, a contact limb, and a tensioning limb, the tensioning limb being connected to the clamping limb and the contact limb, and the clamping limb and the contact limb being designed as intersecting limbs, wherein the clamping limb has a clamping opening through which the contact limb extends, such that the contact limb is in contact with an edge of the clamping opening remote from the tensioning limb in a pretensioned manner and an exposed wire end of a conductor can be clamped with the contact limb onto a contact surface of a contact element of a screwless connection terminal, wherein the clamping limb has a clamping extension having a clamping surface, characterized in that said clamping extension, starting from the free end of the clamping limb remote from the tensioning limb, initially being formed so as to extend away from the tensioning limb, being then formed so as to extend back in the direction of the tensioning limb in a substantially curved form, and finally being oriented in the direction of the contact limb. wherein the clamping spring has a clamping limb, a contact limb, and a tensioning limb, the tensioning limb being connected to the clamping limb and the contact limb, and the clamping limb and the contact limb being designed as intersecting limbs, wherein the clamping limb has a clamping opening through which the contact limb extends, such that the contact limb is in contact with an edge of the clamping opening remote from the tensioning limb in a pretensioned manner and an exposed wire end of a conductor can be clamped with the contact limb onto a contact surface of a contact element of a screwless connection terminal, wherein the clamping limb has a clamping extension having a clamping surface, characterized in that said clamping extension, starting from the free end of the clamping limb remote from the tensioning limb, initially being formed so as to extend away from the tensioning limb, being then formed so as to extend back in the direction of the tensioning limb in a substantially curved form, and finally being oriented in the direction of the contact limb.
Object comprising a card holder for cards and a money holder for money, wherein the card holder has a card storage space for a stack of one or more cards and the money holder has a money storage space for money, wherein the money storage space is designed such that the money is stored loosely and the money holder has a money access opening designed to access the money storage space which money access opening can be closed with the card holder, to prevent passage of money; and CHARACTERIZED IN THAT the card and money holder (1, 2) are embodied as separate parts and mutually loosely stacked urged towards each other by an elastic spring means provided by an elastic stretched rubber band provided as a closed loop; and one of the holders (1, 2) can slide parallel to the card within the card storage space to open and close the money access opening, wherein said sliding is allowed since the rubber band surrounds the card holder and money holder and keeps these pressed onto each other.
An apparatus for the thermal treatment of mineral materials, wherein the apparatus comprises a first combustion chamber, a second combustion chamber and a reactor for the thermal treatment of mineral materials, wherein the first combustion chamber is configured for burning a first fuel, wherein the first combustion chamber and the second combustion chamber are connected via a first conduit for transferring hot gases from the first combustion chamber into the second combustion chamber, wherein the second combustion chamber is configured for burning a second fuel, wherein the second combustion chamber and the reactor are connected via a second conduit for transferring hot gases from the second combustion chamber into the reactor, wherein the first combustion chamber has a first fuel feed device for introducing the first fuel, wherein the second combustion chamber has a second fuel feed device for introducing the second fuel, wherein the reactor has a third fuel feed conduit for introducing a third fuel, characterized in that the first combustion chamber has a first oxygen feed device, the second combustion chamber has a second oxygen feed device, wherein the first fuel and the second fuel are different, and wherein the second combustion chamber, the second connection and/or the reactor has a sensor for measuring the oxygen content.
A fabrication method for fabricating a patterned layer on a substrate that is coated with a patterned conductive layer, wherein the substrate comprises first regions, in which layer material forming the layer is to be applied, and second regions, in which the layer material is not to be applied, the fabrication method comprising: - applying protective material in the second regions on the substrate, - printing liquid layer material in the first regions on the substrate, - drying the layer material by heating the layer material to a drying temperature being smaller than a melting temperature of the protective material, and - removing the protective material from the substrate by using a removing temperature being larger than the melting temperature of the protective material, characterized in that the method further comprises: - ablating the conductive layer through at least one of the protective material and the applied layer material for generating the patterned conductive layer. - applying protective material in the second regions on the substrate, - printing liquid layer material in the first regions on the substrate, - drying the layer material by heating the layer material to a drying temperature being smaller than a melting temperature of the protective material, and - removing the protective material from the substrate by using a removing temperature being larger than the melting temperature of the protective material, characterized in that the method further comprises: - ablating the conductive layer through at least one of the protective material and the applied layer material for generating the patterned conductive layer.
A spoiler for a rotor blade of a wind turbine, which spoiler comprises - a base member, which base member comprises a mounting face (20A, 20B, 20C) for mounting onto a surface of the rotor blade; - an aerodynamic member for detachably connecting onto the base member; and - a tongue-and-groove connector between the base member and a connecting element of the aerodynamic member. - a base member, which base member comprises a mounting face (20A, 20B, 20C) for mounting onto a surface of the rotor blade; - an aerodynamic member for detachably connecting onto the base member; and - a tongue-and-groove connector between the base member and a connecting element of the aerodynamic member.
A composition for use in a treatment of a cutaneous disorder involving excessive fibrogenesis or excessive angiogenesis and fibrogenesis, said composition being a pharmaceutical composition or a medical device, said treatment comprising applying on skin of a subject, having a cutaneous disorder involving excessive fibrogenesis or excessive angiogenesis and fibrogenesis, a composition comprising: - at least one fucoidan, and - at least one compound of formula A or B: wherein R1 and R2 are identical or different and are independently selected from the group consisting of -OH, -CH 3, CF 3 CH 2 O- and CH 3 O-. - at least one fucoidan, and - at least one compound of formula A or B: