mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a washing machine having a tub, a drum installed in the tub, a motor to rotate the drum, a water supply device to supply water to the tub, and a detergent supply device to supply detergent to the tub, wherein the washing machine is configured to use an input unit to perform a first washing course for removing smell or mould from laundry, and a second washing course for removing contaminants from laundry, the method comprising performing the first washing course by using a controller to: operate the detergent supply device to supply a smaller amount of detergent than the amount of detergent supplied for the second washing course; operate the water supply device to supply a larger amount of water than the amount of water supplied for the second washing course; and operate the motor at a lower operating rate than the operating rate for the second washing course. operate the detergent supply device to supply a smaller amount of detergent than the amount of detergent supplied for the second washing course; operate the water supply device to supply a larger amount of water than the amount of water supplied for the second washing course; and operate the motor at a lower operating rate than the operating rate for the second washing course.
A heat exchanger having a hydrophilic surface coating (2; 12), wherein the surface coating (2; 12) contains nanoparticles, coated nanoparticles and/or grafted nanoparticles comprising or consisting of oxides, wherein the surface coating further contains nanoparticles, coated nanoparticles and/or grafted nanoparticles comprising or consisting of hydrated oxides and/or nitrides and/or carbides and the hydrated oxides and/or nitrides and/or carbides consist of elements from main group IV and/or of transition metals and/or of cerium, wherein the nanoparticles, coated nanoparticles and/or grafted nanoparticles are contained in an aqueous dispersion or solution, which contains an organic binder, and/or in a dispersion or solution based on organic dispersants or solvents, which contains an organic binder, wherein the surface coating (2; 12) includes constituents with an antimicrobial action.
A method for recycling a cellulose waste containing cellulose, the method comprising: hydrolyzing the cellulose waste such that the cellulose in the hydrolyzed cellulose waste has a degree of polymerization of about 240 to about 860; dissolving the cellulose in the hydrolyzed cellulose waste having the degree of polymerization of about 240 to about 860 in an aqueous solution containing an alkali and one or more of urea ((NH 2) 2 CO), polyethylene glycol, or thiourea (SC(NH 2) 2), to produce another aqueous solution containing dissolved cellulose from the cellulose waste; and extruding the another aqueous solution containing the dissolved cellulose into a coagulation bath containing a coagulant configured to coalesce the dissolved cellulose in the extruded solution, thereby reforming the dissolved cellulose from the cellulose waste into a regenerated fiber or film. hydrolyzing the cellulose waste such that the cellulose in the hydrolyzed cellulose waste has a degree of polymerization of about 240 to about 860; dissolving the cellulose in the hydrolyzed cellulose waste having the degree of polymerization of about 240 to about 860 in an aqueous solution containing an alkali and one or more of urea ((NH 2) 2 CO), polyethylene glycol, or thiourea (SC(NH 2) 2), to produce another aqueous solution containing dissolved cellulose from the cellulose waste; and extruding the another aqueous solution containing the dissolved cellulose into a coagulation bath containing a coagulant configured to coalesce the dissolved cellulose in the extruded solution, thereby reforming the dissolved cellulose from the cellulose waste into a regenerated fiber or film.
A CW LIDAR Wind Velocity Sensor system adapted to measure wind velocity in the stratosphere, the system comprising: a first light emitting structure arranged to send a signal light in a first direction in space; a second light emitting structure arranged to produce a local oscillator light having a wavelength different from the wavelength of the signal light by a predetermined wavelength; a receiver arranged to receive light from said first direction in space; a first optical mixer for mixing the received light with said local oscillator light; wherein the first light emitting structure comprises a single mode blue laser source and the local oscillator light comprises a second single mode blue laser source and wherein said predetermined wavelength corresponds to a predetermined microwave frequency. a first light emitting structure arranged to send a signal light in a first direction in space; a second light emitting structure arranged to produce a local oscillator light having a wavelength different from the wavelength of the signal light by a predetermined wavelength; a receiver arranged to receive light from said first direction in space; a first optical mixer for mixing the received light with said local oscillator light; wherein the first light emitting structure comprises a single mode blue laser source and the local oscillator light comprises a second single mode blue laser source and wherein said predetermined wavelength corresponds to a predetermined microwave frequency.
A method for feeding of material in fluidised state, by means of a silo with at least one fluidisable element inside the silo, in the bottom thereof, where said element, when activated, is able to transport material towards one first outlet and further to a fluidised conveyer for controlled dosage via one second outlet, the material fed to the first outlet being received by a feeding reservoir with a part that converges downwards onto said conveyor, characterised in that the material in the feeding reservoir is further separated from the rest of the material in the silo by a roof arranged above the downwards converging part of the reservoir, where the roof is abutting the internal sidewalls and one end wall of the silo and is further arranged to protrude with the length (e) from the inlet of the vertical part, wherein the roof is arranged at the height (h) above the fluidisable element.
A method for establishing a limited network connection for a wireless subscriber device having a subscriber identity, the method comprising: transmitting, from the wireless subscriber device to a network, a network connection request and the subscriber identity; receiving, by the wireless subscriber device from the network, a network connection rejection in response to transmitting the network connection request and the subscriber identity and when the network determines that the subscriber identity is invalid, the method being characterized by: transmitting, from the wireless subscriber device to the network, an emergency connection indicator in response to receiving the network connection rejection, wherein the emergency connection indicator is a combination of bits indicating that the requested connection is for emergency sessions only. transmitting, from the wireless subscriber device to a network, a network connection request and the subscriber identity; receiving, by the wireless subscriber device from the network, a network connection rejection in response to transmitting the network connection request and the subscriber identity and when the network determines that the subscriber identity is invalid, the method being characterized by: transmitting, from the wireless subscriber device to the network, an emergency connection indicator in response to receiving the network connection rejection, wherein the emergency connection indicator is a combination of bits indicating that the requested connection is for emergency sessions only. transmitting, from the wireless subscriber device to the network, an emergency connection indicator in response to receiving the network connection rejection, wherein the emergency connection indicator is a combination of bits indicating that the requested connection is for emergency sessions only.
Operating facility for a domestic appliance, with an operating element receptacle and an operating element which is arranged on the operating element receptacle in a rotatable manner and is embodied for setting operating conditions of the domestic appliance depending on the relative position of the operating element with respect to the operating element receptacle, wherein a transmit/receive apparatus working optically is embodied, with which the relative position of the operating element can be detected, wherein the operating element receptacle has a platform, which comprises a central elevation, wherein a complementarily embodied indentation is embodied in the base of the operating element for receiving the elevation in the state where the operating element is positioned on the platform, wherein the platform has an end-to-end recess, through which the optical transmit/receive apparatus detects the base of the operating element, characterised in that the operating element has a structured base, and the transmit/receive apparatus is arranged for the optical detection of the base, wherein a structure region (19, 20) of the base is functionally assigned to an operating condition, wherein the base is structured differently in terms of colour and/or surface roughness.
A mobile terminal comprising: a case for receiving an electronic component therein; a middle frame mounted on the case; a main board mounted on the case; a first antenna forming a slot between the middle frame, wherein the first antenna has a first end spaced apart from the middle frame, and a second end connected to the middle frame; a second antenna including a first pattern and a second pattern, wherein a gap is formed between the first pattern and the second pattern; a first feeding line connected between the first antenna and the main board to transmit a signal thereto; a ground line connected between the first antenna, the first pattern of the second pattern and the middle frame to ground the first antenna and the second antenna; and a second feeding line connected to the second pattern of the second antenna, wherein at least a portion of the second antenna is overlapped with the slot. a case for receiving an electronic component therein; a middle frame mounted on the case; a main board mounted on the case; a first antenna forming a slot between the middle frame, wherein the first antenna has a first end spaced apart from the middle frame, and a second end connected to the middle frame; a second antenna including a first pattern and a second pattern, wherein a gap is formed between the first pattern and the second pattern; a first feeding line connected between the first antenna and the main board to transmit a signal thereto; a ground line connected between the first antenna, the first pattern of the second pattern and the middle frame to ground the first antenna and the second antenna; and a second feeding line connected to the second pattern of the second antenna, wherein at least a portion of the second antenna is overlapped with the slot.
A ceramic matrix composite member for a turbine blade, comprising: a principal part forming a blade part and a dovetail part; and a subordinate part forming a platform part, wherein a principal fiber in a ceramic fiber fabric forming the principal part is a continuous fiber, a direction of the principal fiber is in parallel with a direction in which stress is applied, characterised in that the ceramic fiber fabric forming the principal part and a ceramic fiber fabric forming the subordinate part are formed into form an integrated three pronged ceramic fiber fabric obtained by weaving ceramic fibers bundles in the X-, Y- and Z-directions, the ceramic fiber fabric forming the principal part and the ceramic fiber fabric forming the subordinate part are integrated together by being set into a mold with the ceramic fiber fabric forming the subordinate part folded at a desired angle to the ceramic fiber fabric forming the principal part, a ceramic matrix is formed in the obtained molded body, and the ceramic fiber fabric of the subordinate part is formed of two ceramic fiber fabrics provided with overlapping portions stitched together. a principal part forming a blade part and a dovetail part; and a subordinate part forming a platform part, wherein a principal fiber in a ceramic fiber fabric forming the principal part is a continuous fiber, a direction of the principal fiber is in parallel with a direction in which stress is applied, characterised in that the ceramic fiber fabric forming the principal part and a ceramic fiber fabric forming the subordinate part are formed into form an integrated three pronged ceramic fiber fabric obtained by weaving ceramic fibers bundles in the X-, Y- and Z-directions, the ceramic fiber fabric forming the principal part and the ceramic fiber fabric forming the subordinate part are integrated together by being set into a mold with the ceramic fiber fabric forming the subordinate part folded at a desired angle to the ceramic fiber fabric forming the principal part, a ceramic matrix is formed in the obtained molded body, and the ceramic fiber fabric of the subordinate part is formed of two ceramic fiber fabrics provided with overlapping portions stitched together.
A medical system, comprising: a medical device including a plurality of electrodes; a computer configured to treat target tissue cells using the medical device, the medical device being configured to selectively deliver pulse alternating current energy at: (a) a voltage between 500 volts RMS and 2000 volts RMS at which tissue electroporation occurs; (b) a sub-lethal heat ablation voltage at which the tissue is temporarily stunned; and (c) a voltage between the voltage at which tissue electroporation occurs and the voltage at which heat ablation occurs the tissue is temporarily stunned; the computer being further configured to deliver radio frequency energy to each of the plurality of electrodes, the energy delivered to each of the plurality of electrodes being at least one of an in-phase angle and an out-of-phase angle relative to the energy delivered to adjacent electrodes. a medical device including a plurality of electrodes; a computer configured to treat target tissue cells using the medical device, the medical device being configured to selectively deliver pulse alternating current energy at: (a) a voltage between 500 volts RMS and 2000 volts RMS at which tissue electroporation occurs; (b) a sub-lethal heat ablation voltage at which the tissue is temporarily stunned; and (c) a voltage between the voltage at which tissue electroporation occurs and the voltage at which heat ablation occurs the tissue is temporarily stunned; (a) a voltage between 500 volts RMS and 2000 volts RMS at which tissue electroporation occurs; (b) a sub-lethal heat ablation voltage at which the tissue is temporarily stunned; and (c) a voltage between the voltage at which tissue electroporation occurs and the voltage at which heat ablation occurs the tissue is temporarily stunned; the computer being further configured to deliver radio frequency energy to each of the plurality of electrodes, the energy delivered to each of the plurality of electrodes being at least one of an in-phase angle and an out-of-phase angle relative to the energy delivered to adjacent electrodes.
A tank configured to hold a pressurized substance, the tank comprising: a chamber, the chamber configured to enclose the pressurized substance and provide a seal between the pressurized substance and a surrounding atmosphere, an endoskeleton arranged within the chamber and being coupled to the chamber to provide structural support to the chamber, wherein the endoskeleton comprises a plurality of coupled support members, wherein the plurality of coupled support members comprises at least a first set of support members having sides that are formed by sheets, wherein each support member of the support members in the first set comprises interior asymmetric tetrahedral structures formed by the sides, wherein each side of the asymmetric tetrahedral structures is in the shape of a non-equilateral triangle. a chamber, the chamber configured to enclose the pressurized substance and provide a seal between the pressurized substance and a surrounding atmosphere, an endoskeleton arranged within the chamber and being coupled to the chamber to provide structural support to the chamber, wherein the endoskeleton comprises a plurality of coupled support members, wherein the plurality of coupled support members comprises at least a first set of support members having sides that are formed by sheets, wherein each support member of the support members in the first set comprises interior asymmetric tetrahedral structures formed by the sides, wherein each side of the asymmetric tetrahedral structures is in the shape of a non-equilateral triangle.
Coiling device for producing coil windings, comprising a plurality of rotatable bobbin receptacles, on which a bobbin to be wound onto can be respectively arranged, and a material guide bar, on which a material guiding unit, for feeding a winding material to the respective bobbin to be wound onto, is respectively arranged for each bobbin receptacle, the material guide bar being displaceable by means of a first electric motor in the x direction (x), by means of a second electric motor in the y direction (y) and by means of a third electric motor in the z direction (z) of a system of three-dimensional coordinates and being rotatable by means of a fourth electric motor about an axis of rotation, which is aligned parallel to the x direction (x).
A method of forming a variable resistance memory comprising: depositing a first conductive layer comprising a first conductive material; depositing a second conductive layer comprising a second conductive material on top of the first conductive layer; depositing a third conductive layer comprising the first conductive material on top of the second conductive layer; etching a first recess in the first conductive layer and a second recess in the third conductive layer to provide a tip contact with a selector or storage material; depositing an insulating material in each of the recesses to form an insulating layer; characterised by further forming a funnel shaped third recess by etching a portion of the second conductive layer and a portion of the insulating layer; and depositing the selector or storage material in the funnel shaped third recess. depositing a first conductive layer comprising a first conductive material; depositing a second conductive layer comprising a second conductive material on top of the first conductive layer; depositing a third conductive layer comprising the first conductive material on top of the second conductive layer; etching a first recess in the first conductive layer and a second recess in the third conductive layer to provide a tip contact with a selector or storage material; depositing an insulating material in each of the recesses to form an insulating layer; characterised by further forming a funnel shaped third recess by etching a portion of the second conductive layer and a portion of the insulating layer; and depositing the selector or storage material in the funnel shaped third recess.
An antenna, wherein the antenna comprises: an antenna body, wherein the antenna body has an antenna aperture and is configured to send and receive a radio frequency signal that passes through the antenna aperture, and the antenna body has an optical axis; and a filter component, wherein the filter component is located at the antenna aperture and is disposed perpendicular to the optical axis, and is configured to filter an interference signal in the radio frequency signal; and the filter component comprises a filter layer and a support component, wherein the filter layer is formed by a lossy dielectric, and the support component is configured to support the filter layer, so that the filter layer forms a spatial structure similar to a shutter; and wherein the filter layer comprises a plurality of equally spaced concentric circles to form the spatial structure, and wherein a spacing between any two adjacent concentric circles is greater than λ/4, and λ is a wavelength corresponding to a minimum operating frequency of the radio frequency signal. an antenna body, wherein the antenna body has an antenna aperture and is configured to send and receive a radio frequency signal that passes through the antenna aperture, and the antenna body has an optical axis; and a filter component, wherein the filter component is located at the antenna aperture and is disposed perpendicular to the optical axis, and is configured to filter an interference signal in the radio frequency signal; and the filter component comprises a filter layer and a support component, wherein the filter layer is formed by a lossy dielectric, and the support component is configured to support the filter layer, so that the filter layer forms a spatial structure similar to a shutter; and wherein the filter layer comprises a plurality of equally spaced concentric circles to form the spatial structure, and wherein a spacing between any two adjacent concentric circles is greater than λ/4, and λ is a wavelength corresponding to a minimum operating frequency of the radio frequency signal.
A bandwidth part, BWP, allocation method, wherein the method comprises: dividing, by a base station, a bandwidth resource into a plurality of BWPs based on a maximum bandwidth supported by a terminal; sending, by the base station, first indication information to a first terminal, wherein the first indication information is used to indicate the first terminal to operate in a first BWP of the plurality of BWPs; and when load of the first BWP exceeds a load threshold, sending, by the base station, second indication information to the first terminal, wherein the indication information is used to indicate the first terminal to operate in a second BWP of the plurality of BWPs, and load of the second BWP is less than that of the first BWP. dividing, by a base station, a bandwidth resource into a plurality of BWPs based on a maximum bandwidth supported by a terminal; sending, by the base station, first indication information to a first terminal, wherein the first indication information is used to indicate the first terminal to operate in a first BWP of the plurality of BWPs; and when load of the first BWP exceeds a load threshold, sending, by the base station, second indication information to the first terminal, wherein the indication information is used to indicate the first terminal to operate in a second BWP of the plurality of BWPs, and load of the second BWP is less than that of the first BWP.