mhurhangee/ep-ind-claims huggingface dataset:
A flushable wipe or hygiene tissue comprising a hydraulically entangled nonwoven material impregnated with a wetting composition, said nonwoven material comprising cellulose pulp fibers and/or manmade staple fibers, characterized in that the nonwoven material comprises disintegration elements having a projected surface area between 2 and 50 mm 2 and an aspect ratio (L/D) between 1 and 10, said flushable wipe or hygiene tissue comprises between 0.5 and 2.5 weight% of said disintegration elements as calculated on the dry weight of the wipe or hygiene tissue, and said disintegration elements are of a material selected from the following group: botanical elements, paper containing a wet-strength agent, nonwoven material, film material.
A pulsed high power rock crushing tool, said tool comprising a generator and a primary pair of electrodes (20A, 20B), said generator comprising a high voltage source electrically connected, on the one hand, to a ground and, on the other hand, in series with at least one two-position switch, said switch being electrically connected to a first electrode of the primary pair of electrodes (20A, 20B), the second electrode of the primary pair of electrodes (20A, 20B) being placed facing the first electrode by being spaced by a socalled "inter-electrode" distance, the tool being characterised in that it comprises at least one energy recovery module (30-1, 30-2, 30-3) comprising at least one capacitor (C1, C2, C3) and a secondary pair of electrodes (30-1A, 30-1B; 30-2A, 30-2B; 30-3A, 30-3B), the at least one capacitor of the first energy recovery module being electrically connected, on the one hand, to the second electrode of the primary pair of electrodes (20A, 20B) and, on the other hand, to the ground, the secondary pair of electrodes (30-1A, 30-1B) of the first energy recovery module comprising a first electrode, electrically connected to the midpoint located between the second electrode of the primary pair of electrodes (20A, 20B) and the at least one capacitor, and a second electrode, placed facing the first electrode of the secondary pair of electrodes (30-1A, 30-1B) by being spaced by a second inter-electrode distance and electrically connected to the ground.
Turbomachine having a turbohousing and having an impeller which is mounted so as to be movable about an axis of rotation and which, on a front side, defines an inflow region and an outflow region of a working medium, and which impeller is operatively connected to a shaft, characterized in that the impeller or the shaft forms with the turbohousing an axial bearing in the form of a one-sided gas bearing, wherein the impeller or the shaft is preloaded by a preloading means in the direction of the axial bearing, wherein the preloading means comprises a first magnet and a second magnet, preferably a permanent magnet or an electromagnet.
A message management method performed by a terminal, comprising: receiving a first input that is performed on a target message on a group communication interface by an operator, the target message being a message that has been sent or a message to be sent; displaying a message management control in response to the first input, wherein the message management control comprises information about processing progress of the target message; and updating the information about the processing progress of the target message in the case of receiving, from at least one message recipient, a feedback message regarding processing of the target message; characterised in that the method further comprises: when a first display interface of the terminal where the message management control is displayed is exited and a second display interface of the terminal that is different from the first display interface is displayed, displaying the message management control on the second display interface, such that the processing progress of the target message is available on any display interface of the terminal. receiving a first input that is performed on a target message on a group communication interface by an operator, the target message being a message that has been sent or a message to be sent; displaying a message management control in response to the first input, wherein the message management control comprises information about processing progress of the target message; and updating the information about the processing progress of the target message in the case of receiving, from at least one message recipient, a feedback message regarding processing of the target message; characterised in that the method further comprises: when a first display interface of the terminal where the message management control is displayed is exited and a second display interface of the terminal that is different from the first display interface is displayed, displaying the message management control on the second display interface, such that the processing progress of the target message is available on any display interface of the terminal.
A display comprising: a plurality of inorganic light-emitting diode, ILED, chips (604;702,704), each ILED chip (604;702,704) comprising a plurality of light emitting elements (606a-c); wherein each ILED chip (604;702,704) is arranged such that a first light emitting element is configured to illuminate a sub-pixel of a first display pixel (602;700), and a second light emitting element is configured to illuminate a sub-pixel of a second display pixel (602;700) using the same wavelength of light as the first light emitting element, wherein each ILED chip (604;702,704) is triangular, having a light emitting element (606a-c) located towards each corner, and each display pixel (602;700) is hexagonal, each ILED chip (604;702,704) being located at an intersection of three adjacent display pixels (602;700) thereby forming a sub-pixel in each of the three adjacent display pixels (602;700). a plurality of inorganic light-emitting diode, ILED, chips (604;702,704), each ILED chip (604;702,704) comprising a plurality of light emitting elements (606a-c); wherein each ILED chip (604;702,704) is arranged such that a first light emitting element is configured to illuminate a sub-pixel of a first display pixel (602;700), and a second light emitting element is configured to illuminate a sub-pixel of a second display pixel (602;700) using the same wavelength of light as the first light emitting element, wherein each ILED chip (604;702,704) is triangular, having a light emitting element (606a-c) located towards each corner, and each display pixel (602;700) is hexagonal, each ILED chip (604;702,704) being located at an intersection of three adjacent display pixels (602;700) thereby forming a sub-pixel in each of the three adjacent display pixels (602;700).
A method for transmitting service data comprising: a User Equipment, UE, in the state of Cell Forward Access Channel, CELL_FACH, establishing Radio Resource Control, RRC, connection with a base station; the UE monitoring High Speed Shared Control Channel, HS-SCCH, and acquiring control information for establishing High Speed Downlink Shared Channel, HS-DSCH, on the HS-SCCH; and the UE establishing HS-DSCH by adopting the control information and performing transmission of service data with the base station on the HS-DSCH; the method being characterized in that when data is user plane data, the UE monitoring HS-SCCH comprises: the UE performing a reading operation on the fifth System Information Block, SIB5; and the base station notifying the UE of receiving the user plane data through the HS-SCCH; or when data is control plane data, the UE monitoring HS-SCCH comprises: the UE selecting one common High Speed Downlink Shared Channel Radio Network Temporary Identifier, H-RNTI, according to the number of common H-RNTIs broadcasted by SIB5 and an initial UE identity; and the UE monitoring the HS-SCCH by use of the selected common H-RNTI. a User Equipment, UE, in the state of Cell Forward Access Channel, CELL_FACH, establishing Radio Resource Control, RRC, connection with a base station; the UE monitoring High Speed Shared Control Channel, HS-SCCH, and acquiring control information for establishing High Speed Downlink Shared Channel, HS-DSCH, on the HS-SCCH; and the UE establishing HS-DSCH by adopting the control information and performing transmission of service data with the base station on the HS-DSCH; the method being characterized in that when data is user plane data, the UE monitoring HS-SCCH comprises: the UE performing a reading operation on the fifth System Information Block, SIB5; and the base station notifying the UE of receiving the user plane data through the HS-SCCH; or when data is control plane data, the UE monitoring HS-SCCH comprises: the UE selecting one common High Speed Downlink Shared Channel Radio Network Temporary Identifier, H-RNTI, according to the number of common H-RNTIs broadcasted by SIB5 and an initial UE identity; and the UE monitoring the HS-SCCH by use of the selected common H-RNTI.
A capacitive sensing system for measuring the height of a laser head above a plastic work piece, said system comprising: a laser head nozzle forming a first plate of a capacitor; the plastic work piece forming a dielectric portion of the capacitor, the capacitor including an earth ground; a capacitive-responsive radio frequency oscillator operably coupled to the capacitor, said oscillator providing an output; a temperature/humidity compensation circuit forming a feedback loop between an output of a gain stage and the capacitive-responsive radio frequency oscillator, the temperature/humidity compensation circuit being configured to compensate for changes in background capacitance, wherein the gain stage is set to be adjusted from a first gain to a second gain to detect different materials; and a high-order bypass filter to process the output from the oscillator to measure changes in capacitance of the capacitor. a laser head nozzle forming a first plate of a capacitor; the plastic work piece forming a dielectric portion of the capacitor, the capacitor including an earth ground; a capacitive-responsive radio frequency oscillator operably coupled to the capacitor, said oscillator providing an output; a temperature/humidity compensation circuit forming a feedback loop between an output of a gain stage and the capacitive-responsive radio frequency oscillator, the temperature/humidity compensation circuit being configured to compensate for changes in background capacitance, wherein the gain stage is set to be adjusted from a first gain to a second gain to detect different materials; and a high-order bypass filter to process the output from the oscillator to measure changes in capacitance of the capacitor.
Gas barrier for floors or other intended surface by means of a foil that is gas-tight, characterized in that on the outside of said gas-tight foil, which is built up from a gas-tight aluminium foil and having protecting layers (4, 5) of polymers on the sides (3A, 3B) thereof, there is arranged a covering, and that said covering is formed of one or more components, which are mixed and cured in the place for the application thereof to said foil, and adheres to the same in place for the formation of a jointless, gas-tight, homogeneous barrier, that the main part of the surfaces of said homogeneous barrier are surface-enlarged by means of fibres having the ability to improve the adhesion and which has been fasten by being glued or pressed in place at elevated temperature with said protective layers (4, 5) consisting of polymers, that said foil having fastened protective layers (4, 5) thereon, and which is manufactured in factory, is arranged to be delivered in roll form, for free laying out on the floor, or some other intended surface, or to be glued thereon, and that several widths of the gas-tight foil are laid together edge to edge and/or overlapping each other at mutually meeting edges (31, 32) by agglutination and/or by aluminium tape along the joints. that on the outside of said gas-tight foil, which is built up from a gas-tight aluminium foil and having protecting layers (4, 5) of polymers on the sides (3A, 3B) thereof, there is arranged a covering, and that said covering is formed of one or more components, which are mixed and cured in the place for the application thereof to said foil, and adheres to the same in place for the formation of a jointless, gas-tight, homogeneous barrier, that the main part of the surfaces of said homogeneous barrier are surface-enlarged by means of fibres having the ability to improve the adhesion and which has been fasten by being glued or pressed in place at elevated temperature with said protective layers (4, 5) consisting of polymers, that said foil having fastened protective layers (4, 5) thereon, and which is manufactured in factory, is arranged to be delivered in roll form, for free laying out on the floor, or some other intended surface, or to be glued thereon, and that several widths of the gas-tight foil are laid together edge to edge and/or overlapping each other at mutually meeting edges (31, 32) by agglutination and/or by aluminium tape along the joints.
An air conditioner (1, 400, 500, 600) comprising: a housing to be mounted on or embedded in a ceiling; a cover panel (20, 420, 520, 620) coupled to a lower portion of the housing, the cover panel (20, 420, 520, 620) including an inlet and an outlet; a blower fan configured to draw in air into the housing through the inlet and discharge air out of the housing through the outlet; and a blade (70, 670) configured to open or cover the outlet, the blade (70, 670) including a plurality of through holes (74, 74a, 74b, 674) to control the air discharged out of the housing through the outlet while the blade (70, 670) covers the outlet, characterised in that the air conditioner (1, 400, 500, 600) is arranged to operate in every one of: a still air mode in which the blade (70, 670) shuts the outlet so that air flows through the plurality of through holes (74, 74a, 74b, 674); a long airflow mode in which the blade (70, 670) opens the outlet to discharge air near to the ceiling; and a routine mode in which the blade (70, 670) opens the outlet with an open angle of about 40 to 80 degrees to discharge air downwards away from the ceiling. a housing to be mounted on or embedded in a ceiling; a cover panel (20, 420, 520, 620) coupled to a lower portion of the housing, the cover panel (20, 420, 520, 620) including an inlet and an outlet; a blower fan configured to draw in air into the housing through the inlet and discharge air out of the housing through the outlet; and a blade (70, 670) configured to open or cover the outlet, the blade (70, 670) including a plurality of through holes (74, 74a, 74b, 674) to control the air discharged out of the housing through the outlet while the blade (70, 670) covers the outlet, characterised in that the air conditioner (1, 400, 500, 600) is arranged to operate in every one of: a still air mode in which the blade (70, 670) shuts the outlet so that air flows through the plurality of through holes (74, 74a, 74b, 674); a long airflow mode in which the blade (70, 670) opens the outlet to discharge air near to the ceiling; and a routine mode in which the blade (70, 670) opens the outlet with an open angle of about 40 to 80 degrees to discharge air downwards away from the ceiling. a still air mode in which the blade (70, 670) shuts the outlet so that air flows through the plurality of through holes (74, 74a, 74b, 674); a long airflow mode in which the blade (70, 670) opens the outlet to discharge air near to the ceiling; and a routine mode in which the blade (70, 670) opens the outlet with an open angle of about 40 to 80 degrees to discharge air downwards away from the ceiling.
A method for making holes in furniture boards comprising a chip inner layer containing odorous and/or hazardous substances, covered by outer layers and edge covers, comprising the step of drilling holes which pass through at least one outer layer and at least part of the chip inner layer, wherein the inner area of the holes is covered with a blocking coating characterized in that the blocking coating comprises a solution of carboxylated styrene-butadiene copolymer in the amount which blocks the release of odorous and hazardous substances from the chip inner layer to the environment by at least 99%.
A food preparation apparatus (2, 400) comprising: a first food processing unit configured to process a food item; and a second food processing unit (40, 440), the first food processing unit comprises: a first implement rotatably driven by the food preparation apparatus, the first implement configured to process the food item; characterized in that the first food processing unit is configured to produce a plurality of solid food particles and juice; the second food processing unit is arranged to receive the solid food particles and juice from the first food processing unit and process the juice and solid food particles to produce a substantially homogenous food product, the first food processing unit further comprises a sieve arranged about the first implement, the sieve comprising a first sieve portion configured to separate the juice from the solid food particles, and a second sieve portion comprising an aperture at least partially defining an opening for solid food particles to pass though the sieve together with the juice, in that the first food processing unit is adjustable in order to selectively vary the proportion of the produced solid food particles that pass from the first food processing unit into the second food processing unit, and in that adjusting the first food processing unit comprises varying a dimension of the opening through which the solid food particles can pass. a first food processing unit configured to process a food item; and a second food processing unit (40, 440), the first food processing unit comprises: a first implement rotatably driven by the food preparation apparatus, the first implement configured to process the food item; characterized in that the first food processing unit is configured to produce a plurality of solid food particles and juice; the second food processing unit is arranged to receive the solid food particles and juice from the first food processing unit and process the juice and solid food particles to produce a substantially homogenous food product, the first food processing unit further comprises a sieve arranged about the first implement, the sieve comprising a first sieve portion configured to separate the juice from the solid food particles, and a second sieve portion comprising an aperture at least partially defining an opening for solid food particles to pass though the sieve together with the juice, in that the first food processing unit is adjustable in order to selectively vary the proportion of the produced solid food particles that pass from the first food processing unit into the second food processing unit, and in that adjusting the first food processing unit comprises varying a dimension of the opening through which the solid food particles can pass.
An access point configured to operate as a master station for high-efficiency wireless 'HEW' communications, the access point comprising hardware processing circuitry configured to: configure an HEW frame to include a legacy long-training field 'L-LTF', a legacy signal field 'L-SIG' following the L-LTF, an HEW signal field 'HEW SIG-A' following the L-SIG, and one or more HEW fields following the HEW SIG-A; and wherein the L-SIG is configured for transmission using a legacy number of data subcarriers, a legacy number of pilot subcarriers, and a number of additional reference subcarriers modulated with a known reference sequence, wherein the L-LTF is configured for transmission using only the legacy number of subcarriers, and wherein at least one symbol of the HEW SIG-A and the one or more HEW fields following the HEW SIG-A of the HEW frame are configured for transmission using additional data subcarriers, the additional data subcarriers corresponding to the additional reference subcarriers of the L-SIG. configure an HEW frame to include a legacy long-training field 'L-LTF', a legacy signal field 'L-SIG' following the L-LTF, an HEW signal field 'HEW SIG-A' following the L-SIG, and one or more HEW fields following the HEW SIG-A; and wherein the L-SIG is configured for transmission using a legacy number of data subcarriers, a legacy number of pilot subcarriers, and a number of additional reference subcarriers modulated with a known reference sequence, wherein the L-LTF is configured for transmission using only the legacy number of subcarriers, and wherein at least one symbol of the HEW SIG-A and the one or more HEW fields following the HEW SIG-A of the HEW frame are configured for transmission using additional data subcarriers, the additional data subcarriers corresponding to the additional reference subcarriers of the L-SIG.
An optical device, comprising: an optical element including a first surface and a second surface opposite the first surface, and side surfaces adjacent to the first and the second surfaces (3 and 4), a LED light source being provided on each of the opposite surfaces of the optical element, the optical element is configured to adjust a light passing through the first surface and exiting from the second surface to increase or decrease an illumination area under an irradiation of the light sources; characterized in that the optical element comprises a compound containing a photoisomer group, and the photoisomer group photoisomerizes under the irradiation of the light sources; the optical element comprises an optically deformable film, the optically deformable film is made of a photo-deformable material; and under the irradiation of the light source, the optically deformable film is configured to deform to form a lens structure, and the illumination area by the light passing through the first surface and exiting from the second surface is increased or decreased. an optical element including a first surface and a second surface opposite the first surface, and side surfaces adjacent to the first and the second surfaces (3 and 4), a LED light source being provided on each of the opposite surfaces of the optical element, the optical element is configured to adjust a light passing through the first surface and exiting from the second surface to increase or decrease an illumination area under an irradiation of the light sources; characterized in that the optical element comprises a compound containing a photoisomer group, and the photoisomer group photoisomerizes under the irradiation of the light sources; the optical element comprises an optically deformable film, the optically deformable film is made of a photo-deformable material; and under the irradiation of the light source, the optically deformable film is configured to deform to form a lens structure, and the illumination area by the light passing through the first surface and exiting from the second surface is increased or decreased.