mhurhangee/ep-ind-claims huggingface dataset:
A dual function light controller (101, 201, 301) for controlling a lighting system, where said lighting system comprises a number of light emitting devices; said dual function light controller comprises: • memory means adapted to store a number of control commands associated with at least one of said light emitting devices; • first communication means adapted to send light control commands to said light emitting devices; • processing means adapted to send said light control commands to said light emitting devices based on said control commands using said first communication means; • second communication means adapted to communicate with a main light controller; • user input means adapted to receive user input from an user; • user switching means for switching said dual function light controller between a stand-alone mode of operation and a peripheral mode of operation; wherein said dual function light controller in said stand-alone mode of operation acts as an independent light controller sending said light control commands to said light emitting devices and where said dual function light controller in said peripheral mode of operation is adapted to communicate with a main light controller using said second communication means and is at least partially controlled by said main light controller, characterized in that said dual function light controller comprises programming means, said programing means adapted to create and edit said control commands based on user inputs received through the user input means and said dual function light controller is in said peripheral mode of operation adapted to communicate user input from said input means to said main light controller using said second communication means, and said dual function light controller in said peripheral mode of operation is adapted to receive a number of light control commands from said main light controller via said second communication means and to send said received light control commands to said light emitting devices via said first communication means. • memory means adapted to store a number of control commands associated with at least one of said light emitting devices; • first communication means adapted to send light control commands to said light emitting devices; • processing means adapted to send said light control commands to said light emitting devices based on said control commands using said first communication means; • second communication means adapted to communicate with a main light controller; • user input means adapted to receive user input from an user; • user switching means for switching said dual function light controller between a stand-alone mode of operation and a peripheral mode of operation;
A tulip contact connectable to a fixed contact for a switching device comprising a plurality of contact fingers (51,51'), characterized in that: said contact fingers falling into outer contact fingers and inner contact fingers; the cross-section formed by said plurality of outer contact fingers is complimentary to the cross-section of an outer surface of the fixed contact, so that the contact surface of each of these contact fingers can contact the outer surface of the fixed contact; and the cross-section formed by said plurality of inner contact fingers is complimentary to the cross-section of an inner surface of the fixed contact, so that the contact surface of each of these contact fingers can contact the inner surface of the fixed contact, characterized in that the tulip contact further comprises a disk and a spring, wherein said spring fixes the outer contact fingers and the inner contact fingers to the disk. said contact fingers falling into outer contact fingers and inner contact fingers; the cross-section formed by said plurality of outer contact fingers is complimentary to the cross-section of an outer surface of the fixed contact, so that the contact surface of each of these contact fingers can contact the outer surface of the fixed contact; and the cross-section formed by said plurality of inner contact fingers is complimentary to the cross-section of an inner surface of the fixed contact, so that the contact surface of each of these contact fingers can contact the inner surface of the fixed contact, characterized in that the tulip contact further comprises a disk and a spring, wherein said spring fixes the outer contact fingers and the inner contact fingers to the disk.
A laundry treatment apparatus comprising: a cabinet including a receiving space to receive laundry; an air supply device; an air supply part configured to supply air from the air supply device to the receiving space; an air suction part including a through-hole formed in a portion thereof, the air suction part being configured to suck air in the receiving space through the through-hole and to remove foreign substances or water from the receiving space; and an air inlet assembly including a cover mounted on the air suction part, wherein the cover comprises: a base plate configured to cover the air suction part when viewed in a plan view, by forming a portion corresponding to the through-hole as an opened plate shape; characterized in that said cover further comprises: an outer wall configured to continuously protrude along the periphery of the base plate; and a rib configured to protrude from an inner portion spaced apart from the outer wall so as to form a water discharge channel in a space between the outer wall and the rib, the water discharge channel extending to the through-hole. a cabinet including a receiving space to receive laundry; an air supply device; an air supply part configured to supply air from the air supply device to the receiving space; an air suction part including a through-hole formed in a portion thereof, the air suction part being configured to suck air in the receiving space through the through-hole and to remove foreign substances or water from the receiving space; and an air inlet assembly including a cover mounted on the air suction part, wherein the cover comprises: a base plate configured to cover the air suction part when viewed in a plan view, by forming a portion corresponding to the through-hole as an opened plate shape; characterized in that said cover further comprises: an outer wall configured to continuously protrude along the periphery of the base plate; and a rib configured to protrude from an inner portion spaced apart from the outer wall so as to form a water discharge channel in a space between the outer wall and the rib, the water discharge channel extending to the through-hole. an outer wall configured to continuously protrude along the periphery of the base plate; and a rib configured to protrude from an inner portion spaced apart from the outer wall so as to form a water discharge channel in a space between the outer wall and the rib, the water discharge channel extending to the through-hole.
A denture base formed from rapid prototyping comprising at least one first layer having a first composition and at least one second layer having a second composition that is different form the first composition, wherein the different layers of denture base are printed out separately and then bonded together and cured to form final denture base; wherein the first composition includes: an oligomer formed from the reaction of an isocyanate end-capped intermediate product and a hydroxyl based methacrylate; at least one polymerizable acrylic compound selected from the group consisting of a phenoxy based methacrylate, a cyclohexyl based methacrylate, a dimethacrylate, and mixtures thereof; a rubber impact modifier; and a photoinitiator; wherein the first composition, when cured, has flexural strength ranging from 30 to 70 MPa measured by using three-point bend test according to ISO20795-1-2013; and wherein the second composition includes: a urethane monomer; a glycol dimethacrylate; a filler including glass particles having an average particle size from about 0.1 to about 10 micrometers; and a photoinitiator; wherein the second composition, when cured, has flexural strength ranging from 120 MPa to 200 MPa measured by using three-point bend test according to ISO20795-1-2013. wherein the first composition includes: an oligomer formed from the reaction of an isocyanate end-capped intermediate product and a hydroxyl based methacrylate; at least one polymerizable acrylic compound selected from the group consisting of a phenoxy based methacrylate, a cyclohexyl based methacrylate, a dimethacrylate, and mixtures thereof; a rubber impact modifier; and a photoinitiator; an oligomer formed from the reaction of an isocyanate end-capped intermediate product and a hydroxyl based methacrylate; at least one polymerizable acrylic compound selected from the group consisting of a phenoxy based methacrylate, a cyclohexyl based methacrylate, a dimethacrylate, and mixtures thereof; a rubber impact modifier; and a photoinitiator; wherein the first composition, when cured, has flexural strength ranging from 30 to 70 MPa measured by using three-point bend test according to ISO20795-1-2013; and wherein the second composition includes: a urethane monomer; a glycol dimethacrylate; a filler including glass particles having an average particle size from about 0.1 to about 10 micrometers; and a photoinitiator; a urethane monomer; a glycol dimethacrylate; a filler including glass particles having an average particle size from about 0.1 to about 10 micrometers; and a photoinitiator; wherein the second composition, when cured, has flexural strength ranging from 120 MPa to 200 MPa measured by using three-point bend test according to ISO20795-1-2013.
A stand mixer arrangement including a pedestal for a mixing bowl, an electric motor and a drive system including a downwardly facing rotary drive outlet for being disposed overhead of the bowl, capable of imparting a mixing action to a tool suspended into the bowl from a socket supported by said drive outlet; characterised by illumination means (70, 72, 74, 76) encircling, or substantially encircling, said drive outlet and arranged to direct light downwardly into the mixing bowl to illuminate ingredients therein.
Process for the preparation of mechano-structured nacre by mechanosynthesis of micrometric nacre powder, characterized in that the temperature of the nacre is kept below 40°C, preferably below 20°C, and even more preferentially below or equal to 0°C, and in that the nacre particles to be treated are obtained from the nacreous test, i.e. the inner shell of bivalves.
Use of an ester of pentaerythritol, a straight-chain fatty acid having a carbon number of 14 to 22, and adipic acid, as a base oil of a lubricating oil composition, the ester consisting of, a component derived from pentaerythritol in a molar percentage A m o l % of 20 to 30 mol%; a component derived from a straight-chain fatty acid having a carbon number of 14 to 22 in a molar percentage B m o l % of 55 to 79 mol%; and a component derived from adipic acid in a molar percentage C m o l % of 1 to 15 mol%, the mole values being determined by 1H NMR with heavy chloroform as the solvent according to the method described in the description, wherein a molar ratio (C m o l / B m o l) of said component derived from adipic acid and said component derived from said straight-chain fatty acid having a carbon number of 14 to 22 is 0.02 to 0.25, and wherein said ester has a hydroxyl value of 10 to 100 mgKOH/g. a component derived from pentaerythritol in a molar percentage A m o l % of 20 to 30 mol%; a component derived from a straight-chain fatty acid having a carbon number of 14 to 22 in a molar percentage B m o l % of 55 to 79 mol%; and a component derived from adipic acid in a molar percentage C m o l % of 1 to 15 mol%, the mole values being determined by 1H NMR with heavy chloroform as the solvent according to the method described in the description, wherein a molar ratio (C m o l / B m o l) of said component derived from adipic acid and said component derived from said straight-chain fatty acid having a carbon number of 14 to 22 is 0.02 to 0.25, and wherein said ester has a hydroxyl value of 10 to 100 mgKOH/g.
A kit for quantitative analysis of glycated hemoglobin (HbAlc), comprising: a first composition comprising a saccharide and a nitrite compound; a second composition comprising at least one selected from the group consisting of a saccharide, an amino acid, a sugar alcohol, and a polyamine; a proteolytic enzyme; and an oxidizing agent; a third composition comprising at least one kind selected from the group consisting of a saccharide and an organic polymer; and a fructosyl amino acid oxidase (FAOD); and a fourth composition comprising saccharides and a color developing reagent. a first composition comprising a saccharide and a nitrite compound; a second composition comprising at least one selected from the group consisting of a saccharide, an amino acid, a sugar alcohol, and a polyamine; a proteolytic enzyme; and an oxidizing agent; a third composition comprising at least one kind selected from the group consisting of a saccharide and an organic polymer; and a fructosyl amino acid oxidase (FAOD); and a fourth composition comprising saccharides and a color developing reagent.
Calibration body with a main body, to which a plurality of measuring elements are fastened, each measuring element having a spacer element, which is fastened by way of one end to the main body, and a solid measure which is fastened to the free end of the spacer element, the measuring elements having at least four different lengths and defining a rectangular or square basic shape in the base plane of the main body, the measuring elements being arranged in a right-angled pattern in at least four parallel rows (a-f) and at least four parallel columns (A-E), and each row (a-f) and each column (A-E) comprising at least three measuring elements, characterized in that the measuring elements of one row (a-f) of the pattern in each case have a uniform length or monotonously increasing lengths, in that the calibration body has a plurality of rows (a-d) with measuring elements with uniform lengths, the rows (a-d) with uniform lengths being arranged in such a way that the measuring elements have monotonously increasing lengths in their columns (A-E).
Method for providing automatic cell access prioritization to high-priority mobile users, characterised in that access classes, ACs, selected from ACs 11 to 15, are associated with said high-priority mobile users, and the method comprises: - detecting an overload situation in a mobile network, said overload situation being detected when at least one failure rate parameter exceeds a respective predetermined threshold (THRC 1, THRB 1, THRP 1), there being at least one predetermined threshold for each failure rate parameter; - when an overload situation is detected, dedicating PRACH, Physical Random Access Channel, resources specifically to the access classes associated with said high-priority mobile users, thereby giving more priority to the access classes associated with said high-priority mobile users; - if the at least one failure rate parameter exceeds the respective predetermined threshold (THRC 1, THRB 1, THRP 1), but not a second threshold (THRC 2, THRB 2, THRP 2), activating a first access class differentiation for dedicating PRACH resources specifically to the access classes associated with said high-priority mobile users; and - if the at least one failure rate parameter exceeds the respective predetermined threshold (THRC 1, THRB 1, THRP 1), and the second threshold (THRC 2, THRB 2, THRP 2), activating a second access class differentiation for dedicating more PRACH resources than in the first access class differentiation specifically to the access classes associated with said high-priority mobile users. - detecting an overload situation in a mobile network, said overload situation being detected when at least one failure rate parameter exceeds a respective predetermined threshold (THRC 1, THRB 1, THRP 1), there being at least one predetermined threshold for each failure rate parameter; - when an overload situation is detected, dedicating PRACH, Physical Random Access Channel, resources specifically to the access classes associated with said high-priority mobile users, thereby giving more priority to the access classes associated with said high-priority mobile users; - if the at least one failure rate parameter exceeds the respective predetermined threshold (THRC 1, THRB 1, THRP 1), but not a second threshold (THRC 2, THRB 2, THRP 2), activating a first access class differentiation for dedicating PRACH resources specifically to the access classes associated with said high-priority mobile users; and - if the at least one failure rate parameter exceeds the respective predetermined threshold (THRC 1, THRB 1, THRP 1), and the second threshold (THRC 2, THRB 2, THRP 2), activating a second access class differentiation for dedicating more PRACH resources than in the first access class differentiation specifically to the access classes associated with said high-priority mobile users.
A system for inflating an inflatable device (200;250), the system comprising: the inflatable device; a ducted fan aspirator (202;252) coupled to the inflatable device and having a fan and a fan motor configured to drive the fan to direct first air into the inflatable device, wherein the ducted fan aspirator includes a fan channel through which air flows between a fan inlet and a fan outlet; a gap configured to facilitate flow of a fourth air into the inflatable device in response to the fan directing the first air into the inflatable device, wherein the gap exists between an outer edge of fan blades of the fan and an outer edge of the fan channel such that, as the fan directs air through the fan channel, additional air may flow through the gap, thus increasing a total airflow through the ducted fan aspirator beyond that provided solely by the fan; and a compressor aspirator (204;254) coupled to the inflatable device and having a compressor, a compressor motor configured to drive the compressor to direct second air into the inflatable device, wherein the compressor aspirator includes a primary inlet through which the second air flows into the compressor aspirator and a secondary inlet configured to facilitate flow of a third air into the inflatable device in response to the compressor directing the second air into the inflatable device. the inflatable device; a ducted fan aspirator (202;252) coupled to the inflatable device and having a fan and a fan motor configured to drive the fan to direct first air into the inflatable device, wherein the ducted fan aspirator includes a fan channel through which air flows between a fan inlet and a fan outlet; a gap configured to facilitate flow of a fourth air into the inflatable device in response to the fan directing the first air into the inflatable device, wherein the gap exists between an outer edge of fan blades of the fan and an outer edge of the fan channel such that, as the fan directs air through the fan channel, additional air may flow through the gap, thus increasing a total airflow through the ducted fan aspirator beyond that provided solely by the fan; and a compressor aspirator (204;254) coupled to the inflatable device and having a compressor, a compressor motor configured to drive the compressor to direct second air into the inflatable device, wherein the compressor aspirator includes a primary inlet through which the second air flows into the compressor aspirator and a secondary inlet configured to facilitate flow of a third air into the inflatable device in response to the compressor directing the second air into the inflatable device.
A belt-driven escalator comprising: a plurality of escalator steps arranged to travel along an inclined conveyance path; a drive belt that is rotatably connected to each of the plurality of escalator steps; a drive system arranged to drive the drive belt so as to propel the plurality of escalator steps along the inclined conveyance path; and a belt support structure comprising a plurality of support wheels and a support belt extending over the plurality of support wheels, wherein the support belt is arranged to provide support to the plurality of escalator steps via the drive belt, with a component of said support in a direction perpendicular to the direction of travel of the drive belt. a plurality of escalator steps arranged to travel along an inclined conveyance path; a drive belt that is rotatably connected to each of the plurality of escalator steps; a drive system arranged to drive the drive belt so as to propel the plurality of escalator steps along the inclined conveyance path; and a belt support structure comprising a plurality of support wheels and a support belt extending over the plurality of support wheels, wherein the support belt is arranged to provide support to the plurality of escalator steps via the drive belt, with a component of said support in a direction perpendicular to the direction of travel of the drive belt.
Floor cleaning robot, comprising: - a cyclonic dust separation unit, comprising at least one spiral- or helix-shaped pipe around a spiral axis, for creating a spiral movement of a suction air flow, - an electric fan arranged for creating the suction air flow, - at least one drive wheel arranged for pivoting around a wheel axis, for causing a movement of the floor cleaning robot, wherein the spiral axis is parallel to the wheel axis, the electric fan has a rotating motor axis, and the rotating motor axis is parallel to the spiral axis and separate from the spiral axis, the floor cleaning robot further comprises: - two drive wheels, - at least one free wheel behind the robot, characterised in that, in a projection plane parallel to the floor to be cleaned, a projection of the rotating motor axis is arranged between a straight line connecting a projection of the contact points of the drive wheels with the floor and a projection of the contact point of said at least one free wheel with the floor. - a cyclonic dust separation unit, comprising at least one spiral- or helix-shaped pipe around a spiral axis, for creating a spiral movement of a suction air flow, - an electric fan arranged for creating the suction air flow, - at least one drive wheel arranged for pivoting around a wheel axis, for causing a movement of the floor cleaning robot, wherein the spiral axis is parallel to the wheel axis, the electric fan has a rotating motor axis, and the rotating motor axis is parallel to the spiral axis and separate from the spiral axis, the floor cleaning robot further comprises: - two drive wheels, - at least one free wheel behind the robot, characterised in that, in a projection plane parallel to the floor to be cleaned, a projection of the rotating motor axis is arranged between a straight line connecting a projection of the contact points of the drive wheels with the floor and a projection of the contact point of said at least one free wheel with the floor.
A cleaning agent for a substrate comprising an organic acid having at least one carboxyl group, a complexing agent selected from the group consisting of a compound having at least one phosphonic acid group in a molecule, and an ammonium salt or an alkali metal salt thereof, and an organic solvent selected from the group consisting of methanol, ethanol, isopropyl alcohol, 2-methoxyethanol, 2-(2-butoxyethoxy)ethanol, ethylene glycol, diethylene glycol, diethylene glycol monomethyl ether, acetone and acetonitrile, with the proviso that hydrochloric acid, nitric acid, sulfuric acid, phosphoric acid and hydrofluoric acid are not contained in the cleaning agent, and wherein the pH of the cleaning agent is 0.5 to 6.5.