mhurhangee/ep-ind-claims huggingface dataset:
A displacement ventilation system configured for conditioning the climate in a room in a building, said room having walls, a floor and a ceiling, and comprising: an air supply part configured for supplying fresh air directly to an occupied zone of the room and comprising an inlet configure for supplying an air flow into the occupied zone; an air extraction part configured for extracting air from said room above the occupied zone; an air duct for supplying the airflow to the inlet, and a PCM-layer provided with a phase change material, a first side of the PCM-layer facing the room being in thermal contact with the room and a second side of the PCM-layer facing the air duct being in thermal contact with air in the air duct, characterized in that said air duct runs from near or at said ceiling to near or at said floor, has an inlet provided at or near said ceiling and comprises an outlet near or at said floor, and wherein said PCM-layer is provided from said inlet to said outlet of said air duct. an air supply part configured for supplying fresh air directly to an occupied zone of the room and comprising an inlet configure for supplying an air flow into the occupied zone; an air extraction part configured for extracting air from said room above the occupied zone; an air duct for supplying the airflow to the inlet, and a PCM-layer provided with a phase change material, a first side of the PCM-layer facing the room being in thermal contact with the room and a second side of the PCM-layer facing the air duct being in thermal contact with air in the air duct, characterized in that said air duct runs from near or at said ceiling to near or at said floor, has an inlet provided at or near said ceiling and comprises an outlet near or at said floor, and wherein said PCM-layer is provided from said inlet to said outlet of said air duct.
A partial discharge detection apparatus based on a cross interconnection box, wherein the cross interconnection box comprises a first A terminal and a second A terminal that are connected to each other, a first B terminal and a second B terminal that are connected to each other, and a first C terminal and a second C terminal that are connected to each other, wherein the first A terminal, the first B terminal, and the first C terminal are connected to three cables respectively, and wherein the second A terminal, the second B terminal, and the second C terminal are grounded, the PD detection apparatus further comprising three capacitor impedance arms that are respectively connected between the first A terminal and the second C terminal, between the first B terminal and the second A terminal, and between the first C terminal and the second B terminal, wherein and the capacitor impedance arms each comprise a capacitor and an impedance plate that are connected in series, and wherein a branch in a connection line between the capacitor and the impedance plate is connected to a pulse signal detection module for detecting a pulse voltage signal, characterized in that the PD detection apparatus further comprises a processor, that each pulse signal detection module is connected to the processor, that each pulse signal detection module is further connected to a first wireless transmission circuit, the processor is provided with a second wireless transmission circuit, and the pulse signal detection module is connected to the second wireless transmission circuit by using the first wireless transmission circuit, and then connected to the processor, that the first A terminal, the first B terminal, and the first C terminal each are connected to a cable by using a clamp, and the clamp is made from an insulating material, that the first wireless transmission circuit and the second wireless transmission circuit have a same structure and are both Bluetooth wireless circuits, wireless-fidelity (Wi-Fi) wireless circuits, or Internet of Things (IoT) wireless circuits, that each pulse signal detection module comprises a microprocessor and an amplifier circuit, wherein the amplifier circuit is connected to the microprocessor and the connection line between the capacitor and the impedance plate, and the microprocessor is further connected to the first wireless transmission circuit, and that the three cables are grounded.
A drinks stirrer for stirring an infusion pouch within a drink, the infusion pouch comprising a pouch storing an infusion media, a tag for holding the infusion bag, and a string connecting the pouch to the tag, wherein the drinks stirrer comprises a proximal end having a retainer device (32, 34, 38) for retaining said tag of the infusion pouch to the proximal end, and a distal end having a scoop for holding said pouch of the infusion pouch, wherein the scoop comprises a slot for receiving said string of the infusion pouch that connects the pouch to the tag, to constrain the pouch to adjacent the scoop, characterized in that the retainer device (32, 34, 38) comprises a retainer tab and a plate for the tag to be retained between the plate and the retainer tab, and wherein the retainer tab comprises a slot for the string to exit the retainer tab via the slot of the retainer tab a proximal end having a retainer device (32, 34, 38) for retaining said tag of the infusion pouch to the proximal end, and a distal end having a scoop for holding said pouch of the infusion pouch, wherein the scoop comprises a slot for receiving said string of the infusion pouch that connects the pouch to the tag, to constrain the pouch to adjacent the scoop, characterized in that the retainer device (32, 34, 38) comprises a retainer tab and a plate for the tag to be retained between the plate and the retainer tab, and wherein the retainer tab comprises a slot for the string to exit the retainer tab via the slot of the retainer tab
Security thread to be incorporated into a security document, comprising at least two zones (31, 32) located respectively on either side of a separation line extending longitudinally along the thread, a first optically variable security element (16; 30) in the first zone and a second optically variable security element (17; 30) in the second zone, the first and second elements both being at a distance from the separation line and arranged so that the two elements have different appearances from a first direction of observation and have on the one hand changed appearance compared to their appearance from the first direction of observation from a second direction of observation, and on the other hand different appearances.
Electrical household appliance comprising a removable member having to be removed to carry out a maintenance operation and an indicator automatically activated by the appliance to alert the user on the necessity to carry out said maintenance operation, the appliance comprising a device for detecting the removal of said member, characterised in that said device comprises an electrical switch which comprises a pushbutton being moved between an idle position, towards which it is brought back by a counter spring in the absence of said member on the appliance, and an actuated position, towards which it is brought by the member when the latter is correctly arranged on the appliance, the electrical switch can occupy at least two different switching statuses when the pushbutton is in the actuated position and changing switching status each time that the pushbutton goes back and forth between the actuated position and the idle position, and in that the appliance comprises an electronic control circuit which comprises a memory, wherein the switching status of the switch is stored during the activation of the indicator, and which, during the switching on of the appliance, triggers a test phase, wherein it compares the switching status of the switch with that stored in the memory to deduce from it the removal of said member when the switching status of the switch has changed.
A three-dimensional shaped object producing method comprising: forming a layer from secondary particles, the secondary particles comprising a binder resin and primary particles containing a ceramic material; and applying a liquid that dissolves the binder resin on the formed layer, the liquid containing a solvent having a boiling point of 100°C or higher and 210°C or lower, a relative energy difference between the binder resin and the solvent being 1.0 or less, wherein the relative energy difference is determined from a Hansen solubility parameter value, and the secondary particles having a loose bulk density of 25% or higher and 55% or lower, wherein the loose bulk density is measured using a bulk specific gravity meter adaptable to JIS Z-2504. forming a layer from secondary particles, the secondary particles comprising a binder resin and primary particles containing a ceramic material; and applying a liquid that dissolves the binder resin on the formed layer, the liquid containing a solvent having a boiling point of 100°C or higher and 210°C or lower, a relative energy difference between the binder resin and the solvent being 1.0 or less, wherein the relative energy difference is determined from a Hansen solubility parameter value, and the secondary particles having a loose bulk density of 25% or higher and 55% or lower, wherein the loose bulk density is measured using a bulk specific gravity meter adaptable to JIS Z-2504.
A method for transaminating 1,2-diaminoethane, the method comprising a step of contacting EDA with a catalyst composition to cause transamination of EDA to diethylenetriamine (DETA), wherein the catalyst composition comprises (a) a support portion comprising a transitional alumina comprising delta alumina, theta alumina or both, and a second metal oxide comprising silica, wherein the second metal oxide has a weight percentage that is less than the weight percentage of alumina; and (b) a catalyst portion comprising catalyst metals comprising nickel and rhenium, and optionally a metal promoter selected from copper, cobalt, chromium, rhodium, iridium, ruthenium, zinc, palladium, platinum, sodium, calcium, magnesium, strontium, lithium, potassium, barium, cesium, lanthanum, tungsten, iron, silver, titanium, manganese, niobium, aluminum, tin and mixtures thereof, wherein, the catalytic metal portion of nickel, rhenium and the optional metal promoter is 25 weight percent or less of the catalyst composition, the catalytic metal portion comprises nickel in an amount of from 2 to 20 weight percent and rhenium in an amount of from 0.5 to 7 weight percent, based upon total catalyst composition weight, and there is no boron in the catalytic metal portion, and wherein the step of contacting is performed at a temperature of from 110 °C to 180 °C and at a pressure of from 200 psig (1379 kPa) to 2000 psig (13789 kPa). (a) a support portion comprising a transitional alumina comprising delta alumina, theta alumina or both, and a second metal oxide comprising silica, wherein the second metal oxide has a weight percentage that is less than the weight percentage of alumina; and (b) a catalyst portion comprising catalyst metals comprising nickel and rhenium, and optionally a metal promoter selected from copper, cobalt, chromium, rhodium, iridium, ruthenium, zinc, palladium, platinum, sodium, calcium, magnesium, strontium, lithium, potassium, barium, cesium, lanthanum, tungsten, iron, silver, titanium, manganese, niobium, aluminum, tin and mixtures thereof,
An ultrasonic generator comprising an ultrasonic wave generating unit comprising a piezoelectric element which outputs ultrasonic waves when a voltage is applied; a diaphragm in the form of a speaker horn; and a connector portion (22, 24, 26) which connects the ultrasonic wave generating unit and the diaphragm and transmits the output ultrasonic waves to the diaphragm to emit the ultrasonic wave through the diaphragm, the diaphragm has a thickness which gradually decreases across the entire region of the diaphragm from a point connected to the connector portion (22, 24, 26) toward an outer edge of the diaphragm, characterized in that one or more rim protection rings are inserted onto the outer edge of the diaphragm to mitigate a vibration impact.
A dental furnace, in particular also for pre-drying dental restoration parts, - comprising at least one electric heating element which extends adjacent to a heating chamber and is driven by a heating controller, - said heating controller regulating the temperature in the heating chamber and, for this purpose, comprising an output connection for the at least one heating element and an input connection for detecting the temperature of the heating element, - being electrically connected to a temperature detection device, the temperature detection device comprising the heating element, characterized in that - the temperature detection device comprises a compensation device with which nonlinearities at temperatures above 400°C, in particular nonlinearities of the resistance of the heating element, can be compensated by the temperature detection device, and the compensation device considering nonlinearities of the physical parameters of the heating element as a temperature detection device, wherein these nonlinearities relate to the increase in resistance when the temperature increases; and - the heating controller controls its output connection based on the detected resistance, or a change in the resistance, of the heating element or a part of the heating element or all heating elements (16, 18) and based on the compensation device. - comprising at least one electric heating element which extends adjacent to a heating chamber and is driven by a heating controller, - said heating controller regulating the temperature in the heating chamber and, for this purpose, comprising an output connection for the at least one heating element and an input connection for detecting the temperature of the heating element, - being electrically connected to a temperature detection device, the temperature detection device comprising the heating element, characterized in that - the temperature detection device comprises a compensation device with which nonlinearities at temperatures above 400°C, in particular nonlinearities of the resistance of the heating element, can be compensated by the temperature detection device, and the compensation device considering nonlinearities of the physical parameters of the heating element as a temperature detection device, wherein these nonlinearities relate to the increase in resistance when the temperature increases; and - the heating controller controls its output connection based on the detected resistance, or a change in the resistance, of the heating element or a part of the heating element or all heating elements (16, 18) and based on the compensation device.
A side-by-side refrigerator comprising: a cabinet including left and right storage compartments (12, 13); a left door and a right door which open and close the left and right storage compartments (12, 13), respectively; a first door opening device which is installed on the left door to open the left door; and a second door opening device which is installed on the right door to open the right door, wherein the first door opening device includes a first handle installed on a front surface of the left door and a first pushrod installed on a side surface of the left door to interwork with the first handle, and wherein the second door opening device includes a second handle installed on a front surface of the right door and a second pushrod installed on a side surface of the right door to interwork with the second handle, characterized in that a portion on which the first handle is mounted, is recessedly formed in the left door and the first pushrod is installed at a free end of the left door; a portion, on which the second handle is mounted, is recessedly formed in the right door and the second pushrod is installed at a free end of the right door; and wherein the first pushrod and the second pushrod are arranged diagonally relative to each other to prevent interference from being generated between the first and second pushrods (31a, 31b). a cabinet including left and right storage compartments (12, 13); a left door and a right door which open and close the left and right storage compartments (12, 13), respectively; a first door opening device which is installed on the left door to open the left door; and a second door opening device which is installed on the right door to open the right door, wherein the first door opening device includes a first handle installed on a front surface of the left door and a first pushrod installed on a side surface of the left door to interwork with the first handle, and wherein the second door opening device includes a second handle installed on a front surface of the right door and a second pushrod installed on a side surface of the right door to interwork with the second handle, characterized in that a portion on which the first handle is mounted, is recessedly formed in the left door and the first pushrod is installed at a free end of the left door; a portion, on which the second handle is mounted, is recessedly formed in the right door and the second pushrod is installed at a free end of the right door; and wherein the first pushrod and the second pushrod are arranged diagonally relative to each other to prevent interference from being generated between the first and second pushrods (31a, 31b).
A method for extruding a confectionery, the method comprising: supplying a plurality of ingredients to a planetary roller extruder; mixing said plurality of ingredients to form a confectionery composition in said mixer; removing moisture from said confectionery composition in said planetary roller extruder forming crystals in said confectionery composition while said confectionery composition is in said planetary roller extruder; producing said confectionery composition to include a density between about 0.5 and 1.6 g/cm 3; and outputting said confectionery composition from said planetary roller extruder, wherein said confectionery composition is a soft candy. supplying a plurality of ingredients to a planetary roller extruder; mixing said plurality of ingredients to form a confectionery composition in said mixer; removing moisture from said confectionery composition in said planetary roller extruder forming crystals in said confectionery composition while said confectionery composition is in said planetary roller extruder; producing said confectionery composition to include a density between about 0.5 and 1.6 g/cm 3; and outputting said confectionery composition from said planetary roller extruder, wherein said confectionery composition is a soft candy.
A composition comprising a therapeutically effective amount of β-hydroxy β-methylbutyrate for use in a method for alleviating one or more side effects of statin administration.
Portion capsule for preparing a beverage such as coffee or tea in a beverage appliance, which is closed off at its outlet end by a housing base and forms at the opposite inlet end an opening which is closed off by a film which is able to be perforated by a device in order to press water into the capsule interior that contains a beverage substrate, granules and/or powder, furthermore characterized by the fact: - that the capsule in its housing base has weak points which open, break or tear if a liquid pressure is present in the capsule interior, in order to allow liquid out of the interior of the capsule to the beverage outlet; - that the housing base is covered by a disc-shaped internal plate, the outer periphery of the latter having liquid passages through which the liquid from the interior of the capsule flows to the weak points of the base if a liquid pressure is present, characterized in that: - an annular projection which protrudes into the capsule interior and is disposed so as to be coaxial with the capsule axis projects from the housing base; and - the internal plate lies in a form-fitting manner in the interior of the annular projection and hereby fills the interior. - that the capsule in its housing base has weak points which open, break or tear if a liquid pressure is present in the capsule interior, in order to allow liquid out of the interior of the capsule to the beverage outlet; - that the housing base is covered by a disc-shaped internal plate, the outer periphery of the latter having liquid passages through which the liquid from the interior of the capsule flows to the weak points of the base if a liquid pressure is present, characterized in that: - an annular projection which protrudes into the capsule interior and is disposed so as to be coaxial with the capsule axis projects from the housing base; and - the internal plate lies in a form-fitting manner in the interior of the annular projection and hereby fills the interior.
2-Methyl-4,5-di-(methylsulfonyl)-benzoyl-guanidine, and/or a physiologically acceptable salt and/or solvate thereof, for use in the prophylactic or therapeutic treatment of type II diabetes mellitus or the arising symptoms of type II diabetes mellitus.
A computer-implemented method for determining whether a data anomaly was introduced during transmission of data, comprising: obtaining a plurality of data packets received within a predetermined time period, the plurality of data packets having the same data structure; obtaining a historical distribution of historical data having the same data structure as the data packets, wherein the historical distribution is a historical probability distribution obtained by processing the historical data with a hybrid Gaussian model; comparing the plurality of data packets with the historical distribution to obtain a comparison result, said comparing comprising: introducing the plurality of data packets into the historical distribution, thereby obtaining a probability value of each of the plurality of data packets in the historical distribution, to obtain a plurality of probability values; comparing the plurality of probability values with a predetermined probability threshold, and determining a first number of data packets having a probability value smaller than the probability threshold; and determining whether the data anomaly was introduced during the transmission of the data by determining that a ratio between the first number and the number of the plurality of data packets exceeds a predetermined ratio threshold. obtaining a plurality of data packets received within a predetermined time period, the plurality of data packets having the same data structure; obtaining a historical distribution of historical data having the same data structure as the data packets, wherein the historical distribution is a historical probability distribution obtained by processing the historical data with a hybrid Gaussian model; comparing the plurality of data packets with the historical distribution to obtain a comparison result, said comparing comprising: introducing the plurality of data packets into the historical distribution, thereby obtaining a probability value of each of the plurality of data packets in the historical distribution, to obtain a plurality of probability values; comparing the plurality of probability values with a predetermined probability threshold, and determining a first number of data packets having a probability value smaller than the probability threshold; and introducing the plurality of data packets into the historical distribution, thereby obtaining a probability value of each of the plurality of data packets in the historical distribution, to obtain a plurality of probability values; comparing the plurality of probability values with a predetermined probability threshold, and determining a first number of data packets having a probability value smaller than the probability threshold; and determining whether the data anomaly was introduced during the transmission of the data by determining that a ratio between the first number and the number of the plurality of data packets exceeds a predetermined ratio threshold.