mhurhangee/ep-ind-claims huggingface dataset:
Method for cool drying a gas, whereby water vapour in the gas is condensed by guiding the gas through the secondary section of a heat exchanger whose primary section forms the evaporator of a closed cooling circuit in which a coolant can circulate by means of a compressor that is installed in the cooling circuit downstream from the evaporator, and which is followed by a condenser and expansion means through which the coolant can circulate, characterised in that use is made of an air-cooled condenser with a frequency controlled fan, in that the method comprises the step of controlling the speed of the aforementioned fan so that the condenser pressure (p c) is kept equal to a calculated or set target value, in that the calculated or set target value for the condenser pressure (p c) is chosen such that the combined power absorbed by the compressor and the fan is a minimum, and in that use is made of a predetermined matrix that shows the combined power absorbed by the compressor and the fan as a function of the evaporator pressure (p v) and the condenser pressure (p c), whereby the method comprises the steps of: - the determination of the evaporator pressure (p v); - on the basis of the aforementioned matrix, the determination of the target value for the condenser pressure (p c), which ensures a minimum combined power at the evaporator pressure (p v) determined in this way. - the determination of the evaporator pressure (p v); - on the basis of the aforementioned matrix, the determination of the target value for the condenser pressure (p c), which ensures a minimum combined power at the evaporator pressure (p v) determined in this way.
Permanent magnet system comprising a magnet arrangement (1; 1'; 1"; 1 ′′′; 1ʺʺ) which is constructed in a ring around a z-axis for generating a homogeneous magnetic field in a direction perpendicular to the z-axis in a measuring volume (0; 0'; 0"; 0′′′; 0ʺʺ) within the ring-shaped magnet arrangement (1; 1'; 1"; 1′′′; 1ʺʺ), which arrangement comprises at least one ring-shaped magnet element (2; 2a'; 2b'; 2"; 2′′′; 2"") having magnetic material in a ring plane, comprising a number n of individual magnet segments (3; 3a', 3b'; 3"; 3′′′; 3"") in a Halbach configuration, which are arranged adjacently to one another and in each case having surface contact, which magnet segments have changing magnetization directions in rotation about the ring-shaped magnet element (2; 2a', 2b'; 2"; 2′′′; 2""), according to the rules of a Halbach arrangement, and together generate a magnetic dipole field in the ring plane of the ring-shaped magnet arrangement (1; 1'; 1"; 1 ′′′; 1ʺʺ), and which have the same polyhedral geometry and an identical, convex, regular polygonal cross section in the ring plane in each case, characterized in that the magnet segments (3; 3a', 3b'; 3"; 3′′′; 3"") each have an identical, convex, regularly pentagonal or heptagonal cross section in the ring plane.
A pellet having an axial direction; said pellet comprising a core that extends in the axial direction and comprising a polymer sheath which has been applied around said core, wherein: * said core comprises a plurality of glass filaments that extend in the axial direction; * said polymer sheath comprises less than 5 wt.% of said filaments based on the total weight of the polymer sheath; * said polymer sheath comprising a plurality of filler particles; wherein the filler particles are glass bubbles, * said pellet comprises at least 30 %, preferably at least 35 %, more preferably at least 40 %, and preferably at most 60 %, preferably at most 50 %, of filaments by weight of the total weight of said pellet, characterized in that * said core comprises from 2000 to 5000 filaments. * said core comprises a plurality of glass filaments that extend in the axial direction; * said polymer sheath comprises less than 5 wt.% of said filaments based on the total weight of the polymer sheath; * said polymer sheath comprising a plurality of filler particles; wherein the filler particles are glass bubbles, * said pellet comprises at least 30 %, preferably at least 35 %, more preferably at least 40 %, and preferably at most 60 %, preferably at most 50 %, of filaments by weight of the total weight of said pellet, characterized in that * said core comprises from 2000 to 5000 filaments.
Heating and/or air-conditioning system for a vehicle, which comprises at least one fresh-air-supply line for conducting fresh air for a vehicle interior, at least one blower arranged at least for conveying fresh air through at least one of the at least one fresh-air-supply line, at least one exhaust-air line for conducting exhaust air out of a vehicle interior, and at least one exhaust-air-conveying device, arranged for conveying exhaust air through at least one of the at least one exhaust-air line and outwards into the environment, wherein the heating and/or air-conditioning system comprises at least one first heat exchanger which is arranged both in or as a constituent part of at least one of the at least one fresh-air-supply line and in or as a constituent part of at least one of the at least one exhaust-air line, is designed as an air-air heat exchanger and is intended for exchanging heat between fresh air and exhaust air, and at least one second heat exchanger for exchanging heat between fresh air and a medium circulating in a circuit during operation is arranged in the fresh-air-supply line downstream of the first heat exchanger in such a manner that it is provided in respect of the air treatment for heating and/or cooling only the fresh air, characterized in that the heating and/or air-conditioning system comprises at least one further heat exchanger (37, 39) which is arranged only in a circulation-air line, which is spatially separated from the fresh-air supply line, and is designed for cooling and/or heating circulation air.
Insertion-type connecting arrangement comprising at least one first and one second insertion-type connector (22, 23) and an arrangement of insertion points having at least one first and one second insertion point (12, 13) for the insertion of the insertion-type connectors (22, 23), there being connected to the first insertion-type connector two or more cores laid up at a preset first lay length and to the second insertion-type connector two or more cores laid up at a preset second lay length, characterised in that a coding mechanism is provided which allows the first insertion-type connector to be inserted in the first insertion point but not in the second insertion point and which allows the second insertion-type connector to be inserted in the second insertion point but not in the first insertion point, wherein the first lay length is different from the second lay length, with cores (32, 33) having different lay lengths being respectively connected to those insertion-type connectors (22, 23) which are assigned to two adjacent insertion points (12, 13) by the coding mechanism.
Device comprising a hydraulic rock drilling machine with a machine housing (2,3,11), which encloses a hydraulic percussion device, a rotation mechanism for rotation driving a shank adapter and a guiding device for the shank adapter, being arranged in the machine housing, wherein the rock drilling machine includes: - at least one supply channel for lubricant to components in the rock drilling machines being intended for lubrication, and - at least one outlet channel (5,7) for used lubricant, characterized in - that said at least one outlet channel (5,7) is connected to a separation chamber being arranged in the region of the machine housing and in direct vicinity of the lubrication position or positions for separating particle-shaped impurities existing in used lubricant, and - that the separation chamber is connected to a discharge conduit for used lubricant treated therein. - at least one supply channel for lubricant to components in the rock drilling machines being intended for lubrication, and - at least one outlet channel (5,7) for used lubricant, characterized in - that said at least one outlet channel (5,7) is connected to a separation chamber being arranged in the region of the machine housing and in direct vicinity of the lubrication position or positions for separating particle-shaped impurities existing in used lubricant, and - that the separation chamber is connected to a discharge conduit for used lubricant treated therein.
A modular wall unit (800;801;803) configured to be interconnected with an adjacent modular wall unit (800; 801; 803), the modular wall unit (800; 801; 803) comprising a duct section, an electrical section vertically below the duct section, and a plumbing section vertically below the electrical section, which sections are housed by the modular wall unit (800;801;803); a filter module which holds a grease filter cartridge and which allows the filter cartridge to be removed, wherein a suction can be applied to an interior plenum of the duct section via an exhaust collar to thereby draw fumes through the filter via a filter inlet and through an aperture in the top of the filter module, the filter module also including a small plenum section that connects to a mini-hood conduit which transfers some of the suction into the filter cartridge to the mini-hood conduit for drawing air and fumes into an inlet thereof; and a shelf arranged so that it is below the mini-hood conduit and that the filter inlet is below the shelf, wherein a space is between the mini-hood conduit and the shelf, wherein air and fume can be drawn into the inlet to isolate an appliance in the space, wherein the electrical section provides electrical services within the modular wall unit (800;801;803) and includes electrical connectors to connect to respective electrical connectors of an electrical section of the adjacent modular wall unit (800;801;803).
A part for a drain system, comprising: a first end pipe; and a second end pipe in fluid connection with the first end pipe, the second end pipe having a wall with a centre axis, a uniform thickness and an inner surface; and a spacing means comprising a plurality of longitudinal ribs provided on the inner surface of the wall of the second end pipe, wherein the longitudinal ribs are eccentrically provided in relation to the centre axis of the wall, whereby a connection pipe, when inserted in the second end pipe, is eccentric in relation to the second end pipe. a first end pipe; and a second end pipe in fluid connection with the first end pipe, the second end pipe having a wall with a centre axis, a uniform thickness and an inner surface; and a spacing means comprising a plurality of longitudinal ribs provided on the inner surface of the wall of the second end pipe, wherein the longitudinal ribs are eccentrically provided in relation to the centre axis of the wall, whereby a connection pipe, when inserted in the second end pipe, is eccentric in relation to the second end pipe.
An advanced thermal treatment, ATT, method comprising: applying heat from a heat source (51, 52) to a cylindrical retort to cause a first ATT process, the first ATT process resulting in a gaseous mixture, wherein an ATT process comprises a pyrolysis process or a gasification process; characterized by applying heat from the heat source (51, 52) to a gas enclosure (17, 22, 28) to cause a second ATT process, the second ATT process being applied to the gaseous mixture; wherein the gas enclosure (17, 22, 28) is located closer to the heat source (51, 52) than the retort, the method further comprising: applying heat from the heat source (51, 52) to a system of piping to cause a third ATT process, the third ATT process being applied to the gaseous mixture; wherein the system of piping is located closer to the heat source (51, 52) than the first region and the gas enclosure (17, 22) is located closer to the heat source (51, 52) than the system of piping. applying heat from a heat source (51, 52) to a cylindrical retort to cause a first ATT process, the first ATT process resulting in a gaseous mixture, wherein an ATT process comprises a pyrolysis process or a gasification process; characterized by applying heat from the heat source (51, 52) to a gas enclosure (17, 22, 28) to cause a second ATT process, the second ATT process being applied to the gaseous mixture; wherein the gas enclosure (17, 22, 28) is located closer to the heat source (51, 52) than the retort, the method further comprising: applying heat from the heat source (51, 52) to a system of piping to cause a third ATT process, the third ATT process being applied to the gaseous mixture; wherein the system of piping is located closer to the heat source (51, 52) than the first region and the gas enclosure (17, 22) is located closer to the heat source (51, 52) than the system of piping. applying heat from the heat source (51, 52) to a system of piping to cause a third ATT process, the third ATT process being applied to the gaseous mixture; wherein the system of piping is located closer to the heat source (51, 52) than the first region and the gas enclosure (17, 22) is located closer to the heat source (51, 52) than the system of piping.
A method of uplink control information transmission by a mobile device with carrier aggregation in a wireless communication system, the method comprising: being configured a plurality of cells including a time division duplexing TDD primary cell and at least a secondary cell by a network of the wireless communication system; said method characterized by: determining to transmit the uplink control information in a subframe; and when the subframe on the TDD primary cell for the uplink control information transmission is a downlink subframe, transmitting the uplink control information on at least a secondary cell having uplink resources in the subframe. being configured a plurality of cells including a time division duplexing TDD primary cell and at least a secondary cell by a network of the wireless communication system; said method characterized by: determining to transmit the uplink control information in a subframe; and when the subframe on the TDD primary cell for the uplink control information transmission is a downlink subframe, transmitting the uplink control information on at least a secondary cell having uplink resources in the subframe. determining to transmit the uplink control information in a subframe; and when the subframe on the TDD primary cell for the uplink control information transmission is a downlink subframe, transmitting the uplink control information on at least a secondary cell having uplink resources in the subframe.
A harvesting device as an attachment for agricultural harvesters, in particular forage harvesters for mowing, picking up and passing a stalk-like crop material flow into the intake gap of the intake housing of the harvester conducting further processing in the form of a carrier vehicle of the harvesting device, comprising at least two mowing and conveyor elements, wherein each mowing and conveyor element has rotational elements driven in rotation about the common vertical axis of the output shaft of an angular transmission and in the form of a mowing disc and conveyor drum having a lower and an upper intake and conveyor disc (27, 28) for picking up and conveying the plant stalks, and wherein the drive shaft of the angular transmission is operatively connected at the drive side to a countershaft, wherein lower and upper intake and conveyor discs (27, 28) forming the mowing disc and the conveyor drum of at least one mowing and conveyor element are coupled together in such a way that there is a coupling device which makes it possible that the mowing disc and the conveyor discs (10,10') can at least at times be accelerated during the start-up phase at unequal angular speeds, characterised in that the coupling device is in the form of a turbo coupling equipped with a bypass means which comes into operation upon a reversal in the direction of rotation.
A combustible smoking article comprising: a tobacco substrate; and a filter for selective reduction of acetaldehyde in a mainstream smoke delivered to the user during use of the smoking article, wherein the filter comprises activated carbon fibres functionalized with a metal oxide, wherein the metal oxide is a Group II metal oxide, and wherein the metal oxide functionalized activated carbon fibres have a decreased BET surface area relative to a BET surface area of an activated carbon fibre starting material; wherein the Group II metal oxide is selected from the group consisting of MgO and CaO, wherein the metal oxide is present on the activated carbon fibres in a range from about 2% by weight to about 10% by weight, and wherein the functionalized activated carbon fibres have an adsorption capacity for acetaldehyde of about 5 w/w% or greater. a tobacco substrate; and a filter for selective reduction of acetaldehyde in a mainstream smoke delivered to the user during use of the smoking article, wherein the filter comprises activated carbon fibres functionalized with a metal oxide, wherein the metal oxide is a Group II metal oxide, and wherein the metal oxide functionalized activated carbon fibres have a decreased BET surface area relative to a BET surface area of an activated carbon fibre starting material; wherein the Group II metal oxide is selected from the group consisting of MgO and CaO, wherein the metal oxide is present on the activated carbon fibres in a range from about 2% by weight to about 10% by weight, and wherein the functionalized activated carbon fibres have an adsorption capacity for acetaldehyde of about 5 w/w% or greater.
An oven for the preparation of food, the oven comprising a food preparation cavity formed by a base part and a roof part, where an access opening between the base part and the roof part provides access for food to the food preparation cavity, the base part comprises a lower side forming a bottom space adapted to collect heated gas and to deflect the heated gas to one or more first ducts between the bottom space and the food preparation cavity, a baking stone is provided in the oven with a carrier plane, characterized in that, the oven further comprises a door part and gas exhaust ducts, the door part is adapted to close the access opening between the base part and the roof part, a cross-section of the gas exhaust ducts is at a level below the carrier plane, wherein the one or more first ducts are coupled to a first bottom side area of the cavity positioned in the food preparation cavity opposite the access opening and the gas exhaust ducts are coupled to a second bottom side area of the cavity opposite the first bottom side area, one is on the left side of the oven and the other is on the right side of the oven, wherein the base part comprises a bottom plate section positioned between the food preparation cavity and the bottom space and a wall section surrounding the bottom plate section, the baking stone is horizontally placed on the base part and at distance from the upper surface of the bottom plate section, such that the baking stone is mainly heated by thermal radiation.
A polyurethane curable composition comprising a polyol and a polyisocyanate as an essential component, wherein the composition comprises polymer fine particles having a core-shell structure including at least two layers which are a core layer and a shell layer, the polymer fine particles are contained in an amount of 1 to 150 parts by mass per 100 parts by mass of a total amount of the polyol and the polyisocyanate, the core layer has a glass transition temperature (Tg) of more than 0 °C as calculated by the following numerical formula, a cured product formed by the curable composition has an elongation of more than 47 % at a maximum tensile stress, 1 / Tg = ∑ M i / Tg i wherein M i represents a weight fraction of a non-crosslinking monomer i constituting the core layer of the polymer fine particles, Tg i represents a glass transition temperature of a homopolymer of the non-crosslinking monomer i, and i represents an integer of 1 or more wherein the polyol has an average hydroxyl value of 1 to 300 mgKOH/g. the polymer fine particles are contained in an amount of 1 to 150 parts by mass per 100 parts by mass of a total amount of the polyol and the polyisocyanate, the core layer has a glass transition temperature (Tg) of more than 0 °C as calculated by the following numerical formula, a cured product formed by the curable composition has an elongation of more than 47 % at a maximum tensile stress, 1 / Tg = ∑ M i / Tg i wherein M i represents a weight fraction of a non-crosslinking monomer i constituting the core layer of the polymer fine particles, Tg i represents a glass transition temperature of a homopolymer of the non-crosslinking monomer i, and i represents an integer of 1 or more wherein the polyol has an average hydroxyl value of 1 to 300 mgKOH/g.
A device for measuring the surface velocity of a fluid flowing in a confined space such as through a pipe or a channel, said device comprising a patch antenna with a transmitting area generating a microwave signal and a receiving area receiving the microwave signal reflected on the surface of the fluid, the device further comprising an electrically conductive tube, called reflector tube, with at least the transmitting area of the patch antenna mounted at one end of the reflector tube in order to reduce the side lobes of the generated microwave signal, said reflector tube having a constant cross section over its length or a cross section expanding gradually over its length from the patch antenna to the exit of the reflector tube.
Electronic device comprising a display module which is arranged in a display housing which at least partially surrounds the display module, comprising a control unit for actuating the display module, and comprising an operator control module, - which is removably held on the display housing by means of fastening means, - which can be connected to the control unit by means of an interface, and - which has an operator control surface on which an operator control element and/or a display element and/or a connection element are/is arranged, characterized - in that, in an operating state, the operator control module is arranged on the display housing (4, 34) of the display module in such a way that the operator control surface is arranged in a non-accessible manner, and - in that a cable-bound or wireless communication connection can be built up between the operator control module and the control unit. - which is removably held on the display housing by means of fastening means, - which can be connected to the control unit by means of an interface, and - which has an operator control surface on which an operator control element and/or a display element and/or a connection element are/is arranged, - in that, in an operating state, the operator control module is arranged on the display housing (4, 34) of the display module in such a way that the operator control surface is arranged in a non-accessible manner, and - in that a cable-bound or wireless communication connection can be built up between the operator control module and the control unit.