mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a dark anti-corrosive coating on a metallic substrate, comprising the steps of: - Application of a liquid basecoat composition comprising a binder and metal particles of zinc alloys and - Applying a liquid topcoat composition comprising an organic binder and dark colouring additives and a lubricant to the basecoat, characterised in that a liquid topcoat composition is used which comprises a mixture of an organic and an inorganic binder, wherein the proportion of the organic binder in the topcoat composition is more than 40% by weight and up to 90% by weight, based on the total binder, and wherein the dark colour of the topcoat produces a colouration of the anti-corrosion coating on a metallic substrate which has a maximum value of 40 in the LAB colour space as determined according to EN ISO 11664-4. - Application of a liquid basecoat composition comprising a binder and metal particles of zinc alloys and - Applying a liquid topcoat composition comprising an organic binder and dark colouring additives and a lubricant to the basecoat,
A biosensor assembly comprising: an electrically conductive gold electrode operatively coupled to an impedance analyzer for measuring the change in the resistive impedance ΔZ Re of the electrode; a self-assembled monolayer chemically bonded to a surface of the electrically conductive gold electrode via thiol-gold bond; and a plurality of phage virus particles covalently bound to the self-assembled monolayer. an electrically conductive gold electrode operatively coupled to an impedance analyzer for measuring the change in the resistive impedance ΔZ Re of the electrode; a self-assembled monolayer chemically bonded to a surface of the electrically conductive gold electrode via thiol-gold bond; and a plurality of phage virus particles covalently bound to the self-assembled monolayer.
A vehicle window glass comprising: a glass plate; a first feeding portion disposed on the glass plate; and a composite antenna element that is disposed on the glass plate and extends from the first feeding portion, wherein the composite antenna element includes a first media element that mainly receives a frequency band of first media, and a second media element that mainly receives a frequency band of second media having a higher frequency band than the first media. a glass plate; a first feeding portion disposed on the glass plate; and a composite antenna element that is disposed on the glass plate and extends from the first feeding portion, wherein the composite antenna element includes a first media element that mainly receives a frequency band of first media, and a second media element that mainly receives a frequency band of second media having a higher frequency band than the first media.
A door furniture assembly comprises an internal, service-side, door plate, an external, non-service-side, door plate and at least one fixing (120a,b) to secure the two door plates (114,118) on service and non-service faces of a door respectively, wherein the at least one fixing (120a,b) is securable at the non-service side door plate by at least one fixing seat; wherein the at least one fixing seat is adapted to accommodate relative movement of at least a part of the fixing seat and the remainder of the non-service side door plate as the non-service side door plate is levered by an intruder; characterised in that the at least one fixing seat is a ball joint.
A battery rack, comprising: a plurality of battery modules including at least one battery cell and a module case configured to accommodate the at least one battery cell and including a fire extinguishing unit capable of supplying a fire extinguishing agent into the module case when thermal runaway or fire occurs in the at least one battery cell; a rack case configured to accommodate the plurality of battery modules; and a drainage guide unit provided to the rack case and configured to guide the fire extinguishing agent used when the thermal runaway or fire occurs to be drained, wherein the drainage guide unit is disposed to have a predetermined slope along a front and rear direction of the rack case, and wherein the drainage guide unit includes a guide channel (34,36) for guiding the fire extinguishing agent to move for drainage. a plurality of battery modules including at least one battery cell and a module case configured to accommodate the at least one battery cell and including a fire extinguishing unit capable of supplying a fire extinguishing agent into the module case when thermal runaway or fire occurs in the at least one battery cell; a rack case configured to accommodate the plurality of battery modules; and a drainage guide unit provided to the rack case and configured to guide the fire extinguishing agent used when the thermal runaway or fire occurs to be drained, wherein the drainage guide unit is disposed to have a predetermined slope along a front and rear direction of the rack case, and wherein the drainage guide unit includes a guide channel (34,36) for guiding the fire extinguishing agent to move for drainage.
A method for transmitting a radio frame by a transmitting device to a receiving device in a wireless communication system, the method characterized by: configuring the radio frame to have one of a first effective subcarrier spacing Δ f 1 and a first cyclic prefix length, and a second effective subcarrier spacing Δ f 2 and a second cyclic prefix length, at the transmitting device; transmitting the configured radio frame to the receiving device, wherein the first effective subcarrier spacing Δ f 1 is 15kHz, and the second effective subcarrier spacing Δ f 2 is larger than the first effective subcarrier spacing Δ f 1 by alternatively configuring nonzero-power subcarriers and N consecutive zero-power subcarriers along a frequency axis where N>0 and corresponds to a multiple of 15kHz, wherein the second effective subcarrier spacing Δ f 2 is for a high frequency band; wherein the second cyclic prefix length is shorter than the first cyclic prefix length, and wherein a sampling frequency f s, 2 of the frame configured to have the second effective subcarrier spacing is equal to Δ f 2 /Δ f 1 times a sampling frequency f s, 1 of the frame configured to have the first effective subcarrier spacing. configuring the radio frame to have one of a first effective subcarrier spacing Δ f 1 and a first cyclic prefix length, and a second effective subcarrier spacing Δ f 2 and a second cyclic prefix length, at the transmitting device; transmitting the configured radio frame to the receiving device, wherein the first effective subcarrier spacing Δ f 1 is 15kHz, and the second effective subcarrier spacing Δ f 2 is larger than the first effective subcarrier spacing Δ f 1 by alternatively configuring nonzero-power subcarriers and N consecutive zero-power subcarriers along a frequency axis where N>0 and corresponds to a multiple of 15kHz, wherein the second effective subcarrier spacing Δ f 2 is for a high frequency band; wherein the second cyclic prefix length is shorter than the first cyclic prefix length, and wherein a sampling frequency f s, 2 of the frame configured to have the second effective subcarrier spacing is equal to Δ f 2 /Δ f 1 times a sampling frequency f s, 1 of the frame configured to have the first effective subcarrier spacing.
A non-therapeutic method for the application of ultrasound to the skin, comprising: applying to the skin a gel pad, gel cartridge or free flowing gel comprising a composition, wherein the composition comprises one or more hyaluronan and a dermatologically acceptable excipient; and applying low frequency ultrasound of 20 kHz to 500 kHz and high frequency ultrasound of 0.5 MHz to 3.5 MHz directly or indirectly to an area of skin where the gel pad, gel cartridge or free flowing gel has been applied, or as a pre-treatment to an area of skin to which the gel pad, gel cartridge or free flowing gel is to be applied. applying to the skin a gel pad, gel cartridge or free flowing gel comprising a composition, wherein the composition comprises one or more hyaluronan and a dermatologically acceptable excipient; and applying low frequency ultrasound of 20 kHz to 500 kHz and high frequency ultrasound of 0.5 MHz to 3.5 MHz directly or indirectly to an area of skin where the gel pad, gel cartridge or free flowing gel has been applied, or as a pre-treatment to an area of skin to which the gel pad, gel cartridge or free flowing gel is to be applied.
An aerosol-generating article comprising: an aerosol-generating substrate and a mouthpiece disposed downstream of the aerosol-generating substrate, the mouthpiece comprising: a hollow tubular segment at its downstream end defining a mouth end cavity, the hollow tubular segment comprising: a hollow tube of crimped fibrous material; and a plurality of non-crimped fibers extending along and affixed to the inner surface of the hollow tube. a hollow tube of crimped fibrous material; and a plurality of non-crimped fibers extending along and affixed to the inner surface of the hollow tube.
A bicycle seat comprising: a first part having a narrow front end and a wide rear end; a second part having a narrow front end and a wide rear end, the first and second parts (1, 2) being located side by side; a member having two ends fixed to the two respective rear ends of the first and second parts (1, 2) respectively; and a second fixing member connected across the two respective front ends of the first and second parts (1, 2) respectively, characterized in that said member is a spring member and the bicycle seat further comprises a first fixing member fixed to the spring member. a first part having a narrow front end and a wide rear end; a second part having a narrow front end and a wide rear end, the first and second parts (1, 2) being located side by side; a member having two ends fixed to the two respective rear ends of the first and second parts (1, 2) respectively; and a second fixing member connected across the two respective front ends of the first and second parts (1, 2) respectively,
A filter element for location in a tubular housing of a filter assembly and separating a liquid from a compressed fluid stream that flows into the filter assembly, the filter element comprising: a longitudinally extending body of coalescing media having a first end and a second end distally opposite the first end, and a first end cap having a central body portion fixed to the first end of the body of coalescing media, characterised in that the filter element includes a shroud which extends longitudinally from the central body portion and has a radially outer annular surface that progressively increases in diameter from a first end of the shroud to a second end of the shroud in a direction toward the second end of the body of coalescing media, in which the shroud is configured to reduce a flow area of the fluid stream flowing into the space within the filter assembly between the wall of the filter element that is provided by the body of coalescing media and the inner wall of a housing in which the filter element is located when in use, so as to induce a vortex of the fluid around the body of coalescing media, allowing the liquid to separate from the vortex before the fluid passes through the body of coalescing media. a longitudinally extending body of coalescing media having a first end and a second end distally opposite the first end, and a first end cap having a central body portion fixed to the first end of the body of coalescing media, characterised in that the filter element includes a shroud which extends longitudinally from the central body portion and has a radially outer annular surface that progressively increases in diameter from a first end of the shroud to a second end of the shroud in a direction toward the second end of the body of coalescing media, in which the shroud is configured to reduce a flow area of the fluid stream flowing into the space within the filter assembly between the wall of the filter element that is provided by the body of coalescing media and the inner wall of a housing in which the filter element is located when in use, so as to induce a vortex of the fluid around the body of coalescing media, allowing the liquid to separate from the vortex before the fluid passes through the body of coalescing media.
The process comprising of, submergence and boiling of crude powder form of arsenic trioxide in buttermilk, Goat urine, and in aqueous extract of dolichos biflorus, followed by trituration of the arsenic trioxide obtained after the aforesaid boiling with the extract of plant material Momordica charantia until dry and further trituration of the said dry product with extract of ginger until dry, subsequent heating of the product obtained after the trituration with the extract of Musa paradisica in an apparatus with lid, and collection of sublimed product, nano arsenic trioxide, from the inner side of the lid.
A plant for processing laminated material or in general sheet material from a coil, comprising at least: - one supply station for moving and supporting a coil of said material; - one processing station for processing the unwound material coming from the supply station; - a storage station for storing the processed material in the processing station; - one or more motors (15,32,62) for unwinding the coil, for processing the unwound material, and for storing the processed material; - one or more dynamic control units (12,64), comprising one or more pumps (13,65), connected to the aforesaid stations (10,30,60) to supply a fluid driving hydraulic members of the stations; - one or more fans (14,16,33,63,66) for cooling the motors and the fluid, characterized in that it comprises a drive and control unit connected to the motors (15,32,62), to the pumps (13,65) and to the fans (14,16,33,63,66) and provided with deactivating means that deactivate the fans according to the operating conditions of the motors and the pumps. - one supply station for moving and supporting a coil of said material; - one processing station for processing the unwound material coming from the supply station; - a storage station for storing the processed material in the processing station; - one or more motors (15,32,62) for unwinding the coil, for processing the unwound material, and for storing the processed material; - one or more dynamic control units (12,64), comprising one or more pumps (13,65), connected to the aforesaid stations (10,30,60) to supply a fluid driving hydraulic members of the stations; - one or more fans (14,16,33,63,66) for cooling the motors and the fluid, characterized in that it comprises a drive and control unit connected to the motors (15,32,62), to the pumps (13,65) and to the fans (14,16,33,63,66) and provided with deactivating means that deactivate the fans according to the operating conditions of the motors and the pumps.
A heat pump hot water apparatus comprising: a heat pump cycle which includes a compressor, a radiator, decompressing means, and an evaporator connected to each other, and through which a refrigerant circulates, the radiator heating circulating water through heat exchange with the refrigerant; a hot water storing tank; a hot water storing tank-dedicated heat exchanger that allows the circulating water heated at the radiator and water in the hot water storing tank to exchange heat with each other; a circulation pump that causes the circulating water to circulate between the radiator and the hot water storing tank-dedicated heat exchanger; outlet temperature detecting means for detecting a temperature of the circulating water from the radiator; inlet temperature detecting means for detecting a temperature of the circulating water to the radiator; tank temperature detecting means for detecting a temperature of the water in the hot water storing tank; and a control apparatus, characterized in that, in accordance with a reduction in a difference between a target heating temperature of the water in the hot water storing tank and the temperature detected by the tank temperature detecting means during a heating operation of the compressor for heating the water in the hot water storing tank, the control apparatus is configured such that it adjusts a circulation amount of the circulating water so as to reduce a difference between the temperature detected by the outlet temperature detecting means and the temperature detected by the inlet temperature detecting means. a heat pump cycle which includes a compressor, a radiator, decompressing means, and an evaporator connected to each other, and through which a refrigerant circulates, the radiator heating circulating water through heat exchange with the refrigerant; a hot water storing tank; a hot water storing tank-dedicated heat exchanger that allows the circulating water heated at the radiator and water in the hot water storing tank to exchange heat with each other; a circulation pump that causes the circulating water to circulate between the radiator and the hot water storing tank-dedicated heat exchanger; outlet temperature detecting means for detecting a temperature of the circulating water from the radiator; inlet temperature detecting means for detecting a temperature of the circulating water to the radiator; tank temperature detecting means for detecting a temperature of the water in the hot water storing tank; and a control apparatus,
An article comprising: an adhesive layer having two opposing surfaces, the adhesive layer comprising (i) a functionalized ethylene-based polymer having a melt index from 0.1 g/10 min to 300 g/10 min; wherein the melt index (I 2) is measured according to ASTM D1238, condition 190°C/2.16 kilogram (kg) weight; wherein the functionalized ethylene-based polymer is a maleic anhydride grafted ethylene-based polymer; (ii) from 0.01 wt% to 45 wt% of a functionalized hydrocarbon; wherein a functionalized hydrocarbon is a hydrocarbon polymer with an acid anhydride moiety bonded to the hydrocarbon polymer chain; wherein the functionalized hydrocarbon is a functionalized polybutadiene; (iii) a tackifier; and (iv) optionally a crosslinking agent. (i) a functionalized ethylene-based polymer having a melt index from 0.1 g/10 min to 300 g/10 min; wherein the melt index (I 2) is measured according to ASTM D1238, condition 190°C/2.16 kilogram (kg) weight; wherein the functionalized ethylene-based polymer is a maleic anhydride grafted ethylene-based polymer; (ii) from 0.01 wt% to 45 wt% of a functionalized hydrocarbon; wherein a functionalized hydrocarbon is a hydrocarbon polymer with an acid anhydride moiety bonded to the hydrocarbon polymer chain; wherein the functionalized hydrocarbon is a functionalized polybutadiene; (iii) a tackifier; and (iv) optionally a crosslinking agent.
A film comprising: poly(ethylene-co-acrylic acid); and a triazine-based UVA having the structure: wherein R1 is CH 3, R2 is CH 3, and R3 is R1 is H, R2 is H, and R3 is -C 6 H 13; R1 is CH 3, R2 is CH 3, and R3 is or R1 is H, R2 is phenyl, and R3 is -C 6 H 13. poly(ethylene-co-acrylic acid); and a triazine-based UVA having the structure: wherein R1 is CH 3, R2 is CH 3, and R3 is R1 is H, R2 is H, and R3 is -C 6 H 13; R1 is CH 3, R2 is CH 3, and R3 is or R1 is H, R2 is phenyl, and R3 is -C 6 H 13. R1 is CH 3, R2 is CH 3, and R3 is R1 is H, R2 is H, and R3 is -C 6 H 13; R1 is CH 3, R2 is CH 3, and R3 is or R1 is H, R2 is phenyl, and R3 is -C 6 H 13.
An in vitro method for diagnosing or identifying pancreas cancer in a subject, said method comprising determining the level or amount of methylation of the POU4F1 gene or of the HOXD8 gene in a body effluent of said subject.
Method for transmission, from at least one emitter antenna, of a source signal comprising a plurality of binary sequences (SEQn), to all or part of n receiver antennas, n being an integer greater than or equal to 2, said method implementing, before a step of emitting one of said binary sequences of said source signal, a prefiltering of focusing said binary sequence towards one target antenna out of said n receiver antennas, said associated focusing prefiltering begin chosen according to a value of said first binary sequence, said method being characterised in that it further comprises at least one step of transmission suitable for transmitting a first piece of binary information by using the simultaneous absence of focusing towards each of the n receiver antennas, during a predetermined integer k of symbol times.
Method for establishing a current position of a motor vehicle in a geodetic coordinate system from a time series of first geodetic position data, which are in particular recorded by a position sensor, which is associated with a global navigation satellite system, and proper motion data, which are recorded by at least one proper motion sensor, wherein the position is established by applying a transformation, which comprises at least one rotation and at least one translation, in the geodetic coordinate system to a displacement vector of the motor vehicle, which is derived from the most current data from the proper motion data, from a reference time point, to which the transformation relates, wherein the transformation is determined within the context of a regression analysis as an optimal mapping of a path of displacement vectors, which is established over a defined period of time, on a path of the position data, which is established for the same period of time, characterised in that the transformation additionally also comprises a scaling of the displacement vector.
A composition comprising: an ion channel TRPV1 inhibitor, for use in preventing and/or diminishing anesthesia-induced hypothermia, wherein the anesthesia-induced hypothermia is caused by administration of general anesthesia, and wherein the general anesthesia is an inhalation anesthetic. an ion channel TRPV1 inhibitor, for use in preventing and/or diminishing anesthesia-induced hypothermia, wherein the anesthesia-induced hypothermia is caused by administration of general anesthesia, and wherein the general anesthesia is an inhalation anesthetic.
A method of operating a terminal (300, 500) in a wireless communication system, the method comprising: receiving via dedicated signalling for the terminal from a network, a dedicated message (S31, S32) including information associated with a first list including one or more frequencies to be measured; receiving, via a broadcast signalling from the network, system information (S30, S32) including information associated with a second list including one or more frequencies to be measured and configuration information for measurement on the one or more frequencies included in the second list; identifying whether at least one frequency from the one or more frequencies included in the first list is included in the second list; and in case that the at least one frequency from the one or more frequencies included in the first list is included in the second list, performing measurement on the at least one frequency included in both the first list and the second list, in an idle state or in an inactive state. receiving via dedicated signalling for the terminal from a network, a dedicated message (S31, S32) including information associated with a first list including one or more frequencies to be measured; receiving, via a broadcast signalling from the network, system information (S30, S32) including information associated with a second list including one or more frequencies to be measured and configuration information for measurement on the one or more frequencies included in the second list; identifying whether at least one frequency from the one or more frequencies included in the first list is included in the second list; and in case that the at least one frequency from the one or more frequencies included in the first list is included in the second list, performing measurement on the at least one frequency included in both the first list and the second list, in an idle state or in an inactive state.