mhurhangee/ep-ind-claims huggingface dataset:
A detergent composition for clothing, comprising: (a) monoethers of glycerol or polyglycerols each represented by the formula [referred to as component (a)]: R-O-(C 3 H 6 O 2) n -H wherein, R represents a hydrocarbon group having 6 to 22 carbon atoms; and n represents a degree of glycerol condensation ranging from 1 to 7; and (d) an alcohol having 6 to 22 carbon atoms [referred to as component (d) in an amount of 0.001 to 20% by mass to the component (a); wherein the component (a) comprises compounds of the formula having different degrees of glycerol condensation n's, and not less than 40% by mass of the component (a) is compounds in which R's are alkyl groups having 12 and/or 14 carbon atoms and degrees of glycerol condensation n's are 3 to 5; (a) monoethers of glycerol or polyglycerols each represented by the formula [referred to as component (a)]: R-O-(C 3 H 6 O 2) n -H wherein, R represents a hydrocarbon group having 6 to 22 carbon atoms; and n represents a degree of glycerol condensation ranging from 1 to 7; and (d) an alcohol having 6 to 22 carbon atoms [referred to as component (d) in an amount of 0.001 to 20% by mass to the component (a);
A backplane apparatus, configured to provide an interface for boards, wherein the backplane apparatus comprises at least one first backplane structure and at least one second backplane structure, wherein the first backplane structure is configured to transmit power and low-speed signals; the second backplane structure is configured to transmit high-speed signals, low-speed signals, or optical signals; and the first backplane structure comprises at least one first backplane, multiple first connectors, and at least one connected space which is a hollow space, wherein the first connectors are arranged on the first backplane, and the boards are electrically connected to the first backplane via the first connectors; and the second backplane structure comprises multiple second backplanes and multiple second connectors, characterized in that the second connectors are arranged on the second backplanes, the second backplanes are installed on the first backplane, and the second connectors are electrically connected to the boards by crossing the connected space to make the board electrically connected to the second backplane or via the first connectors.
Household appliance, such as a tumble dryer, a washer-dryer, a washing machine, a dishwasher, comprising a heat pump device that comprises a refrigerant circuit, the refrigerant circulating in a pipe system having an evaporator, a compressor, a condenser and a throttle, and a base module forming part of the appliance housing as a support for the heat pump device, at least one region in the refrigerant circuit of the heat pump device being provided with an enclosed casing with respect to the surrounding atmosphere in the housing of the household appliance, characterised in that the base module comprises gas-tight or gas-shielded enclosed casings that are insulated from the rest of the dryer and are designed so as to have holes for leading out discharged refrigerant and in that, when using a flammable refrigerant, the enclosed casings are preferably arranged around the compressor and/or the soldering joints of the pipe system.
Method for producing at least one radial centring surface on an outer circumference of an annular lamella pack of a stator, the centring surface being produced by cutting, characterized in that the lamella pack is axially pretensioned before cutting.
Shower partition comprising a sliding door, a guide rail and at least one retraction device for damped self-retraction of the sliding door into an end position, wherein the retraction device is accommodated and/or held by the guide rail, and wherein the sliding door has at least one fitting for displaceably guiding and suspending on the guide rail, and wherein the retraction device engages on the fitting by means of a catch and is arranged laterally next to the fitting, characterised in that the retraction device(s) is or are covered towards the fitting and laterally by means of a cover, and in that the cover is held in a detachable and/or clamping or latching manner on or in the guide rail, and in that the cover has an elongated hole, through which the catch of the retraction device engages.
A path checking method, comprising: Determining (S101, S305), by a sink node, whether a check packet sent by an ingress node by using a check multicast tree is received at the sink node within a predetermined time, wherein the sink node is a node connected to a receiver, the ingress node is a node connected to a multicast source, and the check multicast tree and a first multicast tree have a same transmission path and different multicast addresses; and if the sink node determines that no check packet sent by the ingress node by using the check multicast tree is received at the sink node within the predetermined time, determining (S102, S306), by the sink node, that a path fault exists in an upstream node of the sink node in the first multicast tree; and the method being characterized by the determining (S101, S305), by the sink node, whether the check packet sent by the ingress node by using the check multicast tree is received at the sink node within a predetermined time comprises: Determining, by the sink node, whether a multicast address carried in a multicast packet received at the sink node within the predetermined time is the same as a check multicast address in a multicast forwarding entry, and if the multicast address is the same as the check multicast address, determining that the multicast packet is the check packet, wherein the check multicast address is a multicast address of the check multicast tree. Determining (S101, S305), by a sink node, whether a check packet sent by an ingress node by using a check multicast tree is received at the sink node within a predetermined time, wherein the sink node is a node connected to a receiver, the ingress node is a node connected to a multicast source, and the check multicast tree and a first multicast tree have a same transmission path and different multicast addresses; and if the sink node determines that no check packet sent by the ingress node by using the check multicast tree is received at the sink node within the predetermined time, determining (S102, S306), by the sink node, that a path fault exists in an upstream node of the sink node in the first multicast tree; and
A compressed air purification apparatus, comprising: a cover shaped as a drum with a lower portion thereof being open, the cover being formed with an inlet and an outlet for compressed air, and being provided with an outer drum, an inner drum, and a discharge pipe therein, wherein the outer drum is inserted in the cover, and configured such that compressed air supplied through the inlet swirls downwards through a first chamber formed between the cover and the outer drum, the discharge pipe is formed in the outer drum and communicates with the outlet, and the inner drum is inserted between the outer drum and the discharge pipe, and is configured to allow compressed air to swirls downwards through a second chamber formed between the discharge pipe and the inner drum; a collector drum integrally provided at a lower portion of the inner drum and communicated with the first chamber and the second chamber and forming a space between the discharge pipe and the inner drum to allow compressed air to flow; a drain cover provided at the lower portion of the cover, the drain cover being configured such that impurities separated from the compressed air flowing in the cover are collected therein; and a pressure cut-off part disposed in the collector drum to block a pressure of the first chamber and the second chamber and configured to move up or down according to the pressure difference between the first chamber and the second chamber. a cover shaped as a drum with a lower portion thereof being open, the cover being formed with an inlet and an outlet for compressed air, and being provided with an outer drum, an inner drum, and a discharge pipe therein, wherein the outer drum is inserted in the cover, and configured such that compressed air supplied through the inlet swirls downwards through a first chamber formed between the cover and the outer drum, the discharge pipe is formed in the outer drum and communicates with the outlet, and the inner drum is inserted between the outer drum and the discharge pipe, and is configured to allow compressed air to swirls downwards through a second chamber formed between the discharge pipe and the inner drum; a collector drum integrally provided at a lower portion of the inner drum and communicated with the first chamber and the second chamber and forming a space between the discharge pipe and the inner drum to allow compressed air to flow; a drain cover provided at the lower portion of the cover, the drain cover being configured such that impurities separated from the compressed air flowing in the cover are collected therein; and a pressure cut-off part disposed in the collector drum to block a pressure of the first chamber and the second chamber and configured to move up or down according to the pressure difference between the first chamber and the second chamber.
A liquid discharging apparatus comprising: a carriage that includes a discharging portion for discharging liquid onto a medium and that is adapted to move in a reciprocating direction; a case body that covers a moving region of the carriage; and an airflow receiving chamber that is arranged to receive an airflow generated by reciprocation of the carriage, characterized in that the airflow receiving chamber extends in the reciprocating direction and includes receiving ports of the airflow at both ends of the airflow receiving chamber in the reciprocating direction, and the airflow receiving chamber is provided on the opposite side of the carriage to a side of the carriage on which the discharging portion is provided. a carriage that includes a discharging portion for discharging liquid onto a medium and that is adapted to move in a reciprocating direction; a case body that covers a moving region of the carriage; and an airflow receiving chamber that is arranged to receive an airflow generated by reciprocation of the carriage, characterized in that the airflow receiving chamber extends in the reciprocating direction and includes receiving ports of the airflow at both ends of the airflow receiving chamber in the reciprocating direction, and the airflow receiving chamber is provided on the opposite side of the carriage to a side of the carriage on which the discharging portion is provided.
A heat insulation sheet, comprising: a silica xerogel; and a unwoven fabric, wherein the silica xerogel and the unwoven fabric are chemically cross-linked to one another through a silane coupling agent having a reactive organic functional group. a silica xerogel; and a unwoven fabric, wherein the silica xerogel and the unwoven fabric are chemically cross-linked to one another through a silane coupling agent having a reactive organic functional group.
A method for manufacturing a portion capsule with a wall of plastic with the shape of a cube or cuboid, for a coffee machine, with the steps: - manufacturing a five-sided polyhedron base body open at a sixth side, with a collar which is arranged along the peripheral edge; - filling the base body with an extraction material or extract; - fastening a cover on the base body along a peripheral edge of the open sixth side by way of ultrasound welding, so that the arising in inner space is completely enclosed. - manufacturing a five-sided polyhedron base body open at a sixth side, with a collar which is arranged along the peripheral edge; - filling the base body with an extraction material or extract; - fastening a cover on the base body along a peripheral edge of the open sixth side by way of ultrasound welding, so that the arising in inner space is completely enclosed.
Base body (3; 24) provided with a coating (5; 21), the base body being preferably a metallic one, in particular a kitchen utensil (1; 20), characterized in that the at least one layer (9; 31) of the coating (5; 21) contains a layer material with a fiber material, where due to the fiber material, a deformed surface of the at least one layer (9; 31) is formed with protrusions, the protrusions having a stochastic distance between 1 μm and 1000μm, where the deformed surface of the at least one layer is a free coating surface and where a roughness created by the stochastic distance of the protrusions causes a self-cleaning effect and/or causes or improves, respectively, an anti-adhesive effect.
Afire extinguishing composition which generates a fire extinguishing substance by high temperature sublimation, is characterized in that the fire extinguishing composition comprises a fire extinguishing material which can release a substance with fire extinguishing properties by sublimation in a heating process; the content of the fire extinguishing material is at least 80wt%; a pyrotechnic agent is adopted as a heat source and a power source in a process of fire extinguishing; and the purpose of fire extinguishing is achieved by: igniting the pyrotechnic agent, generating a large quantity of fire extinguishing substance from the fire extinguishing composition in the use of high temperature produced by burning pyrotechnic agent, and the fire extinguishing substance sprays out together with the pyrotechnic agent, characterized in that the pyrotechnic agent is a pyrotechnic aerosol fire extinguishing agent. igniting the pyrotechnic agent, generating a large quantity of fire extinguishing substance from the fire extinguishing composition in the use of high temperature produced by burning pyrotechnic agent, and the fire extinguishing substance sprays out together with the pyrotechnic agent, characterized in that the pyrotechnic agent is a pyrotechnic aerosol fire extinguishing agent.
A method comprising: forming a non-conductive layer over an active side of a semiconductor die, the semiconductor die partially encapsulated with an encapsulant; forming an opening in the non-conductive layer, the opening exposing a portion of a bond pad of the semiconductor die; forming a laser ablated trench at a first surface of the non-conductive layer proximate to a perimeter of the opening, a bottom surface of the laser ablated trench being substantially roughened; and plating to form an under-bump metallization, UBM, structure over the bond pad and laser ablated trench. forming a non-conductive layer over an active side of a semiconductor die, the semiconductor die partially encapsulated with an encapsulant; forming an opening in the non-conductive layer, the opening exposing a portion of a bond pad of the semiconductor die; forming a laser ablated trench at a first surface of the non-conductive layer proximate to a perimeter of the opening, a bottom surface of the laser ablated trench being substantially roughened; and plating to form an under-bump metallization, UBM, structure over the bond pad and laser ablated trench.
A reversible color-changing sanitizer- indicating nonwoven wipe, comprising: a cloth-like nonwoven fabric; and a reversible color-changing ink formulation bound to the nonwoven fabric; the reversible color-changing ink formulation including 10-50% by weight of a polymer binder, 10-50% by weight of a plasticizer, 10-50% by weight of a wetting agent, and 1-10% by weight of an anionic indicator compound, based on a dry weight of the ink formulation. a cloth-like nonwoven fabric; and a reversible color-changing ink formulation bound to the nonwoven fabric;
Motor vehicle door structure, comprising a structural door compartment and a panel reinforcement profile member mounted on the structural door compartment and designed so as to ensure that compressive forces are at least absorbed along the length thereof in the event of a head-on or rear impact applied to a vehicle fitted with said structure, a cross section of the panel reinforcement profile member, viewed in a cutting plane transverse to said length, having an open contour, which comprises a closing element arranged at the interface area between the door structure and the body of the vehicle, such that the closing element is interposed between the structural door compartment and the panel reinforcement profile member in the thickness direction of the structure, and the assembly formed by the closing element and by the panel reinforcement profile member has, locally, a cross section viewed in a cutting plane transverse to said length that has a closed contour over only a portion of said length located at said interface area, characterized in that the closing element and the panel reinforcement profile member together delimit, in the thickness of the structure, a gap in which an anti-burst pin secured to a front hinge pillar of the body of the vehicle is capable of being positioned in a direction of orientation of said length, said anti-burst pin being designed to keep the front hinge pillar and the panel reinforcement profile member coupled to each other in the event of the front hinge pillar rotating beyond a predetermined angular value under the effect of a head-on or rear impact applied to a vehicle fitted with said structure.
A floorcovering installation comprising: a. an intermediate substrate positioned on a flooring surface; b. a plurality of tiles, each tile having an underside and edges; and c. connectors positioned to span adjacent edges of at least two adjacent tiles, the connectors comprising: i. a connector film; and ii. a layer of adhesive on a side of a film, wherein the layer of adhesive is capable of forming a bond with the undersides of the tiles so that, when a connector spans adjacent edges of adjacent tiles so that the layer of adhesive contacts the underside of each of the adjacent tiles, the layer of adhesive prevents relative movement between the adjacent tiles while extending along only a portion of the adjacent edges; characterised in that the tiles are positioned on top of the intermediate substrate and are not attached to the intermediate substrate. a. an intermediate substrate positioned on a flooring surface; b. a plurality of tiles, each tile having an underside and edges; and c. connectors positioned to span adjacent edges of at least two adjacent tiles, the connectors comprising: i. a connector film; and ii. a layer of adhesive on a side of a film, wherein the layer of adhesive is capable of forming a bond with the undersides of the tiles so that, when a connector spans adjacent edges of adjacent tiles so that the layer of adhesive contacts the underside of each of the adjacent tiles, the layer of adhesive prevents relative movement between the adjacent tiles while extending along only a portion of the adjacent edges; i. a connector film; and ii. a layer of adhesive on a side of a film, wherein the layer of adhesive is capable of forming a bond with the undersides of the tiles so that, when a connector spans adjacent edges of adjacent tiles so that the layer of adhesive contacts the underside of each of the adjacent tiles, the layer of adhesive prevents relative movement between the adjacent tiles while extending along only a portion of the adjacent edges;
Motor vehicle wiper system, comprising: - at least two windscreen wipers (12, 22), including a first windscreen wiper and a second windscreen wiper, - a heating device comprising a first heating element designed to heat the first windscreen wiper and a second heating element designed to heat the second windscreen wiper, - an electrical supply device designed to supply electricity to the first and second heating elements, and - a control module, the wiper system being characterized in that the control module is designed so as to delay, when the heating device is activated, the electricity supply to the second heating element compared to the electricity supply to the first heating element, by a pause duration Δt. - at least two windscreen wipers (12, 22), including a first windscreen wiper and a second windscreen wiper, - a heating device comprising a first heating element designed to heat the first windscreen wiper and a second heating element designed to heat the second windscreen wiper, - an electrical supply device designed to supply electricity to the first and second heating elements, and - a control module,
A method of operating a non-volatile memory device (500; 700) having an array (502; 730) of non-volatile memory cells arranged in a plurality of blocks, the method comprising: receiving an instruction comprising information identifying a particular group of one or more blocks of the plurality of blocks to be excluded from wear leveling operations and having associated data to be stored to the particular group of one or more blocks; storing the information identifying the particular group of one or more blocks to non-volatile memory cells of the array (502; 730) of the non-volatile memory device (500; 700) as a portion of information identifying blocks to be excluded from wear leveling operations; and performing one or more wear leveling operations only on a subset of the plurality of blocks responsive to the information identifying blocks to be excluded from wear leveling operations; wherein the particular group of one or more blocks is not contained in the subset of the plurality of blocks. receiving an instruction comprising information identifying a particular group of one or more blocks of the plurality of blocks to be excluded from wear leveling operations and having associated data to be stored to the particular group of one or more blocks; storing the information identifying the particular group of one or more blocks to non-volatile memory cells of the array (502; 730) of the non-volatile memory device (500; 700) as a portion of information identifying blocks to be excluded from wear leveling operations; and performing one or more wear leveling operations only on a subset of the plurality of blocks responsive to the information identifying blocks to be excluded from wear leveling operations; wherein the particular group of one or more blocks is not contained in the subset of the plurality of blocks.
An in vitro or ex vivo use of at least one miRNA, said at least one miRNA being miR-124, as a biomarker of a viral infection, or of an efficacy of a therapeutic treatment of said viral infection.
A video output checker is configured to receive incoming video data for rendering an image on a display, the video data comprising pixel data which comprise, for each pixel, a set of colour component values (57 1, 57 2, 57 3) for a given colour model, the video output checker is further configured to compare each colour component for a pixel in a selected area of the image with a corresponding test range of values (51 1L, 51 1U, 51 2L, 51 2U, 51 3L, 51 3U) and, if a colour component value falls outside the range, to measure a deviation, the video output checker is further configured to sum deviations for the selected area to provide an error value for the selected area, and to compare the error value against a threshold number so as to determine whether the selected area of the image has been correctly displayed.