mhurhangee/ep-ind-claims huggingface dataset:
A device for collision detection of a movable part of a piece of furniture with an obstacle comprising - a controller for a drive device for the movable part of the furniture, and - a sensor characterized by a first sensor region connectable to a first furniture part and a second sensor region connectable to a second furniture part, wherein the furniture parts are either parts of the movable part of the piece of furniture or the fixed part of the piece of furniture, wherein a relative movement occurring between the first and second sensor regions (21, 22), transmitted by a deformation and/or movement of the first and second furniture parts (6, 4) relative to each other, is detectable, and wherein the sensor comprises a one-piece sensor body which is carrier of a sensor element, wherein the first sensor region is configured for attachment to a table top of a height-adjustable table or is fixedly connected to the controller which is configured for attachment to the table top, and wherein the second sensor region is designed for attachment to a table frame of the height-adjustable table. - a controller for a drive device for the movable part of the furniture, and - a sensor characterized by a first sensor region connectable to a first furniture part and a second sensor region connectable to a second furniture part, wherein the furniture parts are either parts of the movable part of the piece of furniture or the fixed part of the piece of furniture,
Process for manufacturing rubber goods comprising dipping a mold into a rubber emulsion, wherein the mold consists of a plastic material having a surface tension in the range from 25 to 60 mJ/m 2 measured according to ASTM standard D-2578/09, and wherein the plastic material is a thermoplastic material comprising - a semi-crystalline semi-aromatic polyamide, or a copolymer thereof, or a blend comprising a semi-crystalline semi-aromatic polyamide, or - an aliphatic polyamide or a copolymer thereof, or a blend comprising an aliphatic polyamide. - a semi-crystalline semi-aromatic polyamide, or a copolymer thereof, or a blend comprising a semi-crystalline semi-aromatic polyamide, or - an aliphatic polyamide or a copolymer thereof, or a blend comprising an aliphatic polyamide.
An anti-inflammatory composition comprising a. a plant extract comprising at least 5% by weight, preferably from 5 to 20% by weight, advantageously from 5 to 15% by weight of malvidine-3-O-β-glucoside; and b. a propolis extract comprising caffeic acid or one of its esters, ferulic acid, garangin and pinocembrin; and a plant extract/propolis extract a/b weight ratio ranging from 1/4 to 4/1. a. a plant extract comprising at least 5% by weight, preferably from 5 to 20% by weight, advantageously from 5 to 15% by weight of malvidine-3-O-β-glucoside; and b. a propolis extract comprising caffeic acid or one of its esters, ferulic acid, garangin and pinocembrin;
A tissue penetrating trocar or probe end, wherein the trocar or probe end comprises: a proximal base configured to be secured to a probe shaft; a sharp distal point distal to the proximal base; a first concave surface; a second concave surface which intersects the first concave surface forming therewith a curved cutting edge that leads to the sharp distal point; and a third concave surface which intersects the first concave surface forming therewith a second curved cutting edge leading to the sharp distal point and which intersects the second concave surface forming therewith a third curved cutting edge that leads to the sharp distal point, wherein the concave surfaces extend from the base to the sharp distal point. a proximal base configured to be secured to a probe shaft; a sharp distal point distal to the proximal base; a first concave surface; a second concave surface which intersects the first concave surface forming therewith a curved cutting edge that leads to the sharp distal point; and a third concave surface which intersects the first concave surface forming therewith a second curved cutting edge leading to the sharp distal point and which intersects the second concave surface forming therewith a third curved cutting edge that leads to the sharp distal point, wherein the concave surfaces extend from the base to the sharp distal point.
An active regeneration control device for a diesel particulate filter, comprising: an active regeneration determining unit including an ash learning based active regeneration determining unit which is configured to based on an accumulated engine driving time measurement value after succeeding in a previous ash learning, decide active regeneration when the accumulated engine driving time measurement value reaches a predetermined value; an active regeneration signal generating unit which is configured to generate an active regeneration signal according to decision of the active regeneration determining unit; and an active regeneration inducing unit which is configured to induce the active regeneration when the active regeneration is not performed after the active regeneration signal is generated, wherein the active regeneration determining unit further includes a DPF regeneration based active regeneration determining unit that is configured to, based on previous regeneration data, extract the number of times that DPF regeneration is abnormally progressed, and decide active regeneration when the number of times that DPF regeneration is abnormally progressed is equal to or more than a predetermined value. an active regeneration determining unit including an ash learning based active regeneration determining unit which is configured to based on an accumulated engine driving time measurement value after succeeding in a previous ash learning, decide active regeneration when the accumulated engine driving time measurement value reaches a predetermined value; an active regeneration signal generating unit which is configured to generate an active regeneration signal according to decision of the active regeneration determining unit; and an active regeneration inducing unit which is configured to induce the active regeneration when the active regeneration is not performed after the active regeneration signal is generated, wherein the active regeneration determining unit further includes a DPF regeneration based active regeneration determining unit that is configured to, based on previous regeneration data, extract the number of times that DPF regeneration is abnormally progressed, and decide active regeneration when the number of times that DPF regeneration is abnormally progressed is equal to or more than a predetermined value.
An inkjet printable article comprising an ink receiving layer bonded to a core substrate, the ink receiving layer including a blend of i) at least one self-crosslinkable polyurethane resin; ii) at least one self-crosslinkable styrene butadiene copolymer; and iii) at least one styrene acrylic copolymer, wherein the ink receiving layer is anionic or neutral, and wherein the core substrate includes a material selected from the group consisting of a woven material and a non-woven material.
Method of joining a pin member of a first component to a second component with a cavity by means of an adhesive in order to fasten the pin in a target position extending at least partially into the cavity with a distance between the bottom surface of the cavity and the facing end of the pin, characterised in that the method comprises at least the following steps: - positioning a flexible spacer on the bottom surface of the cavity, wherein the thickness of the spacer equals or exceeds the distance between the bottom surface of the cavity and the facing end of the pin in the target position, - filling the adhesive into the cavity onto the flexible spacer, - positioning the pin to the target position, - curing the adhesive and obtaining a joint between the pin and the second component. - positioning a flexible spacer on the bottom surface of the cavity, wherein the thickness of the spacer equals or exceeds the distance between the bottom surface of the cavity and the facing end of the pin in the target position, - filling the adhesive into the cavity onto the flexible spacer, - positioning the pin to the target position, - curing the adhesive and obtaining a joint between the pin and the second component.
A collapsible apparatus comprising: an elongated collapsible handle comprising a plurality of telescoping sections (202,204,206), the elongate collapsible handle having a longitudinal axis; and a rotatable coupling affixed to a proximal extremity of the handle; characterized in that the collapsible apparatus is a snow paddle and further comprises a rigid, substantially planar snow removal paddle having a substantially planar rear surface, the rotatable coupling affixed to the rear surface of the snow removal paddle; and wherein the rigid, substantially planar snow removal paddle has a flexible, laterally extending and resilient plastic cap disposed along an edge of the snow removal paddle, the cap being relatively softer than the snow removal paddle and mounted to surround the edge in order to prevent the edge from scratching surfaces of a vehicle in use. an elongated collapsible handle comprising a plurality of telescoping sections (202,204,206), the elongate collapsible handle having a longitudinal axis; and a rotatable coupling affixed to a proximal extremity of the handle; characterized in that the collapsible apparatus is a snow paddle and further comprises a rigid, substantially planar snow removal paddle having a substantially planar rear surface, the rotatable coupling affixed to the rear surface of the snow removal paddle; and wherein the rigid, substantially planar snow removal paddle has a flexible, laterally extending and resilient plastic cap disposed along an edge of the snow removal paddle, the cap being relatively softer than the snow removal paddle and mounted to surround the edge in order to prevent the edge from scratching surfaces of a vehicle in use.
A vehicle electrical system designed for a motor vehicle and having a branched structure with a first part, with a second part and with a field bus for transmitting user data between the first part and the second part, wherein a bus node is arranged in the second part and a control and evaluation unit connected to the bus node via the field bus is arranged in the first part, wherein the motor vehicle has a module with several auxiliary units configured as sensors and/or as actuators, which are part of the second part, and wherein an airbag is arranged in the module, which can be controlled only via the field bus and the bus node. wherein a bus node is arranged in the second part and a control and evaluation unit connected to the bus node via the field bus is arranged in the first part, wherein the motor vehicle has a module with several auxiliary units configured as sensors and/or as actuators, which are part of the second part, and wherein an airbag is arranged in the module, which can be controlled only via the field bus and the bus node.
A method for extracting tempo information of an audio signal from a compressed, spectral band replication encoded bit-stream of the audio signal, wherein the encoded bit-stream comprises spectral band replication data, the method comprising: - determining a payload quantity associated with the amount of spectral band replication data comprised in the encoded bit-stream for a time interval of the audio signal; - repeating the determining step for successive time intervals of the encoded bit-stream of the audio signal, thereby determining a sequence of payload quantities; - identifying a periodicity in the sequence of payload quantities; and - extracting tempo information of the audio signal from the identified periodicity. - determining a payload quantity associated with the amount of spectral band replication data comprised in the encoded bit-stream for a time interval of the audio signal; - repeating the determining step for successive time intervals of the encoded bit-stream of the audio signal, thereby determining a sequence of payload quantities; - identifying a periodicity in the sequence of payload quantities; and - extracting tempo information of the audio signal from the identified periodicity.
A power generation plant comprising: a first gas turbine engine configured to operate using at least one of a primary fuel and a secondary fuel, said first gas turbine engine is selectively operable between a first operational position and a second operational position, wherein said first gas turbine engine operates using only secondary fuel in the first operational position and operates using only primary fuel in the second operational position; at least one second gas turbine engine configured to operate using at least one of a primary fuel and a secondary fuel; and a common fuel source coupled to said first and second gas turbine engines, said common fuel source is configured to supply at least one of said first and second gas turbine engines with primary fuel at a controlled flow rate said second gas turbine engine is configured to absorb a portion of the primary fuel from said first gas turbine engine by reducing the flow rate of primary fuel into said second gas turbine engine prior to operating said first gas turbine engine in the first operational position without flaring the primary fuel. a first gas turbine engine configured to operate using at least one of a primary fuel and a secondary fuel, said first gas turbine engine is selectively operable between a first operational position and a second operational position, wherein said first gas turbine engine operates using only secondary fuel in the first operational position and operates using only primary fuel in the second operational position; at least one second gas turbine engine configured to operate using at least one of a primary fuel and a secondary fuel; and a common fuel source coupled to said first and second gas turbine engines, said common fuel source is configured to supply at least one of said first and second gas turbine engines with primary fuel at a controlled flow rate said second gas turbine engine is configured to absorb a portion of the primary fuel from said first gas turbine engine by reducing the flow rate of primary fuel into said second gas turbine engine prior to operating said first gas turbine engine in the first operational position without flaring the primary fuel.
A polymer which is a copolymer of a cross-linkable monomer (a) having a structure derived from Formula in the molecule, and a water-soluble unsaturated monomer (b) having a polymerizable unsaturated bond in the molecule, R 1 and R 2 are respectively a linear or branched functional group configured of atoms selected from the group consisting of carbon not having a carbon-carbon unsaturated bond, oxygen, nitrogen, and hydrogen, W is a non-metal element of the group 15, X and Y are each a linear or branched functional group configured of atoms selected from the group consisting of carbon, oxygen, nitrogen, and hydrogen, and each have at least one carbon-carbon unsaturated bond, provided that X and Y have different structures, and Z is a chlorine ion, a bromine ion, or an iodine ion. R 1 and R 2 are respectively a linear or branched functional group configured of atoms selected from the group consisting of carbon not having a carbon-carbon unsaturated bond, oxygen, nitrogen, and hydrogen, W is a non-metal element of the group 15, X and Y are each a linear or branched functional group configured of atoms selected from the group consisting of carbon, oxygen, nitrogen, and hydrogen, and each have at least one carbon-carbon unsaturated bond, provided that X and Y have different structures, and Z is a chlorine ion, a bromine ion, or an iodine ion.
Clutch transmitter intended to be fixed to a pedal box yoke, said transmitter having at least one centering pin that projects and can be inserted into an opening of said yoke, characterized in that each centering pin has a rib that creates an additional thickness to allow said pin to be in contact with an edge of said yoke delimiting the opening.
A subsea valve actuator, comprising an override shaft that reaches from inside a fluid filled and pressure compensated actuator housing to the exterior thereof via a bearing and sealing arrangement, wherein a visual valve position indicator is arranged exterior to the actuator housing, the visual indicator pivotally mounted to the override shaft and guided non-rotatably to be forced in axial displacement on the override shaft when the override shaft is rotated, and wherein the mounting of the visual indicator on the override shaft is encased in a fluid filled, pressure compensated indicator mounting enclosure surrounding the override shaft in sealing relation outside of the actuator housing, characterized in that, the override shaft having a flow passage by which fluid flow communication is established between the pressure compensated interior of the actuator housing and the interior of the indicator mounting enclosure.
A battery control circuit comprising: a plurality of battery control means (121a, 121b) that operate with electricity supplied from each of a plurality of batteries that are connected in series to form a battery unit so as to monitor and control the state of a battery to which electricity is supplied; and a battery unit control means that controls the plurality of battery control means (121a, 121b) based on information from the plurality of battery control means (121a, 121b), and when the charge and discharge of the battery unit stop, the battery unit control means makes operation of the battery control means (121a, 121b) which monitors the battery in which a charge state is higher than a predetermined charge state to continue, and decreases the charge state of the corresponding battery by the continuous operation characterized in that the battery control means (121a, 121b) are configured to be operable in a normal mode and in a power-saving mode, in which consumption current is smaller than in the normal mode. a plurality of battery control means (121a, 121b) that operate with electricity supplied from each of a plurality of batteries that are connected in series to form a battery unit so as to monitor and control the state of a battery to which electricity is supplied; and a battery unit control means that controls the plurality of battery control means (121a, 121b) based on information from the plurality of battery control means (121a, 121b), and when the charge and discharge of the battery unit stop, the battery unit control means makes operation of the battery control means (121a, 121b) which monitors the battery in which a charge state is higher than a predetermined charge state to continue, and decreases the charge state of the corresponding battery by the continuous operation characterized in that the battery control means (121a, 121b) are configured to be operable in a normal mode and in a power-saving mode, in which consumption current is smaller than in the normal mode.
A feeder system for feeding rod components of a tobacco product, said feeder system comprising: a hopper configured to receive a plurality of rod components therein; a separator device operably engaged with the hopper and configured to receive one of the plurality of rod components at a time therefrom, the separator device having opposed first and second ends spaced apart along a longitudinal axis thereof; characterised by first and second sizing members (230A, 230B) disposed about the respective first and second ends of the separator device, the first and second sizing members (230A, 230B) being spaced apart by a designated distance corresponding to a desired length of the rod components such that any of the rod components of at least the desired length are retained with respect to the separator device to be dispensed therefrom; an orienting device operably engaged with the separator device, the orienting device being configured to receive each of the rod components dispensed from the separator device in a first orientation and to direct each of the rod components into a second orientation, different from the first orientation; a feed channel configured to receive each of the rod components disposed in the second orientation; an isolation device operably engaged with the feed channel, the isolation device comprising first and second gate members (340A, 340B) each configured to retractably extend at least partially across the feed channel, and spaced apart along the feed channel by at least a desired length of the rod components, wherein the first gate member is further configured to be retracted from the feed channel upon detection of one of the rod components within the feed channel, so as to allow the one of the rod components to proceed along the feed channel, the first gate member being further configured to extend back into the feed channel upon the one of the rod components being disposed between the first and second gate members (340A, 340B); and an inspection device operably engaged with the feed channel between the first and second gate members (340A, 340B), the inspection device comprising first and second sensor devices (380A, 380B) operably engaged with the feed channel so as to be capable of interacting with the one of the rod components, the first and second sensor devices (380A, 380B) being spaced apart by no more than the desired length of the rod components, wherein the second gate member is further configured to be retracted from the feed channel upon determination by the first and second sensor devices (380A, 380B) of the one of the rod components having at least the desired length, so as to release the one of the rod components from the isolation device for direction to a subsequent process. a hopper configured to receive a plurality of rod components therein; a separator device operably engaged with the hopper and configured to receive one of the plurality of rod components at a time therefrom, the separator device having opposed first and second ends spaced apart along a longitudinal axis thereof;