mhurhangee/ep-ind-claims huggingface dataset:
Portable power tool device, in particular for a hammer drill and/or chipping hammer, having at least one vibration absorbing device (12a; 12b), which has at least one absorption mass (14a; 14b), an absorber housing (16a; 16b) and at least one absorption spring (18a, 20a; 18b, 20b), wherein the absorption spring (18a, 20a; 18b, 20b) is intended to support the absorption mass (14a; 14b) on two opposite sides in the spring direction (22a; 22b), characterized in that the absorber housing (16a; 16b) has at least one spring guiding face (24a; 24b) that guides the absorption spring (18a, 20a; 18b, 20b) in the spring direction (22a; 22b) in at least one operating state, wherein the spring guiding face (24a; 24b) is intended to prevent any deformation other than an intended deformation, characterized in that the spring guiding face (24a; 24b) encloses the absorption spring (18a, 20a; 18b, 20b) through more than 45 degrees on a plane perpendicular to the spring direction (22a; 22b).
Fiber reinforced polymer composition comprising (a) from 65 to 98.9 wt.-%, based on the total weight of the fiber reinforced polymer composition, of a polypropylene; (b) from 1 to 10 wt.-%, based on the total weight of the fiber reinforced polymer composition, of carbon fibers; and (c) from 0.1 to 10 wt.-%, based on the total weight of the fiber reinforced polymer composition, of a polar modified polypropylene as coupling agent, wherein the polar modified polypropylene comprises groups derived from polar groups in an amount of from 1 to 5 wt.-%, based on the total weight of the polar modified polypropylene. (a) from 65 to 98.9 wt.-%, based on the total weight of the fiber reinforced polymer composition, of a polypropylene; (b) from 1 to 10 wt.-%, based on the total weight of the fiber reinforced polymer composition, of carbon fibers; and (c) from 0.1 to 10 wt.-%, based on the total weight of the fiber reinforced polymer composition, of a polar modified polypropylene as coupling agent, wherein the polar modified polypropylene comprises groups derived from polar groups in an amount of from 1 to 5 wt.-%, based on the total weight of the polar modified polypropylene.
A flexible tongue adapted for being received in a sidewardly open groove of a floor panel, wherein the tongue, which is of an elongated shape, when received in the groove is bendable in a plane substantially parallel with a main plane of the floor panel, such that the tongue is at least partially resiliently displaceable in said plane, wherein the tongue comprises edge sections, characterised by a friction connection, which is shaped as a local vertical protrusion, on one of the edge sections, and which is adapted to keep the tongue in the groove of the floor panel during installation, or during production, packaging and transport.
Control device that provides haptic feedback, comprising: - a plate for transmitting haptic feedback to a user, - a sensor comprising a touch surface, said sensor being borne by said plate and configured to detect a press of the user on the touch surface, - at least two actuators (5a, 5b) connected to said plate and configured to drive said plate to move so as to generate the haptic feedback, and - a processing unit connected to said sensor and configured to simultaneously drive said actuators (5a, 5b) when a press is detected on said touch surface, said actuators (5a, 5b) respectively being configured to drive said plate in a direction (D1, D2) substantially perpendicular to the plane defined by said plate, and the processing unit being configured to independently drive each actuator (5a, 5b) by delivering, to each actuator (5a, 5b), a periodic supply signal, the control device being characterized in that said supply signals are out of phase by 180° so that said actuators (5a, 5b) simultaneously drive said plate in two opposite directions (D1, D2). - a plate for transmitting haptic feedback to a user, - a sensor comprising a touch surface, said sensor being borne by said plate and configured to detect a press of the user on the touch surface, - at least two actuators (5a, 5b) connected to said plate and configured to drive said plate to move so as to generate the haptic feedback, and - a processing unit connected to said sensor and configured to simultaneously drive said actuators (5a, 5b) when a press is detected on said touch surface,
A liquid supply for a body cavity irrigation device, comprising: a pump base unit having a housing; a conduit formed in the housing, the conduit having an external surface and an internal fluid passageway therethrough; a reservoir mounted on the pump base unit in fluid communication with the passageway of the conduit, wherein the reservoir is adapted to contain water; and characterized in that: a temperature sensor mounted on the conduit in contact with the external surface thereof, wherein the temperature sensor is not in direct contact with the water. a pump base unit having a housing; a conduit formed in the housing, the conduit having an external surface and an internal fluid passageway therethrough; a reservoir mounted on the pump base unit in fluid communication with the passageway of the conduit, wherein the reservoir is adapted to contain water; and characterized in that: a temperature sensor mounted on the conduit in contact with the external surface thereof, wherein the temperature sensor is not in direct contact with the water.
Method for stacking textile fibre sheets on a component mould for manufacturing fibre-reinforced plastic components, wherein the textile fibre sheet is present in the form of a roll, wherein stacking is performed fully automatically by means of robots (50, 60), and - the end of the textile fibre sheet to be stacked is acquired and placed on the component mould by means of robotically supported cloth grippers, - the textile fibre sheet is unrolled from the roll and stacked on the component mould by means of robotically supported cloth unwinders, - during stacking, draping of the textile fibre sheet is performed by a plurality of robotically supported, flexibly mounted, heated guide plates or robotically supported, movably mounted, heated rollers, such that by pressing on the textile fibre sheet the textile fibre sheet is adapted to a curved surface of the component mould, - with a view to a constant stacking rate, the stacking operation is continuously monitored and the stacking rate, if and when applicable, is automatically readjusted, - the alignment of the textile fibre sheet in relation to the component mould is continuously monitored and, if and when applicable, readjusted by means of optical means, - the textile fibre sheets are present in the form of large dried textile fibre sheets which have a width of at least 500 mm and which on their surface display a non-woven binder. - the end of the textile fibre sheet to be stacked is acquired and placed on the component mould by means of robotically supported cloth grippers, - the textile fibre sheet is unrolled from the roll and stacked on the component mould by means of robotically supported cloth unwinders, - during stacking, draping of the textile fibre sheet is performed by a plurality of robotically supported, flexibly mounted, heated guide plates or robotically supported, movably mounted, heated rollers, such that by pressing on the textile fibre sheet the textile fibre sheet is adapted to a curved surface of the component mould, - with a view to a constant stacking rate, the stacking operation is continuously monitored and the stacking rate, if and when applicable, is automatically readjusted, - the alignment of the textile fibre sheet in relation to the component mould is continuously monitored and, if and when applicable, readjusted by means of optical means, - the textile fibre sheets are present in the form of large dried textile fibre sheets which have a width of at least 500 mm and which on their surface display a non-woven binder.
Bolt connection with a bearing bolt, which connects a first component and a second component pivotably to each other, wherein the bearing bolt extends through at least one first bearing eye on the first component and at least one second bearing eye on the second component, and wherein the bearing bolt, for releasing the connection, can be driven at an exit side out of the first bearing eye and the second bearing eye, wherein a protective receptacle is arranged on the exit side with a housing to prevent the loosened bearing pin from falling out, wherein the protective receptacle is designed to receive and accommodate the driven-out bearing bolt, wherein in an area facing away from the first component of the protective receptacle an actuator is arranged, which actuator is designed to change the position of the bearing bolt between the bolt connection and the protective receptacle, and wherein the actuator is connected to the bearing bolt and is adjustable together with the bearing bolt between a first position, in which the bolt connection is open, and a second position, in which the bolt connection is closed, and wherein the actuator is fed to the interior of the protective receptacle through an opening in the housing of the protective receptacle and has, in its end region facing away from the bearing bolt, an edge region which is larger in diameter than the opening, whereby the feeding of the actuator into the housing is restricted. wherein a protective receptacle is arranged on the exit side with a housing to prevent the loosened bearing pin from falling out, wherein the protective receptacle is designed to receive and accommodate the driven-out bearing bolt, wherein in an area facing away from the first component of the protective receptacle an actuator is arranged, which actuator is designed to change the position of the bearing bolt between the bolt connection and the protective receptacle, and wherein the actuator is connected to the bearing bolt and is adjustable together with the bearing bolt between a first position, in which the bolt connection is open, and a second position, in which the bolt connection is closed, and wherein the actuator is fed to the interior of the protective receptacle through an opening in the housing of the protective receptacle and has, in its end region facing away from the bearing bolt, an edge region which is larger in diameter than the opening, whereby the feeding of the actuator into the housing is restricted.
A method for collecting data from a plurality of wind turbines, comprising: receiving, at a wind farm server (120, 700), from a client device, a subscription request identifying a plurality of data points to collect from a set of wind turbines; establishing, at the wind farm server, a client interface with the client device; receiving, at the wind farm server, data points from the plurality of wind turbines; buffering, at the wind farm server, the identified collected data points from the set of wind turbines in a data repository; receiving, through the client interface, a request from the client device for at least one of the data points collected from at least one of the set of wind turbines over a specified time period; and transmitting the requested data points from the data repository to the client device. receiving, at a wind farm server (120, 700), from a client device, a subscription request identifying a plurality of data points to collect from a set of wind turbines; establishing, at the wind farm server, a client interface with the client device; receiving, at the wind farm server, data points from the plurality of wind turbines; buffering, at the wind farm server, the identified collected data points from the set of wind turbines in a data repository; receiving, through the client interface, a request from the client device for at least one of the data points collected from at least one of the set of wind turbines over a specified time period; and transmitting the requested data points from the data repository to the client device.
A thermal energy store comprising: a chamber having a gas inlet and a gas outlet; and a plurality of successive, downstream, gas permeable thermal storage layers disposed between the inlet and the outlet; each thermal storage layer comprising gas permeable thermal storage media, the store being configured for gas flow from the gas inlet to gas outlet through the plurality of thermal storage layers for transfer of thermal energy to or from the thermal storage media, characterised in that at least one of the plurality of thermal storage layers is a valved thermal storage layer having at least one valve operable as a bypass valve selectively to allow or prevent at least some gas flow to pass through that layer, via the valve, so as to bypass the thermal storage media of that layer.
An apparatus for dispensing an alcoholic beverage directly from a barrel, the apparatus comprising: a) a beverage pipe, wherein the beverage pipe is for insertion into the barrel; b) a connector unit; and c) a sight glass, wherein the beverage pipe has a first end and a second end wherein the first end is for insertion into the barrel and the second end comprises the sight glass, characterized in that the connector unit is comprised of a circular piece of stainless steel further including a central hole, a T-piece, which passes through the central hole and comprises a wing nut for being tightened on the T-piece for sealing air tight the barrel, wherein the circular piece further includes a first hole and a second hole, the first hole located on one side of the central hole and the second hole located opposite the first hole and on the alternate side of the central hole wherein through the first hole passes the beverage pipe and through the second hole passes an air flow control valve, wherein the circular piece further comprises a central channel having a large O-ring wherein the large O-ring fits snuggly into a bung hole of the barrel, wherein the T-piece passes through the following components in order: a small O-ring, a first stainless steel washer, a stainless steel tube, a second stainless steel washer and the stainless steel wing nut, and wherein tightening of the wing nut on the T-piece forces first washer to squeeze the small O-ring against the hole in the central hole of the circular piece thereby forming an air tight seal around the central hole. a) a beverage pipe, wherein the beverage pipe is for insertion into the barrel; b) a connector unit; and c) a sight glass,
Window or door, wherein the window or door comprises: a. a fixed frame; b. a leaf which is movable relative to the fixed frame and is movable from a closed state into a tilted state; c. a drive rod assembly having a first coupling pin which can be moved by the drive rod assembly from a closed position for the closed state of the leaf into a tilted position for the tilted state of the leaf; d. a first tilt opening limiting device having a movable guide part, wherein the first tilt opening limiting device has a slot for guiding the first coupling pin; wherein the first coupling pin is guided continuously in the slot between the closed position and the tilted position, wherein the first coupling pin is designed in the form of a mushroom pin, the head of which engages continuously behind a projection of the slot between a receiving position of the first coupling pin in the closed position and a receiving position of the first coupling pin in the tilted position, wherein A) the window or the door has a handle which is directly or indirectly coupled to the drive rod assembly for moving the drive rod assembly, wherein the handle is directly movable from a closed handle state, in which the first coupling pin is in the closed position, into a tilted handle state, in which the first coupling pin is in the tilted position; and/or B) the window or the door has an electric drive for actuating the drive rod assembly in order to move the first coupling pin from the closed position into the tilted position. a. a fixed frame; b. a leaf which is movable relative to the fixed frame and is movable from a closed state into a tilted state; c. a drive rod assembly having a first coupling pin which can be moved by the drive rod assembly from a closed position for the closed state of the leaf into a tilted position for the tilted state of the leaf; d. a first tilt opening limiting device having a movable guide part, A) the window or the door has a handle which is directly or indirectly coupled to the drive rod assembly for moving the drive rod assembly, wherein the handle is directly movable from a closed handle state, in which the first coupling pin is in the closed position, into a tilted handle state, in which the first coupling pin is in the tilted position; and/or B) the window or the door has an electric drive for actuating the drive rod assembly in order to move the first coupling pin from the closed position into the tilted position.
A hydrate of a glycolipid having the formula: wherein R 3 indicates -(CH 2)n-CH 3 where n is an integer from 0 to 6 and R 8 indicates -(CH 2)m-CH 3 where m is an integer from 10 to 25.
A vehicle power supply device comprising: a plurality of batteries (11 to 14) that are mounted on a vehicle and supply electric power to a load unit; a switching unit that is configured to switch mutual connection among the batteries (11 to 14); and a controller that is configured to control the switching unit; characterized in that the plurality of batteries (11 to 14) includes at least three batteries; when supplying electric power from the batteries (11 to 14) to the load unit, the controller (i) controls the switching unit, (ii) forms a backup battery that is at least one of the batteries that does not supply electric power to the load unit, (iii) forms a serial battery group for supplying electric power that has at least two of the remaining batteries, except for the backup battery, connected in series, (iv) supplies electric power from the serial battery group for supplying electric power to the load unit; and (v) establishes an order for exchanging batteries between the backup battery and the serial battery group; wherein each time the vehicle stops after charging of the plurality of batteries (11 to 14) is completed, the controller exchanges the battery (11 to 14) of the serial battery group that is next in the established order with a backup battery; and when the exchange reaches the last battery (11 to 14) of the order, the controller restarts the exchange with the first battery (11 to 14) in the order. a plurality of batteries (11 to 14) that are mounted on a vehicle and supply electric power to a load unit; a switching unit that is configured to switch mutual connection among the batteries (11 to 14); and a controller that is configured to control the switching unit; characterized in that the plurality of batteries (11 to 14) includes at least three batteries; when supplying electric power from the batteries (11 to 14) to the load unit, the controller (i) controls the switching unit, (ii) forms a backup battery that is at least one of the batteries that does not supply electric power to the load unit, (iii) forms a serial battery group for supplying electric power that has at least two of the remaining batteries, except for the backup battery, connected in series, (iv) supplies electric power from the serial battery group for supplying electric power to the load unit; and (v) establishes an order for exchanging batteries between the backup battery and the serial battery group; wherein each time the vehicle stops after charging of the plurality of batteries (11 to 14) is completed, the controller exchanges the battery (11 to 14) of the serial battery group that is next in the established order with a backup battery; and when the exchange reaches the last battery (11 to 14) of the order, the controller restarts the exchange with the first battery (11 to 14) in the order.
Balancing device for turbochargers, having a base body, which has centrally arranged receptacle, in which a rotary element (3, 4, 5) to be balanced, in particular a shaft of a turbocharger, can be inserted axially in order to hold the rotary element (3, 4, 5) such that it rotates about its axis of rotation, a plurality of hydraulic cylinders arranged around the central receptacle being provided on the base body, by means of which hydraulic cylinders the rotary element can be fixed in the central receptacle, wherein the base body is formed as a decoupling plate, which has an inner plate section and an outer plate section elastically connected to the inner plate section and surrounding the inner plate section, the decoupling plate having a plurality of circumferential slots via which the inner plate section is resiliently decoupled from the outer plate section in such a way that a plurality of holding sections separated from one another are formed on the decoupling plate, characterized in that the hydraulic cylinders are arranged and fastened on the inner plate section.
Method for avoiding a collision of a motor vehicle with an object (P1, P2) detected by a detection device on the vehicle in a surrounding area of the motor vehicle, characterized in that when the object (P1, P2) is detected in the surrounding area, a collision area is determined as a function of predetermined maximum wheel steering angles on both sides of the motor vehicle, and a collision-avoiding measure for the motor vehicle is initiated if the object (P1, P2) is located within the collision area.
An RFID tag assembly adapted to be attached to a flexible surface such as fabric, textile or an item of clothing, said RFID tag assembly comprising: an RFID tag including an associated primary antenna; a receptacle frame comprising conductive material for receiving said RFID tag; a secondary antenna associated with said flexible surface, said RFID tag assembly being characterised in that: the receptacle frame includes attachment means for attaching the frame to said flexible surface; the secondary antenna includes a pair of conductors (50, 51; 80; 81) attached to said frame; and the receptacle frame receives and securely holds the RFID tag therein such that said primary antenna maintains electromagnetic coupling with said secondary antenna. an RFID tag including an associated primary antenna; a receptacle frame comprising conductive material for receiving said RFID tag; a secondary antenna associated with said flexible surface, said RFID tag assembly being characterised in that: the receptacle frame includes attachment means for attaching the frame to said flexible surface; the secondary antenna includes a pair of conductors (50, 51; 80; 81) attached to said frame; and the receptacle frame receives and securely holds the RFID tag therein such that said primary antenna maintains electromagnetic coupling with said secondary antenna. the receptacle frame includes attachment means for attaching the frame to said flexible surface; the secondary antenna includes a pair of conductors (50, 51; 80; 81) attached to said frame; and the receptacle frame receives and securely holds the RFID tag therein such that said primary antenna maintains electromagnetic coupling with said secondary antenna.
A pesticidal composition comprising a pesticidal active ingredient, a methyl methacrylate-butadiene copolymer containing carboxyl group, a surfactant and water, wherein the amount of the methyl methacrylate-butadiene copolymer containing carboxyl group is 20 - 100 parts by weight relative to 100 parts by weight of the pesticidal active ingredient and the amount of the surfactant is 0.1 - 50 parts by weight relative to 100 parts by weight of the pesticidal active ingredient.