mhurhangee/ep-ind-claims huggingface dataset:
A liftable, in particular cranable, carrying apparatus for loading a rail vehicle with cargo by a lifting apparatus, comprising: - a carrying frame having at least two longitudinal beams which extend relative to each other with mutually facing insides and which are connected with each other, wherein the carrying frame at least over a part of the length of the at least two longitudinal beams - preferably at an end of the longitudinal beams, that is the lower end in the vertical direction - has a first support means for the cargo, which can be driven on up to a maximum width transversely relative to the at least two longitudinal beams, - at least one receiving location, in particular receiving pockets, for the lifting apparatus, - contact surfaces for direct placement of the carrying apparatus on a terminal floor, characterised in that - there is provided at least one second support means for cargo, which is arranged at or between arms of a first support device, - the arms are arranged outside the drivable width of the first support means for cargo on pivot bearings, and - a length of the arms is so selected that the first support means for the cargo in a first pivotal position of the arms is prolonged by the at least one second support means in such a way that it can be driven on and that the at least one second support means is raised in a second pivotal position of the arms relative to the first support means of the carrying frame. - a carrying frame having at least two longitudinal beams which extend relative to each other with mutually facing insides and which are connected with each other, wherein the carrying frame at least over a part of the length of the at least two longitudinal beams - preferably at an end of the longitudinal beams, that is the lower end in the vertical direction - has a first support means for the cargo, which can be driven on up to a maximum width transversely relative to the at least two longitudinal beams, - at least one receiving location, in particular receiving pockets, for the lifting apparatus, - contact surfaces for direct placement of the carrying apparatus on a terminal floor, characterised in that - there is provided at least one second support means for cargo, which is arranged at or between arms of a first support device, - the arms are arranged outside the drivable width of the first support means for cargo on pivot bearings, and - a length of the arms is so selected that the first support means for the cargo in a first pivotal position of the arms is prolonged by the at least one second support means in such a way that it can be driven on and that the at least one second support means is raised in a second pivotal position of the arms relative to the first support means of the carrying frame.
A gripper for gripping a product, in particular a food product, having a suction device which has a contact surface which can be brought into contact with a section, in particular the end section of the product, wherein the suction device has at least one suction section which is bounded in the radial direction by a sealing device and which is in communication with a pumping device (P, P1... P4) generating a vacuum, wherein the suction section is divided into at least two segments, which are designed as recesses in the contact surface, by at least one wall section, wherein a surface of the wall section facing the product forms a part of the contact surface, and wherein a base section of the recesses and the contact surface have at least one suction opening (28 or 28'), which suction openings are in communication with the pumping device.
Tyre for an aeroplane, comprising: - a tread intended to come into contact with the ground via a tread surface and comprised radially between a bottom surface and the tread surface, - the tread comprising at least two circumferential ribs adjacent to at least one circumferential groove, - each circumferential rib extending radially between the bottom surface and the tread surface and axially between two edge corners in the tread surface, - a crown reinforcement radially on the inside of the bottom surface, characterized in that a tread separation layer is arranged: - radially on the inside of at least one circumferential rib between the bottom surface and the crown reinforcement, - axially between the two edge corners of the said circumferential rib, in the tread surface, - and circumferentially over at least part of the circumference of the tyre, and in that the radial distance (d 1) between the tread separation layer and the bottom surface is at most equal to 1 mm. - a tread intended to come into contact with the ground via a tread surface and comprised radially between a bottom surface and the tread surface, - the tread comprising at least two circumferential ribs adjacent to at least one circumferential groove, - each circumferential rib extending radially between the bottom surface and the tread surface and axially between two edge corners in the tread surface, - a crown reinforcement radially on the inside of the bottom surface, - radially on the inside of at least one circumferential rib between the bottom surface and the crown reinforcement, - axially between the two edge corners of the said circumferential rib, in the tread surface, - and circumferentially over at least part of the circumference of the tyre,
A pressure-balanced electrical cable assembly comprising: a connector body; an electrical conductor positioned within the connector body; an interior chamber defined within and at least in part by the connector body; a dielectric fluid medium contained within the interior chamber; a holder positioned within the connector body, the holder at least partially defining a boundary of the chamber, the holder including a first opening through which the electrical conductor is positioned; and a shuttle for preventing the escapement of the dielectric fluid medium from the chamber, the shuttle being moveable in response to differences between a pressure within the chamber and a pressure outside of the chamber; wherein the shuttle delimits at least a portion of the chamber, wherein the pressure-balanced electrical cable assembly is characterised in that: the holder further includes a second opening within which the shuttle is positioned. a connector body; an electrical conductor positioned within the connector body; an interior chamber defined within and at least in part by the connector body; a dielectric fluid medium contained within the interior chamber; a holder positioned within the connector body, the holder at least partially defining a boundary of the chamber, the holder including a first opening through which the electrical conductor is positioned; and a shuttle for preventing the escapement of the dielectric fluid medium from the chamber, the shuttle being moveable in response to differences between a pressure within the chamber and a pressure outside of the chamber; wherein the shuttle delimits at least a portion of the chamber, wherein the pressure-balanced electrical cable assembly is characterised in that: the holder further includes a second opening within which the shuttle is positioned.
A method of manufacturing a cold-work die, comprising: hot working an ingot of a cold-work tool steel to produce a base material, wherein the cold-work tool steel comprises, in mass%, 0.6 to 1.2% of C, 0.8 to 2.5% of Si, 0.4 to 2.0% of Mn, 0.03 to 0.1% of S, 5.0 to 9.0% of Cr, one or both of Mo and W being 0.5 to 2.0% in a form of (Mo + 1/2W), 0.04 to less than 0.3% ofAl, and optionally not greater than 1.0% of Ni, optionally not greater than 1.0% of Cu, optionally not greater than 1.0% of V, optionally not greater than 0.5% of Nb, the balance being Fe and inevitable impurities; quenching and tempering the base material as hardening so as to have a hardness of 58 to 62HRC; and then machining the material in a die shape. hot working an ingot of a cold-work tool steel to produce a base material, wherein the cold-work tool steel comprises, in mass%, 0.6 to 1.2% of C, 0.8 to 2.5% of Si, 0.4 to 2.0% of Mn, 0.03 to 0.1% of S, 5.0 to 9.0% of Cr, 0.6 to 1.2% of C, 0.8 to 2.5% of Si, 0.4 to 2.0% of Mn, 0.03 to 0.1% of S, 5.0 to 9.0% of Cr, one or both of Mo and W being 0.5 to 2.0% in a form of (Mo + 1/2W), 0.04 to less than 0.3% ofAl, and optionally not greater than 1.0% of Ni, optionally not greater than 1.0% of Cu, optionally not greater than 1.0% of V, optionally not greater than 0.5% of Nb, 0.04 to less than 0.3% ofAl, and optionally not greater than 1.0% of Ni, optionally not greater than 1.0% of Cu, optionally not greater than 1.0% of V, optionally not greater than 0.5% of Nb, the balance being Fe and inevitable impurities; quenching and tempering the base material as hardening so as to have a hardness of 58 to 62HRC; and then machining the material in a die shape.
A robotic pool cleaner configured to be submerged in water and to clean an immersed surface of a pool, the robotic pool cleaner comprising: an intake pathway (113, 153), the intake pathway (113, 153) of the robotic pool cleaner being configured to receive water and debris as the robotic pool cleaner traverse the immersed surface of the pool; a processing device; an optical sensor operatively coupled to the processing device and positioned relative to the intake pathway (113, 153), wherein the optical sensor comprises (a) a light emitter (410, 822) operable to output light into the intake pathway (113, 153), and (b) a light detector (420, 826) operable to detect the light output by the light emitter (410, 822) subsequent to the light entering the intake pathway (113, 153); wherein the processing device is configured to determine whether a detectable level of debris is flowing through the intake pathway (113, 153) of the robotic pool cleaner based on an output of the optical sensor; and characterized by: wherein the processing device is configured to de-energize the light emitter (410, 822) to measure a contribution of ambient light in the output of the optical sensor during an ambient measurement cycle, and to energize the light emitter (410, 822) to measure a contribution of the light output by the light emitter (410, 822) and the ambient light in the output of the optical sensor during a debris measurement cycle. an intake pathway (113, 153), the intake pathway (113, 153) of the robotic pool cleaner being configured to receive water and debris as the robotic pool cleaner traverse the immersed surface of the pool; a processing device; an optical sensor operatively coupled to the processing device and positioned relative to the intake pathway (113, 153), wherein the optical sensor comprises (a) a light emitter (410, 822) operable to output light into the intake pathway (113, 153), and (b) a light detector (420, 826) operable to detect the light output by the light emitter (410, 822) subsequent to the light entering the intake pathway (113, 153); wherein the processing device is configured to determine whether a detectable level of debris is flowing through the intake pathway (113, 153) of the robotic pool cleaner based on an output of the optical sensor; and characterized by: wherein the processing device is configured to de-energize the light emitter (410, 822) to measure a contribution of ambient light in the output of the optical sensor during an ambient measurement cycle, and to energize the light emitter (410, 822) to measure a contribution of the light output by the light emitter (410, 822) and the ambient light in the output of the optical sensor during a debris measurement cycle.
Detergent composition for the control and removal of biofilm formed on a surface, comprising a combination of enzymes comprising a mannanase, a protease and an α-amylase, characterized in that it comprises a botanical active ingredient, which comprises a combination of cineole, pinene, and menthadiene.
An apparatus that provides a regulated DC voltage output from an input supply DC voltage source, where the voltage level from the supply DC voltage source is greater than a target voltage level for the regulated DC voltage output, the apparatus including a regulation circuit having an input terminal coupled to the supply DC voltage source, an output terminal on which is provided the regulated DC voltage output, a current control terminal connected to current control circuitry in the regulation circuit, and a surge control circuit connected to the current control terminal, the current control terminal being configured to limit a maximum magnitude of current that can flow through the regulation circuit where the maximum magnitude of current is proportional to the effective resistance connected to the current control terminal, the regulation circuit having a turn-ON time interval when turned from OFF to ON prior to reaching a steady state of operation, the apparatus characterized by: the surge control circuit being a passive resistor-capacitor circuit with one end connected to the input supply DC voltage source and the other end connected to the current control terminal where the surge control circuit automatically provides a first amount of effective resistance in series with the current control terminal at turn-ON and a second amount of effective resistance (R1 + R2) in series with the current control terminal during the steady state of operation, a capacitor in the surge control circuit providing a resistance-capacitance time constant causing the resistance of the effective resistance to increase from the first amount of resistance at turn-ON to the second amount of resistance during the steady state of operation, the first amount of effective resistance restricting the level of current that can flow through the regulation circuit during the turn-ON interval to a first current level that is less than a second current level that can flow through the regulation circuit during the steady state of operation.
A container treatment machine for printing on containers, comprising a transport unit optionally configured as a carousel and used for conveying the containers in container reception means, at least one direct printing head (5w, 5c, 5 Y, 5 M, 5 K) for printing with a light-curing printing ink, and a curing unit for curing the printing ink on the containers by means of light radiation, optionally UV light radiation, characterized in that the curing unit is fixedly arranged on the container treatment machine, in that each of the container reception means is provided with a shielding enclosure used for shielding off light radiation and having at least one access opening for the curing unit, and in that the curing unit is provided with a shielding element cooperating with the access opening of at least one shielding enclosure such that direct exit of light is prevented.
A method for personalizing user location information, comprising: analyzing at least one computer database (132, 134) containing information about a selected user to determine whether the at least one computer database includes geographical location information associated with the selected user; selecting a result set from the at least one computer database when the at least one computer database includes the geographical location information, the result set including a plurality of physical locations; configuring geotags (202, 204, 206, 208) personalized for the selected user for each physical location of the plurality of physical locations in the result set, each personalized geotag being associated with geographic coordinates for the physical location, with a radius and with a geographic area surrounding the geographic coordinates, which is based upon said geographic coordinates and said radius; storing the personalized geotags in a memory; selecting a personalized geotag from the personalized geotags based on a current location of the selected user relative to the geographic coordinates associated with the selected personalized geotag; setting mapping information for a map, the mapping information including the selected personalized geotag; and publishing the mapping information on the map with the selected personalized geotag being used as a representation of the current location of the selected user. analyzing at least one computer database (132, 134) containing information about a selected user to determine whether the at least one computer database includes geographical location information associated with the selected user; selecting a result set from the at least one computer database when the at least one computer database includes the geographical location information, the result set including a plurality of physical locations; configuring geotags (202, 204, 206, 208) personalized for the selected user for each physical location of the plurality of physical locations in the result set, each personalized geotag being associated with geographic coordinates for the physical location, with a radius and with a geographic area surrounding the geographic coordinates, which is based upon said geographic coordinates and said radius; storing the personalized geotags in a memory; selecting a personalized geotag from the personalized geotags based on a current location of the selected user relative to the geographic coordinates associated with the selected personalized geotag; setting mapping information for a map, the mapping information including the selected personalized geotag; and publishing the mapping information on the map with the selected personalized geotag being used as a representation of the current location of the selected user.
A water temperature control method for a heat pump system, wherein the heat pump system comprises an equipment end, a terminal, and a water pump arranged on a pipeline between the equipment end and the terminal; the equipment end has an inverter compressor heat pump; and the water temperature control method comprises at least the following steps: detecting a current outlet water temperature of the equipment end in real time, and obtaining a current outlet water temperature difference between the current outlet water temperature and a specified outlet water temperature; and determining a current compressor energy level range based on the current outlet water temperature difference, and obtaining a current compressor frequency corresponding to the current compressor energy level range from a preset energy level range table, so as to control a compressor of the inverter compressor heat pump by using the current compressor frequency characterized in that a formula for determining the current compressor energy level range of the compressor is as follows: EL=A ∗ B+C; in the formula, EL represents the current compressor energy level range of the compressor, A represents a coefficient, B represents a preset energy level gain, and C represents an accumulated value; A=Ka ∗ ΔT and C=Kc ∗ ΔT ∗ Δt, wherein Ka represents a preset first temperature difference gain, ΔT represents the current outlet water temperature difference, Kc represents a preset second temperature difference gain, and Δt represents a time interval. detecting a current outlet water temperature of the equipment end in real time, and obtaining a current outlet water temperature difference between the current outlet water temperature and a specified outlet water temperature; and determining a current compressor energy level range based on the current outlet water temperature difference, and obtaining a current compressor frequency corresponding to the current compressor energy level range from a preset energy level range table, so as to control a compressor of the inverter compressor heat pump by using the current compressor frequency characterized in that a formula for determining the current compressor energy level range of the compressor is as follows: EL=A ∗ B+C; in the formula, EL represents the current compressor energy level range of the compressor, A represents a coefficient, B represents a preset energy level gain, and C represents an accumulated value; A=Ka ∗ ΔT and C=Kc ∗ ΔT ∗ Δt, wherein Ka represents a preset first temperature difference gain, ΔT represents the current outlet water temperature difference, Kc represents a preset second temperature difference gain, and Δt represents a time interval.
A method performed by a wireless device configured for use in a wireless communication system, the method comprising: receiving, from a radio network node, a multicast or broadcast transmission and downlink control information indicating a number of repetitions with which the multicast or broadcast transmission is transmitted; characterized in that the method further comprises operating according to a negative acknowledgement only feedback scheme in which the wireless device is configured to transmit a negative acknowledgement to the radio network node if decoding of the multicast or broadcast transmission fails using the indicated number of repetitions and to refrain from transmitting a positive acknowledgement to the radio network node if decoding of the multicast or broadcast transmission succeeds, receiving explicit control signaling in-band of the multicast or broadcast transmission indicating that scheduling of the multicast or broadcast service is to be stopped; and responsive to receiving the explicit control signaling, stopping monitoring a control channel for whether the multicast or broadcast service is transmitted. receiving, from a radio network node, a multicast or broadcast transmission and downlink control information indicating a number of repetitions with which the multicast or broadcast transmission is transmitted; characterized in that the method further comprises operating according to a negative acknowledgement only feedback scheme in which the wireless device is configured to transmit a negative acknowledgement to the radio network node if decoding of the multicast or broadcast transmission fails using the indicated number of repetitions and to refrain from transmitting a positive acknowledgement to the radio network node if decoding of the multicast or broadcast transmission succeeds, receiving explicit control signaling in-band of the multicast or broadcast transmission indicating that scheduling of the multicast or broadcast service is to be stopped; and responsive to receiving the explicit control signaling, stopping monitoring a control channel for whether the multicast or broadcast service is transmitted.
A hand tool adapted to engage a retooling device for replacing one or more removeably attached parts of the hand tool, characterized in that the one or more removeably attached parts of the tool comprises a removeably attachable head which is attached to the hand tool via a connector that is actuated by an actuating member of the retooling device, wherein the connector of the tool is actuated by the actuating member when force is applied to the tool which causes the connector to become biased against the actuating member, and wherein the tool is adapted to engage the retooling device such that both removal and attachment of the removeably attachable head can be effected using the one retooling device, wherein the tool is a set of pliers with pivoting handles, and the one or more removeably attached parts comprises the head of the pliers.