mhurhangee/ep-ind-claims huggingface dataset:
A travel support device for supporting movement of a vehicle having an internal combustion engine and a motor as drive sources from a current location to a destination, the travel support device comprising a mode planner that selects, in each of a plurality of sections defined by dividing a travel route from the current location to the destination and based on a road load associated with each section, one of a first mode, in which the state of charge of a battery is not maintained, and a second mode, in which the state of charge of the battery is maintained, thereby planning a travel mode, wherein the mode planner selects a first priority section, which is a section to be planned by giving a priority to the first mode as a travel mode from the travel route based on information on the travel route, and characterized in that the mode planner replans the travel mode when the vehicle is currently traveling at the first mode in a section other than the first priority section and also the remaining charge of the battery is less than the remaining charge of the battery necessary for traveling in the thus selected first priority section.
A windscreen wiper device of the flat blade type, particularly for automobiles, comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal groove, in which groove at least one longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm can be pivotally connected to said connecting device about a pivot axis near one end thereof, wherein said connecting device is connected to the flexible material of said wiper blade by at least one pin, wherein said pin cooperates with a recess provided along an exterior edge of said longitudinal strip in order to block any movement of said wiper blade in longitudinal direction thereof relative to said longitudinal strip at the location of the interconnection of said connecting device and said wiper blade, wherein said pin allows a movement of said longitudinal strip in upward and downward direction at least substantially perpendicular to the windscreen to be wiped, wherein said connecting device is connected to the flexible material of said wiper blade by said at least one pin being of a first type and at least one pin of a second type, wherein said pin of the second type is mounted through the flexible material of said wiper blade at the location of the interconnection of said connecting device and said wiper blade in order to block any lateral movement of longitudinal strip at the location of the interconnection of said connecting device and said wiper blade, and wherein said pins (14,15) of the first and of the second type allow a movement of said longitudinal strip in upward and downward direction at least substantially perpendicular to the windscreen to be wiped, characterized in that said pin of the first type and said pin of the second type are separate constructional elements extending at least substantially perpendicular to the windscreen to be wiped.
A wet-type dust collector comprising: a first separating portion (A, 200a, 300a), the inside of which is filled with water (w), for separating dust from air that is suctioned in from the outside; an exhaust pipe unit having an exhaust outlet and installed inside the first separating portion; and a passage-closing unit installed inside the exhaust pipe unit, wherein the passage-closing unit closes the exhaust outlet of the exhaust pipe unit by means of the combined forces of the suctioning force through the exhaust pipe unit and the buoyant force of the water, in order to prevent the water from leaking out from the first separating portion., wherein the passage-closing unit comprises: a closing plate mounted inside a grill of the exhaust pipe to be moveable upward and downward; a floater installed inside the exhaust pipe unit; and a closing plate support rod which connects the floater and the closing plate, wherein a rod insertion hole is formed in the floater, and the closing plate support rod is inserted into the rod insertion hole to be movable upward and downward. a first separating portion (A, 200a, 300a), the inside of which is filled with water (w), for separating dust from air that is suctioned in from the outside; an exhaust pipe unit having an exhaust outlet and installed inside the first separating portion; and a passage-closing unit installed inside the exhaust pipe unit, wherein the passage-closing unit closes the exhaust outlet of the exhaust pipe unit by means of the combined forces of the suctioning force through the exhaust pipe unit and the buoyant force of the water, in order to prevent the water from leaking out from the first separating portion., wherein the passage-closing unit comprises: a closing plate mounted inside a grill of the exhaust pipe to be moveable upward and downward; a floater installed inside the exhaust pipe unit; and a closing plate support rod which connects the floater and the closing plate, wherein a rod insertion hole is formed in the floater, and the closing plate support rod is inserted into the rod insertion hole to be movable upward and downward. a closing plate mounted inside a grill of the exhaust pipe to be moveable upward and downward; a floater installed inside the exhaust pipe unit; and a closing plate support rod which connects the floater and the closing plate, wherein a rod insertion hole is formed in the floater, and the closing plate support rod is inserted into the rod insertion hole to be movable upward and downward.
A method of migrating telephone functionality from a source mobile device to a target mobile device, the method comprising: embodying the telephone functionality of the source mobile device in a virtual machine including virtualizing a SIM chip of the source mobile device, the virtual machine having a guest operating system with guest device drivers (410 a -410 n) which interact with device emulators (320 a -320 m) in a virtualization software layer, and the virtualization software layer having device drivers (310 a -310 b) which drive physical devices in a hardware layer of the source mobile device; serializing the virtual machine embodying the telephone functionality of the source mobile device; migrating the virtual machine to the target mobile device by selecting the target mobile device, transferring the serialized virtualized machine to the target mobile device, and reprogramming an SIM chip in the target mobile device to receive telephone calls of the source mobile device instead at the target mobile device; operating the virtual machine including the virtualized SIM chip on the target mobile device, through the guest operating system with the guest device drivers (410 a -410 n) which interact with the device emulators (320 a -320 m) in the virtualization software layer and the device drivers (310 a -310 b) which drive respective physical devices in a hardware layer of the target mobile device; and requesting a service provider to redirect telephone calls intended for the source mobile device instead only to the target mobile device. embodying the telephone functionality of the source mobile device in a virtual machine including virtualizing a SIM chip of the source mobile device, the virtual machine having a guest operating system with guest device drivers (410 a -410 n) which interact with device emulators (320 a -320 m) in a virtualization software layer, and the virtualization software layer having device drivers (310 a -310 b) which drive physical devices in a hardware layer of the source mobile device; serializing the virtual machine embodying the telephone functionality of the source mobile device; migrating the virtual machine to the target mobile device by selecting the target mobile device, transferring the serialized virtualized machine to the target mobile device, and reprogramming an SIM chip in the target mobile device to receive telephone calls of the source mobile device instead at the target mobile device; operating the virtual machine including the virtualized SIM chip on the target mobile device, through the guest operating system with the guest device drivers (410 a -410 n) which interact with the device emulators (320 a -320 m) in the virtualization software layer and the device drivers (310 a -310 b) which drive respective physical devices in a hardware layer of the target mobile device; and requesting a service provider to redirect telephone calls intended for the source mobile device instead only to the target mobile device.
A sound reproduction system comprising electro-acoustic transducer means, and transducer drive means for driving the electro-acoustic transducer means (10, 11, 12) in response to a plurality of channels of a sound recording, the transducer drive means comprising filter means (H; C) which is configured to reproduce at a listener location an approximation to the local sound field that would be present at a listener's ears in recording space, taking into account the characteristics and intended position of the electro-acoustic transducer means relative to the ears of the listener, the electro-acoustic transducer means comprising first sound emitter means which provides an intermediate sound emission channel, second sound emitter means which provides a left sound emission channel and a third sound emitter means which provides a right sound emission channel, the first sound emitter means being located intermediate of second and third sound emitter means, the first, second and third sound emitter means each arranged to emit a range of frequencies, and at least one of the second and third sound emitter means being such that different frequencies are emitted from different respective azimuthal positions wherein higher frequencies are transmitted closer to the first sound emitter means and lower frequencies are transmitted away from the first sound emitter means, and the first sound emitter arranged to emit the range of frequencies from substantially the same azimuthal location.
A system, comprising: a molten liquid conduit; a nebulizer assembly operably coupled to the molten liquid conduit and adapted to receive, from the molten liquid conduit, a high-melting-point liquid; wherein the nebulizer assembly is further adapted to aerosolize at least a portion of the high-melting-point liquid received from the molten liquid conduit, and where the nebulizer assembly further comprises a heater, a nebulizer, contained within the heater, and including a first fluid vessel in which the nebulizer is adapted to aerosolize the at least a portion of the high-melting-point liquid received from the molten liquid conduit, and an evacuator, contained with the heater, and including a second fluid vessel adapted to received, from the molten liquid conduit, the high-melting-point liquid, the second fluid vessel being operably coupled to the first fluid vessel of the nebulizer; and one or more instruments operably coupled to the nebulizer assembly and adapted to receive the aerosolized high-melting-point liquid from the nebulizer, wherein the one or more instruments are further adapted to chemically analyze the aerosolized high-melting-point liquid. a molten liquid conduit; a nebulizer assembly operably coupled to the molten liquid conduit and adapted to receive, from the molten liquid conduit, a high-melting-point liquid; wherein the nebulizer assembly is further adapted to aerosolize at least a portion of the high-melting-point liquid received from the molten liquid conduit, and where the nebulizer assembly further comprises a heater, a nebulizer, contained within the heater, and including a first fluid vessel in which the nebulizer is adapted to aerosolize the at least a portion of the high-melting-point liquid received from the molten liquid conduit, and an evacuator, contained with the heater, and including a second fluid vessel adapted to received, from the molten liquid conduit, the high-melting-point liquid, the second fluid vessel being operably coupled to the first fluid vessel of the nebulizer; and a heater, a nebulizer, contained within the heater, and including a first fluid vessel in which the nebulizer is adapted to aerosolize the at least a portion of the high-melting-point liquid received from the molten liquid conduit, and an evacuator, contained with the heater, and including a second fluid vessel adapted to received, from the molten liquid conduit, the high-melting-point liquid, the second fluid vessel being operably coupled to the first fluid vessel of the nebulizer; and one or more instruments operably coupled to the nebulizer assembly and adapted to receive the aerosolized high-melting-point liquid from the nebulizer, wherein the one or more instruments are further adapted to chemically analyze the aerosolized high-melting-point liquid.
An expandable composition comprising: - one or more heat activated blowing agents that expand the composition 100% to 3000% above its original volume when exposed to any temperature in the range of from 148.9 °C (300 °F) to 190.6 °C (375 °F) and the blowing agents and optional blowing agent activators being present in a range from 0.0001% by weight to 10% by weight in the expandable composition; - one or more ethylene-propylene-diene monomer elastomers (EPDM), wherein the overall expandable polymer composition includes between 4% and 13% by weight EPDM; - a phenolic resin which is a phenol-formaldehyde resole based resin, wherein the concentration of phenolic resin is from 0.5 to 2.0% by weight of the expandable polymer composition; - one or more ethylene terpolymers containing ethylene monomer, a second monomer chosen from either vinyl acetate or acrylate chemical families and a third, chemically reactive, monomer; - one or more curing agent at levels between 0.01 % and 7 % by weight of the expandable polymer composition, the curing agent comprising one ore more peroxide-based curing agent; and - a crosslinking acrylic monomer in the amount between 0.01 % to 3% by weight of the expandable composition, wherein the acrylic monomer is a dipentaerythritol pentaacrylate. - one or more heat activated blowing agents that expand the composition 100% to 3000% above its original volume when exposed to any temperature in the range of from 148.9 °C (300 °F) to 190.6 °C (375 °F) and the blowing agents and optional blowing agent activators being present in a range from 0.0001% by weight to 10% by weight in the expandable composition; - one or more ethylene-propylene-diene monomer elastomers (EPDM), wherein the overall expandable polymer composition includes between 4% and 13% by weight EPDM; - a phenolic resin which is a phenol-formaldehyde resole based resin, wherein the concentration of phenolic resin is from 0.5 to 2.0% by weight of the expandable polymer composition; - one or more ethylene terpolymers containing ethylene monomer, a second monomer chosen from either vinyl acetate or acrylate chemical families and a third, chemically reactive, monomer; - one or more curing agent at levels between 0.01 % and 7 % by weight of the expandable polymer composition, the curing agent comprising one ore more peroxide-based curing agent; and - a crosslinking acrylic monomer in the amount between 0.01 % to 3% by weight of the expandable composition, wherein the acrylic monomer is a dipentaerythritol pentaacrylate.
Compound corrugated pipe comprising an inner pipe and a corrugated outer pipe connected therewith, wherein the corrugation profile of the outer pipe comprises: an outer substantially cylindrical portion, an inner substantially cylindrical portion having a median diameter (d u) being smaller than the median diameter (d a) of the outer substantially cylindrical portion, flank portions arranged between the outer substantially cylindrical portion and two adjacent inner substantially cylindrical portions, curved outer transition portions connecting the outer substantially cylindrical portion to the flank portions, and inner transition portions connecting the flank portions to two adjacent inner substantially cylindrical portions, characeterized in that the value of the ratio between the length of the outer substantially cylindrical portion and the radius of curvature (r o) of the outer transition portions is between approximately 0.1 and approximately 1.0. an outer substantially cylindrical portion, an inner substantially cylindrical portion having a median diameter (d u) being smaller than the median diameter (d a) of the outer substantially cylindrical portion, flank portions arranged between the outer substantially cylindrical portion and two adjacent inner substantially cylindrical portions, curved outer transition portions connecting the outer substantially cylindrical portion to the flank portions, and inner transition portions connecting the flank portions to two adjacent inner substantially cylindrical portions,
A modular decking system comprising: - a decking panel; - a plurality of vertical supports; - at least two first horizontal supports; - at least two second horizontal supports arranged perpendicular to the first horizontal supports, - one or more third horizontal supports arranged between the first horizontal supports and parallel to the second horizontal supports, and - a plurality of connectors for detachably coupling the first and second horizontal supports,, the connectors comprising a connection hub having formations that enable the connection hub to slidingly engage with a reciprocating formation, present at the end of the first and second horizontal supports,, a base plate, a top plate and an elongate tube adapted for insertion into the vertical supports which protrudes beyond the top plate, whereby the formations are welded to the elongate tube, extend axially between the top plate and the base plate and are arranged around the periphery of the elongate tube, the reciprocating formations, at the respective ends of the first and second horizontal supports, are slidingly engaged with the formations of the connection hub and the top plate is adapted to accommodate the formations and comprises correspondingly shaped cut outs. - a decking panel; - a plurality of vertical supports; - at least two first horizontal supports; - at least two second horizontal supports arranged perpendicular to the first horizontal supports, - one or more third horizontal supports arranged between the first horizontal supports and parallel to the second horizontal supports, and - a plurality of connectors for detachably coupling the first and second horizontal supports,, the connectors comprising a connection hub having formations that enable the connection hub to slidingly engage with a reciprocating formation, present at the end of the first and second horizontal supports,, a base plate, a top plate and an elongate tube adapted for insertion into the vertical supports which protrudes beyond the top plate, whereby the formations are welded to the elongate tube, extend axially between the top plate and the base plate and are arranged around the periphery of the elongate tube, the reciprocating formations, at the respective ends of the first and second horizontal supports, are slidingly engaged with the formations of the connection hub and the top plate is adapted to accommodate the formations and comprises correspondingly shaped cut outs.
Heating device for the interior compartment of a motor vehicle, comprising a main heater comprising a core bundle of tubes for the circulation of a heat-transfer fluid and a secondary heater comprising a core bundle of tubular heating elements, characterized in that the main heater and the secondary heater are assembled into an inseparable module by having at least one junction plate in common that is positioned both at one end of the core bundle of tubes for the circulation of fluid and at one end of the core bundle of tubular heating elements, and in that the tubular heating elements are made up of a tube in which an elongate heating member is housed.
A pipette tip tray comprising rack, lid and pipette tip components, wherein: the rack comprises four sides and a top; the top comprises apertures and the pipette tips are positioned in the apertures; the lid is connected to the rack; the lid comprises an electrically conductive member; the electrically conductive member is in contact with an inner surface of the lid and is in contact with the top surface of each of the pipette tips and is in effective contact with an exterior surface of the lid; and the lid and the electrically conductive member are configured to apply downward pressure to the top of each of the pipette tips and substantially immobilize the pipette tips. the rack comprises four sides and a top; the top comprises apertures and the pipette tips are positioned in the apertures; the lid is connected to the rack; the lid comprises an electrically conductive member; the electrically conductive member is in contact with an inner surface of the lid and is in contact with the top surface of each of the pipette tips and is in effective contact with an exterior surface of the lid; and the lid and the electrically conductive member are configured to apply downward pressure to the top of each of the pipette tips and substantially immobilize the pipette tips.
A terminal comprising: a receiving section configured to receive at least one of first downlink control information scheduling a first uplink shared channel and second downlink control information used for activation of a second uplink shared channel transmission; and a control section configured to determine, based on repetition number candidates configured by a first higher layer parameter for a time domain resource of a an uplink shared channel configuration, a number of repetitions of the first uplink shared channel and a number of repetitions of the second uplink shared channel; wherein the control section is notified, by the first downlink control information, of the number of repetitions of the first uplink shared channel from among the repetition number candidates, and the control section is notified, by the second downlink control information, of the number of repetitions of the second uplink shared channel from among the repetition number candidates. a receiving section configured to receive at least one of first downlink control information scheduling a first uplink shared channel and second downlink control information used for activation of a second uplink shared channel transmission; and a control section configured to determine, based on repetition number candidates configured by a first higher layer parameter for a time domain resource of a an uplink shared channel configuration, a number of repetitions of the first uplink shared channel and a number of repetitions of the second uplink shared channel; wherein the control section is notified, by the first downlink control information, of the number of repetitions of the first uplink shared channel from among the repetition number candidates, and
A tube fitting assembly for high pressure applications, comprising: (a) a fitting body having an annular seating face, (b) a tube (6 20) having a tube axial end face juxtaposed to the seating face of the fitting body, and (c) an annular seal including an annular sealing member interposed between and engaging the seating face and the tube axial end face for sealing the tube to the fitting body, characterised in that the tube axial end face (6 22) has formed therein a forged annular dimple forming a sealing surface against which the annular sealing member seals. (a) a fitting body having an annular seating face, (b) a tube (6 20) having a tube axial end face juxtaposed to the seating face of the fitting body, and (c) an annular seal including an annular sealing member interposed between and engaging the seating face and the tube axial end face for sealing the tube to the fitting body,