mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling message transmission in a mobile communication terminal, comprising: receiving both message content and recipient information input by a user during a message creation process, wherein a recipient associated with the recipient information is capable of receiving messages via multiple message transmission services; analyzing both the message content and the recipient information, said analyzing resulting in an indication of a most suitable message transmission service, of the multiple message transmission services, for transmitting the message content to the recipient, wherein a suitable message transmission service supports the transmission of the message content, said analyzing being performed during the message creation process and/or after having received a triggering signal indicating an end of the message creation process; and transmitting the message content via said most suitable message transmission service. receiving both message content and recipient information input by a user during a message creation process, wherein a recipient associated with the recipient information is capable of receiving messages via multiple message transmission services; analyzing both the message content and the recipient information, said analyzing resulting in an indication of a most suitable message transmission service, of the multiple message transmission services, for transmitting the message content to the recipient, wherein a suitable message transmission service supports the transmission of the message content, said analyzing being performed during the message creation process and/or after having received a triggering signal indicating an end of the message creation process; and transmitting the message content via said most suitable message transmission service.
A method for press-hardening galvanized sheet steel components, wherein a blank is cut out of a sheet steel strip made of a hardenable steel alloy and the blank is then austenitized by heating it to a temperature greater than Ac 3 and then placing it in a forming tool and forming it in the forming tool and cooling it during forming at a speed above the critical hardening speed, and that, in order to avoid microcracks of the second type on the sheet metal blank to be formed during the forming and hardening process, oxygen is supplied - at and/or adjacent to positive radii and/or drawing edges and/or - at contact areas, the oxygen being admitted by inserts of oxygen-storing materials which are provided in the forming tool adjacent to or in the region of the drawing edges and/or positive radii, which inserts are dimensioned in such a way that deep-drawing is not impaired, and the inserts form a reservoir for oxygen, wherein the inserts are made of sintered metals, porous ceramics or dense ceramics, wherein a recess is arranged in the ceramic inserts, which is dimensioned such that the remaining thickness of the drawing edge between a surface bounding the drawing edge and the recess approximately corresponds to its radius. - at and/or adjacent to positive radii and/or drawing edges and/or - at contact areas,
A method for wireless communications at a user equipment, UE, (306 1) functioning as a relay, comprising: measuring signals of one or more other UEs functioning as relays during one or more particular subframes, wherein the measuring comprises measuring the signals during the particular subframes according to a subframe pattern (501A; 505A) received from an evolved Node B, eNB,; reporting measurements (403A; 503A; 507A) of the signals to the eNB; receiving an instruction (407A; 509A) from the eNB for the UE (306 1) functioning as the relay to enter a power-saving state, wherein the instruction (407A; 509A) is based on the reported measurements (403A; 503A; 507A); and entering the power-saving state based on the received instruction (407A; 509A). measuring signals of one or more other UEs functioning as relays during one or more particular subframes, wherein the measuring comprises measuring the signals during the particular subframes according to a subframe pattern (501A; 505A) received from an evolved Node B, eNB,; reporting measurements (403A; 503A; 507A) of the signals to the eNB; receiving an instruction (407A; 509A) from the eNB for the UE (306 1) functioning as the relay to enter a power-saving state, wherein the instruction (407A; 509A) is based on the reported measurements (403A; 503A; 507A); and entering the power-saving state based on the received instruction (407A; 509A).
A heat exchanger for use in a condensing gas boiler, comprising: - a plurality of heat exchanger sections (102, 104) arranged parallel to one another, each heat exchanger section comprising at least one internal flow passage having an inlet and an outlet for passage of a heat exchange medium; - a burner to produce a hot flue gas; - a plurality of elongate fins formed or provided on at least one side face of each heat exchanger section to define flue gas flow channels between adjacent heat exchanger sections; - means (118,120,112) to guide the flue gas from the burner through the flow channels from a primary part to a secondary part of the heat exchanger; - the burner is cylindrical and is mounted in the front or back section and located at or near the centre of the section; characterised in that - the heat exchanger is die-cast aluminium; - the means (118, 120, 112) are provided to promote unidirectional flue gas flow before entering the primary part; the means are a form of barrier to the flow and the barrier comprises a curved, U-shaped wall to entrain the radial flow of flue gas flow leaving the burner into upward, unidirectional flue gas flow; the means comprise a plurality of elongate fins disposed between, and parallel to, vertical arms of the U-shape. - a plurality of heat exchanger sections (102, 104) arranged parallel to one another, each heat exchanger section comprising at least one internal flow passage having an inlet and an outlet for passage of a heat exchange medium; - a burner to produce a hot flue gas; - a plurality of elongate fins formed or provided on at least one side face of each heat exchanger section to define flue gas flow channels between adjacent heat exchanger sections; - means (118,120,112) to guide the flue gas from the burner through the flow channels from a primary part to a secondary part of the heat exchanger; - the burner is cylindrical and is mounted in the front or back section and located at or near the centre of the section; characterised in that - the heat exchanger is die-cast aluminium; - the means (118, 120, 112) are provided to promote unidirectional flue gas flow before entering the primary part; the means are a form of barrier to the flow and the barrier comprises a curved, U-shaped wall to entrain the radial flow of flue gas flow leaving the burner into upward, unidirectional flue gas flow; the means comprise a plurality of elongate fins disposed between, and parallel to, vertical arms of the U-shape.
Use of a polycrystalline silicon rod, grown by a Siemens method, as a raw material for production of single-crystalline silicon, wherein, when a crystal piece is collected from a region of the silicon rod, the region excluding the silicon core, crystal grains having a particle size of 100 nm or less occupy 3% or more of the area of the crystal piece.
A superconducting power system comprising: a superconducting cable including a former at a center thereof, an inner metallic conduit at an outer side of a cooling channel, and an outer metallic conduit having a vacuum unit at an inner side thereof; a first connection device connected to one end of the superconducting cable; and a second connection device connected to another end of the superconducting cable, wherein at least one suspension section (S, S1, S2, S3) is provided, in which the superconducting cable connecting the first and second connection devices is suspended downward and, wherein the at least one suspension section has a form of a one-period section connecting adjacent highest points among a sine function and a cosine function and, wherein a suspension length (P, P1, P2) corresponding to a period of each of the at least one suspension section and a suspension height (A, A1, A2) corresponding to a maximum deflection of the superconducting cable in each of the at least one suspension section satisfy a range of 16.0<suspension length/suspension height<27.5, wherein the superconducting power system further comprises at least two support members provided at locations spaced apart from each other to support the superconducting cable so as to form the at least one suspension section, wherein the superconducting cable is disposed in a horizontal straight line to form a horizontal section (LI, L2, L3) from each of the first and second connection device to a support member adjacent thereto. a superconducting cable including a former at a center thereof, an inner metallic conduit at an outer side of a cooling channel, and an outer metallic conduit having a vacuum unit at an inner side thereof; a first connection device connected to one end of the superconducting cable; and a second connection device connected to another end of the superconducting cable, wherein at least one suspension section (S, S1, S2, S3) is provided, in which the superconducting cable connecting the first and second connection devices is suspended downward and, wherein the at least one suspension section has a form of a one-period section connecting adjacent highest points among a sine function and a cosine function and, wherein a suspension length (P, P1, P2) corresponding to a period of each of the at least one suspension section and a suspension height (A, A1, A2) corresponding to a maximum deflection of the superconducting cable in each of the at least one suspension section satisfy a range of 16.0<suspension length/suspension height<27.5, wherein the superconducting power system further comprises at least two support members provided at locations spaced apart from each other to support the superconducting cable so as to form the at least one suspension section, wherein the superconducting cable is disposed in a horizontal straight line to form a horizontal section (LI, L2, L3) from each of the first and second connection device to a support member adjacent thereto.
A method for maintaining data in a data storage system comprising a plurality of data storage nodes, the method comprising: - monitoring the data storage system; - detecting, based on the monitoring, conditions in the data storage system that imply the need for replication of data between storage nodes in the data storage system; - maintaining a replication list of data items needing to be replicated, wherein each such data item is assigned a replication priority; and - initiating, in case such a condition is detected, a replication process for a file according to the replication list and the replication priority, wherein the replication process comprises: a first data storage node of the plurality of data storage nodes sending, to a second data storage node of the plurality of data storage nodes, a request to become a master for the file to be replicated, after becoming the master for the file, the first data storage node writing the file to a third data storage node of the plurality of data storage nodes; and after the replication process for the file is concluded, the first data storage node releasing master node status for the file. - monitoring the data storage system; - detecting, based on the monitoring, conditions in the data storage system that imply the need for replication of data between storage nodes in the data storage system; - maintaining a replication list of data items needing to be replicated, wherein each such data item is assigned a replication priority; and - initiating, in case such a condition is detected, a replication process for a file according to the replication list and the replication priority, wherein the replication process comprises: a first data storage node of the plurality of data storage nodes sending, to a second data storage node of the plurality of data storage nodes, a request to become a master for the file to be replicated, after becoming the master for the file, the first data storage node writing the file to a third data storage node of the plurality of data storage nodes; and after the replication process for the file is concluded, the first data storage node releasing master node status for the file. a first data storage node of the plurality of data storage nodes sending, to a second data storage node of the plurality of data storage nodes, a request to become a master for the file to be replicated, after becoming the master for the file, the first data storage node writing the file to a third data storage node of the plurality of data storage nodes; and after the replication process for the file is concluded, the first data storage node releasing master node status for the file.
Electrical plug-in connector having a first housing part and having a second housing part, wherein blade contact elements are arranged in the first or second housing part (100, 200) and spring contact elements that are adapted to the blade contact elements and are able to be plugged into them are arranged in the second or first housing part, with a locking clip which is able to be locked on the second or first housing part (200, 100) while it encloses the first or second housing part parallel to the plugging direction when both housing parts (100, 200) are plugged into each other, wherein guide elements running parallel to the plugging direction are arranged in the second housing part for guiding clip arms of the locking clip, wherein latch elements are provided in the first housing part for locking with counterpart latch elements arranged on the clip arms, and wherein the locking clip is designed to be U-shaped, wherein the clip arms are two U-shaped limbs (301, 302) that are bent orthogonally from a base, characterised in that the U-shaped legs (301, 302) have grooves on their respective inner side facing towards the second housing part, with which grooves the guide elements arranged on the second housing parts and designed as protrusions engage in a sliding manner.
Two-stroke motor, in particular for a hand-held power tool such as a garden and park care device or for a moped, a boat motor and the like, with a silencer, wherein - the silencer has a silencer inlet to which a flow channel is connected, so that - the flow channel by means of the silencer inlet can be attached to an outlet of a combustion chamber of the two-stroke motor, - wherein the flow channel, at the channel end opposite the silencer inlet, opens out into a first chamber, - wherein further a second chamber is provided, - into which exhaust gas flows through a main outlet branching off from the flow channel, - wherein the first chamber is preferably surrounded by the second chamber, and wherein - the flow channel is designed in such a flow-beneficial manner between the silencer inlet and the first chamber that, due to its mass inertia, the exhaust gas flowing into the silencer inlet predominantly flows into the first chamber and after filling the first chamber flows back again, and by this a counter-pressure is formed in the direction of the combustion chamber, characterized in that the ignition time for igniting a fuel air mixture present in the combustion chamber is set at an earlier time before the top dead center of a piston defining the combustion chamber in terms of stroke movement, compared with the ignition time of a two-stroke motor operated with a silencer structurally limited to the second chamber. - the silencer has a silencer inlet to which a flow channel is connected, so that - the flow channel by means of the silencer inlet can be attached to an outlet of a combustion chamber of the two-stroke motor, - wherein the flow channel, at the channel end opposite the silencer inlet, opens out into a first chamber, - wherein further a second chamber is provided, - into which exhaust gas flows through a main outlet branching off from the flow channel, - wherein the first chamber is preferably surrounded by the second chamber, and wherein - the flow channel is designed in such a flow-beneficial manner between the silencer inlet and the first chamber that, due to its mass inertia, the exhaust gas flowing into the silencer inlet predominantly flows into the first chamber and after filling the first chamber flows back again, and by this a counter-pressure is formed in the direction of the combustion chamber,
A scroll compressor, comprising: scroll compressor bodies including a first scroll body and a second scroll body, the first and second scroll bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage, the scroll ribs generally surrounding a central axis, wherein the scroll bodies are moveable relative another along first and second lateral axes, the first and second lateral axes being mutually perpendicular; a key coupler acting upon the second scroll body, the second scroll body being movable relative to the key coupler along the second lateral axis, characterised in that there is a nonsymmetrical cooperating sliding contact arrangement between the key coupler and the second scroll compressor body, including first and second sliding contacts (250a, 250b) that are arranged in opposing relation, wherein a smaller running clearance is provided along the first sliding contact as compared to the second sliding contract scroll compressor bodies including a first scroll body and a second scroll body, the first and second scroll bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage, the scroll ribs generally surrounding a central axis, wherein the scroll bodies are moveable relative another along first and second lateral axes, the first and second lateral axes being mutually perpendicular; a key coupler acting upon the second scroll body, the second scroll body being movable relative to the key coupler along the second lateral axis, characterised in that there is a nonsymmetrical cooperating sliding contact arrangement between the key coupler and the second scroll compressor body, including first and second sliding contacts (250a, 250b) that are arranged in opposing relation, wherein a smaller running clearance is provided along the first sliding contact as compared to the second sliding contract
A programmable controller that is constituted by one master unit and a plurality of slave units (30, 40, 60, 72) connected to a system bus (11, 12, 73), wherein the slave units (30, 40, 60, 72) have a function of returning a response in case that they have properly received a transmission frame, and characterized in that the master unit has a function of transmitting a batch of transmission frames, each addressed to a different one of the slave units (30, 40, 60, 72), consecutively a plurality of times without waiting for the reception of the response from the slave units (30, 40, 60, 72).
Adjustable stroke device for a random orbital machine comprising: a housing (34, 42) having a central axis and a wall defining a cavity; at least one counterweight movably disposed at least partially within the cavity; a mounting assembly disposed at least partially within the cavity, the mounting assembly including a workpiece attachment mechanism (78, 80, 81, 83); and a stroke adjuster coupling the at least one counterweight with the mounting assembly, the stroke adjuster enabling the at least one counterweight and mounting assembly to move with respect to one another such that a distance between the at least one counterweight and the mounting assembly may be variably adjusted which, in turn, variably adjust a stroke radius of the workpiece attachment mechanism (78, 80, 81, 83) with respect to the central axis of the housing (34, 42), characterized in the stroke adjuster including an adjuster ring and a cam mechanism (65, 66, 68) secured with the adjuster ring. a housing (34, 42) having a central axis and a wall defining a cavity; at least one counterweight movably disposed at least partially within the cavity; a mounting assembly disposed at least partially within the cavity, the mounting assembly including a workpiece attachment mechanism (78, 80, 81, 83); and a stroke adjuster coupling the at least one counterweight with the mounting assembly, the stroke adjuster enabling the at least one counterweight and mounting assembly to move with respect to one another such that a distance between the at least one counterweight and the mounting assembly may be variably adjusted which, in turn, variably adjust a stroke radius of the workpiece attachment mechanism (78, 80, 81, 83) with respect to the central axis of the housing (34, 42),
An apparatus for transmitting charging power wirelessly to a vehicle, the apparatus comprising: means for wirelessly receiving power from a power source, the means for wirelessly receiving power having a first reactance at an operating frequency; first means for storing electric charge having a second reactance at the operating frequency and electrically connected in series with the means for wirelessly receiving power, the second reactance having a magnitude equal to a magnitude of the first reactance; characterized by further comprising second means for storing electric charge electrically connected in parallel across the means for wirelessly receiving power and the first means for storing electric charge; and means for wirelessly transmitting power electrically connected in parallel across the second means for storing electric charge via a first switch. means for wirelessly receiving power from a power source, the means for wirelessly receiving power having a first reactance at an operating frequency; first means for storing electric charge having a second reactance at the operating frequency and electrically connected in series with the means for wirelessly receiving power, the second reactance having a magnitude equal to a magnitude of the first reactance; characterized by further comprising second means for storing electric charge electrically connected in parallel across the means for wirelessly receiving power and the first means for storing electric charge; and means for wirelessly transmitting power electrically connected in parallel across the second means for storing electric charge via a first switch.