mhurhangee/ep-ind-claims huggingface dataset:
A system, for use in multicarrier communication, comprising a base station and a mobile station, wherein: the base station comprising, circuitry, which is configured to allocate Distributed Virtual Resource Blocks, DVRBs to the mobile station according to a resource allocation allocating DVRBs, where a pair of DVRBs assigned with a single resource block number are mapped to Physical Resource Blocks, PRBs, each of which being formed of consecutive subcarriers in a frequency domain, with a variable gap in the frequency domain according to a mapping pattern of DVRBs to PRBs, and the variable gap is an integer multiple of a Resource Block Group, RBG, size defined as a number of two or more consecutive resource blocks forming one RBG in a given system bandwidth, and a transmitter, which is configured to transmit, to the mobile station, assignment information indicating the allocated DVRBs and data; and the mobile station, which is configured to receive, from the base station, the assignment information and the data. the base station comprising, circuitry, which is configured to allocate Distributed Virtual Resource Blocks, DVRBs to the mobile station according to a resource allocation allocating DVRBs, where a pair of DVRBs assigned with a single resource block number are mapped to Physical Resource Blocks, PRBs, each of which being formed of consecutive subcarriers in a frequency domain, with a variable gap in the frequency domain according to a mapping pattern of DVRBs to PRBs, and the variable gap is an integer multiple of a Resource Block Group, RBG, size defined as a number of two or more consecutive resource blocks forming one RBG in a given system bandwidth, and a transmitter, which is configured to transmit, to the mobile station, assignment information indicating the allocated DVRBs and data; and circuitry, which is configured to allocate Distributed Virtual Resource Blocks, DVRBs to the mobile station according to a resource allocation allocating DVRBs, where a pair of DVRBs assigned with a single resource block number are mapped to Physical Resource Blocks, PRBs, each of which being formed of consecutive subcarriers in a frequency domain, with a variable gap in the frequency domain according to a mapping pattern of DVRBs to PRBs, and the variable gap is an integer multiple of a Resource Block Group, RBG, size defined as a number of two or more consecutive resource blocks forming one RBG in a given system bandwidth, and a transmitter, which is configured to transmit, to the mobile station, assignment information indicating the allocated DVRBs and data; and the mobile station, which is configured to receive, from the base station, the assignment information and the data.
A user equipment, UE,, the UE comprising: a memory configured to store processor-executable instructions; and a processor configured to interface with the memory and, by executing the processor-executable instructions, to: send, to a radio network node, an indication indicating a need for measurement gaps for positioning, the indication comprising an emergency indication; and receive a measurement gap configuration from the radio network node. a memory configured to store processor-executable instructions; and a processor configured to interface with the memory and, by executing the processor-executable instructions, to: send, to a radio network node, an indication indicating a need for measurement gaps for positioning, the indication comprising an emergency indication; and receive a measurement gap configuration from the radio network node. send, to a radio network node, an indication indicating a need for measurement gaps for positioning, the indication comprising an emergency indication; and receive a measurement gap configuration from the radio network node.
Anti-roll device for a train of a motor vehicle, said device comprising a bar coupled to the right and left wheels of said train via two links (B1, B2), characterized in that that it comprises coupling means partially forming part of said bar and comprising i) a casing defining a chamber subdivided into first and second parts of volumes variable by a piston, and comprising first and second inputs-outputs communicating respectively with said first and second parts and an intermediate input-output communicating with said first part and / or said second part depending on the position of said piston, ii) a fluid reservoir placed at one end of a conduit having another end coupled to said inlet -intermediate output, iii) of the first and second non-return means each coupled to one of said first and second inputs-outputs and said conduit, and iv) a solenoid valve coupled to said first and second inputs-outputs and placed either in an open state ensuring a connection between said first and second parts and said fluid reservoir via said intermediate input-output, either in a closed state not allowing an evacuation of fluid out of said chamber than by said intermediate input-output, depending on a command received.
Folding awning for protection from the sun or heat, consisting of at least one awning cloth, a cloth shaft mounted in a cloth shaft bracket for winding up and unwinding the awning cloth by means of at least one extendable folding arm, a first cloth shaft having an upper awning cloth being arranged above the folding arm and a second cloth shaft having a lower awning cloth being arranged below the folding arm, the folding arm being guided between the paths of the two awning cloths (10, 20) and the two awning cloths (10, 20) being held at the end of the folding arm by an end element, characterised in that the two awning cloths (16, 26) are arranged one above the other along a vertical axis.
A gel-like composition for a cosmetic preparation, comprising 0.05 part by mass to 3 parts by mass of a compound represented by the following general formula with respect to 100 parts by mass of water: where R 1 and R 2 each represent an alkyl group having 28 to 36 carbon atoms, R 3 and R 4 each represent a hydrocarbon group having 4 to 13 carbon atoms, m and n each represent a number from 10 to 500, x represents a number from 1 to 1,000, and y represents a number from 0 to 10.
A method for data communication applied to a first terminal, comprising: determining an idle channel, and transmitting a data handshake request carrying interruption information on the idle channel, wherein the interruption information at least comprises an indication for interrupting a call of a traffic channel; receiving a data handshake response transmitted by a repeater on the idle channel, wherein the data handshake response comprises a data handshake response type and a channel jumping indication, the channel jumping indication is configured to indicate the first terminal to jump to a traffic channel designated by the repeater, and the designated traffic channel is the same as the traffic channel of the interrupted call; when the data handshake response is of a type allowing interruption, jumping to the traffic channel designated by the repeater according to the channel jumping indication comprised in the data handshake response; and when determining that a second terminal occupying the traffic channel to make a call interrupts the call and releases a resource of the traffic channel, initiating a call on the traffic channel. determining an idle channel, and transmitting a data handshake request carrying interruption information on the idle channel, wherein the interruption information at least comprises an indication for interrupting a call of a traffic channel; receiving a data handshake response transmitted by a repeater on the idle channel, wherein the data handshake response comprises a data handshake response type and a channel jumping indication, the channel jumping indication is configured to indicate the first terminal to jump to a traffic channel designated by the repeater, and the designated traffic channel is the same as the traffic channel of the interrupted call; when the data handshake response is of a type allowing interruption, jumping to the traffic channel designated by the repeater according to the channel jumping indication comprised in the data handshake response; and when determining that a second terminal occupying the traffic channel to make a call interrupts the call and releases a resource of the traffic channel, initiating a call on the traffic channel.
A stream regulator for the outlet of a water tap or beverage dispenser, comprising a sleeve as well as an insert seated in the sleeve, wherein an annular channel, which provides the outlet, is located between the insert and the sleeve, and wherein an expansion chamber, which extends around the insert, is arranged between an inlet and the annular channel, characterized in that the cross sectional surface of the annular channel, based on the flow direction, reduces downstream from the expansion chamber towards the outlet to a minimum cross sectional surface, in that the annular channel, which is present between the sleeve and the insert and which initially forms the expansion chamber, reduces in its diameter and in that the insert has a conically formed head piece, which is faced by a conically inclined collar of the sleeve, which forms the end face of the sleeve.
An actuation device for a quick coupler prearranged for coupling to an adapter member of a tool for a mechanical arm; said quick coupler having: a frame comprising two first parallel sides connected by a first plate; and a moving element provided with at least one member elongated in a direction and mobile with reciprocating motion against the thrust of a spring between a retracted position and an advanced position for engagement with said adapter member; actuation device being provided for switching each said elongated member between said retracted position and said advanced position; said actuation device comprising an annular cam carried by said frame, which is able to rotate about a fulcrum axis transverse to said first plate; said actuation device comprising a cam-follower transverse to said first plate carried by said moving element inside said cam; said cam-follower comprising a pin, carrying a coaxial roller, with axis parallel to said fulcrum axis, that faces said cam; said actuation device comprising toothed arrest means for blocking, with respect to said frame, each said elongated member longitudinally and said cam angularly; said actuation device being characterized in that said arrest means comprise a C-shaped member provided with a toothed portion, fixedly coupled to said cam on the same side as said moving element in a position underlying said roller; and in that said arrest means comprise at least one toothed element, which is carried by said pin, faces said toothed portion, and develops substantially in said direction.
A method, carried out at a base station, for transmitting data to a user equipment, UE, and for receiving data from the UE, the method comprising: acquiring downlink control information of a frame to be scheduled, wherein the frame to be scheduled comprises first at least one downlink information transmission unit, then a transition latency, and then at least one uplink information transmission unit; the downlink control information at least comprising configuration information of an embedded resource of the frame to be scheduled; scheduling, based on the downlink control information, one of the at least one downlink information transmission unit to transmit downlink data and uplink allocation information of the frame; and receiving based on the uplink allocation information, in the first uplink information transmission unit of the at least one uplink information transmission unit after the transition latency, hybrid automatic repeat request, HARQ, feedback information and uplink data from an uplink information transmission unit, after the transition latency wherein the HARQ feedback information is information about the successful reception by the UE of the transmitted downlink data, wherein the embedded resource comprises: an uplink allocation resource embedded in the last downlink information transmission unit before the transition latency and configured to bear the uplink allocation information; and a downlink feedback resource embedded in the uplink information transmission unit and configured to bear the HARQ feedback information. acquiring downlink control information of a frame to be scheduled, wherein the frame to be scheduled comprises first at least one downlink information transmission unit, then a transition latency, and then at least one uplink information transmission unit; the downlink control information at least comprising configuration information of an embedded resource of the frame to be scheduled; scheduling, based on the downlink control information, one of the at least one downlink information transmission unit to transmit downlink data and uplink allocation information of the frame; and receiving based on the uplink allocation information, in the first uplink information transmission unit of the at least one uplink information transmission unit after the transition latency, hybrid automatic repeat request, HARQ, feedback information and uplink data from an uplink information transmission unit, after the transition latency wherein the HARQ feedback information is information about the successful reception by the UE of the transmitted downlink data, wherein the embedded resource comprises: an uplink allocation resource embedded in the last downlink information transmission unit before the transition latency and configured to bear the uplink allocation information; and a downlink feedback resource embedded in the uplink information transmission unit and configured to bear the HARQ feedback information.
Rotary piston machine with at least one annular channel, which is curved along an at least partial arc of a circle and in which a piston is movably disposed, and with an annular gap being incorporated into the wall of the annular channel in which a lever is guided, which is rotatable around a rotational axis coaxial to the annular channel, wherein the rotary piston machine comprises at least two sealing elements (10; 50; 60) for sealing the lever, which are received in corresponding recesses of the wall of the annular channel, characterised in that the sealing elements (10; 50; 60) each comprise a first sealing part forming a dynamic region and a second sealing part forming a static region, - wherein the dynamic region has an axial sealing face being directed towards and delimiting the annular gap, and a radial sealing face being directed towards the interior of the annular channel and delimiting the same; and - wherein the axial sealing face and the radial sealing face meet one another along a ring-shaped or arc-shaped edge, which runs along an outer circumference of the lever; - wherein the second sealing part is offset radially inwards relative to the radial sealing face and offset axially relative to the axial sealing face; and - wherein the static region serves to fix the sealing element (10; 50; 60) to the rotary piston machine, and wherein there is formed in the static region a channel, to which a fluid can be supplied, so that the fluid transmits a force to the axial sealing face, so that the axial sealing faces of the two sealing elements (10; 50; 60) are respectively oriented towards opposite surfaces of the lever, and the radial sealing faces of the sealing elements (10; 50; 60) are oriented towards the interior of the annular channel, and a section of the radial sealing faces abuts against the piston. - wherein the dynamic region has an axial sealing face being directed towards and delimiting the annular gap, and a radial sealing face being directed towards the interior of the annular channel and delimiting the same; and - wherein the axial sealing face and the radial sealing face meet one another along a ring-shaped or arc-shaped edge, which runs along an outer circumference of the lever; - wherein the second sealing part is offset radially inwards relative to the radial sealing face and offset axially relative to the axial sealing face; and - wherein the static region serves to fix the sealing element (10; 50; 60) to the rotary piston machine, and wherein there is formed in the static region a channel, to which a fluid can be supplied, so that the fluid transmits a force to the axial sealing face,
A method of processing digital detection signals generated by a coherent optical detection device comprising: using a plurality of FIR filters (12, 13) to filter a pair of digital detection signals generated by a coherent optical detection device, wherein the pair of digital detection signals corresponds to a pair of polarization components of a detected optical signal, wherein the plurality of FIR filters comprises four adaptive FIR filters in a butterfly structure adapted to achieve a polarization demultiplexing to generate a pair of filtered digital signals that corresponds to a pair of initial polarization components of the detected optical signal, characterized by: measuring a physical impairment of the detected optical signal, reconfiguring the plurality of FIR filters to operate with a number of taps that derives from the measured physical impairment. using a plurality of FIR filters (12, 13) to filter a pair of digital detection signals generated by a coherent optical detection device, wherein the pair of digital detection signals corresponds to a pair of polarization components of a detected optical signal, wherein the plurality of FIR filters comprises four adaptive FIR filters in a butterfly structure adapted to achieve a polarization demultiplexing to generate a pair of filtered digital signals that corresponds to a pair of initial polarization components of the detected optical signal, measuring a physical impairment of the detected optical signal, reconfiguring the plurality of FIR filters to operate with a number of taps that derives from the measured physical impairment.
Film material for producing packaging, wherein the film material is designed as a printed monofilm or printed laminate having at least one end-fold or twist wrap region and at least one flat region, wherein the at least one end-fold or twist wrap region is provided with a relief-like surface structure having at least one recess which, with respect to a structure of the at least one flat region of the monofilm or laminate, is structurally weakened by embossing, characterised in that the recess(es) have a depth, in particular an embossing depth, ranging from 5% to 30%, preferably ranging from 8% to 25% and particularly preferably ranging from 10% to 20% with respect to a thickness of the flat region.
Pantograph for electrically powered vehicles with a pantograph rocker having the following features: a) the pantograph rocker has at least one abrasive strip arranged transverse to the direction of travel; b) the pantograph rocker is provided with brackets (4, 5) arranged transverse to the direction of travel, which have bracket ramp horns at their ends; c) the width (SB1, SB2) of the pantograph rocker is adjustable by shifting the bracket (4, 5) with the help of at least one adjusting unit (8, 10); characterised by the following features: d) the abrasive strip has abrasive strip ramp horns at its ends; e) both the brackets (4, 5) with the bracket ramp horns do not laterally protrude over the profile limited by the abrasive strip and the abrasive strip ramp horns in the retracted position. f) the brackets (4, 5) are guided and supported by at least one adjusting unit (8, 10) at least in the retracted position. a) the pantograph rocker has at least one abrasive strip arranged transverse to the direction of travel; b) the pantograph rocker is provided with brackets (4, 5) arranged transverse to the direction of travel, which have bracket ramp horns at their ends; c) the width (SB1, SB2) of the pantograph rocker is adjustable by shifting the bracket (4, 5) with the help of at least one adjusting unit (8, 10); d) the abrasive strip has abrasive strip ramp horns at its ends; e) both the brackets (4, 5) with the bracket ramp horns do not laterally protrude over the profile limited by the abrasive strip and the abrasive strip ramp horns in the retracted position. f) the brackets (4, 5) are guided and supported by at least one adjusting unit (8, 10) at least in the retracted position.
A MEMS device, comprising: a substrate having a plurality of electrodes formed therein, wherein the plurality of electrodes includes at least an anchor electrode, a pull-down electrode and an RF electrode; an insulating layer disposed over the substrate and the plurality of electrodes, wherein the insulating layer has a first opening formed therethrough to expose the anchor electrode and a second opening formed therethrough to expose the RF electrode; a contact layer that is electrically conductive, wherein the contact layer includes a first portion disposed within the first opening and in contact with the anchor electrode, a second portion disposed within the second opening and in contact with the RF electrode; and a switching element disposed over the insulating layer, wherein the switching element includes an anchor portion in contact with the first portion of the contact layer, a leg portion and a bridge portion and wherein the bridge portion is movable from a first position spaced from the second portion of the contact layer and a second position in contact with the second portion of the contact layer, characterized in that the first portion of the contact layer is spaced from the insulating layer; and in that the RF electrode has a first height at a location adjacent the second portion of the contact layer and a second height at a location in contact with the second portion of the contact layer, wherein the second height is greater than the first height. a substrate having a plurality of electrodes formed therein, wherein the plurality of electrodes includes at least an anchor electrode, a pull-down electrode and an RF electrode; an insulating layer disposed over the substrate and the plurality of electrodes, wherein the insulating layer has a first opening formed therethrough to expose the anchor electrode and a second opening formed therethrough to expose the RF electrode; a contact layer that is electrically conductive, wherein the contact layer includes a first portion disposed within the first opening and in contact with the anchor electrode, a second portion disposed within the second opening and in contact with the RF electrode; and a switching element disposed over the insulating layer, wherein the switching element includes an anchor portion in contact with the first portion of the contact layer, a leg portion and a bridge portion and wherein the bridge portion is movable from a first position spaced from the second portion of the contact layer and a second position in contact with the second portion of the contact layer, the first portion of the contact layer is spaced from the insulating layer; and in that the RF electrode has a first height at a location adjacent the second portion of the contact layer and a second height at a location in contact with the second portion of the contact layer, wherein the second height is greater than the first height.
A welding method in which a die cast mould part made of an Al-Mg-Fe alloy is welded to at least one further metal part in a fluid-tight manner, wherein, for the aluminium alloy, a Mg content of 4 % ≤ Mg ≤ 4.6 % and an Fe content of 1.31 % ≤ Fe ≤ 1.7 % are used, wherein the Fe content comprises the Al-Mg-Fe eutectic and a hypereutectic composition of the two alloy constituents Fe and Mg, as well as an admixture content of additional alloy constituents, which comprises a maximum of 0.2 % of Si, wherein a blue diode laser and no welding filler material is used for welding. wherein, for the aluminium alloy, a Mg content of 4 % ≤ Mg ≤ 4.6 % and an Fe content of 1.31 % ≤ Fe ≤ 1.7 % are used, wherein the Fe content comprises the Al-Mg-Fe eutectic and a hypereutectic composition of the two alloy constituents Fe and Mg, as well as an admixture content of additional alloy constituents, which comprises a maximum of 0.2 % of Si, wherein a blue diode laser and no welding filler material is used for welding.