mhurhangee/ep-ind-claims huggingface dataset:
A method for a user equipment, UE, to receive a subframe structure used for communication from a base station, the subframe structure being received on an unlicensed carrier frequency on which listen-before-talk, LBT, is performed, the method comprising: receiving, by the UE, a subframe in the subframe structure, the subframe comprising a first time slot comprising a first plurality of orthogonal frequency-division multiplexed, OFDM, symbols and a second time slot comprising a second plurality of OFDM symbols, wherein the first time slot and the second time slot are non-overlapping; monitoring, by the UE, for downlink control information in a first set of control channel elements, CCEs, within the first m1 OFDM symbols of the first time slot, where m1 is an integer and 1≤m1≤3; monitoring, by the UE, for downlink control information in a second set of CCEs within the first m2 OFDM symbols of the second time slot, where m2 is an integer and 1≤m2≤3; and determining, by the UE, resulting downlink control information from one of the first and second set of CCEs, wherein monitoring for downlink control information in the second set of CCEs is done only when the monitoring for downlink control information in the first set of CCEs fails to find downlink control information. receiving, by the UE, a subframe in the subframe structure, the subframe comprising a first time slot comprising a first plurality of orthogonal frequency-division multiplexed, OFDM, symbols and a second time slot comprising a second plurality of OFDM symbols, wherein the first time slot and the second time slot are non-overlapping; monitoring, by the UE, for downlink control information in a first set of control channel elements, CCEs, within the first m1 OFDM symbols of the first time slot, where m1 is an integer and 1≤m1≤3; monitoring, by the UE, for downlink control information in a second set of CCEs within the first m2 OFDM symbols of the second time slot, where m2 is an integer and 1≤m2≤3; and determining, by the UE, resulting downlink control information from one of the first and second set of CCEs, wherein monitoring for downlink control information in the second set of CCEs is done only when the monitoring for downlink control information in the first set of CCEs fails to find downlink control information.
Capsule suitable for releasably storing a composition to be administered, the capsule defining a passage (108, 208), in which the composition to be administered (130, 230) is arranged, wherein the capsule comprises a controllable blocking element in form of a one-way valve, wherein the one-way valve is part of the capsule and comprises at least one moveable lid obstructing an opening of the passage, the one-way valve providing a flow direction though the passage towards the outlet and blocking in the opposite flow direction, wherein the at least one moveable lid is an integral part of the capsule, the at least one moveable lid being provided by a wall section of the capsule located at one end of the capsule, the wall section being cut to form the at least one lid; and wherein the capsule defining the passage (108, 208) further comprises an inlet (150, 250) at another end of the passage opposed to the outlet (110, 210) as well as a fluid permeable, non-dissolvable retainer (140, 240), the retainer (140, 240) being arranged between the composition (130, 230) and the inlet (150, 250) of the capsule to block any flow of the composition (130, 230) through the retainer (140, 240) towards the inlet (150, 250).
Method, implemented by computer, for the controlled determination of channels on the basis of a model comprising at least: - a space of points, said points having coordinates in said space, - a representation of a well in said space, said well representation having coordinates in said space, a minimum distance to boundary being associated with said representation, wherein the method comprises the steps of: - determining a first channel path in said model, said first path having a first casing, said first casing being internally tangent to a polar form having a center that is part of the representation and having a radius that is said minimum distance to boundary associated with said representation, said casing being tangential at a point of minimum tangency; - determining at least one minimum exclusion region (306a, 306b, 306c) in said model as a function of said point of minimum tangency; - determining at least one second channel path in said model, said second path having a second casing, the intersection of the at least one minimum exclusion region and said second casing being empty, and determining a union between said first path and said at least one second path; and wherein the step of determining at least one second path is repeated if at least one condition is satisfied in a set of conditions comprising: /c1/ the intersection of said well representation and said determined union is empty. - a space of points, said points having coordinates in said space, - a representation of a well in said space, said well representation having coordinates in said space, a minimum distance to boundary being associated with said representation, - determining a first channel path in said model, said first path having a first casing, said first casing being internally tangent to a polar form having a center that is part of the representation and having a radius that is said minimum distance to boundary associated with said representation, said casing being tangential at a point of minimum tangency; - determining at least one minimum exclusion region (306a, 306b, 306c) in said model as a function of said point of minimum tangency; - determining at least one second channel path in said model, said second path having a second casing, the intersection of the at least one minimum exclusion region and said second casing being empty, and determining a union between said first path and said at least one second path;
Composition containing calcium silicate hydrate and at least one (co)polymer having carboxylic acid groups and/or carboxylate groups and sulphonic acid groups and/or sulphonate groups, wherein the molar ratio of the number of carboxylic acid groups and/or carboxylate groups to the sulphonic acid groups and/or sulphonate groups is from 1/20 to 20/1 and the weight average molecular weight M w of the (co)polymer(s) is from 8 000 g/mol to 200 000 g/mol, the weight average molecular weight M w is determined by means of size exclusion chromatography according to the indications in the specification of WO 2012/143206 A1 on page 13, lines 35 to 41.
A socket for electric parts comprising: a) a socket body which has a rectangle shape and an accommodation surface to accommodate an electric part having a rectangle shape and a lower surface to which terminals are provided; b) plural contact pins, wherein each of which has an elastic piece to contact with the terminals of the electric part; c) a latch rotatably disposed on the socket body so as to positioned above the contact pins, which presses an upper part of peripheral portion of the electric part when the latch is closed, and the electric part is able to be accommodated onto and taken out from the accommodation surface when the latch is opened, and d) an operating member which is vertically movably disposed in the socket body, and comprises an operating portion for opening constituted so as to press down an operation portion to be operated for opening of the latch and rotate the latch in an opening direction when the operating member moves downward, characterized in that the contact pins are horseshoe shaped and are disposed in parallel and at predetermined intervals to a peripheral edge of the socket body and that a most outside position of the latch is disposed on an inside of most outside portion of the contact pins when the latch is opened to an outermost position. a) a socket body which has a rectangle shape and an accommodation surface to accommodate an electric part having a rectangle shape and a lower surface to which terminals are provided; b) plural contact pins, wherein each of which has an elastic piece to contact with the terminals of the electric part; c) a latch rotatably disposed on the socket body so as to positioned above the contact pins, which presses an upper part of peripheral portion of the electric part when the latch is closed, and the electric part is able to be accommodated onto and taken out from the accommodation surface when the latch is opened, and d) an operating member which is vertically movably disposed in the socket body, and comprises an operating portion for opening constituted so as to press down an operation portion to be operated for opening of the latch and rotate the latch in an opening direction when the operating member moves downward,
Use of a composition consisting essentially of 60% to 90% by weight of 2,3,3,3-tetrafluoropropene and 10% to 40% by weight of at least one compound selected from difluoroethane and difluoromethane, for replacing R-404A in at least one stage of a refrigeration system with a cascaded compression regime.
An aluminum alloy consisting of, in terms of mass ratio: 0.7% to 1.8% of silicon; 1.5% to 2.1% of copper; 0.4% to 1.8% of manganese; 0.6% to 1.6% of magnesium; 0.1% to 0.7% of zinc; and optionally at least one selected from the group consisting of, in terms of mass ratio: 0.05% to 0.15% of nickel; 0.05% to 0.15% of cobalt; and 0.05% to 0.3% of titanium; with the balance being aluminum and inevitable impurities. 0.7% to 1.8% of silicon; 1.5% to 2.1% of copper; 0.4% to 1.8% of manganese; 0.6% to 1.6% of magnesium; 0.05% to 0.15% of nickel; 0.05% to 0.15% of cobalt; and 0.05% to 0.3% of titanium;
A method for controlling the mechanical strength of a container, in particular made of glass, by means of a control apparatus, which provides for actuating the control on a control zone extending along an entire circumferential perimeter of the outer surface of the container, wherein it is provided for: - forwarding the container according to a forwarding direction, - simultaneously rotating the container about the axis of symmetry thereof orthogonal to the forwarding direction - controlling the container, during the rotation, exerting a control pressure onto the control zone, characterized in that the control is subdivided into multiple steps, wherein, in each step, it is provided for exerting said control pressure onto a respective portion of the control zone, and it is provided that each single container is subjected, in succession, to each step during the forwarding movement thereof and the rotation thereof. - forwarding the container according to a forwarding direction, - simultaneously rotating the container about the axis of symmetry thereof orthogonal to the forwarding direction - controlling the container, during the rotation, exerting a control pressure onto the control zone,
Device for grinding and feeding of solid particles of dry ice comprising rotative rollers (1, 3) placed against each other to form a passage channel of granulate where at least one of the rollers can be displaced against the other roller connected to a power source through means for kinetic coupling, characterized in that, one rotative roller is eccentrically positioned on a rotative supporting body rotatively arranged against the other roller, whereas by rotation of the supporting body, the eccentrically positioned rotative roller is disconnected from the power source and is aside of the passage channel of granulate.
Ophthalmic lens comprising an active matrix array comprising: pixels (70'-72', 170', 270'), address rows (50'-52') serving to control the pixels, each address row extending between two opposite end terminals, without cutting another row or forming a loop, the address rows being made of a conductive metal material, data columns (60'-62') serving to supply the pixels with electrical power, each data column extending between two opposite end terminals, without cutting another column or forming a loop, the data columns being made of a conductive metal material, for each pixel, at least one transistor acting as a switch that allows an electrode specific to said pixel to be electrically connected to a data column associated with said pixel, which switch is controlled via an address row thus associated with the pixel, characterized in that each address row (50'-52'), each data column (60'-62'), respectively, undulates continuously but non-periodically from one side to the other of a straight line, called the theoretical straight address line, the theoretical straight data line, respectively, connecting the two end terminals of said address row, of said data column, respectively. pixels (70'-72', 170', 270'), address rows (50'-52') serving to control the pixels, each address row extending between two opposite end terminals, without cutting another row or forming a loop, the address rows being made of a conductive metal material, data columns (60'-62') serving to supply the pixels with electrical power, each data column extending between two opposite end terminals, without cutting another column or forming a loop, the data columns being made of a conductive metal material, for each pixel, at least one transistor acting as a switch that allows an electrode specific to said pixel to be electrically connected to a data column associated with said pixel, which switch is controlled via an address row thus associated with the pixel,
Composite joining component - which comprises a joining component having a joining axis, having a joining surface, which extends transversely to the joining axis, and having an anchor section, wherein an application section for the application of an adhesive is formed on the joining surface, wherein at least one annular contour surface (26; 36; 44) is formed on the application section, said contour surface being aligned transversely to the joining surface and being arranged radially within an outer circumference of the application section, - and which comprises a drop of adhesive applied to the application section, characterized in that the drop of adhesive is applied in a hot, liquid, uncrosslinked state, wherein a non positive gripping effect between the adhesive and the annular contour surface (26; 36; 44) is achieved during shrinkage and a differential thermal expansion of the joining component and the adhesive. - which comprises a joining component having a joining axis, having a joining surface, which extends transversely to the joining axis, and having an anchor section, wherein an application section for the application of an adhesive is formed on the joining surface, wherein at least one annular contour surface (26; 36; 44) is formed on the application section, said contour surface being aligned transversely to the joining surface and being arranged radially within an outer circumference of the application section, - and which comprises a drop of adhesive applied to the application section, characterized in that the drop of adhesive is applied in a hot, liquid, uncrosslinked state, wherein a non positive gripping effect between the adhesive and the annular contour surface (26; 36; 44) is achieved during shrinkage and a differential thermal expansion of the joining component and the adhesive.
A connecting apparatus, comprising N interconnection units, M line processing units (LPU1, LPU2), and X switch processing units (SPU1, SPU2), wherein each interconnection unit is connected to at least one switch processing unit (SPU1, SPU2), each switch processing unit (SPU1, SPU2) is connected to only one interconnection unit, each interconnection unit is connected to the M line processing units (LPU1, LPU2), each line processing unit (LPU1, LPU2) is connected to the N interconnection units, M is a positive integer, N is a positive integer, X is greater than or equal to N, and X, M, and N are all greater than 1.
A method of controlling drive signals supplied to SMA actuator wires in an SMA actuation arrangement wherein the SMA actuator wires are connected in tension between a support structure and a movable element in an arrangement in which the SMA actuator wires are capable of driving movement of the movable element with respect to the support structure with plural degrees of freedom on selective contraction of the SMA actuator wires, the method comprising: setting target values representing a desired position of the movable element with respect to the support structure; detecting measures of resistance of each SMA actuator wire; deriving errors from the target values and the detected measures of resistance, the errors being adjusted by offsets having values selected to adjust the actual position of the movable element to match the desired positions represented by the target values in respect of at least one of the degrees of freedom to correct for variances in the actual position due to manufacturing tolerances or in the response of the SMA actuator wires over time, wherein the offsets are calibrated based on the measures of resistance of the SMA actuator wires while the movable element is at a known position; and controlling the powers of the drive signals supplied to SMA actuator wires in accordance with the adjusted errors. setting target values representing a desired position of the movable element with respect to the support structure; detecting measures of resistance of each SMA actuator wire; deriving errors from the target values and the detected measures of resistance, the errors being adjusted by offsets having values selected to adjust the actual position of the movable element to match the desired positions represented by the target values in respect of at least one of the degrees of freedom to correct for variances in the actual position due to manufacturing tolerances or in the response of the SMA actuator wires over time, wherein the offsets are calibrated based on the measures of resistance of the SMA actuator wires while the movable element is at a known position; and controlling the powers of the drive signals supplied to SMA actuator wires in accordance with the adjusted errors.
Method for determining a relative position of a stationary object (8, 10), located in the surroundings of a motor vehicle, with respect to the extended longitudinal axis of the motor vehicle, in which, when a motor vehicle is moving along a route, a first distance value (AB1, AB2, AB3; AB1', AB2', AB3') between a vehicle-end detection device and the object (8, 10) is determined at a first route point (S1, S2, S3) on the route, and a second distance value (AB2, AB3, AB4; AB2', AB3', AB4') between the vehicle-end detection device and the object (8, 10) is determined at at least one second route point (S2, S3, S4) on the route, characterized in that a change in distance is determined from the at least two distance values (AB1 to AB4; AB1' to AB4'), and the change in distance and the associated distance travelled between the route points (S1 to S4) is taken into account for the determination of the relative position of the object (8, 10) with respect to the extended longitudinal axis of the motor vehicle, wherein the value of the route-point-dependent change in distance is compared with the first route-point-dependent threshold value of the change in distance, and depending on the comparison it is detected whether the object (8, 10) is arranged in a first area which is defined around the longitudinal axis, and/or wherein the value of the route-point-dependent change in distance is compared with a second route-point-dependent threshold value of the change in distance, and depending on the comparison it is detected whether the object (8, 10) is arranged on or near to the extended longitudinal axis, and/or wherein the value of the route-point-dependent change in distance is compared with a third route-point-dependent threshold value of the change in distance, and depending on the comparison it is detected whether the object (8, 10) is arranged in an adjacent area which is laterally adjacent to a first area defined around the longitudinal axis.
A switch box comprising a circuit breaker room and a power transformer room and a ground switch of a circuit breaker disposed to be movable to an opening position and a closing position, a door interlock device for the power transformer room comprising: a cam disposed on a driving shaft of the ground switch; a supporter disposed on a side plate of the power transformer room; a shaft disposed at the supporter to be slidable and having one end contacting the cam to be upward and downward movable; an interlock plate disposed at one side of a power transformer room door and configured to be in contact with the shaft, wherein the power transformer room door is not allowed to move when the interlock plate is restricted by the shaft when the ground switch is in the opening position, but the power transformer room door is allowed to move when the interlock plate is released from the restriction of the shaft when the ground switch is in the closing position. characterized in that: a spring disposed within the supporter to provide an upward elastic force to the shaft; and the shaft includes a circumferential groove at a central portion thereof, the interlock plate includes a hooking recess to be engaged with the shaft, the hooking recess includes a hooking portion having a width equal to or larger than a diameter of the shaft, and an inlet portion having a width larger than a diameter of the circumferential groove but smaller than a diameter of the shaft, a cam disposed on a driving shaft of the ground switch; a supporter disposed on a side plate of the power transformer room; a shaft disposed at the supporter to be slidable and having one end contacting the cam to be upward and downward movable; an interlock plate disposed at one side of a power transformer room door and configured to be in contact with the shaft, wherein the power transformer room door is not allowed to move when the interlock plate is restricted by the shaft when the ground switch is in the opening position, but the power transformer room door is allowed to move when the interlock plate is released from the restriction of the shaft when the ground switch is in the closing position. characterized in that: a spring disposed within the supporter to provide an upward elastic force to the shaft; and the shaft includes a circumferential groove at a central portion thereof, the interlock plate includes a hooking recess to be engaged with the shaft, the hooking recess includes a hooking portion having a width equal to or larger than a diameter of the shaft, and an inlet portion having a width larger than a diameter of the circumferential groove but smaller than a diameter of the shaft, a spring disposed within the supporter to provide an upward elastic force to the shaft; and the shaft includes a circumferential groove at a central portion thereof, the interlock plate includes a hooking recess to be engaged with the shaft, the hooking recess includes a hooking portion having a width equal to or larger than a diameter of the shaft, and an inlet portion having a width larger than a diameter of the circumferential groove but smaller than a diameter of the shaft,