mhurhangee/ep-ind-claims huggingface dataset:
A method of performing a RACH procedure to provide a User Equipment UE access to a network in a communication system, the network comprising at least one base station, the RACH procedure comprising at least one step in which a RACH message is sent from the UE to the base station on one or more uplink channels, wherein said message comprises an enhanced PUSCH transmission, PUSCH ++, comprising a DMRS part and a PUSCH data part, the DMRS part being sent to serve as a preamble, each DMRS preamble sequence being mapped to a specific PUSCH++ occasion in frequency and time domain, wherein the method comprises transmitting the DMRS part and the PUSCH data part together at the transmission time, said transmission using contiguous allocation of resources in time domain for the DMRS part and the PUSCH data part without any time gap between the DMRS part and the PUSCH data part, the enhanced PUSCH having a short length format based on a sequence length equal to 139 Resource Elements.
Bag for bicycle, comprising a container and a coupling system which is intended to attach the container to a bicycle, the coupling system comprising a first coupling part intended to be fixed to the bicycle and a second coupling part fixed onto the container, the first coupling part and the second coupling part being mutually slidably engageable with each other, the first coupling part comprises a clamp system, intended to fix it to a frame part of a bicycle saddle, and a slide matching a seat present on the second coupling part so as to be slidably received inside said seat, the second coupling part being in an upper position and close to a front part of the container and on this front part of the container there also being present a belt intended to lock the seat post of a bicycle against this front part when the first coupling part is fixed to the frame part of the saddle and the slide is received inside the seat, the clamp system comprising first jaws and second jaws, the first jaws being fixed on the first coupling part, while the second jaws are movably mounted on a body so that they can be moved towards the first jaws by means of an adjustment mechanism, characterized in that the first jaws have a transverse length greater than that of the second jaws and the second jaws are adjustable positionwise on the body so as to move away or towards each other in order to adapt to different distances between rod-shaped elements.
A method of wireless communication performed by a subordinate entity for communicating with a scheduling entity over a time division duplex, TDD, carrier comprising a plurality of sub frames, the method comprising: transmitting first acknowledged/not acknowledged, ACK/NACK, information in ACK portion of a first subframe; and receiving a reference signal in a reference signal portion of a second subframe, characterized in that a duration of the reference signal portion is less than a duration of a full symbol in the second subframe; and receiving control information in a control information portion of the second subframe that is subsequent to the reference signal portion of the second subframe, wherein a duration of the control information portion is less than the duration of a full symbol in the second subframe. transmitting first acknowledged/not acknowledged, ACK/NACK, information in ACK portion of a first subframe; and receiving a reference signal in a reference signal portion of a second subframe, characterized in that a duration of the reference signal portion is less than a duration of a full symbol in the second subframe; and receiving control information in a control information portion of the second subframe that is subsequent to the reference signal portion of the second subframe, wherein a duration of the control information portion is less than the duration of a full symbol in the second subframe.
Method of dimming a gas discharge lamp (11,21) having lamp terminals configured for receiving an alternating supply voltage, the method comprising the steps of: - providing a controllable switch; - connecting the switch between said lamp terminals, in parallel to the lamp; and - controlling the opening and closing of the switch, characterized in that during one half period of the alternating voltage, the switch is closed and kept closed at least during a first closing time period and a subsequent second closing time period, wherein closing the switch short-circuits the lamp; wherein during operation the lamp is connected to a supply voltage source with an inductance in series between a first one of said lamp terminals and the supply voltage source, and the second closing time period is longer than the first closing time period. - providing a controllable switch; - connecting the switch between said lamp terminals, in parallel to the lamp; and - controlling the opening and closing of the switch, characterized in that during one half period of the alternating voltage, the switch is closed and kept closed at least during a first closing time period and a subsequent second closing time period, wherein closing the switch short-circuits the lamp;
Electronic switch having - a semiconductor switch, - a first consumer-side terminal, - a first source-side terminal and a second source-side terminal, wherein the semiconductor switch is arranged between the first source-side terminal and the first consumer-side terminal, wherein a switch is arranged between the first consumer-side terminal and the second source-side terminal, wherein the semiconductor switch is embodied such that it irreversibly transitions into the opened state due to the effect of a thermal overload inside the semiconductor switch and an associated modification of the semiconductor switch, wherein the switch is configured to generate the thermal overload by way of closing the switch and the short-circuit current that forms as a result, characterised in that the switch is embodied as a thyristor. - a semiconductor switch, - a first consumer-side terminal, - a first source-side terminal and a second source-side terminal,
A suture anchor delivery device, comprising: a handle assembly, comprising: a handle portion; a trigger, pivotably attached to the handle portion; and a tubular shaft extending from a front end of the handle portion; and a draw bar assembly retractably disposed within the handle assembly, the draw bar assembly comprising: a draw bar tube extending through the tubular shaft, the draw bar tube having a channel disposed through the draw bar tube configured to receive a suture; a draw bar housing disposed at a first end of the draw bar tube, the draw bar housing having a cutout configured to receive an end of the suture such that the end of the suture wraps around the cutout; and a draw bar disposed within the draw bar tube and configured to receive a suture anchor mounted on a tip of the draw bar, wherein upon actuating the trigger the draw bar assembly is retracted. a handle assembly, comprising: a handle portion; a trigger, pivotably attached to the handle portion; and a tubular shaft extending from a front end of the handle portion; and a handle portion; a trigger, pivotably attached to the handle portion; and a tubular shaft extending from a front end of the handle portion; and a draw bar assembly retractably disposed within the handle assembly, the draw bar assembly comprising: a draw bar tube extending through the tubular shaft, the draw bar tube having a channel disposed through the draw bar tube configured to receive a suture; a draw bar housing disposed at a first end of the draw bar tube, the draw bar housing having a cutout configured to receive an end of the suture such that the end of the suture wraps around the cutout; and a draw bar disposed within the draw bar tube and configured to receive a suture anchor mounted on a tip of the draw bar, wherein upon actuating the trigger the draw bar assembly is retracted. a draw bar tube extending through the tubular shaft, the draw bar tube having a channel disposed through the draw bar tube configured to receive a suture; a draw bar housing disposed at a first end of the draw bar tube, the draw bar housing having a cutout configured to receive an end of the suture such that the end of the suture wraps around the cutout; and a draw bar disposed within the draw bar tube and configured to receive a suture anchor mounted on a tip of the draw bar, wherein upon actuating the trigger the draw bar assembly is retracted.
A process for producing a foam composite having a skin with an even thickness, a foamed body with homogeneous and fine bubbles, and plastic reinforcing members, wherein a mold is charged with one of plastic powders and minute particles, and polyolefin pellets that are larger than the plastic powders and the minute particles, and possible to be cross-linked and foamed, the mold is heated from outside while being rotated at within a range from 1 to 20 rpm, so that a plastic skin is formed and the pellets adhere to the skin, and is heated further permitting that the polyolefin cross-links and the pellets expand by the decomposition of a foaming agent, characterized in, that the diameter of the foamed body is from 5 to 25 mm, the thickness of the plastic reinforcing members is from 0.05 to 0.5 mm and the pellets are being covered on the whole surface with plastic.
Method for packing polysilicon in the form of chunks by introducing the chunks into a first plastic bag, the first plastic bag being introduced into a second plastic bag after the introduction of the chunks, or the first plastic bag already having been inserted into the second plastic bag prior to the introduction of the chunks into the first plastic bag, as a result of which the chunks are present in a double bag which is sealed, characterized in that the air present in the two plastic bags in the double bag after the introduction of the chunks is removed before the sealing of the double bag such that the total volume of the first plastic bag relative to the volume of the chunks is 2.0 to 2.7 and the total volume of the double bag relative to the volume of the chunks is 2.4 to 3.0.
Reciprocating compressor provided with leaf springs comprising at least one spacer disposed between at least a pair of flat springs, each flat spring being comprised by at least one outer ring, at least one inner ring and at least one connection extension capable of connecting an outer ring to an inner ring; the leaf springs being especially CHARACTERIZED in that it comprises: at least one section of physical contact between at least a pair of outer rings defined by at least one spacer; at least one section of physical contact between at least a pair of inner rings defined by at least one spacer; and at least one section free of physical contact between at least two connection extensions adjacently arranged; wherein each spacer is comprised by a first spacer which has analogous dimensions to the dimensions of the inner ring and a second spacer which has analogous dimensions to the dimensions of the outer ring. at least one section of physical contact between at least a pair of outer rings defined by at least one spacer; at least one section of physical contact between at least a pair of inner rings defined by at least one spacer; and at least one section free of physical contact between at least two connection extensions adjacently arranged; wherein each spacer is comprised by a first spacer which has analogous dimensions to the dimensions of the inner ring and a second spacer which has analogous dimensions to the dimensions of the outer ring.
A hinge for kitchen oven doors, of the type comprising a first arm, to be associated with a closure door of a chamber of an oven, and a second arm, which is articulated to the first arm, to be associated with the structure of the oven, a kinematic system being interposed between the first arm and the second arm and being adapted to actuate elastic means for the facilitated closure of the door, means for slowing the closing movement of said door being also interposed between said first arm and said second arm, said means for slowing the closing motion of the door comprising a fluid-operated damper that is fixed to a containment body that is part of said first arm, the stem of said fluid-operated damper being actuated by a first contoured end of a guiding element, which can translate with respect to said containment body, the second contoured end of said guiding element being intended to slide in contact with a pusher portion that is associated with the second arm, said guiding element and said pusher portion being arranged on the respective first arm and second arm, so that said second contoured end of said guiding element and said pusher portion meet for a preset slowing angle between the door and the chamber of the oven, said guiding element being constituted by a flat bar that is arranged so as to slide between two pairs of symmetrical guiding wings, a first lower pair of wings and a second upper pair of wings, both defined on the side walls (39, 40) of the containment body, said hinge being characterized in that said second contoured end of the guiding element is inclined with respect to the arrangement of the flat central portion of said flat bar, so as to protrude from the space occupied by the containment body, available for contact with the pusher portion, said pusher portion being constituted by a flat element that is mounted on the metal plate that defines the second arm with an inclination angle with respect to a vertical in the configuration for use, said second contoured end of said guiding element being intended to slide in contact with said pusher portion with a predefined and fixed inclination angle.
An additive manufacturing system for generating a three-dimensional object by processing successive layers of build material, the system comprising: a controller to: receive data relating to a three-dimensional object to be generated the controller being further characterized to calculate, based at least in part on the data relating to the three-dimensional object, an estimated time to process each layer of build material; determine the longest time of said estimated times; and configure the additive manufacturing system to process each layer of build material in a time which is the same, within a predetermined tolerance, for all of the layers, and which is at least as long as the determined longest time. receive data relating to a three-dimensional object to be generated the controller being further characterized to calculate, based at least in part on the data relating to the three-dimensional object, an estimated time to process each layer of build material; determine the longest time of said estimated times; and configure the additive manufacturing system to process each layer of build material in a time which is the same, within a predetermined tolerance, for all of the layers, and which is at least as long as the determined longest time.
A method for operating a heating system, said heating system comprising a heat source and in at least one room at least a room heat exchanger which is connected to said heat source and controlled thermostatically by a control valve, said heat source outputting a heating fluid having a supply temperature, said supply temperature being controlled according to a heat curve, said heat curve showing a relation between said supply temperature and an outdoor temperature, wherein the method comprises the step of adjusting said heat curve and of determining the heat emitted in said room, characterized in that the method comprises further the steps of comparing said emitted heat to a maximum level of heat emission, decreasing the slope of the heat curve, when the emitted heat is lower than a first predetermined fraction of the maximum level of heat emission, increasing the slope of the heat curve, when the emitted heat is above a second predetermined fraction of the maximum level of heat emission, and leaving the heat curve when the emitted heat is in a range between said first fraction and said second fraction of the maximum level of heat emission.
A measuring device comprising an optical fiber that contains a series of Bragg arrays (100, 101, 102, 103) distributed between a first end and a second end, characterized in that it comprises: - a light source arranged to emit, in said first end of the fiber, a discrete spectrum of pulses, the wavelengths of which vary in a spectral range of 200 nm, by scanning the spectrum, each wavelength being assigned to a different Bragg array; and - an instrument connected to said second end of the fiber to measure a light power transmitted at each emitted wavelength. - a light source arranged to emit, in said first end of the fiber, a discrete spectrum of pulses, the wavelengths of which vary in a spectral range of 200 nm, by scanning the spectrum, each wavelength being assigned to a different Bragg array; and - an instrument connected to said second end of the fiber to measure a light power transmitted at each emitted wavelength.
Agricultural machine for harvesting a crop, equipped with a harvesting head comprising: - a mowing bar for harvesting said crop; - at least one transportation system adapted to transport the crop cut by the mowing bar to a collection mouth of the harvesting head, said at least one transportation system comprising: - a first transmission system comprising a first flexible element coupled with a pair of first rotary elements; - a second transmission system comprising a second flexible element coupled with a pair of second rotary elements; characterized in that said at least one transportation system further comprises a plurality of arms, each arm being coupled with both of said first flexible element and said second flexible element, in such a way as to be substantially parallel to the other arms and in such a way as to extend on the harvesting head substantially transversally relative to the mowing bar both during a transportation step for transporting the crop cut by said mowing bar and during a return step. - a mowing bar for harvesting said crop; - at least one transportation system adapted to transport the crop cut by the mowing bar to a collection mouth of the harvesting head, - a first transmission system comprising a first flexible element coupled with a pair of first rotary elements; - a second transmission system comprising a second flexible element coupled with a pair of second rotary elements; characterized in that said at least one transportation system further comprises a plurality of arms, each arm being coupled with both of said first flexible element and said second flexible element, in such a way as to be substantially parallel to the other arms and in such a way as to extend on the harvesting head substantially transversally relative to the mowing bar both during a transportation step for transporting the crop cut by said mowing bar and during a return step.
An electric machine comprising: - an electronic module comprising a printed circuit board, a plurality of electronic power components and a plurality of conductive tracks disposed on the printed circuit board and defining an electric power circuit between respective power pins (7a, 7b) of the electric machine to provide power supply current for the electronic power components; - an enclosure defining a housing for the electronic module and having at least one dissipative wall; - a heat-conductive filler interposed between the electronic module and the enclosure to facilitate heat conduction from the electronic module to the dissipative wall; - elastic means acting on the electronic module to press the electronic module against the dissipative wall of the enclosure so as to compress the heat-conductive filler; - characterized in that it comprises: - a conductive element disposed in such a way as to connect a first track and a second track of the plurality of conductive tracks so as to close the electric power circuit, the conductive element being held in position by at least one heat-sensitive joint; the elastic means comprising an elastic element pressed against the conductive element to apply a force on the at least one heat-sensitive joint and the at least one heat-sensitive joint being configured to be broken by that force if subjected to a temperature higher than a predetermined threshold temperature in order to open the electric power circuit. - an electronic module comprising a printed circuit board, a plurality of electronic power components and a plurality of conductive tracks disposed on the printed circuit board and defining an electric power circuit between respective power pins (7a, 7b) of the electric machine to provide power supply current for the electronic power components; - an enclosure defining a housing for the electronic module and having at least one dissipative wall; - a heat-conductive filler interposed between the electronic module and the enclosure to facilitate heat conduction from the electronic module to the dissipative wall; - elastic means acting on the electronic module to press the electronic module against the dissipative wall of the enclosure so as to compress the heat-conductive filler; - characterized in that it comprises: - a conductive element disposed in such a way as to connect a first track and a second track of the plurality of conductive tracks so as to close the electric power circuit, the conductive element being held in position by at least one heat-sensitive joint;
A packaging material comprising a fibre based substrate and a gas barrier layer based on a polyvinyl alcohol (PVOH), wherein said gas barrier layer comprises an interpolymer complex forming agent (IPCFA), which IPCFA is a water-soluble polymer exhibiting functional groups capable of forming hydrogen bonds with -OH groups of the PVOH, characterized in that said PVOH has a weight average molecular weight (M w) measured according to ASTM D4001 - 13 in the range of 80 kg/mol to 135 kg/mol, the proportion of said IPCFA to PVOH in said gas barrier layer is in the range of 0.5 to 7.0 % (w/w) and said packaging material has an oxygen permeability below 14 ml μm/m 2 day atm, which OP is obtained by multiplying the oxygen transmission rate of the packaging material measured according to ASTM F1927-7 at a relative humidity of 80% and 23 °C by the thickness of the gas barrier layer.
Process for purifying dialkyl carbonate of the formula in which R 1 and R 2 are each independently linear or branched, substituted or unsubstituted C 1 -C 6 -alkyl in one or more columns in the presence of an alkylene oxide of the formula where R 3 and R 4 in the formula are each independently hydrogen, substituted or unsubstituted C 1 -C 4 -alkyl, substituted or unsubstituted C 2 -C 4 -alkenyl or substituted or unsubstituted C 6 -C 12 -aryl, and of an alkyl alcohol of the formula R 5 -OH where R 5 is a straight-chain or branched C 1 -C 4 -alkyl, characterized in that the temperature in the bottom of the column(s) for purification of the dialkyl carbonate is 120°C to 210°C and the mean residence time of the liquid phase in the column(s) for purification of the dialkyl carbonate is 0.5 to 2 h.