mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: obtaining (1405, 1505, 1605) an input signal at a beginning of a signal path of a radio frequency communication device; estimating (1410, 1510, 1610) subsequent distortion of the input signal due to the signal path, the estimated distortion comprising estimated phase distortion and estimated amplitude distortion of the input signal, wherein at least one of the estimated phase distortion and the estimated amplitude distortion include transient distortion, wherein the transient distortion is due at least in part to a start of a pulse of the input signal, wherein the transient distortion changes during the pulse of the input signal; modifying at least one of the estimated phase distortion and the estimated amplitude distortion of the pulse due to the changes in the transient distortion; adjusting (1415, 1530, 1620) phase and amplitude within the signal path to compensate for the estimated phase distortion and the estimated amplitude distortion, and further adjusting at least one of phase and amplitude of the pulse to compensate for the modified at least one of the estimated phase distortion and the estimated amplitude distortion, to produce an adjusted signal, wherein the phase is adjusted separately from the amplitude; and generating (1420, 1535, 1625) a linearized signal at an end of the signal path based at least in part on the adjusted signal. obtaining (1405, 1505, 1605) an input signal at a beginning of a signal path of a radio frequency communication device; estimating (1410, 1510, 1610) subsequent distortion of the input signal due to the signal path, the estimated distortion comprising estimated phase distortion and estimated amplitude distortion of the input signal, wherein at least one of the estimated phase distortion and the estimated amplitude distortion include transient distortion, wherein the transient distortion is due at least in part to a start of a pulse of the input signal, wherein the transient distortion changes during the pulse of the input signal; modifying at least one of the estimated phase distortion and the estimated amplitude distortion of the pulse due to the changes in the transient distortion; adjusting (1415, 1530, 1620) phase and amplitude within the signal path to compensate for the estimated phase distortion and the estimated amplitude distortion, and further adjusting at least one of phase and amplitude of the pulse to compensate for the modified at least one of the estimated phase distortion and the estimated amplitude distortion, to produce an adjusted signal, wherein the phase is adjusted separately from the amplitude; and generating (1420, 1535, 1625) a linearized signal at an end of the signal path based at least in part on the adjusted signal.
A conveying device for conveying a conveyance target member to be conveyed, comprising: a rotary shaft; a plurality of holding mechanisms attached to the rotary shaft in a manner rotatable in response to rotation of the rotary shaft and each capable of holding the conveyance target member, wherein the plurality of holding mechanisms are arranged at respective positions having different angles about the rotary shaft; and a speed-changing mechanism (17, 18, 32) which changes an angular speed of each of the plurality of holding mechanisms such that an angular difference arises between mutually adjacent two of the plurality of holding mechanisms; characterized by a first cover extending from a first holding mechanism which is one of the adjacent two holding mechanisms, toward a second holding mechanism which is the other of the adjacent two holding mechanisms, such that the first cover prevents foreign matter from entering a gap between the adjacent two holding mechanisms from an outside thereof in a radial direction of the rotary shaft; and a second cover extending from the second holding mechanism toward the first holding mechanism such that the second cover prevents foreign matter from entering the gap from the outside thereof in the radial direction, and overlapping with the first cover in the radial direction, wherein the first cover and the second cover have respective lengths enough to be able to overlap with each other in the radial direction, in a state in which the two holding mechanisms are furthest apart from each other. a rotary shaft; a plurality of holding mechanisms attached to the rotary shaft in a manner rotatable in response to rotation of the rotary shaft and each capable of holding the conveyance target member, wherein the plurality of holding mechanisms are arranged at respective positions having different angles about the rotary shaft; and a speed-changing mechanism (17, 18, 32) which changes an angular speed of each of the plurality of holding mechanisms such that an angular difference arises between mutually adjacent two of the plurality of holding mechanisms; characterized by a first cover extending from a first holding mechanism which is one of the adjacent two holding mechanisms, toward a second holding mechanism which is the other of the adjacent two holding mechanisms, such that the first cover prevents foreign matter from entering a gap between the adjacent two holding mechanisms from an outside thereof in a radial direction of the rotary shaft; and a second cover extending from the second holding mechanism toward the first holding mechanism such that the second cover prevents foreign matter from entering the gap from the outside thereof in the radial direction, and overlapping with the first cover in the radial direction, wherein the first cover and the second cover have respective lengths enough to be able to overlap with each other in the radial direction, in a state in which the two holding mechanisms are furthest apart from each other.
Process for the production of alkanesulfonic acids from an alkane and SO3 with the help of an initiator comprising a distillation step, wherein the total energy consumption of the process is reduced by heat integration, wherein the feed to the distillation step is heated by heat integration with the hot stream of purified alkanesulfonic acid, and/or the feed to the distillation is heated by heat integration with the hot distillation residue, and/or the feed to the distillation is first heated by heat integration with the hot purified alkanesulfonic acid and then by heat integration with the hot distillation residue, and/or the feed to the distillation is heated by heat integration with the hot stream from mixing the alkanesulfonic acid with water to yield an aqueous solution.
An articulated arm for outdoor awnings, comprising: - a first longitudinally extended element, to be connected with one of its ends to a supporting structure and provided with elastic tensioning means which are accommodated at least partially inside it, - a second longitudinally extended element, to be connected rotatably on one side of said first longitudinally extended element, with the rotation fulcrum in a region comprised between the two ends of said first element, - an elongated flexible element adapted to connect said elastic tensioning means to said second longitudinally extended element, surrounding at least partially the region in which said fulcrum is located, - said first longitudinally extended element comprising a first end portion for connection to a supporting structure, a longitudinally extended profiled element inside which said elastic tensioning means are at least partially accommodated, and a second end portion, which is for connection to said second longitudinally extended element and on which said fulcrum is present, the articulated arm being characterized in that said rotation fulcrum is not arranged at the end of the first longitudinally extended element but instead laterally along said second end portion. - a first longitudinally extended element, to be connected with one of its ends to a supporting structure and provided with elastic tensioning means which are accommodated at least partially inside it, - a second longitudinally extended element, to be connected rotatably on one side of said first longitudinally extended element, with the rotation fulcrum in a region comprised between the two ends of said first element, - an elongated flexible element adapted to connect said elastic tensioning means to said second longitudinally extended element, surrounding at least partially the region in which said fulcrum is located, - said first longitudinally extended element comprising a first end portion for connection to a supporting structure, a longitudinally extended profiled element inside which said elastic tensioning means are at least partially accommodated, and a second end portion, which is for connection to said second longitudinally extended element and on which said fulcrum is present, the articulated arm being characterized in that said rotation fulcrum is not arranged at the end of the first longitudinally extended element but instead laterally along said second end portion.
Connection arrangement, which is designed and intended for connection to the end of a corrugated pipe, the connection arrangement comprises: • a basic body with a central passage, which leads into a receiving recess provided at the end of the basic body, whereby the receiving recess is designed to accommodate the length of a corrugated pipe inserted in an insertion direction, and • a latch unit deployable through a circumferential opening of the basic body in the receiving recess with a latching element carrier and numerous latching elements integrally designed with the latching element carrier, whereby the latching element is also designed and intended to impinge a trough of the corrugated pipe and resist a movement of the corrugated pipe against the insertion direction from the receiver, whereby the latching element carrier is designed as a slit ring comprising a slit completely penetrating the wall of the latching element carrier, and whereby the latching elements are equally arranged along the circumference of the latching element carrier, characterised in that, the latch elements are arranged along the circumference of the latching element carrier in essentially seamless sequence, in other words essentially close to each other. • a basic body with a central passage, which leads into a receiving recess provided at the end of the basic body, whereby the receiving recess is designed to accommodate the length of a corrugated pipe inserted in an insertion direction, and • a latch unit deployable through a circumferential opening of the basic body in the receiving recess with a latching element carrier and numerous latching elements integrally designed with the latching element carrier, whereby the latching element is also designed and intended to impinge a trough of the corrugated pipe and resist a movement of the corrugated pipe against the insertion direction from the receiver,
A method for producing a motor vehicle interior trim component from a base body having an upper side and a bottom side, wherein an extension element on the basis of at least one polymer plastic is arranged on the base body, which extension element is produced by means of a 3D printing method, characterized in that before producing the extension element, the base body is heated at least in the region in which the extension element is produced.
Battery pack thermal management installation placed in a protecting box comprising a connection and distribution device, the connection device including: - a base, - a heat-exchange fluid inlet connector and a heat-exchange fluid outlet connector placed on a face of the base and each comprising a heat-exchange fluid circulation passage (50, 70) passing through said base, - an outlet orifice (52, 72) of each circulation passage on a face of the base separate from that carrying the inlet connector and the outlet connector, - an injection coupler inserted in and fixed in a sealed manner to the outlet orifice of the circulation passage of the inlet connector, said injection coupler having a circulation passage passing through it comprising at least two branches (56, 58) feeding heat-exchangers placed in battery contact, - an evacuation coupler inserted in and fixed in a sealed manner to the outlet orifice of the circulation passage of the outlet connector, said evacuation coupler comprising at least one branch connected to the heat-exchangers placed in battery contact, the injection coupler including a reduction of the diameter of said circulation passage on the upstream side of the division into at least two branches (56, 58) of the circulation passage passing through said injection coupler. - a base, - a heat-exchange fluid inlet connector and a heat-exchange fluid outlet connector placed on a face of the base and each comprising a heat-exchange fluid circulation passage (50, 70) passing through said base, - an outlet orifice (52, 72) of each circulation passage on a face of the base separate from that carrying the inlet connector and the outlet connector, - an injection coupler inserted in and fixed in a sealed manner to the outlet orifice of the circulation passage of the inlet connector, said injection coupler having a circulation passage passing through it comprising at least two branches (56, 58) feeding heat-exchangers placed in battery contact, - an evacuation coupler inserted in and fixed in a sealed manner to the outlet orifice of the circulation passage of the outlet connector, said evacuation coupler comprising at least one branch connected to the heat-exchangers placed in battery contact,
A method for attaching a split ring electrode to a tubing of a catheter, comprising: providing a tubing with at least one lumen, a side wall and at least one opening in the side wall providing communication between the at least one lumen and outside the tubing; passing an electrode lead wire through the at least one lumen and out of the at least one opening to expose a distal portion of the electrode lead wire; positioning the distal portion of the electrode lead wire on an outer surface of the tubing including wrapping the distal portion around the outer surface of the tubing; dispensing using a dispensing needle an electrically conductive adhesive directly on the outer surface of the tubing and the wrapped distal portion of the electrode lead wire whilst rotating the tube axially; mounting a split ring electrode on the outer surface of the tubing covering the opening, the distal portion of electrode lead wire, and the electrically conductive adhesive; and heating the electrically-conductive adhesive to reflow. providing a tubing with at least one lumen, a side wall and at least one opening in the side wall providing communication between the at least one lumen and outside the tubing; passing an electrode lead wire through the at least one lumen and out of the at least one opening to expose a distal portion of the electrode lead wire; positioning the distal portion of the electrode lead wire on an outer surface of the tubing including wrapping the distal portion around the outer surface of the tubing; dispensing using a dispensing needle an electrically conductive adhesive directly on the outer surface of the tubing and the wrapped distal portion of the electrode lead wire whilst rotating the tube axially; mounting a split ring electrode on the outer surface of the tubing covering the opening, the distal portion of electrode lead wire, and the electrically conductive adhesive; and heating the electrically-conductive adhesive to reflow.
A resin formed body containing a base resin and cellulose fibers, having a diffraction peak at a position where a scattering vector s is 3.86±0.1 nm -1 in a wide-angle X-ray diffraction measurement, and having at least one melting peak each at respective regions of 129°C or lower and 159°C or higher in a differential scanning calorimetry, and with which a peak of tan δ is observed in a range of -40±10°C in a dynamic viscoelastic measurement, and in which the peak value of tan δ is between 0.03 and 0.05, wherein the base resin contains a polypropylene resin and a polyethylene resin, and wherein the resin formed body has a cross-linkage structure, and wherein the content of the cellulose fiber in the resin formed body is 25 to 66.7 parts by mass with respect to 100 parts by mass of the base resin, and wherein the ratio of contents of the polypropylene resin to the polyethylene resin (polypropylene resin/polyethylene resin, mass ratio) is 95/5 to 50/50. wherein the base resin contains a polypropylene resin and a polyethylene resin, and wherein the resin formed body has a cross-linkage structure, and wherein the content of the cellulose fiber in the resin formed body is 25 to 66.7 parts by mass with respect to 100 parts by mass of the base resin, and wherein the ratio of contents of the polypropylene resin to the polyethylene resin (polypropylene resin/polyethylene resin, mass ratio) is 95/5 to 50/50.
A chimney starter comprising a chimney starter base and a hollow element for receiving a solid fuel product to be ignited, which hollow element comprises an upper-end, a lower-end and a grate, the grate is placed across the hollow element in the lower-end, wherein the lower-end of the hollow element rests on the chimney starter base and the chimney starter base comprises a gas burner, during use gas is transported from a gas cannister to the gas burner via a pipe, characterized in that the chimney starter base comprises means such as a fan for increasing the air flow through the hollow element, air directing means configured to move the air from the means for increasing the airflow through the hollow element to an air outlet for releasing the air through the hollow element, the air outlet of the means for increasing the air flow through the chimney starter being placed on a centre line through the hollow element.
Method for producing urea, comprising the steps: - reacting a methane-containing and also, preferably desulphurized, feed gas stream with oxygen by partial oxidation to form a synthesis gas stream comprising hydrogen and carbon monoxide, - reacting carbon monoxide of the synthesis gas stream in a water gas-shift reaction with water to form carbon dioxide and hydrogen, - dividing the synthesis gas stream into at least one first and one second synthesis gas substream (S', S"), - wherein the first synthesis gas substream (S') is subjected to a pressure-swing adsorption, wherein hydrogen is separated off from the first synthesis gas substream (S'), and - wherein the second synthesis gas substream (S") is subjected to a temperature-swing adsorption, wherein carbon dioxide is separated off from the second synthesis gas substream (S") - reacting hydrogen separated off from the first synthesis gas substream (S') with nitrogen to form ammonia, and - reacting ammonia with carbon dioxide separated off from the second synthesis gas substream (S") to form urea. - reacting a methane-containing and also, preferably desulphurized, feed gas stream with oxygen by partial oxidation to form a synthesis gas stream comprising hydrogen and carbon monoxide, - reacting carbon monoxide of the synthesis gas stream in a water gas-shift reaction with water to form carbon dioxide and hydrogen, - dividing the synthesis gas stream into at least one first and one second synthesis gas substream (S', S"), - wherein the first synthesis gas substream (S') is subjected to a pressure-swing adsorption, wherein hydrogen is separated off from the first synthesis gas substream (S'), and - wherein the second synthesis gas substream (S") is subjected to a temperature-swing adsorption, wherein carbon dioxide is separated off from the second synthesis gas substream (S") - reacting hydrogen separated off from the first synthesis gas substream (S') with nitrogen to form ammonia, and - reacting ammonia with carbon dioxide separated off from the second synthesis gas substream (S") to form urea.
A package including an acidic citrate containing concentrate comprising a total concentration of citrate of 28-45 mM; citric acid and citrate in a mole ratio of between 75:25 to 85:15; glucose; and having a pH of between 2 and 3; characterized in that the package comprises a plastic material having an oxygen permeation rate of more than 2 g/ m 2 /24h at 25°C/ 90 % RH; preferably more than 2.5 g / m 2 / 24h at 25°C/ 90% RH; preferably more than 3.5 g/m 2 /24h at 25°C/ 90 % RH.
Device for handling waste collection containers, the device comprising a coupling head which comprises a head structure arranged to be attached to the distal end of a crane arm comprised in a waste collection vehicle, said head structure comprising: a first holding member having first movable elements operated by means of first operating means, said first movable elements being movable between a handle gripping position and a handle release position and for being coupled to a mushroom-shaped handle (2, 2') fixed on an outer surface of a container for holding up said container through said handle (2, 2'), said handle (2, 2') having a first angular position, each of said first movable elements having a flat surface adapted for being placed in contact with a corresponding flat surface of the mushroom-shaped handle (2, 2') in their handle gripping position; said first operating means being controlled by means of a control unit; characterized in that the first movable elements are rotatable around a longitudinal axis of the head structure; and in that the device for handling waste collection containers further comprises a rotation device having an engaged position wherein the rotation device rotates at least the first movable elements around said longitudinal axis, and a disengaged position, wherein at least the first movable elements freely rotate around said longitudinal axis; the control unit being configured to set the rotation device at its disengaged position while the first movable elements move to the handle gripping position, so that at least the first movable elements freely rotate adapting the angular position thereof to the first angular position of the container handle (2, 2'). a first holding member having first movable elements operated by means of first operating means, said first movable elements being movable between a handle gripping position and a handle release position and for being coupled to a mushroom-shaped handle (2, 2') fixed on an outer surface of a container for holding up said container through said handle (2, 2'), said handle (2, 2') having a first angular position, each of said first movable elements having a flat surface adapted for being placed in contact with a corresponding flat surface of the mushroom-shaped handle (2, 2') in their handle gripping position; said first operating means being controlled by means of a control unit; characterized in that the first movable elements are rotatable around a longitudinal axis of the head structure; and in that the device for handling waste collection containers further comprises a rotation device having an engaged position wherein the rotation device rotates at least the first movable elements around said longitudinal axis, and a disengaged position, wherein at least the first movable elements freely rotate around said longitudinal axis; the control unit being configured to set the rotation device at its disengaged position while the first movable elements move to the handle gripping position, so that at least the first movable elements freely rotate adapting the angular position thereof to the first angular position of the container handle (2, 2').
A polyethylene composition having increased environmental stress crack resistance, the composition comprising a polymer blend of a high density polyethylene (HDPE) and polyethylene glycol present in an amount of from 2.5 wt.% to 15 wt.% by total weight of the polymer blend.