mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: transmitting radio transmissions including data and/or control information, and a common phase error correction reference signal with the data and/or control information; characterized in that said common phase error correction reference signal occupies a variable amount of radio resources and in that the method further comprises: transmitting information indicating a structure of the common phase error correction reference signal from a set of possible structures, wherein the common phase error correction reference signal occupies one or more radio resources in accordance with an adaptive reference signal structure, and transmitting said common phase error correction reference signal only when said transmitting of the data and/or control information uses a modulation and coding scheme having an order of complexity above a predetermined threshold. transmitting information indicating a structure of the common phase error correction reference signal from a set of possible structures, wherein the common phase error correction reference signal occupies one or more radio resources in accordance with an adaptive reference signal structure, and transmitting said common phase error correction reference signal only when said transmitting of the data and/or control information uses a modulation and coding scheme having an order of complexity above a predetermined threshold.
A method of cold storage and at least hot delivery of a brewed beverage, consisting essentially of: obtaining a container that contains a batch quantity of a brewed beverage, wherein said container containing said batch quantity of said brewed beverage is cooled or has been cooled to a cold storage temperature; coupling said container with a dispensing line; coupling said dispensing line with a tankless heat exchanger; providing a serving quantity comprising a single portion of said brewed beverage from said container along said dispensing line coupled to said container; heating said single portion of said brewed beverage with said tankless heat exchanger coupled with said dispensing line to a predefined serving temperature that is greater than said cold storage temperature, wherein said heating occurs on demand at a time of dispensing and at or near a point of dispensing while a remaining brewed batch of said brewed beverage in said container is maintained at said cold storage temperature; and, dispensing said single portion of said brewed beverage from a dispenser tap coupled with said tankless heat exchanger. obtaining a container that contains a batch quantity of a brewed beverage, wherein said container containing said batch quantity of said brewed beverage is cooled or has been cooled to a cold storage temperature; coupling said container with a dispensing line; coupling said dispensing line with a tankless heat exchanger; providing a serving quantity comprising a single portion of said brewed beverage from said container along said dispensing line coupled to said container; heating said single portion of said brewed beverage with said tankless heat exchanger coupled with said dispensing line to a predefined serving temperature that is greater than said cold storage temperature, wherein said heating occurs on demand at a time of dispensing and at or near a point of dispensing while a remaining brewed batch of said brewed beverage in said container is maintained at said cold storage temperature; and, dispensing said single portion of said brewed beverage from a dispenser tap coupled with said tankless heat exchanger.
A method for treating cloths by spraying with a chemical dispersion comprising a liquid, the method comprising: - inserting the cloths in the interior of a rotatable drum adapted for being rotated about its longitudinal axis (LD), the drum comprising a plurality of paddles which are attached to the interior surface of the drum , wherein for each of at least two of said plurality of paddles the paddle's longitudinal axis (LP) forms an angle a of between 5 degrees and 85 degrees with the geometrical orthogonal projection (OP) of said paddle's longitudinal axis (LP) on a geometrical plane (N) which is normal to the drum's longitudinal axis (LD); - spraying the chemical dispersion to the cloths by means of a dispersion supply system connected to spraying means ; - rotating the drum about its longitudinal axis (LD) with rotation means connected to the drum , the method being characterized in that it comprises reversing the rotational direction about the drum's longitudinal axis (LD) at least one time, and during at least part of the duration of rotating, with the spraying means spraying the interior of the drum with the chemical dispersion, wherein the spraying means are located in front of a mouth of the drum and facing an opening towards the interior of the drum , or the spraying means are located on a ring-shaped perimeter of the mouth of the drum , or said spraying means are attached to a movable door of a chamber that encloses said rotatable drum , and said movable door when closed faces the mouth and the interior of the drum . - inserting the cloths in the interior of a rotatable drum adapted for being rotated about its longitudinal axis (LD), the drum comprising a plurality of paddles which are attached to the interior surface of the drum , wherein for each of at least two of said plurality of paddles the paddle's longitudinal axis (LP) forms an angle a of between 5 degrees and 85 degrees with the geometrical orthogonal projection (OP) of said paddle's longitudinal axis (LP) on a geometrical plane (N) which is normal to the drum's longitudinal axis (LD); - spraying the chemical dispersion to the cloths by means of a dispersion supply system connected to spraying means ; - rotating the drum about its longitudinal axis (LD) with rotation means connected to the drum ,
A cross fire tube installation/removal apparatus for use with a combustor of a gas turbine engine , comprising: a cross fire tube assembly ; the cross fire tube assembly comprising a sleeve with a tube groove therein; and a cross fire tube tool ; the cross fire tube tool comprising a spring with a spring flange ; wherein the spring flange is sized to engage the tube groove , wherein the cross fire tube tool comprises a locking knob and a reaction arm positioned on one end of the spring , wherein the spring is maneuverable within the reaction arm via the locking knob . a cross fire tube assembly ; the cross fire tube assembly comprising a sleeve with a tube groove therein; and a cross fire tube tool ; the cross fire tube tool comprising a spring with a spring flange ; wherein the spring flange is sized to engage the tube groove , wherein the cross fire tube tool comprises a locking knob and a reaction arm positioned on one end of the spring , wherein the spring is maneuverable within the reaction arm via the locking knob .
A substrate holder (WT) for use in a lithographic apparatus and configured to support a substrate (W), the substrate holder (WT) comprising: a main body having a main body surface ; a plurality of burls projecting from the main body surface to support the substrate (W) spaced apart from the main body surface ; and a liquid control structure provided in a peripheral region of the main body surface and configured to cause liquid to preferentially flow toward the periphery of the main body surface , characterised in that the liquid control structure comprises a plurality of channels extending from an inner side of the peripheral region to an outer side of the peripheral region . a main body having a main body surface ; a plurality of burls projecting from the main body surface to support the substrate (W) spaced apart from the main body surface ; and a liquid control structure provided in a peripheral region of the main body surface and configured to cause liquid to preferentially flow toward the periphery of the main body surface , characterised in that the liquid control structure comprises a plurality of channels extending from an inner side of the peripheral region to an outer side of the peripheral region .
Rotary clothes dryer with a stand tube and with a sliding joint which is supported displaceable along the stand tube for opening the rotary clothes dryer and which can be transferred from a lower position, in which the rotary clothes dryer is closed, into an upper position, in which the rotary clothes dryer is open, wherein a sliding element being arranged above the sliding joint and leading the sliding joint during at least part of the opening movement, wherein the rotary clothes dryer comprises an uplift mechanism formed by a line driven lifting means, wherein a deflection point for a pull-up line of the line driven lifting means is arranged on the sliding joint and the pull-up line engaging on the sliding joint is guided from the latter further upwards to the deflection point provided on the sliding joint , wherein the pull-up line forms in the area of the deflection point the end portion of pull-up line to be gripped by the user for actuating the uplift mechanism.
A portable body fluid testing device comprising: a test unit configured such that a first side of a body formed to be long in one direction is provided with a sample part onto which body fluid of a user is applied, a magnifying lens group is provided, and a second side of the body is provided with a contact portion ; and a user terminal having a camera to be brought in contact with the contact portion of the test unit and configured to take an image of the body fluid applied onto the sample part , and configured for analyzing the image of the body fluid to determine a state of the body fluid, characterized by the contact portion having a flange formed by extending from the body in the radial direction and having a bonding member for fixing the test unit to the camera formed on the surface of the contact portion and the flange . a test unit configured such that a first side of a body formed to be long in one direction is provided with a sample part onto which body fluid of a user is applied, a magnifying lens group is provided, and a second side of the body is provided with a contact portion ; and a user terminal having a camera to be brought in contact with the contact portion of the test unit and configured to take an image of the body fluid applied onto the sample part , and configured for analyzing the image of the body fluid to determine a state of the body fluid, characterized by the contact portion having a flange formed by extending from the body in the radial direction and having a bonding member for fixing the test unit to the camera formed on the surface of the contact portion and the flange .
An apparatus for investigating a subsurface volume of interest from a borehole, comprising: - an enclosure configured for conveyance along the borehole; - an acoustic source in the enclosure configured to generate acoustic signals; - a lens assembly disposed in the enclosure and next to the acoustic source, the apparatus characterized by : the lens assembly being formed of a plurality of metamaterial cells , each metamaterial cell formed as a column oriented transverse to a direction of travel of the acoustical signals; - wherein each metamaterial cell comprises a plurality of cell segments with each cell segment of the plurality comprising at least one arcuate wall and at least one radial finger , and wherein the cell segments are oriented in alignment with a rhodonea conformal mapping geometry in a plane transverse to the column to cause acoustic waves to travel at a different speed in each of three orthogonal directions. - an enclosure configured for conveyance along the borehole; - an acoustic source in the enclosure configured to generate acoustic signals; - a lens assembly disposed in the enclosure and next to the acoustic source, - wherein each metamaterial cell comprises a plurality of cell segments with each cell segment of the plurality comprising at least one arcuate wall and at least one radial finger , and wherein the cell segments are oriented in alignment with a rhodonea conformal mapping geometry in a plane transverse to the column to cause acoustic waves to travel at a different speed in each of three orthogonal directions.
Antenna arrangement , configured to radiate a high frequency measurement signal from a measurement sensor of a measuring device , comprising: an antenna made of a plastic material; a waveguide made of the plastic material, wherein the waveguide is integrally formed with the antenna ; a wall on the outside of the antenna that has metallization or is made of metal; and characterized in that the antenna arrangement further comprising: an anti-reflection element configured on an outer side of a transition region between the antenna and the waveguide and configured to reduce reflections of the measurement signal in the transition region . wherein the anti-reflection element is configured to be slid through in a holder , which is a press holder, of the measuring device . an antenna made of a plastic material; a waveguide made of the plastic material, wherein the waveguide is integrally formed with the antenna ; a wall on the outside of the antenna that has metallization or is made of metal; and characterized in that the antenna arrangement further comprising: an anti-reflection element configured on an outer side of a transition region between the antenna and the waveguide and configured to reduce reflections of the measurement signal in the transition region . wherein the anti-reflection element is configured to be slid through in a holder , which is a press holder, of the measuring device . an anti-reflection element configured on an outer side of a transition region between the antenna and the waveguide and configured to reduce reflections of the measurement signal in the transition region . wherein the anti-reflection element is configured to be slid through in a holder , which is a press holder, of the measuring device .
A process for optimizing the operation of a plug-flow fermenter for the anaerobic fermentation of organic wastes, wherein the plug-flow fermenter comprises a horizontally oriented fermenter tank and a stirrer , which stirrer comprises a stirrer shaft which traverses the interior of the fermenter tank in an axial manner and multiple paddles which are arranged on the stirrer shaft and protrude radially and also a drive (20; 200), and the fermentation material is moved in the fermenter tank by means of the stirrer , characterized in that a) the torque and/or the power of the drive (20; 200) is measured, b) the particular measurement value A1 actual obtained in a) is compared with a predefined nominal value A1 nominal , and c) depending on the deviation of the measurement value A1 actual from the nominal value A1 nominal , the rotational speed of the stirrer shaft , the rotational direction of the stirrer shaft and/or the dry-substance portion of the fermentation material is adjusted. a) the torque and/or the power of the drive (20; 200) is measured, b) the particular measurement value A1 actual obtained in a) is compared with a predefined nominal value A1 nominal , and c) depending on the deviation of the measurement value A1 actual from the nominal value A1 nominal , the rotational speed of the stirrer shaft , the rotational direction of the stirrer shaft and/or the dry-substance portion of the fermentation material is adjusted.
A battery module, wherein comprising: a battery cell group ; and a welding assembly, comprising two first weldment and two second weldment ; wherein the two first weldments is located at two ends of the battery cell group , respectively; the two second weldments is located at both sides of the battery cell group , respectively; and the adjacent first weldment and the second weldment are welded and fixed; wherein the second weldment is welded and fixed to the first weldment , and forming a welding seam ; at least one side of the welding seam is provided with an exhaust channel ; and the exhaust channel is located between the first weldment and the second weldment ; wherein the first weldment and/or the second weldment comprises a base layer and a coating layer ; the coating layer is arranged on a surface of the base layer ; and a boiling point of the coating layer is lower than a melting point of the base layer . a battery cell group ; and a welding assembly, comprising two first weldment and two second weldment ; wherein the two first weldments is located at two ends of the battery cell group , respectively; the two second weldments is located at both sides of the battery cell group , respectively; and the adjacent first weldment and the second weldment are welded and fixed; wherein the second weldment is welded and fixed to the first weldment , and forming a welding seam ; at least one side of the welding seam is provided with an exhaust channel ; and the exhaust channel is located between the first weldment and the second weldment ; wherein the first weldment and/or the second weldment comprises a base layer and a coating layer ; the coating layer is arranged on a surface of the base layer ; and a boiling point of the coating layer is lower than a melting point of the base layer .
A pressure gauge with a display structure, the pressure gauge including a cylindrical body which is formed in a pen shape, and the pressure gauge including a colored O-ring , wherein the cylindrical body is transparent; the colored O-ring is movable and configured to indicate a pressure value on a scale portion ; characterized in that the scale portion is not printed on the cylindrical body of the pressure gauge and includes a transparent panel detachably connected with the cylindrical body of the pressure gauge , wherein the pressure value of the scale portion is marked on an internal face of the transparent panel , and the internal face faces the cylindrical body of the pressure gauge ; and wherein the transparent panel further includes at least one second calibration unit , wherein the second calibration unit is defined by two crosses printed on the internal face and the external face of the transparent panel respectively, . such that a height difference and an oblique viewing angle are formed between the internal face and the external face so that a viewing sight is perpendicular to the scale portion , and the pressure value is viewable accurately via the internal face and the external face of the transparent panel . the cylindrical body is transparent; the colored O-ring is movable and configured to indicate a pressure value on a scale portion ; characterized in that the scale portion is not printed on the cylindrical body of the pressure gauge and includes a transparent panel detachably connected with the cylindrical body of the pressure gauge , wherein the pressure value of the scale portion is marked on an internal face of the transparent panel , and the internal face faces the cylindrical body of the pressure gauge ; and wherein the transparent panel further includes at least one second calibration unit , wherein the second calibration unit is defined by two crosses printed on the internal face and the external face of the transparent panel respectively, . such that a height difference and an oblique viewing angle are formed between the internal face and the external face so that a viewing sight is perpendicular to the scale portion , and the pressure value is viewable accurately via the internal face and the external face of the transparent panel .
A system for repairing an atrioventricular valve, comprising: two or more anchors (300, 400a-e); an anchor delivery device including a sheath for at least partially retaining the anchors (300, 400a-e) in a collapsed form, wherein the anchor delivery device is configured to deliver the anchors (300, 400a-e) to the atrioventricular valve ; wherein one of the anchors (300, 400a-e) and an adjacent anchor (300, 400a-e) are connectable to each other in an expanded form, to link a series of anchors (300, 400a-e) implanted at least partially around the atrioventricular valve , characterized in that the anchor (300, 400a-e) and the adjacent anchor (300, 400a-e) in the expanded form comprise a bulb (310a-b; 410a-b; 450a-b; 905a-b; 910a-b) at either end. two or more anchors (300, 400a-e); an anchor delivery device including a sheath for at least partially retaining the anchors (300, 400a-e) in a collapsed form, wherein the anchor delivery device is configured to deliver the anchors (300, 400a-e) to the atrioventricular valve ; wherein one of the anchors (300, 400a-e) and an adjacent anchor (300, 400a-e) are connectable to each other in an expanded form, to link a series of anchors (300, 400a-e) implanted at least partially around the atrioventricular valve , characterized in that the anchor (300, 400a-e) and the adjacent anchor (300, 400a-e) in the expanded form comprise a bulb (310a-b; 410a-b; 450a-b; 905a-b; 910a-b) at either end.
A process for growing at least one semiconductor nanowire , said growing process comprising a step of forming, on a substrate , a nucleation layer for the growth of the nanowire and a step of growth of the nanowire , characterized in that the step of forming the nucleation layer comprises the following steps: - deposition onto the substrate of a layer of a transition metal , said transition metal being titanium, - nitridation of at least part of the transition metal layer so as to form a transition metal nitride layer, said transition metal nitride being titanium nitride, the transition metal nitride layer having a surface intended for the growth of the nanowire , the nitridation being performed before the nanowire growth. - deposition onto the substrate of a layer of a transition metal , said transition metal being titanium, - nitridation of at least part of the transition metal layer so as to form a transition metal nitride layer, said transition metal nitride being titanium nitride, the transition metal nitride layer having a surface intended for the growth of the nanowire , the nitridation being performed before the nanowire growth.