mhurhangee/patent-ind-claim-en huggingface dataset:
A wall plate securing member for securing a wall plate to a framework of a building to form an exterior wall thereof, the wall plate securing member being formed from a metal plate and comprising: a fixing portion that is configured to be fixed to the framework ; a supporting portion that projects from the fixing portion and that is configured to support the wall plate ; a first engagement portion that is disposed on the supporting portion and extends in a first direction and engages with the wall plate ; a second engagement portion that is disposed on the supporting portion and extends in a second direction, which is opposite to the first direction, and that is configured to engage with the wall plate ; a first contact portion that is disposed in the first direction from the supporting portion and that is configured to contact a back surface of the wall plate ; and a second contact portion that is disposed in the second direction from the supporting portion and that is configured to contact the back surface of the wall plate , characterized in that the second contact portion is formed in a folded portion extending from the fixing portion and the folded portion is folded in the same side as the supporting portion towards the supporting portion . a fixing portion that is configured to be fixed to the framework ; a supporting portion that projects from the fixing portion and that is configured to support the wall plate ; a first engagement portion that is disposed on the supporting portion and extends in a first direction and engages with the wall plate ; a second engagement portion that is disposed on the supporting portion and extends in a second direction, which is opposite to the first direction, and that is configured to engage with the wall plate ; a first contact portion that is disposed in the first direction from the supporting portion and that is configured to contact a back surface of the wall plate ; and a second contact portion that is disposed in the second direction from the supporting portion and that is configured to contact the back surface of the wall plate , characterized in that the second contact portion is formed in a folded portion extending from the fixing portion and the folded portion is folded in the same side as the supporting portion towards the supporting portion .
The method of titanium surface modification by plasma electrochemical oxidation in aqueous Ca(H 2 PO 2 ) 2 baths at a concentration from 0.01 mol·dm -3 to 5 mol·dm -3 with an anodic current density from 1 mA·cm -2 to 250 mA·cm -2 and applied voltage from 50 V to 600 V is by immersing the element which surface is to be modified in the aqueous Ca(H 2 PO 2 ) 2 solution characterized in that the bath comprises insoluble particles of metal phosphate at a concentration from 1 g·dm -3 to 400 g·dm -3 , and the aqueous salt solution contains copper(II) phosphate Cu 3 (PO 4 ) 2 at a concentration from 1 g·dm -3 to 400 g·dm -3 or the aqueous salt solution contains silver(I) phosphate Ag 3 PO 4 at a concentration from 1 g·dm -3 to 400 g·dm -3 or the aqueous salt solution contains zinc phosphate Zn 3 (PO 4 ) 2 at a concentration from 1 g·dm -3 to 400 g·dm -3 .
A quick-install cable management bracket assembly , comprising: a generally C-shaped bracket having a first leg , a second leg extending generally parallel to the first leg, and a third leg interconnecting the first and second legs ; a flange extending at an angle from a distal end of the second leg ; a longitudinal slot extending from a distal end of the first leg ; a longitudinal slot extending through a portion of the second leg and a portion of the flange ; and a fastener extending through the slot in the second leg , movably secured to the second leg , and movable between an open position in which the fastener is spaced apart from the first leg and a closed position in which the fastener is positioned within the slot in the first leg characterized in that ; the first leg includes folded edges and a folded end to provide strength to the first leg , wherein the folded edges each form a flange that extend from each side of the first leg and are bent over the first leg to create a gap between the flanges and the first leg , and wherein the folded end forms a flange that extends from a distal end of the first leg and is bent back to extend over the first leg to create a gap between the flange and first leg . a generally C-shaped bracket having a first leg , a second leg extending generally parallel to the first leg, and a third leg interconnecting the first and second legs ; a flange extending at an angle from a distal end of the second leg ; a longitudinal slot extending from a distal end of the first leg ; a longitudinal slot extending through a portion of the second leg and a portion of the flange ; and a fastener extending through the slot in the second leg , movably secured to the second leg , and movable between an open position in which the fastener is spaced apart from the first leg and a closed position in which the fastener is positioned within the slot in the first leg characterized in that ; the first leg includes folded edges and a folded end to provide strength to the first leg , wherein the folded edges each form a flange that extend from each side of the first leg and are bent over the first leg to create a gap between the flanges and the first leg , and wherein the folded end forms a flange that extends from a distal end of the first leg and is bent back to extend over the first leg to create a gap between the flange and first leg .
A weighing method with an automatic micro-calibration function, comprising the steps of: installing and connecting a material tank to a self-calibration weighing module and a control system; sending an instruction, by the control system, for performing an automatic adjustment to the self-calibration weighing module; performing the automatic adjustment by loading the material tank by the self-calibration weighing module, and displaying loaded weight data and performing the steps of: determining in the control system whether a result of the automatic adjustment meets the predetermined requirement, and, only if the result of the automatic adjustment does not meet the predetermined requirement, instructing, by the control system, the self-calibration weighing module to perform an automatic calibration; performing the step of weighing the fine formulation materials using weighing control on the fine formulation materials by a feeding system of the material tank; and switching, by the control system, back to calibrated data of the material tank, and weighing large-weight mixed solvent materials. installing and connecting a material tank to a self-calibration weighing module and a control system; sending an instruction, by the control system, for performing an automatic adjustment to the self-calibration weighing module; performing the automatic adjustment by loading the material tank by the self-calibration weighing module, and displaying loaded weight data and performing the steps of: determining in the control system whether a result of the automatic adjustment meets the predetermined requirement, and, only if the result of the automatic adjustment does not meet the predetermined requirement, instructing, by the control system, the self-calibration weighing module to perform an automatic calibration; determining in the control system whether a result of the automatic adjustment meets the predetermined requirement, and, only if the result of the automatic adjustment does not meet the predetermined requirement, instructing, by the control system, the self-calibration weighing module to perform an automatic calibration; performing the step of weighing the fine formulation materials using weighing control on the fine formulation materials by a feeding system of the material tank; and switching, by the control system, back to calibrated data of the material tank, and weighing large-weight mixed solvent materials.
A method comprising: receiving, by a decoding device, encoded audio information and metadata associated with an audio signal, the metadata including one or more decoding-control parameters, a measure of a loudness of the encoded audio information and one or more first parameter values specifying dynamic range compression (DRC) according to a first profile associated with a first reference reproduction level, and one or more second parameter values specifying DRC according to a second profile associated with a second reference reproduction level higher than the first reference reproduction level and within a range of reference reproduction levels; specifying, for the decoding device, a reference reproduction level; applying, by the decoding device, a decoding process to the encoded audio information to obtain subband signals representing spectral content of the audio signal; modifying, by the decoding device, the subband signals using the one or more second DRC parameter values specifying DRC according to the second profile to obtain modified subband signals with changed dynamic range characteristics, in response to specifying the reference reproduction level, for the decoding device, to the second reference reproduction level; applying, by the decoding device, a synthesis filter bank to the modified subband signals to obtain a time-domain audio signal; and using, by the decoding device, the loudness measure to adjust amplitudes of the time-domain audio signal to achieve the reference reproduction level for the decoding device. receiving, by a decoding device, encoded audio information and metadata associated with an audio signal, the metadata including one or more decoding-control parameters, a measure of a loudness of the encoded audio information and one or more first parameter values specifying dynamic range compression (DRC) according to a first profile associated with a first reference reproduction level, and one or more second parameter values specifying DRC according to a second profile associated with a second reference reproduction level higher than the first reference reproduction level and within a range of reference reproduction levels; specifying, for the decoding device, a reference reproduction level; applying, by the decoding device, a decoding process to the encoded audio information to obtain subband signals representing spectral content of the audio signal; modifying, by the decoding device, the subband signals using the one or more second DRC parameter values specifying DRC according to the second profile to obtain modified subband signals with changed dynamic range characteristics, in response to specifying the reference reproduction level, for the decoding device, to the second reference reproduction level; applying, by the decoding device, a synthesis filter bank to the modified subband signals to obtain a time-domain audio signal; and using, by the decoding device, the loudness measure to adjust amplitudes of the time-domain audio signal to achieve the reference reproduction level for the decoding device.
Glass run channel assembly for a vehicle, comprising at least one extruded profile member , and at least one molded member connected to the profile member by an injection molding process, wherein the extruded profile member comprises at least one pre-processed structured surface area adapted to increase grip between the profile member and a molding tool during the molding process, characterised in that the structured surface area is provided at a longitudinal end portion of the profile member , and wherein the structured surface area has a predefined roughness between 36 and 41 according to VDI 3400. at least one extruded profile member , and at least one molded member connected to the profile member by an injection molding process, the extruded profile member comprises at least one pre-processed structured surface area adapted to increase grip between the profile member and a molding tool during the molding process, characterised in that the structured surface area is provided at a longitudinal end portion of the profile member , and wherein the structured surface area has a predefined roughness between 36 and 41 according to VDI 3400.
An air-less tire comprising: an annular tread ring having a ground contact surface ; a hub to be fixed to an axle and disposed radially inward of the tread ring ; and spokes connecting the tread ring and the hub ; wherein the tread ring comprises a tread rubber forming the ground contact surface , an outer reinforcing cord layer disposed proximately to the tread rubber , an inner reinforcing cord layer disposed radially inward of the outer reinforcing cord layer and a shear rubber layer disposed between the outer reinforcing cord layer and the inner reinforcing cord layer , and wherein the outer reinforcing cord layer comprises a first cord ply having first cords inclining with respect to a tire circumferential direction and a second cord ply disposed radially outward of the first cord ply and having second cords inclining in an opposite direction to the first cords with respect to the tire circumferential direction, characterized in that the outer reinforcing cord layer , with respect to the number of plies, is greater than the inner reinforcing cord layer and wherein the inner reinforcing cord layer comprises a third cord ply having third cords arranged in parallel with the tire circumferential direction. an annular tread ring having a ground contact surface ; a hub to be fixed to an axle and disposed radially inward of the tread ring ; and spokes connecting the tread ring and the hub ; wherein the tread ring comprises a tread rubber forming the ground contact surface , an outer reinforcing cord layer disposed proximately to the tread rubber , an inner reinforcing cord layer disposed radially inward of the outer reinforcing cord layer and a shear rubber layer disposed between the outer reinforcing cord layer and the inner reinforcing cord layer , and wherein the outer reinforcing cord layer comprises a first cord ply having first cords inclining with respect to a tire circumferential direction and a second cord ply disposed radially outward of the first cord ply and having second cords inclining in an opposite direction to the first cords with respect to the tire circumferential direction, characterized in that the outer reinforcing cord layer , with respect to the number of plies, is greater than the inner reinforcing cord layer and wherein the inner reinforcing cord layer comprises a third cord ply having third cords arranged in parallel with the tire circumferential direction.
Device for the portioned dispensing of a liquid, preferably therapeutic, medium, having first and second housing parts which are arranged to be longitudinally movable relative to one another on a common longitudinal axis (A) between an unactuated rest position and an actuated end position, a piston arranged axially fixed to the first housing part , a pressure plunger arranged axially fixed to the second housing part , which is arranged in longitudinal alignment with the piston and is composed of a closed end face and a plunger casing , a dosing cavity which is enclosed by an inner wall of the piston and into which the pressure plunger can be lowered by actuation of the device, and a liquid channel which extends from the dosing cavity and is in fluid communication with a valve-controlled discharge opening in the first housing part , characterized by an inner sealing section formed on the inner wall of the piston , against which, when the pressure plunger is partially or completely lowered into the dosing cavity , an outer sealing section formed on the outside of the plunger casing bears against it without any gap, wherein the actuation of the device is divided into individual phases, wherein a first phase is the still unactuated rest or initial state, in which there is no contact and therefore no mutual sealing between the piston and the pressure plunger , therapeutic fluid being able to flow unhindered from a fluid supply in a storage space surrounding the dosing cavity into the dosing cavity and fill the latter in the first phase, in a second and third phase, with the pressure plunger partially lowered into the dosing cavity and with the pressure plunger fully lowered, the inner sealing section rests against the opposite outer sealing section without any gaps, so that the dosing cavity is separated from the fluid supply of the surrounding storage space from the second phase onwards and, in the third phase, pressure is applied to the medium thus separated, causing it to be pressed toward the discharge opening and to leave it. first and second housing parts which are arranged to be longitudinally movable relative to one another on a common longitudinal axis (A) between an unactuated rest position and an actuated end position, a piston arranged axially fixed to the first housing part , a pressure plunger arranged axially fixed to the second housing part , which is arranged in longitudinal alignment with the piston and is composed of a closed end face and a plunger casing , a dosing cavity which is enclosed by an inner wall of the piston and into which the pressure plunger can be lowered by actuation of the device, and a liquid channel which extends from the dosing cavity and is in fluid communication with a valve-controlled discharge opening in the first housing part ,
A computer-implemented method for generating one or more radiotherapy treatment plans, the method comprising: receiving a set of pairs of image data for each gantry angle of a radiotherapy treatment machine, wherein each pair of the set of pairs comprises a given projection image that represents a view of an anatomy of a subject from a given gantry angle and a given graphical aperture image of multi-leaf collimator, MLC, leaf positions at the given gantry angle based on the given projection image; training a generative adversarial network, GAN, model based on the set of pairs of image data for each gantry angle; and using the trained GAN model to predict an aperture image of MLC leaf positions for a desired gantry angle based on a projection image that represents a view of an anatomical region of interest. receiving a set of pairs of image data for each gantry angle of a radiotherapy treatment machine, wherein each pair of the set of pairs comprises a given projection image that represents a view of an anatomy of a subject from a given gantry angle and a given graphical aperture image of multi-leaf collimator, MLC, leaf positions at the given gantry angle based on the given projection image; training a generative adversarial network, GAN, model based on the set of pairs of image data for each gantry angle; and using the trained GAN model to predict an aperture image of MLC leaf positions for a desired gantry angle based on a projection image that represents a view of an anatomical region of interest.
A catalytic fabric, comprising: • a pile fabric comprising: ∘ a weft and at least one ground warp of twisted yarns in glass, metal or combinations thereof, of size ranging from 5 to 2000 tex; ∘ a pile warp of pile height between 0.5 and 15 mm, the yarns of which are twisted yarns in glass, of size ranging from 5 to 2000 tex; and • at least one photocatalyst. • a pile fabric comprising: ∘ a weft and at least one ground warp of twisted yarns in glass, metal or combinations thereof, of size ranging from 5 to 2000 tex; ∘ a pile warp of pile height between 0.5 and 15 mm, the yarns of which are twisted yarns in glass, of size ranging from 5 to 2000 tex; and ∘ a weft and at least one ground warp of twisted yarns in glass, metal or combinations thereof, of size ranging from 5 to 2000 tex; ∘ a pile warp of pile height between 0.5 and 15 mm, the yarns of which are twisted yarns in glass, of size ranging from 5 to 2000 tex; and • at least one photocatalyst.
A card comprising: a plastic layer having first and second surfaces, a width W and a length L; windings wound along the first surface of the plastic layer or within said plastic layer to form a card antenna ; a metal layer overlying the plastic layer ; said metal layer having a first surface and a second surface , and a width and a length equal to that of the plastic layer ; wherein the second surface faces the plastic layer ; a module having a chip and a chip antenna for communicating with the card antenna ; characterized in that a groove is formed within the second surface of said metal layer ; and a strip of ferrite material is arranged in said groove disposed between the second surface of the metal layer and the antenna windings ; said ferrite material strip extending over and overlying the antenna windings ; the ferrite material strip having a length and width limited to track the underlying antenna windings , wherein the ferrite material is disposed to shield the card antenna and the chip antenna to provide improved RF shielding between the metal layer and the windings of both the card antenna and the chip antenna . a plastic layer having first and second surfaces, a width W and a length L; windings wound along the first surface of the plastic layer or within said plastic layer to form a card antenna ; a metal layer overlying the plastic layer ; said metal layer having a first surface and a second surface , and a width and a length equal to that of the plastic layer ; wherein the second surface faces the plastic layer ; a module having a chip and a chip antenna for communicating with the card antenna ; characterized in that a groove is formed within the second surface of said metal layer ; and a strip of ferrite material is arranged in said groove disposed between the second surface of the metal layer and the antenna windings ; said ferrite material strip extending over and overlying the antenna windings ; the ferrite material strip having a length and width limited to track the underlying antenna windings , wherein the ferrite material is disposed to shield the card antenna and the chip antenna to provide improved RF shielding between the metal layer and the windings of both the card antenna and the chip antenna .
A receiving structure which is provided for casting into a matrix material, in particular concrete , of a building element and has at least two receiving elements which project out of the receiving structure in such a way that they project at least partially into the matrix material, wherein the at least two receiving elements each have a receiving space , which has an opening towards the surface of the building component , which opening is accessible from the outside and through which at least one functional component is introduced for insertion into the receiving space , at least one position-securing element being provided for securing the position of a textile reinforcement relative to the receiving structure , and wherein the receiving structure is designed to essentially predetermine the outer shape of at least one surface of the structural element , characterised in that the at least two receiving elements are connected to one another in an articulated manner by at least one web by means of a pivot connection , and in that the at least one web has thin sections, which are designed as deformable web sections , and a thick section, which is designed as a rigid web section , so that the receiving structure can be curved several times and the receiving elements assume a position essentially tangential to the curved surface, but do not themselves undergo any deformation.