mhurhangee/patent-ind-claim-en huggingface dataset:
An antifouling coating composition comprising polymer A and antifouling agent; wherein the polymer A is a copolymer of monomer (a) and ethylenically unsaturated monomer (b) other than the monomer (a); and the monomer (a) is represented by general formula : wherein, represents hydrogen atom or methyl group; R 2 represents hydrogen, methyl group, or phenyl group; R 3 represents methyl group, ethyl group, n-propyl group, isopropyl group, n-butyl group, t-butyl group, 2-ethylhexyl group, cyclohexyl group, benzyl group, phenyl group, 2-methoxyethyl group, 4-methoxybutyl group, vinyl group, or allyl group; and n represents an integer of 2 to 10. the polymer A is a copolymer of monomer (a) and ethylenically unsaturated monomer (b) other than the monomer (a); and the monomer (a) is represented by general formula : wherein, represents hydrogen atom or methyl group; R 2 represents hydrogen, methyl group, or phenyl group; R 3 represents methyl group, ethyl group, n-propyl group, isopropyl group, n-butyl group, t-butyl group, 2-ethylhexyl group, cyclohexyl group, benzyl group, phenyl group, 2-methoxyethyl group, 4-methoxybutyl group, vinyl group, or allyl group; and n represents an integer of 2 to 10.
A booster comprising: a booster circuit configured to generate a boosted output obtained by boosting an input voltage as a target to be boosted; an auxiliary booster circuit configured to generate start-up energy necessary for starting up the booster circuit , based on the input voltage; a power storing unit configured to store all or a part of the boosted output; and a selector circuit configured to output, to the booster circuit , either one of the start-up energy output from the auxiliary booster circuit and start-up energy output from the power storing unit ; and wherein the booster circuit is configured to feed back a part of the boosted output, as operation energy, to the booster circuit itself, and control the start-up of the auxiliary booster circuit and the start-up of the power storing unit respectively based on the boosted output. a booster circuit configured to generate a boosted output obtained by boosting an input voltage as a target to be boosted; an auxiliary booster circuit configured to generate start-up energy necessary for starting up the booster circuit , based on the input voltage; a power storing unit configured to store all or a part of the boosted output; and a selector circuit configured to output, to the booster circuit , either one of the start-up energy output from the auxiliary booster circuit and start-up energy output from the power storing unit ; and wherein the booster circuit is configured to feed back a part of the boosted output, as operation energy, to the booster circuit itself, and control the start-up of the auxiliary booster circuit and the start-up of the power storing unit respectively based on the boosted output.
An interchangeable chisel holder , which can be fastened to a milling drum of a ground-working machine , having a leading chisel receptacle for exchangeably receiving a leading chisel , preferably a round shank chisel and having a trailing chisel , which is held on the interchangeable chisel holder , wherein the trailing chisel , in relation to a working movement of the interchangeable chisel holder when used in the ground-working machine , is arranged behind the leading chisel holder , characterised in that the trailing chisel is held axially and fixed in the circumferential direction thereof on the interchangeable chisel holder .
A medical device , comprising: an elongate member having a proximal end and a distal end ; a lumen disposed through the elongate member ; an opening disposed at the distal end of the elongate member in communication with the lumen ; a pushing element disposed within the lumen ; a plurality of fiducials disposed within the lumen and distal to the pushing element , wherein adjacent fiducials of the plurality of fiducials are disposed within compartments separated by spacers ; and a separating mechanism disposed at the distal end of the elongate member , the separating mechanism configured to apply a separating force to deploy one fiducial of the plurality of fiducials disposed within the lumen as other fiducials of the plurality of fiducials remain disposed within the lumen . an elongate member having a proximal end and a distal end ; a lumen disposed through the elongate member ; an opening disposed at the distal end of the elongate member in communication with the lumen ; a pushing element disposed within the lumen ; a plurality of fiducials disposed within the lumen and distal to the pushing element , wherein adjacent fiducials of the plurality of fiducials are disposed within compartments separated by spacers ; and a separating mechanism disposed at the distal end of the elongate member , the separating mechanism configured to apply a separating force to deploy one fiducial of the plurality of fiducials disposed within the lumen as other fiducials of the plurality of fiducials remain disposed within the lumen .
An mounting sleeve for mounting in a recess in a wall , comprising a first sleeve having a longitudinal axis (L), wherein a flange is arranged in the region of a first free end of the first sleeve , which projects radially outwardly beyond the circumference of the sleeve-shaped body , as a result of which it can abut against an outside of the wall , wherein the mounting sleeve comprises a second sleeve , which is arranged displaceably along the longitudinal axis (L) in the first sleeve , and wherein the mounting sleeve comprises a tensioning element with which the two sleeves can be brought from a non-tensioned position into a tensioned position, wherein the first sleeve and the second sleeve comprising at least one clamping element which, in the tensioned position, projects radially outwards beyond the circumference of the body of the first sleeve , as a result of which tensioning of the mounting sleeve with the wall can be achieved, wherein at least one first clamping element of the first sleeve projecting increasingly beyond the circumference of the body of the first sleeve with increasing tensioning, whereby radial tensioning of the mounting sleeve with the recess of the wall is achievable, wherein at least one second clamping element of the second sleeve , with increasing tensioning, projects in a predetermined range constantly beyond the circumference of the body of the first sleeve , as a result of which tensioning along the longitudinal axis (L) of the mounting sleeve can be achieved at least with an inner side of the wall , wherein the first sleeve comprises at least one slot extending along the longitudinal axis (L), through which the second clamping element can protrude outwardly, wherein the second sleeve comprises at least one wedge which, with increasing tensioning of the two sleeves , can deflect the first clamping element increasingly radially outwards, and/or wherein the first sleeve comprises at least one ramp which can deflect the second clamping element increasingly radially outwards towards the tensioned position, and wherein the tensioning element is arranged on an inwardly directed collar on the first sleeve and wherein the tensioning element is arranged on an inwardly directed tube on the second sleeve .
A receiver that is configured to receive a spatial frequency spectrum transmitted from a transmitter , to generate a speaker drive signal, and to reproduce a sound field on the basis of the acquired speaker drive signal, the receiver comprising: an orientation information acquisition unit for acquiring orientation information on a direction of a sound source; and a spatial filter application unit for applying a spatial bandpass filter on the speaker drive signal, the spatial bandpass filter having a characteristic defined by the orientation information to a sound pickup signal acquired by picking up the audio from the sound source by a microphone array configured of a plurality of microphones, characterized in that the spatial filter application unit determines the characteristic of the spatial bandpass filter such that a band width of the spatial bandpass filter is larger when an angle formed between a direction of the sound source indicated by the orientation information and the microphone array is closer to n/2. an orientation information acquisition unit for acquiring orientation information on a direction of a sound source; and a spatial filter application unit for applying a spatial bandpass filter on the speaker drive signal, the spatial bandpass filter having a characteristic defined by the orientation information to a sound pickup signal acquired by picking up the audio from the sound source by a microphone array configured of a plurality of microphones, characterized in that the spatial filter application unit determines the characteristic of the spatial bandpass filter such that a band width of the spatial bandpass filter is larger when an angle formed between a direction of the sound source indicated by the orientation information and the microphone array is closer to n/2.
An organic light emitting device, OLED, lighting module, comprising: an OLED illumination plate which comprises a first surface which is formed to be entirely flat, a second surface which is opposite to the first surface and which has a center surface and a border surface stepwisely formed around the center surface , and a transparent electrode which is formed on the stepped surface ; an FPCB substrate which comprises a main substrate portion which comprises a power terminal configured to be electrically connected to a power supply, the power terminal corresponding to the center surface , and a wing substrate portion which is formed to extend from the center surface in four directions and comprises a connection terminal corresponding to the transparent electrode; a reinforcement member which has a height the same as a step formed above the wing substrate portion which is attached onto the border surface , a circuit pattern coupling the power terminal to the connection terminal ; and a conductive adhesive film which is attached between the stepped surface and the wing substrate portion to electrically conduct the transparent electrode and the connection terminal , wherein the conductive adhesive film is an anisotropic conductive film which is attached by thermal compression to provide electrical conduction only in a direction to which a pressure is applied. an OLED illumination plate which comprises a first surface which is formed to be entirely flat, a second surface which is opposite to the first surface and which has a center surface and a border surface stepwisely formed around the center surface , and a transparent electrode which is formed on the stepped surface ; an FPCB substrate which comprises a main substrate portion which comprises a power terminal configured to be electrically connected to a power supply, the power terminal corresponding to the center surface , and a wing substrate portion which is formed to extend from the center surface in four directions and comprises a connection terminal corresponding to the transparent electrode; a reinforcement member which has a height the same as a step formed above the wing substrate portion which is attached onto the border surface , a circuit pattern coupling the power terminal to the connection terminal ; and a conductive adhesive film which is attached between the stepped surface and the wing substrate portion to electrically conduct the transparent electrode and the connection terminal , wherein the conductive adhesive film is an anisotropic conductive film which is attached by thermal compression to provide electrical conduction only in a direction to which a pressure is applied.
Pneumatic vehicle tyre having a tread having profile blocks or at least one profile rib that is encircling in the circumferential direction, in which blocks or rib there are formed sipes having sipe walls and a sipe bottom , said sipes extending, as seen in plan view, at an angle of 0° to 50° in relation to the axial direction, and having a width (bE) of 0.4 mm to 2.0 mm and a maximum depth (tE) of 60% to 100% of the profile depth (TP), wherein each sipe , as viewed in cross section, has a radially outer sipe portion which extends at an angle (α) in relation to the radial direction and, adjoining the latter, a radially inner sipe portion , which extends at an angle in relation to the radial direction and extends down to the sipe bottom , wherein the sipe portions conjointly enclose an obtuse angle (β) in such a way that the sipe has a kink where the sipe portions join one another, the one sipe wall extends over the inner side of the kink and the other sipe wall (7`) extends over the outer side of the kink, and the sipe walls (7, 7`) have radially outer wall sections (7a, 7'a) in the radially outer sipe portion and radially inner wall sections (7b, 7'b) in the radially inner sipe portion , characterized in that the angle (α) at which the radially outer sipe portion , viewed in cross section, runs in relation to the radial direction is 15° to 55°, in that the angle at which the radially inner sipe portion , viewed in cross section, runs in relation to the radial direction is 0° to 5°, and in that at the sipe wall of the sipe extending over the inner side of the kink, at least one recess extending in the radial direction is in each case formed locally, which extends over both wall sections and extends down to the sipe bottom .
A bypass duct of a turbofan gas turbine engine , the bypass duct comprising: a first shroud extending at least partially around an axis (A); a second shroud extending at least partially around the axis (A), the second shroud being radially spaced apart from the first shroud to define a bypass passage between the first and second shrouds ; a fairing having a first fairing portion secured to the first shroud and a second fairing portion radially opposite the first fairing portion , a gap (G) defined between the second fairing portion and the second shroud accommodates relative movement between the second fairing portion and the second shroud ; and a damper engaged with the second fairing portion to damp movement of the second fairing portion ; wherein: the damper includes a compressible member disposed at an interface between the second fairing portion and the second shroud ; characterized in that the fairing is disposed in the bypass passage and extends between the first and second shrouds ; the fairing includes one or more outer shell elements supported by a frame ; and the compressible member is disposed between the frame of the fairing and a bracket secured to the second shroud . a first shroud extending at least partially around an axis (A); a second shroud extending at least partially around the axis (A), the second shroud being radially spaced apart from the first shroud to define a bypass passage between the first and second shrouds ; a fairing having a first fairing portion secured to the first shroud and a second fairing portion radially opposite the first fairing portion , a gap (G) defined between the second fairing portion and the second shroud accommodates relative movement between the second fairing portion and the second shroud ; and a damper engaged with the second fairing portion to damp movement of the second fairing portion ; wherein: the damper includes a compressible member disposed at an interface between the second fairing portion and the second shroud ; characterized in that the fairing is disposed in the bypass passage and extends between the first and second shrouds ; the fairing includes one or more outer shell elements supported by a frame ; and the compressible member is disposed between the frame of the fairing and a bracket secured to the second shroud . the damper includes a compressible member disposed at an interface between the second fairing portion and the second shroud ; characterized in that the fairing is disposed in the bypass passage and extends between the first and second shrouds ; the fairing includes one or more outer shell elements supported by a frame ; and the compressible member is disposed between the frame of the fairing and a bracket secured to the second shroud .
Method for cleaning an extrusion die (M) from the residual metal (A) that remains therein as result of one or more extrusion processes at a temperature below 600 °C and for the recovery of the residual metal thereof (A), the material being in particular aluminium, the extrusion die (M) being formed by at least two parts (M1, M2) separable from each other, the method comprising the steps of: - providing a thrust member in correspondence of the extrusion die (M), said thrust member comprising at least one portion faced to said extrusion die (M) made of a polymeric material, possibly a recycled polymeric material; - reciprocally moving of said thrust member and said extrusion die (M) so as the thrusting action of the thrust member on the residual metal (A) promotes the at least partial flowing out of the latter from the extrusion die (M); - recovery of the residual metal (A) flowed out from the extrusion die (M); - removing of the polymeric material not flowed out from the extrusion die (M) during said moving step; - mechanic and/or by chemical agent removing of the residual metal (A) not flowed out from the extrusion die (M) during said moving step; - opening of the extrusion die (M); wherein said polymeric material upon said reciprocally moving of said thrust member and said extrusion die (M) has a water content lower than 7% by weight with respect to the total weight of the polymeric material, preferably lower than 5% by weight, and more preferably lower than 2% by weight with respect to the total weight of the polymeric material; wherein during said moving step said at least one portion is at least partially in a plastic deformation condition or melted so as the latter occupies the volume of the residual metal flowed out from the extrusion die (M). - providing a thrust member in correspondence of the extrusion die (M), said thrust member comprising at least one portion faced to said extrusion die (M) made of a polymeric material, possibly a recycled polymeric material; - reciprocally moving of said thrust member and said extrusion die (M) so as the thrusting action of the thrust member on the residual metal (A) promotes the at least partial flowing out of the latter from the extrusion die (M); - recovery of the residual metal (A) flowed out from the extrusion die (M); - removing of the polymeric material not flowed out from the extrusion die (M) during said moving step; - mechanic and/or by chemical agent removing of the residual metal (A) not flowed out from the extrusion die (M) during said moving step; - opening of the extrusion die (M); wherein said polymeric material upon said reciprocally moving of said thrust member and said extrusion die (M) has a water content lower than 7% by weight with respect to the total weight of the polymeric material, preferably lower than 5% by weight, and more preferably lower than 2% by weight with respect to the total weight of the polymeric material; wherein during said moving step said at least one portion is at least partially in a plastic deformation condition or melted so as the latter occupies the volume of the residual metal flowed out from the extrusion die (M).
A vertical rail slider, configured to be attached to or detached from a vertical rail extending along a first direction to be fixed to or to move relative to the vertical rail, the vertical rail slider comprising: - a body, extending along a second direction perpendicular to the first direction, provided with a sleeve portion configured to be sleeved on and fitted with the vertical rail;an abutting piece, adapted to slide along a third direction, perpendicular to the first direction and the second direction, between an attached position to the vertical rail, wherein the abutting piece abuts to the vertical rail to fit with the sleeve portion , and a detached position away from the vertical rail, the abutting piece being provided with an abutting portion provided with a first abutting surface and a second abutting surface that are inclined surfaces forming a V-shaped structure; - a rotation piece, rotatably connected to the body around an axis of the second direction, wherein the rotation piece includes an abutting buckle provided with an overlapping portion fitting with the abutting piece through fitting with the first and second abutting surfaces , and when the rotation piece is driven to rotate relative to the body, the overlapping portion obliquely abuts against the first abutting surface or the second abutting surface , thus driving the abutting piece from the attached position to the detached position; and - an elastic piece , wherein two ends of the elastic piece respectively abut against the abutting piece and the body to push the abutting piece to abut against the vertical rail when no external force is applied. - a body, extending along a second direction perpendicular to the first direction, provided with a sleeve portion configured to be sleeved on and fitted with the vertical rail;an abutting piece, adapted to slide along a third direction, perpendicular to the first direction and the second direction, between an attached position to the vertical rail, wherein the abutting piece abuts to the vertical rail to fit with the sleeve portion , and a detached position away from the vertical rail, the abutting piece being provided with an abutting portion provided with a first abutting surface and a second abutting surface that are inclined surfaces forming a V-shaped structure; - a rotation piece, rotatably connected to the body around an axis of the second direction, wherein the rotation piece includes an abutting buckle provided with an overlapping portion fitting with the abutting piece through fitting with the first and second abutting surfaces , and when the rotation piece is driven to rotate relative to the body, the overlapping portion obliquely abuts against the first abutting surface or the second abutting surface , thus driving the abutting piece from the attached position to the detached position; and - an elastic piece , wherein two ends of the elastic piece respectively abut against the abutting piece and the body to push the abutting piece to abut against the vertical rail when no external force is applied.