mhurhangee/ep-ind-claims huggingface dataset:
A yarn clamping device for a spindle of a spinning or twisting machine, having a first clamping element arranged in a stationary position on the spindle upper part, a second clamping element mounted in an axially displaceable arrangement relative to the first clamping element and a weighting device which pushes the second clamping element in the direction of the first clamping element by spring force, as well as a relieving device which positions the second clamping element at a distance from the first clamping element by centrifugal force, wherein a spring element is used as the weighting and relieving device and is guided on a stationary positioned underwind sleeve of the spindle and is functionally connected to the second clamping element mounted in a displaceable arrangement, wherein the spring element is provided with centrifugal force elements which, as a function of the rotational speed of the spindle, influence the shape of the spring element and thus determine the position of the second clamping element, characterised in that, the centrifugal force elements are connected to the spring element in such a way that, below a certain rotational speed level of the spindle, they are swivelled into receptacles of the underwind sleeve, the second clamping element is positioned in abutment against the first clamping element when the centrifugal force elements which are pushed by the preformed spring element are swivelled into the receptacles of the underwind sleeve, and the spring element is configured in such a manner that, when the rotational speed of the spindle reaches a limit value, it is deformed by the centrifugal force elements folding out of the receptacles of the underwind sleeve and it thereby ensures that the second clamping element is positioned at a distance from the first clamping element.
A device for remotely controlling the sharpness and/or zoom and/or iris of a camera and/or camera lens by means of a knob and transmission shaft, characterized in that said mechanical transmission shaft transmits the rotations of said knob actuated from a shoulder handle by the thumb and/or index finger of the user, the other fingers used to catch said handle, up to the lens of the said camera and/or camera, by means of a system known as "Point Follower", commonly referred to as "Follow-focus" by the skilled person, said transmission shaft having at both ends a tip (2,13) mechanically connected on the one hand to the said knob for the first bit and on the other hand to the "Point Follower" system for the second bit and the two bits (2,13) being connected to each other either (i) by a cable surrounded by a sheath constituting a flexible shaft, the sheath being separated from the cable to allow it to rotate freely in the sheath and the latter having a fitting (12, 19) at each of its two ends, guiding and preventing the cable from twisting inside the sheath, or (ii) by a gimbal system.
An antibody or antigen-binding fragment thereof that comprises VH and VL regions that bind to an epitope of HIV gp120 within the third variable loop comprising a N332 oligomannose glycan for use in a method of treating or preventing HIV in a human subject in need thereof, wherein the human subject is infected with an HIV or a population of HIV expressing an HIV gp120 comprising the following amino acid residues: N332glycan, D325, L179 and H330, wherein the amino acid positions are with reference to SEQ ID NO: 4, and wherein the antibody or antigen-binding fragment thereof comprises a VH and a VL comprising the amino acid sequences set forth, respectively, in: i. SEQ ID NOs.: 400 and 401; ii. SEQ ID NOs.: 402 and 404; or iii. SEQ ID NOs.: 405 and 406. i. SEQ ID NOs.: 400 and 401; ii. SEQ ID NOs.: 402 and 404; or iii. SEQ ID NOs.: 405 and 406.
A heat gun comprising: a body; a fan assembly (10, 12) located within the body to generate an air flow; a heating device located within the body which, when activated, heats air which flows over and/or through the heating device; a nozzle mounted on the front of the body to direct the air flow from the body; wherein the fan assembly (10, 12), when activated, blows air over the heating device and then through the nozzle; a base mounted on the rear of the body; wherein the base has a support surface; a handle connected to the body; and wherein there is further provided a support mechanism mounted on the handle remote from the base which comprises two arms (50; 52) each, moveably mounted on the handle and each being capable of moving between a first retracted position and a second extended position; wherein the two arms (50; 52) each comprise an angled surface; characterised in that when the two arms (50; 52), are both in the extended position, the support surface of the base and the angled surfaces of the two arms (50; 52) only are capable of co-operating to provide only three points of contact to form a platform upon which the heat gun can rest on a work surface whilst locating the nozzle remotely from the work surface; a body; a fan assembly (10, 12) located within the body to generate an air flow; a heating device located within the body which, when activated, heats air which flows over and/or through the heating device; a nozzle mounted on the front of the body to direct the air flow from the body; wherein the fan assembly (10, 12), when activated, blows air over the heating device and then through the nozzle; a base mounted on the rear of the body; wherein the base has a support surface; a handle connected to the body; and wherein there is further provided a support mechanism mounted on the handle remote from the base which comprises two arms (50; 52) each, moveably mounted on the handle and each being capable of moving between a first retracted position and a second extended position; wherein the two arms (50; 52) each comprise an angled surface; characterised in that when the two arms (50; 52), are both in the extended position, the support surface of the base and the angled surfaces of the two arms (50; 52) only are capable of co-operating to provide only three points of contact to form a platform upon which the heat gun can rest on a work surface whilst locating the nozzle remotely from the work surface;
A plated steel sheet for a fuel tank comprising: a steel sheet; a first plating layer on a first surface of the steel sheet; and a second plating layer on a second surface of the steel sheet, wherein the steel sheet comprises a chemical composition represented by, in mass%, C: 0.0005% to 0.0800%, Si: 0.003% to 0.500%, Mn: 0.05% to 0.80%, P: 0.005% to 0.050%, S: 0.100% or less, Al: 0.080% or less, N: 0.0050% or less, Ti: 0.000% to 0.100%, Nb: 0.000% to 0.050%, B: 0.000% to 0.0100%, and the balance: Fe and impurities, wherein the first plating layer comprises: a first Al-Fe-Si alloy layer on the first surface; and a first Al-Si alloy layer on the first Al-Fe-Si alloy layer, wherein the second plating layer comprises a second Al-Fe-Si alloy layer on the second surface, wherein a coating weight of the first plating layer is 31 g/m 2 to 60 g/m 2, and wherein a coating weight of the second plating layer is 5 g/m 2 to 29 g/m 2, wherein the first plating layer is inside the tank body and the second plating layer is outside the tank body. a steel sheet; a first plating layer on a first surface of the steel sheet; and a second plating layer on a second surface of the steel sheet, wherein the steel sheet comprises a chemical composition represented by, in mass%, C: 0.0005% to 0.0800%, Si: 0.003% to 0.500%, Mn: 0.05% to 0.80%, P: 0.005% to 0.050%, S: 0.100% or less, Al: 0.080% or less, N: 0.0050% or less, Ti: 0.000% to 0.100%, Nb: 0.000% to 0.050%, B: 0.000% to 0.0100%, and the balance: Fe and impurities, wherein the first plating layer comprises: a first Al-Fe-Si alloy layer on the first surface; and a first Al-Si alloy layer on the first Al-Fe-Si alloy layer, a first Al-Fe-Si alloy layer on the first surface; and a first Al-Si alloy layer on the first Al-Fe-Si alloy layer, wherein the second plating layer comprises a second Al-Fe-Si alloy layer on the second surface, wherein a coating weight of the first plating layer is 31 g/m 2 to 60 g/m 2, and wherein a coating weight of the second plating layer is 5 g/m 2 to 29 g/m 2, wherein the first plating layer is inside the tank body and the second plating layer is outside the tank body.
A nucleic acid for the controlled expression of a nucleic acid encoding a TRAIL pro-apoptotic protein in an individual, comprising: - a regulatory polynucleotide comprising a minimal promoter and at least one AARE (amino acid response element) nucleic acid, said regulatory polynucleotide being activated in an individual upon consumption of a diet deficient in at least one essential amino acid; and - a nucleic acid encoding a TRAIL pro-apoptotic protein, which is placed under the control of the said regulatory polynucleotide. - a regulatory polynucleotide comprising a minimal promoter and at least one AARE (amino acid response element) nucleic acid, said regulatory polynucleotide being activated in an individual upon consumption of a diet deficient in at least one essential amino acid; and - a nucleic acid encoding a TRAIL pro-apoptotic protein, which is placed under the control of the said regulatory polynucleotide.
A portable container, such as a suitcase, trunk, crate, trolley, and the like, comprising a first half shell substantially shaped like a parallelepiped and a second half shell, which are mutually movable between a configuration for closing an internal compartment and at least one open configuration, for free access to said compartment, said container comprising an assembly for the coupling and/or support of accessories (A, B) of various kinds, said assembly comprising: - a plurality of inserts inserted in respective cavities having a corresponding shape, provided along at least three side walls of said first half shell and open toward said compartment, - at least three beams supported by said inserts and arranged parallel to respective said side walls, so as to jointly form a sort of at least partial frame which protrudes toward said compartment, - at least one slider (103a, 103b, 103c, 103d), configured for the coupling and/or support of at least one accessory (A, B) of various kinds and supported by one of said beams in a chosen position along the face that is directed toward said compartment of one of said beams, each one of said beams forming, with the respective said face directed toward said compartment, a sliding guiding groove for said at least one slider (103a, 103b, 103c, 103d), characterized in that said assembly further comprises: - a corner connecting element, which is interposed between each pair of said adjacent beams, said element comprising a profiled member composed of three segments (107a, 107b) arranged in series, two of said end segments being aligned with the respective said adjacent beams and being configured to define an inlet toward the corresponding said guiding grooves, said intermediate segment having a window for the introduction of said slider (103a, 103b, 103c, 103d). - a plurality of inserts inserted in respective cavities having a corresponding shape, provided along at least three side walls of said first half shell and open toward said compartment, - at least three beams supported by said inserts and arranged parallel to respective said side walls, so as to jointly form a sort of at least partial frame which protrudes toward said compartment, - at least one slider (103a, 103b, 103c, 103d), configured for the coupling and/or support of at least one accessory (A, B) of various kinds and supported by one of said beams in a chosen position along the face that is directed toward said compartment of one of said beams, each one of said beams forming, with the respective said face directed toward said compartment, a sliding guiding groove for said at least one slider (103a, 103b, 103c, 103d), - a corner connecting element, which is interposed between each pair of said adjacent beams, said element comprising a profiled member composed of three segments (107a, 107b) arranged in series, two of said end segments being aligned with the respective said adjacent beams and being configured to define an inlet toward the corresponding said guiding grooves, said intermediate segment having a window for the introduction of said slider (103a, 103b, 103c, 103d).
A method for use with a switching DC-to-DC converter that operates in a charging mode (loading) that has an ON resistance (R on) and a discharging mode (stoppump), the method comprising: - determining a ratio between a discharge rate and a charge rate, each of the discharge rate and the charge rate: - corresponding to a rate of change for an output voltage (V out) of the switching DC-to-DC converter that is charged by at least one flying capacitor of the switching DC-to-DC converter, and - corresponding to the discharging mode (stoppump) and the charging mode (loading), respectively; and - adjusting the ON resistance (R on) of the charging mode (loading) to change the determined ratio to a target ratio, characterized by setting the ratio between the charge rate and the discharge rate to respond to detecting the output voltage of the switching DC-to-DC converter has exceeded, by more than a predetermined amount, an upper voltage hysteresis level by triggering a pumpstop mode that disables the charging mode. - determining a ratio between a discharge rate and a charge rate, each of the discharge rate and the charge rate: - corresponding to a rate of change for an output voltage (V out) of the switching DC-to-DC converter that is charged by at least one flying capacitor of the switching DC-to-DC converter, and - corresponding to the discharging mode (stoppump) and the charging mode (loading), respectively; and - adjusting the ON resistance (R on) of the charging mode (loading) to change the determined ratio to a target ratio, characterized by setting the ratio between the charge rate and the discharge rate to respond to detecting the output voltage of the switching DC-to-DC converter has exceeded, by more than a predetermined amount, an upper voltage hysteresis level by triggering a pumpstop mode that disables the charging mode. - corresponding to a rate of change for an output voltage (V out) of the switching DC-to-DC converter that is charged by at least one flying capacitor of the switching DC-to-DC converter, and - corresponding to the discharging mode (stoppump) and the charging mode (loading), respectively; and - adjusting the ON resistance (R on) of the charging mode (loading) to change the determined ratio to a target ratio, characterized by setting the ratio between the charge rate and the discharge rate to respond to detecting the output voltage of the switching DC-to-DC converter has exceeded, by more than a predetermined amount, an upper voltage hysteresis level by triggering a pumpstop mode that disables the charging mode.
Tool for dismantling a chisel, in particular from a chisel holder, with a base part (20.1) which accommodates an actuating element, wherein the actuating element comprises an expulsion mandrel, and wherein the actuating element is adjustable, and wherein the actuating element is indirectly or directly coupled to a cylinder-piston system (13, 14) or to an electromotor unit, characterized in that the expulsion mandrel moves on a curved path with the adjusting movement of the actuating element.
An instrument for measuring the optical properties of the eye in the entire field of vision, including refraction and aberrations, which comprises: a support surface for a head of a subject on whose eyes measurements are to be performed, with a plane of pupil of the eye; a frame mounted on an ophthalmologic table that can be oriented in three perpendicular directions X, Y, Z, with the X, Z directions being on the same plane and the Y direction perpendicular to the plane of the directions X, Z, a hot mirror and a long mirror being united to the frame and placed in front of the head of the subject; an optical assembly comprising an illumination sub-assembly consisting in a fibre optic head, a lens L1, a diaphragm D, a BS beam splitter, and a measurement sub-assembly with two lens L2 and L3, two mirrors M1 and M2 and a camera adapted with a matrix of micro-lenses on its inlet, in such a way that said camera is placed on the focal plane of the micro-lenses; characterized in that the frame has a motor mounted on it, the shaft of which rotates in the Y direction, to which an arm is attached that can rotate with said shaft and such that a conjugated plane of the micro-lenses coindices with the rotation axis of the shaft; wherein the optical assembly is mounted on the arm for rotational movement, the focal plane of the lens L2 coinciding with the plane of pupil of the eye. a support surface for a head of a subject on whose eyes measurements are to be performed, with a plane of pupil of the eye; a frame mounted on an ophthalmologic table that can be oriented in three perpendicular directions X, Y, Z, with the X, Z directions being on the same plane and the Y direction perpendicular to the plane of the directions X, Z, a hot mirror and a long mirror being united to the frame and placed in front of the head of the subject; an optical assembly comprising an illumination sub-assembly consisting in a fibre optic head, a lens L1, a diaphragm D, a BS beam splitter, and a measurement sub-assembly with two lens L2 and L3, two mirrors M1 and M2 and a camera adapted with a matrix of micro-lenses on its inlet, in such a way that said camera is placed on the focal plane of the micro-lenses; characterized in that the frame has a motor mounted on it, the shaft of which rotates in the Y direction, to which an arm is attached that can rotate with said shaft and such that a conjugated plane of the micro-lenses coindices with the rotation axis of the shaft; wherein the optical assembly is mounted on the arm for rotational movement, the focal plane of the lens L2 coinciding with the plane of pupil of the eye.
A container (802; 902) for insertion of a carton (804; 904) containing a beverage ingredient into a beverage dispenser, the container comprising: a base surface (810; 906); and a front surface (812; 908), a back surface (814; 910), and two side surfaces (816; 912) extending from the base surface and defining a cavity sized to receive the carton; wherein the two side surfaces form a horizontal landing portion (818; 914) that extends to the back surface; and each side surface comprises a sloped portion that extends from a distal end of the landing portion toward the front surface, from which the sloped portion extends at an angle (α) characterized in that the base surface defines an alignment groove (840; 934) extending at least partially from the front surface to the back surface. a base surface (810; 906); and a front surface (812; 908), a back surface (814; 910), and two side surfaces (816; 912) extending from the base surface and defining a cavity sized to receive the carton; wherein the two side surfaces form a horizontal landing portion (818; 914) that extends to the back surface; and each side surface comprises a sloped portion that extends from a distal end of the landing portion toward the front surface, from which the sloped portion extends at an angle (α) characterized in that the base surface defines an alignment groove (840; 934) extending at least partially from the front surface to the back surface.
A medical balloon catheter comprising: a catheter shaft; an inflatable balloon secured to a distal portion of the catheter shaft; a cutting member having cutting edge and a base portion including a plurality of slots formed along a length of the base portion of the cutting member; a mounting pad encasing the base portion for securing the cutting member to the inflatable balloon; wherein each of the slots has a T-shape with a horizontal segment extending generally parallel to a longitudinal axis of the cutting member and having a first end and a second end and a vertical segment intersecting the horizontal segment at an intermediate portion intermediate the first end and the second end, the vertical segment opening to a lower surface of the cutting member; characterized in that at each of the first end and the second ends of the horizontal segment the slot extends at an angle non-parallel to the intermediate portion of the horizontal segment and toward the lower surface of the cutting member. a catheter shaft; an inflatable balloon secured to a distal portion of the catheter shaft; a cutting member having cutting edge and a base portion including a plurality of slots formed along a length of the base portion of the cutting member; a mounting pad encasing the base portion for securing the cutting member to the inflatable balloon; wherein each of the slots has a T-shape with a horizontal segment extending generally parallel to a longitudinal axis of the cutting member and having a first end and a second end and a vertical segment intersecting the horizontal segment at an intermediate portion intermediate the first end and the second end, the vertical segment opening to a lower surface of the cutting member; characterized in that at each of the first end and the second ends of the horizontal segment the slot extends at an angle non-parallel to the intermediate portion of the horizontal segment and toward the lower surface of the cutting member.
A sterile aqueous composition suitable for use as an MRI contrast agent, said composition comprising: 100-600 mM ascorbate; and 100-600 mM sodium, meglumine, or a combination thereof, wherein said composition comprises meglumine, glucose, galactose, glyceraldehyde, fructose, ribose, xylose, lactose, maltose, sucrose or trehalose, and wherein said composition has an osmolarity of 200-1400 mOsm/L, such as 200-1200 mOsm/L. 100-600 mM ascorbate; and 100-600 mM sodium, meglumine, or a combination thereof,
A method for a sector training operation by an access point, AP, the method comprising: transmitting a beacon frame including restricted access window, RAW assignment information, wherein the RAW assignment information includes assignment information for a sector sounding RAW and a sector reporting RAW; transmitting at least one No Data Protocol, NDP type frame for sector training in the sector sounding RAW; and receiving at least one feedback frame each including a selected sector identification, ID from a station, STA in a sector reporting RAW wherein when multiple STAs transmit the feedback frames including respective sector IDs, the feedback frames are protected by the sector reporting RAW indicated in the beacon frame wherein an NDP type frame includes Short Training Field, STF field, a Long Training Field, LTF field, and a Signal, SIG field without a Data field. transmitting a beacon frame including restricted access window, RAW assignment information, wherein the RAW assignment information includes assignment information for a sector sounding RAW and a sector reporting RAW; transmitting at least one No Data Protocol, NDP type frame for sector training in the sector sounding RAW; and receiving at least one feedback frame each including a selected sector identification, ID from a station, STA in a sector reporting RAW wherein when multiple STAs transmit the feedback frames including respective sector IDs, the feedback frames are protected by the sector reporting RAW indicated in the beacon frame wherein an NDP type frame includes Short Training Field, STF field, a Long Training Field, LTF field, and a Signal, SIG field without a Data field.