mhurhangee/ep-ind-claims huggingface dataset:
A clamp (100, 100', 100") for a brake disc assembly, the clamp comprising: a central portion having an opening and a central contact surface; and a first and a second outer portion (110, 120) respectively arranged at opposite ends of the central portion, characterized in that the first and second outer portions (110, 120) extend transversely to the central contact surface and respectively provide a first and a second contact surface (118, 128) which, in an assembled state with a bell of a brake disc assembly, are configured to contact the bell of the brake disc assembly, the first and second contact surfaces (118, 128) being substantially planar and substantially parallel with respect to the central contact surface of the central portion, wherein the clamp is substantially U-shaped and wherein the first and second contact surfaces (118, 128) are located in a plane different from a plane of extension of the central contact surface of the central portion. a central portion having an opening and a central contact surface; and a first and a second outer portion (110, 120) respectively arranged at opposite ends of the central portion, characterized in that the first and second outer portions (110, 120) extend transversely to the central contact surface and respectively provide a first and a second contact surface (118, 128) which, in an assembled state with a bell of a brake disc assembly, are configured to contact the bell of the brake disc assembly, the first and second contact surfaces (118, 128) being substantially planar and substantially parallel with respect to the central contact surface of the central portion, wherein the clamp is substantially U-shaped and wherein the first and second contact surfaces (118, 128) are located in a plane different from a plane of extension of the central contact surface of the central portion.
A guard for providing a cut-resistant pathway through a body opening defining a tissue margin, the guard comprising: a sidewall having a tubular shape defining a central lumen extending along a longitudinal axis between a first end and a second end, the sidewall being made of cut-resistant mesh material having a plurality of interwoven thermoplastic polymer filaments (52a-52d) defining interstices in a tubular first layer of mesh material; the sidewall being folded to create a fold at a distal end of the guard with the first end and the second end of the sidewall being adjacent to each other at a proximal end of the guard; the folded sidewall forming a tubular second layer of mesh material substantially coaxial with the tubular first layer of mesh material.
A method of providing a user interface, the method comprisi ng: presenting a user interface symbol associated with an object in a see-through, near-eye display, if it is determined that a user's focus is in the general di recti on of the object; tracking eye gaze and/or head orientation of a user wearing the see-through, near-eye display device; determining the user's focus based on tracking the eye gaze and/or head orientation of the user, displaying a handle in the see-through, near-eye display that extends away from the user interface symbol in response to determining that the user is focused on the user interface symbol; determining whether the user's focus moves along the handle away from the user interface symbol to meet a selection criterion; and activating a user interface element in the see-through, near-eye display in response to determining that the user's focus has shifted away from the user interface symbol along the handle to meet the selection criterion. presenting a user interface symbol associated with an object in a see-through, near-eye display, if it is determined that a user's focus is in the general di recti on of the object; tracking eye gaze and/or head orientation of a user wearing the see-through, near-eye display device; determining the user's focus based on tracking the eye gaze and/or head orientation of the user, displaying a handle in the see-through, near-eye display that extends away from the user interface symbol in response to determining that the user is focused on the user interface symbol; determining whether the user's focus moves along the handle away from the user interface symbol to meet a selection criterion; and activating a user interface element in the see-through, near-eye display in response to determining that the user's focus has shifted away from the user interface symbol along the handle to meet the selection criterion.
A workpiece support of a processing machine for processing workpieces, • with a flat workpiece support element, which has a workpiece side for supporting a workpiece during workpiece machining and an underside lying away from the workpiece side and which is permeable from the workpiece side to the underside for an exhaust air flow carrying machining-related emissions, and • with a suction device which comprises a vacuum generator and a suction line, wherein the exhaust air flow directed from the workpiece side to the underside of the workpiece support element can be generated by means of the vacuum generator, with a flow direction into the suction line and can then be discharged via the suction line, and wherein the suction line has a suction opening on the support element side arranged downstream of the workpiece side of the workpiece support element and having a flow cross-section with an opening width, and the flow cross-section of the suction opening of the suction line can be passed by the exhaust air flow in the flow direction due to the opening width, characterized in that the opening width of the flow cross-section of the suction line and/or the position of the suction opening on the suction line can be adjusted variably. • with a flat workpiece support element, which has a workpiece side for supporting a workpiece during workpiece machining and an underside lying away from the workpiece side and which is permeable from the workpiece side to the underside for an exhaust air flow carrying machining-related emissions, and • with a suction device which comprises a vacuum generator and a suction line, wherein the exhaust air flow directed from the workpiece side to the underside of the workpiece support element can be generated by means of the vacuum generator, with a flow direction into the suction line and can then be discharged via the suction line, and wherein the suction line has a suction opening on the support element side arranged downstream of the workpiece side of the workpiece support element and having a flow cross-section with an opening width, and the flow cross-section of the suction opening of the suction line can be passed by the exhaust air flow in the flow direction due to the opening width,
An iron base, wherein an iron placing surface is provided on an upper end of the iron base, a fixing portion configured for clamping a rear end of an iron is provided at a rear portion of the iron placing surface, a clamping mechanism is configured to be rotatably connected with a front portion of the iron placing surface, the clamping mechanism is configured to rotate relative to the iron placing surface and has an open position and a clamping position, and the clamping mechanism is configured to clamp a front end of the iron when the clamping mechanism is at the clamping position wherein the clamping mechanism comprises a positioning boss and a positioning baffle, the positioning boss is configured to be rotatably connected to the front portion of the iron placing surface, the positioning baffle is provided at an end portion of the positioning boss away from the iron placing surface, the positioning boss is configured to be opposite to the fixing portion when the positioning boss is at the clamping position, the positioning baffle is configured to extend toward the fixing portion when the positioning baffle is at the clamping position, wherein the positioning baffle, the positioning boss and the iron placing surface enclose a positioning space for receiving the front end of the iron wherein, the fixing portion comprises a first limiting boss and a limiting baffle, the first limiting boss is provided at the rear portion of the iron placing surface, the limiting baffle is provided at an end portion of the first limiting boss away from the iron placing surface, the limiting baffle is configured to extend toward the front portion of the iron placing surface, wherein the limiting baffle, the first limiting boss and the iron placing surface enclose a limiting space for receiving the rear end of the iron, characterized in that, one second limiting boss respectively protrudes from each of two side portions of the iron placing surface, and the second limiting boss is configured to extend along a profile extension direction of the corresponding side portion, wherein an end of the second limiting boss facing the first limiting boss is connected to the first limiting boss, an end of the second limiting boss facing the clamping mechanism abuts against the clamping mechanism, wherein, the iron placing surface, the first limiting boss, the clamping mechanism, and two second limiting bosses enclose an iron placing groove. wherein the positioning boss comprises two ends extending along a profile extension direction of the front portion of the iron placing surface when the positioning boss is at the clamping position, one end is rotatably connected with the front portion of the iron placing surface, the other end is provided with a limiting groove on a surface facing the iron placing surface, the iron placing surface is further provided with a limiting projection at the front portion, and the limiting projection is clamped in the limiting groove.
Escapement mechanism for a timepiece including a stop member between, on the one hand, a resonator and on the other hand a first escape wheel set and a second escape wheel set, each subjected to a torque, characterized in that each said escape wheel set (40A; 40B) includes at least one magnetized or ferromagnetic, or respectively, electrically charged or electrostatically conductive track with a period of travel over which the magnetic, or respectively, electrostatic characteristics thereof are repeated, said stop member including at least one magnetized or ferromagnetic, or respectively, electrically charged or electrostatically conductive pole shoe, said pole shoe being movable in a transverse direction relative to the direction of travel of at least one element of a surface of said track, and at least said pole shoe or said track creating a magnetic or electrostatic field in an air-gap between said at least one pole shoe and said at least one surface, and further characterized in that said pole shoe is confronted with a magnetic or electrostatic field barrier on said track just before each transverse motion of said stop member actuated by the periodic action of said resonator, characterized in that said first escape wheel set subjected to a first torque and said second escape wheel set subjected to a second torque are each arranged to be capable of cooperating alternately with said stop member, and in that said first escape wheel set and said second escape wheel set pivot about distinct axes (D1; D2) and are connected to each other by a direct kinematic connection.
A device comprising: one or more cooling elements configured to be applied to one or more tissues of a vertebrate subject to modulate at least one activity of brown adipose tissue of the vertebrate subject, and a programmable controller configured to provide instructions to the one or more cooling elements in response to information regarding one or more of a number of calories ingested by the vertebrate subject or a type and quantity of food ingested by the vertebrate subject, wherein the programmable controller is configured to be wearable by a user. one or more cooling elements configured to be applied to one or more tissues of a vertebrate subject to modulate at least one activity of brown adipose tissue of the vertebrate subject, and a programmable controller configured to provide instructions to the one or more cooling elements in response to information regarding one or more of a number of calories ingested by the vertebrate subject or a type and quantity of food ingested by the vertebrate subject, wherein the programmable controller is configured to be wearable by a user.
A vacuum cleaner nozzle comprising: - a main body including a sole provided with a lower face configured to be oriented towards a surface to be cleaned, and a suction mouth emerging into the lower face of the sole, - a connecting sleeve to which a suction tube of a vacuum cleaner is intended to be fastened, the connecting sleeve being fluidly connected to the suction mouth, - a hinge device mechanically and hingedly connecting the connecting sleeve to the main body, the hinge device comprising a first pivot connection which defines a first pivot axis extending transversely to a main movement direction of the vacuum cleaner nozzle and which is configured to allow a tilting of the connecting sleeve forwards and backwards relative to the main body and about the first pivot axis, and comprising a second pivot connection which defines a second pivot axis and which is configured to allow a tilting of the connecting sleeve leftwards and rightwards relative to the main body and about the second pivot axis, characterized in that the vacuum cleaner nozzle includes a pivot blocking device provided in a rear part of the main body, the pivot blocking device including a blocking part partly delimiting a blocking area and configured to block a pivoting of the connecting sleeve about the second pivot axis at least when the connecting sleeve occupies a predetermined sleeve position in which, when the vacuum cleaner nozzle rests on a horizontal surface, a central longitudinal axis of the connecting sleeve extends substantially horizontally. - a main body including a sole provided with a lower face configured to be oriented towards a surface to be cleaned, and a suction mouth emerging into the lower face of the sole, - a connecting sleeve to which a suction tube of a vacuum cleaner is intended to be fastened, the connecting sleeve being fluidly connected to the suction mouth, - a hinge device mechanically and hingedly connecting the connecting sleeve to the main body, the hinge device comprising a first pivot connection which defines a first pivot axis extending transversely to a main movement direction of the vacuum cleaner nozzle and which is configured to allow a tilting of the connecting sleeve forwards and backwards relative to the main body and about the first pivot axis, and comprising a second pivot connection which defines a second pivot axis and which is configured to allow a tilting of the connecting sleeve leftwards and rightwards relative to the main body and about the second pivot axis,
A porous gallium-nitride layer having a majority of its pores with a maximum transverse width less than 100 nm and having a volumetric porosity greater than 30%, wherein an n-type doping density of the porous gallium-nitride layer is between 5 × 10 19 cm -3 and 2×10 20 cm -3.
A method for communicating over a communication link, comprising: inserting a tag comprising an incrementing identifier into each of a series of fast invalidation request messages relating to an address translation table; sending (1006,1008) the series of fast invalidation request messages over the communication link; and characterized by: sending (1012, 1022) a fast invalidation synchronisation message with a tag equal to the tag inserted in the last of the series of fast invalidation request messages sent over the communication link. inserting a tag comprising an incrementing identifier into each of a series of fast invalidation request messages relating to an address translation table; sending (1006,1008) the series of fast invalidation request messages over the communication link; and characterized by: sending (1012, 1022) a fast invalidation synchronisation message with a tag equal to the tag inserted in the last of the series of fast invalidation request messages sent over the communication link.
An optical path control apparatus comprising: an oscillating part, the oscillating part having an optical part on which light for displaying an image is made incident with a frame rate of the image, a first oscillating part for supporting the optical part, and a second oscillating part for supporting the first oscillating part in an oscillatable manner by a first shaft part, the second oscillating part being supported on a support part in an oscillatable manner by a second shaft part; a first actuator configured to oscillate the oscillating part about a first oscillation axis including the first shaft part with the first shaft part as a support; and a second actuator configured to oscillate the oscillating part about a second oscillation axis including the second shaft part with the second shaft part as a support, wherein the first oscillation axis crosses the second oscillation axis, torsional rigidity of the second shaft part is higher than torsional rigidity of the first shaft part, a natural frequency of the first oscillating part and a natural frequency of the second oscillating part are set to a value within a range larger than an odd (n) multiple of the corresponding frame rate of the image and smaller than an odd (n + 2) multiple of the corresponding frame rate, and the natural frequencies of the first oscillating part and the second oscillating part are the same around the respective oscillation axes (AX, BX). an oscillating part, the oscillating part having an optical part on which light for displaying an image is made incident with a frame rate of the image, a first oscillating part for supporting the optical part, and a second oscillating part for supporting the first oscillating part in an oscillatable manner by a first shaft part, the second oscillating part being supported on a support part in an oscillatable manner by a second shaft part; a first actuator configured to oscillate the oscillating part about a first oscillation axis including the first shaft part with the first shaft part as a support; and a second actuator configured to oscillate the oscillating part about a second oscillation axis including the second shaft part with the second shaft part as a support, wherein the first oscillation axis crosses the second oscillation axis, torsional rigidity of the second shaft part is higher than torsional rigidity of the first shaft part, a natural frequency of the first oscillating part and a natural frequency of the second oscillating part are set to a value within a range larger than an odd (n) multiple of the corresponding frame rate of the image and smaller than an odd (n + 2) multiple of the corresponding frame rate, and the natural frequencies of the first oscillating part and the second oscillating part are the same around the respective oscillation axes (AX, BX).
A cap for a drug delivery device having a distal end and a proximal end; the cap having an opening at the proximal end and further comprising a sleeve-shaped outer cap element and a sleeve-shaped inner cap element being located inside the outer cap element, the inner cap element comprising a deformable region and a cap snap means, the cap snap means being located on the inside of a proximal section of the inner cap element and being suitable for engaging with a cap retention means located on a cartridge holder of a drug delivery device, characterised in that the outer cap element has a folded proximal end, and the deformable region of the inner cap element is deformable into a gap between the inner cap element and the outer cap element, wherein the gap is formed as a cavity comprised by the outer cap element.
A Mach-Zehnder modulator arrangement, comprising - at least one electro-optic Mach-Zehnder modulator comprising a first optical waveguide forming a first modulator arm and a second optical waveguide forming a second modulator arm; - a travelling wave electrode arrangement comprising a plurality of first waveguide electrodes for applying a voltage across the first optical waveguide and a plurality of second waveguide electrodes for applying a voltage across the second optical waveguide, wherein the first waveguide electrodes are capacitively coupled to the second waveguide electrodes; and - a driver unit for supplying an alternating voltage to the travelling wave electrode arrangement, characterized in that the driver unit comprises a first output port coupled to the first waveguide electrodes and a second output port coupled to the second waveguide electrodes, wherein the driver unit is configured to supply a first varying signal (S+) to the first waveguide electrodes via the first output port and to supply a second varying signal (S-) to the second waveguide electrodes via the second output port, wherein the impedance of the driver unit at each one of the two output ports (441, 442) is half of the impedance of the travelling wave electrode arrangement, and wherein the driver unit is a differential driver unit configured in such a way that the first and the second varying signal (S+, S-) supplied to the first and second waveguide electrodes (21, 22), respectively, have opposite polarity. - at least one electro-optic Mach-Zehnder modulator comprising a first optical waveguide forming a first modulator arm and a second optical waveguide forming a second modulator arm; - a travelling wave electrode arrangement comprising a plurality of first waveguide electrodes for applying a voltage across the first optical waveguide and a plurality of second waveguide electrodes for applying a voltage across the second optical waveguide, wherein the first waveguide electrodes are capacitively coupled to the second waveguide electrodes; and - a driver unit for supplying an alternating voltage to the travelling wave electrode arrangement,
An automated farming installation comprising a controller, one single mobile workstation controlled by the controller, and at least two work surfaces provided at at least two vertical levels, the one under the other able to support at least a load of substrate, wherein the work surface comprises a longitudinal continuous tank made by connection of at least two profiled tank portions each comprising a substantially flat bottom plate with flanges on the longitudinal edges, and in that the mobile workstation is movable over a portion of the work surface to perform at least one sub-action controlled by the controller.