mhurhangee/ep-ind-claims huggingface dataset:
An electric guitar comprising: a main body that comprises a solid body and comprises a protrusion; a protrusion rigidity reinforcing member that is attached to a back surface of the main body and comprises a first end part and a second end part; and a neck that is attached to a front surface of the main body and extends along a central axis of the main body, the central axis extending in a direction orthogonal to a thickness direction of the main body, wherein at least a part of the protrusion rigidity reinforcing member is fixed to a connecting portion between the protrusion and another portion of the main body, characterized in that the first end part and the second end part are disposed on opposite sides of the central axis of the main body with sandwiching the central axis therebetween. a main body that comprises a solid body and comprises a protrusion; a protrusion rigidity reinforcing member that is attached to a back surface of the main body and comprises a first end part and a second end part; and a neck that is attached to a front surface of the main body and extends along a central axis of the main body, the central axis extending in a direction orthogonal to a thickness direction of the main body, wherein at least a part of the protrusion rigidity reinforcing member is fixed to a connecting portion between the protrusion and another portion of the main body, characterized in that the first end part and the second end part are disposed on opposite sides of the central axis of the main body with sandwiching the central axis therebetween.
A method for reducing traffic accidents at junctions with traffic lights, the method comprising: using a processor for determining, at least once for at least one individual vehicle detected in a vicinity of a traffic light, whether the individual vehicle belongs to a first category of vehicles which are estimated to be capable of passing the junction before the traffic light reverts to red, or to a second category of vehicles which are estimated to be incapable of passing the junction before the traffic light reverts to red and therefore should be planning-to-stop before arriving at the junction, and/or before the traffic light reverts to red; and analyzing vehicles in the two categories differently, using the processor, and at least once, pursuant to said analyzing, generating an output trigger intervening in the traffic light control, thereby to reduce traffic accidents while maintaining an acceptable level of false alarms in which output triggers are generated needlessly wherein said analyzing differently comprises analyzing at least one vehicle in the second category and generating an output trigger if a vehicle in the second category, but not in the first category, is found to be going too fast to stop within the distance remaining between that vehicle to the junction edge. using a processor for determining, at least once for at least one individual vehicle detected in a vicinity of a traffic light, whether the individual vehicle belongs to a first category of vehicles which are estimated to be capable of passing the junction before the traffic light reverts to red, or to a second category of vehicles which are estimated to be incapable of passing the junction before the traffic light reverts to red and therefore should be planning-to-stop before arriving at the junction, and/or before the traffic light reverts to red; and analyzing vehicles in the two categories differently, using the processor, and at least once, pursuant to said analyzing, generating an output trigger intervening in the traffic light control, thereby to reduce traffic accidents while maintaining an acceptable level of false alarms in which output triggers are generated needlessly wherein said analyzing differently comprises analyzing at least one vehicle in the second category and generating an output trigger if a vehicle in the second category, but not in the first category, is found to be going too fast to stop within the distance remaining between that vehicle to the junction edge.
Electrical installation switching device having a contact point which is formed by a fixed and a moving contact piece (6, 7), having a thermal tripping device, wherein the thermal tripping device comprises a bimetallic strip which is clamped in at a clamping-in point at one end, and which, at the clamping-in point, is connected to a busbar which establishes the connection to a connection terminal, and which can bend owing to heating in the case of a current above rated current and can operate a switching lock by way of its free end, so that the contact point can be opened, characterized in that a first current discharge point is arranged on the bimetallic strip between the clamping-in point and the free end of the bimetallic strip, in that a conductor plate is connected to the first current discharge point, which conductor plate extends from the first current discharge point in the direction of the free end of the bimetallic strip and is at a distance from the bimetallic strip, in that a second current discharge point is arranged at that end of the conductor plate which is opposite the first current discharge point, and in that a moving conductor (25, 25') is connected to the second current discharge point, the said moving conductor connecting the second current discharge point to the moving or fixed contact piece.
A dental abutment extending from an apical end to a coronal end along a longitudinal axis, the dental abutment comprising: a retention element with a base oriented towards the apical end of the dental abutment and a shoulder oriented towards the coronal end of the dental abutment, the shoulder oriented at an angle of between 12.5° and 20° relative to a plane that is perpendicular to the longitudinal axis such that a perimeter of the retention element increases with increasing distance from the coronal end of the dental abutment through the region of the shoulder; a post extending from the apical end of the dental abutment to the base of the retention element; and a head extending from the coronal end of the dental abutment to the shoulder of the retention element, the head having a cone angle between 2.5° and 3.5°, wherein the perimeter taken in the plane perpendicular to the longitudinal axis increases monotonically from the coronal end to a margin defined between the base and the shoulder, wherein the head includes a neck, an anti-rotation portion, and a bevel at the coronal end of the dental abutment. a retention element with a base oriented towards the apical end of the dental abutment and a shoulder oriented towards the coronal end of the dental abutment, the shoulder oriented at an angle of between 12.5° and 20° relative to a plane that is perpendicular to the longitudinal axis such that a perimeter of the retention element increases with increasing distance from the coronal end of the dental abutment through the region of the shoulder; a post extending from the apical end of the dental abutment to the base of the retention element; and a head extending from the coronal end of the dental abutment to the shoulder of the retention element, the head having a cone angle between 2.5° and 3.5°, wherein the perimeter taken in the plane perpendicular to the longitudinal axis increases monotonically from the coronal end to a margin defined between the base and the shoulder, wherein the head includes a neck, an anti-rotation portion, and a bevel at the coronal end of the dental abutment.
A casting nozzle for a horizontal strip casting plant, in particular for casting steel strip, which is designed connected to a supply channel as a rectangular hollow block consisting of refractory material, the runout region of which is located only a little way above a cooled endless belt which receives the melt running out, the hollow block being divided at least once in the casting direction, characterised in that at the separating point of the segments (1.1 - 1.4) there is arranged as sealing element a felt of refractory material based on Al 2 O 3, the thickness of which is 1 - 2 mm, and the remaining gaps in the separating-point region are to be selected in their width such that they are closed when the casting nozzle is operated, wherein the bottom elements (3.1 - 3.4) of the hollow block which abut each other at the separating point in cross-section transversely to the casting direction have a corresponding step-like shoulder (7.1, 7.2) which correspond with each other.
A cover, in particular for sitting furniture or reclining furniture, with a textile, which is woven, warp-knitted or weft-knitted of a compound of threads (6, 7) and forms a surface; whereas the compound of threads (6, 7) comprises a first thread shrinking when heat is applied; whereas the compound of threads (6, 7) comprises a second thread shrinking when heat is applied, which is elastic, with an increased elasticity with respect to the elasticity of the first thread shrinking when heat is applied, characterised in that the second thread is subjected at the same shrinkage temperature to a smaller or to the same proportional shrinkage as the first thread.
Scanning probe microscopy system for mapping nanostructures on a surface of a sample, the system comprising a metrology frame, a sensor head including a probe tip, and an actuator for scanning the probe tip relative to the sample surface for mapping of the nanostructures, wherein the system comprises a clamp for clamping of the sample, and wherein the clamp is fixed to the metrology frame and arranged underneath the sensor head, wherein the clamp is arranged for locally clamping of the sample in a clamping area underneath the probe tip, the clamping area being smaller than a size of the sample such as to clamp only a portion of the sample; the system further comprising a sample support structure for supporting the sample, the sample support structure comprising a plurality of support struts arranged on the sample support structure such as to support the sample outside the clamping area, wherein the clamp is arranged for clamping at a first lateral stiffness, and wherein the support struts are arranged for supporting the sample at a second lateral stiffness lower than the first lateral stiffness, wherein the lateral stiffness relates to a stiffness in a direction parallel to the surface of the sample in use. wherein the system comprises a clamp for clamping of the sample, and wherein the clamp is fixed to the metrology frame and arranged underneath the sensor head, wherein the clamp is arranged for locally clamping of the sample in a clamping area underneath the probe tip, the clamping area being smaller than a size of the sample such as to clamp only a portion of the sample; the system further comprising a sample support structure for supporting the sample, the sample support structure comprising a plurality of support struts arranged on the sample support structure such as to support the sample outside the clamping area, wherein the clamp is arranged for clamping at a first lateral stiffness, and wherein the support struts are arranged for supporting the sample at a second lateral stiffness lower than the first lateral stiffness, wherein the lateral stiffness relates to a stiffness in a direction parallel to the surface of the sample in use.
An absorbable copolymer of the structure A-B-A comprising end segments A and middle segment B, wherein end-segments A comprise polymerized p-dioxanone blocks and the middle segment B is a copolymer comprising a polymerized p-dioxanone-co-epsilon-caprolactone block, and wherein said middle segment B is fully amorphous and contains 60 mole percent to 90 mole percent of polymerized epsilon-caprolactone, and 10 mole percent to 40 mole percent of polymerized p-dioxanone, and wherein the total amount of polymerized p-dioxanone in the absorbable copolymer is between 80 mole percent to 95 mole percent.
Method for controlling an actuator of a winch, a hoist or a crane, wherein the actuator is controlled via a fail-safe control unit, characterised in that in the fail-safe control unit desired values are calculated, on the basis of which the actuator is controlled, wherein the actuator is monitored by means of the fail-safe control unit and, in order to monitor the actuator in the fail-safe control unit the desired values, on the basis of which the actuator is controlled, are compared to actual values which are determined via a sensor system, wherein the sensor system has a single position measuring sensor or speed sensor, and wherein actual values are fed back to the fail-safe control unit via a single hardware channel of the sensor system, which connects the actuator to the fail-safe control unit.
Method for image-based alteration recognition with three-dimensional objects and/or surface segments, wherein for a specific time instant a three-dimensional model is generated for an object from a number of image recordings and wherein a reference model is provided for this object, characterised in that as a function of a cut-out of interest of the object or surface segment to be examined or as a function of a required scanning distance, a focal point is defined on the three-dimensional model of the object, that for this focal point a 2.5D view of the object is generated in the form of a Cartesian data record with data attributes for each data point, in which, aside from two-dimensional coordinate values, a colour value derived from the three-dimensional model and a depth value derived from the three-dimensional model are recorded as data attributes for the respective data point and that the respective data attribute of the respective data point from the data record is then compared with the corresponding data from the reference model.
Intersection member (14,16) having engageable portions arranged about the periphery of a mounting member thereof, the mounting member being of tubular configuration and the engageable portions being slot-like apertures that extend in an axial direction of the mounting member, and through the wall of the mounting member and being adapted to receive and engage with end protrusions of support members of a suspended ceiling, such that when so received the end protrusions extend outwardly from the intersection member (14,16) to provide support for ceiling panels, the engageable portions being disposed adjacent an end of the mounting member at which there is provided a base, characterized in that the base extending outwardly around the periphery of the mounting member as a peripheral flange so as to provide support portions for each of the support members when fitted to the intersection member (14,16) in use.
A spring link with a link body which has two side wall profiles (5, 6) which are connected by a spring seat plate, wherein each side wall profile (5, 6) has a side web with an outwardly directed upper collar portion extending in the longitudinal direction of the side web, characterized in that each side wall profile (5, 6) has a side web with an outwardly directed lower collar portion extending in the longitudinal direction of the side web, and each side wall profile (5, 6) has a first end portion and a second end portion,wherein in at least one end portion a bead is provided, which is formed in the transition from the upper collar portion to the side web, wherein the bead extends triangularly, downwards in the side web to approximately its middle and wherein the spring seat plate lies with a lateral longitudinal edge portion (10, 11) on an upper collar portion and is joined to the upper collar portion.
A respirator, welding helmet or face shield comprising: a lens; and a hard-coat disposed on the lens, the hard-coat comprising the reaction product of a) an additive comprising at least one of i) perfluoropolyether urethane comprising hydrolysable silane groups, and ii) an acrylate polymer comprising at least one perfluoropolyether moiety and at least one hydrolysable silane group, and b) at least 50 % by weight silsesquioxane-based hard-coat composition. a lens; and a hard-coat disposed on the lens, the hard-coat comprising the reaction product of a) an additive comprising at least one of i) perfluoropolyether urethane comprising hydrolysable silane groups, and ii) an acrylate polymer comprising at least one perfluoropolyether moiety and at least one hydrolysable silane group, and b) at least 50 % by weight silsesquioxane-based hard-coat composition. a) an additive comprising at least one of i) perfluoropolyether urethane comprising hydrolysable silane groups, and ii) an acrylate polymer comprising at least one perfluoropolyether moiety and at least one hydrolysable silane group, and i) perfluoropolyether urethane comprising hydrolysable silane groups, and ii) an acrylate polymer comprising at least one perfluoropolyether moiety and at least one hydrolysable silane group, and b) at least 50 % by weight silsesquioxane-based hard-coat composition.
Method for determining the maximum obtainable power of a rechargeable traction battery system that comprises a multiplicity of rechargeable battery elements connected in series, said method having the steps: detecting at least one power indicator for each rechargeable battery element; determining the smallest power indicator of all the detected power indicators of all the rechargeable battery elements; providing a power output limit for the rechargeable battery element having the smallest power indicator by operating the rechargeable battery system at the power output limit of a rechargeable battery element, by estimation or by approximation by means of a model that represents the relevant rechargeable battery element, starting from the smallest power indicator and/or other measured physical instantaneous variables of the relevant rechargeable battery element; characterized by extrapolating the maximum obtainable power of the rechargeable traction battery system based on the power output limit by multiplying the power output limit minus a predefined absolute value by the multiplicity of rechargeable battery elements connected in series, wherein the maximum obtainable power of the rechargeable traction battery system is related, by the extrapolation and on account of the series connection, to a power output of the one rechargeable battery element for which the smallest power indicator has been determined; and outputting the maximum obtainable power in the form of a value. detecting at least one power indicator for each rechargeable battery element; determining the smallest power indicator of all the detected power indicators of all the rechargeable battery elements; providing a power output limit for the rechargeable battery element having the smallest power indicator by operating the rechargeable battery system at the power output limit of a rechargeable battery element, by estimation or by approximation by means of a model that represents the relevant rechargeable battery element, starting from the smallest power indicator and/or other measured physical instantaneous variables of the relevant rechargeable battery element; characterized by extrapolating the maximum obtainable power of the rechargeable traction battery system based on the power output limit by multiplying the power output limit minus a predefined absolute value by the multiplicity of rechargeable battery elements connected in series, wherein the maximum obtainable power of the rechargeable traction battery system is related, by the extrapolation and on account of the series connection, to a power output of the one rechargeable battery element for which the smallest power indicator has been determined; and outputting the maximum obtainable power in the form of a value.
A device configured to dampen noise in projection device, the device comprising: a bracket configured to secure a moving component to an optical engine; and an integrated noise reduction mechanism integrated into the bracket, the bracket including a first set of at least three apertures (84, 86, 100), the apertures being configured to receive fasteners securing the moving component, wherein the moving component is configured to be installed on one side of the bracket, wherein the integrated noise reduction mechanism includes a plurality of elastomeric grommets (85, 87, 107) integrated along the perimeter of the apertures (84, 86, 100) in the bracket, characterized in that the bracket includes a channel, formed on the moving component side, connecting the at least three apertures (84, 86, 100), the channel having the elastomeric material molded therein and the molded elastomeric material forming and connecting the elastomeric grommets (85, 87, 107). a bracket configured to secure a moving component to an optical engine; and an integrated noise reduction mechanism integrated into the bracket, the bracket including a first set of at least three apertures (84, 86, 100), the apertures being configured to receive fasteners securing the moving component, wherein the moving component is configured to be installed on one side of the bracket, wherein the integrated noise reduction mechanism includes a plurality of elastomeric grommets (85, 87, 107) integrated along the perimeter of the apertures (84, 86, 100) in the bracket, characterized in that the bracket includes a channel, formed on the moving component side, connecting the at least three apertures (84, 86, 100), the channel having the elastomeric material molded therein and the molded elastomeric material forming and connecting the elastomeric grommets (85, 87, 107).
A method for the manufacture of a floor tile, comprising at least the following successive steps: - obtaining a substrate having at least a wood based upper layer; - optionally sanding an upper surface defined by the upper layer; - coating the substrate, wherein coating the substrate comprises applying at least a first layer of coating on the upper surface, curing the first layer of coating using UV rays, applying a second layer of coating on the first layer of coating, and curing the second layer of coating using UV rays, wherein the first layer of coating contains a hardener and the second layer of coating contains a filler; - optionally sanding an upper surface of the coated substrate; - applying a primer layer on the coated substrate; - digitally printing a décor on the primer layer; and - applying a top coat on the décor, characterised in that obtaining the substrate comprises obtaining a core layer, and paving the core layer with several pieces of veneer (4A, 4B) in order to obtain the upper layer, the pieces of veneer (4A, 4B) being adjacent perpendicularly to a normal direction perpendicular to the tile. - obtaining a substrate having at least a wood based upper layer; - optionally sanding an upper surface defined by the upper layer; - coating the substrate, wherein coating the substrate comprises applying at least a first layer of coating on the upper surface, curing the first layer of coating using UV rays, applying a second layer of coating on the first layer of coating, and curing the second layer of coating using UV rays, wherein the first layer of coating contains a hardener and the second layer of coating contains a filler; - optionally sanding an upper surface of the coated substrate; - applying a primer layer on the coated substrate; - digitally printing a décor on the primer layer; and - applying a top coat on the décor,