mhurhangee/ep-ind-claims huggingface dataset:
Abutment for a dental-prosthetic arrangement, having a fastening screw, which can be rotated about a first axis and is located at a first, implant-side end, having a retaining structure, which defines a second axis as the joining direction of a retaining device and is located at a second, prosthetic-side end, wherein the first axis and the second axis are inclined in relation to one another, and having a tool opening, which is directed away from the first end, in extension of the first axis, and serves as an access to the fastening screw, wherein - a first and a second sub-component (T1, T2) are present, - the first, implant-side end and the tool opening are formed on the first sub-component and the retaining structure is formed on the second sub-component, - the two sub-components (T1, T2) can be connected to one another via connecting structures, - the second sub-component, in the connected state, at least partially covers over the tool opening of the first sub-component, and - the connecting structures between the two sub-components (T1, T2) contain a screw-connection with a second threaded connection around the second axis as screw axis, characterized in that the second threaded connection, on the second sub-component, contains an internal thread on the inner surface of a side wall, and the second threaded connection, on the first sub-component, contains a threaded stub, which projects in the direction of the second sub-component and has an external thread, wherein the threaded stub projects in relation to a bearing surface, on which is supported, in the connected state of the two sub-components (T1, T2), a mating surface as end edge of the side wall of the second sub-component. - a first and a second sub-component (T1, T2) are present, - the first, implant-side end and the tool opening are formed on the first sub-component and the retaining structure is formed on the second sub-component, - the two sub-components (T1, T2) can be connected to one another via connecting structures, - the second sub-component, in the connected state, at least partially covers over the tool opening of the first sub-component, and - the connecting structures between the two sub-components (T1, T2) contain a screw-connection with a second threaded connection around the second axis as screw axis,
Vehicle seat having an upper part which is height-adjustably mounted with respect to a lower part by means of at least one scissor frame, wherein the scissor frame comprises a first scissor arm member and a second scissor arm member which are pivotably mounted about a common axis, wherein the first scissor arm member comprises a first, a second and a third lever member which are series-connected, wherein the first lever member is pivotally mounted with respect to the upper part about a third axis, and wherein the third lever member is pivotally mounted with respect to the lower part about a fourth axis, wherein the second lever member is pivotally mounted about the common axis and is rotationally connected to the first lever member by means of a fifth axis and rotationally connected to the third lever member by means of a sixth axis characterised in that the second scissor arm member comprises an integral fourth lever member which is pivotally mounted relative to the upper part about a first axis and relative to the lower part about a second axis, wherein the second scissor arm member between the first axis and the second axis is free of pivot joints and is rigid in itself and directly connects the lower part to the upper part, wherein the connections of the scissor frame to the upper part and to the lower part are respectively free of translational degrees of freedom. the first scissor arm member comprises a first, a second and a third lever member which are series-connected, wherein the first lever member is pivotally mounted with respect to the upper part about a third axis, and wherein the third lever member is pivotally mounted with respect to the lower part about a fourth axis, wherein the second lever member is pivotally mounted about the common axis and is rotationally connected to the first lever member by means of a fifth axis and rotationally connected to the third lever member by means of a sixth axis characterised in that the second scissor arm member comprises an integral fourth lever member which is pivotally mounted relative to the upper part about a first axis and relative to the lower part about a second axis, wherein the second scissor arm member between the first axis and the second axis is free of pivot joints and is rigid in itself and directly connects the lower part to the upper part, wherein the connections of the scissor frame to the upper part and to the lower part are respectively free of translational degrees of freedom.
Method for spot welding on at least one workpiece, in particular by means of at least one robot, with at least two simultaneously welding electrodes, which are arranged respectively in pairs next to one another along the same surface side of the workpiece and are forced against the surface of the workpiece, wherein the workpiece is held against the pressing force of the electrodes on the opposite surface side by means of a spatially fixed counter holder, wherein the workpiece comprises two metal sheets (3a, 3b), characterised in that a copper base is provided as a spatially fixed counter holder of the metal sheets (3a, 3b) against the pressing force of the individual electrodes (2a, 2b) and the pressing force of the individual electrodes (2a, 2b) is controlled respectively before and/or during the welding process with respect to a given reference value individually, in particular each by means of a motor.
A system for performing tear film structure measurement, the system comprising: a broadband light source configured to illuminate the tear film; a spectrometer for measuring respective spectra of reflected light from at least one point of the tear film; a color camera configured for large field of view imaging of the tear film so as to obtain color information for all points of the tear film imaged by the color camera; an autofocusing mechanism for focusing the color camera and the spectrometer; and a processing unit coupled to the camera and to the spectrometer and configured for (i) calibrating the camera at the at least one point measured by the spectrometer so that the color obtained by the camera at said at least one point matches the color of the spectrometer at the same point, and (ii) determining from the color of respective points of the calibrated camera the thicknesses of a lipid layer and an aqueous layer of the tear film at the respective point. a broadband light source configured to illuminate the tear film; a spectrometer for measuring respective spectra of reflected light from at least one point of the tear film; a color camera configured for large field of view imaging of the tear film so as to obtain color information for all points of the tear film imaged by the color camera; an autofocusing mechanism for focusing the color camera and the spectrometer; and a processing unit coupled to the camera and to the spectrometer and configured for (i) calibrating the camera at the at least one point measured by the spectrometer so that the color obtained by the camera at said at least one point matches the color of the spectrometer at the same point, and (ii) determining from the color of respective points of the calibrated camera the thicknesses of a lipid layer and an aqueous layer of the tear film at the respective point.
A method for wireless communication, comprising: encoding N bits comprising K input bits using a Polar coding scheme to obtain a plurality of encoded bits, wherein the K input bits include a first subset of bits assigned to a first field and a second subset of bits assigned to a second field that is associated with the first field, and the second subset of bits are positioned based on an index set including n indices; and transmitting the plurality of encoded bits to a communication device, wherein all of N, K, and n are positive integers, N being equal to or greater than n, and K being equal to or smaller than N; wherein the K input bits encode information; and wherein the second field includes information indicative of a length of the first field; and the method comprising positioning the second subset of bits at a plurality of indices determined by a communication device based on the index set, wherein the index set includes following indices: ⌊ N n ⌋ − 1, ⌊ 2 N n ⌋ − 1,..., N − 1, or N − n, N − n + 1,..., N − 1. encoding N bits comprising K input bits using a Polar coding scheme to obtain a plurality of encoded bits, wherein the K input bits include a first subset of bits assigned to a first field and a second subset of bits assigned to a second field that is associated with the first field, and the second subset of bits are positioned based on an index set including n indices; and transmitting the plurality of encoded bits to a communication device, wherein all of N, K, and n are positive integers, N being equal to or greater than n, and K being equal to or smaller than N; wherein the K input bits encode information; and wherein the second field includes information indicative of a length of the first field; and the method comprising positioning the second subset of bits at a plurality of indices determined by a communication device based on the index set, wherein the index set includes following indices: ⌊ N n ⌋ − 1, ⌊ 2 N n ⌋ − 1,..., N − 1, or N − n, N − n + 1,..., N − 1.
A battery pack, comprising: a battery module including at least one battery cell and having at least one insert hole at a bottom thereof; and a pack case having an accommodation space for accommodating the battery module and having at least one fixing protrusion which is fitted into the at least one insert hole, wherein the at least one fixing protrusion is provided at a bottom of the accommodation space, and at least a part of the at least one fixing protrusion is permanently deformed partially when being fitted into the at least one insert hole, characterized in that the at least one fixing protrusion includes: a main rib protruding upwards from an inner wall of the pack case; and a deformable rib provided at an outer side of the main rib and permanently deformed when being fitted into the insert hole. a battery module including at least one battery cell and having at least one insert hole at a bottom thereof; and a pack case having an accommodation space for accommodating the battery module and having at least one fixing protrusion which is fitted into the at least one insert hole, wherein the at least one fixing protrusion is provided at a bottom of the accommodation space, and at least a part of the at least one fixing protrusion is permanently deformed partially when being fitted into the at least one insert hole, characterized in that the at least one fixing protrusion includes: a main rib protruding upwards from an inner wall of the pack case; and a deformable rib provided at an outer side of the main rib and permanently deformed when being fitted into the insert hole. a main rib protruding upwards from an inner wall of the pack case; and a deformable rib provided at an outer side of the main rib and permanently deformed when being fitted into the insert hole.
A handle device for a motor vehicle door, comprising: - a handle movable between a retracted position and a deployed position, - a transmission mechanism, - an actuator, the actuator comprising an electric motor and a case accommodating this motor, the actuator being arranged so as to move the handle between the retracted position and the deployed position via the transmission mechanism, - one or several electrical component(s) among a switch, a lighting system, a position sensor, a motion sensor, a proximity sensor, or still a printed circuit, this device being characterized in that it comprises a connector mounted on the case, and in that each of the motor and the electrical components comprises a cable (131, 132, 141, 142, 151, 152, 161, 162) passing through the case and being connected to the connector in the case, the connector allowing communicating electrical information between, on the one hand, the motor and/or one or more of said electrical components and, on the other hand, a control unit of the handle device. - a handle movable between a retracted position and a deployed position, - a transmission mechanism, - an actuator, the actuator comprising an electric motor and a case accommodating this motor, the actuator being arranged so as to move the handle between the retracted position and the deployed position via the transmission mechanism, - one or several electrical component(s) among a switch, a lighting system, a position sensor, a motion sensor, a proximity sensor, or still a printed circuit,
A tensioning retractor comprising: an upper spacer configured to impact a first bone; a lower spacer, opposing the upper spacer, configured to impact a second bone; a central carriage, positioned between the upper spacer and the lower spacer, configured to removably couple to a powered surgical tool and transmit a driving force from the surgical tool to the upper spacer and the lower spacer; and characterised in that the tensioning retractor comprises one or more blades (630a, 630b) coupled to the central carriage and configured to contact the upper spacer and the lower spacer to transmit the driving force, wherein the central carriage is configured to rotate to place the one or more blades (630a, 630b) into contact with the upper spacer and the lower spacer to transmit the driving force. an upper spacer configured to impact a first bone; a lower spacer, opposing the upper spacer, configured to impact a second bone; a central carriage, positioned between the upper spacer and the lower spacer, configured to removably couple to a powered surgical tool and transmit a driving force from the surgical tool to the upper spacer and the lower spacer; and characterised in that the tensioning retractor comprises one or more blades (630a, 630b) coupled to the central carriage and configured to contact the upper spacer and the lower spacer to transmit the driving force, wherein the central carriage is configured to rotate to place the one or more blades (630a, 630b) into contact with the upper spacer and the lower spacer to transmit the driving force.
Storage cabinet for storing beverages in an air-conditioned and/or temperature-controlled manner, comprising at least one support rack, for storing or receiving drinks bottles, which support rack is mounted inside the storage cabinet on a telescopic mechanism so that it can be pulled out, the support rack comprising a frame formed by two transverse struts (2, 3) and two longitudinal struts connecting the transverse struts (2, 3), and comprising support struts arranged within the support rack so as to be oriented in parallel with one another in the longitudinal direction, characterised in that a directly writable labelling strip is removably attached to the front transverse strut of the support rack, the labelling strip extending over the entire width of the transverse strut.
Smart cookware for use on induction cooktops, comprising a bottom plain or bottom layer configured to heat the cookware by an induction cooktop; a temperature sensor arranged in said bottom plain or bottom layer; and control electronics connected to said temperature sensor and arranged to sense the temperature of the cookware and provide temperature values; characterized in that said bottom plain or bottom layer comprises a soft-magnetic alloy with a Curie point selected in the range of 250°C to 340°C for safety purposes to limit the maximum heating temperature by the induction. a bottom plain or bottom layer configured to heat the cookware by an induction cooktop; a temperature sensor arranged in said bottom plain or bottom layer; and control electronics connected to said temperature sensor and arranged to sense the temperature of the cookware and provide temperature values; characterized in that said bottom plain or bottom layer comprises a soft-magnetic alloy with a Curie point selected in the range of 250°C to 340°C for safety purposes to limit the maximum heating temperature by the induction.
An endoscope handle for an endoscope for visually inspecting inaccessible places, such as human body cavities, the endoscope handle comprising: - a frame comprising bearings (71, 71'); - a control device comprising a body and trunnions (85, 85'), the trunnions extending from opposite sides of the body along a pivot axis, the control device being configured for steering a distal end of the endoscope by pivoting about the pivot axis; and - a first shell part and a second shell part together enclosing a cavity accommodating the frame and at least partly the control device therein, the shell parts forming an exterior surface shaped to form an ergonomic grip for an operator, and the shell parts comprising a first column extending along a first column axis and a second column extending along a second column axis (C'), the first and second columns extend into the cavity from opposite sides, wherein the trunnions of the control device and preferably the columns are supported by the bearings of the frame so that the control device is rotatable about the pivot axis, characterized in that the shell parts and the frame each are formed as separate components and in that the first and second columns of the shell parts are arranged to retain the trunnions of the control device between the first and second columns of the shell parts. - a frame comprising bearings (71, 71'); - a control device comprising a body and trunnions (85, 85'), the trunnions extending from opposite sides of the body along a pivot axis, the control device being configured for steering a distal end of the endoscope by pivoting about the pivot axis; and - a first shell part and a second shell part together enclosing a cavity accommodating the frame and at least partly the control device therein, the shell parts forming an exterior surface shaped to form an ergonomic grip for an operator, and the shell parts comprising a first column extending along a first column axis and a second column extending along a second column axis (C'), the first and second columns extend into the cavity from opposite sides,
An aluminium production anode yoke with two anode yoke parts, each including a beam attachment portion with a beam contact area, an anode yoke transition portion and a yoke blade with an anode attachment portion with an anode contact area, the anode yoke transition portion forming an electricity conducting transition between the beam attachment portion and the yoke blade, the anode attachment portion comprising: a straight bottom edge between two end portions (21, 22) extending at an angle from the bottom edge, a first plane side portion at a first side of the anode attachment portion, and a second plane side portion at a second side of the anode attachment portion, wherein the first plane side portion and the second plane side portion form a slight taper in a range of 0,4°-10° off parallel with a narrow portion towards the straight bottom edge; and wherein each anode yoke part includes an angled portion between the anode attachment portion and the beam attachment portion whereby a gap between the straight bottom edges of the two anode yoke parts is narrower than a gap between the second plane side portions at a location above the straight bottom edges. a straight bottom edge between two end portions (21, 22) extending at an angle from the bottom edge, a first plane side portion at a first side of the anode attachment portion, and a second plane side portion at a second side of the anode attachment portion, wherein the first plane side portion and the second plane side portion form a slight taper in a range of 0,4°-10° off parallel with a narrow portion towards the straight bottom edge; and wherein each anode yoke part includes an angled portion between the anode attachment portion and the beam attachment portion whereby a gap between the straight bottom edges of the two anode yoke parts is narrower than a gap between the second plane side portions at a location above the straight bottom edges.
Apparatus for determining a blow-in time and/or an amount of liquefied gas fuel to be supplied - such as autogas, natural gas, liquefied natural gas, biogas or hydrogen - for operating the engine in a bivalent or trivalent fuel mode, wherein the amount to be supplied to a cylinder of an engine can be described by the blow-in time when having a constant supply speed or flow speed of the liquefied gas fuel to the cylinder, wherein the apparatus is arranged such that the determined blow-in time of the liquefied gas fuel is dependent on a determined calorific value or a determined gas-mixture-characteristic value, comprising a gas-mixture-regulating-look-up-table which is arranged such that, based on the determined calorific value or the determined gas-mixture-characteristic value, a gas-mixture-adjustment-factor can be determined, on which the determined blow-in time depends, characterized in that the apparatus comprises a gas-conductivity-sensor for measuring an electrical conductivity of the gas mixture (2, 21) of the liquefied gas fuel, wherein the electrical conductivity is the ability of the gas mixture (2, 21) to conduct electrical current, and the apparatus is arranged such that the calorific value or the gas-mixture-characteristic value is determined based on the measured electrical conductivity.
An elliptical exercise device for simultaneous training of the shoulder girdle, the pelvic girdle and trunk muscles in a human, the device comprising an exercise device body including an arm load unit having hand pedals attached thereo and a leg load unit having foot pedals attached thereto wherein the arm load unit and leg load unit are configured to enable hand pedals and foot pedals to perform elliptical motions independently from each other; the exercise device is configured to change an angle of inclination of a human body relative to the horizon, wherein the exercise device is configured to form an angle between the plane of the trajectory of elliptical motions of hands and the sagittal plane of a human body, XZ with an elastic cylindrical hinge.
A pole structure built from composite material, consisting of two parallel, essentially vertical poles or profiles joined together by means of stiff, essentially horizontal brackets forming connection points attaching the poles rigidly to each other, whereby the distance between brackets in the vertical direction is at least 10 times the pole diameter.
A protective cover for scissors having a first blade and a second blade connected to the first blade by a pivot joint which are each provided with cutting edges and extended beyond the pivot link by actuating arms and/or fastening elements connected rigidly to the blades (23, 27) in each case, characterized in that the protective cover has a plate-shaped part with a first edge face that can be fastened to the first blade and moved therewith, which edge face bears against the cutting edge of the first blade in the state secured to the scissors, wherein the plate-shaped part extends in the plane of the first blade from the cutting edge thereof in the direction of the second blade in such a manner that when the scissors are in the opened state it covers the region lying between the cutting edges of the two blades (23, 27).