mhurhangee/ep-ind-claims huggingface dataset:
Tibial component (15; 54) for use in an ankle prosthesis, wherein said tibial component comprises: - a base (18; 67) having an upper surface; - a fixation fin (19; 68) protruding generally upwardly from the upper surface of the base and extending in an anterior-posterior direction along the base; and - at least one stabilisation element (25; 69) provided on the fixation fin for stabilisation of the tibial component when placed in the tibia, said at least one stabilisation element (25; 69) extending sideways away from the fixation fin; characterized in that said base has a substantially trapezoidal shape such that a posterior side of the base has a shorter width than an anterior side of the base; and at least one stabilisation element (25; 69) and/or said fixation fin is substantially rounded at a front edge to provide for smooth placement of the tibial component within a tibia. - a base (18; 67) having an upper surface; - a fixation fin (19; 68) protruding generally upwardly from the upper surface of the base and extending in an anterior-posterior direction along the base; and - at least one stabilisation element (25; 69) provided on the fixation fin for stabilisation of the tibial component when placed in the tibia, said at least one stabilisation element (25; 69) extending sideways away from the fixation fin;
A method of assembling a wind-turbine tower which comprises a plurality of tower sections (6a-d,10,12) including a lower section and an upper section to be connected to the lower section, the method comprising: a step of measuring a diameter (D L) of an upper end portion of the lower section and a diameter (D U) of a lower end portion of the upper section; a step of applying a force in a radial direction of the wind-turbine tower to at least one of the upper end portion of the lower section or the lower end portion of the upper section so as to reduce a difference between the diameter (D L) of the upper end portion of the lower section and the diameter (D U) of the lower end portion of the upper section, on the basis of a measurement result of each of the diameter of the upper end portion of the lower section and the diameter of the lower end portion of the upper section; a step of suspending the upper section above the lower section while the lower section is disposed upright so that the upper end portion of the lower section and the lower end portion of the upper section face each other; and a step of connecting the lower end portion of the upper section and the upper end portion of the lower section. a step of measuring a diameter (D L) of an upper end portion of the lower section and a diameter (D U) of a lower end portion of the upper section; a step of applying a force in a radial direction of the wind-turbine tower to at least one of the upper end portion of the lower section or the lower end portion of the upper section so as to reduce a difference between the diameter (D L) of the upper end portion of the lower section and the diameter (D U) of the lower end portion of the upper section, on the basis of a measurement result of each of the diameter of the upper end portion of the lower section and the diameter of the lower end portion of the upper section; a step of suspending the upper section above the lower section while the lower section is disposed upright so that the upper end portion of the lower section and the lower end portion of the upper section face each other; and a step of connecting the lower end portion of the upper section and the upper end portion of the lower section.
Handle for a surgical instrument, comprising - a distal coupling portion for coupling to a shank, and - an elongate main body, in which a carriage is guided movably along the longitudinal axis between a first end position and a second end position, - a first actuation element, which is operatively coupled to the carriage in order to move the latter axially, wherein the carriage is designed for the longitudinal axial movement of an actuation rod of the shank of the surgical instrument, - a second actuation element is arranged adjacent to the first actuation element on the longitudinal axis, characterized in that the second actuation element is rotatable about the longitudinal axis of the elongate main body, and - the second actuation element is annular, at least at its end directed toward the first actuation element, and carries on its inner circumference a rotationally fixed locking ring whose inner wall has a protuberance facing radially into the locking ring, said protuberance having a surface lying at least partially in the ring plane, - wherein the carriage has a finger which extends, eccentrically with respect to the longitudinal axis of the main body, from a front face of the carriage facing the locking ring, - and wherein, in a locked state of the second actuation element, the surface provides a first abutment for the carriage, since the finger comes to bear on the surface, and - in a release state of the second actuation element, the finger, offset with respect to the surface, faces the locking ring and frees a range of travel (L') of the carriage. - a distal coupling portion for coupling to a shank, and - an elongate main body, in which a carriage is guided movably along the longitudinal axis between a first end position and a second end position, - a first actuation element, which is operatively coupled to the carriage in order to move the latter axially, wherein the carriage is designed for the longitudinal axial movement of an actuation rod of the shank of the surgical instrument, - a second actuation element is arranged adjacent to the first actuation element on the longitudinal axis, characterized in that the second actuation element is rotatable about the longitudinal axis of the elongate main body, and - the second actuation element is annular, at least at its end directed toward the first actuation element, and carries on its inner circumference a rotationally fixed locking ring whose inner wall has a protuberance facing radially into the locking ring, said protuberance having a surface lying at least partially in the ring plane, - wherein the carriage has a finger which extends, eccentrically with respect to the longitudinal axis of the main body, from a front face of the carriage facing the locking ring, - and wherein, in a locked state of the second actuation element, the surface provides a first abutment for the carriage, since the finger comes to bear on the surface, and - in a release state of the second actuation element, the finger, offset with respect to the surface, faces the locking ring and frees a range of travel (L') of the carriage.
An electromagnetic actuation device, in particular a proportional solenoid or a switching magnet, with a solenoid armature that can be guided with axial movement within a pole tube surrounded at least partially by a coil winding, which pole tube has a separating region forming magnetic decoupling and to which a pole core adjoins, upon energisation of the coil winding a magnetic force acting on the armature which seeks to move the latter in the direction of the pole core against a restoring force that is acting on it, an adjusting device being provided by means of which the effect of the restoring force upon a desired target value can be adjusted, a compression spring being provided that acts on the armature and which pre-tensions the solenoid armature towards a set end position (24, 32) from which the armature can be moved against the spring force by energising the coil winding, the adjusting device for the end of the compression spring opposite to the armature having a supporting element that can be position-adjusted to an axial position that generates a desired spring pre-tensioning, the end of the compression spring facing away from the solenoid armature engaging in a coaxial passage (44, 48) in the pole core, and the supporting element of the adjusting device being formed by the end of a shaft that is guided within the passage (44, 48) of the pole core by means of an adjusting screw device (50, 54, 46) such as to be axially adjustable, characterised in that the shaft has a coaxial inner through-hole in which a tension member can be moved axially, which tension member has a driver at one end that moves the armature for emergency actuation against the action of the compression spring upon a pulling back movement of the tension member.
Cable routing element, comprising a rigid support structure which includes electrically insulating plastic or composite longitudinal structural elements (12, 13; 12', 13') and transverse structural elements (11, 21; 51, 52) connecting the longitudinal structural elements, characterised in that at least some of the longitudinal structural elements comprise at least one metallic wire (3, 3') housed in the plastic or composite material comprising them.
Continuous reductive dehydroxymethylation process for the preparation of alkanes from primary aliphatic alcohols, having 3 to 25 carbon atoms, in the presence of hydrogen and a catalyst in a reactor at a pressure of ≥ 2 bar, characterized in that the dehydroxymethylation takes place in the vapor phase.
A reformer (102, 202, 302) comprising: a heating zone to preheat a plurality of reactants (308, 310) comprising a feedstock fuel and an oxidant; a channel (702, 716) to convey the preheated plurality of reactants; a plasma generator to apply an electrical potential to the reactants sufficient to ionize at least a portion of the reactants wherein the electrical potential comprises a gliding electric arc; a reaction zone to chemically transform the ionized reactants into synthesis gas comprising a mixture of hydrogen and carbon monoxide; and a heat transfer mechanism, wherein the heat transfer mechanism is an outer shell that provides a gas containment envelope that keeps the reactants as well as the products of the reactants isolated from the external environment, to absorb heat radiated or otherwise conveyed from a fuel cell and to transfer that heat to the plasma generator and the reaction zone so that the heat can be utilized in the reformation reaction. a heating zone to preheat a plurality of reactants (308, 310) comprising a feedstock fuel and an oxidant; a channel (702, 716) to convey the preheated plurality of reactants; a plasma generator to apply an electrical potential to the reactants sufficient to ionize at least a portion of the reactants wherein the electrical potential comprises a gliding electric arc; a reaction zone to chemically transform the ionized reactants into synthesis gas comprising a mixture of hydrogen and carbon monoxide; and a heat transfer mechanism, wherein the heat transfer mechanism is an outer shell that provides a gas containment envelope that keeps the reactants as well as the products of the reactants isolated from the external environment, to absorb heat radiated or otherwise conveyed from a fuel cell and to transfer that heat to the plasma generator and the reaction zone so that the heat can be utilized in the reformation reaction.
A vacuum pump drive having an electric motor and a frequency converter electrically connected to said electric motor and arranged at a distance to said motor, wherein in the electric feed line from said frequency converter to said electric motor a transformer in the form of a transmitter of ferrite or sinter material is arranged for energy transmission, a first section of the electric feed line between the frequency converter and the transformer is made considerably longer than a second section of said electric feed line between said transformer and the electric motor, the frequency converter and the transformer are configured for transmitting a first voltage via the first feed line section, which is larger than the voltage transmitted via the second feed line section between said transformer and the electric motor, the first voltage being at least twice as large as the voltage transmitted via the second feed line section between the transformer and the electric motor. wherein in the electric feed line from said frequency converter to said electric motor a transformer in the form of a transmitter of ferrite or sinter material is arranged for energy transmission, a first section of the electric feed line between the frequency converter and the transformer is made considerably longer than a second section of said electric feed line between said transformer and the electric motor, the frequency converter and the transformer are configured for transmitting a first voltage via the first feed line section, which is larger than the voltage transmitted via the second feed line section between said transformer and the electric motor, the first voltage being at least twice as large as the voltage transmitted via the second feed line section between the transformer and the electric motor.
A base unit for a road stud, said base unit having a recess for receiving a depressible insert and a plurality of projections (121,122) extending into the recess for retaining the depressible insert therein, and characterised in that said recess has a shape in plan view comprising a rectangle with chamfered corners (161,162,171,172), wherein each chamfered corner comprises a single side, such that the shape comprises a total of eight sides.
A method for radio access network, RAN, based notification area, RNA, update for an RRC_INACTIVE user equipment, UE, the method comprising: receiving, by the RRC _INACTIVE UE, a cell ID and a RAN area ID broadcasted by a second cell; initiating, by the RRC _INACTIVE UE, an RNA update procedure, when the RRC INACTIVE UE determines that the RAN area ID from the second cell does not belong to a stored list of RAN area IDs; and receiving, by the RRC INACTIVE UE, an updated list of RAN area IDs, from at least one of a first cell and the second cell. receiving, by the RRC _INACTIVE UE, a cell ID and a RAN area ID broadcasted by a second cell; initiating, by the RRC _INACTIVE UE, an RNA update procedure, when the RRC INACTIVE UE determines that the RAN area ID from the second cell does not belong to a stored list of RAN area IDs; and receiving, by the RRC INACTIVE UE, an updated list of RAN area IDs, from at least one of a first cell and the second cell.
A pack (30, 60) comprising: a base containing a group of tobacco industry products wrapped in a barrier material that comprises a removable section to define an extraction opening for the removal of tobacco industry products; a lid attached to the base for rotation between open and closed positions and comprising a lid front wall having an inner surface and a lid front wall flap having front and rear faces (46a, 46b), the lid front wall flap being folded relative to the lid front wall about a fold along a lower edge of the lid front wall, the lid front wall flap comprising a first portion extending from said fold, the rear face of the lid front wall flap formed by the first portion being attached to said inner surface of the lid front wall, the lid front wall flap also comprising an intermediate portion extending from, and which is configured to fold relative to, the first portion, and a second portion extending from the intermediate portion which is folded relative to the intermediate portion to expose the rear face of the lid front wall flap formed by the second portion, a label attached to the removable section of the barrier material and to the lid so that, when the lid is rotated towards the open position, the removable section is lifted to open the extraction opening; wherein the label is attached to the rear face of the lid front wall flap formed by the second portion. a base containing a group of tobacco industry products wrapped in a barrier material that comprises a removable section to define an extraction opening for the removal of tobacco industry products; a lid attached to the base for rotation between open and closed positions and comprising a lid front wall having an inner surface and a lid front wall flap having front and rear faces (46a, 46b), the lid front wall flap being folded relative to the lid front wall about a fold along a lower edge of the lid front wall, the lid front wall flap comprising a first portion extending from said fold, the rear face of the lid front wall flap formed by the first portion being attached to said inner surface of the lid front wall, the lid front wall flap also comprising an intermediate portion extending from, and which is configured to fold relative to, the first portion, and a second portion extending from the intermediate portion which is folded relative to the intermediate portion to expose the rear face of the lid front wall flap formed by the second portion, a label attached to the removable section of the barrier material and to the lid so that, when the lid is rotated towards the open position, the removable section is lifted to open the extraction opening; wherein the label is attached to the rear face of the lid front wall flap formed by the second portion.
Apparatus for pasteurizing and/or sterilizing particulate material, comprising - at least two electron sources for generating an electron beam, which are located opposite one another, - a treatment zone in which the material can be pasteurized and/or sterilized in free-falling by means of the electron beam, - a material channel arranged in the region of the treatment zone, in which the material can be pasteurized and/or sterilized by means of the electron beam, - a flat protective element arranged between the electron source and the material channel, at least partially permeable to the electron beam and consisting in particular of a metal, preferably titanium, characterized in that the device comprises a cassette holder and a cassette with holding frames, the cassette comprising two holding frames for two opposing protective elements, the holding frames holding the protective elements and having a cavity through which a cooling fluid can flow. - at least two electron sources for generating an electron beam, which are located opposite one another, - a treatment zone in which the material can be pasteurized and/or sterilized in free-falling by means of the electron beam, - a material channel arranged in the region of the treatment zone, in which the material can be pasteurized and/or sterilized by means of the electron beam, - a flat protective element arranged between the electron source and the material channel, at least partially permeable to the electron beam and consisting in particular of a metal, preferably titanium,
A testing system, comprising: a test fixture configured to provide electrical connection to a force or strain sensor; a mechanical actuator configured to apply a force to the force or strain sensor; a load cell configured to measure an amount of the force applied to the force or strain sensor; a controller configured to operate the mechanical actuator and simultaneously record respective output signals from the force or strain sensor and the load cell; and a flexible substrate, wherein the bottom surface of the force or strain sensor is soldered to the flexible substrate, and wherein the testing system is configured such that the force is applied to the flexible substrate by the mechanical actuator to create displacement and strain within the flexible substrate and strain within the force or strain sensor while the top surface of the force or strain sensor is unconstrained by any hard surface. a test fixture configured to provide electrical connection to a force or strain sensor; a mechanical actuator configured to apply a force to the force or strain sensor; a load cell configured to measure an amount of the force applied to the force or strain sensor; a controller configured to operate the mechanical actuator and simultaneously record respective output signals from the force or strain sensor and the load cell; and a flexible substrate, wherein the bottom surface of the force or strain sensor is soldered to the flexible substrate, and wherein the testing system is configured such that the force is applied to the flexible substrate by the mechanical actuator to create displacement and strain within the flexible substrate and strain within the force or strain sensor while the top surface of the force or strain sensor is unconstrained by any hard surface.
A camera module for a mobile device, comprising: a cover having an outer side from which an annular axial extension protrudes, the axial extension defining a lens opening and a lens movement axis and having an outer end surface defining an outer end of the camera module, and the outer side of the cover laterally adjacent the annular extension defining a gasket sealing surface against which a gasket can be compressed for sealing; a base defining an inner end of the camera module opposite the outer end; and a lens barrel positioned within the camera module and driveable to extend and retract relative to the base and within the axial extension, wherein the lens barrel at an outermost position, in which it is positioned beyond the gasket sealing surface toward the outer end surface of the axial extension, is axially recessed from the end surface of the axial extension and is laterally separated from the gasket sealing surface by the axial extension; and wherein the annular axial extension extends axially beyond the gasket sealing surface. a cover having an outer side from which an annular axial extension protrudes, the axial extension defining a lens opening and a lens movement axis and having an outer end surface defining an outer end of the camera module, and the outer side of the cover laterally adjacent the annular extension defining a gasket sealing surface against which a gasket can be compressed for sealing; a base defining an inner end of the camera module opposite the outer end; and a lens barrel positioned within the camera module and driveable to extend and retract relative to the base and within the axial extension, wherein the lens barrel at an outermost position, in which it is positioned beyond the gasket sealing surface toward the outer end surface of the axial extension, is axially recessed from the end surface of the axial extension and is laterally separated from the gasket sealing surface by the axial extension; and wherein the annular axial extension extends axially beyond the gasket sealing surface.