mhurhangee/ep-ind-claims huggingface dataset:
Modular humeral prosthesis suitable for implant in a humeral seating of a humerus, comprising an articulation component (11, 111), a distal joint element (13, 113) able to be inserted into said humeral seating along an insertion axis, and an adapter body provided with a support positionable in the humeral seating and that has a coupling seating to connect said articulation component (11, 111) and provided with a connection unit inserted into said support to connect said distal joint element (13, 113) to said adapter body in a releasable manner, said connection unit comprising: a clamping element and an anchoring element configured to clamp a movement of axial extraction of the clamping element toward the outside of the humeral seating, wherein said support has a through coupling seating configured to receive and position said clamping element inside it, and also configured to allow the insertion and extraction of said distal joint element (13, 113) through said support without removing said support from the humeral seating, characterised in that said clamping element is associated in a selectively releasable manner to the distal joint element (13, 113) and that said connection unit further comprises an attachment element associated with the clamping element and the distal joint element (13, 113) to clamp the axial movement of the distal joint element (13, 113) toward the inside of the humeral seating with respect to the clamping element. a clamping element and an anchoring element configured to clamp a movement of axial extraction of the clamping element toward the outside of the humeral seating, wherein said support has a through coupling seating configured to receive and position said clamping element inside it, and also configured to allow the insertion and extraction of said distal joint element (13, 113) through said support without removing said support from the humeral seating, characterised in that said clamping element is associated in a selectively releasable manner to the distal joint element (13, 113) and that said connection unit further comprises an attachment element associated with the clamping element and the distal joint element (13, 113) to clamp the axial movement of the distal joint element (13, 113) toward the inside of the humeral seating with respect to the clamping element.
A composition comprising: a) at least one cosmetically acceptable medium; b) at least one crosslinked polyglycerolated silicone elastomer; and c) at least one crosslinked polyoxyalkylenated silicone elastomer different from the crosslinked polyglycerolated silicone elastomer. a) at least one cosmetically acceptable medium; b) at least one crosslinked polyglycerolated silicone elastomer; and c) at least one crosslinked polyoxyalkylenated silicone elastomer different from the crosslinked polyglycerolated silicone elastomer.
Method for laying at least one conduit for at least one optical cable into a solid bed, in particular an asphalt or concrete surface, with the aid of a laying device, wherein at least one channel is ground or cut into the bed and the at least one conduit is laid in the at least one channel, characterised in that at least one side wall of the at least one channel is formed with a supporting step (1") for support of a hardenable, elastic and/or solid filler material (5, 6), by means of which, after laying the at least one conduit, the possibly remaining space in each channel is filled, or of a conduit formed corresponding to the channel, whereby for protection of the at least one conduit laid in the at least one channel or of the optical cable laid therein, a force acting on the surface of the bed is diverted via the at least one supporting step (1") into the bed.
An image capturing method for capturing an image of an object to be photographed by using a plurality of aircraft, each one including an image capturing part, the method comprising: a ranking step of setting up a predetermined ranking for each of the aircraft; a control step of performing control on the basis of the ranking; and an image capturing step of moving one of the aircraft and using the image capturing part of the one of the aircraft to capture an image of the object, the method being characterized in that, in the image capturing step, in accordance with an image capture range of the image capturing part of the one of the aircraft, flight of the other aircraft is controlled such that the other aircraft do not enter the image capture range. a ranking step of setting up a predetermined ranking for each of the aircraft; a control step of performing control on the basis of the ranking; and an image capturing step of moving one of the aircraft and using the image capturing part of the one of the aircraft to capture an image of the object, the method being characterized in that, in the image capturing step, in accordance with an image capture range of the image capturing part of the one of the aircraft, flight of the other aircraft is controlled such that the other aircraft do not enter the image capture range.
A mask for administering a breathable gas to a patient, the mask comprising a mask body and a gas flow disrupter joined to the mask body, the mask body configured to position the flow disrupter in a position spaced from and opposing the patient's nose and mouth region when worn by the patient, and a gas inlet within the mask body for discharging gas from a source into the interior of the mask body through the flow disrupter, characterised in that the flow disrupter comprises: - a peripheral wall that defines an interior space within the periphery of the wall, the wall having an inside surface facing the interior space and an outside surface; - a baffle structure located within the interior space, the baffle structure comprising a baffle member configured to block a portion of the interior space within the flow disrupter, the baffle structure further comprising at least one gas turbulence generator consisting of one or more of a rib, a fin, a dimple, a protuberance; - at least one gap between the baffle member and the inside surface of the peripheral wall for gas flow through the vortex generator. - a peripheral wall that defines an interior space within the periphery of the wall, the wall having an inside surface facing the interior space and an outside surface; - a baffle structure located within the interior space, the baffle structure comprising a baffle member configured to block a portion of the interior space within the flow disrupter, the baffle structure further comprising at least one gas turbulence generator consisting of one or more of a rib, a fin, a dimple, a protuberance; - at least one gap between the baffle member and the inside surface of the peripheral wall for gas flow through the vortex generator.
A towing vehicle comprising: a vehicle body including a driver's section; a coupling device at a rear portion of the vehicle body to connect a towing object to the vehicle body; a floor board disposed in the driver's section of the vehicle body; and a step disposed in the vehicle body at a position lower than the floor board to form a level difference between the step and the floor board, wherein the step includes an upper surface and a plurality of sides (52, 53, 54, 55) that bounds the upper surface, the plurality of sides (52, 53, 54, 55) includes, at a rear portion of the upper surface, a rear side that extends rearward and outward from the floor board, the vehicle body includes a rear surface that extends upward from the rear side, the plurality of sides (52, 53, 54, 55) further includes, at a front portion of the upper surface, a front side that extends frontward and outward from the floor board, the vehicle body further includes a front surface that extends upward from the front side, and the plurality of sides (52, 53, 54, 55) also includes a connecting side that extends in a longitudinal direction of the vehicle body and connects outward ends of the rear side and the front side of the step, characterized in that the front side of the step forms an angle with the connecting side which is smaller than an angle which the rear side of the step forms with the connecting side, and the vehicle body further includes a battery housing located forward of the driver's section, the battery housing storing therein a battery. a vehicle body including a driver's section; a coupling device at a rear portion of the vehicle body to connect a towing object to the vehicle body; a floor board disposed in the driver's section of the vehicle body; and a step disposed in the vehicle body at a position lower than the floor board to form a level difference between the step and the floor board, wherein the step includes an upper surface and a plurality of sides (52, 53, 54, 55) that bounds the upper surface, the plurality of sides (52, 53, 54, 55) includes, at a rear portion of the upper surface, a rear side that extends rearward and outward from the floor board, the vehicle body includes a rear surface that extends upward from the rear side, the plurality of sides (52, 53, 54, 55) further includes, at a front portion of the upper surface, a front side that extends frontward and outward from the floor board, the vehicle body further includes a front surface that extends upward from the front side, and the plurality of sides (52, 53, 54, 55) also includes a connecting side that extends in a longitudinal direction of the vehicle body and connects outward ends of the rear side and the front side of the step, characterized in that the front side of the step forms an angle with the connecting side which is smaller than an angle which the rear side of the step forms with the connecting side, and the vehicle body further includes a battery housing located forward of the driver's section, the battery housing storing therein a battery.
A voltage regulator comprising: an output stage having an input and an output, the output operable to provide a regulated output signal (Vout); a first stage having a first input, a second input, and an output, the first input operable to receive a signal reference voltage (Vref), the second input operable to receive a compensated signal derived from the regulated output signal (Vout), and the output operable to generate a first-stage output signal based at least in part on the first and second inputs; a second stage having an input and an output, the input operable to receive the first-stage output signal and the output operable to generate a second-stage output signal received at the input of the output stage; a voltage divider coupled to the output stage output, the voltage divider having at least two circuit elements (R A, R B) in series and forming a compensated output at the circuit node between the at least two circuit elements (R A, R B), whereby the compensated signal derived from the output signal is generated at the circuit node; a first frequency compensation unit coupled between the first-stage output and the output-stage output; and characterised by a second frequency compensation unit coupled in parallel with one of the circuit elements (R A, R B) of the voltage divider wherein the frequency location of the zero introduced by the second frequency compensation unit is independent of the components of both the voltage regulator and the first frequency compensation units. an output stage having an input and an output, the output operable to provide a regulated output signal (Vout); a first stage having a first input, a second input, and an output, the first input operable to receive a signal reference voltage (Vref), the second input operable to receive a compensated signal derived from the regulated output signal (Vout), and the output operable to generate a first-stage output signal based at least in part on the first and second inputs; a second stage having an input and an output, the input operable to receive the first-stage output signal and the output operable to generate a second-stage output signal received at the input of the output stage; a voltage divider coupled to the output stage output, the voltage divider having at least two circuit elements (R A, R B) in series and forming a compensated output at the circuit node between the at least two circuit elements (R A, R B), whereby the compensated signal derived from the output signal is generated at the circuit node; a first frequency compensation unit coupled between the first-stage output and the output-stage output; and characterised by a second frequency compensation unit coupled in parallel with one of the circuit elements (R A, R B) of the voltage divider wherein the frequency location of the zero introduced by the second frequency compensation unit is independent of the components of both the voltage regulator and the first frequency compensation units.
Deployable assembly comprising: • a supporting structure (25, 50), • a set of panels (21, 22; 51, 52, 53, 54), each of the panels (21, 22; 51, 52, 53, 54) being linked to the adjacent panel by a hinge defining an intermediate axis of rotation, capable of switching from a stowed configuration, in which the panels (21, 22; 51, 52, 53, 54) are folded one on top of the other, to a deployed configuration, by rotation of the panels (21, 22; 51, 52, 53, 54) about the respective intermediate axes of rotation, in which the panels are arranged substantially in a same plane, • an articulation device defining a single main axis of rotation of the set of panels (21, 22; 51, 52, 53, 54) relative to the supporting structure (25, 50), wherein the main axis of rotation is on a first edge of a first (21, 51) of the panels on a face of the supporting structure (25, 50), the set of panels (21, 22; 51, 52, 53, 54) being rotationally mobile about the intermediate axes of rotation and the main axis of rotation to switch from the stowed configuration to the deployed configuration and the set of panels (21, 22; 51, 52, 53, 54) being only rotationally mobile about the main axis of rotation in deployed configuration so as to orient the set of panels (21, 22; 51, 52, 53, 54) relative to the supporting structure (25, 50), characterized in that the articulation device comprises a first bearing and a second bearing on the first edge of the first panel (21, 51) so as to render the set of panels rotationally mobile about the main axis of rotation, the main axis of rotation being on a first edge of a first (21, 51) of the panels, in that the articulation device comprises a control device comprising a gear motor coupled to the first bearing intended to orient the set (20, 50) of panels, and in that the control device comprises at least one damper coupling the gear motor and the first bearing. • a supporting structure (25, 50), • a set of panels (21, 22; 51, 52, 53, 54), each of the panels (21, 22; 51, 52, 53, 54) being linked to the adjacent panel by a hinge defining an intermediate axis of rotation, capable of switching from a stowed configuration, in which the panels (21, 22; 51, 52, 53, 54) are folded one on top of the other, to a deployed configuration, by rotation of the panels (21, 22; 51, 52, 53, 54) about the respective intermediate axes of rotation, in which the panels are arranged substantially in a same plane, • an articulation device defining a single main axis of rotation of the set of panels (21, 22; 51, 52, 53, 54) relative to the supporting structure (25, 50),
Interlocking building blocks easily mountable and dismountable without the need of screws, nails, tools, or glues for changeable modular assemblies comprising a female block and a set of male blocks, the female block having rectangular indentations and the male blocks fitting inside the rectangular indentations of female blocks, so that a female block may simultaneously fit in its rectangular indentations two male blocks, and a male block may simultaneously fit inside at least two female blocks wherein each male block simultaneously filling in at least half the rectangular indentations of at least two female blocks and thus fixedly connecting said at least two female blocks, characterized in that the female block is a semi-hollow cube with a flat bottom face and four side walls having one of the rectangular indentations on their top half, and a rectangular indention on centre of the top face, said indentations having a depth equal to half the height of the cube and width equal to one third of the width of the cube and the male blocks which are symmetrically built along at least one of their axis, each male block having at least two rectangular projections linked by a web, and said rectangular projections and said web having twice the height of the indentations of a female block, so that when a male block fits inside at least two female blocks, half the height of the rectangular projections and half the height of the web of said male block is inside the at least two female blocks, and a symmetrical portion extends outside the top surface of the female blocks, such that said symmetrical portion extending outside the top surface of the female blocks can fit inside another at least two female blocks.
Garden sensor apparatus having at least one sensor unit (12a; 12b) for detecting at least one garden-specific characteristic variable, having at least one base body (14a; 14b), on which the sensor unit (12a; 12b) is arranged, having at least one fixing unit (16a; 16b) at least for fixing the base body (14a; 14b) to an underlying surface and having at least one energy supply interface (20a; 20b) for connecting to a border wire at least for supplying energy to the sensor unit (12a; 12b), wherein the border wire is formed as an energy-supplying delimiting wire or as an energy-supplying delimiting cable, which is at least provided to delimit at least one working area of an autonomous garden processing device or to specify a route to an autonomous garden processing device, characterized by at least one receiving unit (24a; 24b), by means of which the border wire is able to be arranged on the base body (14a; 14b) and/or on the fixing unit (16a; 16b).
An aerosol-generating device, the aerosol-generating device comprising: a display; a housing; and a light source enclosed within the housing; wherein the display comprises: a notification window; and the display further characterized by a nano-photonic material (56, 56', 56", 56′′′) extending over a front surface of the window; the light source in optical communication with the window for backlighting the window with a light wave to fall incident on the nano-photonic material; the nano-photonic material configured to, in response to a light wave comprising at least one predetermined wavelength backlighting the window and being incident on the nano-photonic material, increase the amplitude of the at least one predetermined wavelength and emit therefrom a light wave comprising the at least one predetermined wavelength with the increased amplitude. a display; a housing; and a light source enclosed within the housing; wherein the display comprises: a notification window; and the display further characterized by a nano-photonic material (56, 56', 56", 56′′′) extending over a front surface of the window; a notification window; and the display further characterized by a nano-photonic material (56, 56', 56", 56′′′) extending over a front surface of the window; the light source in optical communication with the window for backlighting the window with a light wave to fall incident on the nano-photonic material; the nano-photonic material configured to, in response to a light wave comprising at least one predetermined wavelength backlighting the window and being incident on the nano-photonic material, increase the amplitude of the at least one predetermined wavelength and emit therefrom a light wave comprising the at least one predetermined wavelength with the increased amplitude.
A wind turbine comprising a rotating system, the rotating system comprising: - a first part (2, 11) and a second part (3, 12) being arranged to rotate relative to each other, and - a component comprising at least one magnet, said component being attached to the rotating system in such a manner that the component moves along with the first part (2, 11) while sliding along the second part (3, 12) in abutment with the second part (3, 12), the magnetic forces provided by the at least one magnet ensuring the abutment between the component and the second part of the rotating system, wherein the rotating system is or forms part of a gear system or a generator system, or wherein the rotating system is a bearing system. - a first part (2, 11) and a second part (3, 12) being arranged to rotate relative to each other, and - a component comprising at least one magnet, said component being attached to the rotating system in such a manner that the component moves along with the first part (2, 11) while sliding along the second part (3, 12) in abutment with the second part (3, 12), the magnetic forces provided by the at least one magnet ensuring the abutment between the component and the second part of the rotating system,
A method for enabling subscriber lines to join a DSL vectoring system, wherein the method comprises: grouping (101;201) subscriber lines into at least two groups according to time when the subscriber lines request to go online, wherein the at least two groups of subscriber lines that are obtained after the grouping comprise a first group of subscriber lines and a second group of subscriber lines, and time when all subscriber lines in the first group of subscriber lines request to go online is earlier than time when all subscriber lines in the second group of subscriber lines request to go online; starting (102;202) a joining process for all the subscriber lines in the first group of subscriber lines; and during the joining process of the first group of subscriber lines, when the first group of subscriber lines reach a starting moment of a specified vectoring step, putting (103;203,205,207) all the subscriber lines in the second group of subscriber lines into a joining process, characterized by further comprising: after starting to enable the second group of subscriber lines to join the DSL vectoring system later, aligning (104;204,206,208) vectoring steps of all the subscriber lines in the second group of subscriber lines with corresponding vectoring steps of all the subscriber lines in the first group of subscriber lines. grouping (101;201) subscriber lines into at least two groups according to time when the subscriber lines request to go online, wherein the at least two groups of subscriber lines that are obtained after the grouping comprise a first group of subscriber lines and a second group of subscriber lines, and time when all subscriber lines in the first group of subscriber lines request to go online is earlier than time when all subscriber lines in the second group of subscriber lines request to go online; starting (102;202) a joining process for all the subscriber lines in the first group of subscriber lines; and during the joining process of the first group of subscriber lines, when the first group of subscriber lines reach a starting moment of a specified vectoring step, putting (103;203,205,207) all the subscriber lines in the second group of subscriber lines into a joining process, after starting to enable the second group of subscriber lines to join the DSL vectoring system later, aligning (104;204,206,208) vectoring steps of all the subscriber lines in the second group of subscriber lines with corresponding vectoring steps of all the subscriber lines in the first group of subscriber lines.