mhurhangee/ep-ind-claims huggingface dataset:
A medical system comprising: a guide tube for directing instruments including an elongate guide tube body extending between a proximal end and a distal end, the guide tube body defining a first working channel Z for a first medical instrument, the first working channel extending from a first proximal opening to a first distal opening, and the guide tube body defining a second working channel for a second medical instrument, the second working channel extending from a second proximal opening to a second distal opening; an articulation portion articulated via a guide tube controller; a first steerable instrument having an elongate body and slidably disposed within the first working channel; and a second steerable instrument having an elongate body and slidably disposed within the second working channel; wherein a distal portion of the first working channel is angled relative to a distal portion of the second working channel, that the first steerable instrument exits the first distal opening at an angle relative to an axis along which the second steerable instrument exits the second distal opening, characterised by the medical system further comprising a diverging mechanism (89, 120, 122) for directly applying a diverging force on the first and second steerable instruments, wherein the diverging mechanism (89, 120, 122) is movable relative to the guide tube to cause divergence of the first and second steerable instruments (40a, 40b). a guide tube for directing instruments including an elongate guide tube body extending between a proximal end and a distal end, the guide tube body defining a first working channel Z for a first medical instrument, the first working channel extending from a first proximal opening to a first distal opening, and the guide tube body defining a second working channel for a second medical instrument, the second working channel extending from a second proximal opening to a second distal opening; an articulation portion articulated via a guide tube controller; a first steerable instrument having an elongate body and slidably disposed within the first working channel; and a second steerable instrument having an elongate body and slidably disposed within the second working channel; wherein a distal portion of the first working channel is angled relative to a distal portion of the second working channel, that the first steerable instrument exits the first distal opening at an angle relative to an axis along which the second steerable instrument exits the second distal opening, characterised by the medical system further comprising a diverging mechanism (89, 120, 122) for directly applying a diverging force on the first and second steerable instruments, wherein the diverging mechanism (89, 120, 122) is movable relative to the guide tube to cause divergence of the first and second steerable instruments (40a, 40b).
A bearing assembly comprising: an inner member, the inner member having an outer surface at least a portion of which defines an outer engagement surface; an outer member, the outer member being metallic and swaged around the inner member, the inner member being misalignable and rotatable in relation to the outer member, the outer member having an outer surface and an inner surface at least a portion of which defines an inner engagement surface; and an area of engagement defined by an interface of the inner engagement surface of the outer member and the outer engagement surface of the inner member; characterized by a flange mounted on the outer surface of the outer member proximate a swaged axial end portion of the outer surface. an inner member, the inner member having an outer surface at least a portion of which defines an outer engagement surface; an outer member, the outer member being metallic and swaged around the inner member, the inner member being misalignable and rotatable in relation to the outer member, the outer member having an outer surface and an inner surface at least a portion of which defines an inner engagement surface; and an area of engagement defined by an interface of the inner engagement surface of the outer member and the outer engagement surface of the inner member; characterized by a flange mounted on the outer surface of the outer member proximate a swaged axial end portion of the outer surface.
A sealing device comprising: a main lip which seals sealed fluid in a machine inside; a sub lip which prevents intrusion of foreign materials from a machine outside; and both the lips (14, 15), in use, slidably coming into contact with a cylindrical peripheral surface of a shaft, wherein the sub lip is formed into a shape which is directed to the main lip side, and a stepped shape is provided in the sub lip, characterized in that the stepped shape is configured to unevenly distribute contact pressure within a contact width (w) in the sub lip in relation to the shaft to generate a position of a contact pressure peak towards the machine outside. a main lip which seals sealed fluid in a machine inside; a sub lip which prevents intrusion of foreign materials from a machine outside; and both the lips (14, 15), in use, slidably coming into contact with a cylindrical peripheral surface of a shaft, wherein the sub lip is formed into a shape which is directed to the main lip side, and a stepped shape is provided in the sub lip, characterized in that the stepped shape is configured to unevenly distribute contact pressure within a contact width (w) in the sub lip in relation to the shaft to generate a position of a contact pressure peak towards the machine outside.
Cover for a workshop pit, comprising support elements (11, 12; 13) arranged in successive portions (14; 15) which are connected to each other to maintain the drive train during movement by means drive between an open position and a closed position of said cover and a guide device formed, on the one hand, inside the pit and on each upper edge (1c, 1d), of a guide rail having a horizontal rolling track; said cover is characterized in that, on said horizontal rolling track, is arranged a guide flat section making it possible to constitute a first rolling track referred to as "internal" and a second rolling track referred to as "external", and, on the other hand, at each lateral end of the support elements (11; 13) of each successive portion (14, 15) of the cover, a first double-roller device cooperating with the guide rail and making it possible to store each successive portion (14, 15) in vertical position when the cover is in the open position in a storage space provided at the end of the pit and which is performed by a storage ramp comprising a storage rolling track disposed in the extension of the first rolling track referred to as "internal" of said guide rail, said first double-roller device being constituted by a fixed pin carrying two freely rotatable rollers (22b, 22c) spaced from each other by a spacer in order to position respectively a first roller on the first rolling track referred to as "internal" and a second roller on the second rolling track referred to as "external" of each guide rail.
A method of adjusting a secondary brake of a vehicle, said secondary brake including a brake lever, a spreader nut, and, for each wheel, a movable yoke lever (23, 63), a rest stop (28, 68) for the corresponding yoke lever (23, 63), the method including: - a step of putting shims (30, 70) in place between the yoke lever (23, 63) and the rest stop (28, 68) of each rear wheel of the vehicle, - a step of putting in place a holding means of one of the two yoke levers so as to prevent any movement of said yoke lever, - a step of tightening of the spreader nut, - a step of detection of a movement of the yoke lever of said other wheel, - a step of stopping the tightening of the spreader nut, and - a step of withdrawal of the holding means. - a step of putting shims (30, 70) in place between the yoke lever (23, 63) and the rest stop (28, 68) of each rear wheel of the vehicle, - a step of putting in place a holding means of one of the two yoke levers so as to prevent any movement of said yoke lever, - a step of tightening of the spreader nut, - a step of detection of a movement of the yoke lever of said other wheel, - a step of stopping the tightening of the spreader nut, and - a step of withdrawal of the holding means.
An electromagnetic relay, comprising: - an electromagnetic system comprising at least one coil, one winding core, and two pole shoes (3,4) arranged on first and second opposite ends of the relay; - an armature having a first armature end and a second armature end corresponding to the first and second relay ends, and having two positions which depend on the excitation state of the electromagnetic system; - a relay housing for accommodating the electromagnetic system and two fixed contacts (21, 22) arranged adjacent to each other on the first relay end and anchored in the relay housing, which are spatially separated from the electromagnetic system and are connected to connection pins (43, 44); - at least one first switch comprising a first contact spring secured to the armature in insulating manner and having a bridging contact for the two adjacent fixed contacts (21, 22), defining components of the first switch, wherein, depending on the position of the armature, the bridging contact bridges or separates the two adjacent fixed contacts (21, 22) that are anchored in the relay housing; characterized by: - walls of insulating material surrounding the first switch and comprising an insulating hood which on the first relay end separates the area of the contact components (21, 22, 23) from the area of the armature and covers the armature and the electromagnetic system and additionally electrically insulates it from the first switch by providing long leakage current paths. - an electromagnetic system comprising at least one coil, one winding core, and two pole shoes (3,4) arranged on first and second opposite ends of the relay; - an armature having a first armature end and a second armature end corresponding to the first and second relay ends, and having two positions which depend on the excitation state of the electromagnetic system; - a relay housing for accommodating the electromagnetic system and two fixed contacts (21, 22) arranged adjacent to each other on the first relay end and anchored in the relay housing, which are spatially separated from the electromagnetic system and are connected to connection pins (43, 44); - at least one first switch comprising a first contact spring secured to the armature in insulating manner and having a bridging contact for the two adjacent fixed contacts (21, 22), defining components of the first switch, wherein, depending on the position of the armature, the bridging contact bridges or separates the two adjacent fixed contacts (21, 22) that are anchored in the relay housing; - walls of insulating material surrounding the first switch and comprising an insulating hood which on the first relay end separates the area of the contact components (21, 22, 23) from the area of the armature and covers the armature and the electromagnetic system and additionally electrically insulates it from the first switch by providing long leakage current paths.
An automotive solid-state lamp for a vehicle, comprising a lamp body (12, 161, 162, 20) extending along a longitudinal reference axis between a proximal base portion and a distal front portion, wherein the lamp body (12, 161, 162, 20) comprises a support member having first and second opposed sides, wherein each one of the opposed sides of the support member has arranged thereon: a first array of solid-state light sources having a shield optically coupled therewith and configured to provide, when energized, an automotive low-beam, a second array of solid-state light sources located between the base portion and the first array of solid-state light sources, the second array of solid-state light sources spaced from the first array of solid-state light sources and configured to provide, when energized, an automotive high-beam, characterised in that the second array of solid-state light sources consists of: a first single row (144; 1420, 1421) of solid-state light sources extending longitudinally of the lamp body (12, 161, 162, 20) between a proximal side of the second array adjacent the proximal base portion and a distal side of the second array adjacent the first array of solid-state light sources, and a second single row (146; 1420, 1422) of solid-state light sources extending transversely of the lamp body (12, 161, 162, 20) at said distal side of the second array adjacent the first array of solid-state light sources. a first array of solid-state light sources having a shield optically coupled therewith and configured to provide, when energized, an automotive low-beam, a second array of solid-state light sources located between the base portion and the first array of solid-state light sources, the second array of solid-state light sources spaced from the first array of solid-state light sources and configured to provide, when energized, an automotive high-beam, characterised in that the second array of solid-state light sources consists of: a first single row (144; 1420, 1421) of solid-state light sources extending longitudinally of the lamp body (12, 161, 162, 20) between a proximal side of the second array adjacent the proximal base portion and a distal side of the second array adjacent the first array of solid-state light sources, and a second single row (146; 1420, 1422) of solid-state light sources extending transversely of the lamp body (12, 161, 162, 20) at said distal side of the second array adjacent the first array of solid-state light sources. a first single row (144; 1420, 1421) of solid-state light sources extending longitudinally of the lamp body (12, 161, 162, 20) between a proximal side of the second array adjacent the proximal base portion and a distal side of the second array adjacent the first array of solid-state light sources, and a second single row (146; 1420, 1422) of solid-state light sources extending transversely of the lamp body (12, 161, 162, 20) at said distal side of the second array adjacent the first array of solid-state light sources.
A method for producing a holding seal material including alumina fibers, the method comprising: a spinning mixture preparing step of mixing an aqueous solution of basic aluminum chloride and silica sol to achieve a proportion of basic aluminum chloride of 82.8 to 97.7 wt% and a proportion of silica of 17.2 to 2.3 wt% to prepare a spinning mixture; an alumina fiber precursor producing step of spinning the spinning mixture into alumina fiber precursors by a blowing method at 80°C to 140°C; an aggregate producing step of collecting the alumina fiber precursors to produce an alumina fiber precursor aggregate having a moisture content of 5 to 10%; a conveying step of moisturizing the alumina fiber precursor aggregate to a moisture content of 10 to 18% and conveying the alumina fiber precursor aggregate; a sheet producing step of compressing the alumina fiber precursor aggregate into a sheet having a moisture content of 10 to 18%; a needle punching step of needle punching the sheet under the condition of 2 to 50 marks/cm 2; and a firing step of firing the sheet having a moisture content of 10 to 18% at 1200°C to 1300°C. a spinning mixture preparing step of mixing an aqueous solution of basic aluminum chloride and silica sol to achieve a proportion of basic aluminum chloride of 82.8 to 97.7 wt% and a proportion of silica of 17.2 to 2.3 wt% to prepare a spinning mixture; an alumina fiber precursor producing step of spinning the spinning mixture into alumina fiber precursors by a blowing method at 80°C to 140°C; an aggregate producing step of collecting the alumina fiber precursors to produce an alumina fiber precursor aggregate having a moisture content of 5 to 10%; a conveying step of moisturizing the alumina fiber precursor aggregate to a moisture content of 10 to 18% and conveying the alumina fiber precursor aggregate; a sheet producing step of compressing the alumina fiber precursor aggregate into a sheet having a moisture content of 10 to 18%; a needle punching step of needle punching the sheet under the condition of 2 to 50 marks/cm 2; and a firing step of firing the sheet having a moisture content of 10 to 18% at 1200°C to 1300°C.
Method for guiding a motor vehicle, wherein a first method section involves the motor vehicle being guided in automated fashion by means of a driver assistance system and wherein a subsequent second method section involves the motor vehicle being guided in nonautomated fashion by a driver, characterized in that the transition from the first method section to the second method section involves a gas pedal of the motor vehicle being adjusted by means of a pedal actuator such that at the beginning of the second method section, the gas pedal assumes a transfer pedal position that corresponds to the vehicle movement of the motor vehicle at the end of the first method section.
A method of milling a channel-shaped cavity by a five-axis computer numerical control machine, the method comprising: selecting a workpiece to be machined, wherein the workpiece has a bottom surface of a channel, a left wall (811; 911) of the channel, a right wall (812; 912) of the channel, and an entry point (818; 918) of a cutting tool; characterised by: performing a symmetry propagation and automatic synchronization on the channel to be machined, wherein information about possible elements of symmetry of the bottom surface is propagated to the channel walls; and the relative position of the left wall and right wall of the channel is assessed, and a resulting correspondence of subportions of the right wall of the channel with counterparts on the left wall of the channel is established; determining a primary set of flank-milling positions of the cutting tool, wherein the set of flank-milling positions are relative to the left wall of the channel and the right wall of the channel; and determining a trochoidal path (240; 815; 915) for the cutting tool, based on joining the determined primary flank-milling positions via pseudo-circular patterns. selecting a workpiece to be machined, wherein the workpiece has a bottom surface of a channel, a left wall (811; 911) of the channel, a right wall (812; 912) of the channel, and an entry point (818; 918) of a cutting tool; characterised by: performing a symmetry propagation and automatic synchronization on the channel to be machined, wherein information about possible elements of symmetry of the bottom surface is propagated to the channel walls; and the relative position of the left wall and right wall of the channel is assessed, and a resulting correspondence of subportions of the right wall of the channel with counterparts on the left wall of the channel is established; determining a primary set of flank-milling positions of the cutting tool, wherein the set of flank-milling positions are relative to the left wall of the channel and the right wall of the channel; and determining a trochoidal path (240; 815; 915) for the cutting tool, based on joining the determined primary flank-milling positions via pseudo-circular patterns. performing a symmetry propagation and automatic synchronization on the channel to be machined, wherein information about possible elements of symmetry of the bottom surface is propagated to the channel walls; and the relative position of the left wall and right wall of the channel is assessed, and a resulting correspondence of subportions of the right wall of the channel with counterparts on the left wall of the channel is established; determining a primary set of flank-milling positions of the cutting tool, wherein the set of flank-milling positions are relative to the left wall of the channel and the right wall of the channel; and determining a trochoidal path (240; 815; 915) for the cutting tool, based on joining the determined primary flank-milling positions via pseudo-circular patterns.
Objective unit for endoscopes, with an endoscope housing and a cover glass secured in the endoscope housing, with an objective having at least one lens, and with an objective mount, wherein the objective mount forms the proximal-side end of the objective unit, wherein at least one catch element (19; 21; 22; 23) is arranged on a proximal end of the objective mount, characterized in that the proximal end of the objective mount is designed to be resiliently elastic, such that the objective mount, preferably upon insertion into the endoscope housing, can be compressed radially inwards, and the at least one catch element (19; 21; 22; 23) is suitable, on account of the expansion of the objective mount in the radial direction, for engaging in a catch seat formed in the endoscope housing.
Tempering element for the operation as temperature stabilisator together with a product to be tempered in an isolation container, said tempering element being defined by a hollow body made of plastic material and being filled with a first fluid with a fusion point in a first temperature interval and in that in the hollow body is at least one more fluid with a fusion point in a second temperature interval, characterized in that at least two phases are provided that separate towards differents densities, said first fluid and the at least one more fluid providing segregating phases, said first fluid having a fusion point between -2° C and +3° C and said at least one more fluid having a fusion point between 4° C and 8° C or 18° C and 24° C.