mhurhangee/ep-ind-claims huggingface dataset:
A cardiac pump (101, 201) comprising: a plain bearing assembly (126, 226) located towards an inlet (109, 209) of said cardiac pump (101, 201) and comprising a first plain bearing portion and a second plain bearing portion, the first plain bearing portion (126a, 226a) being coupled to a cardiac pump rotor (108, 208) and the second plain bearing portion (126b, 226b) being coupled to a cardiac pump housing (107, 207), the plain bearing assembly being configured to rotatably support the cardiac pump rotor within the cardiac pump housing in at least an axial direction of the cardiac pump rotor; and a magnetic bearing assembly (136, 236) comprising a first magnetic bearing portion (136a, 236a) and a second magnetic bearing portion (136b, 236b), the first magnetic bearing portion being coupled to the cardiac pump rotor and the second magnetic bearing portion being coupled to the cardiac pump housing, and characterised by the magnetic bearing assembly being configured to rotatably support the cardiac pump rotor within the cardiac pump housing in a radial direction of the cardiac pump rotor and bias the cardiac pump rotor in the axial direction such that the magnetic bearing assembly provides a preload force to preload the plain bearing assembly. a plain bearing assembly (126, 226) located towards an inlet (109, 209) of said cardiac pump (101, 201) and comprising a first plain bearing portion and a second plain bearing portion, the first plain bearing portion (126a, 226a) being coupled to a cardiac pump rotor (108, 208) and the second plain bearing portion (126b, 226b) being coupled to a cardiac pump housing (107, 207), the plain bearing assembly being configured to rotatably support the cardiac pump rotor within the cardiac pump housing in at least an axial direction of the cardiac pump rotor; and a magnetic bearing assembly (136, 236) comprising a first magnetic bearing portion (136a, 236a) and a second magnetic bearing portion (136b, 236b), the first magnetic bearing portion being coupled to the cardiac pump rotor and the second magnetic bearing portion being coupled to the cardiac pump housing, and characterised by the magnetic bearing assembly being configured to rotatably support the cardiac pump rotor within the cardiac pump housing in a radial direction of the cardiac pump rotor and bias the cardiac pump rotor in the axial direction such that the magnetic bearing assembly provides a preload force to preload the plain bearing assembly.
Cable/lead insertion unit for inserting and guiding at least one lead into and through a wall opening in a housing wall, having an insertion sleeve for inserting into the wall opening, an abutment flange protruding radially outwards at least partially from said insertion sleeve, a clamping part which can be screwed onto the insertion sleeve in the direction of the abutment flange, and a fastening section of the insertion sleeve arranged opposite the clamping part, characterized in that, on its outer side, the fastening section has a single thread which runs partially around in the circumferential direction and is formed from at least two spaced-apart thread sections (12, 13) with which a clamping piece for pressing the abutment flange against an opening edge of the wall opening can be brought into engagement.
An ophthalmic apparatus for the examination of an examinee's eye, the ophthalmic apparatus comprising: an optometry unit that is configured to examine the examinee's eye; drive unit that is configured to adjust a relative position between the optometry unit and the examinee's eye; an illuminating optical system (50, 80) including a first illuminating optical system configured for illuminating an anterior segment of the examinee's eye and a second illuminating optical system configured for illuminating a wider range than the first illuminating optical system; an imaging optical system (60, 90) including a first imaging optical system configured for imaging an anterior segment of the examinee's eye and a second imaging optical system configured for imaging a wider range than the first imaging optical system; and control unit that is configured to change an illuminating state with respect to an anterior segment between anterior segment illumination by the first illuminating optical system and wide range illumination by the second illuminating optical system, wherein the control unit is configured to perform automatic alignment on the examinee's eye by controlling the drive unit based on an imaging signal from the first imaging optical system and the second imaging optical system, wherein the control unit is configured to change an illuminating state with respect to the anterior segment between automatic alignment by the first imaging optical system and automatic alignment by the second imaging optical system. an optometry unit that is configured to examine the examinee's eye; drive unit that is configured to adjust a relative position between the optometry unit and the examinee's eye; an illuminating optical system (50, 80) including a first illuminating optical system configured for illuminating an anterior segment of the examinee's eye and a second illuminating optical system configured for illuminating a wider range than the first illuminating optical system; an imaging optical system (60, 90) including a first imaging optical system configured for imaging an anterior segment of the examinee's eye and a second imaging optical system configured for imaging a wider range than the first imaging optical system; and control unit that is configured to change an illuminating state with respect to an anterior segment between anterior segment illumination by the first illuminating optical system and wide range illumination by the second illuminating optical system, wherein the control unit is configured to perform automatic alignment on the examinee's eye by controlling the drive unit based on an imaging signal from the first imaging optical system and the second imaging optical system, wherein the control unit is configured to change an illuminating state with respect to the anterior segment between automatic alignment by the first imaging optical system and automatic alignment by the second imaging optical system.
An energy recovery device comprising: an integrated motor/generator unit comprising an electric generator; one or more valves in fluid communication with a passage bypassing the integrated motor/generator unit, wherein at least one of the one or more valves is adapted to selectively open to limit a pressure applied to the integrated motor/generator unit by allowing a fluid to flow through the passage; and wherein the integrated motor/generator unit is integrated onto the side of a damper body. an integrated motor/generator unit comprising an electric generator; one or more valves in fluid communication with a passage bypassing the integrated motor/generator unit, wherein at least one of the one or more valves is adapted to selectively open to limit a pressure applied to the integrated motor/generator unit by allowing a fluid to flow through the passage; and
Cutting unit for use in hard rock with a cutting apparatus suitable for creating tunnels or subterranean roadways and the like, comprising: - a cutting arm configured for pivotal movement around at least one pivot axis, - a rotatable cutting head mounted to the cutting arm, the cutting head comprising at least one rotatable roller cutting element operating in an undercutting mode for detaching material from a rock face; - a clearing arrangement mounted to the cutting arm, wherein the clearing arrangement comprises a clearing blade for pushing detached rock material onto a loading table of the cutting apparatus, characterized in that the clearing blade is guided by a first guiding mechanism allowing for a free movement of the clearing blade in a first direction; and - the first guiding mechanism comprises one or more slide shoes allowing for a free linear movement of the clearing blade in the first direction. - a cutting arm configured for pivotal movement around at least one pivot axis, - a rotatable cutting head mounted to the cutting arm, the cutting head comprising at least one rotatable roller cutting element operating in an undercutting mode for detaching material from a rock face; - a clearing arrangement mounted to the cutting arm, wherein the clearing arrangement comprises a clearing blade for pushing detached rock material onto a loading table of the cutting apparatus, characterized in that the clearing blade is guided by a first guiding mechanism allowing for a free movement of the clearing blade in a first direction; and - the first guiding mechanism comprises one or more slide shoes allowing for a free linear movement of the clearing blade in the first direction.
A heating device, comprising a housing in which there is a flow control system for a heat transfer medium which can be heated with the heating device, the flow control system being hydraulically connected on the one hand to a feed connection (3.1) and on the other hand to a return connection (4.1), characterised in that the flow control system is also hydraulically connected on the one hand to an additional feed connection (3.2) and on the other hand to an additional return connection (4.2), wherein the feed connection (3.1) and the return connection (4.1) on the one hand and the additional feed connection (3.2) and the additional return connection (4.2) on the other hand are arranged on different sides of the housing.
A shield cover for a radiation source machine, comprising: a frame body provided with a receiving chamber for receiving the radiation source machine, an end opening and an ray exit through which rays are emitted out from the radiation source machine; an end cover disposed at the end opening of the frame body and provided with a sealed chamber communicating with the receiving chamber; and a connecting member disposed between the end cover and the frame body and provided with an opening for communicating the sealed chamber of the end cover with the receiving chamber of the frame body, characterised in that the end cover being movably connected to the frame body by the connecting member such that a distance of the end cover from the end opening of the frame body is adjustable. a frame body provided with a receiving chamber for receiving the radiation source machine, an end opening and an ray exit through which rays are emitted out from the radiation source machine; an end cover disposed at the end opening of the frame body and provided with a sealed chamber communicating with the receiving chamber; and a connecting member disposed between the end cover and the frame body and provided with an opening for communicating the sealed chamber of the end cover with the receiving chamber of the frame body, characterised in that the end cover being movably connected to the frame body by the connecting member such that a distance of the end cover from the end opening of the frame body is adjustable.
A method for imaging, the method comprising: providing an imaging device having a table; performing, based on a scanning protocol, scans of a subject located on the table at multiple table positions, each scan covering a portion of the subject; acquiring data based on the scans of the subject; reconstructing an image based on the acquired data; generating a formatted file; generating an image-formatted file using a screenshotting method; converting the image-formatted file into a one-dimensional data set; and converting the one-dimensional data set into a DICOM-formatted file. providing an imaging device having a table; performing, based on a scanning protocol, scans of a subject located on the table at multiple table positions, each scan covering a portion of the subject; acquiring data based on the scans of the subject; reconstructing an image based on the acquired data; generating a formatted file; generating an image-formatted file using a screenshotting method; converting the image-formatted file into a one-dimensional data set; and converting the one-dimensional data set into a DICOM-formatted file.
A burnable absorber-integrated control rod guide thimble with a fuel assembly of square grid arrangement comprising nuclear fuel rods and a control rod guide thimble (200, 200') that is adapted to guide an up-and-down motion of a control rod provided to control reactivity of a reactor core, wherein an inner surface of the control rod guide thimble (200, 200') has a circular shape so as to guide the control rod, and an outer surface thereof has four edges, each of said edges providing a first space (250, 250') in which a burnable absorber (500, 500') is included, wherein a second space, formed between the control rod guide thimble (200, 200') and the neighboring three nuclear fuel rods to allow cooling water to pass, is divided into four regions (31, 32, 33, 34), comprising regions (31, 32, 33) adjacent to each of the three nuclear fuel rods and a fourth region adjacent to the control rod guide thimble (200, 200'), and each of the four edges of the control rod guide thimble (200, 200') is extended to the fourth region.
Identification document having a contactless chip or mixed-operation contact-based and contactless chip, able to communicate by radiofrequency with an external reader, and comprising a body into which is integrated at least one antenna, a first electronic module provided with a microelectronic chip, at least one second electronic module designed to be able to communicate with said first electronic module, and an optical path arranged between said first electronic module and said at least one second electronic module, said electronic modules (21, 22) being physically separated and spaced apart in the body of the identification document and each comprising an optical interface (30, 31; 36, 37), characterized in that each of the electronic modules (21, 22) comprises a droplet of coating resin (39, 40) configured so as to protect said optical interfaces and made of a material which is optically transparent to at least certain wavelengths of light, and said coating droplets (39, 40) being optically coupled across said optical path.
Wheel support for an independent multilink suspension system, comprising: - a wheel bearing receiving portion for receiving a wheel bearing; - a first transverse link connecting point for the connection of an upper transverse link; - a second transverse link connecting point for the connection of a rear lower transverse link; - a third transverse link connecting point with a hinge pin receptacle for the connection of a front lower transverse link; and - a longitudinal link connecting point for the connection of a longitudinal link arm, wherein the longitudinal link connecting point is formed on a longitudinal link connecting arm portion which leads from a region lying above the third transverse link connecting point, in the fitted position of the wheel support, to the associated longitudinal link arm, characterized in that - the third transverse link connecting point with a hinge pin receptacle is formed by a rear hinge pin receptacle and a front hinge pin receptacle, - the front hinge pin receptacle is connected into the wheel support via the longitudinal link connecting arm portion, and - the rear hinge pin receptacle and the front hinge pin receptacle, including the longitudinal link connecting arm portion, form a hinge yoke via which a hinge pin supporting the front lower transverse link is radially supported on both sides in the two hinge pin receptacles (3a, 3b). - a wheel bearing receiving portion for receiving a wheel bearing; - a first transverse link connecting point for the connection of an upper transverse link; - a second transverse link connecting point for the connection of a rear lower transverse link; - a third transverse link connecting point with a hinge pin receptacle for the connection of a front lower transverse link; and - a longitudinal link connecting point for the connection of a longitudinal link arm, wherein the longitudinal link connecting point is formed on a longitudinal link connecting arm portion which leads from a region lying above the third transverse link connecting point, in the fitted position of the wheel support, to the associated longitudinal link arm, - the third transverse link connecting point with a hinge pin receptacle is formed by a rear hinge pin receptacle and a front hinge pin receptacle, - the front hinge pin receptacle is connected into the wheel support via the longitudinal link connecting arm portion, and - the rear hinge pin receptacle and the front hinge pin receptacle, including the longitudinal link connecting arm portion, form a hinge yoke via which a hinge pin supporting the front lower transverse link is radially supported on both sides in the two hinge pin receptacles (3a, 3b).
A process of producing an estolide base oil comprising: providing at least one triglyceride having at least one fatty acid residue with at least one internal site of unsaturation; providing at least one alpha olefin having at least three carbon atoms; contacting the at least one triglyceride with the at least one alpha olefin in the presence of an osmium or ruthenium alkylidene metathesis catalyst to provide an olefin product and a metathesized fatty acid product; hydrolyzing the metathesized fatty acid product into at least one first fatty acid product, wherein the at least one first fatty acid product comprises at least one fatty acid having an internal site of unsaturation and at least one fatty acid having a terminal site of unsaturation; providing an oligomerization catalyst selected from a Bronsted acid and a Lewis acid; and oligomerizing the at least one first fatty acid product in the presence of the oligomerization catalyst to produce an estolide base oil. providing at least one triglyceride having at least one fatty acid residue with at least one internal site of unsaturation; providing at least one alpha olefin having at least three carbon atoms; contacting the at least one triglyceride with the at least one alpha olefin in the presence of an osmium or ruthenium alkylidene metathesis catalyst to provide an olefin product and a metathesized fatty acid product; hydrolyzing the metathesized fatty acid product into at least one first fatty acid product, wherein the at least one first fatty acid product comprises at least one fatty acid having an internal site of unsaturation and at least one fatty acid having a terminal site of unsaturation; providing an oligomerization catalyst selected from a Bronsted acid and a Lewis acid; and oligomerizing the at least one first fatty acid product in the presence of the oligomerization catalyst to produce an estolide base oil.
A fluid control valve for use in a fluid delivery system for delivering fluid to a patient, the fluid control valve comprising: a valve body defining an internal chamber; a first inlet port for receiving a first inlet tube, wherein the first inlet tube defines a first inlet lumen axially aligned with the internal chamber; a second inlet port for receiving a second inlet tube, wherein the second inlet tube defines a second inlet lumen axially aligned with the internal chamber; an outlet port; and a sliding valve member slidably disposed in the internal chamber, CHARACTERIZED IN THAT the sliding valve member comprising a first sealing end and a second sealing end; wherein the sliding valve member is positionable in a first operating state, a second operating state, and a third operating state based on a fluid flow differential between a first fluid in the first inlet lumen and a second fluid in the second inlet lumen; and wherein at least one of the sliding valve member and the valve body define at least one channel, the at least one channel providing fluid communication between the second inlet lumen and the outlet port in the first operating state, the at least one channel providing fluid communication between the first inlet lumen and the outlet port in the second operating state, and the at least one channel providing fluid communication between the first inlet lumen, the second inlet lumen, and the outlet port in the third operating state. a valve body defining an internal chamber; a first inlet port for receiving a first inlet tube, wherein the first inlet tube defines a first inlet lumen axially aligned with the internal chamber; a second inlet port for receiving a second inlet tube, wherein the second inlet tube defines a second inlet lumen axially aligned with the internal chamber; an outlet port; and a sliding valve member slidably disposed in the internal chamber, CHARACTERIZED IN THAT the sliding valve member comprising a first sealing end and a second sealing end; wherein the sliding valve member is positionable in a first operating state, a second operating state, and a third operating state based on a fluid flow differential between a first fluid in the first inlet lumen and a second fluid in the second inlet lumen; and wherein at least one of the sliding valve member and the valve body define at least one channel, the at least one channel providing fluid communication between the second inlet lumen and the outlet port in the first operating state, the at least one channel providing fluid communication between the first inlet lumen and the outlet port in the second operating state, and the at least one channel providing fluid communication between the first inlet lumen, the second inlet lumen, and the outlet port in the third operating state.
A random access method, comprising: sending, by a terminal device, a first preamble sequence and first uplink information on a first physical random access channel, PRACH, resource; and receiving, by the terminal device, a first physical downlink control channel, PDCCH, scrambled by a first random access wireless network temporary identifier, RA-RNTI, and performing a subsequent random access procedure according to a reception situation of the first PDCCH, wherein the first RA-RNTI is acquired according to the first PRACH resource; characterized in that, the first PDCCH comprises first indication information, the first indication information is used for determining whether a first physical downlink shared channel, PDSCH, scheduled by the first PDCCH comprises a random access response, RAR, message in a first RAR format, an RAR format comprises the first RAR format and a second RAR format, an RAR message in the first RAR format is a response for a preamble sequence and uplink information, and an RAR message in the second RAR format is a response for a preamble sequence. sending, by a terminal device, a first preamble sequence and first uplink information on a first physical random access channel, PRACH, resource; and receiving, by the terminal device, a first physical downlink control channel, PDCCH, scrambled by a first random access wireless network temporary identifier, RA-RNTI, and performing a subsequent random access procedure according to a reception situation of the first PDCCH, wherein the first RA-RNTI is acquired according to the first PRACH resource; characterized in that, the first PDCCH comprises first indication information, the first indication information is used for determining whether a first physical downlink shared channel, PDSCH, scheduled by the first PDCCH comprises a random access response, RAR, message in a first RAR format, an RAR format comprises the first RAR format and a second RAR format, an RAR message in the first RAR format is a response for a preamble sequence and uplink information, and an RAR message in the second RAR format is a response for a preamble sequence.