mhurhangee/ep-ind-claims huggingface dataset:
Electrical system including: - a power module including: - a power stage; - at least one cooling package for cooling the power stage by circulating heat transfer fluid, the cooling package including a first passage for heat transfer fluid and a second passage for heat transfer fluid, the cooling package includes, on the first-passage side, a first attachment system and, on the second-passage side, a second attachment system, the electrical system further includes a connector including: - a first passage for heat transfer fluid; - a first attachment system that is complementary to the first attachment system of the cooling package so as to be able to keep the first passage of the connector connected to the first passage of the cooling package; - a second attachment system that is complementary to the second attachment system of the cooling package so as to be able to keep the first passage of the connector connected to the second passage of the cooling package, characterized in that said connector further includes: - a second passage for heat transfer fluid; - a third passage for heat transfer fluid, the second passage and the third passage of the connector being complementary to one another in such a way that the second passage of the connector and the third passage of another connector, identical to the connector, are able to be fitted one into the other, and the third passage of the connector and the second passage of another connector, identical to the connector, are able to be fitted one into the other. - a power module including: - a power stage; - at least one cooling package for cooling the power stage by circulating heat transfer fluid, the cooling package including a first passage for heat transfer fluid and a second passage for heat transfer fluid, - a power stage; - at least one cooling package for cooling the power stage by circulating heat transfer fluid, the cooling package including a first passage for heat transfer fluid and a second passage for heat transfer fluid, - a first passage for heat transfer fluid; - a first attachment system that is complementary to the first attachment system of the cooling package so as to be able to keep the first passage of the connector connected to the first passage of the cooling package; - a second attachment system that is complementary to the second attachment system of the cooling package so as to be able to keep the first passage of the connector connected to the second passage of the cooling package, - a second passage for heat transfer fluid; - a third passage for heat transfer fluid, the second passage and the third passage of the connector being complementary to one another in such a way that the second passage of the connector and the third passage of another connector, identical to the connector, are able to be fitted one into the other, and the third passage of the connector and the second passage of another connector, identical to the connector, are able to be fitted one into the other.
A suturing device (320, 1420, 1620,1720, 3320, 3720), comprising: a handle (322, 1422, 1722); an elongated body coupled to a distal end of the handle; a shaft slidingly disposed within the handle and the elongated body, wherein an inflatable balloon (1810, 2210) is mounted on a distal portion of the shaft, the inflatable balloon being operable to alternate between an inflated configuration in which the inflatable balloon is inflated and a deflated configuration in which the inflatable balloon is not inflated; wherein the balloon (1810, 2210) in the deflated configuration is disposed within the elongated body; and at least one pair of needles moveable to a deployed position in which the at least one pair of needles (356A, 356B, 1456, 1656, 1756A, 1756B, 3356A, 3356B) distally extend from the distal end of the elongated body and into the inflatable balloon in the inflated configuration and a retracted position in which the at least one pair of needles is disposed within the elongated body, each needle including a distal end configured to penetrate through a vessel wall, said suturing device being characterized in that it further comprises a tapered distal tip (346, 1746, 3346, 2746, 4646) coupled to a distal end of the shaft, the distal tip being configured to plug the distal end of the elongated body. a handle (322, 1422, 1722); an elongated body coupled to a distal end of the handle; a shaft slidingly disposed within the handle and the elongated body, wherein an inflatable balloon (1810, 2210) is mounted on a distal portion of the shaft, the inflatable balloon being operable to alternate between an inflated configuration in which the inflatable balloon is inflated and a deflated configuration in which the inflatable balloon is not inflated; wherein the balloon (1810, 2210) in the deflated configuration is disposed within the elongated body; and at least one pair of needles moveable to a deployed position in which the at least one pair of needles (356A, 356B, 1456, 1656, 1756A, 1756B, 3356A, 3356B) distally extend from the distal end of the elongated body and into the inflatable balloon in the inflated configuration and a retracted position in which the at least one pair of needles is disposed within the elongated body, each needle including a distal end configured to penetrate through a vessel wall, said suturing device being characterized in that it further comprises a tapered distal tip (346, 1746, 3346, 2746, 4646) coupled to a distal end of the shaft, the distal tip being configured to plug the distal end of the elongated body.
A bolus comprising: a bolus body comprising a matrix material and one or more biologically beneficial substances contained in and/or on the matrix; wherein the exterior surface of the bolus body is shaped so as to have either: one or more relatively wide and/or shallow grooves or depressions and one or more relatively narrow and/or deep grooves or depressions; or at least one groove or depression which differs, in terms of width and/or depth, at different locations along its length; at least part of the groove(s) or depression(s) being coated with a material which retards or inhibits release of the beneficial substance from the matrix, such that the relatively wide and/or shallow groove or depression, or part thereof, allows for relatively rapid uncoating of the bolus and the relatively narrow and/or deep groove or depression, or part thereof, causes greater delay in the uncoating of the bolus. one or more relatively wide and/or shallow grooves or depressions and one or more relatively narrow and/or deep grooves or depressions; or at least one groove or depression which differs, in terms of width and/or depth, at different locations along its length;
A pharmaceutical composition for use in the prevention or treatment of flavivirus infection, the composition comprising: at least one of gentamicin sulfate, netilmicin, tobramycin, amikacin, capreomycin, trifluoroperazine, dihydrostreptomycin, thioridazine HCl, efavirenz, miltefosine, bleomycin, resminostat, norfloxacin, nedaplatin and cephalothin; or at least one of pharmaceutically acceptable salts of the above compounds.
A surveying system, comprising a plurality of rotary laser devices (1a, 1b), being installed at known points, each adapted to project a laser beam (3a, 3b) in rotary irradiation and for thereby each forming a laser reference plane (RPa, RPb) and a movable support member, wherein said movable support member comprises; a photodetecting device adapted to receive each laser beam and adapted to detect a height of each of the laser reference planes at their photodetecting position, a coordinate position measuring device adapted to detect coordinate position of said support member, and a control device, wherein said rotary laser devices (1a, 1b) form said laser reference planes (RPa, RPb) in such manner that at least a part of each effective range of said laser reference planes is overlapped on each other, characterized in that said control device is adapted to set up a smoothing area within a range where said effective ranges are overlapped on each other, and in case said support member is judged to be within said smoothing area based on a result of measurement by said coordinate position measuring device, said control device is adapted to obtain a deviation in height direction between said laser reference planes (RPa, RPb) based on the result of detection of height by said photodetecting device, and said control device is adapted to generate, based on said deviation in height direction and the result of measurement by said coordinate position measuring device, a smoothing reference plane that connects said laser reference planes (RPa, RPb) in said smoothing area.
An apparatus in the form of a strain sensor for measuring a displacement, which is applied to the strain sensor, the apparatus comprising: at least one fiber Bragg grating sensor; a pair of attachment members spaced apart from each other by a predetermined interval when attached to a measurement object; first and second optical fibers (22, 23) installed between the pair of attachment members in a horizontal direction; and a connection unit installed between the first and second optical fibers (22, 23) and fixed at a predetermined position by tension applied to the first and second optical fibers (22, 23) when attached to the measurement object, characterized in that the at least one fiber Bragg grating sensor is installed to one selected from the first and second optical fibers (22, 23) having mutually different numbers of strands, so that measurement sensitivity and/or durability are controllable, wherein the first and second optical fibers (22, 23) are wound around an outer circumference surface of the connection unit at mutually different numbers of times and strands. at least one fiber Bragg grating sensor; a pair of attachment members spaced apart from each other by a predetermined interval when attached to a measurement object; first and second optical fibers (22, 23) installed between the pair of attachment members in a horizontal direction; and a connection unit installed between the first and second optical fibers (22, 23) and fixed at a predetermined position by tension applied to the first and second optical fibers (22, 23) when attached to the measurement object, characterized in that the at least one fiber Bragg grating sensor is installed to one selected from the first and second optical fibers (22, 23) having mutually different numbers of strands, so that measurement sensitivity and/or durability are controllable, wherein the first and second optical fibers (22, 23) are wound around an outer circumference surface of the connection unit at mutually different numbers of times and strands.
A method of preparing a pharmaceutical composition comprising an enzyme-treated human serum, comprising a step of bringing a human serum into contact with β-galactosidase and sialidase.
A log management system for managing log data for a target, comprising: a local-side secret splitting module configured to split the log data that is generated regularly or intermittently for the target into a plurality of split log fragments including a split log fragment for remote transmission per predetermined unit according to All Or Nothing Transform, AONT, scheme, the split log fragment for remote transmission having a smaller size than remaining split log fragments; a local-side communication control module configured to transmit the split log fragment for remote transmission to a remote apparatus to cause the remote apparatus to store the split log fragment for remote transmission; a remote-side communication control module configured to receive, in response to occurrence of an event that requires partial recovery of the log data, one or more remaining split log fragments corresponding to the log data to be partially recovered out of the remaining split log fragments accumulated by a local apparatus; and a remote-side secret splitting module configured to recover the log data from the one or more received remaining split log fragments and the corresponding split log fragment for remote transmission according to the AONT scheme. a local-side secret splitting module configured to split the log data that is generated regularly or intermittently for the target into a plurality of split log fragments including a split log fragment for remote transmission per predetermined unit according to All Or Nothing Transform, AONT, scheme, the split log fragment for remote transmission having a smaller size than remaining split log fragments; a local-side communication control module configured to transmit the split log fragment for remote transmission to a remote apparatus to cause the remote apparatus to store the split log fragment for remote transmission; a remote-side communication control module configured to receive, in response to occurrence of an event that requires partial recovery of the log data, one or more remaining split log fragments corresponding to the log data to be partially recovered out of the remaining split log fragments accumulated by a local apparatus; and a remote-side secret splitting module configured to recover the log data from the one or more received remaining split log fragments and the corresponding split log fragment for remote transmission according to the AONT scheme.
A method for modifying a virtual disk to provide network interface card, NIC, teaming capabilities, the method comprising: identifying, by a teaming module executing on a computer, a NIC team available to a virtual disk; searching, by the teaming module, through a registry of the virtual disk to identify a key related to the NIC team; identifying, by the teaming module, each NIC in the NIC team; obtaining, by the teaming module, a media access control, MAC, address of the NIC team; obtaining, by the teaming module responsive to obtaining the NIC team MAC address, a network boot MAC address used to PXE boot the virtual disk; prior to booting the virtual disk to create the NIC team, replacing by the teaming module, the NIC team MAC address of each NIC in the NIC team with the obtained network boot MAC address; and booting the virtual disk to create the NIC team. identifying, by a teaming module executing on a computer, a NIC team available to a virtual disk; searching, by the teaming module, through a registry of the virtual disk to identify a key related to the NIC team; identifying, by the teaming module, each NIC in the NIC team; obtaining, by the teaming module, a media access control, MAC, address of the NIC team; obtaining, by the teaming module responsive to obtaining the NIC team MAC address, a network boot MAC address used to PXE boot the virtual disk; prior to booting the virtual disk to create the NIC team, replacing by the teaming module, the NIC team MAC address of each NIC in the NIC team with the obtained network boot MAC address; and booting the virtual disk to create the NIC team.
Gasket for washing machines, which comprises at least one annular body of deformable material and is provided with at least one first perimetric lip, wherein the gasket comprises at least one closed perimetric canal which extends at least partially along the annular body and is adapted to house at least partially a sensor with an elongated shape, characterized in that the perimetric canal is connected to the outside of the gasket through at least one perimetric slot which extends in a substantially axial direction towards a rear side of the gasket.
A selective VMAT2 inhibitor for use in a method for treating a disorder in a subject, said method comprising administering to the subject the selective VMAT2 inhibitor, wherein the disorder is selected from mania in a mood disorder or refractory obsessive compulsive disorder.
A circuit board assembly that is constructed by stacking a first circuit board having a first contact portion and a second circuit board having a second contact portion to allow the first contact portion and the second contact portion to contact each other and that is bendable along a first direction, the circuit board assembly comprising: a first projection piece (16A, 16B) formed by cutting the first circuit board in the first contact portion; and a second projection piece (26A,26B) formed by cutting the second circuit board in the second contact portion, characterized in that the first circuit board has a first hole that is formed within a range in which the first projection piece (16A,16B) is present in a second direction perpendicular to the first direction, at least part of the first hole being situated at a base portion of the first projection piece in the first direction, and the second circuit board has a second hole that is formed within a range in which the second projection piece (26A,26B) is present in the second direction, at least part of the second hole being situated at a base portion of the second projection piece in the first direction, wherein the first hole is formed between opposite ends of the first projection piece (16A,16B) in the second direction, and the second hole is formed between opposite ends of the second projection piece (26A,26B) in the second direction, and wherein the first hole is situated in a middle portion, in the second direction, of the first projection piece (16A,16B), and the second hole is situated in a middle portion, in the second direction, of the second projection piece (26A,26B). a first projection piece (16A, 16B) formed by cutting the first circuit board in the first contact portion; and a second projection piece (26A,26B) formed by cutting the second circuit board in the second contact portion, characterized in that the first circuit board has a first hole that is formed within a range in which the first projection piece (16A,16B) is present in a second direction perpendicular to the first direction, at least part of the first hole being situated at a base portion of the first projection piece in the first direction, and the second circuit board has a second hole that is formed within a range in which the second projection piece (26A,26B) is present in the second direction, at least part of the second hole being situated at a base portion of the second projection piece in the first direction, wherein the first hole is formed between opposite ends of the first projection piece (16A,16B) in the second direction, and the second hole is formed between opposite ends of the second projection piece (26A,26B) in the second direction, and wherein the first hole is situated in a middle portion, in the second direction, of the first projection piece (16A,16B), and the second hole is situated in a middle portion, in the second direction, of the second projection piece (26A,26B).
A trailer angle detection system for a vehicle, the system comprising: a wide-angle camera configured to capture a rear field-of-view of the vehicle; and a controller including an electronic processor and a memory, the controller communicatively coupled to the wide-angle camera and configured to receive a signal from the wide-angle camera representative of an area behind the vehicle; transform the signal into a top-down image; determine a first plurality of values, each of the first plurality of values indicative of an amount of symmetry in a region of the top-down image; determine a second plurality of values, each of the second plurality of values indicative of how closely a shape in the top-down image matches a predetermined shape; determine an estimate of an articulation angle based on the first plurality of values and the second plurality of values; and perform an automated vehicle maneuver based on the estimate of the articulation angle. a wide-angle camera configured to capture a rear field-of-view of the vehicle; and a controller including an electronic processor and a memory, the controller communicatively coupled to the wide-angle camera and configured to receive a signal from the wide-angle camera representative of an area behind the vehicle; transform the signal into a top-down image; determine a first plurality of values, each of the first plurality of values indicative of an amount of symmetry in a region of the top-down image; determine a second plurality of values, each of the second plurality of values indicative of how closely a shape in the top-down image matches a predetermined shape; determine an estimate of an articulation angle based on the first plurality of values and the second plurality of values; and perform an automated vehicle maneuver based on the estimate of the articulation angle. receive a signal from the wide-angle camera representative of an area behind the vehicle; transform the signal into a top-down image; determine a first plurality of values, each of the first plurality of values indicative of an amount of symmetry in a region of the top-down image; determine a second plurality of values, each of the second plurality of values indicative of how closely a shape in the top-down image matches a predetermined shape; determine an estimate of an articulation angle based on the first plurality of values and the second plurality of values; and perform an automated vehicle maneuver based on the estimate of the articulation angle.
A mount apparatus for supporting a vibration source on a base comprising: a housing extending about and along a first axis and defining a housing chamber; a flexible body made of an elastic material at least partially disposed in said housing chamber to define a pumping chamber configured to be filled with a fluid within said housing chamber, said flexible body being interconnected with said housing for deforming elastically in response to movement of the vibration source relative to the housing caused by an external excitation; a moving member at least partially disposed in said pumping chamber for moving within said pumping chamber; and an actuator operatively coupled to said moving member for moving said moving member to create a volume change in said pumping chamber to maintain the volume of said pumping chamber to prevent a pressure increase in said pumping chamber during said deformation of said flexible body in response to the external excitation to effectively cancel the external excitation, wherein said moving member includes an axially extending moveable wall of a flexible material defining a moving member chamber for flexing radially outwardly and inwardly relative to said first axis to amplify the volume change in said pumping chamber, characterized in that said actuator is of the piezoelectric stack type. a housing extending about and along a first axis and defining a housing chamber; a flexible body made of an elastic material at least partially disposed in said housing chamber to define a pumping chamber configured to be filled with a fluid within said housing chamber, said flexible body being interconnected with said housing for deforming elastically in response to movement of the vibration source relative to the housing caused by an external excitation; a moving member at least partially disposed in said pumping chamber for moving within said pumping chamber; and an actuator operatively coupled to said moving member for moving said moving member to create a volume change in said pumping chamber to maintain the volume of said pumping chamber to prevent a pressure increase in said pumping chamber during said deformation of said flexible body in response to the external excitation to effectively cancel the external excitation, wherein said moving member includes an axially extending moveable wall of a flexible material defining a moving member chamber for flexing radially outwardly and inwardly relative to said first axis to amplify the volume change in said pumping chamber, characterized in that said actuator is of the piezoelectric stack type.