mhurhangee/ep-ind-claims huggingface dataset:
Apparatus comprising: a blood pump comprising: an impeller comprising proximal and distal bushings (64, 58), and configured to pump blood through the subject's body; a frame configured to be disposed around the impeller, the frame comprising a proximal bearing disposed proximally with respect to the impeller, and a distal bearing disposed distally with respect to the impeller; an axial shaft configured to pass through the proximal and distal bearings (116, 118) of the frame and the proximal and distal bushings (64, 58) of the impeller, the axial shaft: being coupled to at least one of the proximal and distal bushings (64, 58) of the impeller, such that the at least one bushing is held in an axially-fixed position with respect to the axial shaft, and not being held in an axially-fixed position with respect to the proximal and distal bearings (116, 118), characterized in that the blood pump comprises: a sensor configured to detect an indication of axial motion of the impeller, and to generate a sensor signal in response thereto; and a computer processor configured to receive the sensor signal and to generate an output in response thereto. an impeller comprising proximal and distal bushings (64, 58), and configured to pump blood through the subject's body; a frame configured to be disposed around the impeller, the frame comprising a proximal bearing disposed proximally with respect to the impeller, and a distal bearing disposed distally with respect to the impeller; an axial shaft configured to pass through the proximal and distal bearings (116, 118) of the frame and the proximal and distal bushings (64, 58) of the impeller, the axial shaft: being coupled to at least one of the proximal and distal bushings (64, 58) of the impeller, such that the at least one bushing is held in an axially-fixed position with respect to the axial shaft, and not being held in an axially-fixed position with respect to the proximal and distal bearings (116, 118), being coupled to at least one of the proximal and distal bushings (64, 58) of the impeller, such that the at least one bushing is held in an axially-fixed position with respect to the axial shaft, and not being held in an axially-fixed position with respect to the proximal and distal bearings (116, 118), characterized in that the blood pump comprises: a sensor configured to detect an indication of axial motion of the impeller, and to generate a sensor signal in response thereto; and a computer processor configured to receive the sensor signal and to generate an output in response thereto. a sensor configured to detect an indication of axial motion of the impeller, and to generate a sensor signal in response thereto; and a computer processor configured to receive the sensor signal and to generate an output in response thereto.
A 12CaO·7Al 2 O 3 compound clathrating OH - ions at a concentration of 2 x 10 19 cm -3 or less, and On -, where n is an integer of 1 or 2, at a high concentration of more than 2 x 10 19 cm -3.
An image processing device for determining a position and posture of a camera relative to an object appearing in a captured image obtained from the camera, the image processing device comprising: a first estimation unit configured to detect a marker having a predetermined shape from the captured image, and estimate a first position and posture of the camera at a time when the captured image is captured, based on a shape of the marker; a second estimation unit configured to obtain a map point in a three-dimensional space from a storage unit, and estimate a second position and posture of the camera at the time when the captured image is captured, based on a correspondence between a projection point in which the map point is projected on the captured image and a characteristic point extracted from the captured image; and a selection unit configured to select the first position and posture or the second position and posture based on a result of comparison between the first position and the second position, wherein the selection unit is configured to select the first position and posture when a difference between the first position and the second position is a predetermined value or greater, and the selection unit is configured to select the second position and posture when the difference between the first position and the second position is less than the predetermined value. a first estimation unit configured to detect a marker having a predetermined shape from the captured image, and estimate a first position and posture of the camera at a time when the captured image is captured, based on a shape of the marker; a second estimation unit configured to obtain a map point in a three-dimensional space from a storage unit, and estimate a second position and posture of the camera at the time when the captured image is captured, based on a correspondence between a projection point in which the map point is projected on the captured image and a characteristic point extracted from the captured image; and a selection unit configured to select the first position and posture or the second position and posture based on a result of comparison between the first position and the second position, wherein the selection unit is configured to select the first position and posture when a difference between the first position and the second position is a predetermined value or greater, and the selection unit is configured to select the second position and posture when the difference between the first position and the second position is less than the predetermined value.
A manufacture method of manufacturing a magnet piece constituting a magnet body for a field pole disposed on a rotating machine by cleaving a permanent magnet body, comprising: positioning the permanent magnet body of which an upper and a lower surface is coated with a coating film for deterioration prevention, a scheduled cleavage portion of the permanent magnet body being located between two fulcrums (61a, 62a) supporting the permanent magnet body; cleaving the permanent magnet body into a cleaved magnet body and the magnet piece by pressing the scheduled cleavage portion of the permanent magnet body; and cutting the coating-film on the upper surface side of the cleaved magnet body and of the magnet piece between the cleaved magnet body and the magnet piece by pressing end portions of the cleaved magnet body and the magnet piece from a side of pressing the scheduled cleavage portion, the end portions being on sides opposite to a side of a cleavage surface of the cleaved magnet body and opposite to a side of a cleavage surface of the magnet piece, wherein the cutting of the coating film on the upper surface side is performed by pressing the end portions of the cleaved magnet body and the magnet piece by an air jet or a magnet presser, the magnet presser having elasticity by being formed of a thin-plate metal bent in a loop shape and by a soft elastic body provided on the pressing surface of the magnet presser. positioning the permanent magnet body of which an upper and a lower surface is coated with a coating film for deterioration prevention, a scheduled cleavage portion of the permanent magnet body being located between two fulcrums (61a, 62a) supporting the permanent magnet body; cleaving the permanent magnet body into a cleaved magnet body and the magnet piece by pressing the scheduled cleavage portion of the permanent magnet body; and cutting the coating-film on the upper surface side of the cleaved magnet body and of the magnet piece between the cleaved magnet body and the magnet piece by pressing end portions of the cleaved magnet body and the magnet piece from a side of pressing the scheduled cleavage portion, the end portions being on sides opposite to a side of a cleavage surface of the cleaved magnet body and opposite to a side of a cleavage surface of the magnet piece, wherein the cutting of the coating film on the upper surface side is performed by pressing the end portions of the cleaved magnet body and the magnet piece by an air jet or a magnet presser, the magnet presser having elasticity by being formed of a thin-plate metal bent in a loop shape and by a soft elastic body provided on the pressing surface of the magnet presser.
Automatic device for the sorting, parking, rearranging and distribution of elements made up of sheets of glass (102, 102', 102", etc.) or panes of insulating glass, made up of assemblies of rails (1a, 1b, 3a, 3b, 5a, 5b), shuttles (12, 32, 52), storing modules (2, 4) having longitudinal orientations along which the elements are translated or parked, and made up of assemblies of conveyors (13, 23, 33, 43, 53) equipped with movements transverse with respect to the longitudinal orientations for the transfer, actuated through support and motion acting along the bottom edge of the elements, between work stations disposed both upstream and also downstream and shuttles and storing modules, whereby sensors (61, 62, 63) located in the upstream work stations and sensors (71, 72, 73) located in the downstream work stations are distributed all along the corresponding work process and communicate with a management computer of a device logic of the automatic device, so as to enable the management computer of the automatic device to forecast the time required before the element will become available in the case of a upstream work station and to forecast the moment the new element would be required in the case of a downstream work station and characterized in that the management computer adjusts parameters relating to selection of accelerations and of speed of the kinematics of the automatic device based on said forecasts in order to minimize the wear of mechanic components of the kinematics and to minimize energy consumption, wherein the management computer is configured to monitor continuously idle waiting times of the work stations and idle waiting times of the shuttles (12, 32, 52) in the direction of the longitudinal orientation according to an axis of rotation (ω) and idle waiting times of the conveyors (22, 42) in the direction of the longitudinal orientation and of the conveyors (13, 23, 33, 43, 53) in the transverse direction with respect to the longitudinal orientation and to compute and sum them periodically, for each single process or globally, with negative assignment when it is the work stations that are waiting and with positive assignment when it is the shuttles or the conveyors that are waiting, and, based on the results of the summation, is configured to adjust the parameters relating to the selection of the accelerations and the speed of the kinematics to minimize the wear of the mechanic components of the kinematics and to minimize the energy consumption, since excessively fast movements are re-parametrized, if these are then followed by an idle waiting time.
A method for compensating a timestamp of a clock, comprising: setting a first time counter and a second time counter by using a clock in a local system and a service clock which are clocks of different sources respectively, wherein the clock in a local system and the service clock are enabled to count simultaneously; acquiring a first timestamp value read from the first time counter and a second timestamp value read from the second time counter by using a timestamp record signal at a preset time point respectively; acquiring a timestamp compensation value according to the first timestamp value and the second timestamp value; and compensating an integer part of a timestamp of the clock in a local system according to the timestamp compensation value. setting a first time counter and a second time counter by using a clock in a local system and a service clock which are clocks of different sources respectively, wherein the clock in a local system and the service clock are enabled to count simultaneously; acquiring a first timestamp value read from the first time counter and a second timestamp value read from the second time counter by using a timestamp record signal at a preset time point respectively; acquiring a timestamp compensation value according to the first timestamp value and the second timestamp value; and compensating an integer part of a timestamp of the clock in a local system according to the timestamp compensation value.
A radioactive waste solidification method comprising steps of: supplying a radioactive waste including a radioactive nuclide, a glass raw material, and graphite into a first vessel; disposing the first vessel 10 in which the radioactive waste, the glass raw material, and the graphite exist, in an adiabatic area in a second vessel (12,17); heating the radioactive waste and the glass raw material existing in the first vessel disposed in an adiabatic area in the second vessel (12,17) by heat generated by radiation emitted from the radioactive nuclide and melting the glass raw material in the first vessel; and producing a vitrified radioactive waste by the melt of the heated glass raw materials. supplying a radioactive waste including a radioactive nuclide, a glass raw material, and graphite into a first vessel; disposing the first vessel 10 in which the radioactive waste, the glass raw material, and the graphite exist, in an adiabatic area in a second vessel (12,17); heating the radioactive waste and the glass raw material existing in the first vessel disposed in an adiabatic area in the second vessel (12,17) by heat generated by radiation emitted from the radioactive nuclide and melting the glass raw material in the first vessel; and producing a vitrified radioactive waste by the melt of the heated glass raw materials.
A medical package assembly, the package assembly comprising: a drug reconstitution assembly including: (i) a housing, (ii) a container (120, 130) placed at least partially within an interior of the housing, and (iii) a spike assembly arranged within the housing so as to be able to spike the container (120, 130); characterized in that the housing forms at least one aperture (116, 118) and the package assembly comprises a body shaped to house the drug reconstitution assembly, the body including at least one protrusion (16, 18) extending through the aperture (116, 118) and into the interior of the housing, wherein the at least one protrusion (16, 18) is positioned and arranged to prevent movement of the container (120, 130) toward the spike assembly prior to the container (120, 130) reaching an undesirable displacement relative to the spike assembly. a drug reconstitution assembly including: (i) a housing, (ii) a container (120, 130) placed at least partially within an interior of the housing, and (iii) a spike assembly arranged within the housing so as to be able to spike the container (120, 130); (i) a housing, (ii) a container (120, 130) placed at least partially within an interior of the housing, and (iii) a spike assembly arranged within the housing so as to be able to spike the container (120, 130); characterized in that the housing forms at least one aperture (116, 118) and the package assembly comprises a body shaped to house the drug reconstitution assembly, the body including at least one protrusion (16, 18) extending through the aperture (116, 118) and into the interior of the housing, wherein the at least one protrusion (16, 18) is positioned and arranged to prevent movement of the container (120, 130) toward the spike assembly prior to the container (120, 130) reaching an undesirable displacement relative to the spike assembly.
Temperature-control body housing, having: • a monolithic housing middle part, which is penetrated by one or more than one fluid channel, wherein each fluid channel is completely delimited on four sides by means of corresponding walls, which are monolithically connected to outer walls of the housing middle part; • a first housing end cap and a second housing end cap, between which the housing middle part is arranged; • wherein the first housing end cap has a first fluid connection and either the first housing cap or the second housing end cap has a second fluid connection; • wherein the first fluid connection and the second fluid connection are fluidically connected to one another by means of the one or more than one fluid channel; and • wherein the housing middle part has a first temperature-control rib, which extends into the fluid channel, wherein the first temperature-control rib has an asymmetrical contour, and/or • wherein the housing middle part has two directly adjacent fluid channels and also has a second temperature-control rib, which separates the two adjacent fluid channels from each other, wherein the second temperature-control rib has an asymmetrical contour. • a monolithic housing middle part, which is penetrated by one or more than one fluid channel, wherein each fluid channel is completely delimited on four sides by means of corresponding walls, which are monolithically connected to outer walls of the housing middle part; • a first housing end cap and a second housing end cap, between which the housing middle part is arranged; • wherein the first housing end cap has a first fluid connection and either the first housing cap or the second housing end cap has a second fluid connection; • wherein the first fluid connection and the second fluid connection are fluidically connected to one another by means of the one or more than one fluid channel; and • wherein the housing middle part has a first temperature-control rib, which extends into the fluid channel, wherein the first temperature-control rib has an asymmetrical contour, and/or • wherein the housing middle part has two directly adjacent fluid channels and also has a second temperature-control rib, which separates the two adjacent fluid channels from each other, wherein the second temperature-control rib has an asymmetrical contour.
A method for use in switching communication operations between a wireless local area network "WLAN" and a wireless wide area network "WWAN" for a mobile communication device which operates in the WLAN in a communication session with another communication device, the method comprising the acts of: providing a network support node which is adapted to connect to and be part of a local area network which includes the WLAN, and further adapted to connect to a base station of the WWAN over a wireless communication link as a client end station; receiving, at the network support node from the local area network, voice data of the communication session between the mobile communication device and the other communication device; and communicating, with the mobile communication device via the WWAN, the voice data of the communication session over the wireless communication link with the base station, at least while communication operations for the mobile communication device are being switched from the WLAN to the WWAN. providing a network support node which is adapted to connect to and be part of a local area network which includes the WLAN, and further adapted to connect to a base station of the WWAN over a wireless communication link as a client end station; receiving, at the network support node from the local area network, voice data of the communication session between the mobile communication device and the other communication device; and communicating, with the mobile communication device via the WWAN, the voice data of the communication session over the wireless communication link with the base station, at least while communication operations for the mobile communication device are being switched from the WLAN to the WWAN.
A composition for use in a method for improving dryness of skin, comprising: an aqueous solvent extract of yuzu seeds and of germinated or non-germinated brown rice, wherein the aqueous solvent is a combination of water and a hydrophilic organic solvent. an aqueous solvent extract of yuzu seeds and of germinated or non-germinated brown rice, wherein the aqueous solvent is a combination of water and a hydrophilic organic solvent.
A power semiconductor device, comprising a base, semiconductor circuits and electrodes thereof which are arranged on a first surface of the base, and a cooling fin arranged on a second surface of the base opposing the first surface for cooling the semiconductor circuit, wherein the base has protruding portions on the first surface, wherein a width of the protruding portions in a direction parallel to the base surface is longer than the thickness of the base, the electrodes are connectable to an external device, the base has edge portions at the periphery of the first surface, wherein the edge portions protrude from the first surface and are integrally formed with the base and are disposed to form at least one space in which the semiconductor circuits are placed, the space is filled with a gel to a height higher than that of the semiconductor circuits, the edge portions have a height higher than that of the gel and said electrodes are provided adjacent to an edge portion with an insulating block between said electrodes and said base and its edge portion for insulating said electrodes from said base.
Device for the production of a carpet temporarily adhering to a floor of a building, which on a support frame are arranged: - a feeding section with holding elements for supporting a carpet roll, - a processing section with at least two adhesive tape rolls, adhesive tape being fed from an adhesive tape roll into an adhesive tape feed element assigned to the respective adhesive tape roll in each case at least one carpet guide role arranged in the region of a front and rear end edge, relative to the carpet feed direction, of a support plate, with which in each case a pressure roller is associated, which is adjustable in height and is arranged above the respective carpet guide role, - a roll-up section, with at least two compacting rollers for rolling up the carpet entering from the processing section, - at least one motor for driving rollers moving the carpet, as well as other movable elements of the device, characterized in that the adhesive tape feeding elements are arranged in such a way that the adhesive tapes are glued to the underside of the carpet in the form of continuous strips substantially parallel to the longitudinal edges. - a feeding section with holding elements for supporting a carpet roll, - a processing section with at least two adhesive tape rolls, adhesive tape being fed from an adhesive tape roll into an adhesive tape feed element assigned to the respective adhesive tape roll in each case at least one carpet guide role arranged in the region of a front and rear end edge, relative to the carpet feed direction, of a support plate, with which in each case a pressure roller is associated, which is adjustable in height and is arranged above the respective carpet guide role, - a roll-up section, with at least two compacting rollers for rolling up the carpet entering from the processing section, - at least one motor for driving rollers moving the carpet, as well as other movable elements of the device,