mhurhangee/patent-ind-claim-en huggingface dataset:
A system configured to automatically calibrate a pipette, the system comprising: - a robotic arm , configured to translate and rotate its end effector ; - a pressing-device firmly connected to the robotic arm, to serve as its end effector, the pressing device configured to hold a pipette and to press a plunger-button of the pipette; - a rotating-device , configured to rotate/dial a wheel-button of the pipette; - at least one liquid source ; - at least one scaling element , configured to measure weight; - at least one input-device , configured to receive real-time input-data; and - at least one processor , in communication with the input-device configured to analyze the input-data and accordingly to: ▪ control the motion of the robotic arm, therefore control location and orientation of the pipette; ▪ control the rotating-device, therefore control a rotation angle / dialing applied onto the wheel-button; ▪ control the pressing-device, therefore control pressure applied onto the plunger-button and control the gripping and release of the pipette; ▪ evaluate calibration of the pipette, in reference to a predetermined standard; and ▪ output a calibration report for the pipette. - a robotic arm , configured to translate and rotate its end effector ; - a pressing-device firmly connected to the robotic arm, to serve as its end effector, the pressing device configured to hold a pipette and to press a plunger-button of the pipette; - a rotating-device , configured to rotate/dial a wheel-button of the pipette; - at least one liquid source ; - at least one scaling element , configured to measure weight; - at least one input-device , configured to receive real-time input-data; and - at least one processor , in communication with the input-device configured to analyze the input-data and accordingly to: ▪ control the motion of the robotic arm, therefore control location and orientation of the pipette; ▪ control the rotating-device, therefore control a rotation angle / dialing applied onto the wheel-button; ▪ control the pressing-device, therefore control pressure applied onto the plunger-button and control the gripping and release of the pipette; ▪ evaluate calibration of the pipette, in reference to a predetermined standard; and ▪ output a calibration report for the pipette. ▪ control the motion of the robotic arm, therefore control location and orientation of the pipette; ▪ control the rotating-device, therefore control a rotation angle / dialing applied onto the wheel-button; ▪ control the pressing-device, therefore control pressure applied onto the plunger-button and control the gripping and release of the pipette; ▪ evaluate calibration of the pipette, in reference to a predetermined standard; and ▪ output a calibration report for the pipette.
A periostin compound for use in the prevention or treatment of a haematological disorder in a subject, wherein the periostin compound is selected from a periostin protein, or a functional fragment or variant thereof, or a periostin nucleic acid encoding the periostin protein, or encoding the functional fragment or variant thereof, wherein the variant of the periostin protein comprises an amino acid sequence that is at least 80% identical to an amino acid sequence of a human periostin isoform shown in any one of SEQ ID NO: 1 to 7.
A combination of: (a) Compound A (R)-4-(6,7-Dihydro-5H-pyrrolo[1,2-c]imidazol-5-yl)-3-fluoro-benzonitrile; and (b) a somatostatin analogue selected from octreotide, pasireotide, lanreotide, and vapreotide; wherein (a) and (b) are present in each case in free form, complex form, or in the form of a pharmaceutically acceptable salt.
Cosmetic non-therapeutic topical use of an active ingredient comprising in a physiologically acceptable matrix an oily extract comprising a mixture of alkyl-phthalides that can be prepared by CO 2 supercritical extraction of Apium graveolens seeds or of a cosmetic composition comprising at least said active ingredient, for the topical treatment of the skin or scalp.
A wide field fundus camera for imaging a retina , comprising: an objective lens having a symmetric viewing axis and disposed to form a retinal image of a field of view; an image recording device disposed to capture said retinal image of said field of view; a plurality of illumination beam projectors (30a-30n) positioned around said viewing axis and each configured to project an illumination beam (32a-32n) at a predetermined angle toward said objective lens and each thereby illuminating a portion of an image on the retina; a first polarizer disposed in front of said image recording device, to define a polarization orientation; a set of second polarizers (31a-31n), each second polarizer disposed in front of a corresponding one of said illumination beam projectors and each of said second polarizers oriented to form a cross polarization condition with respect to said first polarizer; and an electronic controller programmed to power said plurality of illumination beam projectors in a sequential programmable manner and coupling with the image recording device to capture a plurality of retinal images in accordance with the sequential programmable manner. an objective lens having a symmetric viewing axis and disposed to form a retinal image of a field of view; an image recording device disposed to capture said retinal image of said field of view; a plurality of illumination beam projectors (30a-30n) positioned around said viewing axis and each configured to project an illumination beam (32a-32n) at a predetermined angle toward said objective lens and each thereby illuminating a portion of an image on the retina; a first polarizer disposed in front of said image recording device, to define a polarization orientation; a set of second polarizers (31a-31n), each second polarizer disposed in front of a corresponding one of said illumination beam projectors and each of said second polarizers oriented to form a cross polarization condition with respect to said first polarizer; and an electronic controller programmed to power said plurality of illumination beam projectors in a sequential programmable manner and coupling with the image recording device to capture a plurality of retinal images in accordance with the sequential programmable manner.
Fume hood , comprising a housing which defines a working space , the housing having a movably mounted front pane on its front side, a work surface which delimits the working space on the bottom side, and an ionisation electrode which is located in an inflow profile situated on the front edge of the work surface , and further comprising an arm support which is located in the region of the working opening and at a distance from the inflow profile , wherein the arm support extends substantially over the entire width of the fume hood along its longitudinal direction and has end faces, and wherein one side wall defining each side of the working space , one end face of each arm support and the inflow profile are connected to a one-piece corner profile , and wherein the side wall , one end face of each arm support , and the inflow profile are inserted in said corner profile .
Microstructured chip (3; 33; 43; 53; 63) for surface plasmon resonance (SPR) analysis which is in the form of a solid consisting of a base (5; 77), of an upper face (4; 44), at least one part of which is covered with a metal layer (2; 22; 42; 52; 62), and of at least one side face (55; 66), in which: - said upper face (4; 44) is provided with at least two zones having a size ranging from 1μm to 1000μm intended to receive species to be analyzed, chosen from at least one cavity and/or at least one protuberance (1; 11; 41; 51; 61); said zones being separated from one another by planar surfaces; said planar surfaces being parallel to a plane (XY), - the zones (1; 11; 41; 51; 61) have a curved surface with an average radius of curvature R located in a plane orthogonal to the plane (XY), and - the average radius of curvature R of the curved surface is between 0.1mm and 600mm, characterized in that at least one of said zones (1; 11; 41; 51; 61) has an average radius of curvature R different from the others. - said upper face (4; 44) is provided with at least two zones having a size ranging from 1μm to 1000μm intended to receive species to be analyzed, chosen from at least one cavity and/or at least one protuberance (1; 11; 41; 51; 61); said zones being separated from one another by planar surfaces; said planar surfaces being parallel to a plane (XY), - the zones (1; 11; 41; 51; 61) have a curved surface with an average radius of curvature R located in a plane orthogonal to the plane (XY), and - the average radius of curvature R of the curved surface is between 0.1mm and 600mm,
A track link , comprising: a link body having a monolithic construction in the form of a flat metal plate with through bores and a perimeter , including a first planar side surface , a second planar side surface opposite and parallel to the first planar side surface , wherein the first and second planar side surfaces are monoplanar, a shoe face extending between the first and second planar side surfaces , and a roller rail extending between the first and second planar side surfaces opposite the shoe face . a first planar side surface , a second planar side surface opposite and parallel to the first planar side surface , wherein the first and second planar side surfaces are monoplanar, a shoe face extending between the first and second planar side surfaces , and a roller rail extending between the first and second planar side surfaces opposite the shoe face .
A submerged burner vitrifiable material melting furnace including a wall cooled by a cooling fluid , the face of the wall facing toward the interior of the furnace has, before melting vitrifiable material in the furnace, an attachment texture for so-called self-crucible devitrified vitrifiable material, characterized in that the wall includes a metal plate , the attachment texture being produced by an attachment system comprising projecting metal elements fixed to the face of said plate facing toward the interior of the furnace .
A cast plate for a plate fin heat exchanger comprising: a plate portion having a leading edge , trailing edge , an inlet side and an outlet side , wherein the leading edge of the plate portion includes a terminal tip and a varying radius that decreases in a direction toward the terminal tip , the plate portion includes a plurality of internal passages extending between a corresponding plurality of inlets on the inlet side and a corresponding plurality of outlets on the outlet side , and one of the plurality of internal passages includes a leading edge passage disposed closest to the leading edge , characterised in that : a wall thickness between the leading edge passage and the leading edge increases in a direction toward the terminal tip . a plate portion having a leading edge , trailing edge , an inlet side and an outlet side , wherein the leading edge of the plate portion includes a terminal tip and a varying radius that decreases in a direction toward the terminal tip , the plate portion includes a plurality of internal passages extending between a corresponding plurality of inlets on the inlet side and a corresponding plurality of outlets on the outlet side , and one of the plurality of internal passages includes a leading edge passage disposed closest to the leading edge , characterised in that : a wall thickness between the leading edge passage and the leading edge increases in a direction toward the terminal tip .
An apparatus comprising: a catheter extending from a proximal end to a distal end ; a shaft extending in the catheter from the proximal end to the distal end and being configured and arranged to move within the catheter; and a filter component connected to the shaft and configured and arranged to retract within the distal end, the filter component including: a mesh , an inner frame having a perimeter coupled to a perimeter of the mesh, an outer frame having a perimeter extending around the perimeter of the inner frame, and a plurality of struts that couple the inner frame to the outer frame, the struts being configured and arranged to apply a force between the outer frame and the inner frame. a catheter extending from a proximal end to a distal end ; a shaft extending in the catheter from the proximal end to the distal end and being configured and arranged to move within the catheter; and a filter component connected to the shaft and configured and arranged to retract within the distal end, the filter component including: a mesh , an inner frame having a perimeter coupled to a perimeter of the mesh, an outer frame having a perimeter extending around the perimeter of the inner frame, and a plurality of struts that couple the inner frame to the outer frame, the struts being configured and arranged to apply a force between the outer frame and the inner frame. a mesh , an inner frame having a perimeter coupled to a perimeter of the mesh, an outer frame having a perimeter extending around the perimeter of the inner frame, and a plurality of struts that couple the inner frame to the outer frame, the struts being configured and arranged to apply a force between the outer frame and the inner frame.
A device for clearing obstructions from a medical tube, the device comprising a shuttle guide , a shuttle member adapted to translate along a length of the guide , and an elongate guide member , wherein said shuttle guide comprises a shuttle guide tube having an inner diameter ; and wherein said device further comprises a clearance member attached to or formed integrally with said guide member ; characterised in that : said shuttle member is disposed entirely outside the guide tube ; and said device further comprises a magnetic guide secured to said guide member , said magnetic guide being adapted to be magnetically coupled to said shuttle member through a wall of said guide tube so that translation of said shuttle member along the length thereof induces a corresponding translation of said guide member . said shuttle member is disposed entirely outside the guide tube ; and said device further comprises a magnetic guide secured to said guide member , said magnetic guide being adapted to be magnetically coupled to said shuttle member through a wall of said guide tube so that translation of said shuttle member along the length thereof induces a corresponding translation of said guide member .
Method for switching power supply path of at least one electrical machine in a vehicle, said electrical machine being arranged to be selectively power supplied by a first power supply path and a second power supply path, respectively, by alternately opening and closing said power supply paths, said first and second power supply paths being arranged to connect a power supply source to a first connection terminal means of said electrical machine, characterised in that said method includes, when switching from said first power supply path to said second power supply path: - opening said first power supply path; - by means of said electrical machine and a corresponding inverter drive, controlling a terminal voltage of said first connection terminal means to a power supply voltage of said second power supply path, and; - closing said second power supply path and wherein one of said first and second power supply paths is providing a higher safety with regard to vehicle chassis voltage faults than the other of said first and second power supply paths by the use of galvanic isolation in relation to the external power supply system, the one of said first and second power supply paths providing a higher safety being used when the vehicle is stationary or moving at low speeds, and bypassed at higher speeds by using the other one of said first and second power supply paths. - opening said first power supply path; - by means of said electrical machine and a corresponding inverter drive, controlling a terminal voltage of said first connection terminal means to a power supply voltage of said second power supply path, and; - closing said second power supply path and wherein one of said first and second power supply paths is providing a higher safety with regard to vehicle chassis voltage faults than the other of said first and second power supply paths by the use of galvanic isolation in relation to the external power supply system, the one of said first and second power supply paths providing a higher safety being used when the vehicle is stationary or moving at low speeds, and bypassed at higher speeds by using the other one of said first and second power supply paths.
A device, comprising: a body ; a first lens group on an optical axis ; a first lens group actuator configured to move the first lens group along the optical axis; a second lens group actuator configured to move the first lens group transversely to the optical axis, wherein the second lens group actuator is at the same level along the optical axis as the first lens group actuator; a first suspension element configured to suspend the first lens group actuator from the second lens group actuator; and a second suspension element configured to suspend the second lens group actuator from the body, characterized in that the first suspension element is configured to transfer an electric signal between the first lens group actuator and the second lens group actuator and the second suspension element is configured to transfer an electric signal between the second lens group actuator and the body . a body ; a first lens group on an optical axis ; a first lens group actuator configured to move the first lens group along the optical axis; a second lens group actuator configured to move the first lens group transversely to the optical axis, wherein the second lens group actuator is at the same level along the optical axis as the first lens group actuator; a first suspension element configured to suspend the first lens group actuator from the second lens group actuator; and a second suspension element configured to suspend the second lens group actuator from the body, characterized in that the first suspension element is configured to transfer an electric signal between the first lens group actuator and the second lens group actuator and the second suspension element is configured to transfer an electric signal between the second lens group actuator and the body .
A corrosion-resistant permanent magnet comprising a magnet body and a composite coating provided on and covering surfaces of the magnet body, the composite coating comprising, in the order recited, - a first metal oxide layer in physical contact with the magnet body, - a metal layer, - a second metal oxide layer, - a linker layer, and - a layer formed from poly(2-chloro-p-xylylene). - a first metal oxide layer in physical contact with the magnet body, - a metal layer, - a second metal oxide layer, - a linker layer, and - a layer formed from poly(2-chloro-p-xylylene).
Universal joint for a steering shaft for a motor vehicle, comprising a spider having two pairs of pins which cross at right angles to one another and which can each be connected via a yoke to a shaft element of the steering shaft , wherein each pin is radially mounted in its radial direction in the respective yoke via a radial bearing and wherein each pin comprises a respective end face and wherein the radial bearing comprises a bearing bush , wherein the bearing bush comprises a base and an outer ring in one piece, wherein the end faces of at least one of the pairs of pins are mounted on the base of the bearing bush in their axial direction, characterized in that the end faces of the pins of at least one of the pairs of pins are in contact with the base under purely elastic preloading, wherein the end faces which are in contact are designed to be convex in the contact region, and the base is purely elastically deformed to form the preloading, wherein the base of the bearing bush is designed to be elastic and, starting from its centre, in the state prior to assembly, comprises, at least to the extent of 25%, a planar surface for contacting the end face of a pin .
A method performed by a terminal (3L-01) in a wireless communication system, the method comprising: receiving (3L-05) a first radio resource control, RRC, connection release message including paging area information; transmitting (3L-40) an RRC connection resume request message including a resume cause set to an update of a paging area, in case that the terminal (3L-01) is in an RRC inactive state and the update of the paging area is required based on the paging area information, wherein the update of the paging area is required in case that the terminal (3L-01) enters an area not belonging to the paging area configured by the paging area information; receiving (3L-60) a second RRC connection release message including new paging area information; and applying the new paging area information included in the second RRC connection release message. receiving (3L-05) a first radio resource control, RRC, connection release message including paging area information; transmitting (3L-40) an RRC connection resume request message including a resume cause set to an update of a paging area, in case that the terminal (3L-01) is in an RRC inactive state and the update of the paging area is required based on the paging area information, wherein the update of the paging area is required in case that the terminal (3L-01) enters an area not belonging to the paging area configured by the paging area information; receiving (3L-60) a second RRC connection release message including new paging area information; and applying the new paging area information included in the second RRC connection release message.
A wearable device , comprising: a first holder configured for removably receiving a first transponder ; a radio frequency coupling unit comprising a first coupling portion and an antenna portion connected to said first coupling portion , wherein said first coupling portion is configured for contactless inductive coupling of said radio frequency coupling unit to said first transponder received by said first holder ; characterized in that said first holder comprises a pocket configured for inserting said first transponder into said pocket and wherein said first coupling portion of said radio frequency coupling unit comprises an induction coil and wherein said antenna portion of said radio frequency coupling unit comprises an antenna coil. a first holder configured for removably receiving a first transponder ; a radio frequency coupling unit comprising a first coupling portion and an antenna portion connected to said first coupling portion , wherein said first coupling portion is configured for contactless inductive coupling of said radio frequency coupling unit to said first transponder received by said first holder ; characterized in that said first holder comprises a pocket configured for inserting said first transponder into said pocket and wherein said first coupling portion of said radio frequency coupling unit comprises an induction coil and wherein said antenna portion of said radio frequency coupling unit comprises an antenna coil.