mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the preparation of proteins from samples of unpurified biological cells on a sample support for the mass spectrometric determination of cell properties, comprising the steps: - providing the biological cells on a sample spot of the sample support, which has a hydrophilic surface or a plate with hydrophilic anchors in a hydrophobic environment, - decomposing the cells using denaturing volatile solvents and/or acids on the sample spot, whereby cell proteins are released from complexes, emerge from the decomposed cells and are adhesively bound on the sample spot, - washing the cell proteins on the sample spot with buffer solution, whereby salts and other soluble components go into solution and are removed with the buffer solution, and - preparing the washed cell proteins for subsequent desorbing ionization. - providing the biological cells on a sample spot of the sample support, which has a hydrophilic surface or a plate with hydrophilic anchors in a hydrophobic environment, - decomposing the cells using denaturing volatile solvents and/or acids on the sample spot, whereby cell proteins are released from complexes, emerge from the decomposed cells and are adhesively bound on the sample spot, - washing the cell proteins on the sample spot with buffer solution, whereby salts and other soluble components go into solution and are removed with the buffer solution, and - preparing the washed cell proteins for subsequent desorbing ionization.
A hybrid cutting apparatus , comprising: a main body that is connected with a rotation shaft of a machine tool; a grooving tool that is coupled to one side of the main body and for forming a groove (g) at an interior circumference of a workpiece; and a tool position control means that controls a position of the grooving tool to correspond to a cutting surface position of the workpiece, wherein the tool position control means comprises a moving unit that moves a grooving tool such that a cutting tip of the grooving tool arrives at a groove processing depth of the workpiece, wherein the tool position control means further comprises: - a distance sensor for measuring a distance between a cutting tip of the grooving tool and the workpiece cutting surface; and - a control unit that automatically controls a level in which the moving unit moves the grooving tool according to a value that is measured by the distance sensor ; and characterized in that the distance sensor is configured to detect a tilt of the rotation shaft, and a position of the rotation shaft of the machine tool is adjusted based on the value that is measured by the distance sensor . a main body that is connected with a rotation shaft of a machine tool; a grooving tool that is coupled to one side of the main body and for forming a groove (g) at an interior circumference of a workpiece; and a tool position control means that controls a position of the grooving tool to correspond to a cutting surface position of the workpiece, wherein the tool position control means comprises a moving unit that moves a grooving tool such that a cutting tip of the grooving tool arrives at a groove processing depth of the workpiece, wherein the tool position control means further comprises: - a distance sensor for measuring a distance between a cutting tip of the grooving tool and the workpiece cutting surface; and - a control unit that automatically controls a level in which the moving unit moves the grooving tool according to a value that is measured by the distance sensor ; and characterized in that the distance sensor is configured to detect a tilt of the rotation shaft, and a position of the rotation shaft of the machine tool is adjusted based on the value that is measured by the distance sensor . - a distance sensor for measuring a distance between a cutting tip of the grooving tool and the workpiece cutting surface; and - a control unit that automatically controls a level in which the moving unit moves the grooving tool according to a value that is measured by the distance sensor ; and characterized in that the distance sensor is configured to detect a tilt of the rotation shaft, and a position of the rotation shaft of the machine tool is adjusted based on the value that is measured by the distance sensor .
A rack system having an electrical supply, comprising: at least one backboard ; a bus bar mounted on the backboard , the bus bar comprising a track body , two magnetic strips provided on the track body , and two current conductors spaced apart from each other and disposed on the track body , in a cross section perpendicular to the extending direction of the track body the track body comprising two magnetic strip receiving grooves spaced apart from each other, and two conductor receiving grooves spaced apart from each other and disposed between the two magnetic strip receiving grooves , the magnetic strip receiving grooves and the conductor receiving grooves being arranged on two opposite side walls of the track body respectively; and a supplier arranged on the bus bar , the supplier comprising two resilient contactors spaced apart from each other, and two magnetic columns arranged both sides of the resilient contactors , respectively, when the supplier is mounted on the bus bar , the two magnetic columns being attached onto the two magnetic strips respectively, and the two resilient contactors being respectively abutted against the two magnetic strips so that the two resilient contactors are electrically connected to the current conductor . at least one backboard ; a bus bar mounted on the backboard , the bus bar comprising a track body , two magnetic strips provided on the track body , and two current conductors spaced apart from each other and disposed on the track body , in a cross section perpendicular to the extending direction of the track body the track body comprising two magnetic strip receiving grooves spaced apart from each other, and two conductor receiving grooves spaced apart from each other and disposed between the two magnetic strip receiving grooves , the magnetic strip receiving grooves and the conductor receiving grooves being arranged on two opposite side walls of the track body respectively; and a supplier arranged on the bus bar , the supplier comprising two resilient contactors spaced apart from each other, and two magnetic columns arranged both sides of the resilient contactors , respectively, when the supplier is mounted on the bus bar , the two magnetic columns being attached onto the two magnetic strips respectively, and the two resilient contactors being respectively abutted against the two magnetic strips so that the two resilient contactors are electrically connected to the current conductor .
A graphene composite fiber comprising graphene and a polymer, wherein the graphene is aligned along an axis of the fiber and has wrinkled structure in a cross-section of the fiber, wherein the contents of the graphene and the polymer in the composite fiber are from 20 to 90% by weight and from 10 to 80% by weight, respectively, whereby, within these ranges, the wrinkled structure of the graphene composite fiber can be maintained.
A binder construction material mixture based on cement, containing - at least 50 mass% of cement, - 3 to 30 mass% of pyrogenic silica, and - 3 to 20 mass% of expanded perlite having a particle size of between 20 micrometers and 50 micrometers. - at least 50 mass% of cement, - 3 to 30 mass% of pyrogenic silica, and - 3 to 20 mass% of expanded perlite having a particle size of between 20 micrometers and 50 micrometers.
A musical sound control device , comprising: a plurality of operators ; a musical sound processing part comprising a step sequencer (SEQ1, SEQ2), configured to repeatedly perform a process of controlling a musical sound by assigning a plurality of change patterns in which each change pattern is a change of waveform with respect to time to each of a plurality of steps of the step sequencer in accordance with control information set by the plurality of operators ; and a control part , configured to set each change pattern selected from among the plurality of change patterns representing a change of a value represented by the control information with respect to time within a step to each of the plurality of steps, the musical sound control device being characterized in that the value represented by the control information includes a setting value used for controlling a cutoff frequency of a musical sound generated for each of the plurality of steps. a plurality of operators ; a musical sound processing part comprising a step sequencer (SEQ1, SEQ2), configured to repeatedly perform a process of controlling a musical sound by assigning a plurality of change patterns in which each change pattern is a change of waveform with respect to time to each of a plurality of steps of the step sequencer in accordance with control information set by the plurality of operators ; and a control part , configured to set each change pattern selected from among the plurality of change patterns representing a change of a value represented by the control information with respect to time within a step to each of the plurality of steps, the musical sound control device being characterized in that the value represented by the control information includes a setting value used for controlling a cutoff frequency of a musical sound generated for each of the plurality of steps.
A method of generating a combined image from a plurality of image data , comprising: accessing a first image data acquired at a first imager position of an imager ; wherein said imager comprises a C-arm fluoroscopic imaging system or an O-arm imaging system; accessing a final image data acquired at a final imager position of the imager ; determining at least a portion of a feature included in both the first image data and the final image data ; determining an alignment transformation to align the feature between the first image data and the final image data ; determining a transformation matrix based on the alignment transformation to align the first image data and the final image data based on the determined transformation matrix, wherein the transformation matrix is operable to correct for misalignment of the first image data and the final image data in at least one degree of freedom of movement of the imager between the first imager position and the final imager position that is outside a Z-axis movement of the imager ; outputting the transformation matrix; characterised in that the method further comprises: receiving an input of a selected image dimension; determining if at least one intermediate imager position is required in addition to the first imager position and the final imager position to achieve the selected image dimension; and if determined that at least one intermediate imager position is required, determining at least one intermediate imager position. accessing a first image data acquired at a first imager position of an imager ; wherein said imager comprises a C-arm fluoroscopic imaging system or an O-arm imaging system; accessing a final image data acquired at a final imager position of the imager ; determining at least a portion of a feature included in both the first image data and the final image data ; determining an alignment transformation to align the feature between the first image data and the final image data ; determining a transformation matrix based on the alignment transformation to align the first image data and the final image data based on the determined transformation matrix, wherein the transformation matrix is operable to correct for misalignment of the first image data and the final image data in at least one degree of freedom of movement of the imager between the first imager position and the final imager position that is outside a Z-axis movement of the imager ; outputting the transformation matrix; characterised in that the method further comprises: receiving an input of a selected image dimension; determining if at least one intermediate imager position is required in addition to the first imager position and the final imager position to achieve the selected image dimension; and if determined that at least one intermediate imager position is required, determining at least one intermediate imager position.
A reactor power monitoring apparatus, comprising: a plurality of metal-containing plates (101a-h); and a gamma ray detector installed outside a reactor pressure vessel , characterised in that the plurality of metal-containing plates (101a-h) are installed at different locations in an axial direction in an inside of a nuclear instrumentation tube or a Traversing In-core Prove (TIP) guide pipe and formed from principal components different from each other, and the gamma ray detector is configured to measure gamma rays emitted by a nuclear reaction between neutrons generated in the reactor and the metal-containing plates (101a-h). a plurality of metal-containing plates (101a-h); and a gamma ray detector installed outside a reactor pressure vessel , characterised in that the plurality of metal-containing plates (101a-h) are installed at different locations in an axial direction in an inside of a nuclear instrumentation tube or a Traversing In-core Prove (TIP) guide pipe and formed from principal components different from each other, and the gamma ray detector is configured to measure gamma rays emitted by a nuclear reaction between neutrons generated in the reactor and the metal-containing plates (101a-h).
A nozzle having at least one hole on an end portion having a plane with a size capable of holding a sheet-like water-soluble preparation, and having concave-convex portions on a portion of the plane excluding the hole , wherein a peripheral edge of the end portion is surrounded by a convex portion higher than the concave-convex portions , characterized in that a depth of the concave-convex portions is 0.1 to 3.0 mm.
A bioactive serum fraction derived from an Achachairu ( Garcinia humilis ) plant, obtained by a method comprising the steps of: a. separating cell juice from fresh whole fruit, fruit parts, and/or leaves of an Achachairu plant or a plurality of Achachairu plants to obtain fresh Achachairu cell juice and a pulp portion; b. subjecting the fresh Achachairu cell juice to a destabilizing treatment protocol to yield a bioactive serum fraction and a post-destabilization precipitate; and c. isolating said bioactive serum fraction. a. separating cell juice from fresh whole fruit, fruit parts, and/or leaves of an Achachairu plant or a plurality of Achachairu plants to obtain fresh Achachairu cell juice and a pulp portion; b. subjecting the fresh Achachairu cell juice to a destabilizing treatment protocol to yield a bioactive serum fraction and a post-destabilization precipitate; and c. isolating said bioactive serum fraction.
A sheet of a rotor of an electric machine, wherein at least two polar sectors (102 to 112) of the sheet have a reflection asymmetry with respect to any radial inner line , the reflection asymmetry being associated with outer flux barriers (114 to 160) adjacent to or at an outer contour of the sheet , and the radial inner line stretching from a center of the round sheet to the outer contour of the sheet , the center being a rotation axis of the rotor; the sheet comprises inner flux barriers , which are closer to the rotational axis of the rotor than the outer flux barriers (114 to 160), and the outer flux barriers (114 to 160), which are surrounded by material of the sheet, are separated with bridges from the inner flux barriers such that the outer flux barriers (114 to 160) are between an outer contour of the sheet and the bridges , the bridges being configured to saturate magnetically; a middle line of any of the outer flux barriers (114 to 116) is configured to bend or curve in order to skew the outer flux barriers (114 to 160) and cause the reflection asymmetry; and at least two polar sectors (102 to 112) are differently reflection asymmetric such that the skew directions (D1, D2) of the outer flux barriers (114 to 160) of different polar sectors vary as a function of a polar coordinate of the polar sector (102 to 112), wherein the polar coordinate refers to an angle of the inner radial line of each polar sector (102 to 112) with respect to a desired reference coordinate which may be freely chosen.
Encapsulated fragrance composition comprising at least one microcapsule dispersed in a dispersion medium, said at least one microcapsule comprising a fragrance oil core and a positively charged shell, which comprises a reaction product of a mixture of at least two at least difunctional polyisocyanates with a polyfunctional amine or alcohol, wherein the mixture of the at least two polyisocyanetes comprises at least one nonionic polyisocyanate and at least one anionically modified polyisocyanate, and wherein the shell is formed around droplet of core material that is stabilized with a positively charged polymeric colloidal stabilizer.
Display tray , comprising: - a carrier floor configured for placing goods thereon, and comprising an accommodation that extends in a direction substantially perpendicular to the carrier floor and having an accommodation opening; - a first support having a hinged end and a free end , wherein the first support is hingedly connected to the carrier floor with a hinge having a hinge axis and wherein the first support is capable of moving between an extended state , wherein the first support extends substantially perpendicular to the carrier floor , and a collapsed state , wherein the first support extends substantially along the carrier floor , and wherein the first support has an abutment at its free end , wherein the accommodation is configured for receiving an abutment of a second support of an identical second display tray such that the first support is locked; and - a hinge lock configured for locking the first support in a rotation-locked state and unlocking the first support in a rotation-free state, wherein the hinge lock comprises a hinge lock element and a hinge lock recess , wherein in the rotation-locked state the hinge lock element is positioned at a first position of the hinge lock recess such that the position of the first support is locked, and wherein in the rotation-free state the hinge lock element is positioned at a second position of the hinge lock recess such that the first support is free to rotate between the extended and collapsed states . - a carrier floor configured for placing goods thereon, and comprising an accommodation that extends in a direction substantially perpendicular to the carrier floor and having an accommodation opening; - a first support having a hinged end and a free end , wherein the first support is hingedly connected to the carrier floor with a hinge having a hinge axis and wherein the first support is capable of moving between an extended state , wherein the first support extends substantially perpendicular to the carrier floor , and a collapsed state , wherein the first support extends substantially along the carrier floor , and wherein the first support has an abutment at its free end , wherein the accommodation is configured for receiving an abutment of a second support of an identical second display tray such that the first support is locked; and - a hinge lock configured for locking the first support in a rotation-locked state and unlocking the first support in a rotation-free state, wherein the hinge lock comprises a hinge lock element and a hinge lock recess , wherein in the rotation-locked state the hinge lock element is positioned at a first position of the hinge lock recess such that the position of the first support is locked, and wherein in the rotation-free state the hinge lock element is positioned at a second position of the hinge lock recess such that the first support is free to rotate between the extended and collapsed states .
A multi-port valve , comprising: a housing defining an internal cavity , the housing further comprising a plurality of ports (42 - 50), wherein each of the plurality of ports is in communication with the internal cavity; a shell body rotatably disposed within the internal cavity; and a single seal member having a plurality of openings and surrounding the shell body such that it circumscribes the shell body within the internal cavity, wherein the plurality of ports includes a first port and a second port , wherein the first port and second port of the plurality of ports are arranged relative to one another such that they are in at least a partially angularly overlapped arrangement relative to one another in the angular direction and are axially spaced from one another relative to the longitudinal axis, characterized in that , the seal member is a continuous piece of elastomeric material and creates a seal for each of the plurality of ports to prevent unintended cross flow or short circuiting. a housing defining an internal cavity , the housing further comprising a plurality of ports (42 - 50), wherein each of the plurality of ports is in communication with the internal cavity; a shell body rotatably disposed within the internal cavity; and a single seal member having a plurality of openings and surrounding the shell body such that it circumscribes the shell body within the internal cavity, wherein the plurality of ports includes a first port and a second port , wherein the first port and second port of the plurality of ports are arranged relative to one another such that they are in at least a partially angularly overlapped arrangement relative to one another in the angular direction and are axially spaced from one another relative to the longitudinal axis,
A light source module , comprising: a printed circuit board (PCB); a plurality of light sources (LED) on the printed circuit board; a member (LM) on the printed circuit board, the member positioned around the plurality of light sources; an antistatic cover (EPC) supported on the member to cover the plurality of light sources; and a ground member (EF) for grounding the antistatic cover, wherein the antistatic cover comprises: a transparent base substrate (TG); and a transparent electrode (TE) provided on the base substrate, the transparent electrode is connected to the ground member, and the transparent electrode is provided in a mesh form on the base substrate. a printed circuit board (PCB); a plurality of light sources (LED) on the printed circuit board; a member (LM) on the printed circuit board, the member positioned around the plurality of light sources; an antistatic cover (EPC) supported on the member to cover the plurality of light sources; and a ground member (EF) for grounding the antistatic cover, wherein the antistatic cover comprises: a transparent base substrate (TG); and a transparent electrode (TE) provided on the base substrate, the transparent electrode is connected to the ground member, and the transparent electrode is provided in a mesh form on the base substrate. a transparent base substrate (TG); and a transparent electrode (TE) provided on the base substrate, the transparent electrode is connected to the ground member, and the transparent electrode is provided in a mesh form on the base substrate.
A dose collection container comprising first and second opposing walls , the first wall comprising an aperture sized to receive a nozzle of a nasal spray, and the second wall comprising at least two diverging impact surfaces which, on actuation of a nasal spray into the dose collection container , deflect the spray along an internal surface, characterised in that a first axis extends through a central point on the internal surface of the second wall , in the same plane as the internal surface of the second wall , and a ridge is located in the plane defined by the first axis, wherein the at least two diverging impact surfaces extend outwardly from the ridge .