mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a test substance, comprising a first contact step of bringing the test substance, a capturing body 1 that has binding properties to the test substance and is fixed to a substrate, and a capturing body 2 that has binding properties to the test substance and contains a label into contact with each other in a liquid to arrange at least a part of the capturing body 2 on the substrate; after the first contact step, a first dissociation step of dissociating a part of substances containing the capturing body 2 from the substrate by application of an external force and releasing it into the liquid; after the first dissociation step, a second contact step of bringing the test substance, the capturing body 1 that has binding properties to the test substance and is fixed to a substrate, and the capturing body 2 that has binding properties to the test substance and contains a label into contact with each other in the liquid to arrange at least a part of the capturing body 2 on the substrate; after the second contact step, a second dissociation step of dissociating a part of substances containing the capturing body 2 from the substrate by application of an external force and releasing it into the liquid; and a detection step of comparing a label-derived signal arrangement pattern on the substrate after dissociation in the first dissociation step with a label-derived signal arrangement pattern on the substrate after dissociation in the second dissociation step and detecting signals at substantially the same position as a signal indicating the test substance.
An image sensor comprising an array of pixels, wherein a set of pixels of the array comprises pixels with different height levels arranged according to their height level and relative position to an optical axis of the image sensor, wherein each pixel of the set can take one height level i among N different height levels, N ≥ 2, where i = 1 is the smallest height level and i = N is the highest height level, wherein, for a pixel of the set having a first height level equal to n, 2 ≤ n ≤ N, and an adjacent pixel of the set having a second height level equal to m, lower than the first height level, in at least one of horizontal, vertical, or diagonal scanning direction, from a point at which the optical axis intersects the image sensor to at least one rim of the image sensor, the second height level m is equal to n - 1, and wherein the pixels of the set are arranged to comply with a periodic height pattern in the scanning direction, characterised in that the size of the height pattern in the scanning direction being a multiple of the number of different height levels of the pixels of the set in the scanning direction. wherein each pixel of the set can take one height level i among N different height levels, N ≥ 2, where i = 1 is the smallest height level and i = N is the highest height level, wherein, for a pixel of the set having a first height level equal to n, 2 ≤ n ≤ N, and an adjacent pixel of the set having a second height level equal to m, lower than the first height level, in at least one of horizontal, vertical, or diagonal scanning direction, from a point at which the optical axis intersects the image sensor to at least one rim of the image sensor, the second height level m is equal to n - 1, and wherein the pixels of the set are arranged to comply with a periodic height pattern in the scanning direction, characterised in that the size of the height pattern in the scanning direction being a multiple of the number of different height levels of the pixels of the set in the scanning direction.
An adhesive composition comprising: (a) one or more epoxy resins; (b) a core-shell rubber in the form of primary particles; (c) a core-shell rubber in the form of secondary particles in which two or more core-shell rubbers in the form of primary particles are aggregated; (d) one or more epoxy curing agents, and (e) a urethane resin in which isocyanate ends are blocked; wherein the core-shell rubber (b) in the form of primary particles has an average particle diameter of 10 nm to 300 nm, wherein the average particle diameter is determined as indicated in the specification; and wherein the core-shell rubber (b) in the form of primary particles has a ratio of the core particle diameter to the total particle diameter of the core-shell satisfying 0,8 to 0,99, wherein the ratio of the core particle diameter to the total core-shell particle diameter of the core-shell has the meaning indicated in the specification. (a) one or more epoxy resins; (b) a core-shell rubber in the form of primary particles; (c) a core-shell rubber in the form of secondary particles in which two or more core-shell rubbers in the form of primary particles are aggregated; (d) one or more epoxy curing agents, and (e) a urethane resin in which isocyanate ends are blocked; wherein the core-shell rubber (b) in the form of primary particles has an average particle diameter of 10 nm to 300 nm, wherein the average particle diameter is determined as indicated in the specification; and wherein the core-shell rubber (b) in the form of primary particles has a ratio of the core particle diameter to the total particle diameter of the core-shell satisfying 0,8 to 0,99, wherein the ratio of the core particle diameter to the total core-shell particle diameter of the core-shell has the meaning indicated in the specification. wherein the core-shell rubber (b) in the form of primary particles has an average particle diameter of 10 nm to 300 nm, wherein the average particle diameter is determined as indicated in the specification; and wherein the core-shell rubber (b) in the form of primary particles has a ratio of the core particle diameter to the total particle diameter of the core-shell satisfying 0,8 to 0,99, wherein the ratio of the core particle diameter to the total core-shell particle diameter of the core-shell has the meaning indicated in the specification.
A trocar for insertion into an organ of a patient, the trocar comprising: a cannula having a longitudinal axis; a channel inside the cannula, the channel fitted parallel to the longitudinal axis; a camera, which is disposed at a distal end of the channel and is configured to provide images in a direction of a distal opening of the cannula; an obturator body, configured to be inserted into the cannula, wherein the obturator body comprises a depression to conform with the channel when the obturator body is inserted into the cannula; and two or more interchangeable obturator heads (114, 116), each configured to be detachably fitted at a distal end of the obturator body, wherein the interchangeable obturator heads comprise each a depression (115, 117) to conform with the channel inside the cannula when the obturator is inserted into the cannula, wherein the obturator heads have different respective geometries for penetrating different respective tissue types. a cannula having a longitudinal axis; a channel inside the cannula, the channel fitted parallel to the longitudinal axis; a camera, which is disposed at a distal end of the channel and is configured to provide images in a direction of a distal opening of the cannula; an obturator body, configured to be inserted into the cannula, wherein the obturator body comprises a depression to conform with the channel when the obturator body is inserted into the cannula; and two or more interchangeable obturator heads (114, 116), each configured to be detachably fitted at a distal end of the obturator body, wherein the interchangeable obturator heads comprise each a depression (115, 117) to conform with the channel inside the cannula when the obturator is inserted into the cannula, wherein the obturator heads have different respective geometries for penetrating different respective tissue types.
Movement device for a movable furniture part, in particular a furniture flap, door, drawer or the like, with an actuator and an output for the movable furniture part, drivable by the actuator, wherein there is provided a coupling interacting with the actuator and the output, characterised in that the coupling is in the form of a switch coupling which may be set in at least three switch positions, differing from one another, of which there are provided at least two coupling switch positions (15a, 15b) coupling the actuator and the output to one another, and at least one uncoupling switch position uncoupling the actuator and the output from one another, wherein the actuator is designed as a reversing drive, which may be switched between anti-clockwise rotation and clockwise rotation, wherein one of the coupling switch positions is assigned to anti-clockwise rotation and another of the coupling switch positions is assigned to clockwise rotation, wherein the coupling has coupling means which are or may be movement-coupled to the actuator and which may be moved solely by the driving movement of the actuator without further assistance into the desired coupling switch position (15a, 15b) or uncoupling switch position, and wherein the coupling means comprise several coupling parts (17a-c), of which at least one is assigned to the actuator and at least one is assigned to the output, wherein the at least one drive-side coupling part is arranged movably relative to the at least one output-side coupling part (17b, 17c).
Scraper for a fermenter for conveying material to be scraped, in particular settling sediments, to an ejection area, wherein the scraper has a broaching device which extends from a axis of rotation which can be arranged in the centre of a fermenter, characterised in that the broaching device comprises a broaching edge which is curved in relation to a plane being perpendicular to the axis of rotation, wherein the broaching edge is curved in such a way that the angle between a radius beam emanating from the axis of rotation and the tangent lying at the corresponding point of intersection of the radius beam with the broaching edge is substantially constant over the broaching edge, wherein at least one catching device for catching the material conveyed along the broaching edge is provided at the end of the curved broaching edge being remote from the axis of rotation.
A transmission unit comprising: a data control information generation section (32, 51) that generates data control information for controlling of a usage of data in a reception unit that receives the data transmitted by wireless communication; a delay control information generation section (31, 62) that generates delay control information indicating a delay mode regarding delay time when the data is processed in the reception unit; a transmission section that transmits the data, the data control information, and the delay control information by wireless communication, wherein the data control information comprises information regarding permission or prohibition of insertion of data, discarding of data, or both of the insertion and the discarding of the data in a buffer of the reception unit; an encoding section that encodes the data at a compression rate; a transmission buffer that buffers encoded data obtained by the encoding of the data, and a compression rate control section that controls the compression rate in the encoding of the data in accordance with the delay control information and an accumulated amount in the transmission buffer; wherein the compression rate control section controls the compression rate in accordance with the delay control information and the accumulated amount in the transmission buffer within an observation time, and the compression rate control section changes the observation time in accordance with the delay control information. a data control information generation section (32, 51) that generates data control information for controlling of a usage of data in a reception unit that receives the data transmitted by wireless communication; a delay control information generation section (31, 62) that generates delay control information indicating a delay mode regarding delay time when the data is processed in the reception unit; a transmission section that transmits the data, the data control information, and the delay control information by wireless communication, wherein the data control information comprises information regarding permission or prohibition of insertion of data, discarding of data, or both of the insertion and the discarding of the data in a buffer of the reception unit; an encoding section that encodes the data at a compression rate; a transmission buffer that buffers encoded data obtained by the encoding of the data, and a compression rate control section that controls the compression rate in the encoding of the data in accordance with the delay control information and an accumulated amount in the transmission buffer; wherein the compression rate control section controls the compression rate in accordance with the delay control information and the accumulated amount in the transmission buffer within an observation time, and the compression rate control section changes the observation time in accordance with the delay control information.
An apparatus for measuring the loss tangent of an insulator for medium or high voltages, equipped with a tap adapter forming a point for picking up an electrical signal, comprising: - a reference capacitor of known capacitance value, having a first electrode, which is connectable to the tap adapter, and a second electrode; - a first voltage detection module, which is operatively connected to the first electrode of the reference capacitor for detecting a signal representative of the voltage applied to the reference capacitor, characterized in that it comprises: - an active electronic device connected to earth and to the second electrode of the reference capacitor and configured to keep the potential of the second electrode at a predetermined reference value; - a second voltage detection module operatively connected to an output of the active electronic device in order to detect a signal representative of the electric current that flows through the reference capacitor. - a reference capacitor of known capacitance value, having a first electrode, which is connectable to the tap adapter, and a second electrode; - a first voltage detection module, which is operatively connected to the first electrode of the reference capacitor for detecting a signal representative of the voltage applied to the reference capacitor, - an active electronic device connected to earth and to the second electrode of the reference capacitor and configured to keep the potential of the second electrode at a predetermined reference value; - a second voltage detection module operatively connected to an output of the active electronic device in order to detect a signal representative of the electric current that flows through the reference capacitor.
A composite container combining a synthetic resin container body and a paper label, wherein: the container body forms a bottle shape made by forming a mouth part on the top end edge of a tube-shaped base part rising up from the outer circumferential edge of a bottom part via a shoulder part constricting in radius upwards; and the paper label being adhered to at least one of the top end edge outer circumferential surface and the bottom end edge outer circumferential surface of the base part of the container body, the composite container being formed by a manufacturing process comprising disposing the paper label in a mold, and biaxial stretch blow shaping a preform with a liquid as a pressurized medium, characterized in that the paper label forms a paper tube, the paper tube being formed as a curled up rectangular piece of paper, at least one protrusion formed on one end edge in the circumferential direction being inserted into at least one slit formed on the other end edge in the circumferential direction. the container body forms a bottle shape made by forming a mouth part on the top end edge of a tube-shaped base part rising up from the outer circumferential edge of a bottom part via a shoulder part constricting in radius upwards; and the paper label being adhered to at least one of the top end edge outer circumferential surface and the bottom end edge outer circumferential surface of the base part of the container body, the composite container being formed by a manufacturing process comprising disposing the paper label in a mold, and biaxial stretch blow shaping a preform with a liquid as a pressurized medium, characterized in that the paper label forms a paper tube, the paper tube being formed as a curled up rectangular piece of paper, at least one protrusion formed on one end edge in the circumferential direction being inserted into at least one slit formed on the other end edge in the circumferential direction.
A system comprising: a. a pultruded profile; and b. a two-part system comprising: i. a first component including one or more epoxy resins; ii. a second component including one or more phosphate esters; and wherein, mixing the first component and second component forms an activatable material that activates at a temperature of about 0°C to about 50°C. a. a pultruded profile; and b. a two-part system comprising: i. a first component including one or more epoxy resins; ii. a second component including one or more phosphate esters; and i. a first component including one or more epoxy resins; ii. a second component including one or more phosphate esters; and
Aircraft nacelle comprising a cowling, an engine housed in an internal volume of the cowling and at least one thrust reverser, an air passage duct being formed between the internal wall of the said cowling and an external wall of the said engine, the said cowling comprises a fixed cowling part and a moving cowling part capable of translational movement between a plurality of positions, at least one of the said positions varying the air flow through the said duct, the said moving cowling part comprising the said at least one thrust reverser so that translational movement of the said moving cowling also allows the said moving cowling to switch from a position in which the said at least one thrust reverser is retracted into a reverse-thrust position in which the bypass flow is deflected to generate a reverse thrust, the said at least one thrust reverser comprising a pivoting door, it comprises at least two extreme stable positions, a retracted position in which the said door is incorporated into the said cowling, and a reverse-thrust position in which the said door is positioned partially inside and outside the nacelle to divert the bypass flow and to generate reverse thrust, the said moving cowling part then being in a fully displaced position, characterized in that, when the said moving cowling part is in the said at least one position that varies the air flow through the said passage, the said at least one thrust reverser which comprises a pivoting door has a stable intermediate position in which the portion of the said door that is positioned downstream in relation to the direction of travel of the bypass flow through the nacelle has an excursion directed towards the outside of the nacelle.
A motor assembly, comprising: a power plane configured with a circular geometry to be mounted inside a space envelope having a substantially similar circular geometry formed on an end-plate (D') between an inner hub portion and a peripheral portion that extends circumferentially around the space envelope of the end-plate, the power plane configured as a multi-layer circuit board or assembly having at least: a power layer with at least one power module (PM, PM1 - PM7) for providing power to a motor, a control layer with at least one control electronics module for controlling the power provided to the motor, and printed circuit board layer between the power layer and the control layer that provides electrical connection paths between the at least one power module of the power plane and the at least one control electronics module of the control layer, and also that provides insulation between the power layer and the control layer, wherein the at least one power module comprises matrix converter power modules configured as part of a matrix converter to receive AC input signaling having an AC waveform with a voltage and frequency and provide converted AC signaling having a converted AC waveform with a converted voltage and frequency to drive the motor, characterized by a thermal barrier between the power layer and the control layer, wherein the power plane is configured as a doughnut shaped power plane printed circuit board (P) or assembly in order to fit in the space envelope of the end-plate for providing a maximum space for mounting the power layer and the control layer, and to allow a shaft of the motor rotor to pass through to drive a cooling fan; and wherein the power layer comprises a circular power modules arrangement (P/ CM) configured on one side of the thermal barrier and printed circuit board layer to couple to the power plane low inductance input and integrated output connections attached to an intermediate portion of the end-plate.
An electrode array for peripheral nerve stimulation, in particular for auricular punctual stimulation, e.g. of the vagus nerve, comprising a planar carrier and a plurality of needle-shaped electrodes protruding from the carrier and at least one electrical terminal, which is electrically conductively connected to the electrodes or to a subgroup of electrodes, for electrical connection to a stimulation device, the electrodes having a maximum length of 0.6 mm, preferably 0.4-0.6 mm, wherein the electrodes comprise in a central region an in particular cylindrical thicker section, which is adjoined by a conical tip (19, 20), characterized in that the thicker section merges continuously in the direction of the carrier into an in particular cylindrical base section, the diameter of which is smaller than the diameter of the thicker section.
An antenna having a reflector with coverage and frequency flexibility, comprising a reversible reflector that can be deployed along a deployment axis, which reflector has two distinct reflective surfaces (R1, R2) geometrically shaped so as to respectively cover a first and a second geographical zone, which zones are different and have predetermined shapes, the two reflective surfaces (R1, R2) being attached back-to-back on a common support and the antenna further comprising at least two independent sources (S1, S2) disposed in a fixed configuration and connected to distinct radiofrequency supply chains (2, 3) defining different and predefined operating frequency planes (F1, F2), the reflector comprising a first deployment position, in which the focal point of the first reflective surface is placed at the phase centre of the first source, and a second deployment position, in which the focal point of the second reflective surface is placed at the phase centre of the second source, the reflector transitioning from one position to the other by rotating about an axis parallel to the support plane and perpendicular to the deployment axis of the reflector.