mhurhangee/patent-ind-claim-en huggingface dataset:
A timepiece , particularly a wristwatch, comprising: - a timepiece movement having an axis (A1), a first flat surface that is perpendicular to the axis (A1) and a third surface , - a watch case element having a second flat bearing surface that is perpendicular to the axis (A1) and a fourth surface , the watch case element being a middle or an enlarging ring, and - a system for fixing the timepiece movement to the watch case element , the system comprising: - at least two clamps , preferably three clamps or four clamps, which are intended to come into contact firstly with the movement and secondly with the watch case element, and - screws , the at least two clamps being made of an alloy having a deformation at the elastic limit greater than 2%, or greater than 5%, or greater than 8%, the at least two clamps being arranged to be elastically deformed when assembling the movement and to produce an elastic restoring force of each clamp holding the first surface against the second surface , each clamp being pressed against the third surface via one of said screws , under action of which each clamp bears against one said fourth surface of the watch case, notably a supporting area of a cutout or of a recess produced in the watch case element. - a timepiece movement having an axis (A1), a first flat surface that is perpendicular to the axis (A1) and a third surface , - a watch case element having a second flat bearing surface that is perpendicular to the axis (A1) and a fourth surface , the watch case element being a middle or an enlarging ring, and - a system for fixing the timepiece movement to the watch case element , - at least two clamps , preferably three clamps or four clamps, which are intended to come into contact firstly with the movement and secondly with the watch case element, and - screws ,
A method identifying brain tumor-derived microparticles from a subject for analysis, the method comprising: - providing a sample comprising bodily fluid from a subject; - isolating one or more microparticles from the sample; and identifying, using a Tenascin-C specific reagent, one or more microparticles having Tenascin-C protein on the surface from the one or more isolated microparticles, thereby identifying brain tumor-derived microparticles. - providing a sample comprising bodily fluid from a subject; - isolating one or more microparticles from the sample; and identifying, using a Tenascin-C specific reagent, one or more microparticles having Tenascin-C protein on the surface from the one or more isolated microparticles, thereby identifying brain tumor-derived microparticles.
A method comprising: detecting , at a sensor circuit of a portable electronic device , movement associated with a double tap input provided at a touch screen comprising a display of the portable electronic device; detecting , at the sensor circuit, movement of the portable electronic device occurring subsequent to detection of the double tap input within a predetermined time period; determining , at the sensor circuit, whether the movement of the portable electronic device occurring subsequent to detection of the double tap input corresponds to at least one false wake condition; and waking the display from a sleep state in response to determining that the movement of the portable electronic device occurring subsequent to detection of the double tap input does not correspond to the at least one false wake condition. detecting , at a sensor circuit of a portable electronic device , movement associated with a double tap input provided at a touch screen comprising a display of the portable electronic device; detecting , at the sensor circuit, movement of the portable electronic device occurring subsequent to detection of the double tap input within a predetermined time period; determining , at the sensor circuit, whether the movement of the portable electronic device occurring subsequent to detection of the double tap input corresponds to at least one false wake condition; and waking the display from a sleep state in response to determining that the movement of the portable electronic device occurring subsequent to detection of the double tap input does not correspond to the at least one false wake condition.
Injection device consisting of base body having longitudinal hole, and one end of the base body is formed with tapered tip, and there are holes in the lower and upper parts of the base body, which are connected to the longitudinal hole, wherein said tapered tip having length LI formed with rim at one end of the base body having length L and an axis t of the device , above which a tapered injecting part is established with length L2, at the bottom of which injecting part one or more hole(s) are established the axes of which holes are aligned in the same plane or in separate planes above one another, and a tapered neck part having length L3 is formed above the injecting part , and a ring is fixed at the interface of the neck part and the holder part which is formed with supporting rim at its upper area located above the neck part with length L4 and diameter D3, and a compression ring is placed in a movable manner above the ring , and a ring is located on the base body between the compression ring and the supporting rim , furthermore a rubber seal is placed on a fastening part having length L5 and diameter D3 and is provided with a hole above the supporting rim , and a clamp with input pipe is placed on the rubber seal so that the input pipe is located directly above the hole of the fastening part , and there is a hole with Morse taper in the coupler part having length L6 and diameter D4 established with rim above the fastening part , and a longitudinal hole having diameter D5 and length L7 is established in the base body from the bottom of the injecting part up to the top of the fastening part , so that the longitudinal hole is connected to the hole(s) formed in the bottom of the injecting part as well as to the hole formed in the fastening part .
A blood pump, comprising: a housing defining a fluid flow path, the housing defining an upstream end, a downstream end, and an outlet at the downstream end; a rotor disposed within the housing and within the fluid flow path, the rotor being rotatable independent of the housing in a first direction and configured to pump blood downstream toward the outlet; and the housing defining an inflow cannula at the upstream end, the inflow cannula defining a distal end proximate the rotor and an opposite proximal end, the inflow cannula further defining a major longitudinal axis and minor longitudinal axis perpendicular to the major longitudinal axis , the proximal end of inflow cannula defining a plurality of slots radially disposed about the proximal end, the plurality of slots being at least one from the group consisting of sloped in the first direction with respect to the major longitudinal axis and angled in the first direction with respect to the minor longitudinal axis, each of the plurality of slots has a cross-sectional area which increases in an inward direction from the exterior of the inflow cannula. a housing defining a fluid flow path, the housing defining an upstream end, a downstream end, and an outlet at the downstream end; a rotor disposed within the housing and within the fluid flow path, the rotor being rotatable independent of the housing in a first direction and configured to pump blood downstream toward the outlet; and the housing defining an inflow cannula at the upstream end, the inflow cannula defining a distal end proximate the rotor and an opposite proximal end, the inflow cannula further defining a major longitudinal axis and minor longitudinal axis perpendicular to the major longitudinal axis , the proximal end of inflow cannula defining a plurality of slots radially disposed about the proximal end, the plurality of slots being at least one from the group consisting of sloped in the first direction with respect to the major longitudinal axis and angled in the first direction with respect to the minor longitudinal axis, each of the plurality of slots has a cross-sectional area which increases in an inward direction from the exterior of the inflow cannula.
A flexible display , comprising: a flexible substrate ; an inorganic layer disposed on the flexible substrate ; a display unit disposed on the inorganic layer , wherein the display unit includes a plurality of pixels (PE), each pixel (PE) thereof including an organic light emitting diode ; a thin film encapsulation layer covering the display unit ; and a crack suppressing layer formed along the edge of the flexible substrate , wherein the crack suppressing layer is disposed on the inorganic layer at the exterior side of the thin film encapsulation layer ; wherein the inorganic layer comprises a barrier layer , a buffer layer , a gate insulating layer , and an interlayer insulating layer , wherein the edge of the gate insulating layer and the edge of the interlayer insulating layer are disposed between the edge of the flexible substrate and the edge of the thin film encapsulation layer thereby exposing a part of the top surface of the buffer layer , and wherein the crack suppressing layer directly contacts a part of the top surface of the exposed buffer layer and a part of the top surface of the interlayer insulating layer , and characterized in that the crack suppressing layer is disposed at the uppermost edge of the flexible substrate , and the crack suppressing layer comprises an organic material. a flexible substrate ; an inorganic layer disposed on the flexible substrate ; a display unit disposed on the inorganic layer , wherein the display unit includes a plurality of pixels (PE), each pixel (PE) thereof including an organic light emitting diode ; a thin film encapsulation layer covering the display unit ; and a crack suppressing layer formed along the edge of the flexible substrate , wherein the crack suppressing layer is disposed on the inorganic layer at the exterior side of the thin film encapsulation layer ; wherein the inorganic layer comprises a barrier layer , a buffer layer , a gate insulating layer , and an interlayer insulating layer , wherein the edge of the gate insulating layer and the edge of the interlayer insulating layer are disposed between the edge of the flexible substrate and the edge of the thin film encapsulation layer thereby exposing a part of the top surface of the buffer layer , and wherein the crack suppressing layer directly contacts a part of the top surface of the exposed buffer layer and a part of the top surface of the interlayer insulating layer , and characterized in that the crack suppressing layer is disposed at the uppermost edge of the flexible substrate , and the crack suppressing layer comprises an organic material.
System for aiding the landing of an aircraft on a landing runway of an airport equipped with a so-called ILS instrument landing system, this ILS system corresponding to an axis of a predetermined approach to the landing runway, the landing aid system comprising: - an ILS signals receiver ; - a set of information sources configured to determine items of information in respect of current position of the aircraft; and - a database comprising items of information relating to the said predetermined approach, characterized in that the landing aid system furthermore comprises a processing unit configured to, when the ILS signals receiver has not yet captured a Glide signal corresponding to a Glide axis of the approach: - acquire, from the set of information sources, an item of information in respect of current position of the aircraft; - acquire, from the database , items of information relating to the predetermined approach; - determine, as a function of the items of information relating to the predetermined approach, a protection volume (V) in which there is no risk of the ILS signals receiver detecting a replica of the Glide signal; - determine whether the current position of the aircraft is above the protection volume; and - when the current position of the aircraft is above the protection volume, inhibit the capture of the Glide signal by the ILS signals receiver and instruct the emission of an alert item of information in the cockpit of the aircraft. - an ILS signals receiver ; - a set of information sources configured to determine items of information in respect of current position of the aircraft; and - a database comprising items of information relating to the said predetermined approach, - acquire, from the set of information sources, an item of information in respect of current position of the aircraft; - acquire, from the database , items of information relating to the predetermined approach; - determine, as a function of the items of information relating to the predetermined approach, a protection volume (V) in which there is no risk of the ILS signals receiver detecting a replica of the Glide signal; - determine whether the current position of the aircraft is above the protection volume; and - when the current position of the aircraft is above the protection volume, inhibit the capture of the Glide signal by the ILS signals receiver and instruct the emission of an alert item of information in the cockpit of the aircraft.
A computer implemented method of a network connected data storage system, the method comprising: receiving, via the network, and storing a data set including a plurality of data items encrypted using an index-based searchable encryption scheme, wherein the searchable encryption scheme has associated a server index and a client index; receiving, via the network, and storing a set of hashed information for each of a plurality of queries of the data set, each item of hashed information including a hash of a query and a hash of an expected result of executing the query using the server index; receiving, via the network, a query from a data requester to retrieve a set of data items from the data store and a hash of an expected result of executing the received query using the server index; generating a result of the received query for the data set based on the server index; and responsive to a comparison of a hash of the generated result, the received hash of the expected result, and the hashes of expected results in the set of hashed information, granting access for the requester to the data set. receiving, via the network, and storing a data set including a plurality of data items encrypted using an index-based searchable encryption scheme, wherein the searchable encryption scheme has associated a server index and a client index; receiving, via the network, and storing a set of hashed information for each of a plurality of queries of the data set, each item of hashed information including a hash of a query and a hash of an expected result of executing the query using the server index; receiving, via the network, a query from a data requester to retrieve a set of data items from the data store and a hash of an expected result of executing the received query using the server index; generating a result of the received query for the data set based on the server index; and responsive to a comparison of a hash of the generated result, the received hash of the expected result, and the hashes of expected results in the set of hashed information, granting access for the requester to the data set.
A method of performing technical diagnostics of forming machines by means of a diagnostic system of forming machines, the diagnostic system comprising an information interface and a control part, wherein the control part comprises a memory, wherein the diagnostic system of forming machines further comprises at least a first sensor and a second sensor for positioning on the forming machines selected from a group of vibration sensors, strain sensors and distance sensors, in the memory of the control part is further stored a model fault-free state comprising waveforms corresponding to waveforms and quantities measured by the at least first sensor and second sensor in fault-free operation and further stored in the memory of the control part is at least a first model fault state and a second model fault state, wherein both the first model fault state and the second model fault state comprise waveforms corresponding to waveforms and quantities measured by the at least first sensor and second sensor during a fault state during operation, wherein waveforms are measured by the at least first sensor and second sensor during operation of a forming machine, the measured waveforms from the at least first sensor and second sensor are sent to the control part , subsequently the measured waveforms from the at least first sensor and second sensor in the control part are processed by an evaluation process comprising a step of pairing the measured waveforms so that the samples from individual sensors correspond time wise, and comprising a step of filtering the paired waveforms, wherein waveforms from at least one of the at least first sensor and second sensor are used to set filter parameters for filtering waveforms from at least one other sensor from the at least first sensor and second sensor , wherein the processed waveforms are subsequently compared to the model states in the control part , and on the basis of this comparison the control part sends an information to the information interface that the forming machine is in a fault-free state or in at least one of the model fault states.
A method for fluid contacting in a downflow catalyst bed reactor , the method comprising: collecting liquid on a liquid collection tray ; passing at least a portion of the liquid through an inlet of an enclosed mixing channel of a mixing device and downstream through the mixing channel ; and passing at least a portion of vapor through a vapor inlet of the mixing channel downstream of the liquid inlet and across the liquid stream flowing through the mixing channel to contact the vapor and liquid in the mixing channel ; wherein the mixing channel is an elongate generally annular channel extending about the center axis of the reactor ; wherein passing at least a portion of the vapor through the mixing channel vapor inlet further comprises passing at least a portion of the vapor through an upper chimney opening of a vapor chimney surrounding the vapor inlet and passing the vapor downwardly through the chimney to the mixing channel vapor inlet , and further comprising passing at least another portion of the vapor through a second vapor inlet of the mixing channel at a different downstream distance from the liquid inlet than the first vapor inlet and across the liquid stream flowing through the mixing channel to contact the vapor and liquid in the mixing channel . collecting liquid on a liquid collection tray ; passing at least a portion of the liquid through an inlet of an enclosed mixing channel of a mixing device and downstream through the mixing channel ; and passing at least a portion of vapor through a vapor inlet of the mixing channel downstream of the liquid inlet and across the liquid stream flowing through the mixing channel to contact the vapor and liquid in the mixing channel ; wherein the mixing channel is an elongate generally annular channel extending about the center axis of the reactor ; wherein passing at least a portion of the vapor through the mixing channel vapor inlet further comprises passing at least a portion of the vapor through an upper chimney opening of a vapor chimney surrounding the vapor inlet and passing the vapor downwardly through the chimney to the mixing channel vapor inlet , and further comprising passing at least another portion of the vapor through a second vapor inlet of the mixing channel at a different downstream distance from the liquid inlet than the first vapor inlet and across the liquid stream flowing through the mixing channel to contact the vapor and liquid in the mixing channel .
A head-up display apparatus comprising: a display section configured to display an image on a windshield or a combiner of a vehicle ; a first camera configured to take a picture of an object viewable through the windshield or combiner at the same position as or near a position of the displayed image, and to take a picture of the displayed image; a second camera configured to take a picture of a head of a driver ; and a control section configured to: analyze the picture of the head of the driver taken by the second camera to detect a position of a visual point of the driver ; convert the picture of the displayed image and the picture of the object taken by the first camera into a picture that would be obtained from the visual point of the driver on the basis of the detected position of the visual point of the driver , thereby determining whether the displayed image would overlap with the object when viewed from the position of the visual point of the driver ; and control the displayed image in response to determining overlap of the object with the displayed image when viewed from the position of the visual point of the driver . a display section configured to display an image on a windshield or a combiner of a vehicle ; a first camera configured to take a picture of an object viewable through the windshield or combiner at the same position as or near a position of the displayed image, and to take a picture of the displayed image; a second camera configured to take a picture of a head of a driver ; and a control section configured to: analyze the picture of the head of the driver taken by the second camera to detect a position of a visual point of the driver ; convert the picture of the displayed image and the picture of the object taken by the first camera into a picture that would be obtained from the visual point of the driver on the basis of the detected position of the visual point of the driver , thereby determining whether the displayed image would overlap with the object when viewed from the position of the visual point of the driver ; and control the displayed image in response to determining overlap of the object with the displayed image when viewed from the position of the visual point of the driver . analyze the picture of the head of the driver taken by the second camera to detect a position of a visual point of the driver ; convert the picture of the displayed image and the picture of the object taken by the first camera into a picture that would be obtained from the visual point of the driver on the basis of the detected position of the visual point of the driver , thereby determining whether the displayed image would overlap with the object when viewed from the position of the visual point of the driver ; and control the displayed image in response to determining overlap of the object with the displayed image when viewed from the position of the visual point of the driver .
Device for hydrolysing at least one compound, comprising - a first cylindrical section having a diameter D max , a central channel and an outer channel coaxially surrounding the central channel , - an outlet having a diameter D A and - a second section which tapers in the direction of the outlet and comprises a hollow volume , into which the channels open, wherein the second section has, in cross section along a longitudinal axis A L of the device , a profile of an outer wall delimiting the hollow volume which is described by two radii R1 and R2 which go tangentially over into one another, wherein a profile subsection described by R1 adjoins the outlet and a profile subsection described by R2 adjoins a wall of the outer channel , which wall runs straight in the profile, and wherein 0.2 < R1/D A < 4.0 and 0.3 < R2/D A < 5.0. - a first cylindrical section having a diameter D max , a central channel and an outer channel coaxially surrounding the central channel , - an outlet having a diameter D A and - a second section which tapers in the direction of the outlet and comprises a hollow volume , into which the channels open, wherein