mhurhangee/patent-ind-claim-en huggingface dataset:
Ball joint , associable with a first and a second component for their connection in an adjustable position, comprising a substantially spherical element , an insert connected to said spherical element and removably associable with such a second component, a hollow housing seat , obtained in said first component, wherein said substantially spherical element is at least partially housable, the substantially spherical element comprising a substantially cylindrical central portion between two substantially spherical cap shaped portions (202") arranged with respect to one another so that each circular base of each substantially spherical cap shaped portion matches a respective base of such a substantially cylindrical portion , wherein said substantially cylindrical central portion of said substantially spherical element has its circular cross section with a radius (r) shorter than the curvature radius (R) of each of said substantially spherical cap shaped portions , so that said substantially spherical element has reduced overall dimensions in a plane parallel to said bases of said substantially cylindrical central portion , said hollow housing seat has a substantially spherical cap configuration with a curvature radius slightly longer than the radius (R) of said substantially spherical cap shaped portions (202") and delimiting an inlet mouth configured substantially circular with a radius slightly longer than said radius (r) of said circular cross-section of the substantially cylindrical central portion , but shorter than said curvature radius (R) of said substantially spherical cap shaped portions (202"), wherein said first component has two plates of the jaw-like type, which are configured for blocking/clamping in position said spherical element in said hollow housing seat , said ball joint comprising blocking means for said substantially spherical element in said housing seat , wherein said blocking means comprise locking means of said two plates of the jaw-like type, characterised in that said insert radially extends from said substantially spherical element at the side face of said cylindrical portion and in that said hollow housing seat is opened at the top, showing an opening (203") so as to not interfere with said insert of said ball joint , when the latter is inserted into said hollow housing seat , wherein the two plates are at said opening (203") on the opposite sides thereof.
A mouse embryo for screening tau oligomer formation, which comprises a vector pair for screening tau oligomer formation, comprising: a first vector comprising a first tau gene, a first fluorescence protein gene and a first neuron-specific promoter; and a second vector comprising a second tau gene, a second fluorescence protein gene and a second neuron-specific promoter, wherein a protein expressed from the first fluorescence protein gene and a protein expressed from the second fluorescence protein gene bind to each other to display fluorescence, by association between a protein expressed from the first tau gene and a protein expressed from the second tau gene, wherein the first tau gene and the first fluorescence protein gene are operably linked to each other, and the second tau gene and the second fluorescence protein gene are operably linked to each other, wherein the first fluorescence protein gene is represented by SEQ ID NO: 3, and the second fluorescence protein gene is represented by SEQ ID NO: 5. a first vector comprising a first tau gene, a first fluorescence protein gene and a first neuron-specific promoter; and a second vector comprising a second tau gene, a second fluorescence protein gene and a second neuron-specific promoter, wherein a protein expressed from the first fluorescence protein gene and a protein expressed from the second fluorescence protein gene bind to each other to display fluorescence, by association between a protein expressed from the first tau gene and a protein expressed from the second tau gene, wherein the first tau gene and the first fluorescence protein gene are operably linked to each other, and the second tau gene and the second fluorescence protein gene are operably linked to each other, wherein the first fluorescence protein gene is represented by SEQ ID NO: 3, and the second fluorescence protein gene is represented by SEQ ID NO: 5.
lowerable transport goods holding device for a vehicle , the transport goods holding device having at least one has at least one retaining module , wherein the retaining module has - a transport material receiving unit with receiving and/or fastening means for a transport item , - a carrier unit which is attached or attachable to a vehicle , and - a parallel joint unit with parallel parallel parallel cores which can be attached to a of the carrier unit in fixed guide bearings and on a pivoting spar of the transport material receiving unit in free guide bearings parallel to one another in such a way that the transport material receiving unit is pivotable relative to the carrier unit between a swivel-in position and a swivel-out position. swivel-out position, characterised in that the carrier unit is designed for lateral attachment to the vehicle and the transport material receiving unit has a folding arm , which is in such a way that the folding arm can be moved between a folded-in position in which the position, in which the folding arm is parallel or substantially parallel to the parallel to the swivel spar , and a folded-out position in which the folding arm extends parallel to the swivel spar . arm for receiving the goods to be transported extends at right angles or substantially at right angles at right angles or substantially at right angles from the swivelling spar . - a transport material receiving unit with receiving and/or fastening means for a transport item , - a carrier unit which is attached or attachable to a vehicle , and - a parallel joint unit with parallel parallel parallel cores which can be attached to a of the carrier unit in fixed guide bearings and on a pivoting spar of the transport material receiving unit in free guide bearings parallel to one another in such a way that the transport material receiving unit is pivotable relative to the carrier unit between a swivel-in position and a swivel-out position. swivel-out position, characterised in
One or more machine-readable storage media comprising a plurality of instructions stored thereon that, in response to execution by one or more processors of a computer system, causes the one or more processors to: execute program code on a first processor core of the one or more processors; determine, while the program code is executed on the first processor, a performance of execution of the program code by a second processor core based on one or more performance metrics, wherein the first processor core is of a first type and the second processor core is of a second type different from the first type; and switch execution of the program code from the first processor core to the second processor core in response to a determination that the performance of the second processor core is better than a performance of the first processor core; wherein determining the performance of the second processing core comprises executing a plurality of pieces of code on both the first processing core and the second processing core, collecting the respective performance information and statistics of the first and second processing cores while executing the pieces of code, and determining a best fit function F such that differences between F - performance information and statistics of the first processing core - and the performance of the second processing core are minimized. execute program code on a first processor core of the one or more processors; determine, while the program code is executed on the first processor, a performance of execution of the program code by a second processor core based on one or more performance metrics, wherein the first processor core is of a first type and the second processor core is of a second type different from the first type; and switch execution of the program code from the first processor core to the second processor core in response to a determination that the performance of the second processor core is better than a performance of the first processor core; wherein determining the performance of the second processing core comprises executing a plurality of pieces of code on both the first processing core and the second processing core, collecting the respective performance information and statistics of the first and second processing cores while executing the pieces of code, and determining a best fit function F such that differences between F - performance information and statistics of the first processing core - and the performance of the second processing core are minimized.
System for the detection of gamma radiation, of the Compton camera type, comprising a gamma radiation source, a fast scintillator plate P1 of which the rise time to peak light is less than 1 ns, having a thickness greater than or equal to 5 mm, equipped with an array of segmented photodetectors and dedicated fast-reading microelectronic means, said system being characterised in that it comprises a module for estimating a valid Compton event capable of measuring the spatiotemporal coordinates (X, Y, Z, T) and energy E in at least two successive positions of a gamma photon when said photon undergoes Compton deviation at a first point A at a time TA before being absorbed at a second point B at a time TB, by recognising circles of unscattered photons corresponding to each scintillation interaction, said module being capable of carrying out this estimation of an event by identifying at least one first and one second extremum in the distribution of light within said plate P1, said second extremum appearing when the difference between a time Ta of arrival of photons at a first point A and a time Tb of arrival of photons at a second point B is less than three times a time of transfer Tt of light in said plate P1, and in that said system is capable of determining, on the one hand, a circle C A corresponding to the unscattered photons emitted by Compton deviation of gamma radiation at point A, the diameter of the circle C A making it possible to measure Xa, Ya and Za, and on the other hand a circle C B corresponding to the unscattered photons emitted by total absorption of the gamma photon at point B, the diameter of the circle C B making it possible to measure Xb, Yb and Zb.
A non-transitory computer readable storage device comprising: a storage medium having an application stored therein, the application having instructions that when executed by processing circuitry configure the processing circuitry to receive sensor data indicating a behavior of a person from a sensor, the sensor being attached to the person or attached to an object used by the person; analyze a motion pattern in the sensor data to identify a predetermined event in the motion pattern, the predetermined event being captured in a series of images by an image capture device; synchronize the sensor data and the series of images; and select a portion of a series of consecutive images captured before and after the predetermined event by skipping some images of the series of consecutive images before and after the predetermined event, such that the lengths of the skipped intervals are proportional to the distance between the skipped interval and the predetermined event. receive sensor data indicating a behavior of a person from a sensor, the sensor being attached to the person or attached to an object used by the person; analyze a motion pattern in the sensor data to identify a predetermined event in the motion pattern, the predetermined event being captured in a series of images by an image capture device; synchronize the sensor data and the series of images; and select a portion of a series of consecutive images captured before and after the predetermined event by skipping some images of the series of consecutive images before and after the predetermined event, such that the lengths of the skipped intervals are proportional to the distance between the skipped interval and the predetermined event.
An electromagnetic relay diagnostic device , comprising: a first operation detection unit including a first light-emitting unit to emit light when a current flows through a first wiring line connected to a coil of an electromagnetic relay ; a second operation detection unit including a second light-emitting unit to emit light when a current stops flowing through the first wiring line ; a third operation detection unit including a third light-emitting unit to emit light when detecting a change in conductive state of a second wiring line connected to a contact of the electromagnetic relay ; a fourth operation detection unit including a fourth light-emitting unit to emit light when detecting that the change in conductive state of the second wiring line has disappeared; an imaging unit to capture a moving image of the first operation detection unit , the second operation detection unit , the third operation detection unit , and the fourth operation detection unit ; and a diagnostic unit to calculate, by using the moving image, a contact-on operation time that is a time from when a current starts flowing through the first wiring line until when a conductive state of the second wiring line changes and a contact-off operation time that is a time from when a current stops flowing through the first wiring line until when the change in conductive state of the second wiring line disappears, and to diagnose whether or not an abnormality has occurred in the electromagnetic relay on the basis of the contact-on operation time and the contact-off operation time calculated. a first operation detection unit including a first light-emitting unit to emit light when a current flows through a first wiring line connected to a coil of an electromagnetic relay ; a second operation detection unit including a second light-emitting unit to emit light when a current stops flowing through the first wiring line ; a third operation detection unit including a third light-emitting unit to emit light when detecting a change in conductive state of a second wiring line connected to a contact of the electromagnetic relay ; a fourth operation detection unit including a fourth light-emitting unit to emit light when detecting that the change in conductive state of the second wiring line has disappeared; an imaging unit to capture a moving image of the first operation detection unit , the second operation detection unit , the third operation detection unit , and the fourth operation detection unit ; and a diagnostic unit to calculate, by using the moving image, a contact-on operation time that is a time from when a current starts flowing through the first wiring line until when a conductive state of the second wiring line changes and a contact-off operation time that is a time from when a current stops flowing through the first wiring line until when the change in conductive state of the second wiring line disappears, and to diagnose whether or not an abnormality has occurred in the electromagnetic relay on the basis of the contact-on operation time and the contact-off operation time calculated.
A ventilator medication injection structure comprising: a T-tube having a tube body extending from an inlet to an outlet , with a branch tube being formed on one side of the tube body; a cover having a first tube body formed below a flange , a second tube body formed inside the first tube body such that the second tube body penetrates the flange , and a male screw formed on an outer peripheral surface of the second tube body ; and a packing closure having a third tube body formed at a center of a body such that the third tube body is fitted inside the second tube body , a fourth tube body formed on an outside of the third tube body , a female screw formed on the fourth tube body and fastened to the male screw , and a packing which has elasticity and which is disposed inside the body , wherein the first tube body is fitted and assembled to the branch tube , and medication is capable of being injected inside the T-tube with a syringe by piercing the packing with a syringe needle and passing the syringe needle through the third tube body . a T-tube having a tube body extending from an inlet to an outlet , with a branch tube being formed on one side of the tube body; a cover having a first tube body formed below a flange , a second tube body formed inside the first tube body such that the second tube body penetrates the flange , and a male screw formed on an outer peripheral surface of the second tube body ; and a packing closure having a third tube body formed at a center of a body such that the third tube body is fitted inside the second tube body , a fourth tube body formed on an outside of the third tube body , a female screw formed on the fourth tube body and fastened to the male screw , and a packing which has elasticity and which is disposed inside the body , wherein the first tube body is fitted and assembled to the branch tube , and medication is capable of being injected inside the T-tube with a syringe by piercing the packing with a syringe needle and passing the syringe needle through the third tube body .
A method for transferring, by an emitter, a flow of samples to a receiver through a wireless interface using Single-Carrier Frequency Division Multiple Access, wherein the method comprises the steps, executed by the emitter, of: - selecting (S81) consecutive blocks of M samples of the flow of samples, - modulating (S82) each selected block by executing a Discrete Fourier Transform of size M, by adding N-M null subcarriers and by executing an inverse Discrete Fourier Transform of size N, - selecting (S83), for each modulated block, half of the modulated block located in the center of the modulated block in order to form a flow of ordered half modulated blocks, - selecting(S84), with a M/2 sample shift, consecutive blocks of M samples of the flow of samples, - modulating (S85) each selected block with the shift by executing a Discrete Fourier Transform of size M, by adding N-M a null subcarriers and by executing an inverse Discrete Fourier Transform of size N, - selecting (S86), for each modulated block with the shift, half of the modulated block with the shift located in the center of the modulated block with the shift in order to form an ordered flow of half modulated blocks with the shift, - forming (S86) a stream of samples to be transferred, the formed stream being composed of one in two half ordered modulated blocks and, between two half ordered modulated blocks, one half ordered modulated block with the shift, - transferring the formed stream of samples to the receiver, characterized in that the flow of samples is composed of data samples and pilot samples and the formed stream of samples is composed of half ordered modulated blocks of data, half ordered modulated blocks of data with the shift, half ordered modulated blocks of pilots and half ordered modulated blocks of pilots and data with the shift. - selecting (S81) consecutive blocks of M samples of the flow of samples, - modulating (S82) each selected block by executing a Discrete Fourier Transform of size M, by adding N-M null subcarriers and by executing an inverse Discrete Fourier Transform of size N, - selecting (S83), for each modulated block, half of the modulated block located in the center of the modulated block in order to form a flow of ordered half modulated blocks, - selecting(S84), with a M/2 sample shift, consecutive blocks of M samples of the flow of samples, - modulating (S85) each selected block with the shift by executing a Discrete Fourier Transform of size M, by adding N-M a null subcarriers and by executing an inverse Discrete Fourier Transform of size N, - selecting (S86), for each modulated block with the shift, half of the modulated block with the shift located in the center of the modulated block with the shift in order to form an ordered flow of half modulated blocks with the shift, - forming (S86) a stream of samples to be transferred, the formed stream being composed of one in two half ordered modulated blocks and, between two half ordered modulated blocks, one half ordered modulated block with the shift, - transferring the formed stream of samples to the receiver,
A compound of formula Wherein A is selected from wherein R 1 -R 3 are independently selected from hydrogen (H), fluorine, methyl optionally substituted with a fluorine (F), and OCH 3 optionally substituted with a F; B is selected from wherein R 13 -R 16 are independently selected from H, F, methyl optionally substituted with a F, and OCH 3 optionally substituted with a F; or a pharmaceutically acceptable salt or solvate thereof. wherein R 1 -R 3 are independently selected from hydrogen (H), fluorine, methyl optionally substituted with a fluorine (F), and OCH 3 optionally substituted with a F; B is selected from
Workpiece clamp for clamping workpieces which preferably consist at least partially of wood, wood-based materials, plastic or the like, comprising: a first clamping element and a second clamping element which in each case have a clamping surface in order to clamp a workpiece between the clamping surfaces, wherein the first and the second clamping element are moveable relative to each other between a clamping position and an opening position, and a locking device which defines the maximum distance between the clamping surfaces , wherein the locking device can be unlocked in order to set the maximum distance between the clamping surfaces , wherein the workpiece clamp has a securing device which is configured to prevent an unwanted unlocking of the locking device , wherein the securing device has a securing element which can be fixed in a secured position in which an unwanted unlocking of the locking device is prevented, and the securing device has an actuating element which is configured to fix the securing element in the secured position, characterised in that the actuating element has at least one load application point for an operating person, the lever arm of which is at least 10 times greater than a lever arm, in particular a radius, of the securing element . a first clamping element and a second clamping element which in each case have a clamping surface in order to clamp a workpiece between the clamping surfaces, wherein the first and the second clamping element are moveable relative to each other between a clamping position and an opening position, and a locking device which defines the maximum distance between the clamping surfaces , wherein the locking device can be unlocked in order to set the maximum distance between the clamping surfaces , wherein the workpiece clamp has a securing device which is configured to prevent an unwanted unlocking of the locking device , wherein the securing device has a securing element which can be fixed in a secured position in which an unwanted unlocking of the locking device is prevented, and the securing device has an actuating element which is configured to fix the securing element in the secured position, characterised in that the actuating element has at least one load application point for an operating person, the lever arm of which is at least 10 times greater than a lever arm, in particular a radius, of the securing element .