mhurhangee/patent-ind-claim-en huggingface dataset:
A method for imaging a container holding a sample, the method comprising: illuminating the container with a laser sheet that impinges upon the container in a first direction corresponding to a first axis, wherein a plane of the laser sheet is defined by the first axis and a second axis orthogonal to the first axis; moving the container through a plurality of rotations, about a central axis of the container, while illuminating the container with the laser sheet; capturing, by an imager having an imaging axis that is substantially orthogonal to at least the first axis, a plurality of images of the container, with each image corresponding to a respective one of the plurality of rotations; and analyzing, by one or more processors , the plurality of images of the container to detect particles within, and/or on an exterior surface of, the container, wherein analyzing the plurality of images includes: identifying an object appearing between walls of the container, in a first image corresponding to a first rotation of the container, as a candidate particle, and determining that the candidate particle is an actual particle when the object does not reappear in other images of said plurality of images corresponding to other rotations of the container. illuminating the container with a laser sheet that impinges upon the container in a first direction corresponding to a first axis, wherein a plane of the laser sheet is defined by the first axis and a second axis orthogonal to the first axis; moving the container through a plurality of rotations, about a central axis of the container, while illuminating the container with the laser sheet; capturing, by an imager having an imaging axis that is substantially orthogonal to at least the first axis, a plurality of images of the container, with each image corresponding to a respective one of the plurality of rotations; and analyzing, by one or more processors , the plurality of images of the container to detect particles within, and/or on an exterior surface of, the container, wherein analyzing the plurality of images includes: identifying an object appearing between walls of the container, in a first image corresponding to a first rotation of the container, as a candidate particle, and determining that the candidate particle is an actual particle when the object does not reappear in other images of said plurality of images corresponding to other rotations of the container. identifying an object appearing between walls of the container, in a first image corresponding to a first rotation of the container, as a candidate particle, and determining that the candidate particle is an actual particle when the object does not reappear in other images of said plurality of images corresponding to other rotations of the container.
An antibody or an antigen binding fragment thereof that specifically binds human TSLP comprising: a heavy chain variable region, wherein the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:7; and a light chain variable region, wherein the light chain variable region comprises the amino acid sequence of SEQ ID NO:8. a heavy chain variable region, wherein the heavy chain variable region comprises the amino acid sequence of SEQ ID NO:7; and a light chain variable region, wherein the light chain variable region comprises the amino acid sequence of SEQ ID NO:8.
A method for manufacturing a (meth)acrylic acid ester by reacting (meth)acrylic anhydride with a carbonate compound, wherein the reaction is carried out in the presence of at least one type of catalyst selected from among nitrogenous base-containing organic compounds, Group I metal compounds, and Group II metal compounds.
Implantation catheter , comprising: - a first (inner) catheter shaft ; - a holding element being arranged at a distal end (10-1) of the first catheter shaft and being configured for holding and releasing the implant ; wherebythe holding element comprises a shape memory element , particularly a pseudoelastic element whereby the holding element is configured for assuming each of a holding state for holding the implant and a release state for releasing the implant , wherein a transition from the holding state to the release state and/or a transition from the release state to the holding state is supported by means of a shape memory of the shape memory element and characterised in that when the distal end (10-1) of the first catheter shaft points in a first direction (X), an overall extension of the holding element perpendicular to the first direction (X) is larger in the holding state than in the release state . - a first (inner) catheter shaft ; - a holding element being arranged at a distal end (10-1) of the first catheter shaft and being configured for holding and releasing the implant ; wherebythe holding element comprises a shape memory element , particularly a pseudoelastic element whereby the holding element is configured for assuming each of a holding state for holding the implant and a release state for releasing the implant , wherein a transition from the holding state to the release state and/or a transition from the release state to the holding state is supported by means of a shape memory of the shape memory element and characterised in that when the distal end (10-1) of the first catheter shaft points in a first direction (X), an overall extension of the holding element perpendicular to the first direction (X) is larger in the holding state than in the release state .
Reverse-transcriptase inhibitor for use in the prevention or the treatment of a degenerative disease chosen from Parkinson's Disease and Alzheimer's Disease, said reverse-transcriptase inhibitor being chosen from: - nucleoside inhibitors, - Efavirenz (EFV), - Nevirapine (NVP), - Delavirdine (DLV), - Etravirine, and - Rilviprine. - nucleoside inhibitors, - Efavirenz (EFV), - Nevirapine (NVP), - Delavirdine (DLV), - Etravirine, and - Rilviprine.
A method for preparing a biscuit comprising at least one edible piece good on at least a portion of a rough surface of a biscuit preform , said method comprising at least one baking phase (BP) and one cooling phase (AP) of the biscuit preform following the baking phase (BP), wherein the method comprises at least the following steps: a. baking the biscuit preform during the baking phase (BP), b. deposition of a binding agent at least on the portion during a deposition phase (ATP), c. application of the piece good at least to the portion during an application phase (ABP), and d. curing the binding agent during a curing phase (AHP), characterized in that the deposition of the binding agent takes place prior to the application of the piece good , and the deposition phase (ATP), the application phase (ABP) and the curing phase (AHP) are comprised by the cooling phase (AP), and a temperature (T) of the biscuit preform e. is below a maximum deposition temperature (TATmax) and above a minimum deposition temperature (TATmin) during the deposition phase (ATP), and f. is below a maximum application temperature (TABmax) and above a minimum application temperature (TABmin) during the application phase (ABP). a. baking the biscuit preform during the baking phase (BP), b. deposition of a binding agent at least on the portion during a deposition phase (ATP), c. application of the piece good at least to the portion during an application phase (ABP), and d. curing the binding agent during a curing phase (AHP), characterized in that the deposition of the binding agent takes place prior to the application of the piece good , and the deposition phase (ATP), the application phase (ABP) and the curing phase (AHP) are comprised by the cooling phase (AP), and a temperature (T) of the biscuit preform the deposition of the binding agent takes place prior to the application of the piece good , and the deposition phase (ATP), the application phase (ABP) and the curing phase (AHP) are comprised by the cooling phase (AP), and a temperature (T) of the biscuit preform e. is below a maximum deposition temperature (TATmax) and above a minimum deposition temperature (TATmin) during the deposition phase (ATP), and f. is below a maximum application temperature (TABmax) and above a minimum application temperature (TABmin) during the application phase (ABP).
Acoustic absorber device , notably passive absorber, comprising an enclosure delimiting a cavity opening outwardly into an inlet direction (D3) through at least one orifice passing through a front wall of a determined thickness, thereby forming a neck having a determined opening surface (A31) and a determined length (L31), the dimensions of said enclosure and said neck being determined to together form a Helmholtz resonator for a first frequency or frequency range, called natural frequency, characterised in that it comprises at least one mobile element, called wafer , suspended to said enclosure by one or more mechanical connections, or suspensions , in a position partially obstructing said at least one neck, i.e. unsealed on all or part of its stroke; and in that it the stiffness of the suspensions and the stiffness of the wafer are determined in their combination, particularly in their ratio, so that said wafer vibrates in a "piston" type resonance mode along the direction of the incident wave (D3), at a second frequency or frequency range different from the first frequency, particularly lower, thereby achieving absorption for this second frequency or frequency range.
A method, comprising: obtaining, by a device, a heartbeat profile of a current subject, the heartbeat profile being based on PPG data associated with a set of wavelength channels ; determining, by the device, a global model including a plurality of classes, wherein each class, of the plurality of classes, corresponds to one of a plurality of heartbeat profiles associated with a plurality of local subjects, each heartbeat profile of the plurality of heartbeat profiles is a heartbeat profile for one of the plurality of local subjects that is collected at a known blood pressure level, BPL, ; selecting, by the device, at least two classes, of the plurality of classes, to be used for generating a BPL estimation model for the current subject , wherein the at least two classes are associated with a local subject, of the plurality of local subjects, and include a class that is a closest class to the current subject based on the heartbeat profile of the current subject; generating, by the device, the BPL estimation model based on the at least two classes ; and determining, by the device, a BPL estimation for the current subject based on the heartbeat profile of the current subject and using the BPL estimation model . obtaining, by a device, a heartbeat profile of a current subject, the heartbeat profile being based on PPG data associated with a set of wavelength channels ; determining, by the device, a global model including a plurality of classes, wherein each class, of the plurality of classes, corresponds to one of a plurality of heartbeat profiles associated with a plurality of local subjects, each heartbeat profile of the plurality of heartbeat profiles is a heartbeat profile for one of the plurality of local subjects that is collected at a known blood pressure level, BPL, ; selecting, by the device, at least two classes, of the plurality of classes, to be used for generating a BPL estimation model for the current subject , wherein the at least two classes are associated with a local subject, of the plurality of local subjects, and include a class that is a closest class to the current subject based on the heartbeat profile of the current subject; generating, by the device, the BPL estimation model based on the at least two classes ; and determining, by the device, a BPL estimation for the current subject based on the heartbeat profile of the current subject and using the BPL estimation model .
A vehicle comprising: a prime mover ; a continuously variable transmission having an endless belt , the continuously variable transmission is configured for speed-changing and outputting a power from the prime mover ; a detection portion configured for detecting a use of the continuously variable transmission in a belt high-load situation wherein high-load is applied to the endless belt , wherein the belt high-load situation includes a situation in which the vehicle travels at a speed not slower than a predetermined speed, or the belt high-load situation includes a situation in which the vehicle travels at an accelerator opening degree not smaller than a predetermined degree, or the belt high-load situation includes a situation in which the vehicle travels at a speed changing ratio of the continuously variable transmission not greater than a predetermined value; and a determination portion configured for determining a deterioration of the endless belt based on an accumulated value determined with regard to the use in the belt high-load situation detected by the detection portion , wherein the accumulated value is determined with regard to a travel distance or a travel time of the vehicle . a prime mover ; a continuously variable transmission having an endless belt , the continuously variable transmission is configured for speed-changing and outputting a power from the prime mover ; a detection portion configured for detecting a use of the continuously variable transmission in a belt high-load situation wherein high-load is applied to the endless belt , wherein the belt high-load situation includes a situation in which the vehicle travels at a speed not slower than a predetermined speed, or the belt high-load situation includes a situation in which the vehicle travels at an accelerator opening degree not smaller than a predetermined degree, or the belt high-load situation includes a situation in which the vehicle travels at a speed changing ratio of the continuously variable transmission not greater than a predetermined value; and a determination portion configured for determining a deterioration of the endless belt based on an accumulated value determined with regard to the use in the belt high-load situation detected by the detection portion , wherein the accumulated value is determined with regard to a travel distance or a travel time of the vehicle .
A control method, comprising: entering (S301), by a powered device, a first status, wherein the first status is a power level detection state; and wherein the powered device includes one or more first loads and a second load; characterized in that the powered device controls (S302) at least one of the one or more first loads in the powered device to be in a connected state and the second load in the powered device to be in a disconnected state, wherein the connected state indicates a status in which the load is connected to a circuit, and the disconnected state indicates a status in which the load is not connected to the circuit, and in the first status, the at least one of the one or more first loads is in the connected state for detecting a power level of the powered device and the second load is in the disconnected state, wherein the second load is a working load of the powered device in a second status and is in the connected state in the second status. entering (S301), by a powered device, a first status, wherein the first status is a power level detection state; and wherein the powered device includes one or more first loads and a second load; characterized in that the powered device controls (S302) at least one of the one or more first loads in the powered device to be in a connected state and the second load in the powered device to be in a disconnected state, wherein the connected state indicates a status in which the load is connected to a circuit, and the disconnected state indicates a status in which the load is not connected to the circuit, and in the first status, the at least one of the one or more first loads is in the connected state for detecting a power level of the powered device and the second load is in the disconnected state, wherein the second load is a working load of the powered device in a second status and is in the connected state in the second status.
A device for a liquid processing system , comprising a first measurement unit being configured to measure the flow rate ( Q 1 ) through a first predetermined geometry ( R 1 , L 1 ) and the pressure drop ( Δp 1 ) across said geometry ( R 1 , L 1 ) for a first flow of liquid, a second measurement unit being configured to measure the flow rate ( Q 2 ) through a second predetermined geometry ( R 2 , L 2 ) and the pressure drop ( Δp 2 ) across said geometry ( R 2 , L 2 ) for a second flow of liquid, and a control unit being configured to calculate the consistency ( K ) and the flow behaviour index ( n ) for said liquid using said geometries ( R 1 , R 2 , L 1 , L 2 ) and the flow rate ( Q 1 , Q 2 ) and pressure drop ( Δp 1, Δp 2 ) for said first and second flow of liquid, characterized in that a tubular conduit forming the first predetermined geometry (R 1 , L 1 ) Z is connected to a pipe of the liquid processing system by means of two branch pipes , the diameter of the tubular conduit being constant and different from the diameter of the pipe of the liquid processing system , wherein the pipe forms the second predetermined geometry (R 2 , L 2 ), the tubular conduit is equipped with sensors for measuring the flow rate and the pressure drop across the tubular conduit , the sensors forming part of the first measurement unit , the pipe includes sensors for measuring the flow rate and the pressure drop across the pipe , the sensors forming part of the second measurement unit (126, 128, 220 222 224, 30, 32, 34), the control unit is arranged to receive data corresponding to said flow rates and the pressure drops of the piping and the tubular conduit , to thereby calculate the consistency K and the fluid behavior index n of the fluid, the device is configured to form part of said liquid processing system such that said control unit is allowed to determine the consistency ( K ) and the flow behaviour index ( n ) in real time for liquid being processed by said liquid processing system .
A conductive line stitching method, the method comprising the steps: forming (S100) a conductive line (S100): by arranging a metal line inside a protection layer ; positioning the conductive line on edging parts of two cloth sheets that are stacked; stitching (S120): the edging parts of the two stacked cloth sheets with the conductive line positioned on the edging parts together and located inside the stitching line ; combining (S130) a device with the stitching line ; and connecting (S140) the device with the conductive line contained in the stitching line to allow the device to conduct transmission by way of the conductive line . forming (S100) a conductive line (S100): by arranging a metal line inside a protection layer ; positioning the conductive line on edging parts of two cloth sheets that are stacked; stitching (S120): the edging parts of the two stacked cloth sheets with the conductive line positioned on the edging parts together and located inside the stitching line ; combining (S130) a device with the stitching line ; and connecting (S140) the device with the conductive line contained in the stitching line to allow the device to conduct transmission by way of the conductive line .
A sewing machine comprising: a gathering assembly, the gathering assembly comprised of a transfer cup and a transfer disc between which an intended article to be sewn is able to pass; a brake assembly , the brake assembly mechanically engaged with the transfer disc to variably adjust rotational speed of the transfer disc through frictional interaction; and a thread tensioner; characterized by the thread tensioner comprising a tightening plate and a pressing part , wherein the pressing part is adjustably positioned relative to the tightening plate to allow adjustment of a tension experienced by a sewing thread extending between the pressing part and the tightening plate ; and by further comprising a thread tension display , the thread tension display adapted to display an indication of a tension supplied by the thread tensioner. a gathering assembly, the gathering assembly comprised of a transfer cup and a transfer disc between which an intended article to be sewn is able to pass; a brake assembly , the brake assembly mechanically engaged with the transfer disc to variably adjust rotational speed of the transfer disc through frictional interaction; and a thread tensioner; a brake assembly , the brake assembly mechanically engaged with the transfer disc to variably adjust rotational speed of the transfer disc through frictional interaction; and a thread tensioner; characterized by the thread tensioner comprising a tightening plate and a pressing part , wherein the pressing part is adjustably positioned relative to the tightening plate to allow adjustment of a tension experienced by a sewing thread extending between the pressing part and the tightening plate ; and by further comprising a thread tension display , the thread tension display adapted to display an indication of a tension supplied by the thread tensioner.
A negative electrode for a lithium secondary battery having a double protective layer formed therein, the negative electrode comprising: a lithium metal layer; a polymer protective layer formed on at least one surface of the lithium metal layer; and a carbon-based protective layer formed on the polymer protective layer. a lithium metal layer; a polymer protective layer formed on at least one surface of the lithium metal layer; and a carbon-based protective layer formed on the polymer protective layer.
An apparatus , comprising: one or more processing elements configured to: track an amount of time elapsed since a most recent time alignment with a cellular network for one or more serving cells; store a configuration for a semi-persistent report of information associated with a wireless channel between the apparatus and the cellular network, wherein the report uses a shared uplink channel; send one or more reports according to the stored configuration using the shared uplink channel; and in response to detecting that a predetermined time interval has elapsed since the most recent time alignment with the cellular network, deactivate all active stored configurations of reports that use the shared uplink channel and correspond to the one or more serving cells. track an amount of time elapsed since a most recent time alignment with a cellular network for one or more serving cells; store a configuration for a semi-persistent report of information associated with a wireless channel between the apparatus and the cellular network, wherein the report uses a shared uplink channel; send one or more reports according to the stored configuration using the shared uplink channel; and in response to detecting that a predetermined time interval has elapsed since the most recent time alignment with the cellular network, deactivate all active stored configurations of reports that use the shared uplink channel and correspond to the one or more serving cells.