mhurhangee/patent-ind-claim-en huggingface dataset:
An electro-static discharge (ESD) detection apparatus of a digital integrated circuit, comprising: a check read control module , configured to initiate a read operation for a flip-flop set module that includes all flip-flops in the digital integrated circuit; a check calculation module , configured to receive data values of all the flip-flops of the flip-flop set module sent by the flip-flop set module according to the read operation, perform check calculation according to the data values of all the flip-flops of the flip-flop set module , and determine, according to comparison of a result of the check calculation and a history check calculation result, whether an ESD overrun is present; and a multiplexer module , configured to send a write operation of any module of the digital integrated circuit capable of performing a write operation for the flip-flop set module to the flip-flop set module , or send the read operation from the check read control module to the flip-flop set module when no write operation is performed. a check read control module , configured to initiate a read operation for a flip-flop set module that includes all flip-flops in the digital integrated circuit; a check calculation module , configured to receive data values of all the flip-flops of the flip-flop set module sent by the flip-flop set module according to the read operation, perform check calculation according to the data values of all the flip-flops of the flip-flop set module , and determine, according to comparison of a result of the check calculation and a history check calculation result, whether an ESD overrun is present; and a multiplexer module , configured to send a write operation of any module of the digital integrated circuit capable of performing a write operation for the flip-flop set module to the flip-flop set module , or send the read operation from the check read control module to the flip-flop set module when no write operation is performed.
An imaging device comprising: a positron emission tomography (PET) scanner including radiation detectors and coincidence circuitry for detecting electron-positron annihilation events as 511 keV gamma ray pairs defining lines of response (LORs) with each event having a detection time difference Δ t between the 511 keV gamma rays of the pair; at least one processor programmed to reconstruct a dataset comprising detected electron-positron annihilation events acquired for a region of interest by the PET scanner to form a reconstructed PET image wherein the reconstruction includes TOF localization of the events along respective LORs using a TOF kernel having a location parameter dependent on Δ t and a TOF kernel width or shape that varies over the region of interest; and a display device configured to display the reconstructed PET image. a positron emission tomography (PET) scanner including radiation detectors and coincidence circuitry for detecting electron-positron annihilation events as 511 keV gamma ray pairs defining lines of response (LORs) with each event having a detection time difference Δ t between the 511 keV gamma rays of the pair; at least one processor programmed to reconstruct a dataset comprising detected electron-positron annihilation events acquired for a region of interest by the PET scanner to form a reconstructed PET image wherein the reconstruction includes TOF localization of the events along respective LORs using a TOF kernel having a location parameter dependent on Δ t and a TOF kernel width or shape that varies over the region of interest; and a display device configured to display the reconstructed PET image.
A medical imaging system , comprising: - an X-ray source unit ; - an X-ray detector unit ; - a sensor unit ; - a reference structure ; and - a processing unit ; wherein the X-ray detector unit is configured to be placed relative to the X-ray source to acquire X-ray image data of a patient (P) positioned between the X-ray detector unit and the X-ray source unit; wherein the reference structure is part of the X-ray detector unit or the reference structure is configured to be fixedly connected to the X-ray detector unit; wherein an orientation of the sensor unit is known with respect to an orientation of the X-ray source unit; wherein the sensor unit is configured to acquire a sensor image when the X-ray detector unit is placed relative to the X-ray source unit and the patient is positioned between the X-ray detector unit and the X-ray source unit, and wherein the sensor image comprises image data of the reference structure; wherein the sensor unit is configured to provide the sensor image to the processing unit; and wherein the processing unit is configured to determine a position of the X-ray detector unit with respect to a position of the X-ray source unit, and wherein the determination comprises utilization of the orientation of the sensor unit with respect to the orientation of the X-ray source unit and the image data of the reference structure. - an X-ray source unit ; - an X-ray detector unit ; - a sensor unit ; - a reference structure ; and - a processing unit ; wherein the X-ray detector unit is configured to be placed relative to the X-ray source to acquire X-ray image data of a patient (P) positioned between the X-ray detector unit and the X-ray source unit; wherein the reference structure is part of the X-ray detector unit or the reference structure is configured to be fixedly connected to the X-ray detector unit; wherein an orientation of the sensor unit is known with respect to an orientation of the X-ray source unit; wherein the sensor unit is configured to acquire a sensor image when the X-ray detector unit is placed relative to the X-ray source unit and the patient is positioned between the X-ray detector unit and the X-ray source unit, and wherein the sensor image comprises image data of the reference structure; wherein the sensor unit is configured to provide the sensor image to the processing unit; and wherein the processing unit is configured to determine a position of the X-ray detector unit with respect to a position of the X-ray source unit, and wherein the determination comprises utilization of the orientation of the sensor unit with respect to the orientation of the X-ray source unit and the image data of the reference structure.
An x-ray image processing system (IPS), comprising: an input interface (IN) for receiving an x-ray image (IM) of an object (OB) acquired by an imaging apparatus (IA); a kernel provider (KP) configured to provide respective scatter kernels for at least two scatter types; and a scatter correction module (SCM) configured to perform a correction in the image based on the provided at least two kernels, wherein the at least two scatter types involve, respectively, a different number of scatter events, wherein one of the scatter types includes a single scatter event and the other scatter type includes multiple scatter events, wherein the kernel provider (KP) is configured to select or compute the at least two kernels differently, characterized in that the kernel provider (KP) is configured to provide at least one kernel for multiple scatter events based on a clipped signal gradient in a given patch of the image by clipping image gradient values at a pre-defined threshold. an input interface (IN) for receiving an x-ray image (IM) of an object (OB) acquired by an imaging apparatus (IA); a kernel provider (KP) configured to provide respective scatter kernels for at least two scatter types; and a scatter correction module (SCM) configured to perform a correction in the image based on the provided at least two kernels, wherein the at least two scatter types involve, respectively, a different number of scatter events, wherein one of the scatter types includes a single scatter event and the other scatter type includes multiple scatter events, wherein the kernel provider (KP) is configured to select or compute the at least two kernels differently, characterized in that the kernel provider (KP) is configured to provide at least one kernel for multiple scatter events based on a clipped signal gradient in a given patch of the image by clipping image gradient values at a pre-defined threshold.
Roof antenna comprising a base plate , with at least one antenna element for receiving and/or transmitting radiofrequency signals which is housed under a hood in operative connection with the base plate being arranged on the base plate and the base plate comprising fastening means for arranging and fastening the roof antenna at its intended installation location, the roof antenna comprising a camera arranged under the hood and the hood having a cut-out for the detection field of the camera , with the hood being an external hood and an internal hood , within which the camera and the at least one antenna element are housed, being arranged below the external hood , characterized in that the internal hood is formed from a transparent material and has no cut-out for the detection field of the camera .
A single-channel chemiluminescent micro-fluidic chip, including a chip body, wherein the chip body includes an optical path scanning window (1-2), a whole blood filter cavity, a quantification-reaction cavity and a waste liquid cavity, a fluid outlet of the whole blood filter cavity is sequentially communicated with the quantification-reaction cavity and the waste liquid cavity through a micro-fluidic passage (3-a), the optical path scanning window (1-2) is disposed over the quantification-reaction cavity, a fluid inlet of the quantification-reaction cavity is communicated with external fluid paths through a cleaning solution delivery branch (3-4) and a chromogenic reagent delivery branch (3-5) respectively, and the whole blood filter cavity is communicated with an external air path ; the quantification-reaction cavity is composed of a quantification-reaction pool (3-2) on a lower portion and a reaction pool cover plate (2-10) for sealing an opening of the quantification-reaction pool (3-2), characterized in that the quantification-reaction pool (3-2) is equally divided into three cavities by two partition plates a (3-2-1) disposed perpendicular to a fluid flow direction, a labeled antibody is placed in the middle cavity, coated antibodies are placed in the partitioned cavities on two sides, a surface, facing the quantification-reaction pool (3-2), of the reaction pool cover plate (2-10) is equally divided into two cover plate parts by a partition plate b disposed perpendicular to the fluid flow direction, and the coated antibodies are embedded in the cover plate parts.
A method comprising: under control of one or more processors of a mobile device, initiating an authentication via user behavior for an application transaction process and suspending the application transaction process before the authentication is successful; acquiring a latest radio frame from a beacon and determining a distance parameter based on the radio frame after the authentication is initialized; determining whether a specified distance condition is satisfied for the beacon and the mobile device; and in response to a determination that the specified distance condition for the beacon and the mobile device is satisfied: determining that the authentication is successful, resuming the application transaction process that was suspended previously, and transmitting information to a server to enable the server to complete the application transaction process between the beacon and a transaction terminal corresponding to the beacon, wherein the information includes an identity of the beacon that is acquired from the radio frame, transaction information, and a transaction instruction that is pre-stored, wherein the transaction information includes information required for registration via a configuration interface of check-in. under control of one or more processors of a mobile device, initiating an authentication via user behavior for an application transaction process and suspending the application transaction process before the authentication is successful; acquiring a latest radio frame from a beacon and determining a distance parameter based on the radio frame after the authentication is initialized; determining whether a specified distance condition is satisfied for the beacon and the mobile device; and in response to a determination that the specified distance condition for the beacon and the mobile device is satisfied: determining that the authentication is successful, resuming the application transaction process that was suspended previously, and transmitting information to a server to enable the server to complete the application transaction process between the beacon and a transaction terminal corresponding to the beacon, wherein the information includes an identity of the beacon that is acquired from the radio frame, transaction information, and a transaction instruction that is pre-stored, wherein the transaction information includes information required for registration via a configuration interface of check-in. determining that the authentication is successful, resuming the application transaction process that was suspended previously, and transmitting information to a server to enable the server to complete the application transaction process between the beacon and a transaction terminal corresponding to the beacon, wherein the information includes an identity of the beacon that is acquired from the radio frame, transaction information, and a transaction instruction that is pre-stored, wherein the transaction information includes information required for registration via a configuration interface of check-in.
Device for producing water from ambient air comprising a heat pump with a cooling unit and a receiver for collecting the water that formed as condensed water vapour on a cooling surface of the cooling unit, wherein the cooling surface is located in a closed space and a water vapour permeable membrane separates the ambient air and the closed space, wherein the heat pump comprises a compressor , a condenser and an evaporator , the evaporator forming the cooling unit and the compressor, condenser and evaporator being connected by piping , wherein a canal or duct guides an airflow of ambient air over the membrane, characterized in that the membrane comprises hollow fibres and the closed space connects to the inside of the hollow fibres, and wherein the condenser includes a heat exchanger that generates airflow over the membrane .
A hearing device for binaural speech enhancement, the hearing device being configured to: receive a first input signal and a second input signal ; determine a first ear signal based on the first input signal and determine a second ear signal based on the second input signal ; obtain statistical information indicative of a pre-evaluated signal-to-noise, SNR probability distribution that depends on a global SNR; estimate a current SNR based on the first input signal and the second input signal ; determine one or more common-gain filters , wherein the one or more common-gain filters are determined based on the statistical information and the estimated current SNR ; and apply the one or more common-gain filters to both the first ear signal and the second ear signal . receive a first input signal and a second input signal ; determine a first ear signal based on the first input signal and determine a second ear signal based on the second input signal ; obtain statistical information indicative of a pre-evaluated signal-to-noise, SNR probability distribution that depends on a global SNR; estimate a current SNR based on the first input signal and the second input signal ; determine one or more common-gain filters , wherein the one or more common-gain filters are determined based on the statistical information and the estimated current SNR ; and apply the one or more common-gain filters to both the first ear signal and the second ear signal .
Safety and emergency sign lamp with at least a primary illuminant , a pictogram in the form of a pictogram plate with a primary symbol and a lamp housing , wherein the primary illuminant is arranged for a uniform illumination of the primary symbol , wherein the safety and emergency sign lamp comprises a transparent symbol plate with a secondary symbol , which is visibly or non-visibly superposed the primary symbol by at least one secondary illuminant assigned to a light entry edge of the symbol plate by switching on and switching off the secondary illuminant, wherein the secondary symbol is formed by a surface processing and/or structuring of a lateral surface of the symbol plate directed to the pictogram plate , which symbol plate is arranged downstream of the primary symbol in the light exit direction , wherein the symbol plate is separately constructed to the pictogram plate and wherein the lamp further comprises a light distribution plate and the primary illuminant is assigned to a light entry edge of the light distribution plate , which light distribution plate has at least one light exit surface for uniform illumination of the primary symbol and wherein the pictogram plate is arranged between the light distribution plate and the symbol plate .
A sealant formulation comprising fibrinogen; vitamin K-dependent clotting zymogens comprising at least Factor II and Factor X; and at least one reversible inhibitor of at least one of the vitamin K-dependent clotting zymogens, wherein the formulation is free of an added irreversible thrombin inhibitor, and wherein the ratio of the vitamin K-dependent clotting zymogens to fibrinogen is 0.01 to 0.2 U/mg clottable protein, as normalized to Factor II.
A method of inhibiting reactor fouling using a linear or branched hydrocarbon based compound having a melting point of 150°C or less and a carbon number of 15 or more, wherein the hydrocarbon based compound is one or more selected from natural wax and synthetic wax.
A method implemented in a decoder, the method comprising: receiving , by a receiver of the decoder, a bitstream comprising data of one or more sub-pictures partitioned from a picture and a supplemental enhancement information, SEI, message, wherein the SEI message comprises information of a set of sub-picture sequences that collectively cover of a rectangular picture region, wherein the information indicates a bit rate of a bitstream containing only the set of sub-picture sequences; wherein each of the one or more sub-pictures is a rectangular region of one or more tile groups within a picture; parsing , by a processor of the decoder, the bitstream to obtain the information in the SEI message; allocating , by the processor, a bit rate to decode the current sub-picture based on the information in the SEI message; decoding , by the processor, the current sub-picture to create a video sequence by employing the allocated bit rate. receiving , by a receiver of the decoder, a bitstream comprising data of one or more sub-pictures partitioned from a picture and a supplemental enhancement information, SEI, message, wherein the SEI message comprises information of a set of sub-picture sequences that collectively cover of a rectangular picture region, wherein the information indicates a bit rate of a bitstream containing only the set of sub-picture sequences; wherein each of the one or more sub-pictures is a rectangular region of one or more tile groups within a picture; parsing , by a processor of the decoder, the bitstream to obtain the information in the SEI message; allocating , by the processor, a bit rate to decode the current sub-picture based on the information in the SEI message; decoding , by the processor, the current sub-picture to create a video sequence by employing the allocated bit rate.
A yarn feeder, comprising a yarn-winding assembly which is mounted on a support and is provided with a motorized spool and with an oblique spacing pin , between which a yarn (Y) is adapted to be wound, characterized in that said spacing pin is supported so that it can rotate about an axis of said motorized spool by unidirectional rotary support means , which are adapted to allow the free rotation of the spacing pin with respect to the spool when the latter rotates in the yarn unwinding direction, the spacing pin being retained from rotating by stop means , and to block the rotation of the spacing pin with respect to the spool when the spool rotates in the opposite yarn rewinding direction.
A distributed composite refrigeration system , comprising a multichannel heat exchanger and at least two refrigeration units , wherein the at least two refrigeration units are connected to at least two indoor areas in one-to-one correspondences; and each refrigeration unit comprises a refrigeration part , a heat exchange part , and a heat dissipation part , wherein a refrigerant flows between the refrigeration part and the heat exchange part , the refrigeration part uses the refrigerant to refrigerate air to be delivered to the corresponding indoor area, an intermediate medium flows in the heat exchange part , the refrigerant and the intermediate medium implement heat exchange at the heat exchange part , and the heat exchange part is further separately connected to the heat dissipation part and the multichannel heat exchanger , and is configured to deliver the intermediate medium obtained by means of heat exchange to the heat dissipation part and/or the multichannel heat exchanger for heat dissipation, wherein the multichannel heat exchanger is further thermally connected to an external pipe network , and the intermediate medium performs heat exchange with a heat carrying body in the external pipe network at the multichannel heat exchanger . each refrigeration unit comprises a refrigeration part , a heat exchange part , and a heat dissipation part , wherein a refrigerant flows between the refrigeration part and the heat exchange part , the refrigeration part uses the refrigerant to refrigerate air to be delivered to the corresponding indoor area, an intermediate medium flows in the heat exchange part , the refrigerant and the intermediate medium implement heat exchange at the heat exchange part , and the heat exchange part is further separately connected to the heat dissipation part and the multichannel heat exchanger , and is configured to deliver the intermediate medium obtained by means of heat exchange to the heat dissipation part and/or the multichannel heat exchanger for heat dissipation, wherein the multichannel heat exchanger is further thermally connected to an external pipe network , and the intermediate medium performs heat exchange with a heat carrying body in the external pipe network at the multichannel heat exchanger .
A compound having the following structure, or a pharmaceutically acceptable salt thereof: wherein: Q and R6 are taken together with the N atom to which they are attached to form a ring B, wherein ring B is a substituted or unsubstituted monocyclic N-containing heterocycle having one of the following structures: wherein each R 8 is independently D, F, Cl, CN, -OH, -OCH 3 , -OCH 2 CH 3 , -NH 2 , -N(CH 3 ) 2 ,-CH 3 , -CH 2 CH 3 , -CF 3 , or -CH 2 CF 3 .