mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a video content, the method comprising: capturing, by each of a plurality of first image sensors at a first frame rate, a plurality of video frames in an area of a respective one of a plurality of regions of interest, ROI, within a viewfinder of an electronic device to obtain a respective plurality of first regions; detecting a respective plurality of objects in the plurality of ROIs; tracking said plurality of objects by calibrating the area of each said plurality of ROIs to include the respective objects based on the movements of the respective objects; capturing, by a second image sensor, at a second frame rate a plurality of full video frames within the viewfinder of the electronic device to obtain a second region, wherein the first frame rate is higher than the second frame rate; performing a blurring operation on the second region to obtain blurred full video frames, and generating slow motion video content by combining the video frames of the plurality of ROIs captured by the plurality of first image sensors with the blurred full video frames within the viewfinder captured by the second image sensor, wherein the combining comprises repeating each said blurred full video frames with a predefined number corresponding to the video frames captured in each said plurality of ROIs, wherein the predefined number is based on the first frame rate and the second frame rate. capturing, by each of a plurality of first image sensors at a first frame rate, a plurality of video frames in an area of a respective one of a plurality of regions of interest, ROI, within a viewfinder of an electronic device to obtain a respective plurality of first regions; detecting a respective plurality of objects in the plurality of ROIs; tracking said plurality of objects by calibrating the area of each said plurality of ROIs to include the respective objects based on the movements of the respective objects; capturing, by a second image sensor, at a second frame rate a plurality of full video frames within the viewfinder of the electronic device to obtain a second region, wherein the first frame rate is higher than the second frame rate; performing a blurring operation on the second region to obtain blurred full video frames, and generating slow motion video content by combining the video frames of the plurality of ROIs captured by the plurality of first image sensors with the blurred full video frames within the viewfinder captured by the second image sensor, wherein the combining comprises repeating each said blurred full video frames with a predefined number corresponding to the video frames captured in each said plurality of ROIs, wherein the predefined number is based on the first frame rate and the second frame rate.
A water-resistant cleaning apparatus comprises: a plurality of devices each device comprising a moveable skin titivation head, the head is temporarily attached to a case; and an electric motor having a rotary spindle parallel to a rotary axis of the case for driving the head, the devices are spaced apart from each other and connected together by a handle, wherein the electric motor is activated by application of a force to at least one of the heads, wherein each case covers a housing which in use shields the motor from water, wherein the case is slidably connected to the rotary spindle by gear teeth on the case engaged with gear teeth on the rotary spindle so the case slides parallel to the rotary axis toward the motor under application of the force which activates the motor by switching a switch.
Lawsonia intracellularis bacterium of a serotype which is reactive with monoclonal antibody INT-LIC-02-02 as produced by hybridoma INT-LIC-02-02 deposited with the Collection Nationale de Cultures de Micro-organismes of the Institut Pasteur at Paris France under nr. CNCM I-4049, characterised in that it is not reactive with antibody INT-LIC-01-28 as produced by hybridoma INT-LIC-01-28 deposited with the Collection Nationale de Cultures de Micro-organismes of the Institut Pasteur at Paris France under nr. CNCM I-4048
A heating apparatus for heating at least one surface of a sample by convection, wherein a planar heater is provided at a window part for making an X-ray observation of the sample, the planar heater comprising a thin metal plate which can transmit X-rays having a shape of a spiral type, a zigzag type or a combination of the spiral type with the zigzag type or having holes, and an electric insulating plate (1c, 1e) integrated with the thin metal plate, the integrated electric insulating plate (1c, 1e) and the thin metal plate having heated-air blowing holes (1d, 1f) at least a part thereof communicated with each other, the heating apparatus is a heating apparatus for X-ray inspection, characterized in that the heated-air blowing hole formed at the electric insulating plate on the side of a sample is formed obliquely so as to generate a swirling flow.
A flaked fish analog comprising from 18 to 25% protein, from 3 to 9% fat, and from 60 to 85% moisture; further comprising from 2 to 20% fish skin; wherein the fish skin is coated on the analog.
A torque converter assembly, comprising: a front cover and a rear cover fixedly coupled to one another to define an interior there between, the front cover including an inner surface; a backing plate forming a body comprising an outer surface, a first edge, and a base portion extending from the first edge, the backing plate being disposed within the interior; and a clutch assembly having a piston configured to selectively apply a force to the backing plate; wherein the backing plate is slidably coupled to the front cover to allow axial movement there between; and wherein the backing plate is disposed in at least a first position and a second position, the backing plate spaced from and not in contact with the rear cover in the first position, and the backing plate being in contact with the rear cover in the second position, characterized in that the first edge is formed from a bend in the base portion; and the outer surface and the inner surface include splines and the splines allow the backing plate to move axially relative to the front cover. a front cover and a rear cover fixedly coupled to one another to define an interior there between, the front cover including an inner surface; a backing plate forming a body comprising an outer surface, a first edge, and a base portion extending from the first edge, the backing plate being disposed within the interior; and a clutch assembly having a piston configured to selectively apply a force to the backing plate; wherein the backing plate is slidably coupled to the front cover to allow axial movement there between; and wherein the backing plate is disposed in at least a first position and a second position, the backing plate spaced from and not in contact with the rear cover in the first position, and the backing plate being in contact with the rear cover in the second position, characterized in that the first edge is formed from a bend in the base portion; and the outer surface and the inner surface include splines and the splines allow the backing plate to move axially relative to the front cover.
Process for manufacturing a hollow roller of a roller bearing, said process including at least the following steps: a) machining an outer radial cylindrical surface (S O) with a circular cross section centered on a first axis (X O); b) machining an inner radial cylindrical surface (S I) with a circular cross section centered on a second axis (X I), c) separating a preform of the hollow roller from a part, so that: steps a), b) and c) are realized on the same lathe, - one uses a first mandrel for holding the part in said lathe during steps a) and b), said first mandrel remains locked on said part between steps a) and b), - step c) is following steps a) and b), characterised in that a second mandrel, different from the first mandrel, is used for holding the machined preform during step c) and for machining the inner radial surface (S I) at step b). a) machining an outer radial cylindrical surface (S O) with a circular cross section centered on a first axis (X O); b) machining an inner radial cylindrical surface (S I) with a circular cross section centered on a second axis (X I), c) separating a preform of the hollow roller from a part, - one uses a first mandrel for holding the part in said lathe during steps a) and b), said first mandrel remains locked on said part between steps a) and b), - step c) is following steps a) and b),
Roller shutter, in particular for mounting on a building opening, having a plurality of coupled-together slats, wherein the slats are traversed by at least one flexible pull element, in particular a cable, on which the slats are held with a spacing relative to one another, wherein the slats have at least one or more lateral slots into which the at least one pull element, in particular the cable, is inserted, characterized in that connecting elements are arranged on the pull elements, said connecting elements engaging in openings in the slats, wherein the openings are grooves or bores and wherein the connecting elements are formed as holders which engage in the openings or in that the connecting elements are plugs which are inserted into the openings in the slats.
A computer-implementedmethod for generating output inspired oxygen concentration values, including: receiving signals representing a plurality of input oxygen saturation (SpO 2) values for a patient; generating control values based on the input SpO 2 values and a target SpO 2 value; and generating output inspired oxygen concentration (FiO 2) values based on the control values and reference inspired oxygen concentration (rFiO 2) values; wherein the control values include: immediate control values, generated based on the input SpO 2 values, the target SpO 2 value, and an immediate gain coefficient; accumulation control values, generated based on the input SpO 2 values, the target SpO 2 value, and an accumulation gain coefficient; and predictive control values, generated based on the input SpO 2 values, the target SpO 2 value, and a predictive gain coefficient; wherein the immediate control values are determined based on the rFiO2 value; and wherein a non-linear compensation weighting is applied to the accumulation control values based on a predetermined non-linear relationship between partial pressure of arterial oxygen (PaO 2) and SpO 2. receiving signals representing a plurality of input oxygen saturation (SpO 2) values for a patient; generating control values based on the input SpO 2 values and a target SpO 2 value; and generating output inspired oxygen concentration (FiO 2) values based on the control values and reference inspired oxygen concentration (rFiO 2) values; wherein the control values include: immediate control values, generated based on the input SpO 2 values, the target SpO 2 value, and an immediate gain coefficient; accumulation control values, generated based on the input SpO 2 values, the target SpO 2 value, and an accumulation gain coefficient; and predictive control values, generated based on the input SpO 2 values, the target SpO 2 value, and a predictive gain coefficient; immediate control values, generated based on the input SpO 2 values, the target SpO 2 value, and an immediate gain coefficient; accumulation control values, generated based on the input SpO 2 values, the target SpO 2 value, and an accumulation gain coefficient; and predictive control values, generated based on the input SpO 2 values, the target SpO 2 value, and a predictive gain coefficient; wherein the immediate control values are determined based on the rFiO2 value; and wherein a non-linear compensation weighting is applied to the accumulation control values based on a predetermined non-linear relationship between partial pressure of arterial oxygen (PaO 2) and SpO 2.
An operation method of a first terminal in a communication system, comprising: transmitting, by a processor, to a base station, a configuration request message requesting configuration of a sidelink, SL, bandwidth part, BWP, used for the sidelink communication between the first terminal and a second terminal; receiving, by the processor, a configuration information message including configuration information of the SL BWP from the base station, the configuration information including a first configuration mode or a second configuration mode of an active SL BWP; and performing, by the processor, the sidelink communication with the second terminal using one or more SL BWPs indicated by the configuration information, wherein one SL BWP is activated in a time interval when the first configuration mode is included in the configuration information, and two or more SL BWPs are activated in the time interval when the second configuration mode is included in the configuration information. transmitting, by a processor, to a base station, a configuration request message requesting configuration of a sidelink, SL, bandwidth part, BWP, used for the sidelink communication between the first terminal and a second terminal; receiving, by the processor, a configuration information message including configuration information of the SL BWP from the base station, the configuration information including a first configuration mode or a second configuration mode of an active SL BWP; and performing, by the processor, the sidelink communication with the second terminal using one or more SL BWPs indicated by the configuration information, wherein one SL BWP is activated in a time interval when the first configuration mode is included in the configuration information, and two or more SL BWPs are activated in the time interval when the second configuration mode is included in the configuration information.
An electroporation device configured to deliver to a desired tissue of a mammal a pulse of energy producing a constant current in vivo similar to a preset current input by a user, the electroporation device comprising: an electroporation component capable of delivering the pulse of energy that produces the constant current in the desired tissue; a skin electrode assembly including an electrode array having a plurality of skin electrodes in a spatial arrangement, wherein the skin electrode assembly receives the pulse of energy from the electroporation component and delivers same to the desired tissue through the skin electrodes; characterized in that the electroporation component comprises a feedback mechanism; at least one of the plurality of skin electrodes is arranged to be neutral during delivery of the pulse of energy and is arranged to measure impedance in the desired tissue and communicate said impedance to the feedback mechanism during delivery of the pulse; and the feedback mechanism is arranged to receive the measured impedance and adjust the pulse of energy delivered by the electroporation component to maintain the constant current. an electroporation component capable of delivering the pulse of energy that produces the constant current in the desired tissue; a skin electrode assembly including an electrode array having a plurality of skin electrodes in a spatial arrangement, wherein the skin electrode assembly receives the pulse of energy from the electroporation component and delivers same to the desired tissue through the skin electrodes; characterized in that the electroporation component comprises a feedback mechanism; at least one of the plurality of skin electrodes is arranged to be neutral during delivery of the pulse of energy and is arranged to measure impedance in the desired tissue and communicate said impedance to the feedback mechanism during delivery of the pulse; and the feedback mechanism is arranged to receive the measured impedance and adjust the pulse of energy delivered by the electroporation component to maintain the constant current.
A smoking article filter comprising: a recess having filter unit retaining means arranged therein; and an insertable filter unit inserted into the recess of the smoking article filter; wherein the insertable filter unit comprises a smoking article filter retaining means comprising a first adhesive to retain the insertable filter unit in the smoking article filter, wherein the outer surface of the insertable filter unit is coated with the first adhesive; wherein the filter unit retaining means comprises a second adhesive applied to a major surface of the recess, wherein the inner surface of the recess of the smoking article filter is coated with the second adhesive; and wherein, as the insertable filter unit is inserted into the recess, the first adhesive comes into contact with the second adhesive and a chemical reaction between the first adhesive and the second adhesive forms a bond between the smoking article filter and the insertable filter unit. a recess having filter unit retaining means arranged therein; and an insertable filter unit inserted into the recess of the smoking article filter; wherein the insertable filter unit comprises a smoking article filter retaining means comprising a first adhesive to retain the insertable filter unit in the smoking article filter, wherein the outer surface of the insertable filter unit is coated with the first adhesive; wherein the filter unit retaining means comprises a second adhesive applied to a major surface of the recess, wherein the inner surface of the recess of the smoking article filter is coated with the second adhesive; and wherein, as the insertable filter unit is inserted into the recess, the first adhesive comes into contact with the second adhesive and a chemical reaction between the first adhesive and the second adhesive forms a bond between the smoking article filter and the insertable filter unit.
A direct current-direct current DC-DC converter, comprising: a first capacitor, a second capacitor, a third capacitor, a first switch tube, a second switch tube, a first inductor, a second inductor, a third switch tube, and a fourth switch tube; a positive bus BUS+ is connected to a first node through the first switch tube; a negative bus BUS- is connected to a second node through the second switch tube; two ends of the first capacitor are respectively connected to the BUS+ and an N wire; two ends of the second capacitor are respectively connected to the BUS- and the N wire; the third switch tube is connected between the first node and the N wire; the fourth switch tube is connected between the second node and the N wire; the first inductor, a load, and the second inductor connected in series are connected in sequence between the first node and the second node; wherein the first switch tube, the second switch tube, the third switch tube and the fourth switch tube are controllable switch tubes; characterised by that one end of the third capacitor is connected to the first node and the other end thereof is connected to a common end of the load and the second inductor, or one end of the third capacitor is connected to the second node and the other end thereof is connected to a common end of the load and the first inductor.
A method for operating a mobile device in a mobile communication network, the method comprising: receiving, by the mobile device, a first capability enquiry message from the network node within the mobile communication network; transmitting, by the mobile device, a first mobile device capability information message including first mobile device capability information and a first field to the network node, wherein the first field indicates supporting a mobile device component identifier transmission; receiving, by the mobile device, from the network node a second capability enquiry message including a request to receive the mobile device component identifier; and transmitting, by the mobile device, a second mobile device capability information message including a second field and a third field to the network node, wherein the second field indicates that the mobile device supports the reporting of mobile device component identifiers, and the third field includes a list of one or more mobile device component identifiers; wherein the mobile device component identifier identifies at least one hardware or software component of the mobile device; and wherein the mobile device component identifier is indicative of capability information specifying at least one capability of the mobile device different from the first mobile device capability information for communication with the mobile communication network. receiving, by the mobile device, a first capability enquiry message from the network node within the mobile communication network; transmitting, by the mobile device, a first mobile device capability information message including first mobile device capability information and a first field to the network node, wherein the first field indicates supporting a mobile device component identifier transmission; receiving, by the mobile device, from the network node a second capability enquiry message including a request to receive the mobile device component identifier; and transmitting, by the mobile device, a second mobile device capability information message including a second field and a third field to the network node, wherein the second field indicates that the mobile device supports the reporting of mobile device component identifiers, and the third field includes a list of one or more mobile device component identifiers; wherein the mobile device component identifier identifies at least one hardware or software component of the mobile device; and wherein the mobile device component identifier is indicative of capability information specifying at least one capability of the mobile device different from the first mobile device capability information for communication with the mobile communication network.
A process for the manufacture of bioresourced acrylic acid from glycerol, comprising the following stages: - gas-phase catalytic dehydration of glycerol to give acrolein, - partial condensation by cooling and extraction of the water present in the reaction medium of, - gas-phase catalytic oxidation of the acrolein to give acrylic acid, - extraction of the acrylic acid present in the effluent stream from the oxidation by water absorption with cooling, - drying of the acrylic acid solution by distillation in the presence of a solvent that is immiscible with water, - distillation of the solution thus obtained in order to remove the light compounds, - distillation of the heavy fraction resulting from the preceding stage in order to remove the heavy compounds, combined with a final stage of extraction of the acrylic acid by fractional crystallization applied to one of the following effluent streams: the heavy fraction from, the heavy fraction from or the light fraction from. - gas-phase catalytic dehydration of glycerol to give acrolein, - partial condensation by cooling and extraction of the water present in the reaction medium of, - gas-phase catalytic oxidation of the acrolein to give acrylic acid, - extraction of the acrylic acid present in the effluent stream from the oxidation by water absorption with cooling, - drying of the acrylic acid solution by distillation in the presence of a solvent that is immiscible with water, - distillation of the solution thus obtained in order to remove the light compounds, - distillation of the heavy fraction resulting from the preceding stage in order to remove the heavy compounds,