mhurhangee/ep-ind-claims huggingface dataset:
A system for detecting the weight of an occupant of a seat in a motor vehicle, the seat having a foam cushion bottom, the system comprising: a pressure sensing mechanism (20, 26) disposed in or under the foam cushion bottom for providing a pressure signal output in response to the occupant weight; a temperature sensor for sensing a temperature in proximity to said foam cushion bottom, and providing a temperature signal output; and a controller for estimating the occupant weight based on the pressure signal output, the temperature signal output, and a calibrated value corresponding to a pressure signal output associated with a predetermined occupant weight, the controller including means (120 - 140) for determining an indication of aging and wear of the foam cushion bottom, characterized by means for adjusting the calibrated value upward based on such indication, to thereby compensate the occupant weight estimate for aging and wear of said foam cushion bottom and wherein the controller determines the indication of aging and wear by periodically sampling the occupant weight estimate during operation of said vehicle, and accumulating such samples, such that the compensation of the occupant weight estimate increases with increasing magnitude and duration of said occupant weight estimate (130, 134, 136). a pressure sensing mechanism (20, 26) disposed in or under the foam cushion bottom for providing a pressure signal output in response to the occupant weight; a temperature sensor for sensing a temperature in proximity to said foam cushion bottom, and providing a temperature signal output; and a controller for estimating the occupant weight based on the pressure signal output, the temperature signal output, and a calibrated value corresponding to a pressure signal output associated with a predetermined occupant weight, the controller including means (120 - 140) for determining an indication of aging and wear of the foam cushion bottom, characterized by means for adjusting the calibrated value upward based on such indication, to thereby compensate the occupant weight estimate for aging and wear of said foam cushion bottom and wherein the controller determines the indication of aging and wear by periodically sampling the occupant weight estimate during operation of said vehicle, and accumulating such samples, such that the compensation of the occupant weight estimate increases with increasing magnitude and duration of said occupant weight estimate (130, 134, 136).
A medical kit for the treatment of vascular malformations, in particular aneurysms and/or fistulas, with: - a permanently implantable covering device, in particular a stent, for covering the vascular malformation, wherein the covering device has a tubular, self-expandable mesh structure and a covering formed from an electrospun fabric, wherein the covering is connected to the mesh structure and at least partially covers the mesh structure in order to be placed over the vascular malformation in the implanted state, and - an embolization means which, in the implanted state, is appliable by a delivery means for the treatment of the vascular malformation, wherein the covering forms a porous membrane, characterized in that the mesh structure has cells or meshes which, in the expanded state, have an inscribed diameter or are expandable to an inscribed diameter which corresponds to at least the external diameter of the delivery means, and the covering is penetrable by the delivery means for the application of the embolization means and is adapted to lie against the outer circumference of the delivery means in the penetrated state, wherein the porous membrane is adapted to at least partially contract an opening formed by the delivery means when the membrane is penetrated after the removal of the delivery means, and wherein the delivery means has a distal external diameter of at most 0.7 mm. - a permanently implantable covering device, in particular a stent, for covering the vascular malformation, wherein the covering device has a tubular, self-expandable mesh structure and a covering formed from an electrospun fabric, wherein the covering is connected to the mesh structure and at least partially covers the mesh structure in order to be placed over the vascular malformation in the implanted state, and - an embolization means which, in the implanted state, is appliable by a delivery means for the treatment of the vascular malformation, wherein the covering forms a porous membrane, characterized in that the mesh structure has cells or meshes which, in the expanded state, have an inscribed diameter or are expandable to an inscribed diameter which corresponds to at least the external diameter of the delivery means, and the covering is penetrable by the delivery means for the application of the embolization means and is adapted to lie against the outer circumference of the delivery means in the penetrated state, wherein the porous membrane is adapted to at least partially contract an opening formed by the delivery means when the membrane is penetrated after the removal of the delivery means, and wherein the delivery means has a distal external diameter of at most 0.7 mm.
A digital microscopy method, comprising: capturing a plurality of overlapping images of a sample, wherein the capturing of at least one of said plurality of images is performed while the sample and a focal plane are in relative motion along an optical axis at a speed greater than zero; providing an estimated relative arrangement of the focal plane and the sample along the optical axis; and processing the plurality of images using a reference criterion to determine a reference relative arrangement of the focal plane and the sample along the optical axis; wherein the capturing of the plurality of overlapping images is performed such as to produce different image capture densities along the optical axis, to provide an increased image capture density as the relative arrangement of the focal plane and the sample grows closer to the estimated relative arrangement, characterized in that said capturing such as to produce different image capture densities along the optical axis is further performed to provide a decreased image capture density as the relative arrangement of the focal plane and the sample moves away from the estimated relative arrangement. capturing a plurality of overlapping images of a sample, wherein the capturing of at least one of said plurality of images is performed while the sample and a focal plane are in relative motion along an optical axis at a speed greater than zero; providing an estimated relative arrangement of the focal plane and the sample along the optical axis; and processing the plurality of images using a reference criterion to determine a reference relative arrangement of the focal plane and the sample along the optical axis; wherein the capturing of the plurality of overlapping images is performed such as to produce different image capture densities along the optical axis, to provide an increased image capture density as the relative arrangement of the focal plane and the sample grows closer to the estimated relative arrangement,
A method for transmitting a radio frame by a second type station, STA, in a wireless local area network, WLAN, system, the method comprising: configuring the radio frame including a first part for a first type STA and a second part for the second type STA, wherein the second part comprises a first signaling field and a second signaling field; and transmitting the configured radio frame via a bandwidth equal to or greater than 80 MHz, wherein configuring the radio frame comprises: processing information for at least one of the first signaling field or the second signaling field to be transmitted via a first 20 MHz of the bandwidth; and duplicating the information processed for the first 20 MHz into a second 20 MHz within the bandwidth, wherein the processing information comprises: encoding and modulating the information based on a lowest Modulation and Coding Scheme, MCS, level among available MCS levels, wherein the lowest MCS is used for Binary Phase Shift Keying, BPSK, and 1/2 coding rate; and repeating the encoded- and modulated-information in a unit of n bits within the 20 MHz channel, wherein n is an integer being one of 1, 2, 3, 4, 6, 8, 12, 24. configuring the radio frame including a first part for a first type STA and a second part for the second type STA, wherein the second part comprises a first signaling field and a second signaling field; and transmitting the configured radio frame via a bandwidth equal to or greater than 80 MHz, wherein configuring the radio frame comprises: processing information for at least one of the first signaling field or the second signaling field to be transmitted via a first 20 MHz of the bandwidth; and duplicating the information processed for the first 20 MHz into a second 20 MHz within the bandwidth, processing information for at least one of the first signaling field or the second signaling field to be transmitted via a first 20 MHz of the bandwidth; and duplicating the information processed for the first 20 MHz into a second 20 MHz within the bandwidth, wherein the processing information comprises: encoding and modulating the information based on a lowest Modulation and Coding Scheme, MCS, level among available MCS levels, wherein the lowest MCS is used for Binary Phase Shift Keying, BPSK, and 1/2 coding rate; and repeating the encoded- and modulated-information in a unit of n bits within the 20 MHz channel, wherein n is an integer being one of 1, 2, 3, 4, 6, 8, 12, 24. encoding and modulating the information based on a lowest Modulation and Coding Scheme, MCS, level among available MCS levels, wherein the lowest MCS is used for Binary Phase Shift Keying, BPSK, and 1/2 coding rate; and repeating the encoded- and modulated-information in a unit of n bits within the 20 MHz channel, wherein n is an integer being one of 1, 2, 3, 4, 6, 8, 12, 24.
A regeneration control device for a vehicle comprising: a regenerative braking device for performing regenerative braking on a revolving armature that transmits driving force to running wheels of the vehicle at a time of reducing a vehicle speed, so as to generate electricity; a regeneration amount increasing/decreasing operator for performing increasing/decreasing operation on a regeneration amount in the regenerative braking device; and a regeneration amount controller for performing increasing/decreasing control on the regeneration amount continuously in response to the increasing/decreasing operation using the regeneration amount increasing/decreasing operator, the regeneration control device being characterized in that the regeneration amount controller sets a change rate for the regeneration amount in an increasing operation of the regeneration amount using the regeneration amount increasing/decreasing operator to be higher than a change rate for the regeneration amount in a decreasing operation of the regeneration amount. a regenerative braking device for performing regenerative braking on a revolving armature that transmits driving force to running wheels of the vehicle at a time of reducing a vehicle speed, so as to generate electricity; a regeneration amount increasing/decreasing operator for performing increasing/decreasing operation on a regeneration amount in the regenerative braking device; and a regeneration amount controller for performing increasing/decreasing control on the regeneration amount continuously in response to the increasing/decreasing operation using the regeneration amount increasing/decreasing operator, the regeneration control device being characterized in that the regeneration amount controller sets a change rate for the regeneration amount in an increasing operation of the regeneration amount using the regeneration amount increasing/decreasing operator to be higher than a change rate for the regeneration amount in a decreasing operation of the regeneration amount.
A moving object contour tracking apparatus for tracking a contour of a periodically deforming object in an image slice time series, the image slice time series comprising a plurality of image slices acquired at a plurality of time points in a motion period of the moving object, the moving object contour tracking apparatus(2000,2200,2700) comprising: a contour tracking section(2010,2100,2210) configured to perform, by taking an initial contour of the moving object in a predetermined image slice of the image slice time series as a starting contour, contour tracking in the image slice time series in a first time direction to acquire a first contour of the moving object in each image slice of the image slice time series, and perform, by taking the initial contour as a starting contour, contour tracking in the image slice time series in a second time direction to acquire a second contour of the moving object in each image slice of the image slice time series; characterized by a contour comparison section(2020,2220) configured to calculate a similarity between the first contour of the moving object in the image slice having the same phase of the predetermined image slice and the initial contour as a first similarity and a similarity between the second contour of the moving object in the image slice having the same phase of the predetermined image slice and the initial contour as a second similarity; and a contour correction section(2030,2230) configured to take the contours in the image slices tracked by the contour tracking section in a contour tracking direction corresponding to a greater one of the first and second similarities as the contours of the moving object in the respective image slices. a contour tracking section(2010,2100,2210) configured to perform, by taking an initial contour of the moving object in a predetermined image slice of the image slice time series as a starting contour, contour tracking in the image slice time series in a first time direction to acquire a first contour of the moving object in each image slice of the image slice time series, and perform, by taking the initial contour as a starting contour, contour tracking in the image slice time series in a second time direction to acquire a second contour of the moving object in each image slice of the image slice time series; characterized by a contour comparison section(2020,2220) configured to calculate a similarity between the first contour of the moving object in the image slice having the same phase of the predetermined image slice and the initial contour as a first similarity and a similarity between the second contour of the moving object in the image slice having the same phase of the predetermined image slice and the initial contour as a second similarity; and a contour correction section(2030,2230) configured to take the contours in the image slices tracked by the contour tracking section in a contour tracking direction corresponding to a greater one of the first and second similarities as the contours of the moving object in the respective image slices.
Cutting tool with a handle and with at least one blade, which comprises at least one cutting edge (13a, 13b), whereby at least one cutting channel is formed on the cutting tool, through which cutting material can be fed to the cutting edge (13a, 13b), whereby the cutting tool also comprises at least one scraping edge, by means of which a scraping operation can be carried out, whereby the cutting edge (13a, 13b) and the scraping edge are associated with the same blade, characterised in that the blade is overmoulded with plastic so that a blade holder is formed, whereby an area of the blade projects beyond the blade holder forwards in a direction parallel to a longitudinal central axis of the cutting tool and this area comprises the scraping edge which is arranged transversely to the longitudinal central axis of the cutting tool.
An image processing method, performed by an electronic device, wherein the electronic device comprises a body, a first camera, and a second camera, and the method comprises: in a case that the electronic device is in a first movement state, capturing a first image through the first camera after the first camera has moved by a target shift in a reverse direction of a movement direction of the electronic device, the target shift being determined according to the displacement of the electronic device; displaying the first image on a shooting preview interface; and the method being characterized in that; in a case that the electronic device changes from the first movement state to a stationary state, processing a second image and updating the first image on the shooting preview interface to the processed second image, wherein the second image is an image captured by the second camera in a case that the electronic device is in the stationary state, and the second camera is stationary relative to the body and wherein the second image is processed so that the shooting angle of the second image is the same as that of the first image. in a case that the electronic device is in a first movement state, capturing a first image through the first camera after the first camera has moved by a target shift in a reverse direction of a movement direction of the electronic device, the target shift being determined according to the displacement of the electronic device; displaying the first image on a shooting preview interface; and the method being characterized in that; in a case that the electronic device changes from the first movement state to a stationary state, processing a second image and updating the first image on the shooting preview interface to the processed second image, wherein the second image is an image captured by the second camera in a case that the electronic device is in the stationary state, and the second camera is stationary relative to the body and wherein the second image is processed so that the shooting angle of the second image is the same as that of the first image.
A method for regulating use of a mobile computing device for a user at a selected location, comprising: identifying a location of the mobile computing device; and determining a role of the user at the identified location; providing a client side functionality module to the mobile computing device; characterized by: classifying predetermined limitations for the mobile computing device based on the role of the user at the identified location; and using the client side functionality module to: set the mobile computing device with the predetermined limitation; and regulate a functionality of applications operating on the mobile computing device based on the set predetermined limitations while the mobile computing device is at the identified location. identifying a location of the mobile computing device; and determining a role of the user at the identified location; providing a client side functionality module to the mobile computing device; classifying predetermined limitations for the mobile computing device based on the role of the user at the identified location; and using the client side functionality module to: set the mobile computing device with the predetermined limitation; and regulate a functionality of applications operating on the mobile computing device based on the set predetermined limitations while the mobile computing device is at the identified location. set the mobile computing device with the predetermined limitation; and regulate a functionality of applications operating on the mobile computing device based on the set predetermined limitations while the mobile computing device is at the identified location.
A processor-implemented method for recognizing an intent of a person to engage with an application in a motion capture system, comprising the processor-implemented steps of: tracking a first person's body in a field of view of the motion capture system, the tracking includes distinguishing the person's body in the field of view; based on the tracking, determining that the first person does not intend to engage with the application at a first time; based on the tracking, determining that the first person intends to engage with the application at a second time, the determining that the first person intends to engage with the application includes determining that the first person's body is to the side of, and within a specified distance of, a second person in the field of view who is currently engaging with the application; in response to determining that the first person intends to engage with the application, allowing the first person to engage with the application by automatically associating a profile and an avatar with the first person in the application, displaying the avatar in a virtual space on a display (196, 1000, 1040, 1050) and updating the display (196, 1000, 1040, 1050) based on subsequent tracking of the first person's body in the field of view, as the first person engages with the application by moving the first person's body to control the avatar. tracking a first person's body in a field of view of the motion capture system, the tracking includes distinguishing the person's body in the field of view; based on the tracking, determining that the first person does not intend to engage with the application at a first time; based on the tracking, determining that the first person intends to engage with the application at a second time, the determining that the first person intends to engage with the application includes determining that the first person's body is to the side of, and within a specified distance of, a second person in the field of view who is currently engaging with the application; in response to determining that the first person intends to engage with the application, allowing the first person to engage with the application by automatically associating a profile and an avatar with the first person in the application, displaying the avatar in a virtual space on a display (196, 1000, 1040, 1050) and updating the display (196, 1000, 1040, 1050) based on subsequent tracking of the first person's body in the field of view, as the first person engages with the application by moving the first person's body to control the avatar.
Valve top with a top piece through the centre of which a spindle passes which is mounted in the top piece to rotate around its longitudinal axis and by means of which a control disk can be turned with reference to an inlet disk placed against it, characterised in that a control sleeve with a control contour and a guide sleeve with a guide contour lying opposite the control contour are arranged on the spindle within the top piece, which interact in such a way that, when the control disk is activated in a defined direction by the spindle, the control disk moves back automatically to its original position.
Method for automatically retrieving incorrectly printing image positions of a printed tape and synchronisation of the belt transport in a subsequent processing machine, wherein the material- or printing errors are recorded by a detector and the respective distances of the defective areas are measured and stored in a roll protocol, characterized in that after finishing the printing process the belt end is provided with a readable label that serves for the determination of a zero reference mark when the belt is reinstalled, as a result of which the places of the material- or printing errors can be found position-exactly.