mhurhangee/patent-ind-claim-en huggingface dataset:
A license plate radio electronic identifier, comprising an identifier matching a license plate installed to a vehicle for radio frequency identification by using a radio frequency reader, the identifier comprising a plate holder and an RFID (radio frequency identification) tag , the plate holder having a plate body , the plate body having a pair of perforations corresponding to a pair of mounting holes of the license plate ; characterized in that the identifier further comprises a sealing sheet ; the plate holder being made of an insulating polymeric material by injection molding and, one side of the plate body being formed with a tag setting frame portion having an L-shaped cross section, the tag setting frame portion having an elongate frame , a plate receiving groove being formed between the elongate frame and the plate body , the plate body being formed with a through hole extending to a section of the plate receiving groove to expose a portion of an inner side of the elongate frame , the inner side of the elongate frame being formed with an elongate recess corresponding in position to the through hole ; the RFID tag being disposed in the elongate recess of the elongate frame , the RFID tag being an elongate ultrahigh frequency electronic tag corresponding in shape to the elongate recess, the RFID tag having an insulating substrate sheet , one side surface of the insulating substrate sheet being provided with a metal film antenna , the metal film antenna being formed with a slot and a groove in communication with a long side of the slot , two sides of the groove serving as a circuit pad electrically connected with a radio frequency identification chip ; the sealing sheet being a strip made of an insulating material and fixed to cover the elongate recess of the elongate frame so that the RFID tag is sealed in the elongate recess.
A hygienic tissue paper comprising first slits that are disposed in a longitudinal direction at predetermined intervals, the first slits extending in a width direction intersecting the longitudinal direction, wherein the first slits each include perforations (M), wherein a cut length (C) of each of the perforations (M) increases from each end in the width direction toward a central portion (WC) in the width direction, wherein the first slits each include a first perforation formed on at least a one end side and a second perforation formed on the central portion (WC), wherein a cut length (C2) of the second perforation is greater than a cut length (C1) of the first perforation , wherein the second perforation is formed on the central portion (WC), wherein the first perforation includes at least an edge cut portion that continues from an edge of the one end, and wherein a ratio of an edge cut length (D1) of the edge cut portion to the cut length (C1) of the first perforation is 0.02 to 0.16. first slits that are disposed in a longitudinal direction at predetermined intervals, the first slits extending in a width direction intersecting the longitudinal direction, wherein the first slits each include perforations (M), wherein a cut length (C) of each of the perforations (M) increases from each end in the width direction toward a central portion (WC) in the width direction, wherein the first slits each include a first perforation formed on at least a one end side and a second perforation formed on the central portion (WC), wherein a cut length (C2) of the second perforation is greater than a cut length (C1) of the first perforation , wherein the second perforation is formed on the central portion (WC), wherein the first perforation includes at least an edge cut portion that continues from an edge of the one end, and wherein a ratio of an edge cut length (D1) of the edge cut portion to the cut length (C1) of the first perforation is 0.02 to 0.16.
A system configured to generate a two-dimensional view of an image volume dataset , comprising: - a feature detector for detecting a feature in the image volume dataset , wherein the feature comprises at least part of a border of an object represented by the image volume dataset, wherein the border comprises a border between a human or animal body and air, i.e. skin; - a distance computing subsystem for computing a distance from the feature to an image element of the image volume dataset ; - a weighting subsystem for weighting an intensity value of the image element, based on the distance, to obtain a weighted intensity value, wherein the weighting subsystem is arranged for enhancing an image element located close to the skin and attenuating an image element located in a central portion of the body; - a view generator for generating the two-dimensional view of the image volume dataset , based on the weighted intensity value, wherein the two-dimensional view comprises one of: a maximum intensity projection, or a closest vessel projection, and a pixel value of the view is based on the weighted intensity value. - a feature detector for detecting a feature in the image volume dataset , wherein the feature comprises at least part of a border of an object represented by the image volume dataset, wherein the border comprises a border between a human or animal body and air, i.e. skin; - a distance computing subsystem for computing a distance from the feature to an image element of the image volume dataset ; - a weighting subsystem for weighting an intensity value of the image element, based on the distance, to obtain a weighted intensity value, wherein the weighting subsystem is arranged for enhancing an image element located close to the skin and attenuating an image element located in a central portion of the body; - a view generator for generating the two-dimensional view of the image volume dataset , based on the weighted intensity value, wherein the two-dimensional view comprises one of: a maximum intensity projection, or a closest vessel projection, and a pixel value of the view is based on the weighted intensity value.
An operation apparatus comprising: an operation plane ; a sensor configured to detect a finger or a hand touching or approaching the operation plane and further detect a movement of the finger or the hand touching or approaching the operation plane; and a controller configured to control a controlled device based on a detection output of the sensor, wherein the controller is configured to determine start of an operation when the sensor detects a finger or a hand touching or approaching the operation plane, to change the operation of the controlled device in a prescribed range when it is determined that the finger or the hand detected by the sensor has been moved by a first distance along the operation plane at a time point after the determination of the start of the operation, and to change the operation of the controlled device in a range equivalent to the prescribed range when it is determined that the finger or the hand moved by the first distance has been moved by a distance which is different from the first distance along the operation plane, characterised in that the controller is configured to measure a speed or an acceleration rate of the finger or the hand while the finger or the hand is moved by the first distance along the operation plane based on the detection output of the sensor and to set a movement distance of the finger or the hand required for a change of the operation of the controlled device in a range equivalent to the prescribed range in accordance with the measured speed or the measured acceleration rate. an operation plane ; a sensor configured to detect a finger or a hand touching or approaching the operation plane and further detect a movement of the finger or the hand touching or approaching the operation plane; and a controller configured to control a controlled device based on a detection output of the sensor, wherein the controller is configured to determine start of an operation when the sensor detects a finger or a hand touching or approaching the operation plane, to change the operation of the controlled device in a prescribed range when it is determined that the finger or the hand detected by the sensor has been moved by a first distance along the operation plane at a time point after the determination of the start of the operation, and to change the operation of the controlled device in a range equivalent to the prescribed range when it is determined that the finger or the hand moved by the first distance has been moved by a distance which is different from the first distance along the operation plane, characterised in that the controller is configured to measure a speed or an acceleration rate of the finger or the hand while the finger or the hand is moved by the first distance along the operation plane based on the detection output of the sensor and to set a movement distance of the finger or the hand required for a change of the operation of the controlled device in a range equivalent to the prescribed range in accordance with the measured speed or the measured acceleration rate.
An information processing device that operates in an imaging device mounted on a mobile unit , the information processing device notifying the mobile unit of failed imaging, when imaging performed by the imaging device has failed, wherein a check is made to determine whether or not imaging has failed, on a basis of an image captured by the imaging device and/or information related to the image, wherein when imaging has not been performed at a predetermined position and/or a predetermined time, a notification of failed imaging is sent. the information processing device notifying the mobile unit of failed imaging, when imaging performed by the imaging device has failed, wherein a check is made to determine whether or not imaging has failed, on a basis of an image captured by the imaging device and/or information related to the image, wherein when imaging has not been performed at a predetermined position and/or a predetermined time, a notification of failed imaging is sent.
A seal ring comprising: an inner circumferential surface ; an outer circumferential surface opposed to the inner circumferential surface ; side surfaces orthogonal to the inner circumferential surface and the outer circumferential surface ; and a plurality of pockets provided, spaced apart from one another in one of the side surfaces , wherein the plurality of pockets each have a symmetrical shape in a circumferential direction and are opened on a side of the inner circumferential surface and closed on a side of the outer circumferential surface , the plurality of pockets each including circumferential end portions that are provided in end portions in the circumferential direction and are R-surfaces each having a convex shape connected to the side surface , a bottom portion provided in a central region in the circumferential direction, and inclined portions each extending between each of the circumferential end portions and the bottom portion , characterized in that the inclined portions each include at least one ridge portion , a first inclined portion being formed as a flat surface extending between the bottom portion and the ridge portion and forming a first angle with respect to the side surface , and a second inclined portion being formed as a flat surface extending between the circumferential end portion and the ridge portion and forming a second angle smaller than the first angle with respect to the side surface .
A plasma etching method that is implemented under plasma conditions using a process gas, wherein at least one gas selected from a hydrofluoroether represented by a formula (I) and a rare gas are used as the process gas, the process gas comprising the rare gas in a ratio of 20 to 3,000 parts by volume based on 100 parts by volume of the hydrofluoroether represented by the formula (I) and the plasma etching method selectively etching silicon oxide when silicon oxide and at least one material selected from a group consisting of silicon nitride, silicon, and an organic material are simultaneously subjected to etching, C m F 2m+ 1-O-CH 2 -R (I) wherein R represents a hydrogen atom or a fluoroalkyl group represented by C n F 2n+1 , and m and n represent integers that satisfy 1≤m≤3 and 3≤(m+n)≤4.
An information code reading system provided with an information code reader and a server which are communicable to each other, an information code (C) being read by the information code reader and being configured to have a plurality of types of cells arranged, tones, color densities, or luminance levels of the cells being different between the types, wherein the information code reader comprises: imaging means for imaging the information code; cell information generating means for generating cell information by quantifying the cells of the information code contained in an image imaged by the imaging means, in accordance with the tones, color densities, or luminance levels; and transmitting means for transmitting to the server the cell information generated by the cell information generating means, and the server comprises decoding means (31, S209) for decoding the information code imaged by the imaging means, based on the cell information received from the information code reader; and server-side controlling means (31, S213) for performing control based on results decoded by the decoding means, characterized in that the information code contains an error correction region for correcting an error of the information code, the information code reader comprises error correcting means (S133) for correcting the error of the cell information obtained by the cell information generating means, based on information in the error correction region, and determining means (S135) for determining whether or not it is possible that the cell information obtained by the cell information generating means can be corrected by the error correcting means, and the transmitting means is configured to transmit, to the server, the cell information generated by the cell information generating means, when the determining means determines that it is possible to correct the cell information. imaging means for imaging the information code; cell information generating means for generating cell information by quantifying the cells of the information code contained in an image imaged by the imaging means, in accordance with the tones, color densities, or luminance levels; and transmitting means for transmitting to the server the cell information generated by the cell information generating means, and error correcting means (S133) for correcting the error of the cell information obtained by the cell information generating means, based on information in the error correction region, and determining means (S135) for determining whether or not it is possible that the cell information obtained by the cell information generating means can be corrected by the error correcting means, and
A method, comprising: receiving locations of multiple ablation sites formed on a surface of a heart; characterized by : measuring distances among at least some of the ablation sites based on the locations; identifying one or more gaps between the ablation sites that meet an alerting criterion, wherein identifying the gaps comprises detecting the gaps that are larger than a first threshold but smaller than a second threshold; and indicating the identified gaps to an operator. receiving locations of multiple ablation sites formed on a surface of a heart; characterized by : measuring distances among at least some of the ablation sites based on the locations; identifying one or more gaps between the ablation sites that meet an alerting criterion, wherein identifying the gaps comprises detecting the gaps that are larger than a first threshold but smaller than a second threshold; and indicating the identified gaps to an operator. measuring distances among at least some of the ablation sites based on the locations; identifying one or more gaps between the ablation sites that meet an alerting criterion, wherein identifying the gaps comprises detecting the gaps that are larger than a first threshold but smaller than a second threshold; and indicating the identified gaps to an operator.
A method of non-destructive detection of surface and near surface abnormalities in a metallic product, the method comprising: positioning a sample having a surface under a source of an incident radiation; irradiating the surface with the incident radiation from the source; detecting a scattered radiation; producing a radiation pattern from the detected scattered radiation; analysing the radiation pattern; producing an output indicative of the scattered radiation from the sample ; comparing the output with a threshold value , the threshold value indicative of a maximum acceptable detected surface abnormality; and identifying the presence of a surface abnormality when the output exceeds the threshold value , wherein said surface abnormality is formed during a manufacturing process of the metallic product, and the surface abnormality comprises one or more of a white layer, white etching layer, amorphous layer, and/or thermo-mechanically deformed region; and wherein said incident radiation includes at least one of X-ray radiation and/or neutron radiation. positioning a sample having a surface under a source of an incident radiation; irradiating the surface with the incident radiation from the source; detecting a scattered radiation; producing a radiation pattern from the detected scattered radiation; analysing the radiation pattern; producing an output indicative of the scattered radiation from the sample ; comparing the output with a threshold value , the threshold value indicative of a maximum acceptable detected surface abnormality; and identifying the presence of a surface abnormality when the output exceeds the threshold value , wherein said surface abnormality is formed during a manufacturing process of the metallic product, and the surface abnormality comprises one or more of a white layer, white etching layer, amorphous layer, and/or thermo-mechanically deformed region; and wherein said incident radiation includes at least one of X-ray radiation and/or neutron radiation.
A device for removing a plastic film layer and/or a low emission layer of a glass panel, comprising: - supporting means for supporting the glass panel in a substantially horizontal orientation, wherein, when the glass panel is positioned horizontally on the supporting means , the upper surface is provided with the plastic film layer and/or a low emission layer to be stripped, - a positioning bridge having a horizontally extending positioning portion arranged at a vertical distance from the upper surface of the glass panel and the supporting means , - a stripping device , arranged to move along the positioning portion in a horizontal direction, and over the upper surface of the glass panel , comprising a stripping member for stripping the plastic layer and/or low emission layer along the predetermined linear stripping line in a stripping direction S characterized in that the stripping device is configured to start stripping the plastic layer at a distance B from a first end of the predetermined linear stripping line, wherein the distance B is greater than zero, wherein the stripping device comprises a cover element enclosing a stripping volume between the cover element and a stripping area of the upper surface , the stripping member being arranged inside the stripping volume , and an aspiration device for creating a vacuum effect within the stripping volume , such that the plastic film layer detaches from the low emission layer , and for collecting particles stripped off the plastic film layer and/or the low emission layer by the stripping action of the stripping member . - supporting means for supporting the glass panel in a substantially horizontal orientation, wherein, when the glass panel is positioned horizontally on the supporting means , the upper surface is provided with the plastic film layer and/or a low emission layer to be stripped, - a positioning bridge having a horizontally extending positioning portion arranged at a vertical distance from the upper surface of the glass panel and the supporting means , - a stripping device , arranged to move along the positioning portion in a horizontal direction, and over the upper surface of the glass panel , comprising a stripping member for stripping the plastic layer and/or low emission layer along the predetermined linear stripping line in a stripping direction S characterized in that the stripping device is configured to start stripping the plastic layer at a distance B from a first end of the predetermined linear stripping line, wherein the distance B is greater than zero, wherein the stripping device comprises a cover element enclosing a stripping volume between the cover element and a stripping area of the upper surface , the stripping member being arranged inside the stripping volume , and an aspiration device for creating a vacuum effect within the stripping volume , such that the plastic film layer detaches from the low emission layer , and for collecting particles stripped off the plastic film layer and/or the low emission layer by the stripping action of the stripping member .
A system for establishing an intervehicle communication for at least a first and a second commercial vehicle , comprising several wireless and/or wired and/or physical communication lines , further comprising at least one message sending module and at least one message receiving module , wherein the message sending module is configured and arranged to send at least one message over one or more lines and wherein the message receiving module is configured to receive the message over one or more lines ; wherein the system further comprises at least one message transmission quality monitoring module , which is configured and arranged to monitor and/or assess the transmission quality of a message sent from the message sending module to the message receiving module ; characterized in that the message transmission quality monitoring module is configured and arranged to trigger an additional transmission of the message over one or more lines when a quality drop of transmission is detected, wherein the message and its additional transmission are sent over at least two communication lines simultaneously, wherein the at least two of communication lines are non-overlapping wireless channels. wherein the system further comprises at least one message transmission quality monitoring module , which is configured and arranged to monitor and/or assess the transmission quality of a message sent from the message sending module to the message receiving module ; characterized in that the message transmission quality monitoring module is configured and arranged to trigger an additional transmission of the message over one or more lines when a quality drop of transmission is detected, wherein the message and its additional transmission are sent over at least two communication lines simultaneously, wherein the at least two of communication lines are non-overlapping wireless channels.
A medical dressing comprising an adhesive skin contact layer and a backing layer , wherein said backing layer has a first surface facing said skin contact layer and an opposing second surface , characterized in that said backing layer comprises a plurality of three dimensional features forming protrusions on said second surface of said backing layer and depressions on said first surface of said backing layer , and wherein said backing layer has a non-uniform thickness.