mhurhangee/patent-ind-claim-en huggingface dataset:
A sole structure for an article of footwear comprising: a barrier having a heel region , a midfoot region forward of the heel region , and a forefoot region forward of the midfoot region , the barrier including: a first portion that includes a first surface of the barrier ; a second portion that includes a second surface of the barrier ; a first interior cavity and a second interior cavity ; wherein the first interior cavity and the second interior cavity retain fluid; wherein the barrier includes a bond that secures the first portion of the barrier to the second portion of the barrier and separates the first interior cavity and the second interior cavity ; wherein the second interior cavity extends only in the forefoot region forward of the first interior cavity ; a plurality of tethers in at least one of the first interior cavity and the second interior cavity and operatively connecting the first portion to the second portion ; an outsole secured to the second surface of the barrier ; wherein the outsole includes: a first outsole portion extending under the first interior cavity ; and a second outsole portion extending under the second interior cavity and separated from the first outsole portion by a gap , the barrier has at least one notch in a periphery of the heel region . a barrier having a heel region , a midfoot region forward of the heel region , and a forefoot region forward of the midfoot region , the barrier including: a first portion that includes a first surface of the barrier ; a second portion that includes a second surface of the barrier ; a first interior cavity and a second interior cavity ; wherein the first interior cavity and the second interior cavity retain fluid; a first portion that includes a first surface of the barrier ; a second portion that includes a second surface of the barrier ; a first interior cavity and a second interior cavity ; wherein the first interior cavity and the second interior cavity retain fluid; wherein the barrier includes a bond that secures the first portion of the barrier to the second portion of the barrier and separates the first interior cavity and the second interior cavity ; wherein the second interior cavity extends only in the forefoot region forward of the first interior cavity ; a plurality of tethers in at least one of the first interior cavity and the second interior cavity and operatively connecting the first portion to the second portion ; an outsole secured to the second surface of the barrier ; wherein the outsole includes: a first outsole portion extending under the first interior cavity ; and a second outsole portion extending under the second interior cavity and separated from the first outsole portion by a gap , a first outsole portion extending under the first interior cavity ; and a second outsole portion extending under the second interior cavity and separated from the first outsole portion by a gap , the barrier has at least one notch in a periphery of the heel region .
Colour afterglowing article comprising an afterglowing material, wherein the colour afterglowing article comprises a colour print of a non-afterglowing colour system, characterized by that the colour print has a colour value being less than 100% for each chosen colour of the colour system, when calculated in the colour system CMYK, wherein the colour print is a digital print, wherein the afterglowing material is free from colour pigments, and wherein the colour afterglowing article afterglows in the colours chosen in the colour system.
An aerosol treatment system comprising: a patient interface to cover a patient's mouth and nose, an aerosol delivery apparatus , a high flow treatment system (200 - 205) linked with the patient interface , a controller , a heater and a humidifier, separately or combined, to provide a heated humidified air/O2 mixture delivered to the patient interface , and sensors for detecting patient breathing, wherein the controller is configured to control delivery of aerosol to provide breath-synchronised aerosol delivery, characterized in that the system comprises: a valve arranged to split delivery flow into an aerosol branch with a nebulizer and a parallel bypass branch , and the branches merge into a common tube which leads to the patient interface . a patient interface to cover a patient's mouth and nose, an aerosol delivery apparatus , a high flow treatment system (200 - 205) linked with the patient interface , a controller , a heater and a humidifier, separately or combined, to provide a heated humidified air/O2 mixture delivered to the patient interface , and sensors for detecting patient breathing, wherein the controller is configured to control delivery of aerosol to provide breath-synchronised aerosol delivery, characterized in that the system comprises: a valve arranged to split delivery flow into an aerosol branch with a nebulizer and a parallel bypass branch , and the branches merge into a common tube which leads to the patient interface .
A syringe apparatus comprising: a syringe portion having a syringe or holder adapted to receive a syringe therein, the syringe portion having a rear grip for seating in or against a user's hand and a front grip formed at or adjacent to a tip end of the syringe portion; and a movable member engagable with a plunger of the said syringe , the movable member having a finger grip at or adjacent to a tip end thereof, the movable member being engaged with the syringe portion and configured to move relative to the rear grip when a user applies a force at the finger grip ; wherein the front and rear grips are formed as lateral projections (40a, 40b; 38a, 38b) with respect to the movable member . a syringe portion having a syringe or holder adapted to receive a syringe therein, the syringe portion having a rear grip for seating in or against a user's hand and a front grip formed at or adjacent to a tip end of the syringe portion; and a movable member engagable with a plunger of the said syringe , the movable member having a finger grip at or adjacent to a tip end thereof, the movable member being engaged with the syringe portion and configured to move relative to the rear grip when a user applies a force at the finger grip ; wherein the front and rear grips are formed as lateral projections (40a, 40b; 38a, 38b) with respect to the movable member .
A secondary battery structure comprising: a can; an electrode assembly accommodated in the can, the electrode assembly comprising a cathode tab and an anode tab; a cap plate sealing an opened upper end of the can; and an upper insulator disposed between the can and the cap plate, the upper insulator having one or more than one cathode tab holes for the cathode tab, one or more than one anode tab holes for the anode tab, and one or more than one injection/impregnation holes for injecting and impregnating, wherein each of the one or more than one cathode tab holes , the one or more than one anode tab holes , and the one or more than one injection/impregnation holes extends in a length or width direction of the upper insulator and is symmetrical with respect to at least one of a line (a) that equally divides the upper insulator in a width direction and a line (b) that equally divides the upper insulator in a length direction, and characterized in that a reinforcing piece is disposed along a circumference of each of top and bottom surfaces of the upper insulator and the reinforcing piece extends in the length or width direction of the upper insulator and is symmetrical with respect to the line (c) that equally divides the upper insulator in the thickness direction, and the one or more than one cathode tab holes are opened in the width direction of the upper insulator , and the one or more than one cathode tab holes are provided in two on each of both sides of the upper insulator . a can; an electrode assembly accommodated in the can, the electrode assembly comprising a cathode tab and an anode tab; a cap plate sealing an opened upper end of the can; and an upper insulator disposed between the can and the cap plate, the upper insulator having one or more than one cathode tab holes for the cathode tab, one or more than one anode tab holes for the anode tab, and one or more than one injection/impregnation holes for injecting and impregnating, wherein each of the one or more than one cathode tab holes , the one or more than one anode tab holes , and the one or more than one injection/impregnation holes extends in a length or width direction of the upper insulator and is symmetrical with respect to at least one of a line (a) that equally divides the upper insulator in a width direction and a line (b) that equally divides the upper insulator in a length direction, and
An aircraft inert gas generating system comprising: a fuel source ; an air-fuel mixing unit configured to receive an amount of the fuel and an amount of air and create an air-fuel mixture; a catalytic oxidation unit downstream of the air-fuel mixing unit and configured to receive and react the air-fuel mixture and generate a gaseous reaction mixture; a condenser downstream of and in flow communication with the catalytic oxidation unit and configured to receive the gaseous reaction mixture; and characterized by a cabin exhaust circuit in flow communication with the condenser and configured to provide cabin exhaust air at a first temperature below 100°F (38°C) to the condenser to cool and remove an amount of water vapor from the gaseous mixture. a fuel source ; an air-fuel mixing unit configured to receive an amount of the fuel and an amount of air and create an air-fuel mixture; a catalytic oxidation unit downstream of the air-fuel mixing unit and configured to receive and react the air-fuel mixture and generate a gaseous reaction mixture; a condenser downstream of and in flow communication with the catalytic oxidation unit and configured to receive the gaseous reaction mixture; and characterized by a cabin exhaust circuit in flow communication with the condenser and configured to provide cabin exhaust air at a first temperature below 100°F (38°C) to the condenser to cool and remove an amount of water vapor from the gaseous mixture.
A display device comprising: a housing ; at least one roller positioned inside the housing ; a module cover comprising at least one apron ; a display unit comprising a display panel configured to be rolled around the at least one roller , wherein the display panel is coupled to the module cover , and a source printed circuit board, PCB, electrically connected to the display panel ; a motor assembly ; an upper bar coupled to an upper part of the display unit ; at least one support portion having one side coupled to an end of the upper bar and having another side coupled to the motor assembly , the at least one support portion moving the upper bar up and down with an operation of the motor assembly ; and a cable electrically connecting the source PCB to an electronic device inside the housing , wherein a through hole of the at least one apron penetrates a central portion of the at least one apron in a direction parallel to short sides (SS1, SS2) of the display panel when the display panel is extended, and a portion of the cable between the source PCB and the electronic device inside the housing is passed through the through hole of the at least one apron . a housing ; at least one roller positioned inside the housing ; a module cover comprising at least one apron ; a display unit comprising a display panel configured to be rolled around the at least one roller , wherein the display panel is coupled to the module cover , and a source printed circuit board, PCB, electrically connected to the display panel ; a motor assembly ; an upper bar coupled to an upper part of the display unit ; at least one support portion having one side coupled to an end of the upper bar and having another side coupled to the motor assembly , the at least one support portion moving the upper bar up and down with an operation of the motor assembly ; and a cable electrically connecting the source PCB to an electronic device inside the housing , wherein a through hole of the at least one apron penetrates a central portion of the at least one apron in a direction parallel to short sides (SS1, SS2) of the display panel when the display panel is extended, and a portion of the cable between the source PCB and the electronic device inside the housing is passed through the through hole of the at least one apron .
A terminal housing, comprising: a bottom metal bezel , a main board unit and an antenna unit , wherein the bottom metal bezel comprises a segment of horizontal bezel divided by two slits ; the main board unit comprises a power supply module , a switching module , a first grounding area , a second grounding area and a third grounding area ; the antenna unit comprises the horizontal bezel , a first branch , a second branch , a third branch and a fourth branch ; the power supply module is connected to the horizontal bezel through the first branch ; the second branch and the third branch are connected to the fourth branch , the second branch is connected to the horizontal bezel , the third branch is connected to the first grounding area , and the fourth branch is connected to the second grounding area ; and a first end of the switching module is connected to the contact areas of the second branch , the third branch and the fourth branch , and a second end of the switching module is connected to the third grounding area , and the switching module is configured to control the first end to be connected to or disconnected from the second end , wherein the switching module is configured to control the first end to be connected to the second end , such that the horizontal bezel , the first branch and the second branch form a planar inverted F antenna PIFA; and the first branch , the second branch , the third branch and the fourth branch form a PIFA wherein the fourth branch is a bent branch; and the switching module is configured to control the first end to be disconnected from the second end , such that the horizontal bezel , the first branch and the second branch form a planar inverted F antenna PIFA; the first branch , the second branch , the third branch and the horizontal bezel form an annular LOOP antenna; and the second branch and the fourth branch form another LOOP antenna.
A gas sensor comprising a substrate , a recess or opening arranged in said substrate , a bridge extending over said recess or opening and being anchored in said substrate , wherein said bridge comprises at least a first and a second metal layer separated by at least one dielectric layer , in particular of silicon nitride and/or silicon oxide, and wherein said bridge forms a hotplate , a patch of sensing material, in particular of a metal oxide material, arranged on said hotplate , a heater located in said hotplate and formed by said first metal layer , electrodes located in said hotplate , formed at least in part by said second metal layer , and arranged for measuring an electrical property of said patch of sensing material, a temperature sensor arranged in said hotplate , characterized in that said recess or opening arranged in said substrate comprises at least two parallel neighbouring bridges , said bridges comprise, in particular consist of, a central region forming said hotplate and two arms of unequal length extending between said central region and said substrate , wherein the central regions of the neighbouring bridges are, in a direction along the bridges offset in respect to each other.
A therapeutic agent for use in the treatment of a fatty liver disease, the therapeutic agent comprising a compound represented by the following formula : or a pharmaceutically acceptable salt thereof.
A mirror assembly for use/mounting in a vehicle , the mirror assembly comprising: a trainable transceiver unit comprising: a transceiver circuit configured to reproduce and transmit control signals for operating a plurality of remote electronic devices; a user interface element ; a battery configured to power the transceiver circuit and the user interface element ; an electronic display configured to present visual information to a vehicle occupant; a control circuit configured to monitor an amount of energy remaining in the battery and cause the electronic display to progressively present a battery life indicator showing an indication of the amount of energy remaining in the battery in response to at least one of: the amount of energy remaining in the battery dropping below a threshold energy value, and a voltage produced by the battery dropping below a threshold voltage, wherein the mirror assembly of the vehicle includes the electronic display ; and a housing containing the transceiver circuit , the user interface element , the electronic display , the control circuit , and the battery , wherein the housing is integrated with the mirror assembly of the vehicle . a transceiver circuit configured to reproduce and transmit control signals for operating a plurality of remote electronic devices; a user interface element ; a battery configured to power the transceiver circuit and the user interface element ; an electronic display configured to present visual information to a vehicle occupant; a control circuit configured to monitor an amount of energy remaining in the battery and cause the electronic display to progressively present a battery life indicator showing an indication of the amount of energy remaining in the battery in response to at least one of: the amount of energy remaining in the battery dropping below a threshold energy value, and a voltage produced by the battery dropping below a threshold voltage, wherein the mirror assembly of the vehicle includes the electronic display ; and a housing containing the transceiver circuit , the user interface element , the electronic display , the control circuit , and the battery , wherein the housing is integrated with the mirror assembly of the vehicle .
A method for a virtual transponder which is a transponder partitioned into multiple transponders, said virtual transponder utilizing inband telemetry, inband being the frequency band utilized to transmit payload data, the method comprising: transmitting, by a hosted payload, HoP, operation center, HOC, , encrypted hosted commands to a host spacecraft operations center, SOC, ; transmitting, by the host SOC, encrypted host commands and the encrypted hosted commands to a vehicle , wherein the encrypted host commands are encrypted utilizing a first communication security, COMSEC, variety and the encrypted hosted commands are encrypted utilizing a second COMSEC variety; decrypting, by a first communication security module on the vehicle, the encrypted host commands utilizing the first COMSEC variety to generate unencrypted host commands; decrypting, by a second communication security module on the vehicle, the encrypted hosted commands utilizing the second COMSEC variety to generate unencrypted hosted commands; reconfiguring a payload on the vehicle according to at least one of the unencrypted host commands or the unencrypted hosted commands; transmitting, by a payload antenna on the vehicle, payload data to at least one of a host receiving antenna or a hosted receiving antenna ; encrypting, by the first communication security module , unencrypted telemetry received from the payload by utilizing the first COMSEC variety to generate encrypted telemetry, said unencrypted telemetry comprising unencrypted host telemetry and unencrypted hosted telemetry; transmitting the encrypted telemetry to the host SOC ; transmitting the encrypted telemetry to the HOC . transmitting, by a hosted payload, HoP, operation center, HOC, , encrypted hosted commands to a host spacecraft operations center, SOC, ; transmitting, by the host SOC, encrypted host commands and the encrypted hosted commands to a vehicle , wherein the encrypted host commands are encrypted utilizing a first communication security, COMSEC, variety and the encrypted hosted commands are encrypted utilizing a second COMSEC variety; decrypting, by a first communication security module on the vehicle, the encrypted host commands utilizing the first COMSEC variety to generate unencrypted host commands; decrypting, by a second communication security module on the vehicle, the encrypted hosted commands utilizing the second COMSEC variety to generate unencrypted hosted commands; reconfiguring a payload on the vehicle according to at least one of the unencrypted host commands or the unencrypted hosted commands; transmitting, by a payload antenna on the vehicle, payload data to at least one of a host receiving antenna or a hosted receiving antenna ; encrypting, by the first communication security module , unencrypted telemetry received from the payload by utilizing the first COMSEC variety to generate encrypted telemetry, said unencrypted telemetry comprising unencrypted host telemetry and unencrypted hosted telemetry; transmitting the encrypted telemetry to the host SOC ; transmitting the encrypted telemetry to the HOC .
A process for removing at least one halogenated ethylene impurity selected from HCO-1140 (CH 2 =CHCl), CH 2 =CFCl and a combination thereof from a fluoroolefin mixture comprised of at least one compound selected from 2,3,3,3-tetrafluoropropene, 1,3,3,3-tetrafluoro-1-propene and 1-chloro-3,3,3-frifluoropropene and said halogenated ethylene impurity, said process comprising: contacting said mixture comprised of said fluoroolefin and at least one halogenated ethylene impurity with at least one adsorbent or at least one chemisorption catalyst to reduce the concentration of said at least one halogenated ethylene impurity.
An apparatus, comprising: an encoder for encoding image data for at least one block of a picture, wherein said encoder comprises a deblocking filter for filtering the image data, and wherein block-based local inverse tone mapping is used for inter-layer texture prediction for bit depth scalability, and the deblocking filter being characterized in that a boundary strength of the deblocking filtering is adjusted if block-based inverse tone mapping is used for both the at least one block and an adjacent block with respect to said at least one block, and inverse tone mapping parameters are different for said at least one block and said adjacent block or if inverse tone mapping is used, for only one of said at least one block and said adjacent block.
A computer-implemented method for training a deep convolutional neural network to provide a patient radiation treatment plan, the method comprising: collecting patient data from a group of patients, the patient data including at least one image of patient anatomy and a prior treatment plan, wherein the treatment plan includes predetermined machine parameters; and training a deep convolution neural network for regression by using the prior treatment plans and the corresponding collected patient data to determine a new treatment plan. collecting patient data from a group of patients, the patient data including at least one image of patient anatomy and a prior treatment plan, wherein the treatment plan includes predetermined machine parameters; and training a deep convolution neural network for regression by using the prior treatment plans and the corresponding collected patient data to determine a new treatment plan.