mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fabricating a thin film transistor, comprising: forming a thin film by a direct current (DC) sputtering process; and etching the thin film by a weting etching process to form an active layer , wherein the active layer is made of zirconium indium oxide and has a carrier concentration of at least approximately 1×10 17 cm -3 and a carrier mobility of at least approximately 20 cm 2 /Vs, the zirconium indium oxide has a chemical formula of Zr 6 In 94 O 100 , Zr 11 In 89 O 100 or Zr 16 In 84 O 100 , and the wet etching process comprises: etching the thin film made of zirconium indium oxide at an etching rate of greater than or equal to 60 nm/min in a phosphoric acid solution having concentration of 50 % by weight; and annealing the thin film made of zirconium indium oxide in air at a temperature 200 °C for at least 30 minutes after etching the thin film made of zirconium indium oxide. forming a thin film by a direct current (DC) sputtering process; and etching the thin film by a weting etching process to form an active layer , wherein the active layer is made of zirconium indium oxide and has a carrier concentration of at least approximately 1×10 17 cm -3 and a carrier mobility of at least approximately 20 cm 2 /Vs, the zirconium indium oxide has a chemical formula of Zr 6 In 94 O 100 , Zr 11 In 89 O 100 or Zr 16 In 84 O 100 , and the wet etching process comprises: etching the thin film made of zirconium indium oxide at an etching rate of greater than or equal to 60 nm/min in a phosphoric acid solution having concentration of 50 % by weight; and annealing the thin film made of zirconium indium oxide in air at a temperature 200 °C for at least 30 minutes after etching the thin film made of zirconium indium oxide. etching the thin film made of zirconium indium oxide at an etching rate of greater than or equal to 60 nm/min in a phosphoric acid solution having concentration of 50 % by weight; and annealing the thin film made of zirconium indium oxide in air at a temperature 200 °C for at least 30 minutes after etching the thin film made of zirconium indium oxide.
A system comprising: a mobile system comprising a multi-modal, multi-camera system configured to capture images from multiple perspectives in a local area traversed by the mobile system; a plurality of object detection inference models (652; 904; 1010) configured to analyze the captured images from each camera (612...620; 1012) to detect, classify, and localize objects therein and output associated object data comprising information associated with detected objects; and a local object tracker configured to track detected objects in a local map (920; 1024) associated with the mobile system based on the object data and update object data across a plurality of detections using Kalman filtering (908; 1030) to remove duplicates. a mobile system comprising a multi-modal, multi-camera system configured to capture images from multiple perspectives in a local area traversed by the mobile system; a plurality of object detection inference models (652; 904; 1010) configured to analyze the captured images from each camera (612...620; 1012) to detect, classify, and localize objects therein and output associated object data comprising information associated with detected objects; and a local object tracker configured to track detected objects in a local map (920; 1024) associated with the mobile system based on the object data and update object data across a plurality of detections using Kalman filtering (908; 1030) to remove duplicates.
A method for producing flakes of an ester mixture comprising bis-(hydroxyethyl)-terephthalate, dimers, trimers, tetramers, pentamers and higher oligomers of ethane-1,2-diol and terephthalate acid, the method comprising the steps of: a) flash evaporating ethane-1,2-diol from an ester mixture obtained from the glycolysis of PET (polyethylene terephthalate) wherein the flash evaporation is carried out at a reduced pressure in the range of from 100 to 300 mbar (10 to 30 kPa) and at a temperature in the range from 190°C to 220°C ; and b) producing flakes of the ester mixture of step (a). a) flash evaporating ethane-1,2-diol from an ester mixture obtained from the glycolysis of PET (polyethylene terephthalate) wherein the flash evaporation is carried out at a reduced pressure in the range of from 100 to 300 mbar (10 to 30 kPa) and at a temperature in the range from 190°C to 220°C ; and b) producing flakes of the ester mixture of step (a).
A method of encrypting information on an electronic device having a camera, the method comprising: displaying information associated with an application running on the electronic device; receiving , via the application running on the electronic device, an input to initiate an encrypted camera application that is separate from the application running on the electronic device; initiating the encrypted camera application; determining an identity profile having an associated key; receiving an input from the encrypted camera application to collect image data with the camera; receiving image data from an image sensor of the camera; encrypting the image data utilizing the key associated with the determined identity profile to generate encrypted image data; adding the encrypted image data to a document associated with the application running on the electronic device. displaying information associated with an application running on the electronic device; receiving , via the application running on the electronic device, an input to initiate an encrypted camera application that is separate from the application running on the electronic device; initiating the encrypted camera application; determining an identity profile having an associated key; receiving an input from the encrypted camera application to collect image data with the camera; receiving image data from an image sensor of the camera; encrypting the image data utilizing the key associated with the determined identity profile to generate encrypted image data; adding the encrypted image data to a document associated with the application running on the electronic device.
Siamese gas intake port for a cylinder of an internal combustion engine, said Siamese intake port comprising an inlet and two outlets for said gas, said outlets being identical on either side of a mid-plane (PM), said Siamese intake port comprising a first port extending between said inlet and a first outlet of said Siamese intake port , and a second port extending between said inlet and a second outlet of said Siamese intake port , said first and second ports being connected to one another between said inlet and a point of intersection of said first and second ports along a junction line (LJ), the distance between said junction line (LJ) and said mid-plane (PM) decreasing in the direction of circulation of said gas within said Siamese intake port , characterized in that the cross section of said first port delimited by said junction line (LJ) represents from 4 to 5 times the cross section of said second port delimited by said junction line (LJ).
A method of assignment of an RFID reader to a network printer including the steps of: a) assigning a unique printer identifier to a printer , b) transmitting the unique printer identifier to a pass deployment center and to a configuration server , c) generating a confirmation credential , including the unique printer identifier for the printer by the pass deployment center together with a unique link to the confirmation credential , d) generating a machine-readable code from the unique link and printing and/or displaying the machine readable code by the printer , e) reading the machine readable code by a mobile device using its camera and transferring the unique link to the mobile device , f) opening the unique link by the mobile device and transferring the credential to the mobile device as a wallet pass so that it can be read via NFC, g) reading the credential from the mobile device by a RFID reader which is to be linked to the printer , h) transmitting by the RFID reader the credential , together with its own unique reader identifier to the configuration server , and i) establishing an assignment between the printer and the reader based on the unique printer identifier and the unique reader identifier . a) assigning a unique printer identifier to a printer , b) transmitting the unique printer identifier to a pass deployment center and to a configuration server , c) generating a confirmation credential , including the unique printer identifier for the printer by the pass deployment center together with a unique link to the confirmation credential , d) generating a machine-readable code from the unique link and printing and/or displaying the machine readable code by the printer , e) reading the machine readable code by a mobile device using its camera and transferring the unique link to the mobile device , f) opening the unique link by the mobile device and transferring the credential to the mobile device as a wallet pass so that it can be read via NFC, g) reading the credential from the mobile device by a RFID reader which is to be linked to the printer , h) transmitting by the RFID reader the credential , together with its own unique reader identifier to the configuration server , and i) establishing an assignment between the printer and the reader based on the unique printer identifier and the unique reader identifier .
- A tooling for manufacturing a wall with two concrete walls between which at least one insulation panel is trapped, this tooling including at least one system for positioning the insulation panel composed, on the one hand of a dagger having a rod provided with a bearing stop and, on the other hand of a lock being in the form of a tubular sleeve , said lock being provided with a counter-stop , the rod having a first end (12 1 ) intended to be in contact with a first form panel and a second end (12 2 ) intended to be in contact with a second form panel , so that the distance between the first and the second end is equal to the thickness of the wall , characterized in that the lock is provided with at least two notches for receiving a first reinforcement (5 1 ), arranged locally on the circumference of the positioning system, extending set back from the first end (12 1 ) of the rod , delimited on either side by retaining stops spaced apart so as to maintain in position the first reinforcement (5 1 ), defining a housing with a profile converging in the opposite direction to their opening, and arranged according to the length of a tubular sleeve of the positioning system so as to be able to adjust the position of the first reinforcement (5 1 ) according to the length of the positioning system .
A computer-implemented method to adaptively size or position an application window of an application in a windows-based workspace , the method comprising: receiving a selection of a half-area of the windows-based workspace in which to present the application window of the application by detecting said application window of the application being moved or dragged against a vertical edge of the windows-based workspace associated with the half-area of the windows-based workspace ; determining a size and position of another application window in the windows-based workspace , wherein the other application window is initially maximized in the windows-based workspace ; determining , based on the determined size and position of the other application window , a size and position for the application window of the application such that the application window fills the selected half-area of the windows-based workspace ; determining, for the other application window , another size and position such that a vertical edge of the other application window aligns with a vertical edge of the half-area of the windows-based workspace; and presenting the application window at the determined size and position such that the application window is presented in the selected half-area of the windows-based workspace , and presenting the other application window at the other determined size and position such that the application window and other application window meet at the vertical edge of the selected half-area area of the windows-based workspace and such that the other application window is presented in the other half-area of the windows-based workspace. receiving a selection of a half-area of the windows-based workspace in which to present the application window of the application by detecting said application window of the application being moved or dragged against a vertical edge of the windows-based workspace associated with the half-area of the windows-based workspace ; determining a size and position of another application window in the windows-based workspace , wherein the other application window is initially maximized in the windows-based workspace ; determining , based on the determined size and position of the other application window , a size and position for the application window of the application such that the application window fills the selected half-area of the windows-based workspace ; determining, for the other application window , another size and position such that a vertical edge of the other application window aligns with a vertical edge of the half-area of the windows-based workspace; and presenting the application window at the determined size and position such that the application window is presented in the selected half-area of the windows-based workspace , and presenting the other application window at the other determined size and position such that the application window and other application window meet at the vertical edge of the selected half-area area of the windows-based workspace and such that the other application window is presented in the other half-area of the windows-based workspace.
A ventilator which is connected to a sensor system as well as to a control system , wherein the sensor system is configured to acquire at least two items of measurement data as well as to transmit the acquired measurement data to the ventilator or to the control logic module , and wherein the control system is connected to at least one display device , characterized in that the at least one display device comprises a configural display screen , and wherein the control system is configured to provide display data on the basis of the acquired measurement data which can be displayed on a first graphics unit on the at least one display device , wherein at least individual items of display data can be displayed in a first animatable representation of a respiratory gas on the first graphics unit of the at least one display device , wherein the first graphics unit is a pictorial representation of a lung , and wherein individual components of the respiratory gas can be represented by mutually distinguishable geometrical elements . the sensor system is configured to acquire at least two items of measurement data as well as to transmit the acquired measurement data to the ventilator or to the control logic module , and wherein the control system is connected to at least one display device , characterized in that the at least one display device comprises a configural display screen , and wherein the control system is configured to provide display data on the basis of the acquired measurement data which can be displayed on a first graphics unit on the at least one display device , wherein at least individual items of display data can be displayed in a first animatable representation of a respiratory gas on the first graphics unit of the at least one display device , wherein the first graphics unit is a pictorial representation of a lung , and wherein individual components of the respiratory gas can be represented by mutually distinguishable geometrical elements .
A dynamic acoustic system for use in connection with an indoor environment , the dynamic acoustic system comprising: a plurality of elongated acoustic bars each being operably coupled to and positioned below a ceiling member of the indoor environment, each of the plurality of acoustic bars including: an upper portion , a lower portion , a plurality of side surfaces extending between the upper portion and the lower portion, an interior region at least partially defined by the upper portion, the lower portion, and the plurality of side surfaces, and at least one movable element positioned on at least one of the plurality of side surfaces, the at least one movable element being movable between a first position and a second position; a controller operably coupled to each of the plurality of elongated acoustic bar to selectively control operation of the at least one movable element of a desired number of the plurality of elongated acoustic bars to alter an acoustic characteristic of the indoor environment. an upper portion , a lower portion , a plurality of side surfaces extending between the upper portion and the lower portion, an interior region at least partially defined by the upper portion, the lower portion, and the plurality of side surfaces, and at least one movable element positioned on at least one of the plurality of side surfaces, the at least one movable element being movable between a first position and a second position; a controller operably coupled to each of the plurality of elongated acoustic bar to selectively control operation of the at least one movable element of a desired number of the plurality of elongated acoustic bars to alter an acoustic characteristic of the indoor environment.
Pneumatic-tube station comprising a station housing with a receiving point and a dispensing point , and with a gripping apparatus which is automatically movable in the station housing between the receiving point and the dispensing point and which is configured to automatically grip a pneumatic-tube container which has reached the receiving point and to move it to the dispensing point , further comprising at least one removal point adjoining the dispensing point , characterized by a tool changer which is assigned to the dispensing point and which comprises at least a first emptying tool (9.1) and a second emptying tool (9.2) which is different from the first emptying tool (9.1), wherein the tool changer comprises a drive apparatus which is configured to automatically move either the first emptying tool (9.1) or the second emptying tool (9.2) into a working position in which the respectively selected emptying tool (9.1, 9.2) is oriented with respect to a pneumatic-tube container positioned at the dispensing point in order to dispense an article to be transported, which is present in the pneumatic-tube container , by way of an actuating movement of the selected emptying tool (9.1, 9.2), with the result that the article to be transported dispensed from the pneumatic-tube container passes to the removal point .
An endoscope , comprising: an elongated body having an outer liner that defines a lumen disposed about a longitudinal axis, the body having a proximal end and a distal tip , the outer liner having at least a portion of a light transmittable jacket disposed about the distal tip; an imaging system including a lens and an image device disposed within the lumen at the distal tip, and a plurality of image conductors extending within the lumen and having a distal end coupled to the image device and a proximal end, a plurality of light conductors arranged at the distal tip, the light conductors having a distal end and a proximal end and extending within the lumen therebetween, the distal end of each of the light conductors in optical communication with the light transmittable jacket at a location proximal to the image device; and a serial electrical connector formed along the proximal end of the body, the serial electrical connector comprising a plurality of ring conductors (100; 100A to 100H) spaced from one another and an annular window segment axially disposed relative to the ring conductors, each of the ring conductors associated with and in electrical communication with the proximal end of one of the image conductors, the annular window segment in optical communication with the proximal end of the light conductors. an elongated body having an outer liner that defines a lumen disposed about a longitudinal axis, the body having a proximal end and a distal tip , the outer liner having at least a portion of a light transmittable jacket disposed about the distal tip; an imaging system including a lens and an image device disposed within the lumen at the distal tip, and a plurality of image conductors extending within the lumen and having a distal end coupled to the image device and a proximal end, a plurality of light conductors arranged at the distal tip, the light conductors having a distal end and a proximal end and extending within the lumen therebetween, the distal end of each of the light conductors in optical communication with the light transmittable jacket at a location proximal to the image device; and a serial electrical connector formed along the proximal end of the body, the serial electrical connector comprising a plurality of ring conductors (100; 100A to 100H) spaced from one another and an annular window segment axially disposed relative to the ring conductors, each of the ring conductors associated with and in electrical communication with the proximal end of one of the image conductors, the annular window segment in optical communication with the proximal end of the light conductors.
A communication device for communicating data over a low power wide area, LPWA, communication network , wherein the communication device comprises: a processor configured to process data; a memory configured to store data; a radio configured to transmit and/or receive data over the LPWA communication network ; and a security system configured to operate a plurality of logically separated sets of security domains (111a-c, 113a-c, 115a-c), including a master set of security domains and one or more slave sets of security domains (111b,c, 113b,c, 115b,c), on the processor and the memory , wherein each set of security domains comprises a processor security domain (111a-c) and a memory security domain (113a-c, 115a-c), characterized in that the processor security domain of the master set of security domains is configured to generate on the basis of a cryptographic master key stored in the memory security domain of the master set of security domains for each of the one or more slave sets of security domains (111b,c, 113b,c, 115b,c) a respective cryptographic key for an end-to-end encryption. a processor configured to process data; a memory configured to store data; a radio configured to transmit and/or receive data over the LPWA communication network ; and a security system configured to operate a plurality of logically separated sets of security domains (111a-c, 113a-c, 115a-c), including a master set of security domains and one or more slave sets of security domains (111b,c, 113b,c, 115b,c), on the processor and the memory , wherein each set of security domains comprises a processor security domain (111a-c) and a memory security domain (113a-c, 115a-c), characterized in that the processor security domain of the master set of security domains is configured to generate on the basis of a cryptographic master key stored in the memory security domain of the master set of security domains for each of the one or more slave sets of security domains (111b,c, 113b,c, 115b,c) a respective cryptographic key for an end-to-end encryption.
A composition for use in a method of treating or preventing a complication of sickle-cell disease in a subject, the method comprising administering the composition to a subject, wherein the composition comprises an ActRII antagonist, wherein the complication is selected from the group consisting of pain crisis, vaso-occlusion and vaso-occlusive crisis, wherein the ActRII antagonist comprises a polypeptide that comprises an amino acid sequence that is at least 90% identical to the sequence of amino acids 29-109 of SEQ ID NO: 1, wherein the polypeptide comprises an acidic amino acid at the position corresponding to position 79 of SEQ ID NO: 1; wherein the polypeptide binds to GDF8 and/or GDF11.