mhurhangee/patent-ind-claim-en huggingface dataset:
A process for removing hydrogen from a dry gas comprising hydrogen as an impurity, said process comprising passing said dry gas at a temperature from about 0°C to about 60°C through at least one layer of a first hopcalite catalyst to produce product gas that is at least substantially free of hydrogen, wherein said first hopcalite catalyst has a molar ratio of copper to manganese in a range from more than 0.55 to 7, and wherein said dry gas is passed through at least one layer of a second hopcalite catalyst upstream of said layer(s) of said first hopcalite catalyst, wherein said second hopcalite catalyst has a molar ratio of copper to manganese of no more than 0.55.
An apparatus for detecting and determining geometric features inside a borehole comprising: a body section coupled to and deployable in the borehole by a conveyor ; a head section having a first end pivotably coupled to the body section via a joint and a second end including an array of ultrasonic transducers , the array of transducers comprising a multiplicity of individual actuator elements and a multiplicity of individual sensor elements; an electronic control unit configured to: a) control timing of emission of ultrasonic radiation from the actuator elements of the array, b) receive signals generated by the sensor elements of the array , c) control movement of the head section via an actuator coupled to the joint , and d) trigger the actuator element(s) to transmit the ultrasonic radiation in the form of modulated pulses, characterized in that the electronic control unit is further configured to: e) correlate signals received from the sensor elements with the modulated pulses transmitted by the actuator elements using a matched filter that accounts for low-pass filtering effects of the borehole environment. a body section coupled to and deployable in the borehole by a conveyor ; a head section having a first end pivotably coupled to the body section via a joint and a second end including an array of ultrasonic transducers , the array of transducers comprising a multiplicity of individual actuator elements and a multiplicity of individual sensor elements; an electronic control unit configured to: a) control timing of emission of ultrasonic radiation from the actuator elements of the array, b) receive signals generated by the sensor elements of the array , c) control movement of the head section via an actuator coupled to the joint , and d) trigger the actuator element(s) to transmit the ultrasonic radiation in the form of modulated pulses, a) control timing of emission of ultrasonic radiation from the actuator elements of the array, b) receive signals generated by the sensor elements of the array , c) control movement of the head section via an actuator coupled to the joint , and d) trigger the actuator element(s) to transmit the ultrasonic radiation in the form of modulated pulses, characterized in that the electronic control unit is further configured to: e) correlate signals received from the sensor elements with the modulated pulses transmitted by the actuator elements using a matched filter that accounts for low-pass filtering effects of the borehole environment. e) correlate signals received from the sensor elements with the modulated pulses transmitted by the actuator elements using a matched filter that accounts for low-pass filtering effects of the borehole environment.
A package structure, comprising: a substrate ; a decoupling capacitor (CD) provided on the substrate; an integrated circuit , embedded with the decoupling capacitor in a first dielectric layer ; a wiring layer , configured to electrically couple the decoupling capacitor to the integrated circuit, wherein the wiring layer is provided on the first dielectric layer through a second dielectric layer ; and a bootstrap capacitor (CB), provided on the substrate, wherein the integrated circuit is embedded with the bootstrap capacitor in the first dielectric layer; characterized in that the bootstrap capacitor comprises: a third conductive element , formed in the first dielectric layer; a second dielectric element , formed on the first conductive element; and a fourth conductive element , formed on the second dielectric element and in the second dielectric layer. a substrate ; a decoupling capacitor (CD) provided on the substrate; an integrated circuit , embedded with the decoupling capacitor in a first dielectric layer ; a wiring layer , configured to electrically couple the decoupling capacitor to the integrated circuit, wherein the wiring layer is provided on the first dielectric layer through a second dielectric layer ; and a bootstrap capacitor (CB), provided on the substrate, wherein the integrated circuit is embedded with the bootstrap capacitor in the first dielectric layer; characterized in that the bootstrap capacitor comprises: a third conductive element , formed in the first dielectric layer; a second dielectric element , formed on the first conductive element; and a fourth conductive element , formed on the second dielectric element and in the second dielectric layer. a third conductive element , formed in the first dielectric layer; a second dielectric element , formed on the first conductive element; and a fourth conductive element , formed on the second dielectric element and in the second dielectric layer.
Method for controlling a multilevel inverter having a DC link with at least two DC link capacitors (C DC1 , C DC2 ) that is connected to a switching stage with semiconductor switches (Snm) for setting an output voltage (u AC ) or output current (i AC ) of the inverter according to a given setpoint value (SP), comprising the steps of - calculating a modulation signal (MS) with a modulation signal amplitude (A MS ) as an even harmonic signal of the output voltage (u AC ) or output current (i Ac ) of the inverter , wherein the modulation signal (MS) is calculated from an actual electric power difference (P diff,act ) of the actual electric powers at the at least two DC link capacitors (C DC1 , C DC2 ) and - superimposing the modulation signal (MS) onto the setpoint value (SP) for generating an adapted reference signal (RS) that is used for controlling switching of the semiconductor switches (Snm) in order to balance the DC link capacitor voltages (U DC1 , U DC2 ) at the DC link capacitors (C DC1 , C DC2 ). - calculating a modulation signal (MS) with a modulation signal amplitude (A MS ) as an even harmonic signal of the output voltage (u AC ) or output current (i Ac ) of the inverter , wherein the modulation signal (MS) is calculated from an actual electric power difference (P diff,act ) of the actual electric powers at the at least two DC link capacitors (C DC1 , C DC2 ) and - superimposing the modulation signal (MS) onto the setpoint value (SP) for generating an adapted reference signal (RS) that is used for controlling switching of the semiconductor switches (Snm) in order to balance the DC link capacitor voltages (U DC1 , U DC2 ) at the DC link capacitors (C DC1 , C DC2 ).
A lapping method comprising the following steps: a) specifying (S1) a target ease-off for a pair of two gear wheels of a first gear wheel pair (T1, R1) from a number (n) of structurally-equivalent gear wheel pairs (Tn, Rn), b) carrying out (S2) a first lapping procedure on the two gear wheels of the first gear wheel pair (T1, R1), c) carrying out (S3) a measurement procedure on the two gear wheels of the first gear wheel pair (T1, R1), to acquire multiple measured values (MW) on tooth flanks of both gear wheels, d) ascertaining (S4) the actual ease-off of the first gear wheel pair (T1, R1) from the measured values (MW), e) ascertaining (S5) deviations of the actual ease-off in relation to the target ease-off, f) ascertaining (S6) correction values (ΔVD; ΔMD) on the basis of the deviations, g) defining (S7) an adapted lapping procedure on the basis of the correction values (ΔVD; ΔMD), and h) either carrying out a further, adapted lapping procedure (S8, S2*) on the two gear wheels of the first gear wheel pair (T1, R1), i) or carrying out an adapted lapping procedure (S8, S2*) on the two gear wheels of a second gear wheel pair (T2, R2) from the number (n) of structurally-equivalent gear wheel pairs (Tn, Rn). a) specifying (S1) a target ease-off for a pair of two gear wheels of a first gear wheel pair (T1, R1) from a number (n) of structurally-equivalent gear wheel pairs (Tn, Rn), b) carrying out (S2) a first lapping procedure on the two gear wheels of the first gear wheel pair (T1, R1), c) carrying out (S3) a measurement procedure on the two gear wheels of the first gear wheel pair (T1, R1), to acquire multiple measured values (MW) on tooth flanks of both gear wheels, d) ascertaining (S4) the actual ease-off of the first gear wheel pair (T1, R1) from the measured values (MW), e) ascertaining (S5) deviations of the actual ease-off in relation to the target ease-off, f) ascertaining (S6) correction values (ΔVD; ΔMD) on the basis of the deviations, g) defining (S7) an adapted lapping procedure on the basis of the correction values (ΔVD; ΔMD), and h) either carrying out a further, adapted lapping procedure (S8, S2*) on the two gear wheels of the first gear wheel pair (T1, R1), i) or carrying out an adapted lapping procedure (S8, S2*) on the two gear wheels of a second gear wheel pair (T2, R2) from the number (n) of structurally-equivalent gear wheel pairs (Tn, Rn).
A final electrochemical cell comprising: a first anode comprising a first current collector and a first electroactive material layer ; a second anode comprising a second current collector and a second electroactive material layer ; an electrolyte; a cathode; and a release layer (27: 24A, 24B) having an adhesive affinity, wherein the release layer is positioned between the first and second current collectors and adheres together the first and second current collectors. a first anode comprising a first current collector and a first electroactive material layer ; a second anode comprising a second current collector and a second electroactive material layer ; an electrolyte; a cathode; and a release layer (27: 24A, 24B) having an adhesive affinity, wherein the release layer is positioned between the first and second current collectors and adheres together the first and second current collectors.
A protective cover for a load bearing member of an elevator system , comprising: a sleeve configured to be wrapped around a perimeter of the load bearing member , the sleeve configured to protect the load bearing member from debris damage during installation or maintenance operation of the elevator system, and configured to slide along a length direction of the load bearing member ; and the protective cover characterized in that it further comprises a tether configured to connect the sleeve to a working platform . a sleeve configured to be wrapped around a perimeter of the load bearing member , the sleeve configured to protect the load bearing member from debris damage during installation or maintenance operation of the elevator system, and configured to slide along a length direction of the load bearing member ; and the protective cover characterized in that it further comprises a tether configured to connect the sleeve to a working platform .
An apparatus for manufacturing a pouch, the apparatus comprising: a die in which a pair of forming grooves are formed with a partition wall therebetween in a top surface thereof, adapted for disposing a pouch film there on and a pair of punches disposed above the die to form a pair of accommodation parts in the pouch film while being respectively inserted into the pair of forming grooves in a state of pressing the pouch film, characterized in that a pressing surface of each of the punches, which presses the pouch film, has an inclined angle that is gradually inclined upward from one end thereof disposed at a side of the partition wall toward the other end. a die in which a pair of forming grooves are formed with a partition wall therebetween in a top surface thereof, adapted for disposing a pouch film there on and a pair of punches disposed above the die to form a pair of accommodation parts in the pouch film while being respectively inserted into the pair of forming grooves in a state of pressing the pouch film, characterized in that a pressing surface of each of the punches, which presses the pouch film, has an inclined angle that is gradually inclined upward from one end thereof disposed at a side of the partition wall toward the other end.
Device for light signaling of a motor vehicle, said device comprising a mounting support , at least a first light source and a second light source mounted on said mounting support , said light signaling device being open, the mounting support comprising a channeling system adapted to guide and evacuate at least one object arriving on the light signaling device , said mounting support comprising at least one wall for guiding the air arriving on the device from outside the vehicle and in a so-called forward direction, each light source comprising a wall protective front, the guide wall is adapted to guide the air to the front walls of the light sources , and the channeling system comprising at least one gutter for guiding at least one object arriving at the light signaling device , said mounting support comprising a protective bar mounted in front of the light sources characterized in that , the pipe system includes two drain holes located at a lower part of the mounting bracket , one of the two holes being placed at one end front of the gutter , at a front part of the mounting bracket , and the other of the two holes being placed at a rear end of the gutter , at the level with a rear part of the mounting bracket .
A method of supporting, by an Access and Mobility Function, AMF , initiation of a Packet Data Unit, PDU, session between a User Equipment, UE , and a Data Network, DN , having a Data Network Name, DNN, in a telecommunication network , said method comprising, during registration of said UE in said telecommunication network , the steps of: - receiving , by said AMF , a registration request from said UE for registering said UE in said telecommunication network ; - retrieving , by said AMF , from a Unified Data Management, UDM , node, one or more DNNs to which PDU sessions are expected to be established by said UE in said telecommunication network , wherein said step of retrieving is triggered by said receiving of said registration request; - instructing , by said AMF , said UE to initiate said one or more PDU sessions between said UE and said one or more DNNs. - receiving , by said AMF , a registration request from said UE for registering said UE in said telecommunication network ; - retrieving , by said AMF , from a Unified Data Management, UDM , node, one or more DNNs to which PDU sessions are expected to be established by said UE in said telecommunication network , wherein said step of retrieving is triggered by said receiving of said registration request; - instructing , by said AMF , said UE to initiate said one or more PDU sessions between said UE and said one or more DNNs.
A method for the in vitro diagnosis of gastric cancer in a subject, comprising the steps of: a) contacting said biological sample from said subject with at least one progastrin-binding molecule, b) detecting the binding of said progastrin-binding molecule to progastrin in said sample, wherein said binding indicates the presence of gastric cancer in said subject, wherein said biological sample is chosen among: blood, serum and plasma. a) contacting said biological sample from said subject with at least one progastrin-binding molecule, b) detecting the binding of said progastrin-binding molecule to progastrin in said sample, wherein said binding indicates the presence of gastric cancer in said subject,
Recording substrate treatment apparatus, comprising: - a transporting means for transporting a sheet of a recording substrate through a first chamber comprised in the interior space of the recording substrate treatment apparatus; - a first suction device arranged for removing a gaseous medium from said first chamber; - a second suction device arranged for providing a vacuum force for holding down the recording substrate on the outer surface at an outer surface of the transporting means; - a heating device for heating the recording substrate, the heating device comprises a cooling device arranged for cooling the heating device ; and - an impingement device , arranged for providing a first flow of the gaseous medium at the outer surface of the transporting means ; wherein the first suction device is fluidly connected to the impingement device , such that in operation the impingement device receives a first flow of the gaseous medium from the first suction device , the first suction device and the impingement device form a substantially closed circuit, and wherein the second suction device is fluidly connected to the cooling device , such that in operation the cooling device receives a second flow of the gaseous medium from the second suction device , such that two substantially separate air circuits are present. - a transporting means for transporting a sheet of a recording substrate through a first chamber comprised in the interior space of the recording substrate treatment apparatus; - a first suction device arranged for removing a gaseous medium from said first chamber; - a second suction device arranged for providing a vacuum force for holding down the recording substrate on the outer surface at an outer surface of the transporting means; - a heating device for heating the recording substrate, the heating device comprises a cooling device arranged for cooling the heating device ; and - an impingement device , arranged for providing a first flow of the gaseous medium at the outer surface of the transporting means ; wherein the first suction device is fluidly connected to the impingement device , such that in operation the impingement device receives a first flow of the gaseous medium from the first suction device , the first suction device and the impingement device form a substantially closed circuit, and wherein the second suction device is fluidly connected to the cooling device , such that in operation the cooling device receives a second flow of the gaseous medium from the second suction device , such that two substantially separate air circuits are present.
A phacoemulsification surgical handpiece , comprising: a distal end having at least one surgical tool ; a proximal end having at least one sensor module communicatively connected to at least one irrigation line and at least one aspiration line ; and a first pressure sensor located within the at least one sensor module and resident in line with the at least one irrigation line , and a second pressure sensor located within the at least one sensor module and resident in line with the at least one aspiration line ; and at least one communication module communicatively coupled to the at least one sensor module configured to communicate data indicative of the first and second sensors to a surgical console , wherein the pressure of the at least one irrigation line is regulated in accordance with the first pressure sensor, and the pressure of the at least one aspiration line is regulated in accordance with the second pressure sensor, and wherein the at least one sensor module is detachably affixed to the handpiece. a distal end having at least one surgical tool ; a proximal end having at least one sensor module communicatively connected to at least one irrigation line and at least one aspiration line ; and a first pressure sensor located within the at least one sensor module and resident in line with the at least one irrigation line , and a second pressure sensor located within the at least one sensor module and resident in line with the at least one aspiration line ; and at least one communication module communicatively coupled to the at least one sensor module configured to communicate data indicative of the first and second sensors to a surgical console , wherein the pressure of the at least one irrigation line is regulated in accordance with the first pressure sensor, and the pressure of the at least one aspiration line is regulated in accordance with the second pressure sensor, and wherein the at least one sensor module is detachably affixed to the handpiece.
Method for producing steel in a metallurgical vessel , in which crude steel is melted in the metallurgical vessel and oxygen is introduced into the crude steel, wherein an exhaust air system in which a predetermined target pressure (p Soll ) is maintained by regulation is arranged above the metallurgical vessel , characterised in that the actual pressure (p lst ) present in the exhaust air system is determined by means of a computer model to which instantaneous process data are fed, wherein the computer model determines the prevailing actual pressure (p lst ) in the exhaust air system from stored data of methods performed earlier and with respect thereto produces a correlation between the process data and the actual pressure (p lst ) in the exhaust air system , wherein the process data comprise at least: - oxygen fed to the volume flow in the metallurgical vessel and - the concentration of carbon monoxide (CO) and/or carbon dioxide (CO 2 ) in the exhaust air system . - oxygen fed to the volume flow in the metallurgical vessel and - the concentration of carbon monoxide (CO) and/or carbon dioxide (CO 2 ) in the exhaust air system .
A pick-up head for a device for collecting vegetables selected from among melons or cucurbits and including two guide lateral flanges mounted on wheels and means for transferring the vegetables, disposed between said flanges , and adapted to move the vegetables towards a conveyor, the transfer means including rotational drive means and an inclined tray , and wherein the drive means include at least one motor-driven cylinder and means for positioning the cylinder above the tray , characterised in that : - the tray includes a double inclination, a first portion with a slight inclination enabling the pick-up of the vegetables and including a lower end , and a second portion with a large inclination including an upper end and enabling, with the cooperation of the rotational drive means , transfer towards a conveyor, and in that - the means for positioning the cylinder(s) allow adjusting a distance D between the tray and the surface of the cylinder according to the size of the vegetables to be collected, said distance being configured to keep the surface of the cylinder and the picked-up vegetables in contact over the portion with a slight inclination and being moved along the tray until overpassing the upper end . - the tray includes a double inclination, a first portion with a slight inclination enabling the pick-up of the vegetables and including a lower end , and a second portion with a large inclination including an upper end and enabling, with the cooperation of the rotational drive means , transfer towards a conveyor, and in that - the means for positioning the cylinder(s) allow adjusting a distance D between the tray and the surface of the cylinder according to the size of the vegetables to be collected, said distance being configured to keep the surface of the cylinder and the picked-up vegetables in contact over the portion with a slight inclination and being moved along the tray until overpassing the upper end .