mhurhangee/patent-ind-claim-en huggingface dataset:
A Human Machine Interface cover in the form of a sheet, having a thickness of about 2 mm to about 5 mm, comprising a cellulose ester composition comprising a cellulose ester comprising the repeating units of the structure: wherein R 1 , R 2 , and R 3 are selected independently from the group consisting of hydrogen or straight chain alkanoyl having from 2 to 10 carbon atoms, preferably 1 2 3 wherein R , R 2 , and R are selected independently from propanoyl and/ or butanoyl, and having a low hydroxyl content with a total degree of substitution (DS) in the range from 2.85 to 3. wherein R 1 , R 2 , and R 3 are selected independently from the group consisting of hydrogen or straight chain alkanoyl having from 2 to 10 carbon atoms, preferably 1 2 3 wherein R , R 2 , and R are selected independently from propanoyl and/ or butanoyl, and having a low hydroxyl content with a total degree of substitution (DS) in the range from 2.85 to 3.
A steerable drogue assembly for towing behind an aircraft, the drogue assembly comprising: a reception coupling for receiving a probe of a receiver aircraft; one or more aerodynamic control features , each including a wing member arranged to project radially from the drogue into the airflow passing the drogue; a receiving basket formed from a plurality of support arms arranged annularly around the central towing axis of the drogue assembly; and one or more actuators provided in the drogue assembly and adapted to selectively activate said one or more aerodynamic control features , so that an activated aerodynamic control feature interacts with airflow passing the drogue so as to exert a control force on the drogue, characterised in that the aerodynamic control features are moveable between a stowed position interleaved with the support arms and a deployed position projecting radially from the drogue into the airflow passing the drogue. a reception coupling for receiving a probe of a receiver aircraft; one or more aerodynamic control features , each including a wing member arranged to project radially from the drogue into the airflow passing the drogue; a receiving basket formed from a plurality of support arms arranged annularly around the central towing axis of the drogue assembly; and one or more actuators provided in the drogue assembly and adapted to selectively activate said one or more aerodynamic control features , so that an activated aerodynamic control feature interacts with airflow passing the drogue so as to exert a control force on the drogue, characterised in that the aerodynamic control features are moveable between a stowed position interleaved with the support arms and a deployed position projecting radially from the drogue into the airflow passing the drogue.
A cutting tool comprising a coating on a substrate , wherein the coating comprises a first layer element , wherein the first layer element has an overall composition comprising the metal or metalloid elements aluminum, chromium, titanium, and silicon, wherein the metal or metalloid elements aluminum, chromium, titanium, and silicon define at least 99 at% of a total of the metal and metalloid elements in the first layer element wherein the first layer element comprises a number N lay of first layer element layers , wherein N lay is at least 2, wherein each of the first layer element layers is a nitride layer of the metal or metalloid elements aluminum, chromium, titanium and silicon, wherein the N lay first layer element layers comprise at least two different types of layers , wherein the different types of layer at least differ in a silicon content, wherein a first type of the layers has a highest silicon content C Si,H expressed in at.%, relative to a total of the metal and metalloid elements, and wherein a second type of the layers has a lowest silicon content C Si,L expressed in at%, relative to a total of the metal and metalloid elements, wherein a ratio of the lowest silicon content C Si,L to the highest silicon content C Si,H is selected from the range of 0.25≤C Si,L /C Si,H ≤0.9; wherein a thickness of the first layer element is selected from the range of 1-12 μm; wherein in the first layer element , relative to a total of the metal and the metalloid elements - aluminum is available in the range of 72-77 at.%, - titanium is available in the range of 5-11 at.%, - chromium is available in the range of 13-20 at.%, and - silicon is available in the range of 0.7-1.7 at.%. - aluminum is available in the range of 72-77 at.%, - titanium is available in the range of 5-11 at.%, - chromium is available in the range of 13-20 at.%, and - silicon is available in the range of 0.7-1.7 at.%.
A solid-state electrolyte comprising a garnet-type crystal structure, wherein the solid-state electrolyte is represented by the formula(Li 7 - ax + y A x )La 3 (Zr 2-y B y )O 12 , where A is at least one element selected from the group consisting of Al and Ga, a is a valence of A, B is at least one element selected from the group consisting of Al, Ga, Sc, Yb, Dy, and Y, x is more than 0 but less than 1.0, y is more than 0 but less than 1.0, and 7 - ax + y is more than 5.5 but less than 7.0.
Apparatus for manufacturing sterile containers , comprising: a shaping unit for shaping the containers starting from parisons made of thermoplastic material; a sterilising unit for chemically sterilising the shaped containers by means of a sterilising agent, said sterilising unit being located downstream said shaping unit , characterised in that it comprises: a first box-like case configured to delimit a first volume inside which the containers move forward during their transferral from said shaping unit to said sterilising unit ; a first air pressurising device for pressurising the air, which is located externally of said first volume and is configured to introduce therein air having pressure comprised between 1 Pa and 10 Pa, said first air pressurising device comprising at least one first fan for directing the air towards the first volume and at least one first heating element configured to maintain the temperature of the pressurised air over the dew temperature of said sterilising agent. a shaping unit for shaping the containers starting from parisons made of thermoplastic material; a sterilising unit for chemically sterilising the shaped containers by means of a sterilising agent, said sterilising unit being located downstream said shaping unit , characterised in that it comprises: a first box-like case configured to delimit a first volume inside which the containers move forward during their transferral from said shaping unit to said sterilising unit ; a first air pressurising device for pressurising the air, which is located externally of said first volume and is configured to introduce therein air having pressure comprised between 1 Pa and 10 Pa, said first air pressurising device comprising at least one first fan for directing the air towards the first volume and at least one first heating element configured to maintain the temperature of the pressurised air over the dew temperature of said sterilising agent. a first box-like case configured to delimit a first volume inside which the containers move forward during their transferral from said shaping unit to said sterilising unit ; a first air pressurising device for pressurising the air, which is located externally of said first volume and is configured to introduce therein air having pressure comprised between 1 Pa and 10 Pa, said first air pressurising device comprising at least one first fan for directing the air towards the first volume and at least one first heating element configured to maintain the temperature of the pressurised air over the dew temperature of said sterilising agent.
A curable composition for making polyisocyanurate comprising products having a glass transition temperature > 100°C, obtained by combining and mixing at an isocyanate index of at least 100: a) A polyisocyanate composition, b) An isocyanate reactive composition comprising at least 50 mol %, preferably at least 70 mol %, more preferably at least 90 mol % diols calculated on the total number of mol isocyanate reactive compounds in the isocyanate-reactive composition, c) A toughening agent comprising acrylic block copolymers, d) A trimerization catalyst composition, and e) Optionally further additives and/or auxiliary compounds. wherein the amount of polyisocyanates in the curable composition comprises at least 50 wt% polyisocyanates calculated on the total weight of the reactive curable composition. a) A polyisocyanate composition, b) An isocyanate reactive composition comprising at least 50 mol %, preferably at least 70 mol %, more preferably at least 90 mol % diols calculated on the total number of mol isocyanate reactive compounds in the isocyanate-reactive composition, c) A toughening agent comprising acrylic block copolymers, d) A trimerization catalyst composition, and e) Optionally further additives and/or auxiliary compounds.
Assembly comprising a device to assist obstacle clearance and a means for transporting a load , said device to assist obstacle clearance being capable of manually raising or lowering the means for transporting a load , characterised in that the device to assist obstacle clearance comprises: - at least one arm automatically articulated about an articulation integral with the means for transporting the load between a first position retracted by the weight of the load wherein said device is integrated into a lower part of the means for transporting the load , and a second position deployed by the action of an elastic element, - at least one main wheel fixed to the arm for rotation therewith on the side opposite the articulation , - a damping system capable of storing energy, damping shocks and automatically returning the arm into the deployed second position when the means for transporting the load is at least partially raised by the user to clear an obstacle, and - a system (15a; 15b) configured to prevent rubbing and degradation to the means for transporting the load against the obstacle to be cleared, said system (15a; 15b) comprising at least one secondary wheel or a ball caster (15a; 15b) fixed to the free end of the arm for rotation therewith, on the side opposite the articulation . - at least one arm automatically articulated about an articulation integral with the means for transporting the load between a first position retracted by the weight of the load wherein said device is integrated into a lower part of the means for transporting the load , and a second position deployed by the action of an elastic element, - at least one main wheel fixed to the arm for rotation therewith on the side opposite the articulation , - a damping system capable of storing energy, damping shocks and automatically returning the arm into the deployed second position when the means for transporting the load is at least partially raised by the user to clear an obstacle, and - a system (15a; 15b) configured to prevent rubbing and degradation to the means for transporting the load against the obstacle to be cleared, said system (15a; 15b) comprising at least one secondary wheel or a ball caster (15a; 15b) fixed to the free end of the arm for rotation therewith, on the side opposite the articulation .
An inspection system for controlling quality of a tube , comprising: - transporting means for transferring the tube on a transporting path being substantially perpendicular to an axis of the tube , - a radiation source , - a radiation receiver , and - means for altering a direction of a radiation beam, partially or totally reflecting the radiation, forming the path of the radiation beam from the radiation source through the interior of the tube to the radiation receiver , characterized in that : - the inspection system is configured to: - generate two radiation beams ; - introduce said two radiation beams to the inside of the tube at two opposite ends of the tube , such that the radiation beams propagate through the tube in two opposite directions; - register an image generated by means of the first radiation beam after propagating through the tube ; - register an image generated by means of the second radiation beam after propagating through the tube ; - compare , in an inspection unit , a contour of tube ends to a circular shape; - in case of deviation of the registered shape from the circular shape, generate a signal for rejecting a faulty tube . - transporting means for transferring the tube on a transporting path being substantially perpendicular to an axis of the tube , - a radiation source , - a radiation receiver , and - means for altering a direction of a radiation beam, partially or totally reflecting the radiation, forming the path of the radiation beam from the radiation source through the interior of the tube to the radiation receiver , - the inspection system is configured to: - generate two radiation beams ; - introduce said two radiation beams to the inside of the tube at two opposite ends of the tube , such that the radiation beams propagate through the tube in two opposite directions; - register an image generated by means of the first radiation beam after propagating through the tube ; - register an image generated by means of the second radiation beam after propagating through the tube ; - compare , in an inspection unit , a contour of tube ends to a circular shape; - in case of deviation of the registered shape from the circular shape, generate a signal for rejecting a faulty tube .
A method for operating a battery exchange station , a plurality of exchangeable batteries being positioned in the battery exchange station , wherein the method comprises: selecting one or more uninterruptible-power-supply batteries, UPS batteries, from the plurality of exchangeable batteries ; wherein the method further comprises: determining which battery of the plurality of exchangeable batteries is to be provided to a user when a user requests a battery exchange; generating a list of the one or more UPS batteries; in response to a power interruption of the battery exchange station , instructing the one or more UPS batteries to discharge to sustain an operation of the battery exchange station , wherein the operation of the battery exchange station includes charging one of more of the plurality of exchangeable batteries that are not selected as the one or more UPS batteries; in response to a battery exchange at the battery exchange station , updating the list of the one or more UPS batteries; wherein selecting the one or more UPS batteries comprises: determining a status of each of the plurality of exchangeable batteries positioned in the battery exchange station ; and selecting the one or more UPS batteries at least partially based in part on the statuses of the plurality of exchangeable batteries ; wherein the statuses are indicative of state of charges, SoCs, of the plurality of exchangeable batteries . selecting one or more uninterruptible-power-supply batteries, UPS batteries, from the plurality of exchangeable batteries ; wherein the method further comprises: determining which battery of the plurality of exchangeable batteries is to be provided to a user when a user requests a battery exchange; generating a list of the one or more UPS batteries; in response to a power interruption of the battery exchange station , instructing the one or more UPS batteries to discharge to sustain an operation of the battery exchange station , wherein the operation of the battery exchange station includes charging one of more of the plurality of exchangeable batteries that are not selected as the one or more UPS batteries; in response to a battery exchange at the battery exchange station , updating the list of the one or more UPS batteries; wherein selecting the one or more UPS batteries comprises: determining a status of each of the plurality of exchangeable batteries positioned in the battery exchange station ; and selecting the one or more UPS batteries at least partially based in part on the statuses of the plurality of exchangeable batteries ; wherein the statuses are indicative of state of charges, SoCs, of the plurality of exchangeable batteries . determining a status of each of the plurality of exchangeable batteries positioned in the battery exchange station ; and selecting the one or more UPS batteries at least partially based in part on the statuses of the plurality of exchangeable batteries ; wherein the statuses are indicative of state of charges, SoCs, of the plurality of exchangeable batteries .
A method of controlling radio transmission in a cellular network, the method comprising: a communication device receiving an uplink grant (203; 701; 801; 904, 909) from the cellular network, the uplink grant (203; 701; 801; 904, 909) indicating uplink radio resources allocated to the communication device in reoccurring time intervals; in response to receiving the uplink grant (203; 701; 801; 904, 909) from the cellular network, the communication device sending a message for acknowledging receipt of the uplink grant to the cellular network; for each of said time intervals, the communication device selecting between: - an active mode in which the communication device performs an uplink transmission (205; 211; 302; 402; 410; 702, 704, 705; 803, 804, 805, 906, 911) in the allocated uplink radio resources, and - an inactive mode in which the communication device performs no uplink transmission in the allocated uplink radio resources. a communication device receiving an uplink grant (203; 701; 801; 904, 909) from the cellular network, the uplink grant (203; 701; 801; 904, 909) indicating uplink radio resources allocated to the communication device in reoccurring time intervals; in response to receiving the uplink grant (203; 701; 801; 904, 909) from the cellular network, the communication device sending a message for acknowledging receipt of the uplink grant to the cellular network; for each of said time intervals, the communication device selecting between: - an active mode in which the communication device performs an uplink transmission (205; 211; 302; 402; 410; 702, 704, 705; 803, 804, 805, 906, 911) in the allocated uplink radio resources, and - an inactive mode in which the communication device performs no uplink transmission in the allocated uplink radio resources. - an active mode in which the communication device performs an uplink transmission (205; 211; 302; 402; 410; 702, 704, 705; 803, 804, 805, 906, 911) in the allocated uplink radio resources, and - an inactive mode in which the communication device performs no uplink transmission in the allocated uplink radio resources.
A method for active cloud point control characterized by receiving a first measurement associated with a cloud point of a biofuel being produced in a refining system ; receiving a desired point measurement associated with the cloud point of the biofuel; determining , how to adjust an inlet temperature of a reactor in the refining system based on the first measurement and the desired point measurement associated with the cloud point of the biofuel; and generating control signals to adjust the inlet temperature of the reactor based on the determination, producing biofuel at the desired cloud point.
An apparatus for contactless input , comprising: an optical image formation means having first reflective surfaces and second reflective surfaces crossed in planar view, the first reflective surfaces arranged numerously and standing on a same planar surface, the second reflective surfaces arranged numerously and standing on a same planar surface, the optical image formation means adapted to form a second reflected light by receiving a first reflected light from each of the first reflective surfaces on the corresponding second reflective surfaces ; a display provided on one side of and at a distance from the optical image formation means ; and a light sensor formed in the shape of a sheet and arranged on the surface of the display , the light sensor having infrared sensor elements adapted to detect only light from the front side, the infrared sensor elements provided side by side with one another; wherein a first real image is formed on the other side of the optical image formation means by the optical image formation means from an image on the display ; wherein light emitted from the display contains infrared light; and wherein a second real image is formed on the display through the optical image formation means from reflected infrared light from an indicating means having come into contact with the first real image , and a position of the second real image is detected by the light sensor . an optical image formation means having first reflective surfaces and second reflective surfaces crossed in planar view, the first reflective surfaces arranged numerously and standing on a same planar surface, the second reflective surfaces arranged numerously and standing on a same planar surface, the optical image formation means adapted to form a second reflected light by receiving a first reflected light from each of the first reflective surfaces on the corresponding second reflective surfaces ; a display provided on one side of and at a distance from the optical image formation means ; and a light sensor formed in the shape of a sheet and arranged on the surface of the display , the light sensor having infrared sensor elements adapted to detect only light from the front side, the infrared sensor elements provided side by side with one another; wherein a first real image is formed on the other side of the optical image formation means by the optical image formation means from an image on the display ; wherein light emitted from the display contains infrared light; and wherein a second real image is formed on the display through the optical image formation means from reflected infrared light from an indicating means having come into contact with the first real image , and a position of the second real image is detected by the light sensor .
A subsea system, comprising: a multiphase separator , configured to separate a multiphase fluid into solid , liquid , and gaseous phases, comprising: a multiphase fluid inlet coupled to a shell , wherein the multiphase fluid inlet is configured to receive the multiphase fluid; a solid-liquid separation device disposed in the shell , wherein the solid-liquid separation device is configured to facilitate separation of the solid phase and the liquid phase from the multiphase fluid; a gas-liquid separation device disposed in the shell , wherein the gas-liquid separation device is configured to facilitate separation of the gaseous phase and the liquid phase from the multiphase fluid; a liquid reservoir disposed in the shell , wherein the liquid reservoir is configured to hold a volume of the liquid phase to be used as a lubricant for a multiphase pump; and a liquid outlet coupled to the shell , wherein the liquid outlet is configured to transfer the liquid phase from the liquid reservoir to a multiphase pump. a multiphase fluid inlet coupled to a shell , wherein the multiphase fluid inlet is configured to receive the multiphase fluid; a solid-liquid separation device disposed in the shell , wherein the solid-liquid separation device is configured to facilitate separation of the solid phase and the liquid phase from the multiphase fluid; a gas-liquid separation device disposed in the shell , wherein the gas-liquid separation device is configured to facilitate separation of the gaseous phase and the liquid phase from the multiphase fluid; a liquid reservoir disposed in the shell , wherein the liquid reservoir is configured to hold a volume of the liquid phase to be used as a lubricant for a multiphase pump; and a liquid outlet coupled to the shell , wherein the liquid outlet is configured to transfer the liquid phase from the liquid reservoir to a multiphase pump.