mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an opening system for a container, the container comprising a packaging material having an outside and an inside , and a strip zone arranged in the packaging material and being configured to be opened when opening the container, the method comprising molding an injection molded opening element by pressurizing a material from which the opening element is to be formed so that said material propagates from the inside of the packaging material to the outside thereof, through the strip zone, while having arranged a support element at the outside of the packaging material to contact at least part of the strip zone and at least part of the packaging material at a first portion thereof outside the strip zone, along a plane in which the packaging material extends, where said material propagates; and characterized by providing the support element with elongated ribs being arranged to contact at least part of the strip zone and at least part of the packaging material at said first portion thereof where said material propagates.
Drive unit suitable to be used with a lubrication device , comprising: - a pivoting lever ; - a pivoting mechanism, comprising said pivoting lever that moves between the first position such as initial position and the second position such as final position in the first direction, said pivoting mechanism optionally comprising a one-way mechanism for preventing undesired movement opposite to said first direction, preferably a one-way bearing , or a one-way gear; - a return mechanism for returning said pivoting lever from the second position to the first position in the direction opposite to said first direction, preferably comprising tension, compression or spiral spring, or rubber; - a flexible shaft , preferably including a torsion element , for transmitting the torque to the lubrication device; characterized in that the drive unit also comprises : - an impact element of said pivoting lever chosen from the group consisting of wheel and ball, said impact element of said pivoting lever being preferably made of an elastic material; and preferably a limiter , preferably formed as an adjustment screw, for limiting movement and/or said first, and second, positions. - a pivoting lever ; - a pivoting mechanism, comprising said pivoting lever that moves between the first position such as initial position and the second position such as final position in the first direction, said pivoting mechanism optionally comprising a one-way mechanism for preventing undesired movement opposite to said first direction, preferably a one-way bearing , or a one-way gear; - a return mechanism for returning said pivoting lever from the second position to the first position in the direction opposite to said first direction, preferably comprising tension, compression or spiral spring, or rubber; - a flexible shaft , preferably including a torsion element , for transmitting the torque to the lubrication device; - an impact element of said pivoting lever chosen from the group consisting of wheel and ball, said impact element of said pivoting lever being preferably made of an elastic material; and preferably a limiter , preferably formed as an adjustment screw, for limiting movement and/or said first, and second, positions.
Blind rivet joint having a workpiece arrangement which includes at least one visible-side workpiece and one blind-side workpiece , and having a formed set blind rivet arrangement formed from a blind rivet arrangement which comprises a rivet body and a mandrel , wherein the rivet body has a rivet head , a rivet shank and a rivet hole , wherein the mandrel has a mandrel head and a mandrel shank , which is introduced into the rivet hole, with the result that the mandrel head rests positively on the rivet shank , wherein the rivet head has a head underside surface which faces the rivet shank and, adjacent to the rivet shank , has a head minimum outside diameter (HD2) and, remote from the rivet shank , has a head maximum outside diameter (HD1), wherein one section of the head underside surface, which is arranged from an intermediate outside diameter (BD2) between the head minimum outside diameter and the head maximum outside diameter towards a contact surface minimum diameter (BD1) which is greater than the head minimum outside diameter (HD2), is a contact surface for a visible-side circumferential edge of a through opening in the visible-side workpiece of the workpiece arrangement riveted by means of the set blind rivet arrangement , wherein an annular segment of the contact surface rests on a circumferential edge of the through opening in the visible-side workpiece , wherein a part of the rivet head projects relative to a visible surface of the visible-side workpiece and wherein the rivet head projects some way into the through opening in the visible-side workpiece .
A wrap for wrapping an object to be sterilised, the wrap having four edges bound by a periphery, with a first edge on one side of the periphery and a second edge on a side of the periphery opposite to the first side , wherein: - the wrap has at least a first tab forming part of the periphery of the first edge and at least a second tab forming part of the periphery of the second edge ; and - the first tab is diagonally opposite the second tab . - the wrap has at least a first tab forming part of the periphery of the first edge and at least a second tab forming part of the periphery of the second edge ; and - the first tab is diagonally opposite the second tab .
A method of wireless communications for establishing device-to-device, D2D, communication between two user equipments, UE, the method carried out at a first of the two UEs, the method comprising: generating a keystream based on a mobility management entity-user equipment, MME-UE, key, a non-access stratum, NAS, message count value, and a contextual string associated with an informational element to be used for said D2D communication; ciphering the informational element using the generated keystream; and sending the ciphered informational element, by the first UE, and via the MME, to the other UE involved in the D2D communication. generating a keystream based on a mobility management entity-user equipment, MME-UE, key, a non-access stratum, NAS, message count value, and a contextual string associated with an informational element to be used for said D2D communication; ciphering the informational element using the generated keystream; and sending the ciphered informational element, by the first UE, and via the MME, to the other UE involved in the D2D communication.
A container comprising: a container body having a sealing lip , the sealing lip comprising an opening end and a seal end spaced from the opening end ; a bottom perforated film comprising a first sealant layer and a first substrate layer , the first sealant layer being adhered to the sealing lip at a first adhesion strength; a top film adhered to the bottom perforated film , and comprising a second sealant layer and a second substrate layer , wherein the top film adheres to the bottom perforated film at a second adhesion strength at one or more locations not in vertical alignment with the seal end, and wherein the top film adheres to the bottom perforated film at a third adhesion strength at a location in vertical alignment with the seal end ; wherein the third adhesion strength is greater than the first adhesion strength which is greater than the second adhesion strength, such that, upon application of a pull force, the top film is peelable relative to the bottom perforated film at the opening end and the top film is peelable with the bottom perforated film relative to the container body at the seal end, said container being characterized in that : the top film adheres to the bottom perforated film at a second adhesion strength only at locations in vertical alignment with the sealing lip. a container body having a sealing lip , the sealing lip comprising an opening end and a seal end spaced from the opening end ; a bottom perforated film comprising a first sealant layer and a first substrate layer , the first sealant layer being adhered to the sealing lip at a first adhesion strength; a top film adhered to the bottom perforated film , and comprising a second sealant layer and a second substrate layer , wherein the top film adheres to the bottom perforated film at a second adhesion strength at one or more locations not in vertical alignment with the seal end, and wherein the top film adheres to the bottom perforated film at a third adhesion strength at a location in vertical alignment with the seal end ; wherein the third adhesion strength is greater than the first adhesion strength which is greater than the second adhesion strength, such that, upon application of a pull force, the top film is peelable relative to the bottom perforated film at the opening end and the top film is peelable with the bottom perforated film relative to the container body at the seal end, said container being characterized in that : the top film adheres to the bottom perforated film at a second adhesion strength only at locations in vertical alignment with the sealing lip.
A photocurable liquid silicone composition, comprising: (A) a straight chain organopolysiloxane with a viscosity at 23°C of 50 to 100,000 mPa·s, containing at least two alkenyl groups with 2 to 12 carbon atoms in a molecule, and not containing a mercaptoalkyl group; (B) an organopolysiloxane with a viscosity of 10 to 10,000 mPa·s at 23°C and having at least two mercaptoalkyl groups in a molecule, in an amount such that the amount of mercaptoalkyl groups in this component is 0.2 to 3 moles with regard to 1 mole of alkenyl groups in component (A); (C) a branched chain organopolysiloxane containing siloxane units represented by the formula: R 3 SiO 3/2 (where R 3 represents an alkyl group with 1 to 12 carbon atoms, an aryl group with 6 to 20 carbon atoms, an aralkyl group with 7 to 20 carbon atoms, a hydroxyl group, or an alkoxy group with 1 to 6 carbon atoms) and/or siloxane units represented by the formula: SiO 4/2 , wherein the molar ratio of siloxane units represented by the formula: R 3 SiO 3/2 and the siloxane units represented by the formula: SiO 4/2 of all of the siloxane units in component (C) is at least 0.5, and 0.65 or lower and alkenyl groups and mercaptoalkyl groups are not included; (D) a photo radical initiator containing a phosphorus atom; and (E) a hindered phenol compound, wherein the amount of component (C) is 25 to 80 parts by mass, the amount of component (D) is 0.01 to 1.0 parts by mass, and the amount of component (E) is 0.01 to 1.0 parts by mass, with regard to 100 parts by mass of a total of component (A) through component (E). (A) a straight chain organopolysiloxane with a viscosity at 23°C of 50 to 100,000 mPa·s, containing at least two alkenyl groups with 2 to 12 carbon atoms in a molecule, and not containing a mercaptoalkyl group; (B) an organopolysiloxane with a viscosity of 10 to 10,000 mPa·s at 23°C and having at least two mercaptoalkyl groups in a molecule, in an amount such that the amount of mercaptoalkyl groups in this component is 0.2 to 3 moles with regard to 1 mole of alkenyl groups in component (A); (C) a branched chain organopolysiloxane containing siloxane units represented by the formula: R 3 SiO 3/2 (where R 3 represents an alkyl group with 1 to 12 carbon atoms, an aryl group with 6 to 20 carbon atoms, an aralkyl group with 7 to 20 carbon atoms, a hydroxyl group, or an alkoxy group with 1 to 6 carbon atoms) and/or siloxane units represented by the formula: SiO 4/2 , wherein the molar ratio of siloxane units represented by the formula: R 3 SiO 3/2 and the siloxane units represented by the formula: SiO 4/2 of all of the siloxane units in component (C) is at least 0.5, and 0.65 or lower and alkenyl groups and mercaptoalkyl groups are not included; (D) a photo radical initiator containing a phosphorus atom; and (E) a hindered phenol compound,
A patient support apparatus pneumatic system , comprising: a mattress defining an interior ; a pneumatic enclosure in fluid communication with the interior , the pneumatic enclosure including an inlet and an outlet , wherein the pneumatic enclosure is located at least partially within the interior of the mattress ; a blower in fluid communication with the interior and the pneumatic enclosure , wherein the blower is configured to operate within a predetermined speed range to maintain a predetermined pressure range in the pneumatic enclosure and, under a fault condition, to operate outside the predetermined speed range ; a pressure sensor configured to detect a chamber pressure (Pc) within the pneumatic enclosure ; and a controller configured to monitor a speed of the blower and the chamber pressure (Pc), wherein an intake blockage condition constitutes the fault condition and is detected when the speed of the blower is above a predetermined upper threshold value of the predetermined speed range . a mattress defining an interior ; a pneumatic enclosure in fluid communication with the interior , the pneumatic enclosure including an inlet and an outlet , wherein the pneumatic enclosure is located at least partially within the interior of the mattress ; a blower in fluid communication with the interior and the pneumatic enclosure , wherein the blower is configured to operate within a predetermined speed range to maintain a predetermined pressure range in the pneumatic enclosure and, under a fault condition, to operate outside the predetermined speed range ; a pressure sensor configured to detect a chamber pressure (Pc) within the pneumatic enclosure ; and a controller configured to monitor a speed of the blower and the chamber pressure (Pc), wherein an intake blockage condition constitutes the fault condition and is detected when the speed of the blower is above a predetermined upper threshold value of the predetermined speed range .
A tray alignment calibration page used for calibrating tray alignment, characterised in that it comprises: three scales, entitled A, B, and C, respectively, wherein said A and C scales indicate an amount of shift along a y-axis required for performing tray alignment, said A and C scales having a midpoint used as a default tray alignment setting, and scale B indicates an amount of shift along an x-axis required for performing tray alignment, said B scale having a midpoint used as a default tray alignment setting; and means for determining where a vertical fold falls on said B scale upon folding said alignment calibration page in half vertically; means for determining where a horizontal fold falls on said A scale and on said C scale, upon folding said alignment calibration page in half horizontally; A, B, and C text boxes, respectively, for writing said determined values from said A, B, and C scales, respectively; and a bottom side of said alignment calibration page used during repeating said preceding operations for duplexing; wherein said written values include tray alignment calibration values. three scales, entitled A, B, and C, respectively, wherein said A and C scales indicate an amount of shift along a y-axis required for performing tray alignment, said A and C scales having a midpoint used as a default tray alignment setting, and scale B indicates an amount of shift along an x-axis required for performing tray alignment, said B scale having a midpoint used as a default tray alignment setting; and means for determining where a vertical fold falls on said B scale upon folding said alignment calibration page in half vertically; means for determining where a horizontal fold falls on said A scale and on said C scale, upon folding said alignment calibration page in half horizontally; A, B, and C text boxes, respectively, for writing said determined values from said A, B, and C scales, respectively; and a bottom side of said alignment calibration page used during repeating said preceding operations for duplexing; wherein said written values include tray alignment calibration values.
An integrated asymmetric brake system for an aircraft comprising: a housing ; a control surface actuator arranged in the housing, the control surface actuator including a torque limiter output member and being operable to selectively deploy and retract a control surface ; an asymmetry brake system arranged in the housing and operably connected to the control surface actuator and the torque limiter output member, the asymmetry brake system including an asymmetry gear train , a dual channel electro-mechanical (E/M) brake coupled thereto and a ball ramp brake assembly operatively connected to the asymmetry gear train and the dual channel electro-mechanical brake; a controller configured to control operation of the control surface actuator and to actuate the asymmetric brake system ; wherein the asymmetry brake system is configured to prevent deployment of the control surface by activating the torque limiter output member upon detecting an asymmetry event; wherein the integrated brake system further comprises an asymmetry brake test monitor switch mounted in the housing and operably coupled to the asymmetry brake system, wherein the controller is further configured to monitor the asymmetry brake test monitor switch to confirm functionality of the asymmetry brake system prior to flight. a housing ; a control surface actuator arranged in the housing, the control surface actuator including a torque limiter output member and being operable to selectively deploy and retract a control surface ; an asymmetry brake system arranged in the housing and operably connected to the control surface actuator and the torque limiter output member, the asymmetry brake system including an asymmetry gear train , a dual channel electro-mechanical (E/M) brake coupled thereto and a ball ramp brake assembly operatively connected to the asymmetry gear train and the dual channel electro-mechanical brake; a controller configured to control operation of the control surface actuator and to actuate the asymmetric brake system ; wherein the asymmetry brake system is configured to prevent deployment of the control surface by activating the torque limiter output member upon detecting an asymmetry event; wherein the integrated brake system further comprises an asymmetry brake test monitor switch mounted in the housing and operably coupled to the asymmetry brake system, wherein the controller is further configured to monitor the asymmetry brake test monitor switch to confirm functionality of the asymmetry brake system prior to flight.
A ventilator configured to control a pressure and gas mixture for an air flow, the ventilator comprising: a gas source ; a proportional valve configured to control a gas flow rate from the gas source; a blower with a motor; a mix controller in communication with the proportional valve, wherein the mix controller is configured to monitor a flow of gas through the blower, and further configured to control a percentage of oxygen in output flow; and a blower motor controller configured to control a speed of the blower motor using a blower speed feedback loop configured to generate a speed output signal, a flow feedback loop, and a pressure feedback loop, wherein the blower motor controller comprises a complimentary filter configured to blend a machine pressure signal and a proximal pressure signal into a single feedback signal, and wherein the pressure feedback loop is configured to receive as input: (i) a pressure trajectory, (ii) the single feedback signal from the complimentary filter, and (iii) the speed output signal from the blower speed feedback loop. a gas source ; a proportional valve configured to control a gas flow rate from the gas source; a blower with a motor; a mix controller in communication with the proportional valve, wherein the mix controller is configured to monitor a flow of gas through the blower, and further configured to control a percentage of oxygen in output flow; and a blower motor controller configured to control a speed of the blower motor using a blower speed feedback loop configured to generate a speed output signal, a flow feedback loop, and a pressure feedback loop, wherein the blower motor controller comprises a complimentary filter configured to blend a machine pressure signal and a proximal pressure signal into a single feedback signal, and wherein the pressure feedback loop is configured to receive as input: (i) a pressure trajectory, (ii) the single feedback signal from the complimentary filter, and (iii) the speed output signal from the blower speed feedback loop.
Process for removing ketazine from a polyurethane dispersion comprising the step of the distillation of the polyurethane dispersion, wherein the vapour temperature is at most 53°C, the distillation is carried out at a pressure of at least 120 mbar and at most 140 mbar and the vapour temperature reaches 51°C.
An electronic device in a wireless communication system, comprising: one or more processing circuits configured to: acquire (S710) a NACK message indicating failed information transmission between a transmitting end and a receiving end in the wireless communication system and failure cause information indicating a cause of the failed information transmission, wherein the cause of the failed information transmission comprises a link quality cause and a non-link quality cause; and generate (S720) spectrum sensing parameter information if it is determined that the cause of the failed information transmission is the non-link quality cause to adjust a spectrum sensing parameter of the transmitting end, so as to increase a probability of successful information transmission between the transmitting end and the receiving end. one or more processing circuits configured to: acquire (S710) a NACK message indicating failed information transmission between a transmitting end and a receiving end in the wireless communication system and failure cause information indicating a cause of the failed information transmission, wherein the cause of the failed information transmission comprises a link quality cause and a non-link quality cause; and generate (S720) spectrum sensing parameter information if it is determined that the cause of the failed information transmission is the non-link quality cause to adjust a spectrum sensing parameter of the transmitting end, so as to increase a probability of successful information transmission between the transmitting end and the receiving end. acquire (S710) a NACK message indicating failed information transmission between a transmitting end and a receiving end in the wireless communication system and failure cause information indicating a cause of the failed information transmission, wherein the cause of the failed information transmission comprises a link quality cause and a non-link quality cause; and generate (S720) spectrum sensing parameter information if it is determined that the cause of the failed information transmission is the non-link quality cause to adjust a spectrum sensing parameter of the transmitting end, so as to increase a probability of successful information transmission between the transmitting end and the receiving end.
A chromatography system comprising an apparatus for stopping or reducing a fluid leak in the chromatography system, the apparatus comprising: a coating conforming to a component of the chromatography system; and a responsive material disposed within the coating , wherein the responsive material is configured to increase stiffness in response to being contacted by the leaking fluid, wherein the component comprises tubing, a fitting, a connector, a pump, a column, a column case, a column heater, or a detector. a coating conforming to a component of the chromatography system; and a responsive material disposed within the coating , wherein the responsive material is configured to increase stiffness in response to being contacted by the leaking fluid, wherein the component comprises tubing, a fitting, a connector, a pump, a column, a column case, a column heater, or a detector.