mhurhangee/patent-ind-claim-en huggingface dataset:
A hold-open arrangement for a door, with a retaining device for holding the door open, in particular in an open position, wherein the retaining device can be transferred into a releasing state (GZ) from a hold-open state (SZ) by supplying electric energy, wherein the hold-open arrangement is formed to transfer the retaining device from the hold-open state (SZ) into the releasing state (GZ) if a defect occurs in the intended supply of the retaining device with electric power and optionally also if a specified voltage value (Uvi) for an energy accumulator unit , which serves as the supply of electric energy for the retaining device , is undercut, wherein the retaining device has an electric flow-through component , in particular a magnetic coil, and by means of the electric flow-through component the releasing state is achieved, characterized in that the hold-open arrangement has a measuring point for determining an electrical amperage (I 1 ), which flows through the electric flow-through component , wherein a defect is present in the intended supply of the retaining device with electric current if the measured amperage (I 1 ) is outside of a specified value range (I 0 , I 2 ), wherein to carry out a measurement which is carried out for test purposes, the electric flow-through component is energized with such a polarity that the energization has no effect on the state of the retaining device and wherein the determination of the amperage is carried out at specified time intervals. wherein the hold-open arrangement is formed to transfer the retaining device from the hold-open state (SZ) into the releasing state (GZ) if a defect occurs in the intended supply of the retaining device with electric power and optionally also if a specified voltage value (Uvi) for an energy accumulator unit , which serves as the supply of electric energy for the retaining device , is undercut, wherein the retaining device has an electric flow-through component , in particular a magnetic coil, and by means of the electric flow-through component the releasing state is achieved, characterized in that the hold-open arrangement has a measuring point for determining an electrical amperage (I 1 ), which flows through the electric flow-through component , wherein a defect is present in the intended supply of the retaining device with electric current if the measured amperage (I 1 ) is outside of a specified value range (I 0 , I 2 ), wherein to carry out a measurement which is carried out for test purposes, the electric flow-through component is energized with such a polarity that the energization has no effect on the state of the retaining device and wherein the determination of the amperage is carried out at specified time intervals.
Converter module for a modular multi-level converter, comprising a two-way switch , a capacitor and an arrangement for switching on the two-way switch , characterized in that the arrangement comprises an energy generation device for supplying electrical energy for switching on the two-way switch , said device being suitable for converting electromagnetic radiation into electrical energy, wherein the capacitor is pre-charged through the two-way switch which has been switched on.
A patient interface (x10) for delivering breathable gas to a patient, the patient interface comprising: a nasal seal (x20) to sealingly communicate with the patient's nose in use; a frame (x30) provided to the nasal seal; and headgear (x50) to maintain the nasal seal in a desired position on the patient's face, the headgear includes side straps each having a sleeve, a rigidizer (x55) being positioned in each sleeve, wherein each rigidizer (x55) includes a first end portion that provides a connector structured to engage a respective end of the nasal seal characterized in that , said each rigidizer further includes an inwardly curved protrusion in the form of a cheek support that curves inwardly of the connector , the cheek support adapted to follow the contour of the patient's cheek and guide a respective end portion of the side strap into engagement with the patient's cheek to provide a stable cheek support. a nasal seal (x20) to sealingly communicate with the patient's nose in use; a frame (x30) provided to the nasal seal; and headgear (x50) to maintain the nasal seal in a desired position on the patient's face, the headgear includes side straps each having a sleeve, a rigidizer (x55) being positioned in each sleeve, wherein each rigidizer (x55) includes a first end portion that provides a connector structured to engage a respective end of the nasal seal characterized in that , said each rigidizer further includes an inwardly curved protrusion in the form of a cheek support that curves inwardly of the connector , the cheek support adapted to follow the contour of the patient's cheek and guide a respective end portion of the side strap into engagement with the patient's cheek to provide a stable cheek support.
Hood hinge for a front hood of a vehicle having: - a hinge lower part for attachment to a vehicle body, - a hinge upper part for attachment to the front hood, - a first and second link lever connecting the hinge lower part to the lower hinge upper part , the first link lever being designed to be telescopic and its telescopic function being lockable, - a lifting actuator which is connected to the hinge lower part via a bearing element mounted displaceably in the hinge lower part and undergoes a change in length in relation to the bearing element between a passive state and an activated active state to raise the hinge upper part , wherein the bearing element assumes a rest position in the passive state of the lifting actuator and the bearing element is moved into an active position when the lifting actuator is activated and - a releasing device in operative connection with the bearing element for releasing the telescopic function of the first link lever , wherein the releasing device is actuated when the bearing element is moved from the rest position to the active position. - a hinge lower part for attachment to a vehicle body, - a hinge upper part for attachment to the front hood, - a first and second link lever connecting the hinge lower part to the lower hinge upper part , the first link lever being designed to be telescopic and its telescopic function being lockable, - a lifting actuator which is connected to the hinge lower part via a bearing element mounted displaceably in the hinge lower part and undergoes a change in length in relation to the bearing element between a passive state and an activated active state to raise the hinge upper part , wherein the bearing element assumes a rest position in the passive state of the lifting actuator and the bearing element is moved into an active position when the lifting actuator is activated and - a releasing device in operative connection with the bearing element for releasing the telescopic function of the first link lever , wherein the releasing device is actuated when the bearing element is moved from the rest position to the active position.
A halogen-containing compound represented by a formula I, wherein in the formula I, R 1 , R 2 , R 3 and R 4 are the same or different, each independently being halogen; and i) in the formula I, R 5 , R 6 , R 7 and R 8 are each independently hydrogen, tert- butyl, cyclohexyl, or phenyl, and R 5 and R 6 are different or R 7 and R 8 are different; wherein two of R 5 , R 6 , R 7 and R 8 are hydrogen; or ii) in the formula I, R 5 is C 1 -C 12 alkyl, C 3 -C 12 cycloalkyl or C 6 -C 20 aryl, and R 6 , R 7 and R 8 are hydrogen. i) in the formula I, R 5 , R 6 , R 7 and R 8 are each independently hydrogen, tert- butyl, cyclohexyl, or phenyl, and R 5 and R 6 are different or R 7 and R 8 are different; wherein two of R 5 , R 6 , R 7 and R 8 are hydrogen; or ii) in the formula I, R 5 is C 1 -C 12 alkyl, C 3 -C 12 cycloalkyl or C 6 -C 20 aryl, and R 6 , R 7 and R 8 are hydrogen.
A method comprising: installing temporary floor boards into a fuselage of an aircraft that is being assembled ; identifying paths over which tracks of a tracked robot assembly will travel across the temporary floor boards within the fuselage during assembly of the fuselage ; identifying a set of floor boards corresponding to each of the paths ; and for each set of floor boards, installing mechanical interlock mechanisms that structurally unite the sets of floor boards into a rigid body along the identified paths . installing temporary floor boards into a fuselage of an aircraft that is being assembled ; identifying paths over which tracks of a tracked robot assembly will travel across the temporary floor boards within the fuselage during assembly of the fuselage ; identifying a set of floor boards corresponding to each of the paths ; and for each set of floor boards, installing mechanical interlock mechanisms that structurally unite the sets of floor boards into a rigid body along the identified paths .
An additive manufacturing cartridge comprising (a) an actinic radiation curable polymeric mixture comprising (i) a polyfunctionalized diene monomer-containing polymer having the formula: [P][F]n where P represents a diene polymer chain, F represents a functional group, n is 2 to 15, and each F can be the same or different; (ii) optionally a chain extender based upon F or reactive with F; and (b) an oxygen impermeable layer surrounding (a). (a) an actinic radiation curable polymeric mixture comprising (i) a polyfunctionalized diene monomer-containing polymer having the formula: [P][F]n where P represents a diene polymer chain, F represents a functional group, n is 2 to 15, and each F can be the same or different; (ii) optionally a chain extender based upon F or reactive with F; and (i) a polyfunctionalized diene monomer-containing polymer having the formula: [P][F]n where P represents a diene polymer chain, F represents a functional group, n is 2 to 15, and each F can be the same or different; (ii) optionally a chain extender based upon F or reactive with F; and (b) an oxygen impermeable layer surrounding (a).
Sterilisation apparatus comprising: - means for feeding hydrogen peroxide in liquid phase; - a vaporizer suitable for inducing a phase change for the hydrogen peroxide from liquid phase to gas phase, and defining a vacuum tight containment volume comprising: a temperature sensor , a heating element , and an output duct for the outflow of the hydrogen peroxide in gas phase toward a work volume (L); - a pressure sensor , - a control unit wherein the pressure sensor is operatively connected to the control unit , the pressure sensor being adapted to generate a pressure signal representing the pressure inside the containment volume or inside the work volume (L) and to send the pressure signal to the control unit ; the temperature sensor is operatively connected to the control unit; the means for feeding hydrogen peroxide are operatively connected to the control unit ; the heating element is operatively connected to the control unit ; and wherein the control unit controls the operation of the heating element and of the means for feeding hydrogen peroxide on the base of the signals sent by the temperature sensor and by the pressure sensor and on the base of a predefined logic; characterized in that the temperature sensor is adapted to generate a temperature signal representing a temperature of the heating element and to send the temperature signal to the control unit . - means for feeding hydrogen peroxide in liquid phase; - a vaporizer suitable for inducing a phase change for the hydrogen peroxide from liquid phase to gas phase, and defining a vacuum tight containment volume comprising: a temperature sensor , a heating element , and an output duct for the outflow of the hydrogen peroxide in gas phase toward a work volume (L); a temperature sensor , a heating element , and an output duct for the outflow of the hydrogen peroxide in gas phase toward a work volume (L); - a pressure sensor , - a control unit the pressure sensor is operatively connected to the control unit , the pressure sensor being adapted to generate a pressure signal representing the pressure inside the containment volume or inside the work volume (L) and to send the pressure signal to the control unit ; the temperature sensor is operatively connected to the control unit; the means for feeding hydrogen peroxide are operatively connected to the control unit ; the heating element is operatively connected to the control unit ; and wherein the control unit controls the operation of the heating element and of the means for feeding hydrogen peroxide on the base of the signals sent by the temperature sensor and by the pressure sensor and on the base of a predefined logic; characterized in that the temperature sensor is adapted to generate a temperature signal representing a temperature of the heating element and to send the temperature signal to the control unit .
A bracket configured to accommodate a hose operable to dispense fluid, the bracket including: at least first and second portions extending along two different axes such that when the hose is accommodated by the first and second portions of the bracket , the first and second portions cause the hose to bend; wherein a distal end of the first portion is in the form of an annular ring and a distal end of the second portion is in the form of a curved arm ; and characterised in that : the bracket further includes at least one projection configured to engage an outlet portion of a container within which the fluid that is to be dispensed is contained to thereby retain the bracket in connection with the container when the container is in a sealed state. at least first and second portions extending along two different axes such that when the hose is accommodated by the first and second portions of the bracket , the first and second portions cause the hose to bend; wherein a distal end of the first portion is in the form of an annular ring and a distal end of the second portion is in the form of a curved arm ; and characterised in that : the bracket further includes at least one projection configured to engage an outlet portion of a container within which the fluid that is to be dispensed is contained to thereby retain the bracket in connection with the container when the container is in a sealed state.
A system for determining material accumulation relative to ground engaging tools of an agricultural implement , the system comprising: a frame member ; first and second ground engaging tools coupled to the frame member , the first and second ground engaging tools being configured to engage soil within a field as the agricultural implement is moved across the field, characterized by the first and second ground engaging tools being electrically isolated from each other; a power source configured to apply a voltage across the first and second ground engaging tools ; a sensor configured to measure a capacitance across the first and second ground engaging tools ; and a controller communicatively coupled to the sensor , the controller configured to determine a presence of material accumulation between the first and second ground engaging tools based at least in part on the measured capacitance. a frame member ; first and second ground engaging tools coupled to the frame member , the first and second ground engaging tools being configured to engage soil within a field as the agricultural implement is moved across the field, characterized by the first and second ground engaging tools being electrically isolated from each other; a power source configured to apply a voltage across the first and second ground engaging tools ; a sensor configured to measure a capacitance across the first and second ground engaging tools ; and a controller communicatively coupled to the sensor , the controller configured to determine a presence of material accumulation between the first and second ground engaging tools based at least in part on the measured capacitance.
A radiator support structure comprising: a first attachment member that is configured to be fixed to a vehicle body and to support a radiator body ; and a second attachment member that is configured to support the radiator body , and the second attachment member has a non-coupled structure with respect to the first attachment member and the second attachement member is attached to a bumper reinforcement , extending in a vehicle width direction, that is fixed to a front end of a shock absorbing member configured to be fixed to a front end of a front side member , so that, in case of a collision, the second attachment member moves toward the vehicle rear side, thereby enabling the radiator body supported by the second attachment member to move toward the vehicle rear side so as to detach the radiator body from the first attachment member in case of a collision. a first attachment member that is configured to be fixed to a vehicle body and to support a radiator body ; and a second attachment member that is configured to support the radiator body , and the second attachment member has a non-coupled structure with respect to the first attachment member and the second attachement member is attached to a bumper reinforcement , extending in a vehicle width direction, that is fixed to a front end of a shock absorbing member configured to be fixed to a front end of a front side member , so that, in case of a collision, the second attachment member moves toward the vehicle rear side, thereby enabling the radiator body supported by the second attachment member to move toward the vehicle rear side so as to detach the radiator body from the first attachment member in case of a collision.
A dynamic airflow distribution system within an interior space of a transport unit , the dynamic airflow distribution system comprising: a dynamic airflow distributor that forms an airflow passage with a ceiling of the transport unit , the dynamic airflow distributor extending along a longitudinal direction of the transport unit ; a plurality of spacing devices that form a plurality of gaps between the ceiling and the dynamic airflow distributor ; and a plurality of distributor gap closing mechanisms , wherein each of the distributor gap closing mechanisms is associated with a corresponding gap of the plurality of gaps between the ceiling and the dynamic airflow distributor , and wherein each of the plurality of distributor gap closing mechanisms controllably opens and closes the corresponding gap of the plurality of gaps between the ceiling and the dynamic airflow distributor . a dynamic airflow distributor that forms an airflow passage with a ceiling of the transport unit , the dynamic airflow distributor extending along a longitudinal direction of the transport unit ; a plurality of spacing devices that form a plurality of gaps between the ceiling and the dynamic airflow distributor ; and a plurality of distributor gap closing mechanisms , wherein each of the distributor gap closing mechanisms is associated with a corresponding gap of the plurality of gaps between the ceiling and the dynamic airflow distributor , and wherein each of the plurality of distributor gap closing mechanisms controllably opens and closes the corresponding gap of the plurality of gaps between the ceiling and the dynamic airflow distributor .
Process for preparing diol, characterized in that the process comprises the steps of (1-i) adding alkylene oxide and carbon dioxide onto an H-functional starter substance in the presence of a catalyst to obtain polyethercarbonate polyol and cyclic carbonate, (1-ii) separating the cyclic carbonate from the resulting reaction mixture from step (1-i), (1-iii) hydrolyzing the cyclic carbonate separated from step (1-ii) to carbon dioxide and diol, (1-iv) optionally purifying the diol from step (1-iii) by distillation, wherein (η) a Lewis or Brønsted acid, excluding carboxylic acids having a pKa of > 3.0, and optionally water are added to the cyclic carbonate from step (1-ii) and/or the diol, and the reaction mixture obtained is optionally neutralized. (1-i) adding alkylene oxide and carbon dioxide onto an H-functional starter substance in the presence of a catalyst to obtain polyethercarbonate polyol and cyclic carbonate, (1-ii) separating the cyclic carbonate from the resulting reaction mixture from step (1-i), (1-iii) hydrolyzing the cyclic carbonate separated from step (1-ii) to carbon dioxide and diol, (1-iv) optionally purifying the diol from step (1-iii) by distillation, wherein (η) a Lewis or Brønsted acid, excluding carboxylic acids having a pKa of > 3.0, and optionally water are added to the cyclic carbonate from step (1-ii) and/or the diol, and the reaction mixture obtained is optionally neutralized.
A fixing device comprising: a rotatable endless fixing member ; a heat generator disposed in a longitudinal direction of the fixing member inside a loop of the fixing member ; a nip plate disposed in the longitudinal direction of the fixing member in slidable contact with an inner peripheral surface of the fixing member ; a support disposed around the heat generator and configured to support the heat generator ; a pressing member disposed opposite the nip plate to form a fixing nip between the fixing member and the pressing member ; and a reflector disposed inside the support and configured to reflect heat generated by the heat generator toward the nip plate ; characterized in that : the nip plate is extended upstream in a sheet conveyance direction to form extension parts , the extension parts extending from both end portions of the nip plate in a longitudinal direction of the nip plate only; and the reflector has extended reflectors , extending upstream in the sheet conveyance direction to face the extension parts , the extended reflectors extending from both end portions of the reflector in a longitudinal direction of the reflector only. a rotatable endless fixing member ; a heat generator disposed in a longitudinal direction of the fixing member inside a loop of the fixing member ; a nip plate disposed in the longitudinal direction of the fixing member in slidable contact with an inner peripheral surface of the fixing member ; a support disposed around the heat generator and configured to support the heat generator ; a pressing member disposed opposite the nip plate to form a fixing nip between the fixing member and the pressing member ; and a reflector disposed inside the support and configured to reflect heat generated by the heat generator toward the nip plate ; characterized in that : the nip plate is extended upstream in a sheet conveyance direction to form extension parts , the extension parts extending from both end portions of the nip plate in a longitudinal direction of the nip plate only; and the reflector has extended reflectors , extending upstream in the sheet conveyance direction to face the extension parts , the extended reflectors extending from both end portions of the reflector in a longitudinal direction of the reflector only. the nip plate is extended upstream in a sheet conveyance direction to form extension parts , the extension parts extending from both end portions of the nip plate in a longitudinal direction of the nip plate only; and the reflector has extended reflectors , extending upstream in the sheet conveyance direction to face the extension parts , the extended reflectors extending from both end portions of the reflector in a longitudinal direction of the reflector only.