mhurhangee/patent-ind-claim-en huggingface dataset:
Seating and reclining furniture with a. a base frame with which the seating and reclining furniture is supported on a floor surface , b. a seat which is articulated to the base frame , c. a backrest which is articulated to a rear end of the seat and to the base frame and d. a footrest which is held on the seat and can be adjusted between an extended and a retracted position via a footrest mechanism , wherein the seating and reclining furniture is adjustable between a sitting position and a reclining position, wherein the base frame has a swing frame in the manner of a four-link chain, to which the seat is articulated, the swing frame being in a rear position in the sitting position and in a reclining position in the front position on the base frame , characterized in that the seat has a supporting leg which comes into contact with the floor surface for supporting the seat in the reclining position and is arranged at a distance to the floor surface in the sitting position. a. a base frame with which the seating and reclining furniture is supported on a floor surface , b. a seat which is articulated to the base frame , c. a backrest which is articulated to a rear end of the seat and to the base frame and d. a footrest which is held on the seat and can be adjusted between an extended and a retracted position via a footrest mechanism , wherein the seating and reclining furniture is adjustable between a sitting position and a reclining position, wherein the base frame has a swing frame in the manner of a four-link chain, to which the seat is articulated, the swing frame being in a rear position in the sitting position and in a reclining position in the front position on the base frame , characterized in that the seat has a supporting leg which comes into contact with the floor surface for supporting the seat in the reclining position and is arranged at a distance to the floor surface in the sitting position.
Method for the production of a positively charged membrane, comprising the following steps a) mixing at least an aprotic solvent, a polyarylether, 2,3,4,5-tetrahydrothiophene-1,1-dioxide and a polycation; b) heating of the mixture above the critical mixing temperature of the polyarylether to obtain a clear and homogenous mixture, wherein 2,3,4,5-tetrahydrothiophene-1,1-dioxide is present in the homogenous mixture from 50% to 80%, preferably from 55% to 70%, more preferably from 60% to 65%, and wherein the polycation is present in the homogeneous mixture from 0.1% to 10%, preferably from 0.2% to 5%, most preferably from 0.3% to 1.8%, based on the total weight of the mixture; c) let the mixture cool down to below said critical mixing temperature, preferable to room temperature; d) followed by non-solvent induced phase separation resulting in the formation of the positively charged membranes. a) mixing at least an aprotic solvent, a polyarylether, 2,3,4,5-tetrahydrothiophene-1,1-dioxide and a polycation; b) heating of the mixture above the critical mixing temperature of the polyarylether to obtain a clear and homogenous mixture, wherein 2,3,4,5-tetrahydrothiophene-1,1-dioxide is present in the homogenous mixture from 50% to 80%, preferably from 55% to 70%, more preferably from 60% to 65%, and wherein the polycation is present in the homogeneous mixture from 0.1% to 10%, preferably from 0.2% to 5%, most preferably from 0.3% to 1.8%, based on the total weight of the mixture; c) let the mixture cool down to below said critical mixing temperature, preferable to room temperature; d) followed by non-solvent induced phase separation resulting in the formation of the positively charged membranes.
A biostimulator , comprising: a housing having a longitudinal axis and containing an electronics compartment ; an outer fixation element coupled to the housing , wherein the outer fixation element includes an outer helix extending about the longitudinal axis to a first distal tip ; and an inner fixation element coupled to the housing , characterised in that the inner fixation element includes an inner helix radially inward of the outer helix and extending about the longitudinal axis to a second distal tip , and wherein the first distal tip is distal to the second distal tip . a housing having a longitudinal axis and containing an electronics compartment ; an outer fixation element coupled to the housing , wherein the outer fixation element includes an outer helix extending about the longitudinal axis to a first distal tip ; and an inner fixation element coupled to the housing , characterised in that the inner fixation element includes an inner helix radially inward of the outer helix and extending about the longitudinal axis to a second distal tip , and wherein the first distal tip is distal to the second distal tip .
Method for controlling the position of an actuator that is influenced by a restoring force and is in a positioner system having an electronically commutated electrical machine , comprising the following steps: - controlling the position of the actuator in dependence upon a predefined set position value and an actual position value, wherein the position control provides a position variable (SG) that is allocated to a space vector with a predefined amplitude with which it is possible to control a stator arrangement of the electrical machine ; - influencing the space vector by a correction variable (PO) in order to correct a space vector angle of the space vector; - providing a periodic auxiliary signal; - varying the space vector angle of the space vector that is defined by the position variable (SG) by means of the auxiliary signal; - integrating a variable to form an integration value, wherein the variable to be integrated depends upon the auxiliary signal and the position variable (SG) of the position control that was obtained in response to varying the space vector angle of the space vector, wherein the correction variable (PO) is derived from the integration value. - controlling the position of the actuator in dependence upon a predefined set position value and an actual position value, wherein the position control provides a position variable (SG) that is allocated to a space vector with a predefined amplitude with which it is possible to control a stator arrangement of the electrical machine ; - influencing the space vector by a correction variable (PO) in order to correct a space vector angle of the space vector; - providing a periodic auxiliary signal; - varying the space vector angle of the space vector that is defined by the position variable (SG) by means of the auxiliary signal; - integrating a variable to form an integration value, wherein the variable to be integrated depends upon the auxiliary signal and the position variable (SG) of the position control that was obtained in response to varying the space vector angle of the space vector, wherein the correction variable (PO) is derived from the integration value.
Method for controlling a motor vehicle door lock , the motor vehicle door lock comprising • a locking mechanism , • an electrical drive , the locking mechanism being unlocked by means of the drive , • a child safety device having a child safety sensor , the drive being activated or not activated depending on the switch position of the child safety sensor ; • a closure drive , by means of which the locking mechanism is transferred from a pre-ratchet position to a main ratchet position, • a locking mechanism sensor being associated with the locking mechanism ; • the locking mechanism sensor being activated when the locking mechanism is completely locked; • the drive being activated or not activated depending on the switch position of the locking mechanism sensor ; • an operating lever being provided; characterized in that • at least one opening switch is operated by means of the operating lever ; • the opening switch is queried; • when the opening switch is activated, the child safety sensor is queried; • when the child safety sensor is activated, the closure drive is queried; • when the closure drive is activated, the locking mechanism sensor is queried; • when the locking mechanism sensor is deactivated, the door is opened. • a locking mechanism , • an electrical drive , the locking mechanism being unlocked by means of the drive , • a child safety device having a child safety sensor , the drive being activated or not activated depending on the switch position of the child safety sensor ; • a closure drive , by means of which the locking mechanism is transferred from a pre-ratchet position to a main ratchet position, • a locking mechanism sensor being associated with the locking mechanism ; • the locking mechanism sensor being activated when the locking mechanism is completely locked; • the drive being activated or not activated depending on the switch position of the locking mechanism sensor ; • an operating lever being provided; characterized in that • at least one opening switch is operated by means of the operating lever ; • the opening switch is queried; • when the opening switch is activated, the child safety sensor is queried; • when the child safety sensor is activated, the closure drive is queried; • when the closure drive is activated, the locking mechanism sensor is queried; • when the locking mechanism sensor is deactivated, the door is opened.
A washing or washing/drying machine comprising: - a frame , - an assembly constrained to said frame by constraining means which allow said assembly to oscillate relative to said frame , said assembly comprising a tub and a rotary drum located inside said tub , and - energy recovery means configured for transforming kinetic energy into electric energy, the energy recovery means comprising a current generator configured for transforming the oscillations of the assembly into an electric current, characterized in that the assembly comprises at least one counterweight and the counterweight is positioned on top of the tub and comprises a cavity in which the current generator is positioned. - a frame , - an assembly constrained to said frame by constraining means which allow said assembly to oscillate relative to said frame , said assembly comprising a tub and a rotary drum located inside said tub , and - energy recovery means configured for transforming kinetic energy into electric energy, the energy recovery means comprising a current generator configured for transforming the oscillations of the assembly into an electric current,
Cleaning device for cleaning items to be cleaned , comprising at least one cleaning chamber and at least one covering device at least partially surrounding the cleaning chamber , wherein the covering device can be moved in an opening movement direction from a closed position into an open position or in a closing movement direction from an open position into a closed position by means of at least one electromechanical drive via at least one transmission , wherein the cleaning device furthermore has a sensor , wherein the sensor is designed to detect an action of manual force on the covering device in the opening movement direction or in the closing movement direction , and wherein the cleaning device is furthermore designed to control the electromechanical drive in accordance with the detection of the action of manual force, wherein the electromechanical drive comprises a motor, wherein the motor is a non-self-locking motor, in particular an electric motor, preferably a geared motor and particularly preferably a DC geared motor.
A bow for a bowed string musical instrument, which comprises a narrow stick and one or more strips or hairs for rubbing the strings of a bowed string musical instrument , and it incorporates at least one illuminating means, a processing means able to activate and control the illuminating means, and a power supply battery for the electrical power supply of the illuminating means, all said elements being disposed on the narrow stick , and it incorporates a switch ; characterized in that said switch is a switch with manual actuation disposed on the narrow rod and interposed between the illuminating means and the power supply battery , and which is able to permanently turn the illuminating means on or off as desired by the user and is able to inhibit the actuation of the processing means on the illuminating means; and the processing means are able to activate and control the illuminating means following a repetitive sequence previously programmed in the processing means itself; and it incorporates a sound recording means and at the same time linked in data communication with the processing means, and the processing means being able to activate and control the illuminating means according to the data received from the sound recording means .
A method of wireless communication, comprising: obtaining , by a user equipment, UE, a random access indication identifying a plurality of random access occasions; performing , by the UE, a listen before talk, LBT, procedure prior to at least one of the plurality of random access occasions; and determining , by the UE, a random access failure based on a set of consecutive LBT failures over a predetermined window at consecutive random access occasions of the plurality of random access occasions. obtaining , by a user equipment, UE, a random access indication identifying a plurality of random access occasions; performing , by the UE, a listen before talk, LBT, procedure prior to at least one of the plurality of random access occasions; and determining , by the UE, a random access failure based on a set of consecutive LBT failures over a predetermined window at consecutive random access occasions of the plurality of random access occasions.
A vacuum tube receiver comprising: a housing having a proximal end and a distal end and forming a hollow interior , the proximal end forming a proximal opening for receiving a vacuum tube into the hollow interior , the distal end forming an adapter for coupling the vacuum tube receiver to an intravenous system; a spike that extends proximally into the hollow interior , the spike including an opening and forming a blood flow path; and characterized by the vacuum tube receiver comprising: a flow control component having a shaft that inserts into a distal end of the spike and a head that is positioned overtop the distal end of the spike, the head forming channels through which blood flows to enter the spike. a housing having a proximal end and a distal end and forming a hollow interior , the proximal end forming a proximal opening for receiving a vacuum tube into the hollow interior , the distal end forming an adapter for coupling the vacuum tube receiver to an intravenous system; a spike that extends proximally into the hollow interior , the spike including an opening and forming a blood flow path; and characterized by the vacuum tube receiver comprising: a flow control component having a shaft that inserts into a distal end of the spike and a head that is positioned overtop the distal end of the spike, the head forming channels through which blood flows to enter the spike.
Method for extracting, without organic solvent, squalene produced by fermenting microalgae belonging to the Thraustochytriales sp. family, characterised in that it comprises the following steps: 1) preparing a biomass of microalgae belonging to the Thraustochytriales family so as to reduce the concentration of interstitial soluble matter and thus to achieve a purity greater than 95% expressed as the dry weight of biomass over the total dry weight of the fermentation medium, 2) treating the biomass thus obtained by means of an enzyme of the protease type chosen from the group of neutral or basic proteases so as to break the cell wall of said microalgae while preventing the formation of emulsion produced by said enzymatic treatment, 3) centrifuging the reaction mixture thus obtained in order to separate the oil from the aqueous phase, and 4) recovering the squalene-enriched crude oil thus produced. 1) preparing a biomass of microalgae belonging to the Thraustochytriales family so as to reduce the concentration of interstitial soluble matter and thus to achieve a purity greater than 95% expressed as the dry weight of biomass over the total dry weight of the fermentation medium, 2) treating the biomass thus obtained by means of an enzyme of the protease type chosen from the group of neutral or basic proteases so as to break the cell wall of said microalgae while preventing the formation of emulsion produced by said enzymatic treatment, 3) centrifuging the reaction mixture thus obtained in order to separate the oil from the aqueous phase, and 4) recovering the squalene-enriched crude oil thus produced.
Monitoring arrangement , comprising - an electrical operating means having switch contacts , - at least one input device for measuring voltages applied to the switch contacts as measurement data, - a computer device for processing the measurement data, - at least one communication device for transmitting the processed measurement data, - a server device designed to receive the processed measurement data, wherein the server device is designed to use the processed measurement data to determine a number of previously performed switching actions and/or switching cycles, or the server device is designed to use the processed measurement data to detect a switching position of the electrical operating means, characterized in that the server device is designed to use a set of time periods of performed switching actions and/or switching cycles determined for the respective time period to calculate a linear extrapolation of numbers of switching actions and/or switching cycles expected in the future for future time periods , and to use the linear extrapolation to determine a servicing time at which the electrical operating means will reach a previously stipulated maximum number of switching actions (max) and/or switching cycles, wherein the monitoring device is designed to transmit this information from the server device by means of a communication device via a communication link to a mobile terminal having display means . - an electrical operating means having switch contacts , - at least one input device for measuring voltages applied to the switch contacts as measurement data, - a computer device for processing the measurement data, - at least one communication device for transmitting the processed measurement data, - a server device designed to receive the processed measurement data, the server device is designed to use the processed measurement data to determine a number of previously performed switching actions and/or switching cycles, or the server device is designed to use the processed measurement data to detect a switching position of the electrical operating means, characterized in that the server device is designed to use a set of time periods of performed switching actions and/or switching cycles determined for the respective time period to calculate a linear extrapolation of numbers of switching actions and/or switching cycles expected in the future for future time periods , and to use the linear extrapolation to determine a servicing time at which the electrical operating means will reach a previously stipulated maximum number of switching actions (max) and/or switching cycles, wherein the monitoring device is designed to transmit this information from the server device by means of a communication device via a communication link to a mobile terminal having display means .
A configurable patient ceiling lift system , including: first and second motor units forming a part of a winding assembly; first and second tensile support members operatively associated with the winding assembly to adjust an operative length of the tensile support members by extending or retracting the respective tensile support member , wherein the first tensile support member is coupled to the first motor unit and the second tensile support member is coupled to the second motor unit , wherein each tensile support member including a coupling for attachment to a patient sling; a control unit coupled to the first and second motor units and configured to operate the motor units in a dual mode or a single mode, wherein in the dual mode the first and second motor units are both operable and in the single mode the first motor unit is operable and the second motor unit does not operate, a trolley element on which the first and second motor units are attached , the trolley element including wheel elements attachable to a ceiling rail system , wherein the trolley element includes a first trolley member supporting the wheel elements and a second trolley member to which the first and second motor units are attached, the first and second trolley members being rotatable relative to one another by a rotatable coupling connecting the first and second trolley members . first and second motor units forming a part of a winding assembly; first and second tensile support members operatively associated with the winding assembly to adjust an operative length of the tensile support members by extending or retracting the respective tensile support member , wherein the first tensile support member is coupled to the first motor unit and the second tensile support member is coupled to the second motor unit , wherein each tensile support member including a coupling for attachment to a patient sling; a control unit coupled to the first and second motor units and configured to operate the motor units in a dual mode or a single mode, wherein in the dual mode the first and second motor units are both operable and in the single mode the first motor unit is operable and the second motor unit does not operate, a trolley element on which the first and second motor units are attached , the trolley element including wheel elements attachable to a ceiling rail system , wherein the trolley element includes a first trolley member supporting the wheel elements and a second trolley member to which the first and second motor units are attached, the first and second trolley members being rotatable relative to one another by a rotatable coupling connecting the first and second trolley members .
A steering apparatus (2; 2A; 2B) used for steering a vehicle , the steering apparatus (2; 2A; 2B) comprising: a steering wheel configured to rotate about a first rotation axis ; a folding mechanism configured to rotate the steering wheel about a second rotation axis crossing the first rotation axis , so as to fold the steering wheel along the first rotation axis ; a moving mechanism configured to move the steering wheel between a protruding position in which the steering wheel protrudes from a dashboard of the vehicle and a stored position that is closer to the dashboard than the protruding position; and an electronic control unit (84; 84A; 84B) configured to drive the folding mechanism and the moving mechanism , characterized by when the folded steering wheel is moved from the protruding position to the stored position, the electronic control unit (84; 84A; 84B) being configured to drive, in advance, a drive member mounted on the vehicle so that the steering wheel is retracted relative to a body of a driver. a steering wheel configured to rotate about a first rotation axis ; a folding mechanism configured to rotate the steering wheel about a second rotation axis crossing the first rotation axis , so as to fold the steering wheel along the first rotation axis ; a moving mechanism configured to move the steering wheel between a protruding position in which the steering wheel protrudes from a dashboard of the vehicle and a stored position that is closer to the dashboard than the protruding position; and an electronic control unit (84; 84A; 84B) configured to drive the folding mechanism and the moving mechanism , characterized by when the folded steering wheel is moved from the protruding position to the stored position, the electronic control unit (84; 84A; 84B) being configured to drive, in advance, a drive member mounted on the vehicle so that the steering wheel is retracted relative to a body of a driver.