mhurhangee/patent-ind-claim-en huggingface dataset:
Firewood oven, comprising: a combustion chamber for burning firewood; a combustion grate with openings , which is arranged on an underside of the combustion chamber and is intended for receiving the firewood; an igniting means receptacle , which is accommodated in a region underneath the combustion grate and is designed for receiving an igniting means , wherein the igniting means receptacle has openings in the bottom in order that combustion remains can fall through; and an igniting device , which is designed for the automatic ignition of the igniting means received by the igniting means receptacle , wherein the igniting device is designed as an electrically activatable ignition source, in order to heat the igniting means located in the igniting means receptacle to such an extent that it ignites; characterized in that the igniting means receptacle is designed as a tray or drawer, which can be pushed into the region and removed from it, wherein the igniting means receptacle has a peripheral surround with an opening , which is arranged adjacent to the igniting device , in order to ignite the igniting means . a combustion chamber for burning firewood; a combustion grate with openings , which is arranged on an underside of the combustion chamber and is intended for receiving the firewood; an igniting means receptacle , which is accommodated in a region underneath the combustion grate and is designed for receiving an igniting means , wherein the igniting means receptacle has openings in the bottom in order that combustion remains can fall through; and an igniting device , which is designed for the automatic ignition of the igniting means received by the igniting means receptacle , wherein the igniting device is designed as an electrically activatable ignition source, in order to heat the igniting means located in the igniting means receptacle to such an extent that it ignites; characterized in that the igniting means receptacle is designed as a tray or drawer, which can be pushed into the region and removed from it, wherein the igniting means receptacle has a peripheral surround with an opening , which is arranged adjacent to the igniting device , in order to ignite the igniting means .
A car arrangement for a double-decker elevator , the car arrangement comprising: a first car ; a second car ; and a car frame , which is arranged in an elevator shaft of the double-decker elevator so as to be displaceable in the longitudinal direction of the elevator shaft ; wherein the first car and the second car are arranged one above the other in the car frame in an operational state of the double-decker elevator ; wherein at least the first car can be displaced along the car frame in the direction of a vertical axis (z) by means of a spindle drive ; wherein the spindle drive comprises a spindle , which is mechanically coupled to the first car , and a drive unit for driving the spindle ; characterized in that the spindle drive is guided through a cutout in a support structure of the car frame , and the drive unit has a housing with a fastening flange , via which the housing is fastened to the support structure ; wherein the housing can be positioned in a first position and a second position in relation to the cutout ; wherein the fastening flange exposes the cutout in the first position, so that the spindle drive can be guided through the cutout in the direction of the vertical axis (z), and projects beyond an outer edge of the cutout in the second position. a first car ; a second car ; and a car frame , which is arranged in an elevator shaft of the double-decker elevator so as to be displaceable in the longitudinal direction of the elevator shaft ; wherein the first car and the second car are arranged one above the other in the car frame in an operational state of the double-decker elevator ; wherein at least the first car can be displaced along the car frame in the direction of a vertical axis (z) by means of a spindle drive ; wherein the spindle drive comprises a spindle , which is mechanically coupled to the first car , and a drive unit for driving the spindle ; characterized in that the spindle drive is guided through a cutout in a support structure of the car frame , and the drive unit has a housing with a fastening flange , via which the housing is fastened to the support structure ; wherein the housing can be positioned in a first position and a second position in relation to the cutout ; wherein the fastening flange exposes the cutout in the first position, so that the spindle drive can be guided through the cutout in the direction of the vertical axis (z), and projects beyond an outer edge of the cutout in the second position.
A diverter switch for an on-load tap-changer , the diverter switch comprising - at least one vacuum interrupter ; - an actuating element , which is mechanically connected at a first end of the vacuum interrupter and has a roller at a second end ; - an actuating body having a base body and having at least one cam , wherein - the vacuum interrupter is actuated via the actuating element as a result of the roller moving over the actuating body , characterized in that - at least one part of the cam has a higher strength than the base body . - at least one vacuum interrupter ; - an actuating element , which is mechanically connected at a first end of the vacuum interrupter and has a roller at a second end ; - an actuating body having a base body and having at least one cam , - the vacuum interrupter is actuated via the actuating element as a result of the roller moving over the actuating body , - at least one part of the cam has a higher strength than the base body .
Method for adapting a human-machine interface in a motor vehicle , wherein the motor vehicle can be operated in at least one automated driving mode, wherein a degree of confidence (V) of the driver is detected or determined, wherein the human-machine interface is adapted as a function of the detected or determined degree of confidence (V), characterized in that a seat and/or a central console is or can be moved as a function of the degree of confidence (V). a degree of confidence (V) of the driver is detected or determined, wherein the human-machine interface is adapted as a function of the detected or determined degree of confidence (V), characterized in that a seat and/or a central console is or can be moved as a function of the degree of confidence (V).
An integrated circuit for use in a base station, wherein said integrated circuit is adapted to perform a process, the process comprising: transmitting, to a mobile station, configuration information for configuring the mobile station to transmit, in subframe N from the mobile station to the base station, at least one of a channel quality information report and a sounding reference signal; transmitting, to the mobile station, a media access control, MAC, control element regarding a discontinuous reception, DRX, operation; and characterized by determining whether the mobile station is not in DRX Active Time in subframe N based at least on the MAC control element transmitted to the mobile station until and including subframe N-(4+k), where k is an integer value equal to or greater than 1, and based on feedback received from the mobile station relating to the decoding success for the MAC control element, receiving none of the channel quality information report or the sounding reference signal from the mobile station in subframe N, in case the base station determines that the mobile station is not in DRX Active Time in subframe N. transmitting, to a mobile station, configuration information for configuring the mobile station to transmit, in subframe N from the mobile station to the base station, at least one of a channel quality information report and a sounding reference signal; transmitting, to the mobile station, a media access control, MAC, control element regarding a discontinuous reception, DRX, operation; and characterized by determining whether the mobile station is not in DRX Active Time in subframe N based at least on the MAC control element transmitted to the mobile station until and including subframe N-(4+k), where k is an integer value equal to or greater than 1, and based on feedback received from the mobile station relating to the decoding success for the MAC control element, receiving none of the channel quality information report or the sounding reference signal from the mobile station in subframe N, in case the base station determines that the mobile station is not in DRX Active Time in subframe N.
A method for cooling down a collective motion of ions in a chain of ions in an ion trap, the method comprising: performing a sideband cooling down sequence by applying repetitive cycles of sideband pulses and optical pumping to individual ions in the chain of ions to excite and de-excite local motional modes of each of the individual ions to remove phonons therefrom, wherein a driving of sideband transitions during the sideband cooling down sequence is faster than a driving of sideband transitions resonant with collective motional modes for the same chain of ions in which the ions in the ion chain oscillate together, such that each ion is excited and de-excited without affecting a neighboring ion; and completing the sideband cooling down sequence when the local motional modes of each of the individual ions reach a ground state. performing a sideband cooling down sequence by applying repetitive cycles of sideband pulses and optical pumping to individual ions in the chain of ions to excite and de-excite local motional modes of each of the individual ions to remove phonons therefrom, wherein a driving of sideband transitions during the sideband cooling down sequence is faster than a driving of sideband transitions resonant with collective motional modes for the same chain of ions in which the ions in the ion chain oscillate together, such that each ion is excited and de-excited without affecting a neighboring ion; and completing the sideband cooling down sequence when the local motional modes of each of the individual ions reach a ground state.
A cover plate for wall-mounting modular electric apparatuses , comprising: - a frame-shaped base body which extends about a through opening , comprising two mounting cross members arranged on opposite sides with respect to the through opening , two connection uprights arranged on opposite sides with respect to the through opening and adapted to connect the two mounting cross members to each other; - a plurality of first cover elements arranged side-by-side one another between the connection uprights to wholly or partly cover the through opening , each cover element being associable with a respective modular electric apparatus ; - coupling elements adapted to mechanically couple the first cover elements to the mounting cross members ; - wherein the first cover elements overlap the mounting cross members to also cover the mounting cross members , in addition to the through opening , characterized in that the first cover elements comprise a plate-shaped body and two side walls which project from the plate-shaped body towards the base body ; and in that the side walls are at least partly received inside the through opening of the base body . - a frame-shaped base body which extends about a through opening , comprising two mounting cross members arranged on opposite sides with respect to the through opening , two connection uprights arranged on opposite sides with respect to the through opening and adapted to connect the two mounting cross members to each other; - a plurality of first cover elements arranged side-by-side one another between the connection uprights to wholly or partly cover the through opening , each cover element being associable with a respective modular electric apparatus ; - coupling elements adapted to mechanically couple the first cover elements to the mounting cross members ; - wherein the first cover elements overlap the mounting cross members to also cover the mounting cross members , in addition to the through opening , characterized in that the first cover elements comprise a plate-shaped body and two side walls which project from the plate-shaped body towards the base body ;
An apparatus comprising: a foldable screen; one or more sensors configured to determine a fold angle of the foldable screen; and means for performing: determining a configuration of the foldable screen , wherein the configuration of the foldable screen comprises the fold angle; determining or retrieving geometric distortion information for the foldable screen based on the determined configuration; identifying potentially problematic sources of reflection from a scene around the apparatus based, at least in part, on the determined configuration and the geometric distortion information; and compensating for said potentially problematic sources of reflection . a foldable screen; one or more sensors configured to determine a fold angle of the foldable screen; and means for performing: determining a configuration of the foldable screen , wherein the configuration of the foldable screen comprises the fold angle; determining or retrieving geometric distortion information for the foldable screen based on the determined configuration; identifying potentially problematic sources of reflection from a scene around the apparatus based, at least in part, on the determined configuration and the geometric distortion information; and compensating for said potentially problematic sources of reflection . determining a configuration of the foldable screen , wherein the configuration of the foldable screen comprises the fold angle; determining or retrieving geometric distortion information for the foldable screen based on the determined configuration; identifying potentially problematic sources of reflection from a scene around the apparatus based, at least in part, on the determined configuration and the geometric distortion information; and compensating for said potentially problematic sources of reflection .
A loading and relieving device for a thread clamping apparatus of a rotationally movable spinning or twisting machine spindle, the loading and relieving device comprising a spring ring element , which can be abruptly transferred between a stable state and a metastable state, an inner retaining device , which is arranged on an inner edge of the spring ring element for connection to a stationary underwinding sleeve of the spinning or twisting machine spindle, an outer retaining device , which is arranged on an outer edge of the spring ring element for connection to a clamping element of the spinning or twisting machine spindle, which clamping element can be slid relative to the stationary underwinding sleeve axially with respect to the longitudinal axis of the underwinding sleeve , and a retaining and guiding device for retaining centrifugal-force elements in a guiding manner between a stable position and a metastable position, which can be assumed by means of a relative movement between the outer retaining device and the inner retaining device , the spring ring element assuming the stable state in the stable position and the metastable state in the metastable position, characterised in that the retaining and guiding device has at least one receptacle for a centrifugal-force element , which receptacle is arranged at a distance from a ring surface portion of the spring ring element , the ring surface portion coupling the inner edge and the outer edge to one another. a spring ring element , which can be abruptly transferred between a stable state and a metastable state, an inner retaining device , which is arranged on an inner edge of the spring ring element for connection to a stationary underwinding sleeve of the spinning or twisting machine spindle, an outer retaining device , which is arranged on an outer edge of the spring ring element for connection to a clamping element of the spinning or twisting machine spindle, which clamping element can be slid relative to the stationary underwinding sleeve axially with respect to the longitudinal axis of the underwinding sleeve , and a retaining and guiding device for retaining centrifugal-force elements in a guiding manner between a stable position and a metastable position, which can be assumed by means of a relative movement between the outer retaining device and the inner retaining device , the spring ring element assuming the stable state in the stable position and the metastable state in the metastable position, characterised in that the retaining and guiding device has at least one receptacle for a centrifugal-force element , which receptacle is arranged at a distance from a ring surface portion of the spring ring element , the ring surface portion coupling the inner edge and the outer edge to one another.
Electrochromic structure of cementitious material comprising at least one electrochromic device formed in at least one cavity , wherein the at least one electrochromic device contains a first electrochromic element and an electrically conductive electroactive element , insulated from each other by an electrolyte , and further comprising means of application of a difference of potential between the first electrochromic element and the electroactive element , and wherein: a) the means of application of a difference of potential are included in the cementitious material; b) the cavity is formed in the surface of the structure of cementitious material; c) the electrically conductive electroactive element is deposited on the cavity ; d) the electrolyte is deposited on the electroactive element ; e) the first electrochromic element is deposited on the electrolyte . a) the means of application of a difference of potential are included in the cementitious material; b) the cavity is formed in the surface of the structure of cementitious material; c) the electrically conductive electroactive element is deposited on the cavity ; d) the electrolyte is deposited on the electroactive element ; e) the first electrochromic element is deposited on the electrolyte .
A medical line securement system comprising: a medical article; two anchor pads , each including a lower adhesive surface configured to attach to an epidermal layer of a patient; and a retainer comprising, a body member having a channel formed therethrough about a channel axis , the channel being configured to retain at least a portion of the medical article and having a longitudinal access opening disposed on an underside of the body member to allow at least ingress of the portion of the medical article into the channel , and two supports attached to the two anchor pads , characterized in that the retainer comprises a spine extending parallel to the channel axis and having an abutment on a distal end of the spine , the abutment extending generally normal to the channel axis and configured to inhibit longitudinal movement of the medical article. a medical article; two anchor pads , each including a lower adhesive surface configured to attach to an epidermal layer of a patient; and a retainer comprising, a body member having a channel formed therethrough about a channel axis , the channel being configured to retain at least a portion of the medical article and having a longitudinal access opening disposed on an underside of the body member to allow at least ingress of the portion of the medical article into the channel , and two supports attached to the two anchor pads , characterized in that the retainer comprises a spine extending parallel to the channel axis and having an abutment on a distal end of the spine , the abutment extending generally normal to the channel axis and configured to inhibit longitudinal movement of the medical article. a body member having a channel formed therethrough about a channel axis , the channel being configured to retain at least a portion of the medical article and having a longitudinal access opening disposed on an underside of the body member to allow at least ingress of the portion of the medical article into the channel , and two supports attached to the two anchor pads , characterized in that the retainer comprises a spine extending parallel to the channel axis and having an abutment on a distal end of the spine , the abutment extending generally normal to the channel axis and configured to inhibit longitudinal movement of the medical article.
A mixer , which is used to transfer gas and air into the combustion chamber in gas burning devices such as boilers upon mixing thereof, comprising - at least one outer body which has at least one gas inlet for gas transfer to its inner part and has a volume inside, - at least one inner body which is placed inside the outer body , comprises an inlet for air passage and an outlet for air-gas mixture, and at least one opening for gas passage therein from the outer body , - at least one turbulator which is used for increasing the amount of turbulence in the air inlet, increasing the modulation rate of the device and increasing a minimum fan speed of the device by increasing the maximum fan speed at which the device can operate in a minimum amount, and which is comprised of • at least one first ring member • a center part which is provided preferably on the middle part of the first ring member and • a plurality of fixed blades positioned between the center part and the first ring member , characterized in that the at least one first ring member is fixed to the air inlet part of the inner body . - at least one outer body which has at least one gas inlet for gas transfer to its inner part and has a volume inside, - at least one inner body which is placed inside the outer body , comprises an inlet for air passage and an outlet for air-gas mixture, and at least one opening for gas passage therein from the outer body , - at least one turbulator which is used for increasing the amount of turbulence in the air inlet, increasing the modulation rate of the device and increasing a minimum fan speed of the device by increasing the maximum fan speed at which the device can operate in a minimum amount, and which is comprised of • at least one first ring member • a center part which is provided preferably on the middle part of the first ring member and • a plurality of fixed blades positioned between the center part and the first ring member , characterized in that the at least one first ring member is fixed to the air inlet part of the inner body . • at least one first ring member • a center part which is provided preferably on the middle part of the first ring member and • a plurality of fixed blades positioned between the center part and the first ring member , characterized in that the at least one first ring member is fixed to the air inlet part of the inner body .