mhurhangee/patent-ind-claim-en huggingface dataset:
A media handling system comprising: a web media holder including a core hub , the core hub coupleable to a core of a web media roll ; a sensor to take a measurement at the circumferential surface of the web media roll ; and a controller to operate the web media holder to rotate a precise number of rotations to use in a formula computation for determining a length of the web media roll, the controller to determine the length of the web media roll based on: a first data that represents a first distance measurable by the sensor when the core hub is in a first orientation; a second data that represents a second distance measureable by the sensor when the core hub is in a second orientation after the number of rotations with respect to the first orientation of the core hub ; and a third data that represents a reference value corresponding to the core . a web media holder including a core hub , the core hub coupleable to a core of a web media roll ; a sensor to take a measurement at the circumferential surface of the web media roll ; and a controller to operate the web media holder to rotate a precise number of rotations to use in a formula computation for determining a length of the web media roll, the controller to determine the length of the web media roll based on: a first data that represents a first distance measurable by the sensor when the core hub is in a first orientation; a second data that represents a second distance measureable by the sensor when the core hub is in a second orientation after the number of rotations with respect to the first orientation of the core hub ; and a third data that represents a reference value corresponding to the core . a first data that represents a first distance measurable by the sensor when the core hub is in a first orientation; a second data that represents a second distance measureable by the sensor when the core hub is in a second orientation after the number of rotations with respect to the first orientation of the core hub ; and a third data that represents a reference value corresponding to the core .
A cleaning apparatus for a cleaner robot, comprising: - a main body and an accommodation cavity being formed inside the main body ; - a water spraying device and a sweeping roller , wherein the water spraying device is disposed in the accommodation cavity and detachably connected with the accommodation cavity , and the sweeping roller is disposed in the accommodation cavity and detachably connected with the accommodation cavity , and the water spraying device comprises a water spraying pipe facing towards the sweeping roller ; - a water squeezing rod which is arranged between the sweeping roller and the accommodation cavity and detachably connected with the accommodation cavity , wherein the water squeezing rod abuts against the sweeping roller , and the main body is disposed with a sewage recovery device, and the sewage recovery device is detachably connected with the main body , and the sewage recovery device comprises a sewage sink disposed at an inner side of the sweeping roller , and the sewage sink abuts against the inner side of the sweeping roller ; and the main body is further disposed with a driving device for driving the sweeping roller to rotate; characterized in that : a scraping device is disposed between the water spraying device and the sweeping roller and arranged in the accommodation cavity , and the scraping device abuts against the sweeping roller , and said scraping device is a scraping plate. - a main body and an accommodation cavity being formed inside the main body ; - a water spraying device and a sweeping roller , wherein the water spraying device is disposed in the accommodation cavity and detachably connected with the accommodation cavity , and the sweeping roller is disposed in the accommodation cavity and detachably connected with the accommodation cavity , and the water spraying device comprises a water spraying pipe facing towards the sweeping roller ; - a water squeezing rod which is arranged between the sweeping roller and the accommodation cavity and detachably connected with the accommodation cavity , wherein the water squeezing rod abuts against the sweeping roller , and the main body is disposed with a sewage recovery device, and the sewage recovery device is detachably connected with the main body , and the sewage recovery device comprises a sewage sink disposed at an inner side of the sweeping roller , and the sewage sink abuts against the inner side of the sweeping roller ; and the main body is further disposed with a driving device for driving the sweeping roller to rotate; characterized in that : a scraping device is disposed between the water spraying device and the sweeping roller and arranged in the accommodation cavity , and the scraping device abuts against the sweeping roller , and said scraping device is a scraping plate.
A capsule comprising: - a casing which extends about an axis (Z), which casing comprises a base wall and a side wall defining a cavity containing an initial product to be combined with a fluid to obtain a final product, and a flanged edge extending from said side wall and comprising an annular bead ; - a covering element , fixed to the flanged edge so as to close the cavity ; - a sealing element , associated to the flanged edge to make a fluidic seal with a dispensing machine; wherein - the casing is made of aluminium and the sealing element comprises a cellulose-based ring ; and wherein - the flanged edge comprises a first portion which comprises the annular bead , a second portion , contiguous to the side wall , and a connecting portion , between the first portion and the second portion ; wherein the second portion is annular and lies on a first plane between the connecting portion and the side wall being defined a seat in which, at least partially, the ring is housed; the capsule being characterized in that the first portion is displaced towards the base wall and is at least at a predetermined distance (D) from the first plane. - a casing which extends about an axis (Z), which casing comprises a base wall and a side wall defining a cavity containing an initial product to be combined with a fluid to obtain a final product, and a flanged edge extending from said side wall and comprising an annular bead ; - a covering element , fixed to the flanged edge so as to close the cavity ; - a sealing element , associated to the flanged edge to make a fluidic seal with a dispensing machine; wherein - the casing is made of aluminium and the sealing element comprises a cellulose-based ring ; and wherein - the flanged edge comprises a first portion which comprises the annular bead , a second portion , contiguous to the side wall , and a connecting portion , between the first portion and the second portion ; wherein the second portion is annular and lies on a first plane between the connecting portion and the side wall being defined a seat in which, at least partially, the ring is housed; the capsule being characterized in that the first portion is displaced towards the base wall and is at least at a predetermined distance (D) from the first plane.
A ground plane for an electrically operated aerosol generating device comprising a monolithic, elongated conductive member, a first portion of the monolithic, elongated conductive member forming a cavity configured to receive a power supply , a plurality of second portions of the monolithic, elongated conductive member respectively forming resilient elements extending over the cavity and configured to retain the power supply within the cavity , and a plurality of third portions of the monolithic, elongated conductive member respectively forming parallel pins configured to receive an electronic circuit board . a first portion of the monolithic, elongated conductive member forming a cavity configured to receive a power supply , a plurality of second portions of the monolithic, elongated conductive member respectively forming resilient elements extending over the cavity and configured to retain the power supply within the cavity , and a plurality of third portions of the monolithic, elongated conductive member respectively forming parallel pins configured to receive an electronic circuit board .
A toilet cover fitting for mounting on a toilet body with a toilet bowl, which cover fitting comprises: a cover part (1.1-1.3) for covering the toilet bowl, a seat part (2.1-2.3) as a seat for a user and a mounting part (3.1-3.3), which is adapted for mounting the cover fitting on the toilet body and rotatably mounts the cover part (1.1-1.3) and the seat part (2.1-2.3), wherein the cover part (1.1-1.3) and the seat part (2.1-2.3) can be removed from the mounting part (3.1-3.3) by releasing a positive locking, namely by moving the respective cover part (1.1-1.3) or seat part (2.1-2.3), wherein at least in one of the elements of the seat part (2.1-2.3) and/or of the cover part (1.1-1.3) serving the rotatable mounting, a rotational damper is provided for damping the rotational movement of the respective part and includes the axis of rotation, characterised in that the cover part (1.1-1.3) and the seat part (2.1-2.3) can each be removed separately independently of one another from the mounting part (3.1-3.3) by releasing a positive locking by respectively moving the cover part (1.1-1.3) or seat part (2.1-2.3), and the rotary damper is a component of a rotatable positive locking. a cover part (1.1-1.3) for covering the toilet bowl, a seat part (2.1-2.3) as a seat for a user and a mounting part (3.1-3.3), which is adapted for mounting the cover fitting on the toilet body and rotatably mounts the cover part (1.1-1.3) and the seat part (2.1-2.3), wherein the cover part (1.1-1.3) and the seat part (2.1-2.3) can be removed from the mounting part (3.1-3.3) by releasing a positive locking, namely by moving the respective cover part (1.1-1.3) or seat part (2.1-2.3), wherein at least in one of the elements of the seat part (2.1-2.3) and/or of the cover part (1.1-1.3) serving the rotatable mounting, a rotational damper is provided for damping the rotational movement of the respective part and includes the axis of rotation, characterised in that the cover part (1.1-1.3) and the seat part (2.1-2.3) can each be removed separately independently of one another from the mounting part (3.1-3.3) by releasing a positive locking by respectively moving the cover part (1.1-1.3) or seat part (2.1-2.3), and the rotary damper is a component of a rotatable positive locking.
A method for trimming a flexible flat material, in particular laminate material, driven in a machine direction (L) and printed with a printed image , preferably composed of images repeating in the machine direction (L), on both sides by means of two trimming knives along two trimming edges extending in the machine direction (L) and spaced apart perpendicularly to the machine direction (L), in particular upstream of forming means for forming the flat material to a tube form and upstream of welding means for the, preferably overlapping, welding of the tube form in the area of the trimming edges in the machine direction (L) within the scope of a packaging tube manufacturing process, the flat material being perpendicularly aligned to the machine direction (L) by means of alignment means in relation to the trimming knives , in particular in an area upstream of the trimming knives in the machine direction (L), the alignment means being controlled by means of a control signal generated by control means characterized in that the control means generate the control signal on the basis of a sensor signal of printed image position sensor means which detect a printed image position of the printed image perpendicular to the machine direction (L) and which have image capture means and that the alignment means align the flat material in relation to the trimming knives in such a manner that a trimming edge position in relation to the printed image is kept constant.
A display system for use in a vehicle, comprising: a display screen having a display area and configured to display an image corresponding to a surrounding area of the vehicle; and a surface configured to reflect at least a portion of the image displayed by the display screen to a viewer, characterized by a control circuit configured to control display of the image of the surrounding area, wherein the visible range of the surrounding area that is visible to the viewer from the image of the display screen reflected in the surface is changed according to a state of the viewer with respect to the surface. a display screen having a display area and configured to display an image corresponding to a surrounding area of the vehicle; and a surface configured to reflect at least a portion of the image displayed by the display screen to a viewer, characterized by a control circuit configured to control display of the image of the surrounding area, wherein the visible range of the surrounding area that is visible to the viewer from the image of the display screen reflected in the surface is changed according to a state of the viewer with respect to the surface.
A windscreen apparatus comprising: at least one windscreen; and a controller configured to calculate position of objects within a field of view of the at least one windscreen; wherein light transmission properties of the at least one windscreen is selectively controllable by the controller to cause changes in light transmissivity of the at least one windscreen based on the calculated position of the objects within the field of view, and wherein light transmission properties of the at least one windscreen is selectively controllable by the controller to cause rendering of textual or graphic information on the at least one windscreen based on the calculated position. at least one windscreen; and a controller configured to calculate position of objects within a field of view of the at least one windscreen; wherein light transmission properties of the at least one windscreen is selectively controllable by the controller to cause changes in light transmissivity of the at least one windscreen based on the calculated position of the objects within the field of view, and wherein light transmission properties of the at least one windscreen is selectively controllable by the controller to cause rendering of textual or graphic information on the at least one windscreen based on the calculated position.
A method for cryopreservation of cells in a vacuum tube with a penetratable cap and filled with freeze media, the method comprising: cultivating cells in a bioreactor as a perfusion culture; harvesting cells from said bioreactor into the vacuum tube, wherein the cells are instantly mixed with the freeze media; and freezing said tube and its contents thereafter, wherein the harvesting step comprising: connecting an access device to the bioreactor, wherein the access device comprises a needle and is configured to receive the vacuum tube; inserting the vacuum tube in the access device such that the needle penetrates the cap of the vacuum tube causing a sample of the cell culture to be drawn by the vacuum into the vacuum tube from the bioreactor through the needle of the access device; and removing the vacuum tube from the access device. cultivating cells in a bioreactor as a perfusion culture; harvesting cells from said bioreactor into the vacuum tube, wherein the cells are instantly mixed with the freeze media; and freezing said tube and its contents thereafter, wherein the harvesting step comprising: connecting an access device to the bioreactor, wherein the access device comprises a needle and is configured to receive the vacuum tube; inserting the vacuum tube in the access device such that the needle penetrates the cap of the vacuum tube causing a sample of the cell culture to be drawn by the vacuum into the vacuum tube from the bioreactor through the needle of the access device; and removing the vacuum tube from the access device. connecting an access device to the bioreactor, wherein the access device comprises a needle and is configured to receive the vacuum tube; inserting the vacuum tube in the access device such that the needle penetrates the cap of the vacuum tube causing a sample of the cell culture to be drawn by the vacuum into the vacuum tube from the bioreactor through the needle of the access device; and removing the vacuum tube from the access device.
A compound according to the Formula I: or a pharmaceutically acceptable salt, solvate or enantiomer thereof, wherein R 1 is C 1-6 alkyl, or C 1-6 alkoxy, provided that R 1 is not tert-butoxyl. or a pharmaceutically acceptable salt, solvate or enantiomer thereof, wherein R 1 is C 1-6 alkyl, or C 1-6 alkoxy, provided that R 1 is not tert-butoxyl.
An electrokinetic micro fluidic system (100, 100', 100") for controlling liquid flow, characterized in that it comprises an electroosmotic pump comprising a) a first and a second electrode arranged in a respective vessel , said electrodes comprise a polymer based or oxide based conductive, electrochemically active electrode material, said electrode material being adapted to be subjected to an electrochemical reaction when in use in said electrokinetic fluid system , and b) a channel arranged as a passageway between the two vessels, said channel allowing flow of electrolyte (13, 13 ') between said two vessels , wherein the conductive, electrochemically active electrode material is selected from the group of pi-conjugated polymers, and wherein said channel is at least one capillary or a porous material, whereby said electroosmotic pump is arranged to move electrolyte from one vessel to another , through said channel , when a potential is applied between the electrodes. a) a first and a second electrode arranged in a respective vessel , said electrodes comprise a polymer based or oxide based conductive, electrochemically active electrode material, said electrode material being adapted to be subjected to an electrochemical reaction when in use in said electrokinetic fluid system , and b) a channel arranged as a passageway between the two vessels, said channel allowing flow of electrolyte (13, 13 ') between said two vessels , wherein the conductive, electrochemically active electrode material is selected from the group of pi-conjugated polymers, and wherein said channel is at least one capillary or a porous material, whereby said electroosmotic pump is arranged to move electrolyte from one vessel to another , through said channel , when a potential is applied between the electrodes.
Driver for a vehicle window lifter , having a pane holder for fastening to a window pane , and a rail slider with a guide region as a rail grip for a guide rail of an adjusting mechanism of the vehicle window lifter , wherein the pane holder has an approximately cylindrical connecting portion , which is inserted along an axial direction (A) into a holder portion of the rail slider and is enclosed by the latter at least in sections along a circumferential direction (U), characterized in - that a sliding insert lies in the guide region , - that the connecting portion has a receptacle and the holder portion has a through opening , which are arranged in alignment with one another along a radial direction (R), and - that a joining pin is inserted into the through opening and the receptacle . - that a sliding insert lies in the guide region , - that the connecting portion has a receptacle and the holder portion has a through opening , which are arranged in alignment with one another along a radial direction (R), and - that a joining pin is inserted into the through opening and the receptacle .
A system for converting power from one or more slowly-rotating shafts into electrical power wherein, in use, a working gas flows in a closed gas circuit , is compressed isentropically from the slowly-rotating shaft(s) and expanded isentropically in an expander-generator set and where the low-pressure parts of the closed gas circuit are at a pressure at least 3 times greater than atmospheric pressure and where, in use, the ratio between pressures in the high pressure and low pressure parts of the closed gas circuit is such that a ratio of absolute temperatures greater than 1.5 occurs across the compression and expansion processes.
An autorotation assist system for a rotor helicopter comprising: a motor-generator or a hydraulic pump-motor configured to attach to an engine ; a controller connected to the motor-generator or the hydraulic pump-motor ; one or more sensors coupled to the controller , wherein the one or more sensors detect one or more of a rotor rpm, an engine rpm, a speed, a descent rate and an altitude; a high capacity/high discharge battery system comprising a Lithium ion battery that is operable to recover energy in a short period of time to enable repeated autorotation assistance or a hydraulic accumulator coupled to the motor-generator or the hydraulic pump-motor , respectively; wherein, during a normal operation of the engine , the motor-generator or the hydraulic pump-motor is configured to store an energy in the high capacity/high discharge battery system or the hydraulic accumulator , respectively; wherein, upon a manual and/or an automatic control by the controller , the high capacity/high discharge battery system or the hydraulic accumulator is configured to discharge the energy to the motor-generator or the hydraulic pump-motor , respectively, and the motor-generator or the hydraulic pump-motor is configured to drive the rotor ; wherein the automatic control by the controller is triggered to provide autorotation assistance based on an input from the one or more sensors; and wherein the manual and/or the automatic control by the controller controls an output of the energy from the high capacity/high discharge battery system or the hydraulic accumulator . a motor-generator or a hydraulic pump-motor configured to attach to an engine ; a controller connected to the motor-generator or the hydraulic pump-motor ; one or more sensors coupled to the controller , wherein the one or more sensors detect one or more of a rotor rpm, an engine rpm, a speed, a descent rate and an altitude; a high capacity/high discharge battery system comprising a Lithium ion battery that is operable to recover energy in a short period of time to enable repeated autorotation assistance or a hydraulic accumulator coupled to the motor-generator or the hydraulic pump-motor , respectively; wherein, during a normal operation of the engine , the motor-generator or the hydraulic pump-motor is configured to store an energy in the high capacity/high discharge battery system or the hydraulic accumulator , respectively; wherein, upon a manual and/or an automatic control by the controller , the high capacity/high discharge battery system or the hydraulic accumulator is configured to discharge the energy to the motor-generator or the hydraulic pump-motor , respectively, and the motor-generator or the hydraulic pump-motor is configured to drive the rotor ; wherein the automatic control by the controller is triggered to provide autorotation assistance based on an input from the one or more sensors; and wherein the manual and/or the automatic control by the controller controls an output of the energy from the high capacity/high discharge battery system or the hydraulic accumulator .