mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a washing machine , wherein the washing machine has - a drum for conducting a washing process therein, - a sump located underneath the drum for collecting water exiting the drum, - a water circulation including an extractible and/or removable drawer for introducing detergent or additives for the washing process, - detecting means for detecting microfibers or contamination in the water, - the water circulation being in fluid connection to the detecting means , - filtering means for filtering out microfibers and/or contamination from the water, - a circulation pump for circulating water in the circulation and pipes for connecting these components, characterized by the steps of: - branching off an amount of water circulating in the circulation and transporting it to the detecting means for being analyzed, - analyzing the water in the detecting means for detecting microfibers or contamination in the water, - depending on the result of this analysis, if microfibers or contamination with a percentage above a certain activation threshold have been detected, a filtering process with the filtering means for filtering out the microfibers from the water is activated. - a drum for conducting a washing process therein, - a sump located underneath the drum for collecting water exiting the drum, - a water circulation including an extractible and/or removable drawer for introducing detergent or additives for the washing process, - detecting means for detecting microfibers or contamination in the water, - the water circulation being in fluid connection to the detecting means , - filtering means for filtering out microfibers and/or contamination from the water, - a circulation pump for circulating water in the circulation and pipes for connecting these components, - branching off an amount of water circulating in the circulation and transporting it to the detecting means for being analyzed, - analyzing the water in the detecting means for detecting microfibers or contamination in the water, - depending on the result of this analysis, if microfibers or contamination with a percentage above a certain activation threshold have been detected, a filtering process with the filtering means for filtering out the microfibers from the water is activated.
Method for determining the performance of electric vehicle energy storage units comprising a) Providing a vehicle energy storage unit connected to an intermediate circuit , b) Providing a charging device that can be detached from the vehicle energy storage unit or from the intermediate circuit , c) Providing at least two current-carrying power channels , preferably directly from the charging device to the vehicle energy storage unit or the intermediate circuit , d) Determining at least one current, in particular at least one amperage, of the vehicle energy storage unit , e) Determining at least one voltage of the vehicle energy storage unit , f) Determining at least one resistance of the vehicle energy storage unit , and g) Determining further physical variables as measured values, whereby a time-variable current increase or current drop is used to determine the performance, in particular the resistance, of the vehicle energy storage unit , whereby the current and voltage are determined outside of the vehicle , preferably inside the charging device , wherein influences, in particular parasitic effects, of components other than the energy storage device connected to the intermediate circuit and/or components between the charging device and the energy storage device are compensated for to determine the performance of the energy storage device , whereby at least one external physical variable and already known information about the energy storage device or already known information about energy storage devices comparable to the energy storage device are used to compensate for those influences. a) Providing a vehicle energy storage unit connected to an intermediate circuit , b) Providing a charging device that can be detached from the vehicle energy storage unit or from the intermediate circuit , c) Providing at least two current-carrying power channels , preferably directly from the charging device to the vehicle energy storage unit or the intermediate circuit , d) Determining at least one current, in particular at least one amperage, of the vehicle energy storage unit , e) Determining at least one voltage of the vehicle energy storage unit , f) Determining at least one resistance of the vehicle energy storage unit , and g) Determining further physical variables as measured values, whereby a time-variable current increase or current drop is used to determine the performance, in particular the resistance, of the vehicle energy storage unit , whereby the current and voltage are determined outside of the vehicle , preferably inside the charging device , wherein influences, in particular parasitic effects, of components other than the energy storage device connected to the intermediate circuit and/or components between the charging device and the energy storage device are compensated for to determine the performance of the energy storage device , whereby at least one external physical variable and already known information about the energy storage device or already known information about energy storage devices comparable to the energy storage device are used to compensate for those influences.
Method for operating a positioner system , wherein an actuator can be actuated by means of an actuating drive that comprises a rotating electronically commutated motor and wherein an electric rotor position of a rotor of the actuating drive can be allocated to multiple positions of the actuator , wherein a position indication (S) regarding the position of the actuator is provided by a position detector that is arranged close to the actuator , said method comprising the following steps: - receiving the position indication (S) regarding a position of the actuator ; - performing a position control based on the detected position indication (S) regarding the position of the actuator , wherein a positioning manipulated variable (L) is generated, a space vector being allocated to said positioning manipulated variable for the purpose of controlling the actuating drive ; - performing a plausibility check on, or correcting, the position indication (S) by means of the space vector that is allocated to the positioning manipulated variable (L) that is generated. - receiving the position indication (S) regarding a position of the actuator ; - performing a position control based on the detected position indication (S) regarding the position of the actuator , wherein a positioning manipulated variable (L) is generated, a space vector being allocated to said positioning manipulated variable for the purpose of controlling the actuating drive ; - performing a plausibility check on, or correcting, the position indication (S) by means of the space vector that is allocated to the positioning manipulated variable (L) that is generated.
Mould for forming HR containers from previously heated preforms made of plastic material by blow-moulding or stretch-blow-moulding, which mould comprises a shell defining a cavity in the shape of a container extending out from a centre axis (X), and a system for heating the shell that is designed for heat-setting the container, characterized in that the heating system comprises at least one set of distinctive resistive elements (8.i), the resistive elements (8.i) are superposed along a direction that is substantially parallel to the centre axis (X), the resistive elements (8.i) are similar in topology and each resistive element (8.i) of one and the same set of the heating system dissipates a different thermal energy by Joule effect.
Bicycle derailleur comprising: - a chain guide configured to interact with a transmission chain of the bicycle and movable between a plurality of intermediate positions comprised between an inner position and an outer position; - a fixed body designed for being fixedly associated with a part of frame of the bicycle; - an outer connection element rotatably connected to the fixed body about a first articulation axis (A) and rotatably connected to the chain guide about a second articulation axis (B) parallel to the first articulation axis (A); - an inner connection element rotatably connected to the fixed body about a third articulation axis (C) and to the chain guide about a fourth articulation axis (D); - an actuation arm hinged to the fixed body about the first articulation axis (A); and a cable-clamping washer and said actuation arm comprising a respective hole engageable along an axial direction by a fixing bolt to fixedly connect the cable-clamping washer to the actuation arm , characterised in that said cable-clamping washer equipped with a cable-bending appendage insertable in a seat of the actuation arm ; said seat extending along a first direction (F) and being provided with a first and a second insertion opening opposite one another and selectively engageable by said cable-bending appendage of the cable-clamping washer . - a chain guide configured to interact with a transmission chain of the bicycle and movable between a plurality of intermediate positions comprised between an inner position and an outer position; - a fixed body designed for being fixedly associated with a part of frame of the bicycle; - an outer connection element rotatably connected to the fixed body about a first articulation axis (A) and rotatably connected to the chain guide about a second articulation axis (B) parallel to the first articulation axis (A); - an inner connection element rotatably connected to the fixed body about a third articulation axis (C) and to the chain guide about a fourth articulation axis (D); - an actuation arm hinged to the fixed body about the first articulation axis (A); and a cable-clamping washer and said actuation arm comprising a respective hole engageable along an axial direction by a fixing bolt to fixedly connect the cable-clamping washer to the actuation arm , characterised in that said cable-clamping washer equipped with a cable-bending appendage insertable in a seat of the actuation arm ; said seat extending along a first direction (F) and being provided with a first and a second insertion opening opposite one another and selectively engageable by said cable-bending appendage of the cable-clamping washer .
An electronic cigarette, wherein the atomizer is detachably mounted on a power supply base , the power supply base is provided with a receiving chamber , wherein the atomizer comprises a main body , an atomizing component and a flexible protective sleeve , the main body is provided with an air inlet , an oil storage chamber , a suction part provided with an air outlet , and an inserting part for being inserted into the receiving chamber , the main body forms an airflow passage between the air inlet and the air outlet , the atomizing component is provided in the airflow passage and is communicated with the oil storage chamber , and the protective sleeve is sleeved on an outer surface of the suction part and is provided with a suction opening communicated with the air outlet ; characterized in that : the surface of the outer circumference of the protective sleeve is further provided with a gripping part , wherein the gripping part is formed by providing inclined grooves on the opposite surfaces of the outer circumference of the protective sleeve .
An image projection system for projecting a content image toward a projection target , the system comprising: a non-visible light projection apparatus that projects a pattern image for shape measurement toward the projection target by using non-visible light; an imaging device that captures the pattern image projected to the projection target ; a measurement control device that acquires three-dimensional shape information of the projection target based on the captured pattern image; a projected image processing device that converts a previously prepared content image into a projection content image corresponding to the projection target based on the shape information; and a visible light projection apparatus that is disposed in a different position from the non-visible light projection apparatus and projects the projection content image toward the projection target at the same time as the non-visible light projection apparatus by using visible light; characterized by a calibration processing device that, based on images of a non-visible light image projected by the non-visible light projection apparatus and a visible light image projected by the visible light projection apparatus captured by the imaging device , executes calibration processing of associating each pixel of the non-visible light image with each pixel of the visible light image, wherein the projected image processing device provides a coordinate conversion on the previously prepared content image for conversion into the projection content image corresponding to the projection target based on the shape information and the result of the calibration processing. a non-visible light projection apparatus that projects a pattern image for shape measurement toward the projection target by using non-visible light; an imaging device that captures the pattern image projected to the projection target ; a measurement control device that acquires three-dimensional shape information of the projection target based on the captured pattern image; a projected image processing device that converts a previously prepared content image into a projection content image corresponding to the projection target based on the shape information; and a visible light projection apparatus that is disposed in a different position from the non-visible light projection apparatus and projects the projection content image toward the projection target at the same time as the non-visible light projection apparatus by using visible light; characterized by a calibration processing device that, based on images of a non-visible light image projected by the non-visible light projection apparatus and a visible light image projected by the visible light projection apparatus captured by the imaging device , executes calibration processing of associating each pixel of the non-visible light image with each pixel of the visible light image, wherein the projected image processing device provides a coordinate conversion on the previously prepared content image for conversion into the projection content image corresponding to the projection target based on the shape information and the result of the calibration processing.
A wire wrap screen comprising a wire defining a first and second filtration gap on an outer and inner faces thereof on adjacent windings on a support structure , wherein at least one flow space is defined between said filtration gaps that is wider than said gaps at said inner and outer faces, and said flow space is configured to change the flow direction between said first and second filtration gaps at least once, characterized in that the cross-sectional shape of said wire is T-shaped and adjacent wires wound together define said first and second filtration gaps where the orientation of said T-shapes in adjacent wire windings is inverted.
A minimally invasive medical instrument comprising: an elongate flexible body including a proximal portion , a distal portion (221, 331, 331', 331"), a transition portion between the proximal portion and the distal portion, an inner sheath , an outer sheath , and a steerable tube (450, 450', 450") including a tube wall and a plurality of grooves (470a-d, 470a-d') in the tube wall; a plurality of conduits (316, 400a-e) positioned within the inner sheath, the plurality of conduits extending through the inner sheath and terminating within the inner sheath, each conduit including a conduit lumen and a distal end , the distal end terminating at the transition portion; and a plurality of tendons , wherein each tendon of the plurality of tendons extends through the conduit lumen of a corresponding conduit of the plurality of conduits from the proximal portion into the distal portion of the elongate flexible body, each tendon being actuatable to bend the steerable tube, wherein each groove of the plurality of grooves is configured to receive a corresponding tendon of the plurality of tendons. an elongate flexible body including a proximal portion , a distal portion (221, 331, 331', 331"), a transition portion between the proximal portion and the distal portion, an inner sheath , an outer sheath , and a steerable tube (450, 450', 450") including a tube wall and a plurality of grooves (470a-d, 470a-d') in the tube wall; a plurality of conduits (316, 400a-e) positioned within the inner sheath, the plurality of conduits extending through the inner sheath and terminating within the inner sheath, each conduit including a conduit lumen and a distal end , the distal end terminating at the transition portion; and a plurality of tendons , wherein each tendon of the plurality of tendons extends through the conduit lumen of a corresponding conduit of the plurality of conduits from the proximal portion into the distal portion of the elongate flexible body, each tendon being actuatable to bend the steerable tube, wherein each groove of the plurality of grooves is configured to receive a corresponding tendon of the plurality of tendons.
A cellulose-based abrasive backer, comprising: a saturated nonwoven web defining a first surface and a second surface, wherein the saturated nonwoven web comprises a cured saturant composition and a non woven web of fibers, wherein the fibers consist essentially of 80 wt% to 96 wt% cellulosic fiber and 4 wt % to 20 wt% synthetic polyester fiber, wherein about 80 wt% to about 100 wt% of the cellulosic fibers within the nonwoven web are hardwood fibers wherein the synthetic fibers serve as high tensile strength fibers to increase the tear resistance of the nonwoven web, and wherein the cured saturant composition comprises a curable latex polymeric binder, a film forming resin, and optional additional components; and a top coating comprising a film forming coating, a barrier coating or a semi-porous coating on the first surface of the saturated nonwoven web. a saturated nonwoven web defining a first surface and a second surface, wherein the saturated nonwoven web comprises a cured saturant composition and a non woven web of fibers, wherein the fibers consist essentially of 80 wt% to 96 wt% cellulosic fiber and 4 wt % to 20 wt% synthetic polyester fiber, wherein about 80 wt% to about 100 wt% of the cellulosic fibers within the nonwoven web are hardwood fibers wherein the synthetic fibers serve as high tensile strength fibers to increase the tear resistance of the nonwoven web, and wherein the cured saturant composition comprises a curable latex polymeric binder, a film forming resin, and optional additional components; and a top coating comprising a film forming coating, a barrier coating or a semi-porous coating on the first surface of the saturated nonwoven web.
An operating method of an exercising device , comprising a linear moving step and a swinging step ; the linear moving step , comprising providing a rail pivotally disposed at a base by at least one pivoting point ; and operating a horizontal driving unit to move a swinging bed or a swinging chair along the rail for a linear movement; and the swinging step including operation of a swing driving unit to drive a swinging unit comprising an eccentric block to change an angle (a) between the rail and the base to make the rail move along a swinging path reciprocatedly, characterized in that in the swinging step , the swinging unit vibrates the rail to swing the swinging bed or the swinging chair . providing a rail pivotally disposed at a base by at least one pivoting point ; and operating a horizontal driving unit to move a swinging bed or a swinging chair along the rail for a linear movement; and
A mobile radiation oncology coach system comprising: a trailer configured to include a control console area , a treatment area , and a vestibule area located between the control console area and the treatment area, the treatment area being equipped with a medical treatment facility that can emit radiation; a first internal shielding provided between the vestibule area and the treatment area; a first door constructed near a side of said trailer, the first door configured and providing access between the treatment area and the vestibule area, the first door including a first supplemental shielding; and a second door configured and providing access between the vestibule area and the control console area, the second door including second supplemental shielding and further configured to be constructed near an opposite side of said trailer than the first door, preventing a direct line of sight between the treatment area and the control console area. a trailer configured to include a control console area , a treatment area , and a vestibule area located between the control console area and the treatment area, the treatment area being equipped with a medical treatment facility that can emit radiation; a first internal shielding provided between the vestibule area and the treatment area; a first door constructed near a side of said trailer, the first door configured and providing access between the treatment area and the vestibule area, the first door including a first supplemental shielding; and a second door configured and providing access between the vestibule area and the control console area, the second door including second supplemental shielding and further configured to be constructed near an opposite side of said trailer than the first door, preventing a direct line of sight between the treatment area and the control console area.
Use of at least one nitrogenous compound and/or corresponding quaternized and/or protonated compound in the manufacture of ageing-resistant and/or low-emission polyurethanes, in particular foamed polyurethane materials, characterized in that this nitrogenous compound conforms to formula (I) with R 1 and R 2 being the same or different and each independently being hydrogen or an organic moiety of 1 to 30 carbon atoms, which may optionally be interrupted by one or more heteroatoms and/or substituted with one or more heteroatoms, wherein R 1 and R 2 are the same or different and are each preferably hydrogen or a linear or branched, saturated or unsaturated hydrocarbyl moiety of 1 to 30 carbon atoms, which may optionally contain oxygen, nitrogen and/or halogen atoms, wherein R 1 and R 2 are each particularly hydrogen, with R 3 being H or an organic moiety of 1 to 20 carbon atoms, which may optionally be interrupted by one or more heteroatoms and/or substituted with one or more heteroatoms. R 1 and R 2 being the same or different and each independently being hydrogen or an organic moiety of 1 to 30 carbon atoms, which may optionally be interrupted by one or more heteroatoms and/or substituted with one or more heteroatoms, wherein R 1 and R 2 are the same or different and are each preferably hydrogen or a linear or branched, saturated or unsaturated hydrocarbyl moiety of 1 to 30 carbon atoms, which may optionally contain oxygen, nitrogen and/or halogen atoms, wherein R 1 and R 2 are each particularly hydrogen, with R 3 being H or an organic moiety of 1 to 20 carbon atoms, which may optionally be interrupted by one or more heteroatoms and/or substituted with one or more heteroatoms.