mhurhangee/patent-ind-claim-en huggingface dataset:
A vibration damper comprising a cylinder adapted to receive damping fluid and a working piston axially movable therein, which is arranged to be guided on a piston rod formed with an axial aperture and divides the cylinder interior into a first and a second working space, and the vibration damper includes a fluid communication aperture at least sectionally extending through the piston rod for a fluid flow at least from the second working space to the first working space, and includes a first adjusting device for adjusting the compression stage damping and a second adjusting device for adjusting the rebound stage damping, and the first adjusting device includes two valve devices for changing throughflow openings for the compression stage, and the second adjusting device has an adjusting rod shiftably arranged in the axial aperture of the piston rod for changing a first throughflow opening of a third valve device for the rebound stage, and the second adjusting device includes a fourth valve device adjustable separately from the third valve device , which comprises an adjusting needle that is configured for an axial displacement and is provided for changing a second throughflow opening for the rebound stage, wherein the axial displacement of the adjusting needle variably clears the second throughflow opening for damping fluid from the second working space to the first working space in dependence on the amount of axial displacement of the adjusting needle , characterized in in that the adjusting needle has a differential surface acted upon by the pressure of the damping fluid in the second working space in such a way that the pressure acts on the adjusting needle for an axial displacement of the adjusting needle in the opening direction of the second throughflow opening .
A coupling, in particular for a geared motor, wherein the coupling has - a first coupling part for connecting to a first shaft, in particular a gear shaft or motor shaft, - a second coupling part for connecting to a second shaft, in particular a motor shaft or gear shaft, - and a bellows , wherein the bellows is connected to the first coupling part by a material-formed bond only on a first contact face , wherein the bellows is connected to the second coupling part by a material-formed bond only on a second contact face, wherein the bellows touches the first coupling part , in addition to the first contact face , on a touching face which has an axial position, in particular therefore extends only in the radial direction and in the peripheral direction, wherein the first coupling part , in particular the collar or shoulder, forms an axial stop and/or an axial delimitation for the bellows , wherein the bellows is axially compressed, characterised in that the first contact face has a single radial distance, in particular therefore extends only in the axial and in the peripheral direction, and in that the second contact face has a single axial position, in particular therefore extends only in the radial direction and in the peripheral direction. wherein the coupling has - a first coupling part for connecting to a first shaft, in particular a gear shaft or motor shaft, - a second coupling part for connecting to a second shaft, in particular a motor shaft or gear shaft, - and a bellows , - a first coupling part for connecting to a first shaft, in particular a gear shaft or motor shaft, - a second coupling part for connecting to a second shaft, in particular a motor shaft or gear shaft, - and a bellows , wherein the bellows is connected to the first coupling part by a material-formed bond only on a first contact face , wherein the bellows is connected to the second coupling part by a material-formed bond only on a second contact face, wherein the bellows touches the first coupling part , in addition to the first contact face , on a touching face which has an axial position, in particular therefore extends only in the radial direction and in the peripheral direction, wherein the first coupling part , in particular the collar or shoulder, forms an axial stop and/or an axial delimitation for the bellows , wherein the bellows is axially compressed, characterised in that the first contact face has a single radial distance, in particular therefore extends only in the axial and in the peripheral direction, and in that the second contact face has a single axial position, in particular therefore extends only in the radial direction and in the peripheral direction.
A closure device for a wing of a door or a window, with a coupling apparatus for coupling a pusher nut with a lever member actuating a closure member, wherein the coupling apparatus has a drive motor , a slider member , a force-transmitting member effecting the coupling and a housing , wherein the slide member is displaceable along a displacement direction by means of the drive motor , the drive motor and the slide member are encapsulated in the housing , wherein the housing has an upper shell and a lower shell , and the displacement of the slide member is limited by stops, characterized in that the force transmission member is slidably coupled to the slider member and is displaceable against the force of a spring member relative to the slide member .
A method that is implemented by a device for touch interaction with a curved display , wherein the curved display is spherical, hemispherical, cuboidal cylindrical, or a combination thereof, and wherein the curved display forms a curved surface to display objects , the method comprising acts of: monitoring the curved display to detect touch input; if a touch input is detected based on the act of monitoring, determining one or more locations of the touch input; and implementing at least one user interface, Ul, feature responsive to the determined one or more locations of the touch input, the at least one Ul feature including placing a displayed object on another side of the curved display that is at least partially out-of-sight of the user, wherein the act of implementing comprises the act of warping an object that is displayed on one side of the curved display to another side of the curved display that is at least partially out-of-sight of the user, responsive to detection of a touch contact on the object if the touch contact meets a predefined size threshold indicative of at least a palm-sized touch contact, for a predefined temporal threshold. monitoring the curved display to detect touch input; if a touch input is detected based on the act of monitoring, determining one or more locations of the touch input; and implementing at least one user interface, Ul, feature responsive to the determined one or more locations of the touch input, the at least one Ul feature including placing a displayed object on another side of the curved display that is at least partially out-of-sight of the user, determining one or more locations of the touch input; and implementing at least one user interface, Ul, feature responsive to the determined one or more locations of the touch input, the at least one Ul feature including placing a displayed object on another side of the curved display that is at least partially out-of-sight of the user, wherein the act of implementing comprises the act of warping an object that is displayed on one side of the curved display to another side of the curved display that is at least partially out-of-sight of the user, responsive to detection of a touch contact on the object if the touch contact meets a predefined size threshold indicative of at least a palm-sized touch contact, for a predefined temporal threshold.
A display device comprising: a display panel including a plurality of gate lines (GL), a plurality of data lines (DL), and a plurality of subpixels (SP) aligned in intersected areas of the data lines and the gate lines to light organic light-emitting diodes (OLED) via driving transistors (DRT), and a plurality of reference voltage lines (Vref); a gate driver circuit configured to drive the plurality of gate lines (GL); a data driver circuit configured to drive the plurality of data lines (DL); and a timing controller , which includes a memory (MEM) configured to store a data voltage-for-sensing (Vdata2) to sense a characteristic of the subpixels in a blank period (BP), configured to control signals applied to the gate driver circuit and the data driver circuit , characterized in that the timing controller is configured to control the data driver circuit to gradually change a data voltage (Vdata) from a start point of the blank period (BP) to a start point of a sensing period in the blank period (BP), according to a slope between a data voltage-for-driving image (Vdata1) applied in an emission period (EP) of the display panel at an ending time point of the emission period (EP) and the data voltage-for-sensing (Vdata2) to be applied to the display panel at the start point of the sensing period. a display panel including a plurality of gate lines (GL), a plurality of data lines (DL), and a plurality of subpixels (SP) aligned in intersected areas of the data lines and the gate lines to light organic light-emitting diodes (OLED) via driving transistors (DRT), and a plurality of reference voltage lines (Vref); a gate driver circuit configured to drive the plurality of gate lines (GL); a data driver circuit configured to drive the plurality of data lines (DL); and a timing controller , which includes a memory (MEM) configured to store a data voltage-for-sensing (Vdata2) to sense a characteristic of the subpixels in a blank period (BP), configured to control signals applied to the gate driver circuit and the data driver circuit , characterized in that the timing controller is configured to control the data driver circuit to gradually change a data voltage (Vdata) from a start point of the blank period (BP) to a start point of a sensing period in the blank period (BP), according to a slope between a data voltage-for-driving image (Vdata1) applied in an emission period (EP) of the display panel at an ending time point of the emission period (EP) and the data voltage-for-sensing (Vdata2) to be applied to the display panel at the start point of the sensing period.
A household cleaning composition comprising: a. from 1.0 % to 50% by weight of the total composition of a surfactant system; and b. a polyvinyl alcohol copolymer, wherein the polyvinyl alcohol copolymer comprises vinyl alcohol monomers, vinyl acetate monomers, and alkyl-1-ene monomers, wherein the alkyl-1-ene monomers have an alkyl chain comprising on average from 8 to 20 carbon atoms, wherein the polyvinyl alcohol copolymer has: i. an average degree of hydrolysis (dH) of from 30% to 80%, ii. a weight average degree of polymerisation (dP) of from 200 to 800, and iii. an average degree of alkyl-1-ene monomer molar substitution (dS) of from 0.25% to 4.0%. a. from 1.0 % to 50% by weight of the total composition of a surfactant system; and b. a polyvinyl alcohol copolymer, wherein the polyvinyl alcohol copolymer comprises vinyl alcohol monomers, vinyl acetate monomers, and alkyl-1-ene monomers, wherein the alkyl-1-ene monomers have an alkyl chain comprising on average from 8 to 20 carbon atoms, i. an average degree of hydrolysis (dH) of from 30% to 80%, ii. a weight average degree of polymerisation (dP) of from 200 to 800, and iii. an average degree of alkyl-1-ene monomer molar substitution (dS) of from 0.25% to 4.0%.
Steering actuator for a steering system for a motor vehicle, comprising an actuator rod which can be displaced in translation in the longitudinal direction thereof and a position sensor apparatus which is constructed to detect the linear position of the actuator rod , wherein the position sensor apparatus comprises a rotation sensor which has a sensor shaft which can be rotated about an axis (S) and which has a running wheel which is fitted in a rotationally secure manner to the sensor shaft and which can roll on a corresponding linear track of the actuator rod in order to convert a translational movement of the actuator rod into a rotation of the sensor shaft , characterised in that the rotation sensor is arranged or configured so as to be flexible transversely relative to the track . wherein the position sensor apparatus comprises a rotation sensor which has a sensor shaft which can be rotated about an axis (S) and which has a running wheel which is fitted in a rotationally secure manner to the sensor shaft and which can roll on a corresponding linear track of the actuator rod in order to convert a translational movement of the actuator rod into a rotation of the sensor shaft , characterised in that the rotation sensor is arranged or configured so as to be flexible transversely relative to the track .
A separator suitable for a capacitor, in particular an aluminum electrolytic capacitor, wherein the separator is a single layer, inclined wire wet-laid non-woven fabric comprising at least 70 wt.-% of wood pulp, wherein the separator has a density of less than 0.45 g/cm 3 , wherein the wood pulp is unbeaten wood pulp or wood pulp having a freeness value of from 10 to 35 °SR, as determined in accordance with DIN ISO 5267-1. wherein the separator is a single layer, inclined wire wet-laid non-woven fabric comprising at least 70 wt.-% of wood pulp, wherein the separator has a density of less than 0.45 g/cm 3 , wherein the wood pulp is unbeaten wood pulp or wood pulp having a freeness value of from 10 to 35 °SR, as determined in accordance with DIN ISO 5267-1.
A hybrid module , having a first drive unit and a second drive unit, which can be connected to a drive shaft in a torque-transmitting manner via an intermediate shaft , wherein a torque can be transmitted from the first drive unit and/or the second drive unit to the intermediate shaft via a separating clutch , wherein the intermediate shaft is supported on a housing via a support bearing , and the separating clutch is connected to the intermediate shaft via a hub , wherein the hub has at least one device on which a removal tool for applying force can engage interlockingly and/or frictionally in order to enable the disassembly of the hub and the separating clutch by using the removal tool , characterised in that the separating clutch is designed as a multi-plate clutch having an outer plate carrier and an inner plate carrier and the inner plate carrier is in contact with a continuous traction means .
An assembly of a fastening device and a plastic material of known elasticity, the fastening device comprising a threaded bush , arranged with a coarse thread on the outside of the bush and a standard metric thread on the hollow inside of the bush, wherein the coarse thread on the outside of the bush is arranged for screwing into a cavity of the plastic material , thereby said cavity of the plastic material is arranged with a complementary thread with a chosen distance within the groove, characterized in that the distance within the groove of the complementary thread is increased within the limit of the plastic materials elasticity, when the fastening device is fastened into the plastic material, wherein the coarse thread on the outside of the bush and the complementary thread of the cavity of the plastic material are engaged by at least one of compression and friction.
A bi-directional ventilator communication system , the system comprising: a medical entity ; and a ventilator configured to: receive a communication from the medical entity, wherein the communication is associated with the manipulation of ventilator functionality; monitor an orientation of a patient utilizing a ventilator camera ; modify operation of the ventilator based on the orientation of the patient, wherein the modifying operation of the ventilator comprises instructing the ventilator to increase the amount of fresh gas to the patient ; generate ventilator data indicative of the modified operation of the ventilator ; and transmit the ventilator data, by the ventilator, to the medical entity, wherein said ventilator data is associated with information regarding the modification of ventilator functionality. a medical entity ; and a ventilator configured to: receive a communication from the medical entity, wherein the communication is associated with the manipulation of ventilator functionality; monitor an orientation of a patient utilizing a ventilator camera ; modify operation of the ventilator based on the orientation of the patient, receive a communication from the medical entity, wherein the communication is associated with the manipulation of ventilator functionality; monitor an orientation of a patient utilizing a ventilator camera ; modify operation of the ventilator based on the orientation of the patient, wherein the modifying operation of the ventilator comprises instructing the ventilator to increase the amount of fresh gas to the patient ; generate ventilator data indicative of the modified operation of the ventilator ; and transmit the ventilator data, by the ventilator, to the medical entity, generate ventilator data indicative of the modified operation of the ventilator ; and transmit the ventilator data, by the ventilator, to the medical entity, wherein said ventilator data is associated with information regarding the modification of ventilator functionality.
An avalanche photodiode, APD, sensor comprising: a photoelectric conversion region disposed in a substrate and that converts light incident to a first side of the substrate into electric charge; a cathode region disposed at a second side of the substrate , the second side being opposite the first side; an anode region disposed at the second side of the substrate ; a first region of a first conductivity type disposed in the substrate ; and a second region of a second conductivity type disposed in the substrate , the second conductivity type being different than the first conductivity type, wherein, in a cross-sectional view, the first region and the second region are between the photoelectric conversion region and the second side of the substrate , and wherein an interface between the first region and the second region is configured as an amplification region , and the substrate includes impurities having an impurity concentration that is lower than an impurity concentration of the first region and the second region , characterized in that , in the cross-sectional view, the interface between the first region and the second region has an uneven pattern. a photoelectric conversion region disposed in a substrate and that converts light incident to a first side of the substrate into electric charge; a cathode region disposed at a second side of the substrate , the second side being opposite the first side; an anode region disposed at the second side of the substrate ; a first region of a first conductivity type disposed in the substrate ; and a second region of a second conductivity type disposed in the substrate , the second conductivity type being different than the first conductivity type, wherein, in a cross-sectional view, the first region and the second region are between the photoelectric conversion region and the second side of the substrate , and wherein an interface between the first region and the second region is configured as an amplification region , and the substrate includes impurities having an impurity concentration that is lower than an impurity concentration of the first region and the second region ,
An electroluminescent device comprising an organic functional layer being a hole transport layer containing one or more types of functional organic compounds having chiral elements, wherein the total of the number of chiral elements per molecule in each type of the functional organic compounds summed over all types of the functional organic compounds is four or more and wherein the functional organic compounds having chiral elements have a biaryl structure which has chiral elements due to hindered rotation between two aryl moieties, such that the functional organic compounds include an atropisomer. the total of the number of chiral elements per molecule in each type of the functional organic compounds summed over all types of the functional organic compounds is four or more and wherein the functional organic compounds having chiral elements have a biaryl structure which has chiral elements due to hindered rotation between two aryl moieties, such that the functional organic compounds include an atropisomer.
A liquid dispenser, comprising: a container configured to store liquid and having an upper end defining an upper opening; a base to support the container ; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; and a lid (300 and 400) configured to cover the upper opening and having a hole through which liquid discharged from the pump flows; wherein the container further includes an outer wall and an inner wall , the inner wall extends upward at a first angle, and the outer wall extends upward at a second angle different from the first angle such that the outer and inner walls intersect at the upper end of the container and a space (S1) is formed between the inner and outer walls , wherein an upper surface of the base has an inner opening and an outer surface surrounding the inner opening , characterised in that a bottom of the container has a circular recess that fits inside the inner opening and is recessed downward from an outer bottom surface . a container configured to store liquid and having an upper end defining an upper opening; a base to support the container ; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; and a lid (300 and 400) configured to cover the upper opening and having a hole through which liquid discharged from the pump flows; wherein the container further includes an outer wall and an inner wall , the inner wall extends upward at a first angle, and the outer wall extends upward at a second angle different from the first angle such that the outer and inner walls intersect at the upper end of the container and a space (S1) is formed between the inner and outer walls , wherein an upper surface of the base has an inner opening and an outer surface surrounding the inner opening , characterised in that a bottom of the container has a circular recess that fits inside the inner opening and is recessed downward from an outer bottom surface .
Device for displaying a sequence of images in the form of a matrix of pixels, comprising a control unit coupled operationally to a projector , the control unit comprising - an input interface configured so as to receive asynchronous information representing, for each pixel in the matrix, events concerning the pixel; and - a processor configured to control activation of each pixel in the matrix at instants determined by respective events indicated by the asynchronous information for said pixel; in which the projector is arranged on a support so as to illuminate photoreceptors of the eye during the use of a device, and configured to project a light stream relative to the pixels activated by the control unit . - an input interface configured so as to receive asynchronous information representing, for each pixel in the matrix, events concerning the pixel; and - a processor configured to control activation of each pixel in the matrix at instants determined by respective events indicated by the asynchronous information for said pixel;