mhurhangee/patent-ind-claim-en huggingface dataset:
A drum type washing machine, comprising: a housing ; a spin tub to hold laundry to be washed; and a ball balancer coupled to the spin tub to compensate for a dynamic imbalance during rotation thereof, the ball balancer comprising a first housing and a second housing joined to each other to form an annular-shaped race having a closed internal space in which a plurality of balls and viscous fluid are accommodated, the first housing including a first side wall , a second side wall and a connecting wall to form a three-sided annular-shaped structure having an open side, and the second housing being adapted to cover the open side of the first housing , the first housing having at least one support for reinforcing a strength of the balancer , characterized in that the spin tub is rotating with respect to a substantially horizontal axis of the drum type washing machine, a front member is attached to a front end of the spin tub , wherein said front member is provided with at least one annular recess corresponding to the balancer such that the balancer is able to be coupled to the spin tub by being fitted within the recess , and the front member having a front wall with an opening formed therein for receiving laundry, wherein an outer annular side wall of the recess establishing physical contact with a predefined area of an inner surface of the spin tub , wherein the support protrudes from the first housing and comes into contact with the outer annular side wall of the recess , and guides the balancer to be maintained in the recess in place. a housing ; a spin tub to hold laundry to be washed; and a ball balancer coupled to the spin tub to compensate for a dynamic imbalance during rotation thereof, the ball balancer comprising a first housing and a second housing joined to each other to form an annular-shaped race having a closed internal space in which a plurality of balls and viscous fluid are accommodated, the first housing including a first side wall , a second side wall and a connecting wall to form a three-sided annular-shaped structure having an open side, and the second housing being adapted to cover the open side of the first housing , the first housing having at least one support for reinforcing a strength of the balancer , characterized in that the spin tub is rotating with respect to a substantially horizontal axis of the drum type washing machine, a front member is attached to a front end of the spin tub , wherein said front member is provided with at least one annular recess corresponding to the balancer such that the balancer is able to be coupled to the spin tub by being fitted within the recess , and the front member having a front wall with an opening formed therein for receiving laundry, wherein an outer annular side wall of the recess establishing physical contact with a predefined area of an inner surface of the spin tub , wherein the support protrudes from the first housing and comes into contact with the outer annular side wall of the recess , and guides the balancer to be maintained in the recess in place.
A content delivery method for performing content delivery among a plurality of communication terminals via a wireless LAN, and the method comprises: a step wherein the plurality of communication terminals exchange with each other control messages to be transmitted and received until a request for the content delivery is received and a response expressing deliverability of the requested content is transmitted, in an ad hoc mode; and a step wherein a communication terminal having received the request for the content delivery and having transmitted the response expressing the deliverability of the requested content, among the plurality of communication terminals , delivers the content to a communication terminal having requested the content delivery, in an infrastructure mode. a step wherein the plurality of communication terminals exchange with each other control messages to be transmitted and received until a request for the content delivery is received and a response expressing deliverability of the requested content is transmitted, in an ad hoc mode; and a step wherein a communication terminal having received the request for the content delivery and having transmitted the response expressing the deliverability of the requested content, among the plurality of communication terminals , delivers the content to a communication terminal having requested the content delivery, in an infrastructure mode.
A steer-by-wire steering system for a motor vehicle having a steering wheel and a feedback actuator connected to the steering wheel for providing road feedback to a driver, wherein the feedback actuator comprises an electric motor and an electronic control unit (ECU), wherein the feedback actuator has at least two redundant rotor position sensors , characterized in that the ECU is equipped with a sleep-mode functionality, which in case the ignition is off, wakes-up the rotor position sensors periodically or upon a movement of the rotor to detect and measure the rotation of the electric motor's rotor and wherein the feedback actuator has two battery connectors without common ground, a first part and a second part , wherein the first part and the second part are connected via the two battery connectors to a first battery and a second battery , respectively.
Gas burner comprising: - an injection holder with a gas injector (2.1); - a burner body adapted to be arranged at the injection holder , the burner body comprising an opening (3.1) for enabling a gas flow from said gas injector (2.1) and a primary air flow in an area above said burner body ; - a burner cap adapted to be arranged at the top side of the burner body , the burner cap comprising a lower portion (4.1) and a circumferential surface portion (4.2) protruding downwardly from said top portion (4.1), wherein the circumferential surface portion (4.2) comprises a plurality of flame ports (4.3) and said burner body and said burner cap confine a chamber for providing a combustion mixture of gas and primary air, wherein the chamber comprises a circular bottom wall portion (3.2) with a convex shape; wherein the burner body comprises a bulge-shaped protrusion (3.5) forming a continuous ridge below the burner cap at least in the area in which the flame ports (4.3) are provided, said bulge-shaped protrusion (3.5) reducing the distance between the burner cap and the burner body in the area of the flame ports (4.3), characterized in that the bulge-shaped protrusion (3.5) comprises a first protrusion portion (3.5.1) which corresponds with respect to its shape and its inclination to the circumferential surface portion (4.2) of the burner cap , a second protrusion portion (3.5.2) which corresponds with respect to its alignment and its inclination to a border section of the lower portion (4.1), and a third protrusion portion (3.5.3), wherein the third protrusion portion (3.5.3) is located opposite to the first protrusion portion (3.5.1), faces the opening (3.1) and connects the second protrusion portion (3.5.2) with the bottom wall portion (3.2) that surrounds the opening (3.1), thereby forming a dam-like barrier for the combustion mixture in order to reduce the chamber in the area of the flame ports (4.3). - an injection holder with a gas injector (2.1); - a burner body adapted to be arranged at the injection holder , the burner body comprising an opening (3.1) for enabling a gas flow from said gas injector (2.1) and a primary air flow in an area above said burner body ; - a burner cap adapted to be arranged at the top side of the burner body , the burner cap comprising a lower portion (4.1) and a circumferential surface portion (4.2) protruding downwardly from said top portion (4.1), wherein the circumferential surface portion (4.2) comprises a plurality of flame ports (4.3) and said burner body and said burner cap confine a chamber for providing a combustion mixture of gas and primary air, wherein the chamber comprises a circular bottom wall portion (3.2) with a convex shape;
A scroll compressor comprising: a sealed container ; a fixed scroll disposed within the sealed container , the fixed scroll including a base plate and a scroll lap extending from a lower surface (3a1) of the base plate ; an orbiting scroll disposed within the sealed container , the orbiting scroll including a base plate and a scroll lap extending from an upper surface (4a1) of the base plate ; a compression chamber defined by engagement of the scroll lap of the fixed scroll and the scroll lap of the orbiting scroll ; and an injection passage extending through the base plate of the fixed scroll from an upper surface of the base plate to the lower surface of the base plate , the injection passage communicating with the compression chamber through an opening port , the scroll lap of the fixed scroll defining the compression chamber being at least partly located inside the opening port in plan view of the fixed scroll , wherein the scroll lap of the orbiting scroll has a groove (4b2) longitudinally recessed from a tip of the scroll lap toward a base of the scroll lap , and includes raised portions (4b3) defined by the groove (4b2), characterized in that the scroll compressor further includes a seal received in the groove (4b2), wherein the seal is movable between the groove (4b2) and the lower surface (3a1) of the base plate of the fixed scroll , and one of the raised portions (4b3) adjacent to the injection passage is disposed such that an inner side surface of the raised portion (4b3) is located outside the opening port . a sealed container ; a fixed scroll disposed within the sealed container , the fixed scroll including a base plate and a scroll lap extending from a lower surface (3a1) of the base plate ; an orbiting scroll disposed within the sealed container , the orbiting scroll including a base plate and a scroll lap extending from an upper surface (4a1) of the base plate ; a compression chamber defined by engagement of the scroll lap of the fixed scroll and the scroll lap of the orbiting scroll ; and an injection passage extending through the base plate of the fixed scroll from an upper surface of the base plate to the lower surface of the base plate , the injection passage communicating with the compression chamber through an opening port , the scroll lap of the fixed scroll defining the compression chamber being at least partly located inside the opening port in plan view of the fixed scroll , wherein the scroll lap of the orbiting scroll has a groove (4b2) longitudinally recessed from a tip of the scroll lap toward a base of the scroll lap , and includes raised portions (4b3) defined by the groove (4b2), characterized in that the scroll compressor further includes a seal received in the groove (4b2), wherein the seal is movable between the groove (4b2) and the lower surface (3a1) of the base plate of the fixed scroll , and one of the raised portions (4b3) adjacent to the injection passage is disposed such that an inner side surface of the raised portion (4b3) is located outside the opening port .
A platform assembly comprising: a work platform including a platform floor and a safety rail extending from the platform floor to a rail height; and a primary sensor unit secured to the work platform and positioned adjacent the platform floor , the primary sensor unit being configured to monitor an area from the platform floor to a space above the rail height and forward and aft of the work platform . a work platform including a platform floor and a safety rail extending from the platform floor to a rail height; and a primary sensor unit secured to the work platform and positioned adjacent the platform floor , the primary sensor unit being configured to monitor an area from the platform floor to a space above the rail height and forward and aft of the work platform .
An apparatus for extracorporeal treatment of blood comprising: - a blood treatment unit ; - an extracorporeal blood circuit coupled to the blood treatment unit ; a blood pump configured to be coupled to a pump section of the extracorporeal blood circuit; - a fluid circuit coupled to the blood treatment unit ; - at least a membrane gas exchanger operatively coupled to the extracorporeal blood circuit or to the fluid circuit to exchange gas with blood flowing in the extracorporeal blood circuit or with fluid flowing in the fluid circuit, wherein the membrane gas exchanger comprises a blood or fluid side having a blood or fluid inlet and a blood or fluid outlet in fluid communication with the extracorporeal blood circuit or with the fluid circuit and a gas side crossed by a sweep gas and having a gas inlet and a gas outlet ; - a control unit configured for commanding execution of a task comprising,: - exchanging gas between the blood or fluid flowing through the blood or fluid side of the membrane gas exchanger and the sweep gas flowing through the gas side of the membrane gas exchanger ; characterized in that said task further comprises at least the following steps - determining blood or fluid water losses (Q eccor ) occurring in the membrane gas exchanger due to gas exchange; - compensating at least in part for said water losses (Q eccor ). - a blood treatment unit ; - an extracorporeal blood circuit coupled to the blood treatment unit ; a blood pump configured to be coupled to a pump section of the extracorporeal blood circuit; - a fluid circuit coupled to the blood treatment unit ; - at least a membrane gas exchanger operatively coupled to the extracorporeal blood circuit or to the fluid circuit to exchange gas with blood flowing in the extracorporeal blood circuit or with fluid flowing in the fluid circuit, wherein the membrane gas exchanger comprises a blood or fluid side having a blood or fluid inlet and a blood or fluid outlet in fluid communication with the extracorporeal blood circuit or with the fluid circuit and a gas side crossed by a sweep gas and having a gas inlet and a gas outlet ; - a control unit configured for commanding execution of a task comprising,: - exchanging gas between the blood or fluid flowing through the blood or fluid side of the membrane gas exchanger and the sweep gas flowing through the gas side of the membrane gas exchanger ; characterized in that said task further comprises at least the following steps - determining blood or fluid water losses (Q eccor ) occurring in the membrane gas exchanger due to gas exchange; - compensating at least in part for said water losses (Q eccor ). - exchanging gas between the blood or fluid flowing through the blood or fluid side of the membrane gas exchanger and the sweep gas flowing through the gas side of the membrane gas exchanger ; - determining blood or fluid water losses (Q eccor ) occurring in the membrane gas exchanger due to gas exchange; - compensating at least in part for said water losses (Q eccor ).
A vibration signal generation apparatus comprising: an absolute value signal generator configured to generate an absolute value signal by detecting an absolute value of amplitude of an acoustic signal; an envelope signal generator configured to generate an envelope signal by detecting an envelope of the absolute value signal generated by the absolute value signal generator ; a differentiator configured to differentiate the envelope signal generated by the envelope signal generator ; an amplitude limiter configured to generate an amplitude-limited signal by limiting amplitude of the envelope signal differentiated by the differentiator so that an amplitude value of the differentiated envelope signal becomes zero or greater; a vibration signal generator configured to generate a vibration signal by multiplying the amplitude-limited signal generated by the amplitude limiter by a reference signal which is a sinusoidal wave having a frequency range of 10 Hz to 150 Hz that allows a human to perceive a vibration; a smoothing unit configured to smooth the envelope signal generated by the envelope signal generator by applying a smoothing filter to changes in the amplitude of the envelope signal; and a multiplier configured to generate a waveform-shaped signal by multiplying the amplitude-limited signal generated by the amplitude limiter by the envelope signal smoothed by the smoothing unit , wherein the vibration signal generator generates the vibration signal by multiplying the waveform-shaped signal generated by the multiplier by the reference signal. an absolute value signal generator configured to generate an absolute value signal by detecting an absolute value of amplitude of an acoustic signal; an envelope signal generator configured to generate an envelope signal by detecting an envelope of the absolute value signal generated by the absolute value signal generator ; a differentiator configured to differentiate the envelope signal generated by the envelope signal generator ; an amplitude limiter configured to generate an amplitude-limited signal by limiting amplitude of the envelope signal differentiated by the differentiator so that an amplitude value of the differentiated envelope signal becomes zero or greater; a vibration signal generator configured to generate a vibration signal by multiplying the amplitude-limited signal generated by the amplitude limiter by a reference signal which is a sinusoidal wave having a frequency range of 10 Hz to 150 Hz that allows a human to perceive a vibration; a smoothing unit configured to smooth the envelope signal generated by the envelope signal generator by applying a smoothing filter to changes in the amplitude of the envelope signal; and a multiplier configured to generate a waveform-shaped signal by multiplying the amplitude-limited signal generated by the amplitude limiter by the envelope signal smoothed by the smoothing unit , wherein the vibration signal generator generates the vibration signal by multiplying the waveform-shaped signal generated by the multiplier by the reference signal.
Elevator system , having: a safety monitoring system which is designed to recognize a dangerous situation and then to modify operation of the elevator system ; characterized in that the safety monitoring system has a 3D camera system which is designed to generate 3-dimensional image data, and in that the safety monitoring system is designed to recognize, on the basis of the image data generated by the 3D camera system , a person being located inside an elevator shaft or an object being located inside the elevator shaft and an obstacle moving relative to the person or to the object as a dangerous situation. a safety monitoring system which is designed to recognize a dangerous situation and then to modify operation of the elevator system ; characterized in that the safety monitoring system has a 3D camera system which is designed to generate 3-dimensional image data, and in that the safety monitoring system is designed to recognize, on the basis of the image data generated by the 3D camera system , a person being located inside an elevator shaft or an object being located inside the elevator shaft and an obstacle moving relative to the person or to the object as a dangerous situation.
Equipment element for electrically contact-connecting an actuator for a vehicle gearbox, having a basic body and two electrical connections protruding on one side from the basic body of the equipment element , wherein the equipment element has a chip guard which is provided at least partially between the electrical connections and is configured, when the equipment element has been brought into contact with the actuator , to at least partially make a short circuit between the contacts more difficult, characterized in that the chip guard is U-shaped in the cross-sectional plane (YZ) that is perpendicular to the introduction direction, such that the chip guard at least partially receives the electrical connections between two legs of the U shape, and has, at least in a front region in the introduction direction (X), an introduction region which is funnel-shaped.
An oil comprising (i) at least 30 wt.% of one or more polyunsaturated fatty acids having at least 4 double bonds; (ii) at least one first antioxidant; and (iii) less than 150 ppm lecithin, wherein the at least one first antioxidant is a tocopherol, the oil comprises tocopherol in an amount ranging from 900 ppm to 3400 ppm, wherein said oil further comprises less than 750 ppm of a second antioxidant chosen from an ascorbic acid derivative, and wherein said oil and/or said at least one polyunsaturated fatty acid having at least 4 double bonds is obtained from microalgae. (i) at least 30 wt.% of one or more polyunsaturated fatty acids having at least 4 double bonds; (ii) at least one first antioxidant; and (iii) less than 150 ppm lecithin, wherein the at least one first antioxidant is a tocopherol, the oil comprises tocopherol in an amount ranging from 900 ppm to 3400 ppm, wherein said oil further comprises less than 750 ppm of a second antioxidant chosen from an ascorbic acid derivative, and wherein said oil and/or said at least one polyunsaturated fatty acid having at least 4 double bonds is obtained from microalgae.
Plug-in connector system for releasably contacting electrical conductors for producing an electrically conductive connection, comprising a plug-in connector plug having at least one plug-in contact pin, pin contact , and a mating plug-in connector plug having at least one plug-in contact socket, plug-in contact hole , wherein the plug-in connector plug and the mating plug-in connector plug and also the at least one plug-in contact pin, pin contact , and the plug-in contact socket, plug-in contact hole , are arranged in a manner corresponding to each other in such a way that they establish an electrically conductive connection by being releasably plugged one into the other, wherein the at least one plug-in contact pin, pin contact , in the plug-in connector plug is received and retained in a dome-shaped raised portion with an outer conical contour and the dome-shaped raised portion with an outer conical contour, with at least one seal of the mating plug-in connector plug , seals off the at least one plug-in contact pin, pin contact , and the plug-in contact socket, plug-in contact hole , in the plugged-together state, wherein the plug-in connector plug has a plug-in connector base and is supplemented by a plug wall , which axially extends out of the plug-in connector base , characterized in that the plug-in connector base extends in a sloping manner in at least one direction radially to the insertion direction of the plug-in connector system , so that water, moisture, liquid is guided away from the plug interior, and wherein the plug wall adjoining the plug-in connector base has at least one drain hole .