mhurhangee/ep-ind-claims huggingface dataset:
A household appliance having at least two feet, whereby each of said at least two feet comprises: a hydraulic plate; a sheath, being fixedly connected with the hydraulic plate; an adjustable foot, being arranged in the sheath and axially movable relative to the sheath, an accommodating chamber being formed by the hydraulic plate, the sheath and the adjustable foot; a hydraulic medium, being arranged in the accommodating chamber, and the hydraulic medium being compressed or expanded depending on pressure changes to drive the adjustable foot to move axially in the sheath for leveling; whereby said household appliance further comprises a communicating device for putting in communication said at least two feet of the household appliance to allow the hydraulic medium to flow between said at least two feet of the household appliance; wherein, a control device for turning on/off the flowing of the hydraulic medium is provided on the communicating device, whereby a bottom of the housing of the household appliance is provided with said at least two feet of the household appliance communicating with each other, the household appliance being characterized in that a door corresponding to the control device is arranged on said housing of the household appliance, so that a user can open the door to directly operate the control device to control the hydraulic medium to flow or be cut off between said at least two feet of the household appliance. a hydraulic plate; a sheath, being fixedly connected with the hydraulic plate; an adjustable foot, being arranged in the sheath and axially movable relative to the sheath, an accommodating chamber being formed by the hydraulic plate, the sheath and the adjustable foot; a hydraulic medium, being arranged in the accommodating chamber, and the hydraulic medium being compressed or expanded depending on pressure changes to drive the adjustable foot to move axially in the sheath for leveling; a communicating device for putting in communication said at least two feet of the household appliance to allow the hydraulic medium to flow between said at least two feet of the household appliance; wherein, a control device for turning on/off the flowing of the hydraulic medium is provided on the communicating device, whereby a bottom of the housing of the household appliance is provided with said at least two feet of the household appliance communicating with each other, the household appliance being characterized in that a door corresponding to the control device is arranged on said housing of the household appliance, so that a user can open the door to directly operate the control device to control the hydraulic medium to flow or be cut off between said at least two feet of the household appliance.
A system for generating a composite image using a multi-node computer architecture for an articulated vehicle, comprising: a first set of one or more cameras (18, 20) that capture images of an area surrounding a first portion of the articulated vehicle, which is a tractor portion of the articulated vehicle; a first processing node that receives captured image data from the first set of one or more cameras; a second set of one or more cameras (26, 28, 30, 32) that capture images of an area surrounding a second portion of the articulated vehicle, which is a trailer portion of the articulated vehicle; a second processing node that receives captured image data from the second set of one or more cameras and transmits the captured image data to the first processing node; wherein the first processing node is configured to generate a composite surround view image of the articulated vehicle from the captured image data received from the first and second sets of one or more cameras, characterized in that wherein the first processing node is an electronic control unit in the tractor portion of the articulated vehicle, and wherein the second processing node is an ECU in the trailer portion of the articulated vehicle, and wherein the first processing node identifies one or more cameras in one or more of the first and second sets of one or more cameras (18, 20, 26, 28, 30, 32) is not functioning properly, and omits image data associated with the identified one or more cameras when generating the composite surround view image. a first set of one or more cameras (18, 20) that capture images of an area surrounding a first portion of the articulated vehicle, which is a tractor portion of the articulated vehicle; a first processing node that receives captured image data from the first set of one or more cameras; a second set of one or more cameras (26, 28, 30, 32) that capture images of an area surrounding a second portion of the articulated vehicle, which is a trailer portion of the articulated vehicle; a second processing node that receives captured image data from the second set of one or more cameras and transmits the captured image data to the first processing node; wherein the first processing node is configured to generate a composite surround view image of the articulated vehicle from the captured image data received from the first and second sets of one or more cameras, characterized in that wherein the first processing node is an electronic control unit in the tractor portion of the articulated vehicle, and wherein the second processing node is an ECU in the trailer portion of the articulated vehicle, and wherein the first processing node identifies one or more cameras in one or more of the first and second sets of one or more cameras (18, 20, 26, 28, 30, 32) is not functioning properly, and omits image data associated with the identified one or more cameras when generating the composite surround view image.
Computer implemented method for planning a process of cutting human or animal bone tissue (2; 4; 43; 44; 45; 47; 48; 49; 7; 9), comprising obtaining initial data of an initial situation of the bone tissue (2; 4; 43; 44; 45; 47; 48; 49; 7; 9); defining target data of a target situation of the bone tissue (2; 4; 43; 44; 45; 47; 48; 49; 7; 9) being different from the initial situation of the bone tissue (2; 4; 43; 44; 45; 47; 48; 49; 7; 9); and computing a cut geometry using the initial data and the target data for cutting the bone tissue (2; 4; 43; 44; 45; 47; 48; 49; 7; 9) apart; wherein the cut geometry comprises a structure being shaped to reassemble the bone tissue (2; 4; 43; 44; 45; 47; 48; 49; 7; 9) in an at least in one degree of freedom non-deviatable manner after being cut apart along the cut geometry in the target situation.
Device for testing human vision comprising an image-generating module (e.g. 2a) for generating test images, an imaging module (e.g. 3a), which is used to project the test image provided by the image-generating module (e.g. 2a) onto the retina of the eye as a stimulus, with the imaging module (e.g. 3a) containing at least one optical component having variable focal length, such that the test image of the image-generating module (e.g. 2a) is perceptible to the eye from variable distances, an accommodation measuring apparatus (e.g. 4a) for measuring the accommodation of the eye, a viewing direction measuring apparatus (e.g. 5a) for measuring the viewing direction of the eye, a control and evaluation module, which records and/or further processes the information and/or measured values originating from the individual modules and/or controls the operation sequence, with a stimulation of the accomodation of the eye by means of the respective test image being feasible, a stimulation of the viewing direction by means of the respective test image being feasible, the measurement of the accommodation of the eye and the measurement of the viewing direction of the respective eye can be carried out simultaneously or alternately, and the measured values of the accommodation of the eye and of the viewing direction of the eye can be fed to the common control and evaluation module, characterised in that the image-generating module (2a, 2b) comprises a display for generating the test image, which can be actuated by the control and evaluation module and the test image can be projected by the display into the beam path (7a, 8a or 7b, 8b) and the viewing direction measuring apparatus (e.g. 5a) is an ophthalmologic viewing direction measuring apparatus, which directly records the movement of the retina.
A method for receiving (600, 700), in a digital video broadcasting receiver, a time sliced elementary stream of a digital broadcast transmission that carries information for one or more service sessions and that is transmitted as bursts, wherein the digital broadcast transmission comprises digital video broadcasting, DVB, transmission, the method comprising: receiving (601,701) a time slice identifier descriptor arranged to identify said time sliced elementary stream of the digital broadcast transmission, and identifying (602, 603, 702, 703) said time sliced elementary stream based on said time slice identifier descriptor, characterized in that the time slice identifier descriptor comprises information indicating the maximum number of bits per service session within any burst of the time sliced elementary stream, and in that the method comprises obtaining information on an applicable memory size for receiving said service session based on said information indicating the maximum number of bits per service session within any burst of the time sliced elementary stream. receiving (601,701) a time slice identifier descriptor arranged to identify said time sliced elementary stream of the digital broadcast transmission, and identifying (602, 603, 702, 703) said time sliced elementary stream based on said time slice identifier descriptor, characterized in that the time slice identifier descriptor comprises information indicating the maximum number of bits per service session within any burst of the time sliced elementary stream, and in that the method comprises obtaining information on an applicable memory size for receiving said service session based on said information indicating the maximum number of bits per service session within any burst of the time sliced elementary stream.
Electrical yaw drive (8, 9, 10, 11, 12) for a wind turbine, wherein the wind turbine comprises a wind turbine nacelle and a wind turbine tower, characterized in that the electrical yaw drive (8, 9, 10, 11, 12) comprises an asynchronous motor (14, 20), an excitation capacitor bank (15, 21) and dump loads (16, 22), in that the excitation capacitor bank (15, 21) and the dump loads (16, 22) are electrically connectable to windings of the asynchronous motor (14, 20), and in th a t the electrical yaw drive (8, 9, 10, 11, 12) is a brakeless electrical yaw drive.
A method for determining airflow through an outlet supplied by a blower in a PAP device comprising the step of: measuring the actual speed of a blower motor; measuring the actual motor current; determining an acceleration current component by differentiating the actual motor speed; determining a desired motor current by subtracting the acceleration current component from the actual motor current so that the motor speed approaches a desired speed; using the actual motor speed and desired motor current in a flow estimation algorithm to determine flow through the outlet. measuring the actual speed of a blower motor; measuring the actual motor current; determining an acceleration current component by differentiating the actual motor speed; determining a desired motor current by subtracting the acceleration current component from the actual motor current so that the motor speed approaches a desired speed; using the actual motor speed and desired motor current in a flow estimation algorithm to determine flow through the outlet.
A convertiplane structure having a longitudinal axis x and a plane π orthogonal to it, said structure comprising: - a main wing arranged to rotate about at least one transversal rotation axis y; - an auxiliary wing, which is located back with respect to said main wing, and arranged to rotate about at least one transversal rotation axis y'; - at least two main propellers located on said main wing; - at least two auxiliary propellers located on said auxiliary wing; characterized in that said auxiliary wing is located at a vertical height bigger than said main wing, and in that two vertical wings are also provided located in such a way that the projections on said plane π of said main wing, of said auxiliary wing and of said vertical wings shape a closed polygon, thus reducing the induced drag and increasing the overall aerodynamic efficiency. - a main wing arranged to rotate about at least one transversal rotation axis y; - an auxiliary wing, which is located back with respect to said main wing, and arranged to rotate about at least one transversal rotation axis y'; - at least two main propellers located on said main wing; - at least two auxiliary propellers located on said auxiliary wing;
An intermediate unit comprising: a transportation path along which a medium, on which printing has been performed by a printing unit that performs printing on the medium by using liquid, can be transported to a post processing unit that performs post processing on the medium; wherein the transportation path is provided with a drying unit for accelerating the drying of the medium, and wherein the transportation path is provided with an inversion path (241,242) in which the medium is inverted upside down; characterized in that: a plurality of the inversion paths (241,242) are provided, and wherein the drying unit is provided in a specific inversion path of the plurality of the inversion paths. a transportation path along which a medium, on which printing has been performed by a printing unit that performs printing on the medium by using liquid, can be transported to a post processing unit that performs post processing on the medium; wherein the transportation path is provided with a drying unit for accelerating the drying of the medium, and wherein the transportation path is provided with an inversion path (241,242) in which the medium is inverted upside down; characterized in that: a plurality of the inversion paths (241,242) are provided, and wherein the drying unit is provided in a specific inversion path of the plurality of the inversion paths. a plurality of the inversion paths (241,242) are provided, and wherein the drying unit is provided in a specific inversion path of the plurality of the inversion paths.
A method of transmitting data over a packet switched data network between time-synchronized communication modules (22a, 22b), the method comprising the steps of: receiving synchronous TDM data in a first communication module; generating, by the first module, a time stamp indicative of a receive time of the synchronous TDM data at the first module; transmitting, in a data packet, the received synchronous TDM data to a second communication module via the packet switched data network; wherein the method is characterized by further comprising the steps of: determining an output time (t O) for the transmitted synchronous TDM data by adding a predefined delay time (Δt D) to the time stamp; and outputting, by the second module, the transmitted synchronous TDM data at the output time (t O). receiving synchronous TDM data in a first communication module; generating, by the first module, a time stamp indicative of a receive time of the synchronous TDM data at the first module; transmitting, in a data packet, the received synchronous TDM data to a second communication module via the packet switched data network; determining an output time (t O) for the transmitted synchronous TDM data by adding a predefined delay time (Δt D) to the time stamp; and outputting, by the second module, the transmitted synchronous TDM data at the output time (t O).
A handle assembly for a door, the handle assembly comprising: a first housing mountable to a surface of the door; and a handle configured to be received at least partially within the first housing and adapted to move between an unlocked position in which the handle protrudes from the housing and a locked position in which the handle is substantially within the housing; wherein opening of the door when the handle is in the locked position is prevented by a lock; characterized in that the first housing is designed to be replaceable by a second housing associated with an electronic actuating means (44, 82, 84), without requiring removal of the handle from the door. a first housing mountable to a surface of the door; and a handle configured to be received at least partially within the first housing and adapted to move between an unlocked position in which the handle protrudes from the housing and a locked position in which the handle is substantially within the housing; wherein opening of the door when the handle is in the locked position is prevented by a lock; characterized in that the first housing is designed to be replaceable by a second housing associated with an electronic actuating means (44, 82, 84), without requiring removal of the handle from the door.
Appliance for drying laundry, having an appliance housing, at least one open drying air duct arranged inside the appliance housing for drawing in ambient air during a drying process and at least one heat pump which is arranged inside the appliance housing and is thermally coupled to the drying air duct, wherein the drying air duct has at least one air intake opening, which is arranged inside the appliance housing and is arranged at a section of the drying air duct which is upstream of a condenser of the heat pump as regards the given air mass flow through the air drying duct during the drying process, characterised in that the heat pump has in addition to an evaporator an additional heat exchanger, which is downstream of the evaporator as regards the air mass flow through the drying air duct and is directly upstream of an expansion unit of the coolant circuit or indirectly via the condenser as regards a coolant flow through a coolant circuit of the heat pump.
Thermostatically controlled fluid dispensing device comprising a mixer body with a thermostatic cartridge, a flow cartridge, which is directly mounted on the domestic hot and cold water supply lines (46, 48) respectively, and a mixed water dispensing outlet, the flow cartridge being arranged upstream of the thermostatic cartridge in relation to said water dispensing outlet, the thermostatic cartridge and the flow cartridge being able to be substituted, independently of one another, in the same axis, in respective opposite directions, characterised in that the flow cartridge is received in a flow chamber equipped with two outlets (64, 66) for supplying domestic hot and cold water, which are directly connected by separate pipes (68, 70) at respective diametrically opposite sides of the thermostatic cartridge.
An anoscope for inspection and/or surgery, the anoscope comprising: a tubular body having a distal end, a proximal end, and a longitudinal axis defined therebetween, the tubular body having at least one elongated slot; an insert removably attached to the at least one elongated slot in the tubular body, the insert including an elongated slot having a smaller width than the at least one elongated slot in the tubular body characterized in that said elongated slot in the insert is sized to permit introduction of at least a portion of a hemorrhoid therethrough by a surgeon, wherein the insert is axially movable between an attached position and a detached position in which the insert is completely removed from the tubular body of the anoscope. a tubular body having a distal end, a proximal end, and a longitudinal axis defined therebetween, the tubular body having at least one elongated slot; an insert removably attached to the at least one elongated slot in the tubular body, the insert including an elongated slot having a smaller width than the at least one elongated slot in the tubular body characterized in that said elongated slot in the insert is sized to permit introduction of at least a portion of a hemorrhoid therethrough by a surgeon, wherein the insert is axially movable between an attached position and a detached position in which the insert is completely removed from the tubular body of the anoscope.
An isolated immunogenic Clostridium difficile cell surface polysaccharide comprising repeating hexasaccharide units of the formula: wherein Glc is glucose, GalNAc is N-acetyl-galactosamine, P is glycosyl phosphate and Man is mannose.
Speed control and limitation system for controlling the movement of a movable member subjected to gravity and/or to hydraulic pressure, comprising: - a driving member, - a kinematic chain interposed between the driving member and the movable member and connecting the driving member to the movable member, and further equipped with a fail-safe brake, - a speed limiting device, able to limit the movement speed of the movable member, engaged with the kinematic chain on an engagement portion of a rotating shaft of the kinematic chain, the speed limiting device comprising: - a centrifugal brake, characterized in that the speed limiting device further comprises - a fail-safe clutch interposed between the centrifugal brake and the engagement portion, the clutch being returned to the engaged state in the event of a lack of energy, in order to engage the centrifugal brake with the kinematic chain so as to limit the movement speed of the movable member driven by gravity and/or hydraulic pressure. - a driving member, - a kinematic chain interposed between the driving member and the movable member and connecting the driving member to the movable member, and further equipped with a fail-safe brake, - a speed limiting device, able to limit the movement speed of the movable member, engaged with the kinematic chain on an engagement portion of a rotating shaft of the kinematic chain, the speed limiting device comprising: - a centrifugal brake, characterized in that the speed limiting device further comprises - a centrifugal brake, - a fail-safe clutch interposed between the centrifugal brake and the engagement portion, the clutch being returned to the engaged state in the event of a lack of energy, in order to engage the centrifugal brake with the kinematic chain so as to limit the movement speed of the movable member driven by gravity and/or hydraulic pressure.