mhurhangee/ep-ind-claims huggingface dataset:
Refrigerator, in particular household refrigerator, with an internal space divided into at least one first storage chamber embodied as a chill compartment and an evaporator chamber having at least one evaporator and a fan for driving air circulation between the storage chamber and the evaporator chamber, wherein the fan is a radial fan, which is arranged on a through-hole below the evaporator of a wall which has an axis of rotation crossing the through-hole and which separates the evaporator chamber from a distributor chamber, the radial fan is arranged downstream of the evaporator in the direction of the forcibly circulated air, the distributor chamber is separated from the storage chamber by means of an intermediate wall having a number of openings and a motor of the fan is mounted on the intermediate wall, wherein a depression which is open with respect to the distributor chamber is formed in the wall separating the evaporator chamber from the distributor chamber, into which depression an impeller of the fan engages, a separating wall divides the internal space into a second storage chamber embodied as a normal refrigeration compartment via the separating wall and a region below the separating wall, which is divided by the wall into the first storage chamber and the evaporator chamber, and a passage between a shared door of the two compartments (1, 2) and the front edge of the separating wall connects the evaporator chamber to the second storage chamber, wherein a channel adjoining the passage on sides of the second storage chamber has an inlet in the vicinity of the ceiling in a region of the second storage chamber which faces away from the separating wall.
Method for reinforcing a metal profile with a fibre-reinforced plastic, wherein the fibre-reinforced plastic is introduced into a chamber of the metal profile, in which a bundle of lengths of fibre is impregnated with the plastic in an impregnating bath and is introduced into the chamber, as long as the plastic has not yet cured, characterised in that, after leaving the impregnating bath, the bundle impregnated with plastic is passed through a moulding tool which compacts the bundle and the bundle is then introduced into the chamber.
An image transfer apparatus, comprising an input operable to receive a signal comprising two non-stereoscopic images for different respective viewpoints of a virtual environment; and a first output (1020, 1030) operable when connected to a first 3D display that does not support a dual-view mode to transmit a signal comprising the two non-stereoscopic images formatted as a stereoscopic image to at least the first 3D display; and in which the apparatus is operable to transmit extended display identification data to a source of the received signal, the data indicating that the apparatus is capable of dual-view display of the two images, and meanwhile operable to transmit extended display identification data to the first 3D display, the data indicating that the apparatus is a source of a conventional 3D TV signal.
A door for a household appliance, in particular for an oven, wherein said door comprise an outer glass, at least one middle glass, an inner glass and a device its for securing glass, said outer glass being provided at its inner side and in the marginal area of each vertical side with a vertical bar provided to receive a door hinge, and said outer glass being provided at its inner side and in the upper marginal area between said vertical bars with a transversal bar serving as an air guide, said transversal bar being associated with a handle arranged at the outside of the outer glass, characterized in that the device comprises a body with at least one groove to accommodate a middle glass, wherein said body is formed at its side averted from a transversal bar and facing an outer glass with a chamfer, wherein the side of the body averted from the outer glass is formed in the area above said groove with a T shaped recess in which is arranged a damper of an inner glass, wherein a tooth to accommodate the inner glass is provided in the area above said groove, and wherein a securing means for securing the inner glass is arranged in an additional T shaped groove formed in the area above said chamfer.
Injector for injecting fuel into a combustion chamber of an internal combustion engine, in particular a common rail injector, having an injection valve element which can be adjusted between a closed position and an open position and can be actuated by means of a control valve which has a sleeve-shaped control valve element with an inner guide diameter (D i), a circumferential sealing line bearing against a control valve seat when the control valve is closed, the sealing line being arranged at a radial spacing (a) from the inner guide diameter (D i), an inner annular face which adjoins the sealing line radially on the inside being angled away with respect to the control valve seat, characterized in that the control valve seat is configured as a conical seat.
A lighting device, electrically connected to an external power source and comprising a light transmittable shell, having a mounting opening and an inner space, and the mounting opening communicating with the inner space; a light source, comprising a plurality of light emitting diodes (LEDs), wherein the light source is mounted around the mounting opening such that the LEDs are arranged along an edge of the mounting opening; a conductive unit having a first end and a second end, wherein the first end is connected to the external power source, and the second end is connected to the light source respectively; characterized in that the conductive unit is mounted on an inner surface of the light transmittable shell, and in that the edge of the mounting opening curves toward the inner space and forms an accommodation slot; the light source is mounted in the accommodation slot. a light source, comprising a plurality of light emitting diodes (LEDs), wherein the light source is mounted around the mounting opening such that the LEDs are arranged along an edge of the mounting opening; a conductive unit having a first end and a second end, wherein the first end is connected to the external power source, and the second end is connected to the light source respectively; characterized in that the conductive unit is mounted on an inner surface of the light transmittable shell, and in that the edge of the mounting opening curves toward the inner space and forms an accommodation slot; the light source is mounted in the accommodation slot.
A signal processing method, comprising: Detecting, according to a check relationship set during forward error correction coding, whether a phase jump occurs in a data segment of a signal, and a quantity of degrees of the occurring phase jump; Performing, according to the quantity of degrees of the phase jump, a phase correction on the data segment in which the phase jump occurs; Performing a confidence correction on the data segment in which the phase jump occurs and on which the phase correction has been performed, wherein the confidence correction refers to reduction of confidence; and Performing a forward error correction decision decoding on the data segment on which the confidence correction has been performed and based on the confidence of the data segment, to output the processed data segment. Detecting, according to a check relationship set during forward error correction coding, whether a phase jump occurs in a data segment of a signal, and a quantity of degrees of the occurring phase jump; Performing, according to the quantity of degrees of the phase jump, a phase correction on the data segment in which the phase jump occurs; Performing a confidence correction on the data segment in which the phase jump occurs and on which the phase correction has been performed, wherein the confidence correction refers to reduction of confidence; and Performing a forward error correction decision decoding on the data segment on which the confidence correction has been performed and based on the confidence of the data segment, to output the processed data segment.
A method of open-loop stabilizing image forming quality, comprising: characterizing image degradation over time related to an image forming quality of an imaging forming device having a set of supplies; determining which of a set of default parameters are to be modified on an age-related trigger event to increase overall image forming quality; creating a set of modified parameters based on the age-related triggering event; storing the set of default parameters and the set of modified parameters within a computer readable medium of the imaging forming device; and then storing a set of instructions in the computer readable medium to allow a processor to read and execute the instructions when the age-related triggering event occurs to substitute the set of modified parameters for the default set of parameters, characterized in that there are multiple sets of modified parameters and each of the multiple set of modified parameters are optimized to improve image forming quality for different respective age-related triggering events. characterizing image degradation over time related to an image forming quality of an imaging forming device having a set of supplies; determining which of a set of default parameters are to be modified on an age-related trigger event to increase overall image forming quality; creating a set of modified parameters based on the age-related triggering event; storing the set of default parameters and the set of modified parameters within a computer readable medium of the imaging forming device; and then storing a set of instructions in the computer readable medium to allow a processor to read and execute the instructions when the age-related triggering event occurs to substitute the set of modified parameters for the default set of parameters, characterized in that there are multiple sets of modified parameters and each of the multiple set of modified parameters are optimized to improve image forming quality for different respective age-related triggering events.
A soundproof system comprising a ventilation member and a sound source disposed in the ventilation member, the ventilation member having a ventilation passage, wherein a sound generated from the sound source is at least one dominant sound of which a sound pressure at a specific frequency is a maximum value, characterised in that at least a part of a high impedance space in which an acoustic impedance is higher than an average value of an acoustic impedance of the ventilation passage exists within a distance of ± 0.25 × λ of the sound source in a flow direction of the ventilation passage, the high impedance space is a region in which a cross section area of the ventilation passage is narrowed, the region being formed at a position separated from the sound source in the flow direction of the ventilation passage, the soundproof system comprises a silencer that is disposed in the ventilation member and silences a sound in a frequency band including a frequency of the dominant sound, the silencer forms a low impedance space in which the acoustic impedance is lower than the average value of the acoustic impedance of the ventilation passage, and assuming that a center wavelength of the dominant sound is λ and m is a positive integer, a distance L between the high impedance space and the low impedance space satisfies (0.5 × λ × m - 0.2 × λ) < L < (0.5 × λ × m + 0.2 × λ). wherein a sound generated from the sound source is at least one dominant sound of which a sound pressure at a specific frequency is a maximum value, characterised in that at least a part of a high impedance space in which an acoustic impedance is higher than an average value of an acoustic impedance of the ventilation passage exists within a distance of ± 0.25 × λ of the sound source in a flow direction of the ventilation passage, the high impedance space is a region in which a cross section area of the ventilation passage is narrowed, the region being formed at a position separated from the sound source in the flow direction of the ventilation passage, the soundproof system comprises a silencer that is disposed in the ventilation member and silences a sound in a frequency band including a frequency of the dominant sound, the silencer forms a low impedance space in which the acoustic impedance is lower than the average value of the acoustic impedance of the ventilation passage, and assuming that a center wavelength of the dominant sound is λ and m is a positive integer, a distance L between the high impedance space and the low impedance space satisfies (0.5 × λ × m - 0.2 × λ) < L < (0.5 × λ × m + 0.2 × λ).
A pump device, comprising: a drive motor including a first drive shaft and a second drive shaft and being capable of rotating the first drive shaft and the second drive shaft in synchronization about a first axis; a first pump unit for evacuation, including a first piston that reciprocates in a direction of a second axis orthogonal to the first axis by a rotation of the first drive shaft, and a first pump chamber that has an internal pressure changing in accordance with a reciprocating movement of the first piston; and a second pump unit for pressurization, including a second piston that reciprocates in the direction of the second axis by a rotation of the second drive shaft, and a second pump chamber that has an internal pressure changing in accordance with a reciprocating movement of the second piston, characterized in that the second piston has a phase advanced with a rotational phase difference of more than 0° and less than 80° with respect to the first piston. a drive motor including a first drive shaft and a second drive shaft and being capable of rotating the first drive shaft and the second drive shaft in synchronization about a first axis; a first pump unit for evacuation, including a first piston that reciprocates in a direction of a second axis orthogonal to the first axis by a rotation of the first drive shaft, and a first pump chamber that has an internal pressure changing in accordance with a reciprocating movement of the first piston; and a second pump unit for pressurization, including a second piston that reciprocates in the direction of the second axis by a rotation of the second drive shaft, and a second pump chamber that has an internal pressure changing in accordance with a reciprocating movement of the second piston, characterized in that the second piston has a phase advanced with a rotational phase difference of more than 0° and less than 80° with respect to the first piston.
A dielectric fluid comprising: (i) a genetically engineered microalgae oil (GEMO) comprising a triglyceride; from 0.1 ppm to 50,000 ppm of an oligosaccharide; and from 0.1 wt% to 30 wt% of a small glyceride based upon GEMO weight, wherein a small glyceride is a glycerol molecule covalently bonded to at most two fatty acid chains by way of ester linkages, wherein the fatty acid moiety of the small glyceride contains a C8 to C24 carbon chain and can be saturated or unsaturated; (ii) an antioxidant; and wherein the amount of small glyceride is from 0.1 wt% to 1.0 wt% in the dielectric fluid, wherein the dielectric fluid has a water saturation point from 3800 ppm to 4200 ppm at 90 °C as measured in accordance with ASTM D 1533. (i) a genetically engineered microalgae oil (GEMO) comprising a triglyceride; from 0.1 ppm to 50,000 ppm of an oligosaccharide; and from 0.1 wt% to 30 wt% of a small glyceride based upon GEMO weight, wherein a small glyceride is a glycerol molecule covalently bonded to at most two fatty acid chains by way of ester linkages, wherein the fatty acid moiety of the small glyceride contains a C8 to C24 carbon chain and can be saturated or unsaturated; (ii) an antioxidant; and
A flexible hose comprising: a flexible conduit for carrying a pressurised fluid; a flexible inner support for supporting the conduit; and a compression layer surrounding the flexible conduit; and wherein the flexible inner support is provided, on an outer surface thereof, with a helical coil or thread formation, and wherein the flexible conduit is provided, on an inner surface thereof, with a complementary helical coil or thread formation which, when the flexible hose is assembled, engages with the helical coil or thread formation of the inner support to maintain the conduit in position relative to the inner support. a flexible conduit for carrying a pressurised fluid; a flexible inner support for supporting the conduit; and a compression layer surrounding the flexible conduit; and wherein the flexible inner support is provided, on an outer surface thereof, with a helical coil or thread formation, and wherein the flexible conduit is provided, on an inner surface thereof, with a complementary helical coil or thread formation which, when the flexible hose is assembled, engages with the helical coil or thread formation of the inner support to maintain the conduit in position relative to the inner support.
An aluminium alloy extruded tube product for a heat exchanger assembly and made an AA6xxx-series aluminium alloy and comprising furthermore a purposive addition of one or more wetting elements selected from the group consisting of: Bi 0.03% to 0.5%, Pb 0.03% to 0.5%, Sb 0.03% to 0.5%, Li 0.03% to 0.5%, Se 0.03% to 0.5%, Y 0.03% to 0.05%, Th 0.03% to 0.05%, and the sum of these elements being 0.5% or less, and preferably does not exceed 0.4%.
A method for determining priority of use of network resources used by a Mission Critical, MC, service in a network, the method being performed by a first MC service server being assigned a priority arbitration role and a second MC service server, the method comprising: obtaining (S204, S501), by the second MC service server, an indication of a need for an elevated high priority level of use of network resources for an MC service provided by the second MC service server, where the high priority level is above the level of priority that the second MC service server 200b can utilize without centralized priority arbitration and where the elevated high priority level of using the network resource corresponds to the priority of the MC service over other MC services that use or may use the same network resource; providing (S206, S502), by the second MC service server, a priority request for the elevated high priority level to the first MC service server; obtaining, by the first MC service server, the priority request from the second MC service server; determining (S108, S503), by the first MC service server, based on at least one piece of property information provided in the priority request, whether to grant, reject, or queue the priority request for the elevated high priority level; providing (S110a, S504, S505), by the first MC service server, when determined to grant the priority request for the elevated high priority level, a first notification of the grant to the second MC service server and a second notification of the grant to at least one third MC service server; and obtaining, by the second MC service server, the first notification of the grant of the request from the first MC service server. obtaining (S204, S501), by the second MC service server, an indication of a need for an elevated high priority level of use of network resources for an MC service provided by the second MC service server, where the high priority level is above the level of priority that the second MC service server 200b can utilize without centralized priority arbitration and where the elevated high priority level of using the network resource corresponds to the priority of the MC service over other MC services that use or may use the same network resource; providing (S206, S502), by the second MC service server, a priority request for the elevated high priority level to the first MC service server; obtaining, by the first MC service server, the priority request from the second MC service server; determining (S108, S503), by the first MC service server, based on at least one piece of property information provided in the priority request, whether to grant, reject, or queue the priority request for the elevated high priority level; providing (S110a, S504, S505), by the first MC service server, when determined to grant the priority request for the elevated high priority level, a first notification of the grant to the second MC service server and a second notification of the grant to at least one third MC service server; and obtaining, by the second MC service server, the first notification of the grant of the request from the first MC service server.
A vibratory meter comprising one or more flow conduits, one or more pickoff sensors (105, 105') affixed to the one or more flow conduits, and a driver configured to vibrate the one or more flow conduits, with the vibratory meter being characterized by: meter electronics coupled to the one or more pickoff sensors (105, 105') and to the driver, with the meter electronics being configured to vibrate the one or more flow conduits of the vibratory meter using a drive signal including a substantially constant amplitude and an initial vibration frequency and to receive a pickoff sensor signal from the one or more pickoff sensors (105, 105') in response, iteratively offset a phase difference between the drive signal and the pickoff sensor signal by a predetermined phase increment and measure a resulting vibrational frequency and amplitude, with the offsetting operatively sweeping the vibration frequency over a predetermined vibration frequency range and therefore generating a plurality of vibration amplitudes and a corresponding plurality of vibration frequencies, and determine a substantially maximum amplitude response in the plurality of vibration amplitudes and designate the corresponding vibration frequency as comprising the resonant frequency.
Piston-cylinder unit having a cylinder and a piston rod movably mounted therein, wherein at least one piston bearing (30, 30') is provided in the region of the cylinder opening in order to support or guide the piston rod, wherein the piston rod bearing (30, 30') is formed in at least two parts, wherein the piston rod bearing (30, 30') consists of at least one plug-in part (32, 32'), which can be or is inserted into the cylinder opening, and comprises at least one screw part (31, 31') having a thread (31a, 31a'), which can be or is screwed to the cylinder wall and fixes the plug-in part (32, 32') inside the cylinder, characterised in that the plug-in part comprises an integral sensor unit (40, 40').
A nucleus (14,18,50,60,130) for an artificial disc for replacing the natural disc of a human spine and being adapted to fit between and move relative to upper and lower end plates that are attached to adjacent vertebrae, comprising: a. a nucleus body having at least one bearing surface for engaging a cooperating bearing surface formed on one or more of the end plates, respectively; b. said at least one bearing surface having a curved portion that is adapted to engage the cooperating bearing surface on said one of the end plates; c. a flattened portion (22A, 150) formed on the curved portion for maintaining a preferred orientation of at least one of the end plates relative to the nucleus; characterized in that the nucleus has a horizontal axis and the flattened portion is formed at an angle other than parallel relative to the horizontal axis for maintaining a correction orientation of the artificial disc when the nucleus engages the end plates, wherein the flattened portion is planar, or slightly convex or concave with a radius of curvature different from the adjacent surface to the flattened portion. a. a nucleus body having at least one bearing surface for engaging a cooperating bearing surface formed on one or more of the end plates, respectively; b. said at least one bearing surface having a curved portion that is adapted to engage the cooperating bearing surface on said one of the end plates; c. a flattened portion (22A, 150) formed on the curved portion for maintaining a preferred orientation of at least one of the end plates relative to the nucleus;