mhurhangee/ep-ind-claims huggingface dataset:
A waste water pumping device comprising: a) a gravity flow channel having a cross-section calculated based on the amount of waste water to be transferred, b) a dry tank having a gravity flow inlet pipe, which is connected to an outlet to the gravity flow channel, and a pressure flow outlet pipe, c) a pneumatic positive-displacement pump or at least one impeller pump, installed on a bed or next to a bed of a dry tank, d) a pressure outflow pipe, e) a retention tank, located in the dry tank, connected to the gravity waste water inlet pipe, characterised in that it further comprises: f) at least one operating tank of said pneumatic positive-displacement pump or siad at least one impeller pump, installed on a bed or next to a bed of said dry tank, wherein at least one suction channel is connected from said retention tank to the an inlet of the said operating tank of the pneumatic positive-displacement pump or the at least one impeller pump, which in turn transfers the waste water from the retention tank through a pumping pipe attached to its outlet to the pressure outflow pipe, and g) an external retention tank being a segment of a gravity-flow channel in line with the flow of waste water and positioned at a downstream portion of said gravity flow channel and in line of the waste water inflow to the retention tank, the said external retention tank having a cross-section greater than the cross-section of an upstream portion of the gravity waste water flow channel, whereas the capacity of the retention tank is at least two times smaller than the capacity of the external retention tank. a) a gravity flow channel having a cross-section calculated based on the amount of waste water to be transferred, b) a dry tank having a gravity flow inlet pipe, which is connected to an outlet to the gravity flow channel, and a pressure flow outlet pipe, c) a pneumatic positive-displacement pump or at least one impeller pump, installed on a bed or next to a bed of a dry tank, d) a pressure outflow pipe, e) a retention tank, located in the dry tank, connected to the gravity waste water inlet pipe, f) at least one operating tank of said pneumatic positive-displacement pump or siad at least one impeller pump, installed on a bed or next to a bed of said dry tank, wherein at least one suction channel is connected from said retention tank to the an inlet of the said operating tank of the pneumatic positive-displacement pump or the at least one impeller pump, which in turn transfers the waste water from the retention tank through a pumping pipe attached to its outlet to the pressure outflow pipe, and g) an external retention tank being a segment of a gravity-flow channel in line with the flow of waste water and positioned at a downstream portion of said gravity flow channel and in line of the waste water inflow to the retention tank, the said external retention tank having a cross-section greater than the cross-section of an upstream portion of the gravity waste water flow channel, whereas the capacity of the retention tank is at least two times smaller than the capacity of the external retention tank.
A cubic boron nitride sintered body which comprises 30 to 70% by volume of cubic boron nitride; and as the remainder, a binder phase comprising at least one selected from an oxide, carbide, nitride and boride of Ti, Al, Zr, Y, Ce, Mg or Ca and mutual solid solutions thereof; and inevitable impurities, wherein the cubic boron nitride sintered body contains α-type Al 2 O 3, ZrB 2, ZrO 2 and ZrO, and when an X-ray diffraction intensity of a plane of α-type Al 2 O 3 is represented by Ia, an X-ray diffraction intensity of a plane of ZrB 2 is represented by Izb, and an X-ray diffraction intensity of a plane of ZrO is represented by Izo, (Izb/Ia) which shows a ratio of Izb based on Ia satisfies 0.13≦(Izb/Ia)≦0.30, and (Izo/Ia) which shows a ratio of Izo based on Ia satisfies 0.05≦(Izo/Ia)≦0.20.
A roof box for motor vehicles to form a useful interior space for arranging or storing objects, wherein the roof box is designed such that it can be integrated into the roof of a motor vehicle, wherein volume changing means for changing the volume of the interior space are provided, wherein the roof box is formed as an independent, self-contained box, wherein the roof box comprises wall elements for forming the interior space and wherein the wall elements comprise a floor element, a ceiling element, a rear wall and/or one or several side walls, wherein the roof box comprises an upper element which forms a lid for the roof box and is pivotable against a bottom element of the roof box in an extended state of the roof box, wherein the upper element is formed by the ceiling element, and/or the rear wall and/or the side walls
A turbine rotor in a turbomachine, comprising at least one disk, blades having a root defining a male portion radially engaged and held radially in a slot of complementary shape of the rotor disk, and means for preventing the blade root from moving axially in the slot, characterized in that, at rest and under uniform temperature conditions, the axis of the blade is inclined upstream or downstream relative to a plane perpendicular to the axis of rotation of the rotor, in a direction and at an angle that are designed to compensate at least in part for the displacement of the axis of the blade caused by the mechanical and thermal stresses applied to the rotor during operation of the turbomachine, the axis of the blade being substantially perpendicular to the axis of rotation of the rotor in operation.
A work machine comprising: a conveyance device configured to convey a board in which a through-hole is formed; an imaging device configured to image from above the board conveyed by the conveyance device; a moving device configured to move a moving body arranged below the board conveyed by the conveyance device to a given position; a control device including a movement control section configured to cause the moving device to move the moving body in a state when the board is fixedly held at a given position such that a background section arranged on the moving body is arranged as a background to the through-hole, when the through-hole of the board is imaged by the imaging device, and a calculating section configured to calculate a position of the board conveyed by the conveyance device based on image data of the through-hole of the board imaged by the imaging device. a conveyance device configured to convey a board in which a through-hole is formed; an imaging device configured to image from above the board conveyed by the conveyance device; a moving device configured to move a moving body arranged below the board conveyed by the conveyance device to a given position; a control device including a movement control section configured to cause the moving device to move the moving body in a state when the board is fixedly held at a given position such that a background section arranged on the moving body is arranged as a background to the through-hole, when the through-hole of the board is imaged by the imaging device, and a calculating section configured to calculate a position of the board conveyed by the conveyance device based on image data of the through-hole of the board imaged by the imaging device.
Connector (7, 10, 24) for connecting a first frame element to a second frame element, comprising a first leg (8, 12, 25) for insertion into a corresponding receiving groove of the first frame element and comprising a second leg (9, 13, 26) for insertion into a corresponding further receiving groove of the second frame element, characterized in that at least the first leg (8, 12, 25) has at least one resiliently mounted pressure piece for clamping the first leg (8, 12, 25) within the receiving groove of the first frame element, a connecting element, which has a first contact surface that extends substantially perpendicularly to the first leg (8, 12, 25), being provided for butt connection to a straight end face of the first frame element, a stiffening element for insertion into a corresponding groove of the first frame element being provided on the first contact surface of the connecting element.
A method for managing authentication information in a home network comprising a control device (100, 200) and a controlled device, the method comprising the steps of: receiving (122, 232), by a Security Manager (110, 220), Product Identification Number, PIN, information that is externally input and is an identifier allocated to the control device (100, 200) or the controlled device at a time of manufacture; and transmitting (126, 236) authentication information from the Security Manager (110, 220) to the control device (100, 200) or the controlled device via a Secure Authenticated Channel, SAC, generated (123, 233) by using a Transport Layer Security Pre-Shared Key ciphersuites, TLS-PSK, protocol implemented by using the PIN information, wherein the authentication information is necessary for a user to control the controlled device via the control device (100, 200). receiving (122, 232), by a Security Manager (110, 220), Product Identification Number, PIN, information that is externally input and is an identifier allocated to the control device (100, 200) or the controlled device at a time of manufacture; and transmitting (126, 236) authentication information from the Security Manager (110, 220) to the control device (100, 200) or the controlled device via a Secure Authenticated Channel, SAC, generated (123, 233) by using a Transport Layer Security Pre-Shared Key ciphersuites, TLS-PSK, protocol implemented by using the PIN information, wherein the authentication information is necessary for a user to control the controlled device via the control device (100, 200).
Tool for a motorised kitchen appliance on which an instrument for the processing of foodstuffs is arranged and which has a drive shaft able to be driven by a motor, wherein a first coupling piece is arranged coaxially to the drive shaft so as to be able to rotate and is connected in a torsion-proof manner to the drive shaft, characterised in that a second coupling piece is arranged coaxially to the drive shaft so as to be able to rotate and bears the instrument and that the first coupling piece is connected to the second coupling piece by a replaceable intermediate piece in a torsion-proof manner, wherein the intermediate piece, for transmitting a torque from the first coupling piece to the second coupling piece, has at least one pin, pointing in an axial direction, which engages into a receptacle of a mating piece and which is embodied such that it breaks when a predetermined limit torque is exceeded.
A dual-energy detection apparatus, comprising: an X-ray source, configured to send a first X-ray beam to an object to be measured; a scintillation detector, configured to work in an integration mode, and receive a second X-ray beam penetrating through the object to be measured to generate a first electrical signal, wherein the second X-ray beam is formed by the first X-ray beam penetrating through the object to be measured; a Cherenkov detector, configured to be located behind the scintillation detector, work in a counting mode, and characterized in that the Cherenkov detector is configured to receive a third X-ray beam penetrating through the scintillation detector to generate a second electrical signal, wherein the third X-ray beam is formed by the second X-ray beam penetrating through the scintillation detector; and the dual-energy detection apparatus further comprises: a processor, configured to output image, thickness and material information of the object to be measured according to the first electrical signal and the second electrical signal. an X-ray source, configured to send a first X-ray beam to an object to be measured; a scintillation detector, configured to work in an integration mode, and receive a second X-ray beam penetrating through the object to be measured to generate a first electrical signal, wherein the second X-ray beam is formed by the first X-ray beam penetrating through the object to be measured; a Cherenkov detector, configured to be located behind the scintillation detector, work in a counting mode, and characterized in that the Cherenkov detector is configured to receive a third X-ray beam penetrating through the scintillation detector to generate a second electrical signal, wherein the third X-ray beam is formed by the second X-ray beam penetrating through the scintillation detector; and the dual-energy detection apparatus further comprises: a processor, configured to output image, thickness and material information of the object to be measured according to the first electrical signal and the second electrical signal.
Crossmember for a driver's compartment of a vehicle, comprising a transverse main metal element and a central pillar intended to be fastened to the floor of the vehicle, the pillar being a unitary part comprising two legs substantially perpendicular to a longitudinal direction of the transverse main metal element, and at least one connecting bar (6, 7) between the two legs, upper and lower fastening means being provided at the top and bottom of the pillar in order to respectively fasten it to the main metal element and to the floor, the upper fastening means comprising, for each leg: - a fastening interface forming part of a leg by forming the upper end thereof and being secured to the transverse main metal element, said fastening interface defining a concave bearing surface applied directly against a part of the wall of the transverse main metal element and hugging the contour thereof, characterized in that the concave bearing surface bears against a rear upper quarter of the transverse main metal element, the transverse main metal element having a circular cross section, said fastening interface additionally having a planar bearing surface below the concave bearing surface, and the transverse main metal element comprises a planar fastening lug secured to the planar bearing surface of the fastening interface, the fastening interface comprising at least one indexing finger formed on the planar bearing surface and cooperating with a corresponding indexing orifice of the fastening lug of the transverse main metal element. - a fastening interface forming part of a leg by forming the upper end thereof and being secured to the transverse main metal element, said fastening interface defining a concave bearing surface applied directly against a part of the wall of the transverse main metal element and hugging the contour thereof, characterized in that the concave bearing surface bears against a rear upper quarter of the transverse main metal element, the transverse main metal element having a circular cross section, said fastening interface additionally having a planar bearing surface below the concave bearing surface, and the transverse main metal element comprises a planar fastening lug secured to the planar bearing surface of the fastening interface, the fastening interface comprising at least one indexing finger formed on the planar bearing surface and cooperating with a corresponding indexing orifice of the fastening lug of the transverse main metal element.
A guardrail-mount type photovoltaic module comprising: an upper fixing frame rotatably mounted on an upper shaft attached to a guardrail; a lower fixing frame rotatably mounted on a lower shaft disposed below the upper shaft to be parallel with the upper shaft; a left main link (70, 80) having two ends, with one end mounted on the upper shaft and the other end mounted on the lower shaft; a right main link (70, 80) having two ends, with one end mounted on the upper shaft and the other end mounted on the lower shaft; characterised in that the guardrail-mount type photovoltaic module further comprises: a sub link having two ends, with one end mounted on the upper fixing frame and the other end mounted on the lower fixing frame, wherein the left main link (70,80) is arranged on one side of the sub link and the right main link (70,80) is arranged on the other side of the sub link; and an actuator mounted at one end thereof on the lower shaft, wherein that the upper fixing frame, the lower fixing frame, the left and right main links (70, 80), and the sub link constitute a four-bar link. an upper fixing frame rotatably mounted on an upper shaft attached to a guardrail; a lower fixing frame rotatably mounted on a lower shaft disposed below the upper shaft to be parallel with the upper shaft; a left main link (70, 80) having two ends, with one end mounted on the upper shaft and the other end mounted on the lower shaft; a right main link (70, 80) having two ends, with one end mounted on the upper shaft and the other end mounted on the lower shaft; characterised in that the guardrail-mount type photovoltaic module further comprises: a sub link having two ends, with one end mounted on the upper fixing frame and the other end mounted on the lower fixing frame, wherein the left main link (70,80) is arranged on one side of the sub link and the right main link (70,80) is arranged on the other side of the sub link; and an actuator mounted at one end thereof on the lower shaft, wherein that the upper fixing frame, the lower fixing frame, the left and right main links (70, 80), and the sub link constitute a four-bar link. a sub link having two ends, with one end mounted on the upper fixing frame and the other end mounted on the lower fixing frame, wherein the left main link (70,80) is arranged on one side of the sub link and the right main link (70,80) is arranged on the other side of the sub link; and an actuator mounted at one end thereof on the lower shaft, wherein that the upper fixing frame, the lower fixing frame, the left and right main links (70, 80), and the sub link constitute a four-bar link.
A process for producing pyridylethanethiol or pyridylethylthioacetate comprising the steps of producing vinyl pyridine by subjecting picoline and formaldehyde to methylolation reaction to produce pyridyl ethanol, and then subjecting the pyridyl ethanol to dehydration reaction in the presence of an alkali, and reacting the vinyl pyridine with a compound selected from the group consisting of thiourea, thioacetic acid and hydrogen sulfide, wherein said vinyl pyridine contains isopropenyl pyridine in an amount of not more than 4 % by weight and the content of isopropenyl pyridine in the vinyl pyridine of not more than 4 % by weight is controlled by a distillation procedure using a pressure-reducing distillation facility equipped with a packed column having not less than 2 stages, while controlling the temperature at the top of the column in the range of 80 to 150°C.
A production method of a conjugated diene, comprising a step A of allowing an α-olefin and formaldehyde to react with each other to produce a γ,δ-unsaturated alcohol; and a step B of subjecting the γ,δ-unsaturated alcohol to a dehydration reaction at 135 to 210°C in the presence of an aqueous solution of an acidic catalyst.
A synthetic nutritional composition for infants comprising: a. 13.8-17 mg/100ml n-6 eicosatrienoic acid, b. 0.2-0.25 mg/100ml GD-3, c. 0.2-0.25 mg/100ml GM-3, d. GM-3 and GD-3 in a GM3:GD-3 ratio of 1.1 to 1.45, and e. 0.4-0.52 mg/100ml GD-3+GM-3, wherein the composition is especially adapted to the nutritional needs of infants less than three months old. a. 13.8-17 mg/100ml n-6 eicosatrienoic acid, b. 0.2-0.25 mg/100ml GD-3, c. 0.2-0.25 mg/100ml GM-3, d. GM-3 and GD-3 in a GM3:GD-3 ratio of 1.1 to 1.45, and e. 0.4-0.52 mg/100ml GD-3+GM-3,
A valve comprising: a housing; a valve seat provided in the housing; an armature assembly positioned in the housing proximate the valve seat, the armature assembly being movable towards and away from the valve seat, and including a first armature, and a second armature that is movable relative to the first armature; and a coil that is configured to actuate the armature assembly away from the valve seat to open the valve, characterized in that: the first armature is a hollow cylindrically-shaped member having a first bullet-shaped end and an opposite second bullet-shaped end, the first bullet-shaped end corresponding to a conically-shaped recess formed in the valve seat; and upon application of a first current to the coil, the first armature and the second armature are each actuated away from the valve seat to a first open state; and upon application of a second current that is greater than the first current to the coil, the second armature is actuated away from the first armature to a second open state that is greater than the first open state. a housing; a valve seat provided in the housing; an armature assembly positioned in the housing proximate the valve seat, the armature assembly being movable towards and away from the valve seat, and including a first armature, and a second armature that is movable relative to the first armature; and a coil that is configured to actuate the armature assembly away from the valve seat to open the valve, the first armature is a hollow cylindrically-shaped member having a first bullet-shaped end and an opposite second bullet-shaped end, the first bullet-shaped end corresponding to a conically-shaped recess formed in the valve seat; and upon application of a first current to the coil, the first armature and the second armature are each actuated away from the valve seat to a first open state; and upon application of a second current that is greater than the first current to the coil, the second armature is actuated away from the first armature to a second open state that is greater than the first open state.
A method for resampling an audio frequency signal in an audio frequency signal coding or decoding, characterized in that it comprises the following steps per block of signal to be resampled: - determining by adaptive linear prediction a number of future signal samples, this number being defined as a function of a chosen resampling delay; - constructing a resampling support vector from at least the samples of the current signal block and the determined samples of future signal; - applying a resampling filter on the samples of the resampling support vector. - determining by adaptive linear prediction a number of future signal samples, this number being defined as a function of a chosen resampling delay; - constructing a resampling support vector from at least the samples of the current signal block and the determined samples of future signal; - applying a resampling filter on the samples of the resampling support vector.