mhurhangee/ep-ind-claims huggingface dataset:
A tire having a pump and valve assembly, the tire comprising: a tire cavity and a first and second sidewall extending respectively from first and second tire bead regions to a tire tread region; a valve assembly having a valve housing, wherein the valve housing has an interior chamber, wherein a diaphragm is mounted in the interior chamber, and wherein the diaphragm is in fluid communication with the tire cavity and/or responsive to a pressure in the tire cavity; wherein the interior chamber has an inlet in fluid communication with the outside air, and an outlet in fluid communication with an inlet and an outlet of a pump passageway or with a first chamber and a second chamber; wherein the valve assembly further includes an inlet control valve positioned over the outlet and operative to open and close the outlet; and wherein a resilient member is positioned in the interior chamber of the valve housing and positioned to biase the inlet control valve into the open position; and wherein the inlet control valve has a first end connected to the diaphragm. a tire cavity and a first and second sidewall extending respectively from first and second tire bead regions to a tire tread region; a valve assembly having a valve housing, wherein the valve housing has an interior chamber, wherein a diaphragm is mounted in the interior chamber, and wherein the diaphragm is in fluid communication with the tire cavity and/or responsive to a pressure in the tire cavity; wherein the interior chamber has an inlet in fluid communication with the outside air, and an outlet in fluid communication with an inlet and an outlet of a pump passageway or with a first chamber and a second chamber; wherein the valve assembly further includes an inlet control valve positioned over the outlet and operative to open and close the outlet; and wherein a resilient member is positioned in the interior chamber of the valve housing and positioned to biase the inlet control valve into the open position; and wherein the inlet control valve has a first end connected to the diaphragm.
Pressure relief valve to protect hydraulic units against damaging overload, in particular to protect hydraulic face supports against rock bursts and other suddenly occurring overloads, with a valve body with end connection, whereby the inlet and outlet side of the valve body are separated from one another through a closure part with a seal that can be moved against the force of a valve spring and are connected to one another when overload occurs to drain the pressure liquid, whereby between inlet side with central bore hole and radial bore holes (6, 7) and outlet side a chamber is provided and the closure part is formed by a piston connected to the end connection and valve spring retainer that surrounds the latter and that is slidably mounted on it and is correspondingly cylinder-shaped, characterised in that the central bore hole is formed as a blind hole ending at the radial bore holes (6, 7) and is connected directly with the chamber serving as a damping chamber and/or a supply flow with the damping chamber, which is therefore formed connected with the system pressure, piston and valve spring retainer have smooth contact surfaces (16, 17) provided and suitable for rod seals and the seal is located as a rod seal in a groove that is positioned in such a way that in the closed position of the pressure relief valve there is a sufficient sealing surface to the radial bore holes (6, 7) with blind hole formed in the piston.
Cutter having a rotating bowl and a stationary-arrangement, rotating blade head, which has at least one blade for comminuting a frozen product, wherein the bowl is covered by a cover and this gives rise to a closed chamber, wherein the latter has means (4, 5) for blowing steam into the chamber and generating a negative pressure, wherein the closed chamber contains a pressure gauge, the signal from which controls the negative-pressure means and the supply of steam.
A method for controlling deposition of a layer of polymeric sealing material on a forming drum, comprising: providing a sealing assembly including a self-supporting thermoplastic film and a layer of polymeric sealing material associated with and supported by said self-supporting thermoplastic film of predetermined size; feeding the sealing assembly onto a chute from top to bottom up to a forming drum; descending a leading end of the sealing assembly on a radially external surface of the forming drum in such a manner that said leading end of the sealing assembly rests on the surface of the forming drum without jamming or displacement on the surface of said forming drum; locking the leading end onto said forming drum to avoid relative movements between the sealing assembly and forming drum. providing a sealing assembly including a self-supporting thermoplastic film and a layer of polymeric sealing material associated with and supported by said self-supporting thermoplastic film of predetermined size; feeding the sealing assembly onto a chute from top to bottom up to a forming drum; descending a leading end of the sealing assembly on a radially external surface of the forming drum in such a manner that said leading end of the sealing assembly rests on the surface of the forming drum without jamming or displacement on the surface of said forming drum; locking the leading end onto said forming drum to avoid relative movements between the sealing assembly and forming drum.
Tool spindle for an elongated drilling tool having an end-side clamping shaft for clamping the drilling tool and a centring countersink, arranged opposite the clamping shaft in longitudinal direction, for centring the drilling tool, wherein the tool spindle comprises - a drive shaft for driving the drilling tool, - a chuck, connected rigidly with the drive shaft in a axis of rotation oriented longitudinally to the drive shaft, for receiving the clamping shaft and - at least one radial bearing (8, 9), at least portionally radially enclosing the drive shaft, for the radial support of the drive shaft, configured such that the radial bearing (8, 9) supports the drive shaft rotationally about the axis of rotation, and wherein the radial bearing (8, 9) is an active magnetic bearing and configured such that it supports the drive shaft furthermore swivellably about at least one swivel axis extending perpendicularly to the axis of rotation through a fixed point, wherein the fixed point is located in the centring countersink when the drilling tool is clamped in the tool spindle, characterised in - that a ring surrounding the drive shaft radially and connected rigidly with the drive shaft and an axial bearing surrounding the ring at least portionally are provided for the axial support of the drive shaft, and - that the ring is bent in the direction of the fixed point. - a drive shaft for driving the drilling tool, - a chuck, connected rigidly with the drive shaft in a axis of rotation oriented longitudinally to the drive shaft, for receiving the clamping shaft and - at least one radial bearing (8, 9), at least portionally radially enclosing the drive shaft, for the radial support of the drive shaft, configured such that the radial bearing (8, 9) supports the drive shaft rotationally about the axis of rotation, and - that a ring surrounding the drive shaft radially and connected rigidly with the drive shaft and an axial bearing surrounding the ring at least portionally are provided for the axial support of the drive shaft, and - that the ring is bent in the direction of the fixed point.
A method of capturing haptic content of an object, the capturing involves a plurality of communication devices, the method, being executed in a haptic device, comprising: - recognizing haptic content captured by a first communication device and properties associated with the captured haptic content; - recognizing properties associated with a second communication device; - determining, at least partly based on the recognized properties, associated with the captured haptic content and the second communication device that the second communication device is to participate in the capturing of the haptic content; - transmitting at least parts of the haptic content captured by the first communication device and the properties associated with the captured parts, to the second communication device; - recognizing haptic content captured by the second communication device, and - combining the haptic content captured by the first communication device with the haptic content captured by the second device. - recognizing haptic content captured by a first communication device and properties associated with the captured haptic content; - recognizing properties associated with a second communication device; - determining, at least partly based on the recognized properties, associated with the captured haptic content and the second communication device that the second communication device is to participate in the capturing of the haptic content; - transmitting at least parts of the haptic content captured by the first communication device and the properties associated with the captured parts, to the second communication device; - recognizing haptic content captured by the second communication device, and - combining the haptic content captured by the first communication device with the haptic content captured by the second device.
A sensor arrangement for temperature measurement in melts, in particular in cryolite melts, with a melting point of above 600°C, comprising a temperature sensor, which has an immersion end, comprising a container, which is arranged on a carrier and which has an opening on its upper side, and in which the temperature sensor is arranged, wherein the temperature sensor has a tube, which protrudes into the container and in which an optical fibre is arranged, which has, abutting on its jacket surface, a jacket tube, wherein the tube is closed on its end, which is arranged in the container, wherein the closed end of the tube has a distance of between 0.1 and 5 mm from the base of the container, and wherein the optical fibre is movably arranged in the tube.
A vacuum cleaner for cleaning and maintaining floor surfaces, comprising a fan for generating a negative pressure for picking up dirt using an air stream, a separating system for purifying the received air from the dirt and a frequency converter for adjusting the power (p) of the fan, characterised in that to adjust the electrical power (p) of the fan, a negative pressure (P1, P2, P3, P4) generated by the fan is specified as a model-specific setpoint value curve (K1, K2, K3, K4) as a function of electrical power (p) and rotational speed (n) and the frequency converter adjusts a pre-defined setpoint value for the negative pressure (P1, P2, P3, P4) on the basis of electrical power (p) and rotational speed (n) stored for this purpose by means of the setpoint value curve (K1, K2, K3, K4) using the power (p) specification and by checking the resulting rotational speed (n). for adjusting the power (p) of the fan, characterised in that to adjust the electrical power (p) of the fan, a negative pressure (P1, P2, P3, P4) generated by the fan is specified as a model-specific setpoint value curve (K1, K2, K3, K4) as a function of electrical power (p) and rotational speed (n) and the frequency converter adjusts a pre-defined setpoint value for the negative pressure (P1, P2, P3, P4) on the basis of electrical power (p) and rotational speed (n) stored for this purpose by means of the setpoint value curve (K1, K2, K3, K4) using the power (p) specification and by checking the resulting rotational speed (n).
A system, comprising: a centrifugal compressor diffuser having an annular plate across which compressed fluid is directed and a plurality of detachable vanes attached to the annular plate, characterised in that each detachable vane of the plurality of detachable vanes comprises a cross-sectional profile along which the compressed fluid flows that varies along a span of the detachable vane.
An inspection system comprising: a memory (202, 602); and a processor (201, 601), wherein the memory (202, 602) is configured to hold an image reproducing model (420, 720) trained to reproduce, from a first masked image (440_1... 440_n) generated by masking part of a first image determined as including no defect from among images that capture an object to be inspected, the first image (441_1... 441_n) before being masked, wherein the processor (201, 601) is configured to determine, based on a reproduced image (751_1...751_n) reproduced by inputting a second masked (741_1...741_n) image generated by masking part of a second image that captures a new object to be inspected into the image reproducing model, and the second image, whether the second image includes a defect, wherein the image reproducing model is trained so as to reproduce the first image before being masked from a superimposed image obtained by having CAD data corresponding to the masked part of the first image superimposed on the generated first masked image, and wherein the processor (201, 601) determines whether the second image includes a defect, based on a reproduced image reproduced by inputting a superimposed image obtained by having CAD data corresponding to the masked part of the second image superimposed on the generated second masked image, and the second image. a memory (202, 602); and a processor (201, 601), wherein the memory (202, 602) is configured to hold an image reproducing model (420, 720) trained to reproduce, from a first masked image (440_1... 440_n) generated by masking part of a first image determined as including no defect from among images that capture an object to be inspected, the first image (441_1... 441_n) before being masked, wherein the processor (201, 601) is configured to determine, based on a reproduced image (751_1...751_n) reproduced by inputting a second masked (741_1...741_n) image generated by masking part of a second image that captures a new object to be inspected into the image reproducing model, and the second image, whether the second image includes a defect, wherein the image reproducing model is trained so as to reproduce the first image before being masked from a superimposed image obtained by having CAD data corresponding to the masked part of the first image superimposed on the generated first masked image, and wherein the processor (201, 601) determines whether the second image includes a defect, based on a reproduced image reproduced by inputting a superimposed image obtained by having CAD data corresponding to the masked part of the second image superimposed on the generated second masked image, and the second image.
A plasmonic plate for generating optical vortices, formed by electrically conducting material, delimited by a first and a second side (S inf, S sup) and defining a number N of slots (6; 60) arranged about a symmetry axis, each slot being radial and extending between the first side and the second side, said slots being angularly and equally spaced apart; and wherein pairs of adjacent slots are angularly spaced apart by an angle equal to 2n/N, said slots being thereby configured to convert a first electromagnetic field impinging on the first side (S inf) of the plasmonic plate and having a non-null spin angular momentum, into a second electromagnetic field having a non-null orbital angular momentum and propagating outwards from the second side (S sup) of the plasmonic plate.
Spray head (1; 31) for spraying atomized spray liquid on crops, comprising: - a dish-shaped atomizing disc, - a drive connected to the atomizing disc for rotating the atomizing disc, and - a supply line for spray liquid provided with an outflow opening located at a short distance from the concave side of the atomizing disc, characterized in that the spray head (1; 31) further comprises a vane wheel provided with a dish-shaped vane carrier which has a larger diameter than that of the atomizing disc, the concave side of the vane wheel facing the concave side of the atomizing disc and being at a short distance from the atomizing disc, vanes being present on the convex side of the vane carrier for creating an air flow which forms an air curtain to guide the atomized spray liquid to the crops. - a dish-shaped atomizing disc, - a drive connected to the atomizing disc for rotating the atomizing disc, and - a supply line for spray liquid provided with an outflow opening located at a short distance from the concave side of the atomizing disc,
A process for manufacturing a bent glazing comprising a glass sheet comprising a peripheral compression belt comprising the preparation of the glass sheet by a process for manufacturing a bent individual glass sheet comprising a peripheral compression belt, comprising the heating thereof to its bending temperature in a furnace, the individual bending thereof, and the general cooling thereof, characterized in that one zone of the sheet at least partially inside said peripheral compression belt, referred to as locally cooled zone, undergoes, after the heating of the sheet, a local cooling faster than the general cooling, when the sheet is at a temperature of at least 530°C, followed by cutting in the locally cooled zone.
A wound dressing, comprising: a chamber defining a treatment space and having at least one opening sized to receive a wounded limb of a patient; a tube having a first end coupled to the chamber and a second end defining a portal, the tube communicating with the treatment space; and a plurality of channels defined on an inner wall of the chamber. a chamber defining a treatment space and having at least one opening sized to receive a wounded limb of a patient; a tube having a first end coupled to the chamber and a second end defining a portal, the tube communicating with the treatment space; and a plurality of channels defined on an inner wall of the chamber.
A cold-rolled steel sheet for crown caps, having a composition containing C: 0.02% to 0.08%, Si: 0.02% or less, Mn: 0.10% to 0.60%, P: 0.020% or less, S: 0.020% or less, Al: 0.01% to 0.06%, and N: 0.0100% to 0.0180% on a mass basis, the remainder being Fe and inevitable impurities, wherein N total-(N as AlN) is 0.0090% to 0.0170%, the maximum grain size of a carbide is 0.3 μm or more and 2.0 μm or less in a cross section in a rolling direction, measured according to the description, and the yield strength, measured using a tensile test specimen with a JIS #5 size in accordance with "JIS Z 2241" and after a heat treatment at 210° C for 15 minutes, is 420 MPa to 600 MPa in the rolling direction, where the N total is the total amount of N and the N as AlN is the amount of N present in the form of AlN, the N present in AlN being confirmed by dissolving and extracting AlN by a 10% Br-methanol solution and N present in the AlN quantitatively analyzed by absorptiometry.
A cultured algae water concentration system comprising: an algae water supply unit that receives algae water containing cultured algae from a culture pond, stores the algae water therein, and has an algae water supply container that stores the algae water therein, a supply container inlet port through which the algae water supply container takes in the algae water, and a supply container outlet port through which the algae water is taken out from the algae water supply container; and an algae water concentration unit that concentrates the algae water which has been supplied from the algae water supply unit, and that has a concentration container for receiving and concentrating the algae water, a filter that divides the concentration container into upper and lower spaces and does not pass algae having a predetermined size or larger therethrough, a vibration device that vibrates the filter in an out-of-plane direction, a concentration container algae water inlet port that is in communication with the supply container outlet port, takes in the algae water to the concentration container, and is arranged below the filter of the concentration container, a concentrated algae water outlet port that is arranged below the filter of the concentration container and takes out algae water therethrough that has been concentrated in the concentration container, and a filtered water discharge port that is arranged above the filter of the concentration container and discharges filtered water having passed through the filter, wherein the filter is made of an electroformed sheet filter made from metal or a metal mesh. an algae water supply unit that receives algae water containing cultured algae from a culture pond, stores the algae water therein, and has an algae water supply container that stores the algae water therein, a supply container inlet port through which the algae water supply container takes in the algae water, and a supply container outlet port through which the algae water is taken out from the algae water supply container; and an algae water concentration unit that concentrates the algae water which has been supplied from the algae water supply unit, and that has a concentration container for receiving and concentrating the algae water, a filter that divides the concentration container into upper and lower spaces and does not pass algae having a predetermined size or larger therethrough, a vibration device that vibrates the filter in an out-of-plane direction, a concentration container algae water inlet port that is in communication with the supply container outlet port, takes in the algae water to the concentration container, and is arranged below the filter of the concentration container, a concentrated algae water outlet port that is arranged below the filter of the concentration container and takes out algae water therethrough that has been concentrated in the concentration container, and a filtered water discharge port that is arranged above the filter of the concentration container and discharges filtered water having passed through the filter, wherein the filter is made of an electroformed sheet filter made from metal or a metal mesh.
Method of regulating a power plant comprising at least one turboengine, said turboengine comprising a gas generator and an assembly of turbines (6, 7), said power plant comprising a mechanical withdrawal means for withdrawing energy from said gas generator of said turboengine and an engine computer, said engine computer controlling said turboengine so as to comply with at least a first limitation (LimTET, LimT45) of a temperature (TET, T45) of the gases within said assembly and with a second limitation (LimNg) of a speed of rotation (Ng) of the gas generator, characterised in that: - during an evaluation step, it is determined whether the speed of rotation (Ng) of the gas generator has reached said second limitation (LimNg), - during an evaluation step it is determined whether said temperature (TET, T45) has reached said first limitation (LimTET, LimT45), - during an optimisation step, if the speed of rotation (Ng) of the gas generator has reached said second limitation (LimNg) and if said temperature (TET, T45) has not reached said first limitation (LimTET, LimT45), the mechanical withdrawal means is commanded to increase the mechanical withdrawal effected so as to optimise the power developed by said turboengine. - during an evaluation step, it is determined whether the speed of rotation (Ng) of the gas generator has reached said second limitation (LimNg), - during an evaluation step it is determined whether said temperature (TET, T45) has reached said first limitation (LimTET, LimT45), - during an optimisation step, if the speed of rotation (Ng) of the gas generator has reached said second limitation (LimNg) and if said temperature (TET, T45) has not reached said first limitation (LimTET, LimT45), the mechanical withdrawal means is commanded to increase the mechanical withdrawal effected so as to optimise the power developed by said turboengine.