mhurhangee/ep-ind-claims huggingface dataset:
A surge protection device comprising an arrester, wherein the arrester should produce an equalisation between different potentials and arrest a surge current during use, and a sensor is provided on the arrester, and the sensor generates an electrical disconnection signal, and a switching device receives the disconnection signal and separates the arrester from an electric circuit, characterised in that the switching device and the arrester are arranged so as to be spatially separated from one another, and the sensor comprises a measuring bridge and the measuring bridge is a Wheatstone bridge.
An access terminal box, comprising a base plate, wherein a first fastening part, a second fastening part, and a fastening lever are configured to fasten the access terminal box to a mounting plate disposed on the base plate, a through hole is disposed on the second fastening part, the fastening lever comprises a head part, a body part, and an elastic part, the head part is connected to the body part, one end of the elastic part is connected to the head part, the body part and the elastic part are located inside the through hole, and the head part is exposed at a first outlet of the through hole, wherein the body part is a U-shaped frame, and the elastic part is located inside the U-shaped frame, wherein a section of the elastic part is wavy, characterized in that the wavy section is configured, so that a frictional resistance is provided between the fastening lever and the through hole.
Program-controlled unit, - wherein the program-controlled unit contains a first emulation unit, and - wherein the program-controlled unit contains a selection apparatus by means of which, in the event of the program-controlled unit additionally containing a second emulation unit, it is stipulable whether the program-controlled unit is intended to be emulated using the first emulation unit or using the second emulation unit, - wherein the emulation units (17, 20) are designed to identify the occurrence of prescribeable states or events and to react to the occurrence of the relevant state or event in a likewise prescribeable manner, - wherein the first emulation unit is an emulation unit with limited functionality and/or limited performance, - wherein the second emulation unit contains components that are not already contained in the first emulation unit, and - wherein the selection apparatus is a changeover apparatus that forwards data or signals to a core of the program-controlled unit, said data or signals being output to the core either from the first emulation unit or from the second emulation unit. - wherein the program-controlled unit contains a first emulation unit, and - wherein the program-controlled unit contains a selection apparatus by means of which, in the event of the program-controlled unit additionally containing a second emulation unit, it is stipulable whether the program-controlled unit is intended to be emulated using the first emulation unit or using the second emulation unit, - wherein the emulation units (17, 20) are designed to identify the occurrence of prescribeable states or events and to react to the occurrence of the relevant state or event in a likewise prescribeable manner, - wherein the first emulation unit is an emulation unit with limited functionality and/or limited performance, - wherein the second emulation unit contains components that are not already contained in the first emulation unit, and - wherein the selection apparatus is a changeover apparatus that forwards data or signals to a core of the program-controlled unit, said data or signals being output to the core either from the first emulation unit or from the second emulation unit.
A fuel delivery and control system for a gas turbine engine having a maximum engine fuel flow requirement and a fuel metering unit, an actuation system requiring a minimum operating fuel flow and minimum operating pressure, the fuel control system comprising: a variable displacement actuation pump of a size capable of providing a first portion of the maximum fuel flow requirement of the engine, the pump having an outlet and a discharge pressure, wherein the actuation pump is operable to supply fuel to the actuation system over an actuation supply line; and a fixed displacement main pump of a size configured to provide a second portion of the maximum fuel flow requirement of the engine, the main pump having an outlet and a discharge pressure, the outlet of the main pump in fluid communication with the fuel metering unit and in selective fluid communication with the outlet of the actuation pump, wherein the fuel delivery and control system is configurable between an isolated pumps mode wherein the outlets (140, 160) of each of the actuation pump and the main pump are separated from each other and a shared pumps mode wherein the outlets (140, 160) of each of the actuation pump and the main pump are in fluid communication with each other to combine the first portion of the maximum fuel flow of the engine with the second portion of the maximum fuel flow of the engine and wherein the combined flow is supplied to the fuel metering unit of the engine. a variable displacement actuation pump of a size capable of providing a first portion of the maximum fuel flow requirement of the engine, the pump having an outlet and a discharge pressure, wherein the actuation pump is operable to supply fuel to the actuation system over an actuation supply line; and a fixed displacement main pump of a size configured to provide a second portion of the maximum fuel flow requirement of the engine, the main pump having an outlet and a discharge pressure, the outlet of the main pump in fluid communication with the fuel metering unit and in selective fluid communication with the outlet of the actuation pump, wherein the fuel delivery and control system is configurable between an isolated pumps mode wherein the outlets (140, 160) of each of the actuation pump and the main pump are separated from each other and a shared pumps mode wherein the outlets (140, 160) of each of the actuation pump and the main pump are in fluid communication with each other to combine the first portion of the maximum fuel flow of the engine with the second portion of the maximum fuel flow of the engine and wherein the combined flow is supplied to the fuel metering unit of the engine.
An apparatus for delivering a pre-filled prosthesis into a surgical pocket, the prosthesis being a breast implant, the apparatus comprising: a flexible sleeve including a proximal opening, a distal opening, and an interior with a hydrophilic coating adhered thereon, wherein said coating is adapted to become lubricious when the flexible sleeve is soaked in fluid, wherein the sleeve is tapered, wherein the proximal opening is relatively larger than the distal opening, and wherein the sleeve is adapted to be manually manipulatable to apply pressure via the sleeve to the prosthesis to push the prosthesis along the interior and through the distal opening. a flexible sleeve including a proximal opening, a distal opening, and an interior with a hydrophilic coating adhered thereon, wherein said coating is adapted to become lubricious when the flexible sleeve is soaked in fluid, wherein the sleeve is tapered, wherein the proximal opening is relatively larger than the distal opening, and wherein the sleeve is adapted to be manually manipulatable to apply pressure via the sleeve to the prosthesis to push the prosthesis along the interior and through the distal opening.
A method performed by a non-volatile memory (225; 325), comprising: receiving, from a controller (120, 130; 230, 250), a read command for a first set of data (310; 430, 450-a, 470-a) stored at the non-volatile memory (225; 325); characterized in that the method further comprises: identifying, in response to the read command, an indicator (320; 415, 420; PF) associated with the first set of data (310; 430, 450-a, 470-a) that indicates an amount of additional data to be transmitted in response to the read command for the first set of data (310; 430, 450-a, 470-a); identifying a second set of data (310; 430, 445, 470) stored at the non-volatile memory (225; 325) to be transmitted in response to the read command based at least in part on the indicator (320; 415, 420; PF); and transmitting, to the controller (120, 130; 230, 250) based at least in part on the read command for the first set of data (310; 430, 450-a, 470-a), the indicator (320; 415, 420; PF), the first set of data (310; 430, 450-a, 470-a), and at least a portion of the second set of data (310; 430, 445, 470). receiving, from a controller (120, 130; 230, 250), a read command for a first set of data (310; 430, 450-a, 470-a) stored at the non-volatile memory (225; 325); characterized in that the method further comprises: identifying, in response to the read command, an indicator (320; 415, 420; PF) associated with the first set of data (310; 430, 450-a, 470-a) that indicates an amount of additional data to be transmitted in response to the read command for the first set of data (310; 430, 450-a, 470-a); identifying a second set of data (310; 430, 445, 470) stored at the non-volatile memory (225; 325) to be transmitted in response to the read command based at least in part on the indicator (320; 415, 420; PF); and transmitting, to the controller (120, 130; 230, 250) based at least in part on the read command for the first set of data (310; 430, 450-a, 470-a), the indicator (320; 415, 420; PF), the first set of data (310; 430, 450-a, 470-a), and at least a portion of the second set of data (310; 430, 445, 470).
An apparatus comprising: a vehicle floor covering having an upper surface, a lower surface, an edge, and an interior volume enclosed by the upper and lower surfaces and edge, the upper and lower surfaces covering an area of at least 0.5 m 2 and separated by a distance of less than 40 mm; an electro-acoustic transducer mounted in one of the upper or lower surface and having a first radiating surface coupled to the interior volume, wherein the vehicle floor covering is configured to be positioned in a passenger area of a vehicle. a vehicle floor covering having an upper surface, a lower surface, an edge, and an interior volume enclosed by the upper and lower surfaces and edge, the upper and lower surfaces covering an area of at least 0.5 m 2 and separated by a distance of less than 40 mm; an electro-acoustic transducer mounted in one of the upper or lower surface and having a first radiating surface coupled to the interior volume, wherein the vehicle floor covering is configured to be positioned in a passenger area of a vehicle.
Method for obtaining spheroids of undifferentiated cells comprising the following steps: a. Inoculating undifferentiated isolated and amplified undifferentiated cells into a container whose bottom has a rounded concave profile, containing a suitable culture medium, b. Centrifuging said container, c. Rotating the container along an axis perpendicular to the plane defined by the surface of the culture medium, the rotation being from 160 to 200°, advantageously 180°. d. Repeating steps b) and c) between 1 and 15 times, e. Inoculating and incubating the newly formed spheroids of undifferentiated cells into a medium promoting complete spheroid formation, especially a medium supplemented with foetal serum. characterized in that said undifferentiated cells are not human embryonic cells. a. Inoculating undifferentiated isolated and amplified undifferentiated cells into a container whose bottom has a rounded concave profile, containing a suitable culture medium, b. Centrifuging said container, c. Rotating the container along an axis perpendicular to the plane defined by the surface of the culture medium, the rotation being from 160 to 200°, advantageously 180°. d. Repeating steps b) and c) between 1 and 15 times, e. Inoculating and incubating the newly formed spheroids of undifferentiated cells into a medium promoting complete spheroid formation, especially a medium supplemented with foetal serum.
A dishwasher comprising a tub, a circulation pump enabling sending washing water to the washing environment in the tub, at least one basket in which the kitchenware to be washed are placed, at least one spray arm, a heat pump enabling heating washing water, the heat pump comprising of a compressor, a condenser, an evaporator enabling heat to be drawn from the outer environment and to be transferred to the condenser by means of the compressor, at least one fan enabling heat transfer by sending environment air onto the evaporator, and at least one reservoir placed proximate to the evaporator, characterized by the evaporator having fins produced with increased dimensions so as to extend from the evaporator into the reservoir and contacting the water in the reservoir, the evaporator drawing the heat of the water in the reservoir by means of the fins along with the heat drawn from the environment air sent by the fan.
A hybrid multiplexing apparatus for multiplexing a digital communication signal from an electrical domain with one or more analog subcarrier communication signals from the electrical domain into a multiplexed optical signal for transmission over a common optical communication link, the apparatus comprising: a laser module configured to modulate a laser source with the one or more analog subcarrier communication signals to be multiplexed, and output an intermediate optical modulated signal; and an electro-optical modulator coupled to receive the intermediate optical modulated signal and the digital communication signal to be multiplexed, and configured to modulate the intermediate optical modulated signal with the digital communication signal to form the multiplexed optical signal; the apparatus further comprising an up-converting module configured to up-convert the one or more analog subcarrier communication signals prior to modulating the laser source, wherein the up-converting comprises converting a frequency of the one or more analog subcarrier signals to correspond with the frequency spectrum of one or more low amplitude windows of the digital communication signal. wherein the up-converting module is configured to select an intermediate frequency used to up convert the analog subcarrier communication signals such that the intermediate frequency matches a periodicity of the low amplitude windows of the digital communication signal.
Process for the purification of waste gas containing carbon compounds and nitrogen oxides in a regenerative thermal post-combustion system having at least two regenerators (31, 32) filled with heat-accumulator bodies (33, 34) and connected by means of a combustion chamber, wherein the waste gas is alternately heated in at least one of the regenerators (31, 32), the carbon compounds are oxidized in the combustion chamber at a temperature of more than 850 °C, and the hot clean gas formed is drawn off through at least one of the further regenerators (32, 31), wherein a simultaneous reduction of the nitrogen oxides is carried out in the combustion chamber in addition to the oxidation of the carbon compounds, wherein a nitrogen-hydrogen compound is used for the reduction of the nitrogen oxides in the combustion chamber, wherein the combustion chamber has a first zone above the heat-accumulator bodies (33, 34) of the at least one regenerator (31, 32) in which the waste gas pre-reacts, a second zone between the at least two regenerators (31, 32), and a third zone above the heat-accumulator bodies (34, 33) of the at least one further regenerator (32, 31) through which the clean gas is drawn off, and the nitrogen-hydrogen compound is supplied at the beginning of the second zone and at the end of the second zone, wherein the amount of the nitrogen-hydrogen compound which is supplied at the beginning of the second zone is larger than the amount of the nitrogen-hydrogen compound which is supplied at the end of the second zone.
A rapid prototyping/manufacturing process, especially a stereolithography process, for the production of a plurality of components (20, 40), especially dental restoration components, which starts from a construction platform as a basis for the construction of the components (20, 40), wherein the construction platform comprises a carrier substrate for carrying the components (20, 40) to be produced, to which a three-dimensional structure is introduced or attached, which forms individual structures (12, 14, 16) for each component (20, 40) to be produced or for each group of components (20, 40) to be produced, which structures form individual structures (12, 14, 16) for each component (20, 40) to be produced, which individual structures (12, 14, 16) are different from each another, and in that the components (20, 40) or groups of components (20, 40) are each produced or transferred starting from the individual structures (12, 14, 16) by molding and transferring the three-dimensional structure of the construction platform onto the component base, and in that the respective components (20, 40), together with the component base, are removed from the construction platform, and the side of the component base facing the construction platform is provided with a negative image and/or a positive image (22, 42) of the three-dimensional support structure of the construction platform for identifying the component (20, 40) or groups of components (20, 40), and in that, following construction of the component (20, 40), it is detached with its respective component base from the individual structure (12, 14, 16) of the carrier substrate of the construction platform and is identified using the shape of the component base, characterized in that the negative image and/or positive image (22, 42) at the component base is recorded by an image recording device and evaluated by a control device, the control device performing the assignment to the associated patients especially when the component (20, 40) is realized as a dental restoration part.
A method of communication according to a multiple access protocol by time distribution or in English Time Division Multiple Acces TDMA between a master device and at least one slave device during which a plurality of frames (TR1, TR2) are transmitted between the master device and the slave device, each frame (TR1, TR2) being partitioned into a plurality of time slots, at least one time slot comprising an analog synchronization signal, transmitted by the master device to the slave device, the analog synchronization signal being characterized in that it comprises: • an amplitude setting portion which is in the form of a sine wave having a constant amplitude during a predetermined number of pulses, and • an optimized synchronization portion which is in the form of a triangular-shaped amplitude modulation of the sine wave so as to determine a reference time instant. • an amplitude setting portion which is in the form of a sine wave having a constant amplitude during a predetermined number of pulses, and • an optimized synchronization portion which is in the form of a triangular-shaped amplitude modulation of the sine wave so as to determine a reference time instant.
Manufacturing process of dye sensitized solar cell substrate and electrode, comprising depositing an electrode made of a transparent conductive oxide layer (21, 8) over a glass insulating substrate (23, 6); characterized by comprising the steps of: a. depositing a layer of conductive mesh (2, 22) over a first and a second glass insulating substrates (23, 6); b. applying a transparent conductive oxide layer on top the conductive mesh (2, 22) of the first and second glass insulating substrates (23, 6); c. depositing the material of a photo-electrode and a counter-electrode respectively on the first and second glass insulating substrates obtained in step b; d. depositing a string of a glass welding material with low temperature melting in order to be able to join both substrates and, at the same time, to isolate the solar cell; e. aligning the first and second glass insulating substrates (23, 6) such that the counter-electrode is on top of the photo-electrode; f. laser welding of the two substrates, one with the other, using the string of glass welding material previously applied, wherein the described laser welding is performed in a forward-backward pathway, able to disperse the heat throughout a given length of weld line in order to get a progressive heating and cooling obtaining a stable welding line. a. depositing a layer of conductive mesh (2, 22) over a first and a second glass insulating substrates (23, 6); b. applying a transparent conductive oxide layer on top the conductive mesh (2, 22) of the first and second glass insulating substrates (23, 6); c. depositing the material of a photo-electrode and a counter-electrode respectively on the first and second glass insulating substrates obtained in step b; d. depositing a string of a glass welding material with low temperature melting in order to be able to join both substrates and, at the same time, to isolate the solar cell; e. aligning the first and second glass insulating substrates (23, 6) such that the counter-electrode is on top of the photo-electrode; f. laser welding of the two substrates, one with the other, using the string of glass welding material previously applied,
A cell incubator comprising: a culture cell accommodating section which accommodates cells to be cultured and a culture solution; and a measuring unit accommodating section which accommodates a measuring unit that includes a light emitting section and a light receiving section, the measuring unit in which the light emitting section transmits light through the culture solution and the light receiving section receives the transmitted light, thereby measuring a condition of the culture solution, wherein a part of the culture cell accommodating section is located between the light emitting section and the light receiving section, wherein the part of the culture cell accommodating section has a shape which is located between the light emitting section and the light receiving section so that the optical axes between the light emitting section and the light receiving section intersect with the part. a culture cell accommodating section which accommodates cells to be cultured and a culture solution; and a measuring unit accommodating section which accommodates a measuring unit that includes a light emitting section and a light receiving section, the measuring unit in which the light emitting section transmits light through the culture solution and the light receiving section receives the transmitted light, thereby measuring a condition of the culture solution, wherein a part of the culture cell accommodating section is located between the light emitting section and the light receiving section, wherein the part of the culture cell accommodating section has a shape which is located between the light emitting section and the light receiving section so that the optical axes between the light emitting section and the light receiving section intersect with the part.