mhurhangee/ep-ind-claims huggingface dataset:
A mixer system for use with a non-contact liquid printer, the mixer system comprising: a printing liquid reservoir, configured to contain a printing liquid and comprising an expansion chamber; and an aspirator element (111; 311; 411), wherein in use of the mixer system: the aspirator element (111; 311; 411) is operable to reduce a pressure of a gas in the expansion chamber, thereby to cause a printing liquid, which is contained in the printing liquid reservoir, to rise in the expansion chamber from a first level to a second level under a pressure head of the liquid; and the aspirator element (111; 311; 411) is further operable to restore the pressure of the gas in the expansion chamber, thereby to cause the printing liquid to return from the second level to the first level, so as to cause mixing of the printing liquid in the printing liquid reservoir. a printing liquid reservoir, configured to contain a printing liquid and comprising an expansion chamber; and an aspirator element (111; 311; 411), wherein in use of the mixer system: the aspirator element (111; 311; 411) is operable to reduce a pressure of a gas in the expansion chamber, thereby to cause a printing liquid, which is contained in the printing liquid reservoir, to rise in the expansion chamber from a first level to a second level under a pressure head of the liquid; and the aspirator element (111; 311; 411) is further operable to restore the pressure of the gas in the expansion chamber, thereby to cause the printing liquid to return from the second level to the first level, the aspirator element (111; 311; 411) is operable to reduce a pressure of a gas in the expansion chamber, thereby to cause a printing liquid, which is contained in the printing liquid reservoir, to rise in the expansion chamber from a first level to a second level under a pressure head of the liquid; and the aspirator element (111; 311; 411) is further operable to restore the pressure of the gas in the expansion chamber, thereby to cause the printing liquid to return from the second level to the first level, so as to cause mixing of the printing liquid in the printing liquid reservoir.
A settler (125; 201) for decanting mineral slurries, comprising - a tank for holding and decanting a body of slurry to form a thickened slurry as a lower layer and a clarified liquid as an upper layer, the tank having a side wall, a bottom and a top, - an outlet for the thickened slurry at the bottom of the tank, - a first overflow outlet (151; 213) for withdrawing an overflow stream of the clarified liquid, -a stirrer (141;217) having a generally vertical axis around which the stirrer rotates or reciprocates, and - a slurry inlet means (127; 215) near the top of the tank for introducing fresh slurry into the tank, the slurry inlet means (127; 215) having an upright cylindrical wall (137;255) and a slurry opening (135; 261) through which fresh slurry joins the body of slurry in the tank, characterized in that said slurry opening (135; 261) is arranged in the bottom of the slurry inlet means and is displaced laterally relative to said generally vertical axis of the stirrer, and wherein said slurry inlet means (127; 215) comprises mixing means (131; 251), the mixing means of said slurry inlet means being operated in a circular area having a diameter that is from 0.4 to 0.8 times the diameter of said upright cylindrical wall. - a tank for holding and decanting a body of slurry to form a thickened slurry as a lower layer and a clarified liquid as an upper layer, the tank having a side wall, a bottom and a top, - an outlet for the thickened slurry at the bottom of the tank, - a first overflow outlet (151; 213) for withdrawing an overflow stream of the clarified liquid, -a stirrer (141;217) having a generally vertical axis around which the stirrer rotates or reciprocates, and - a slurry inlet means (127; 215) near the top of the tank for introducing fresh slurry into the tank, the slurry inlet means (127; 215) having an upright cylindrical wall (137;255) and a slurry opening (135; 261) through which fresh slurry joins the body of slurry in the tank, characterized in that said slurry opening (135; 261) is arranged in the bottom of the slurry inlet means and is displaced laterally relative to said generally vertical axis of the stirrer, and wherein said slurry inlet means (127; 215) comprises mixing means (131; 251), the mixing means of said slurry inlet means being operated in a circular area having a diameter that is from 0.4 to 0.8 times the diameter of said upright cylindrical wall.
Use of an ethyl alcohol solution in water with an amount of ethyl alcohol between 1% and 35% by weight of the total weight of the solution as an ingredient to be added, by injection, to soft bakery products storable at room temperature, in order to keep their softness characteristics substantially unchanged during the entire storage period thereof.
Method for operating devices in a ZigBee network comprising ZigBee Green Power -capable devices and non-ZGP-capable devices, both under control of at least one ZGPD device, the method comprising the following steps: - the ZGPD device transmitting ZGPD command frame, - upon reception of a ZGPD command frame from the said ZGPD device (ZGPD1), a ZGP-capable device: - translating the received ZGPD command to a regular ZigBee command compatible with non-ZGP-capable devices, and forwarding the translated command, and - tunneling the ZGPD command using ZGP tunneling mechanism, - the ZGP-capable devices controlled by the ZGPD device (ZGPD1) executing only the tunneled command, if controlled application functionality is supported, - the non-ZGP-capable devices controlled by the ZGPD device (ZGPD1) executing only the translated command, if controlled application functionality is supported. - the ZGPD device transmitting ZGPD command frame, - upon reception of a ZGPD command frame from the said ZGPD device (ZGPD1), a ZGP-capable device: - translating the received ZGPD command to a regular ZigBee command compatible with non-ZGP-capable devices, and forwarding the translated command, and - tunneling the ZGPD command using ZGP tunneling mechanism, - translating the received ZGPD command to a regular ZigBee command compatible with non-ZGP-capable devices, and forwarding the translated command, and - tunneling the ZGPD command using ZGP tunneling mechanism, - the ZGP-capable devices controlled by the ZGPD device (ZGPD1) executing only the tunneled command, if controlled application functionality is supported, - the non-ZGP-capable devices controlled by the ZGPD device (ZGPD1) executing only the translated command, if controlled application functionality is supported.
A liquid test device, comprising: a liquid absorbing body; and a hydrophobic retaining body for retaining the liquid absorbing body by adhering tightly to and cylindrically surrounding the periphery of the liquid absorbing body, wherein the liquid absorbing body is formed in a shape of a long band having predetermined thickness and width, the retaining body comprises: a retaining base covering the rear face of the liquid absorbing body; hydrophobic side parts, that are fastened to the retaining base, covering both sides of the liquid absorbing body; and a surface cover, that is fastened to the retaining base covering the surface of the liquid absorbing body; and wherein the retaining base, the surface cover, and side parts of both sides are adhered tightly to the retaining body, and by sandwiching the liquid absorbing body between the retaining base and the surface cover, the liquid absorbing body is fastened while its thickness is being compressed to be the same thickness as the side parts, and wherein a liquid contact part is provided at an end of the retaining body by exposing an end of the liquid absorbing body, an opening (23, 23a, 23b. 23a', 23b') for allowing the liquid absorbing body to communicate with outside is provided at a position of the retaining body or the surface cover, or of both, apart from the liquid contact part, and a scale for measuring the amount of liquid absorbed by the liquid absorbing body is provided between the liquid contact part and the opening (23, 23a, 23b. 23a', 23b').
A call controller, comprising: a processor configured to monitor call signalling for a media call over a packet switched network between a first and second endpoint (12, 14, 42) and to dynamically determine when to insert a media proxy into a call path associated with the call signalling according to a network topology range between the first and second endpoints (12, 14, 42) in the packet switched network, wherein the media proxy is a Quality of Service, QoS, intermediary, and characterized in that the determining is based on whether the first and second end points (12, 14, 42) are in the same network topology range, and the call controller is configured to insert the media proxy into the call path in the event that the first and second endpoints (12, 14, 42) are not within the same network topology range and the first endpoint is identified as not supporting a quality of service reservation protocol, and to not insert the media proxy into the call path in the event that first and second endpoints (12, 14, 42) are within the same network topology range. a processor configured to monitor call signalling for a media call over a packet switched network between a first and second endpoint (12, 14, 42) and to dynamically determine when to insert a media proxy into a call path associated with the call signalling according to a network topology range between the first and second endpoints (12, 14, 42) in the packet switched network, wherein the media proxy is a Quality of Service, QoS, intermediary, and characterized in that the determining is based on whether the first and second end points (12, 14, 42) are in the same network topology range, and the call controller is configured to insert the media proxy into the call path in the event that the first and second endpoints (12, 14, 42) are not within the same network topology range and the first endpoint is identified as not supporting a quality of service reservation protocol, and to not insert the media proxy into the call path in the event that first and second endpoints (12, 14, 42) are within the same network topology range.
A method for recovering filtered fluid retained in a filter system including a filter device comprising a housing having an inlet and an outlet defining a filtration flow path between the inlet and the outlet, and a porous filter medium across the filtration flow path, the porous filter medium having an upstream side and a downstream side; the system also including a filtered fluid receiving container arranged downstream of the outlet, and a fluid flow path between the outlet and the filtered fluid receiving container, the method comprising: (a) passing sterile air and/or sterile gas through the outlet of the filter device and along the fluid flow path into the filtered fluid receiving container, including arranging the filtered fluid receiving container at an angle in the range of about 10° to about 30° above a horizontal plane such that the sterile air and/or sterile gas is present at a highpoint of the fluid receiving container; (b) passing fluid to be filtered along the filtration flow path through the filter device and passing filtered fluid along the fluid flow path into the filtered fluid receiving container, wherein a volume of filtered fluid is retained in the housing between the downstream side of the porous filter medium and the outlet; and, (c) allowing the sterile air and/or the sterile gas to pass from the filtered fluid receiving container along the fluid flow path and through the outlet into the housing of the filter device, and displacing retained filtered fluid into the filtered fluid receiving container, including arranging the filtered fluid receiving container such that the sterile air and/or sterile gas is allowed to pass from the filtered fluid receiving container along the fluid flow path and through the outlet into the housing of the filter device. (a) passing sterile air and/or sterile gas through the outlet of the filter device and along the fluid flow path into the filtered fluid receiving container, including arranging the filtered fluid receiving container at an angle in the range of about 10° to about 30° above a horizontal plane such that the sterile air and/or sterile gas is present at a highpoint of the fluid receiving container; (b) passing fluid to be filtered along the filtration flow path through the filter device and passing filtered fluid along the fluid flow path into the filtered fluid receiving container, wherein a volume of filtered fluid is retained in the housing between the downstream side of the porous filter medium and the outlet; and, (c) allowing the sterile air and/or the sterile gas to pass from the filtered fluid receiving container along the fluid flow path and through the outlet into the housing of the filter device, and displacing retained filtered fluid into the filtered fluid receiving container, including arranging the filtered fluid receiving container such that the sterile air and/or sterile gas is allowed to pass from the filtered fluid receiving container along the fluid flow path and through the outlet into the housing of the filter device.
A glass enclosure for an electronic device, comprising: a plurality of enclosure components, the enclosure components being joined together along corresponding interfaces to establish an enclosure structure, the enclosure structure having corresponding first and second ends, the enclosure structure having corresponding first and second surfaces, the second surface being exposed to an environment; and first and second cap components disposed at corresponding ones of the first and second ends, wherein the enclosure components are formed from a chemically hardened alkali-aluminosilicate glass that is electromagnetically transparent to radio-frequency signals, wherein the enclosure components are welded together. a plurality of enclosure components, the enclosure components being joined together along corresponding interfaces to establish an enclosure structure, the enclosure structure having corresponding first and second ends, the enclosure structure having corresponding first and second surfaces, the second surface being exposed to an environment; and first and second cap components disposed at corresponding ones of the first and second ends, wherein the enclosure components are formed from a chemically hardened alkali-aluminosilicate glass that is electromagnetically transparent to radio-frequency signals, wherein the enclosure components are welded together.
A method comprising: transmitting from an appliance connected to a first virtual device context, VDC, (104(a)) instantiated on a network device a request for statistics associated with selected ones of a plurality of VDCs (104(a), 104(b), 104(c), 104(d)) implemented on the network device, wherein the plurality of VDCs includes the first VDC, wherein the selected ones of the plurality of VDCs comprise at least two of the plurality of VDCs, wherein the request for statistics includes a list of the selected ones of the plurality of VDCs and wherein the appliance is connected to the first VDC via a management link; and receiving at the appliance the requested statistics associated with the selected ones of the plurality of VDCs. transmitting from an appliance connected to a first virtual device context, VDC, (104(a)) instantiated on a network device a request for statistics associated with selected ones of a plurality of VDCs (104(a), 104(b), 104(c), 104(d)) implemented on the network device, wherein the plurality of VDCs includes the first VDC, wherein the selected ones of the plurality of VDCs comprise at least two of the plurality of VDCs, wherein the request for statistics includes a list of the selected ones of the plurality of VDCs and wherein the appliance is connected to the first VDC via a management link; and receiving at the appliance the requested statistics associated with the selected ones of the plurality of VDCs.
Air outlet having a slot diffuser with an outlet opening bounded by side cheeks (11.1 and 11.2) and a terminal box assigned to the slot diffuser, a corner element being provided for connecting the slot diffuser to a terminal box, characterized in that the slot diffuser has spacers which extend over the side cheeks (11.1 and 11.2), so that the side cheeks (11.1 and 11.2) maintain a distance from one another, and that clips (3.1, 3.2) of pincer-like design are formed on the corner element and the corner element is plugged onto these spacers by means of these clips (3.1, 3.2).
A method for manufacturing a porous electrode substrate, the method comprising: step of dispersing the pieces of a short carbon fiber and a fiber (b) containing a polymer having a softening point of 250° or higher but lower than 400°C and a particulate substance having a melting point of 400°C or higher, in a planar direction, and thereby obtaining a precursor sheet; step of impregnating the precursor sheet with a carbon powder containing powdered carbon, and a fluorine-based resin; and step of heat treating the impregnated precursor sheet at a temperature of 250°C or higher but lower than 400°C in the presence of oxygen. step of dispersing the pieces of a short carbon fiber and a fiber (b) containing a polymer having a softening point of 250° or higher but lower than 400°C and a particulate substance having a melting point of 400°C or higher, in a planar direction, and thereby obtaining a precursor sheet; step of impregnating the precursor sheet with a carbon powder containing powdered carbon, and a fluorine-based resin; and step of heat treating the impregnated precursor sheet at a temperature of 250°C or higher but lower than 400°C in the presence of oxygen.
A carrier arrangement for electrical heating cables of a panel heater, comprising a film-like carrier layer with upwardly projecting elevations that define between them heating cable receiving channels for receiving the electrical heating cables, characterised in that a heat barrier layer that has a height in the range of 1 to 3 mm is fastened to the bottom of the carrier layer.
Fuel system for supplying pressurised low viscosity fuel, in particular dimethyl ether or a blend thereof, to an internal combustion engine, in particular a compression ignition engine, said fuel system comprising a low pressure fuel system, a high-pressure fuel pump, a common rail, at least one fuel injector, and an engine management system, said high-pressure fuel pump is arranged to supply pressurised fuel to said common rail, and said common rail is arranged to supply high-pressure fuel to said at least one fuel injector, which is configured to inject high-pressure fuel into a combustion chamber of said combustion engine, characterised in that said engine management system is adapted to initiate a recirculating cooling fuel flow through at least the high-pressure fuel pump for avoiding fuel boiling by means of: said high-pressure fuel pump being adapted to increase a target pressure of the fuel within the common rail above a threshold level, the fuel system further comprising a high-pressure fuel relief valve that is arranged downstream of said high-pressure fuel pump and is connected to said low pressure fuel system, which high-pressure fuel relief valve is adapted to open above said threshold level, such that at least part of the fuel supplied by said high-pressure fuel pump is returned to said low pressure fuel system via said high-pressure fuel relief valve. said high-pressure fuel pump being adapted to increase a target pressure of the fuel within the common rail above a threshold level, the fuel system further comprising a high-pressure fuel relief valve that is arranged downstream of said high-pressure fuel pump and is connected to said low pressure fuel system, which high-pressure fuel relief valve is adapted to open above said threshold level, such that at least part of the fuel supplied by said high-pressure fuel pump is returned to said low pressure fuel system via said high-pressure fuel relief valve.
A surgical device adapter assembly for use in a surgical device, the adapter assembly comprising a housing; a drive mechanism disposed within the housing and couplable to a handle assembly (1 00) of said surgical device and to at least one motor of said surgical device and couplable to an end effector of said surgical device via a drive shaft, and a drive coupling assembly comprising an outer gear coupled to the drive shaft and a retraction assembly for manually reversing the drive mechanism by rotating the outer gear, said surgical device adapter assembly being characterized in that the retraction assembly has a locking mechanism (282, 784, 785) comprising a lock rocker pivotally coupled within the drive coupling assembly movable from a first configuration to a second configuration, wherein in the first configuration, the lock rocker is disengaged from the outer gear of the drive mechanism and in the second configuration, the lock rocker is engaged with the outer gear of the drive mechanism, the locking mechanism having a proximally facing stop member configured to abut the handle assembly to prevent coupling of the handle assembly to the surgical device adapter assembly when the lock rocker of the retraction assembly is in the said second configuration. a housing; a drive mechanism disposed within the housing and couplable to a handle assembly (1 00) of said surgical device and to at least one motor of said surgical device and couplable to an end effector of said surgical device via a drive shaft, and a drive coupling assembly comprising an outer gear coupled to the drive shaft and a retraction assembly for manually reversing the drive mechanism by rotating the outer gear, the retraction assembly has a locking mechanism (282, 784, 785) comprising a lock rocker pivotally coupled within the drive coupling assembly movable from a first configuration to a second configuration, wherein in the first configuration, the lock rocker is disengaged from the outer gear of the drive mechanism and in the second configuration, the lock rocker is engaged with the outer gear of the drive mechanism, the locking mechanism having a proximally facing stop member configured to abut the handle assembly to prevent coupling of the handle assembly to the surgical device adapter assembly when the lock rocker of the retraction assembly is in the said second configuration.