mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a high speed flywheel mounted on a shaft; a housing for housing the flywheel; a first carrier; a bearing arrangement; and a sealing arrangement, including two seals and a cavity defined in part between the seals, which cavity extends circumferentially around the shaft and wherein the cavity is at least partially filled with sealing fluid and the seals are configured to retain the sealing fluid within the cavity whereby the sealing arrangement is arranged to enable at least a partial vacuum to be maintained within the housing, wherein the bearing arrangement and the sealing arrangement are mounted on the first carrier; the shaft is mounted on the first carrier via the bearing arrangement; the sealing arrangement forms a seal against the shaft; and the first carrier is mounted on the housing; wherein the carrier, the sealing arrangement and the bearing arrangement are arranged to move substantially together, relative to the housing, in a radial direction and/or in a direction parallel to the axis of the shaft. a high speed flywheel mounted on a shaft; a housing for housing the flywheel; a first carrier; a bearing arrangement; and a sealing arrangement, including two seals and a cavity defined in part between the seals, which cavity extends circumferentially around the shaft and wherein the cavity is at least partially filled with sealing fluid and the seals are configured to retain the sealing fluid within the cavity whereby the sealing arrangement is arranged to enable at least a partial vacuum to be maintained within the housing, wherein the bearing arrangement and the sealing arrangement are mounted on the first carrier; the shaft is mounted on the first carrier via the bearing arrangement; the sealing arrangement forms a seal against the shaft; and the first carrier is mounted on the housing; wherein the carrier, the sealing arrangement and the bearing arrangement are arranged to move substantially together, relative to the housing, in a radial direction and/or in a direction parallel to the axis of the shaft.
Method for generating a data stream encoded by means of a Variable Length Coding scheme, said method comprising: encoding code words for a data stream including a plurality of code words in accordance with a Variable Length Coding scheme, inserting a separation marker between encoded code words in the data stream, wherein said inserting of a separation marker is performed by inserting at least 16 consecutive binary ones or at least 16 consecutive binary zeros after a specific code word, and inserting a known code before the separation marker, wherein inserting the known code includes inserting eight consecutive binary zeros in case of the separation marker being a binary sequence of at least 16 consecutive binary ones and wherein inserting the known code includes inserting eight consecutive binary ones in case of the separation marker being a binary sequence of at least 16 consecutive binary zeros. encoding code words for a data stream including a plurality of code words in accordance with a Variable Length Coding scheme, inserting a separation marker between encoded code words in the data stream, wherein said inserting of a separation marker is performed by inserting at least 16 consecutive binary ones or at least 16 consecutive binary zeros after a specific code word, and inserting a known code before the separation marker, wherein inserting the known code includes inserting eight consecutive binary zeros in case of the separation marker being a binary sequence of at least 16 consecutive binary ones and wherein inserting the known code includes inserting eight consecutive binary ones in case of the separation marker being a binary sequence of at least 16 consecutive binary zeros.
Aggregate for use in the vacuum therapy of wounds comprised of a connecting device, a vacuum dressing and a wound support, in particular, having a foam material, on the wound-facing side of the vacuum dressing, wherein the connecting device is formed with a suction tube to which a vacuum can be applied and a two-dimensional vacuum-tight and flexible support means for the suction tube, on which the suction tube is held in a vacuum-tight manner, wherein the support means can be applied in an essentially vacuum-tight manner to the vacuum dressing that overlaps the wound and seals it with respect to the atmosphere, so that the suction tube can communicate with the wound space through at least one opening in the support means and in the vacuum dressing, wherein the suction tube is constituted to be flexible and flat and is, in its intended use, non-detachably and two-dimensionally connected to the support means in a wound-side longitudinal section with at least 70 % of its surface projected perpendicularly onto the support means, wherein the support means and the suction tube are mutually parallel with their main planes resulting from their flat shape, and wherein the thickness of the assembly comprising the suction tube and support means is no more than 7 mm, characterized in that a fluid feed tube for conveying a fluid medium to the wound space, which is located in the same plane as the suction tube and which extends to the support means is provided, whose thickness is no greater than the thickness of the suction tube, and that the fluid feed tube extends sealingly through an opening in the support means and protrudes beyond the wound-facing side of the support means and which can project through the opening in the vacuum dressing into the wound space or into a wound support provided there and that for that purpose the wound support has a through-hole that extends in the direction of the wound depth, and that the through-hole in the wound support is delimited by an insert sleeve into which the fluid feed tube can be inserted with its section protruding from the wound-facing side of the support means.
A fat blend wherein the combination of phytosterolester, liquid oil and hardstock in the fat fraction consist of: - 10-50% of a phytosterol ester comprising at least 65% phytosterol oleate, - 0-20% hardstock, - liquid oil up to 100%, wherein the amount of saturated fatty acids in the fat fraction is between 0 to 20 % of the total fatty acid content, and wherein the fat blend comprises solid fat at 20°C. - 10-50% of a phytosterol ester comprising at least 65% phytosterol oleate, - 0-20% hardstock, - liquid oil up to 100%,
A working vehicle, comprising: a left brake mechanism which is configured to brake a left vehicle wheel; a right brake mechanism which is configured to brake a right vehicle wheel; a left brake pedal which is configured to operate in response to stepping manipulation, and via a left brake rod allow the left brake mechanism to work; a right brake pedal which is configured to operate in response to stepping manipulation, and via a right brake rod allow the right brake mechanism to work, characterized in that the working vehicle comprises a brake lever which is configured to operate in response to manual manipulation, via the left brake rod allow the left brake mechanism to work, and via the right brake rod allow the right brake mechanism to work, wherein when the brake lever operates in response to the manual manipulation, the left brake pedal and the right brake pedal do not interlock, so that resting states of the left brake pedal and the right brake pedal are kept. a left brake mechanism which is configured to brake a left vehicle wheel; a right brake mechanism which is configured to brake a right vehicle wheel; a left brake pedal which is configured to operate in response to stepping manipulation, and via a left brake rod allow the left brake mechanism to work; a right brake pedal which is configured to operate in response to stepping manipulation, and via a right brake rod allow the right brake mechanism to work, characterized in that the working vehicle comprises a brake lever which is configured to operate in response to manual manipulation, via the left brake rod allow the left brake mechanism to work, and via the right brake rod allow the right brake mechanism to work, wherein when the brake lever operates in response to the manual manipulation, the left brake pedal and the right brake pedal do not interlock, so that resting states of the left brake pedal and the right brake pedal are kept.
A method of configuring a secondary cell, SCell, implemented in a base station, eNB, in a mobile communication system, the method comprising: identifying a carrier aggregation, CA, operation mode based on condition of a primary cell, PCell, and the SCell; identifying (223, 243, 263) an amount of traffic for a user equipment, UE; determining (225, 245, 269) whether to add the SCell to the UE based on CA operation mode and the traffic amount for the UE; and transmitting an SCell addition request message to the UE according to the determination, wherein the condition of the PCell and the SCell comprises coverages of the PCell and the SCell and eletric fields of the PCell and the SCell. identifying a carrier aggregation, CA, operation mode based on condition of a primary cell, PCell, and the SCell; identifying (223, 243, 263) an amount of traffic for a user equipment, UE; determining (225, 245, 269) whether to add the SCell to the UE based on CA operation mode and the traffic amount for the UE; and transmitting an SCell addition request message to the UE according to the determination, wherein the condition of the PCell and the SCell comprises coverages of the PCell and the SCell and eletric fields of the PCell and the SCell.
An Internet protocol, IP, address distribution system comprising: a network formed by a switch apparatus; and an IP address distribution apparatus connected to the network, wherein, when receiving a signal including a distribution IP address, which is an IP address to be distributed to an apparatus (3, 4) that requests the IP address by the IP address distribution apparatus, the switch apparatus rewrites one part of or the entire of the distribution IP address included in the received signal to a value corresponding to a port that relays the signal and the switch apparatus transmits the rewritten distribution IP address toward the requesting apparatus. a network formed by a switch apparatus; and an IP address distribution apparatus connected to the network, wherein, when receiving a signal including a distribution IP address, which is an IP address to be distributed to an apparatus (3, 4) that requests the IP address by the IP address distribution apparatus, the switch apparatus rewrites one part of or the entire of the distribution IP address included in the received signal to a value corresponding to a port that relays the signal and the switch apparatus transmits the rewritten distribution IP address toward the requesting apparatus.
An ice making apparatus comprising: a water tank storing water; upper and lower trays (140, 150) disposed under the water tank and in which ice is made; and a water supply unit having at least one fluid passage guide (186, 286, 386) therein and supplying the water to at least one of the upper and lower trays (140,150), characterized in that: two water dispensing units for supplying the water to the respective upper and lower trays (140, 150) are formed on a lower portion of the water tank, the water supply unit further comprises a water collecting unit disposed under the water tank, the water collecting unit being configured to collect the water discharged from the water dispensing unit and a water supply pipe (185, 285, 385) extending from a lower portion of the water collecting unit toward the upper and lower trays (140, 150), the water collecting unit is formed in a funnel shape, an extending end of water supply pipe is inclined toward the lower tray and is disposed close to the upper and lower trays (140, 150) while not interfering with the upper and lower trays (140, 150), and the fluid passage guides (186, 286, 386) are formed protruding from an inner surface of the water supply unit. a water tank storing water; upper and lower trays (140, 150) disposed under the water tank and in which ice is made; and a water supply unit having at least one fluid passage guide (186, 286, 386) therein and supplying the water to at least one of the upper and lower trays (140,150), characterized in that: two water dispensing units for supplying the water to the respective upper and lower trays (140, 150) are formed on a lower portion of the water tank, the water supply unit further comprises a water collecting unit disposed under the water tank, the water collecting unit being configured to collect the water discharged from the water dispensing unit and a water supply pipe (185, 285, 385) extending from a lower portion of the water collecting unit toward the upper and lower trays (140, 150), two water dispensing units for supplying the water to the respective upper and lower trays (140, 150) are formed on a lower portion of the water tank, the water supply unit further comprises a water collecting unit disposed under the water tank, the water collecting unit being configured to collect the water discharged from the water dispensing unit and a water supply pipe (185, 285, 385) extending from a lower portion of the water collecting unit toward the upper and lower trays (140, 150), the water collecting unit is formed in a funnel shape, an extending end of water supply pipe is inclined toward the lower tray and is disposed close to the upper and lower trays (140, 150) while not interfering with the upper and lower trays (140, 150), and the fluid passage guides (186, 286, 386) are formed protruding from an inner surface of the water supply unit.
An apparatus for nebulizing a liquid from a liquid supply (304, 66, 84) through a membrane (305, 45, 55, 64, 73, 82, 92, 102, 1107) comprising first and second surfaces and a plurality of apertures extending through the membrane (305, 45, 55, 64, 73, 82, 92, 102, 1107) from the first surface to the second surface, the apparatus comprising: a liquid supply receiving area for receiving the liquid supply (304, 66, 84); and a vibrator member (301, 41, 51, 74, 85, 93, 101, 1103), arranged to vibrate the membrane (305, 45, 55, 64, 73, 82, 92, 102, 1107) to eject liquid droplets from the second surface of the membrane (305, 45, 55, 64, 73, 82, 92, 102, 1107) on vibration; characterised by mechanical coupling means (43, 54, 63, 71, 72, 81, 91), arranged to provide a removable non-magnetic mechanical clamping force for clamping the membrane (305, 45, 55, 64, 73, 82, 92, 102, 1107) to the vibrator member (301, 41, 51, 74, 85, 93, 101, 1103). a liquid supply receiving area for receiving the liquid supply (304, 66, 84); and a vibrator member (301, 41, 51, 74, 85, 93, 101, 1103), arranged to vibrate the membrane (305, 45, 55, 64, 73, 82, 92, 102, 1107) to eject liquid droplets from the second surface of the membrane (305, 45, 55, 64, 73, 82, 92, 102, 1107) on vibration; characterised by mechanical coupling means (43, 54, 63, 71, 72, 81, 91), arranged to provide a removable non-magnetic mechanical clamping force for clamping the membrane (305, 45, 55, 64, 73, 82, 92, 102, 1107) to the vibrator member (301, 41, 51, 74, 85, 93, 101, 1103).
A cutting tool insert consisting of a substrate of cemented carbide, cermet, ceramics, steel or a superhard material such as cubic boron nitride and a coating with a total thickness of 5 to 40 μm, the coating consisting of one or more refractory layers of which at least one layer is an α-Al 2 O 3 layer having a thickness of 1 to 25 μm characterized in that the at least one α-Al 2 O 3 layer having a sulphur content of more than 100 ppm analysed by Secondary Ion Mass Spectroscopy (SIMS) and the at least one α-Al 2 O 3 layer having a texture coefficient TC (0 0 12) > 4 for the (0 0 12) growth direction, the TC (0 0 12) being defined as follows: TC 0012 = I 0012 I 0 0012 1 n ∑ n − 1 n I hkl I 0 hkl − 1 (hkl) = measured intensity of the (hkl) reflection I 0 (hkl) = standard intensity of the standard powder diffraction data according to JCPDF-card no. 42-1468 n = number of reflections used in the calculation, whereby the (hkl) reflections used are:,,,,, and (0 0 12). (hkl) = measured intensity of the (hkl) reflection I 0 (hkl) = standard intensity of the standard powder diffraction data according to JCPDF-card no. 42-1468 n = number of reflections used in the calculation, whereby the (hkl) reflections used are:,,,,, and (0 0 12).
A beverage foaming system comprising: a container assembly having an interior configured to receive a volume of liquid; a steam supply unit in communication with the interior of the container assembly; one or more valves (31, 32) configured to control a flow from the steam supply unit to the interior of the container assembly; a temperature sensor; and a control system operatively connected to a user interface, the one or more valves (31, 32), and the temperature sensor; wherein the control system is configured to receive a user selection including a type of foam and, in response to at least one signal from the temperature sensor, estimate a volume of fluid within the container assembly based upon the signal from the temperature sensor and control an amount of steam from the steam supply unit delivered to the interior of the container assembly based on the user selection including the type of foam and the estimated volume of fluid. a container assembly having an interior configured to receive a volume of liquid; a steam supply unit in communication with the interior of the container assembly; one or more valves (31, 32) configured to control a flow from the steam supply unit to the interior of the container assembly; a temperature sensor; and a control system operatively connected to a user interface, the one or more valves (31, 32), and the temperature sensor; wherein the control system is configured to receive a user selection including a type of foam and, in response to at least one signal from the temperature sensor, estimate a volume of fluid within the container assembly based upon the signal from the temperature sensor and control an amount of steam from the steam supply unit delivered to the interior of the container assembly based on the user selection including the type of foam and the estimated volume of fluid.
A computer implemented method for congestion control in a transport node of a communication network, the method comprising: - identifying and classifying, by a classification unit, received data packets flows between fixed bit rate data packets flows and variable bit rate data packets flows, said classification being performed upon the classification unit having checked a plurality of configuration parameters concerning the data packets flows; characterized in that the method further comprises: - sending the identified and classified fixed bit rate data packets flows to a pacer unit spacing the transmission of the fixed bit rate data packets flows towards an egress port of the transport node; and - sending the plurality of configuration parameters relating to the identified and classified variable bit rate data packets flows to a virtual queue unit, said virtual queue unit including a processor running an algorithm to activate one or more congestion correction procedures, wherein in case the result obtained by said algorithm being over, or equal, at least one threshold activating a corresponding congestion correction procedure. - identifying and classifying, by a classification unit, received data packets flows between fixed bit rate data packets flows and variable bit rate data packets flows, said classification being performed upon the classification unit having checked a plurality of configuration parameters concerning the data packets flows; characterized in that the method further comprises: - sending the identified and classified fixed bit rate data packets flows to a pacer unit spacing the transmission of the fixed bit rate data packets flows towards an egress port of the transport node; and - sending the plurality of configuration parameters relating to the identified and classified variable bit rate data packets flows to a virtual queue unit, said virtual queue unit including a processor running an algorithm to activate one or more congestion correction procedures, wherein in case the result obtained by said algorithm being over, or equal, at least one threshold activating a corresponding congestion correction procedure.
A magnetic bearing comprising: a rotor to be supported for rotation about an axis; and a stator extending from a first end to a second end and comprising: one or more first permanent magnets; and one or more second permanent magnets of polarity substantially opposite to a polarity of the one or more first permanent magnets, characterised in that the stator further comprises: at least three radial windings (40,42,44,46) for radially supporting the rotor; a first axial winding for axially supporting the rotor; a second axial winding for axially supporting the rotor; a first end pole; and a second end pole; in that the rotor comprises a metallic core (160, 28) carrying an axially laminated metallic jacket; and in that the first end pole and second end pole extend radially inboard of the axially laminated metallic jacket. a rotor to be supported for rotation about an axis; and a stator extending from a first end to a second end and comprising: one or more first permanent magnets; and one or more second permanent magnets of polarity substantially opposite to a polarity of the one or more first permanent magnets, one or more first permanent magnets; and one or more second permanent magnets of polarity substantially opposite to a polarity of the one or more first permanent magnets, characterised in that the stator further comprises: at least three radial windings (40,42,44,46) for radially supporting the rotor; a first axial winding for axially supporting the rotor; a second axial winding for axially supporting the rotor; a first end pole; and a second end pole; at least three radial windings (40,42,44,46) for radially supporting the rotor; a first axial winding for axially supporting the rotor; a second axial winding for axially supporting the rotor; a first end pole; and a second end pole; in that the rotor comprises a metallic core (160, 28) carrying an axially laminated metallic jacket; and in that the first end pole and second end pole extend radially inboard of the axially laminated metallic jacket.