mhurhangee/ep-ind-claims huggingface dataset:
A method of transporting data packets over a telecommunications transport network between a Serving gateway, S-GW, or Packet Data Network gateway, PDN-GW, and a radio base station, wherein the data packets are carried by a plurality of non-Guaranteed Bitrate, non-GBR, bearers, the method comprising: at a network node configured to handle the data packets on a per-bearer basis, for each of the bearers, independently of the other bearers, applying bandwidth profiling to the data packets of the bearer, wherein data packets are designated as 'green' data packets or as 'yellow' data packets, 'green' data packets being conformant with a predetermined committed Information Rate for the bearer and 'yellow' data packets not being conformant with the committed Information Rate, and wherein the bandwidth profiling comprises buffering one or more data packets for up to a predetermined maximum 'green' buffer time, during which if transporting the data packet would not cause the committed Information Rate of the bearer to be exceeded, the data packet is designated as a 'green' data packet; and forwarding the data packets designated as 'green' data packets and the data packets designated as 'yellow data packets to an entry point of the transport network, where if there is insufficient bandwidth available in the transport network to transport all data packets, yellow' data packets are first to be discarded, so as not to be transported through the transport network. at a network node configured to handle the data packets on a per-bearer basis, for each of the bearers, independently of the other bearers, applying bandwidth profiling to the data packets of the bearer, wherein data packets are designated as 'green' data packets or as 'yellow' data packets, 'green' data packets being conformant with a predetermined committed Information Rate for the bearer and 'yellow' data packets not being conformant with the committed Information Rate, and wherein the bandwidth profiling comprises buffering one or more data packets for up to a predetermined maximum 'green' buffer time, during which if transporting the data packet would not cause the committed Information Rate of the bearer to be exceeded, the data packet is designated as a 'green' data packet; and forwarding the data packets designated as 'green' data packets and the data packets designated as 'yellow data packets to an entry point of the transport network, where if there is insufficient bandwidth available in the transport network to transport all data packets, yellow' data packets are first to be discarded, so as not to be transported through the transport network.
A testing apparatus capable of testing gas flowing in a duct, comprising: a housing; a sampling tube, extending out from the housing and adapted to be inserted into the duct, wherein the sampling tube has a gas entry channel and a gas exit channel isolated from each other, with a gas inlet of the gas entry channel and a gas outlet of the gas exit channel being disposed in a part of the sampling tube that leads into the duct the gas inlet and the gas outlet have gas through-flow areas of the same size; a sensor module, disposed in the housing and connected to the gas entry channel in such a way as to be in gas communication therewith, in order to test gas sampled from the gas entry channel; wherein the sensor module has an inlet and an outlet, and the sensor module is further provided with a fan, which leads a gas flow in through the inlet and out through the outlet, the apparatus being characterised in that said gas inlet of the gas entry channel and said gas outlet of the gas exit channel are at the same side of the sampling tube and in that a gas pressure due to gas flow in the duct at the gas inlet is substantially equal to a gas pressure due to gas flow in the duct at the gas outlet. a housing; a sampling tube, extending out from the housing and adapted to be inserted into the duct, wherein the sampling tube has a gas entry channel and a gas exit channel isolated from each other, with a gas inlet of the gas entry channel and a gas outlet of the gas exit channel being disposed in a part of the sampling tube that leads into the duct the gas inlet and the gas outlet have gas through-flow areas of the same size; a sensor module, disposed in the housing and connected to the gas entry channel in such a way as to be in gas communication therewith, in order to test gas sampled from the gas entry channel; wherein the sensor module has an inlet and an outlet, and the sensor module is further provided with a fan, which leads a gas flow in through the inlet and out through the outlet, the apparatus being characterised in that said gas inlet of the gas entry channel and said gas outlet of the gas exit channel are at the same side of the sampling tube and in that a gas pressure due to gas flow in the duct at the gas inlet is substantially equal to a gas pressure due to gas flow in the duct at the gas outlet.
A knob assembly, comprising: a knob ring which is arrangeable on an outer side of a front panel, and is rotatably operated by a user; a support frame having a support frame through hole which is fastenable to an inner side of the front panel; an actuating member which is coupled to the knob ring to rotate with the knob ring integrally and is rotatable with respect to the support frame; and a fixed frame which is fastened to the support frame; wherein the support frame through hole forms a guide surface, the actuating member is coupled to the support frame through hole so that an outer circumferential surface of the actuating member is rotatably supported by the guide surface, and the fixed frame extends across the support frame through hole to support a rear surface of the actuating member being coupled to the support frame through hole to prevent the actuating member from being pushed and entered into the inside of the front panel, and wherein the actuating member comprises: a circular plate portion which is supported by the fixed frame, and an extension portion which protrudes from the circular plate portion to the outsi de, characterized in that the fixed frame provides a rotatable area for defining a rotation range of the extension portion. a knob ring which is arrangeable on an outer side of a front panel, and is rotatably operated by a user; a support frame having a support frame through hole which is fastenable to an inner side of the front panel; an actuating member which is coupled to the knob ring to rotate with the knob ring integrally and is rotatable with respect to the support frame; and a fixed frame which is fastened to the support frame; wherein the support frame through hole forms a guide surface, the actuating member is coupled to the support frame through hole so that an outer circumferential surface of the actuating member is rotatably supported by the guide surface, and the fixed frame extends across the support frame through hole to support a rear surface of the actuating member being coupled to the support frame through hole to prevent the actuating member from being pushed and entered into the inside of the front panel, and wherein the actuating member comprises: a circular plate portion which is supported by the fixed frame, and an extension portion which protrudes from the circular plate portion to the outsi de, characterized in that the fixed frame provides a rotatable area for defining a rotation range of the extension portion. a circular plate portion which is supported by the fixed frame, and an extension portion which protrudes from the circular plate portion to the outsi de, characterized in that the fixed frame provides a rotatable area for defining a rotation range of the extension portion.
Method for producing longitudinally and transversely sealed, filled film bags from non-shape-retaining film sheets, wherein c1) at least one product is placed on the film sheet, d1) in a first sealing step, at least one first sealing seam is produced in each case by placing two regions (100a, 100b) of the film sheet against one another and sealing them, and e) in a second sealing step, in each case at least one second sealing seam, which runs transversely with respect to the first sealing seam, is produced, f) so that at least one filled and circumferentially tightly sealed film bag is produced, characterized in that a1) the film sheets are individual, finite, non-shape-retaining film sheets, a2) at least one non-shape-retaining film sheet is placed in a precise position on one of a plurality of transport slides, which can be moved independently of one another at least in a transport direction, of a transport device, b) the film sheet is held firmly on the transport slide, c2) the product is placed on the film sheet in the region of the transport slide, g) the film sheet for carrying out the processing steps being transported by means of the transport slide in the transport direction successively to processing stations at which the above-mentioned processing steps are carried out. (1 st bag form = tubular bag) c1) at least one product is placed on the film sheet, d1) in a first sealing step, at least one first sealing seam is produced in each case by placing two regions (100a, 100b) of the film sheet against one another and sealing them, and e) in a second sealing step, in each case at least one second sealing seam, which runs transversely with respect to the first sealing seam, is produced, f) so that at least one filled and circumferentially tightly sealed film bag is produced, a1) the film sheets are individual, finite, non-shape-retaining film sheets, a2) at least one non-shape-retaining film sheet is placed in a precise position on one of a plurality of transport slides, which can be moved independently of one another at least in a transport direction, of a transport device, b) the film sheet is held firmly on the transport slide, c2) the product is placed on the film sheet in the region of the transport slide, g) the film sheet for carrying out the processing steps being transported by means of the transport slide in the transport direction successively to processing stations at which the above-mentioned processing steps are carried out.
An anvil buttress retention system to releasably secure an anvil buttress material to an anvil prior to stapling comprising: an anvil, characterised by a distally raised region formed on an undersurface of the anvil and including proximally extending fingers or projections (50, 52); and an anvil buttress material releasably secured via the proximally extending fingers or projections (50, 52) to the distal end of the anvil wherein cut outs (62, 64) are provided in a distal end of the buttress material for engagement with the proximally extending fingers or projections (50, 52). an anvil, characterised by a distally raised region formed on an undersurface of the anvil and including proximally extending fingers or projections (50, 52); and an anvil buttress material releasably secured via the proximally extending fingers or projections (50, 52) to the distal end of the anvil wherein cut outs (62, 64) are provided in a distal end of the buttress material for engagement with the proximally extending fingers or projections (50, 52).
A clamping device, suitable for clamping and holding an electrode of an arc furnace, the clamping device including at least one force-generating means that exerts a radial or near radial directed force towards the electrode, wherein a reactive force directed away from the electrode is taken up and distributed around the electrode by means of a flexible circumferential tensioning member; wherein the tensioning member is in the form of at least one elongate tension element configured in use to extend at least partially about a periphery of the electrode of the arc furnace in order for the tension element to define a flexible, tensionable loop about the electrode that is adapted to exert a clamping force on the electrode when tensioned; wherein the force generating means includes at least one biasing means having a first end and a second end, wherein a first end of the biasing means is in use located adjacent the electrode, and wherein the second end is located radially or near radial outwardly of the first end; wherein the end zones of the tensioning member are secured relative to the second end of the biasing means in order for displacement of the second end of the biasing means to result in tensioning of the tensioning member, and wherein end zones of the tensioning member are angularly offset relative to a longitudinal axis of the biasing means.
A skin treatment appliance (50, 54, 58) with changeable workpieces, comprising: an appliance body (22, 72); an appliance body interface assembly for receiving separate removable workpieces (24, 48, 52, 56, 74, 200); a signal generator with electrical connections to the appliance body interface, wherein the signal generator, controlled by a microprocessor, generates signals which are adapted to control and operate the workpiece attached to the signal generator, wherein the signal generator, in operation, is configured to generate a plurality of signals which have different frequencies and polarities and sweep over a frequency range from 1 kHz to 2 GHz, and to apply the signals to the workpiece for determining the impedance of the workpiece; and at least two workpieces (24, 48, 52, 56, 74, 200), each workpiece adapted to treat a different selected spot skin irregularity, wherein each workpiece has a known impedance which is stored in a memory portion of a sensing module or the microprocessor, wherein the microprocessor is adapted to identify an attached workpiece by its impedance, and wherein each of the workpieces has an interface assembly for mechanically and electrically connecting to the appliance body interface; wherein the microprocessor and signal generator are adapted to provide a correct operating signal for the identified workpiece. an appliance body (22, 72); an appliance body interface assembly for receiving separate removable workpieces (24, 48, 52, 56, 74, 200); a signal generator with electrical connections to the appliance body interface, wherein the signal generator, controlled by a microprocessor, generates signals which are adapted to control and operate the workpiece attached to the signal generator, wherein the signal generator, in operation, is configured to generate a plurality of signals which have different frequencies and polarities and sweep over a frequency range from 1 kHz to 2 GHz, and to apply the signals to the workpiece for determining the impedance of the workpiece; and at least two workpieces (24, 48, 52, 56, 74, 200), each workpiece adapted to treat a different selected spot skin irregularity, wherein each workpiece has a known impedance which is stored in a memory portion of a sensing module or the microprocessor, wherein the microprocessor is adapted to identify an attached workpiece by its impedance, and wherein each of the workpieces has an interface assembly for mechanically and electrically connecting to the appliance body interface; wherein the microprocessor and signal generator are adapted to provide a correct operating signal for the identified workpiece.
Blower for an extractor hood apparatus comprising a fan impeller, a motor and a housing, wherein the fan impeller has blades on its external periphery which extend parallel to the axis of the fan impeller, the housing has a spiral shape and at least one air inlet opening is provided in at least one axial side of the housing and an air outlet is provided on the radial periphery of the housing, wherein the housing has a lower height (HGa) in a region which is offset radially outward with respect to the air inlet opening than on the air inlet opening, characterised in that the reduction in the height is generated by a rebound on the axial side of the housing, which forms the top side and in which the air inlet opening lies, and extends over the entire periphery of the air inlet opening, and the further axial side, which forms the lower side of the housing, that the rebound is rounded at least in the inside of the housing, that the region with a lower height (HGa) lies radially outside of the fan impeller and begins at the radial outer end of the blades and that the rebound on the top side is larger than the rebound on the lower side.
A combustor mounting structure (400; 500; 600; 700; 800; 900; 1000; 1100; 1200) for a gas turbine engine, the combustor mounting structure comprising: a shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) defining an outer ring arranged at an outer radius relative to a central axis; a combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208) defining an inner ring arranged at an inner radius that is less than the outer radius relative to the central axis; and a plurality of struts (328; 406; 506; 606; 706; 806; 906; 1006; 1106; 1206) extending radially between and connecting the shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) to the combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208), wherein one or more flow apertures are defined between the shell portion and the combustor connection element in a radial direction and between adjacent struts of the plurality of struts in a circumferential direction; characterised in that: each strut of the plurality of struts (906; 1006) extends radially inward from the shell portion (902; 1002) and includes at least one convolution proximate the shell portion and then extends in the radially outward direction and in the axially forward direction and then to the combustor connection element. a shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) defining an outer ring arranged at an outer radius relative to a central axis; a combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208) defining an inner ring arranged at an inner radius that is less than the outer radius relative to the central axis; and a plurality of struts (328; 406; 506; 606; 706; 806; 906; 1006; 1106; 1206) extending radially between and connecting the shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) to the combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208), wherein one or more flow apertures are defined between the shell portion and the combustor connection element in a radial direction and between adjacent struts of the plurality of struts in a circumferential direction;
An elevator car layout information editing system comprising: a display device including: a display unit configured to display information; a display information storage unit configured to store at least one piece of car layout information showing planar layout of a plurality of elevator cars in a transverse section of a building as display information to be displayed by the display unit; and a display controlling unit configured to display the car layout information stored in the display information storage unit by the display unit, and as well carrying out an editing process of the car layout information displayed by the display unit according to an edition instructing signal to instruct the editing process of the car layout information, and an editing operation device including: an editing operation inputting unit configured to receive an editing operation for the car layout information displayed by the display unit; and an input controlling unit configured to generate the edition instructing signal to instruct the editing process corresponding to the editing operation received by the editing operation inputting unit, and sending the edition instructing signal generated to the display controlling unit of the display device. a display unit configured to display information; a display information storage unit configured to store at least one piece of car layout information showing planar layout of a plurality of elevator cars in a transverse section of a building as display information to be displayed by the display unit; and a display controlling unit configured to display the car layout information stored in the display information storage unit by the display unit, and as well carrying out an editing process of the car layout information displayed by the display unit according to an edition instructing signal to instruct the editing process of the car layout information, and an editing operation device including: an editing operation inputting unit configured to receive an editing operation for the car layout information displayed by the display unit; and an input controlling unit configured to generate the edition instructing signal to instruct the editing process corresponding to the editing operation received by the editing operation inputting unit, and sending the edition instructing signal generated to the display controlling unit of the display device. an editing operation inputting unit configured to receive an editing operation for the car layout information displayed by the display unit; and an input controlling unit configured to generate the edition instructing signal to instruct the editing process corresponding to the editing operation received by the editing operation inputting unit, and sending the edition instructing signal generated to the display controlling unit of the display device.