mhurhangee/ep-ind-claims huggingface dataset:
A fuel injection device for a combustor of a gas turbine, the fuel injection device comprising: a pilot fuel injector disposed at a radially center position; a main fuel injector having an annular shape and disposed so as to encircle an outer periphery of the pilot fuel injector; a fuel injection portion configured to inject a fuel into a combustion chamber; a fuel supply unit configured to supply a fuel to the fuel injection portion; a fuel introduction portion secured to a combustor housing that has the combustion chamber therein and configured to introduce a fuel into the fuel supply unit; and an injector housing that is supported by the fuel introduction portion and covers front portions of the pilot fuel injector and the main fuel injector, and wherein the fuel supply unit has a base supported by the fuel introduction portion, wherein the fuel supply unit has an annular main body including therein an annular fuel supply passage and characterized in that said fuel supply unit is supported by the injector housing via a support pin so as to be radially movable relative to the injector housing. a pilot fuel injector disposed at a radially center position; a main fuel injector having an annular shape and disposed so as to encircle an outer periphery of the pilot fuel injector; a fuel injection portion configured to inject a fuel into a combustion chamber; a fuel supply unit configured to supply a fuel to the fuel injection portion; a fuel introduction portion secured to a combustor housing that has the combustion chamber therein and configured to introduce a fuel into the fuel supply unit; and an injector housing that is supported by the fuel introduction portion and covers front portions of the pilot fuel injector and the main fuel injector, and wherein the fuel supply unit has a base supported by the fuel introduction portion, wherein the fuel supply unit has an annular main body including therein an annular fuel supply passage and characterized in that said fuel supply unit is supported by the injector housing via a support pin so as to be radially movable relative to the injector housing.
A client/server method comprising: initializing a process attachable virtual machine (61, 62, 112, 122) for a user.session, wherein initializing includes starting the user.session by allocating a memory area out of shared memory, creating the virtual machine (61, 62, 112, 122), and storing the virtual machine (61, 62, 112, 122) and a user context in the memory area; receiving a request corresponding to the user session; and binding the virtual machine (61, 62, 112, 122) to a work process (52, 54, 56, 150, 160) to process the request, wherein a state of the virtual machine (61; 62, 112, 122) is unpersisted; detaching the virtual machine (61, 62, 112, 122) from the work process (52, 54, 56, 150, 160) after processing the request, wherein the state of the virtual machine (61, 62, 112, 122) is persisted. initializing a process attachable virtual machine (61, 62, 112, 122) for a user.session, wherein initializing includes starting the user.session by allocating a memory area out of shared memory, creating the virtual machine (61, 62, 112, 122), and storing the virtual machine (61, 62, 112, 122) and a user context in the memory area; receiving a request corresponding to the user session; and binding the virtual machine (61, 62, 112, 122) to a work process (52, 54, 56, 150, 160) to process the request, wherein a state of the virtual machine (61; 62, 112, 122) is unpersisted; detaching the virtual machine (61, 62, 112, 122) from the work process (52, 54, 56, 150, 160) after processing the request, wherein the state of the virtual machine (61, 62, 112, 122) is persisted.
Belt tensioner formed from a U-shaped base element with a bottom and two side walls (4, 5) and a U-shaped tension lever mounted on the side walls (4, 5) of the base element to be pivotable from an open position to a closed position of the belt tensioner with a handling tab and two side walls (8, 9) as well as a locking device, which can lock the tension lever in the closed position to the base element, characterised in that the locking device either has a latching lug moulded on the base element, into which, in the closed position of the belt tensioner, a locking edge of the tension lever can be latched when it is closed, wherein the locking edge for unlocking the tension lever is disengageable at the latching lug via a release lever moulded on the tension lever, or has a latching lug moulded on the tension lever, which, in the closed position of the belt tensioner, can be latched into a locking edge of the base element when the belt tensioner is closed, wherein the latching lug for unlocking the tension lever is disengageable at the locking edge via a release lever moulded on the tension lever, wherein the release lever is formed by a resilient tab in both cases, which is formed by a substantially U-shaped recess inserted in the handling tab of the tension lever.
A device for obtaining a uniform beam of electromagnetic radiation of arbitrary geometrical shape comprising an optical system whereby its optical system comprises a source of artificial light, a converging input lens situated opposite from said source, electromagnetic rays emitted by said light source, and an output lens or an output lens panel receiving said rays and constituting a set of many output lenses (45, 48 or 52), preferably plano-cylindrical ones, while the light source is mounted in housing, characterized in that the housing is provided with side guides with arms mounted slidably on said guides on mandrels and lower ends of said arms connected rigidly with the converging input lens, while the housing is connected detachably with body of the planetary system connected, also detachably, with replaceable segment lower end of which is equipped with output lens or output lens panel so that together they can move rotationally with respect to the housing of the device.
A method of wireless communication using a preamble punctured Physical Layer Convergence Protocol, in the following also referred to as PLCP, Protocol Data Unit, in the following also referred to as PPDU, the method comprising: puncturing a 20 MHz channel of a 160 MHz channel; encoding an indication of the punctured 20 MHz channel in a fixed-length SIG field; and transmitting the fixed-length SIG field in a preamble punctured PPDU on both a primary channel and a secondary channel of the 160 MHz channel, characterized in that when a frame of either an S-MPDU, Single MAC Protocol Data Unit, or A-MPDU, Aggregate MAC Protocol Data Unit, addressed to a single STA in the Extremely High Throughput, EHT, Preamble Punctured PPDU solicits an ACK frame, the ACK response for the frame is sent on the same RU, and/or the same frequency segment on which the S-MPDU or A-MPDU is transmitted. puncturing a 20 MHz channel of a 160 MHz channel; encoding an indication of the punctured 20 MHz channel in a fixed-length SIG field; and transmitting the fixed-length SIG field in a preamble punctured PPDU on both a primary channel and a secondary channel of the 160 MHz channel, characterized in that when a frame of either an S-MPDU, Single MAC Protocol Data Unit, or A-MPDU, Aggregate MAC Protocol Data Unit, addressed to a single STA in the Extremely High Throughput, EHT, Preamble Punctured PPDU solicits an ACK frame, the ACK response for the frame is sent on the same RU, and/or the same frequency segment on which the S-MPDU or A-MPDU is transmitted.
A communication method for a Local IP Access (LIPA) or Selected IP Traffic Offload (SIPTO) architecture, characterized in that the method comprises: a mobility management entity paging a user equipment, in a case where the MME decides that it is necessary to re-select a gateway apparatus; the user equipment transmitting a service request signal to the MME; the MME sending a deactivate bearer request to an eNodeB for requesting the re-setection; the eNodeB transmitting a radio resource control connection reconfiguration to the user equipment on receipt of the deactivate bearer request; the user equipment transmitting a notification of completion of the RRC connection reconfiguration to theeNodeB; the eNodeB transmitting a deactivate bearer response to the MME on receipt of the notification; the user equipment initiating a UE requested packet data network connectivity procedure; and a packet data network gateway apparatus being re-selected in the UE requested PDN connectivity procedure. a mobility management entity paging a user equipment, in a case where the MME decides that it is necessary to re-select a gateway apparatus; the user equipment transmitting a service request signal to the MME; the MME sending a deactivate bearer request to an eNodeB for requesting the re-setection; the eNodeB transmitting a radio resource control connection reconfiguration to the user equipment on receipt of the deactivate bearer request; the user equipment transmitting a notification of completion of the RRC connection reconfiguration to theeNodeB; the eNodeB transmitting a deactivate bearer response to the MME on receipt of the notification; the user equipment initiating a UE requested packet data network connectivity procedure; and a packet data network gateway apparatus being re-selected in the UE requested PDN connectivity procedure.
A component assembly, comprising a first component having an open end flange, and a second component having a respective open end flange, and a clamp for connecting the open end flanges (52a, 56a) to each other, wherein said clamp comprises a web extending between a first end and a second end, each end (102, 104) being provided with a connecting device (112, 114) for connecting said web ends (102, 104) to each other so that the clamp encloses the open end flanges (52a, 52b), said clamp further comprising an alignment structure being configured to fit with corresponding engagement structures (62, 66) provided at the first open end flange and the second open end flange for circumferentially positioning the clamp relative to the open end flanges (52a, 52b), and wherein one open end flange comprises at least one engagement structure, while the other open end flange comprises two or more engagement structures, such that the open end flanges (52a, 56a) can be circumferentially positioned in different fixed positions in respect to each other.
A method of producing carbon wire 1, comprising the steps of: preparing an assembly portion 3 formed of a plurality of carbon filaments in contact with one another; and exposing a surface of said assembly portion 3 to liquid gallium 9 to provide a graphite layer 4 on the surface of said assembly portion 3. preparing an assembly portion 3 formed of a plurality of carbon filaments in contact with one another; and exposing a surface of said assembly portion 3 to liquid gallium 9 to provide a graphite layer 4 on the surface of said assembly portion 3.
A method of operating a component (2001, 2001a, 2001b) of an Operation And Maintenance, OAM, system, the method comprising: receiving (S1-1) an activation request configuring Minimization of Drive Test, MDT, measurements for a plurality of User Equipments, UEs, the activation request comprising a job type parameter signalling the PM measurement request, and requesting a Performance Measurement, PM, report; activating (S1-2) the MDT measurements for the UEs; receiving (S1-3) the MDT measurements from the UEs; aggregating (S1-4) the received MDT measurements into PM measurements to obtain the requested PM measurement report to be reported to an OAM Network Manager, NM,; and reporting (S1-5) the PM measurement report, wherein the PM measurement and the PM measurement report comply with at least one of 3 rd Generation Partnership Project Technical Specification, 3GPP TS, 32.425 for E-UTRAN PM measurements, 32.405 for UTRAN measurements and 32.401 for requirements for PM measurements. receiving (S1-1) an activation request configuring Minimization of Drive Test, MDT, measurements for a plurality of User Equipments, UEs, the activation request comprising a job type parameter signalling the PM measurement request, and requesting a Performance Measurement, PM, report; activating (S1-2) the MDT measurements for the UEs; receiving (S1-3) the MDT measurements from the UEs; aggregating (S1-4) the received MDT measurements into PM measurements to obtain the requested PM measurement report to be reported to an OAM Network Manager, NM,; and reporting (S1-5) the PM measurement report,
A pneumatic tire with noise damper comprising: a pneumatic tire and a noise damper made of a sponge material and attached onto an inner surface of a tread portion of the pneumatic tire so as to extend in the tire circumferential direction, wherein the noise damper comprises a band-shaped base portion having a radially outer surface adhered to the inner surface of the tread portion, and a plurality of protruding portions protruding from the radially inner surface of the base portion, the protruding portions form ribs extending continuously from one edge to the other edge of the base portion in the widthwise direction, and arranged at intervals in the tire circumferential direction, in a cross section of the tire parallel with the tire equatorial plane, the radially inner surface of the base portion includes arc surface portions concentric with the inner surface of the tread portion, and the radially inner surface of each of the protruding portions includes a flat surface portion facing the tire axis (rotation axis), characterized in that the distance (Go) in the tire circumferential direction between the protruding portions adjacent in the tire circumferential direction is 20 to 80 mm at the radially outer ends of the protruding portions, and the width (w) in the tire circumferential direction of each protruding portion measured at the radially outer end is in a range from 0.8 to 1.2 times the distance (Go) between adjacent protruding portions. a pneumatic tire and a noise damper made of a sponge material and attached onto an inner surface of a tread portion of the pneumatic tire so as to extend in the tire circumferential direction, wherein the noise damper comprises a band-shaped base portion having a radially outer surface adhered to the inner surface of the tread portion, and a plurality of protruding portions protruding from the radially inner surface of the base portion, the protruding portions form ribs extending continuously from one edge to the other edge of the base portion in the widthwise direction, and arranged at intervals in the tire circumferential direction, in a cross section of the tire parallel with the tire equatorial plane, the radially inner surface of the base portion includes arc surface portions concentric with the inner surface of the tread portion, and the radially inner surface of each of the protruding portions includes a flat surface portion facing the tire axis (rotation axis), characterized in that the distance (Go) in the tire circumferential direction between the protruding portions adjacent in the tire circumferential direction is 20 to 80 mm at the radially outer ends of the protruding portions, and the width (w) in the tire circumferential direction of each protruding portion measured at the radially outer end is in a range from 0.8 to 1.2 times the distance (Go) between adjacent protruding portions.
A light mirror comprising: a handle having a longitudinal axis; a mirror attached to the handle and arranged at an angle from the longitudinal axis; and a light source inside the handle; a battery pack, wherein the light mirror is untethered and portable; a light waveguide adjacent to the light source; the light waveguide comprising a reflector reflecting substantially all of the light from the light waveguide and a light exit surface, the light waveguide further comprising a first end adjacent to the light source, and a second end comprising the reflector, the reflector being flat and angled with respect to the longitudinal axis and adapted to illuminate a patient in a direction aimed by a clinician; wherein the light mirror is characterized by an airflow annulus between the light source and the handle; and a fan configured to direct air through the airflow annulus such that the mirror is defogged. a handle having a longitudinal axis; a mirror attached to the handle and arranged at an angle from the longitudinal axis; and a light source inside the handle; a battery pack, wherein the light mirror is untethered and portable; a light waveguide adjacent to the light source; the light waveguide comprising a reflector reflecting substantially all of the light from the light waveguide and a light exit surface, the light waveguide further comprising a first end adjacent to the light source, and a second end comprising the reflector, the reflector being flat and angled with respect to the longitudinal axis and adapted to illuminate a patient in a direction aimed by a clinician; wherein the light mirror is characterized by an airflow annulus between the light source and the handle; and a fan configured to direct air through the airflow annulus such that the mirror is defogged.
A device for cleaning or precision machining of workpieces, comprising a housing, whereon a port for connecting with a handling device is provided, comprising a drive motor for driving at least two rollers (18, 20, 22) for treating a workpiece, wherein the rollers (18, 20, 22) each comprise a cover (19, 21, 23), are coupled to a suction device (25, 26) and are adjustable with respect to each other, wherein a central roller at its both ends is supported by means of rotary bearings (55, 60) on carriers (54, 66), characterized in that the rollers (18, 20, 22) are driven by a common drive, in that at each side of the central roller a further roller (18, 22) is coupled by means of a central joint (56, 64), and in that the outer rollers (18, 22) at their outer ends are each held on wings (42, 48), which at their other ends each can be adjusted by means of a pinion gear (45, 46, 51, 52).
A method for pulsed neutron well logging, comprising: disposing a pulsed neutron well logging instrument having a pulsed neutron generator and at least one radiation detector axially spaced apart therefrom into a wellbore, the pulsed neutron generator having an ionizer including an electron emitting cathode and a grid, the cathode and grid disposed in a sealed chamber and operating the pulsed neutron generator to produce neutrons to irradiate formations adjacent to the wellbore, characterised in that in any combination a cathode electron emission rate, a distance (d) between the cathode and the grid and a potential applied to the grid are selected such that the ioniser operates at most about one-half a space charge limited current for a grid current selected to provide a predetermined amount of neutron production. disposing a pulsed neutron well logging instrument having a pulsed neutron generator and at least one radiation detector axially spaced apart therefrom into a wellbore, the pulsed neutron generator having an ionizer including an electron emitting cathode and a grid, the cathode and grid disposed in a sealed chamber and operating the pulsed neutron generator to produce neutrons to irradiate formations adjacent to the wellbore, characterised in that in any combination a cathode electron emission rate, a distance (d) between the cathode and the grid and a potential applied to the grid are selected such that the ioniser operates at most about one-half a space charge limited current for a grid current selected to provide a predetermined amount of neutron production.
Laundry treatment appliance, comprising a user interface, said user interface comprising an assembly, said assembly comprising at least one fixed element (68, 72, 80), at least one rotary element (76, 88), and a display, whereby said at least one rotary element (76, 88) is built as user interface element, whereby said display is arranged inside said user interface element, whereby said at least one said rotary element (76, 88) is axially constrained by at least one said fixed element (68, 72, 80), whereby said rotary elements comprise a rotary knob and a rotary encoder, characterized in that said fixed elements comprise a box and a display window, whereby said rotary encoder is axially constrained between said box and said display window in their respective mounted positions, and whereby said display window is engaged with said box by at least one connection element.
Care process for human keratin fibres, comprising the application, to said fibres, of a composition comprising, in a physiologically acceptable medium, at least: a) one or more compounds chosen from arginines and/or the organic or inorganic acid salts thereof; b) a compound or a mixture of compounds of formula below: in which R 1 = H or -CH 3; R 2 = H or -CH 3; R 3 = -CH 3, R 1 and R 2 not being simultaneously H, or else an extract of Centella asiatica comprising the compound or the mixture of compounds of formula. a) one or more compounds chosen from arginines and/or the organic or inorganic acid salts thereof; b) a compound or a mixture of compounds of formula below: in which R 1 = H or -CH 3; R 2 = H or -CH 3; R 3 = -CH 3, R 1 and R 2 not being simultaneously H, or else an extract of Centella asiatica comprising the compound or the mixture of compounds of formula.
A charge control device for controlling a charge power by a battery charger that charges the secondary battery module with a direct current provided from an AC/DC converter, the secondary battery module comprising a series connection of a plurality of unit cells or a plurality of cell groups each constituted with a plurality of unit cells, the device comprising a configuration wherein: each unit cell or each cell group is disposed with a constant voltage circuit that is connected to both ends of said each unit cell or said each cell group and constituted with a Zener diode and a resistor connected in series; and said each unit cell or said each cell group is disposed with a determination circuit that makes a determination as to whether or not said each unit cell or said each cell group is in a full charge state, the determination circuit comprising an operational amplifier that generates a pulse signal in correspondence to a potential difference between the potentials at the two sides of the resistor, an integrating circuit that integrates the pulse signal and outputs an integral signal, and a cell control integrated circuit that calculates a pulse signal duty ratio based upon the integral signal and determines that said each unit cell or said each cell group is in the full charge state when the duty ratio exceeds a predetermined ratio; and wherein the device further comprises a programmable controller programmed to control the charge power based upon the pulse signal duty ratio of the determination circuit. each unit cell or each cell group is disposed with a constant voltage circuit that is connected to both ends of said each unit cell or said each cell group and constituted with a Zener diode and a resistor connected in series; and said each unit cell or said each cell group is disposed with a determination circuit that makes a determination as to whether or not said each unit cell or said each cell group is in a full charge state, the determination circuit comprising an operational amplifier that generates a pulse signal in correspondence to a potential difference between the potentials at the two sides of the resistor, an integrating circuit that integrates the pulse signal and outputs an integral signal, and a cell control integrated circuit that calculates a pulse signal duty ratio based upon the integral signal and determines that said each unit cell or said each cell group is in the full charge state when the duty ratio exceeds a predetermined ratio; and wherein the device further comprises a programmable controller programmed to control the charge power based upon the pulse signal duty ratio of the determination circuit.