mhurhangee/ep-ind-claims huggingface dataset:
A tubular running tool, comprising: a carrier configured to be suspended within a drilling rig, wherein the carrier is connected to a top drive within the drilling rig; and a gripping assembly rotationally connected to the carrier; the gripping assembly configured to move to a first engaged position with respect to the carrier such that the gripping assembly grips a first tubular at a first outer diameter thereof and transmits torque to the first tubular about an axis of the tubular running tool; and the gripping assembly configured to move to a second engaged position with respect to the carrier such that the gripping assembly grips a second tubular at a second outer diameter thereof substantially different from the first outer diameter and transmits torque to the second tubular about the axis of the tubular running tool, wherein the tool further comprises a rotational driver connected to the gripping assembly, the rotational driver configured to transmit torque to the first tubular and the second tubular through the gripping assembly. a carrier configured to be suspended within a drilling rig, wherein the carrier is connected to a top drive within the drilling rig; and a gripping assembly rotationally connected to the carrier; the gripping assembly configured to move to a first engaged position with respect to the carrier such that the gripping assembly grips a first tubular at a first outer diameter thereof and transmits torque to the first tubular about an axis of the tubular running tool; and the gripping assembly configured to move to a second engaged position with respect to the carrier such that the gripping assembly grips a second tubular at a second outer diameter thereof substantially different from the first outer diameter and transmits torque to the second tubular about the axis of the tubular running tool, wherein the tool further comprises a rotational driver connected to the gripping assembly, the rotational driver configured to transmit torque to the first tubular and the second tubular through the gripping assembly.
An airfoil comprising: pressure and suction side walls (186,188) extending in a chord-wise direction between leading and trailing edges (182,184), the pressure and suction side walls (186,188) extending in a radial direction to provide an exterior airfoil surface; a core cooling passage (190,194,196) arranged between the pressure and suction walls (186,188) in a thickness direction and extends radially toward a tip; an outer cooling passage arranged in one of the pressure and suction side walls (186,188) to form a hot side wall and a cold side wall, wherein the hot side wall defines a portion of the exterior airfoil surface, and the cold side wall defines a portion of the core cooling passage (190,194,196); and a cooling hole (210;1210) fluidly interconnecting the core and outer cooling passages (190,194,196,198), wherein the cold side wall has a first thickness, characterized in that: the cold side wall has a protrusion extending from the cold side wall beyond the first thickness to a second thickness, the cooling hole (210;1210) arranged at least partially in the protrusion, and the cooling hole (210; 1210) includes a diffuser (210b;218;318;418). pressure and suction side walls (186,188) extending in a chord-wise direction between leading and trailing edges (182,184), the pressure and suction side walls (186,188) extending in a radial direction to provide an exterior airfoil surface; a core cooling passage (190,194,196) arranged between the pressure and suction walls (186,188) in a thickness direction and extends radially toward a tip; an outer cooling passage arranged in one of the pressure and suction side walls (186,188) to form a hot side wall and a cold side wall, wherein the hot side wall defines a portion of the exterior airfoil surface, and the cold side wall defines a portion of the core cooling passage (190,194,196); and a cooling hole (210;1210) fluidly interconnecting the core and outer cooling passages (190,194,196,198), wherein the cold side wall has a first thickness,
Machine, in particular a machine tool, for the deep rolling of wheelset shafts for wheelsets of railway vehicles, with two prick punch points for picking up a wheelset shaft at each of its two ends, a device (20, 22) for driving the wheelset shaft, two pairs of deep rolling tools (14; 15; 23; 25; 24; 26) which can be moved in the directions x, y and z of the machine tool for machining the axle journal of the wheelset shaft, and with clamping and feed devices (28; 29; 30-33; 40) for the deep rolling tools, whereby the deep rolling tools (14; 15; 23; 25; 24; 26) consist of more than two pairs of work rollers, characterised in that the tools consist of twice three pairs of work rollers (14, 15; 23, 25; 24, 26), of which each pair is provided for the deep rolling of at least one individual longitudinal section (axle zone 1, 2, 3, or 4) of the wheelset shaft.
A container for beverage preparation, comprising a compartment containing ground coffee particles (1, 2) to be extracted, wherein the compartment is adapted to be traversed by a flow of water under pressure from an injection wall of the container towards a dispensing wall of the container for preparing a beverage from the coffee particles (1, 2), wherein the coffee particles (1, 2) comprise: a first group of first coffee particles having a first volume moment mean D[4,3], and a second group of second coffee particles having a second volume moment mean D[4,3] and being arranged downstream of the first group of first coffee particles, wherein the second group of second coffee particles is in direct contact with the dispensing wall, characterized in that the second volume moment mean is greater than the first volume moment mean. wherein the compartment is adapted to be traversed by a flow of water under pressure from an injection wall of the container towards a dispensing wall of the container for preparing a beverage from the coffee particles (1, 2), wherein the coffee particles (1, 2) comprise: a first group of first coffee particles having a first volume moment mean D[4,3], and a second group of second coffee particles having a second volume moment mean D[4,3] and being arranged downstream of the first group of first coffee particles, wherein the second group of second coffee particles is in direct contact with the dispensing wall, characterized in that the second volume moment mean is greater than the first volume moment mean. a first group of first coffee particles having a first volume moment mean D[4,3], and a second group of second coffee particles having a second volume moment mean D[4,3] and being arranged downstream of the first group of first coffee particles, wherein the second group of second coffee particles is in direct contact with the dispensing wall, characterized in that the second volume moment mean is greater than the first volume moment mean.
A storage device, comprising: first storage for storing a data; a controller to manage access to the data in the first storage; a second storage to store a first identifier and a second identifier, the first identifier for an event and the second identifier for a program; and a processor to receive the event and execute the program based at least in part on the second storage, wherein the processor is configured to execute the program on a computational storage unit based at least in part on the second storage, wherein the computational storage unit is connected to a host, the host storing the program, and wherein the computational storage unit is configured to receive the program from the host as a download based at least in part on the processor receiving the event. first storage for storing a data; a controller to manage access to the data in the first storage; a second storage to store a first identifier and a second identifier, the first identifier for an event and the second identifier for a program; and a processor to receive the event and execute the program based at least in part on the second storage, wherein the processor is configured to execute the program on a computational storage unit based at least in part on the second storage, wherein the computational storage unit is connected to a host, the host storing the program, and wherein the computational storage unit is configured to receive the program from the host as a download based at least in part on the processor receiving the event.
A method comprising: identifying one or more spatial signature attributes associated with wireless communication between a transmitter and each of a plurality of targets in a wireless communication system, assigning at least two of the plurality of targets having similar spatial signature attributes to a cluster, developing a cluster spatial signature using the spatial signature attributes of at least two of the plurality of targets of the cluster and developing weight values from the cluster spatial signature; and applying the weight values to a transmit signal to spatially direct the transmission towards the cluster; characterized in that the targets populating a cluster each share a wireless communication channel between the transmitter and the targets in order to simultaneously receive the same information on the wireless communication channel. identifying one or more spatial signature attributes associated with wireless communication between a transmitter and each of a plurality of targets in a wireless communication system, assigning at least two of the plurality of targets having similar spatial signature attributes to a cluster, developing a cluster spatial signature using the spatial signature attributes of at least two of the plurality of targets of the cluster and developing weight values from the cluster spatial signature; and applying the weight values to a transmit signal to spatially direct the transmission towards the cluster; characterized in that the targets populating a cluster each share a wireless communication channel between the transmitter and the targets in order to simultaneously receive the same information on the wireless communication channel.
A method of manufacturing printed laminated films, particularly for packaging, which comprises providing a machine comprising a frame that supports means of traction of at least one primary film along an advancement path and means of printing inks on said at least one primary film which are interposed along said advancement path, providing on said frame, in mutual succession, downstream of said printing means, along the advancement direction of said primary film, means of laminating a secondary film to said primary film with the interposition of an adhesive material and means of electron beam polymerization of said adhesive material, said electron beam polymerization means comprising at least one unit for emitting a beam of electrons, moving said primary film by said means of traction along said advancement path, printing inks on said primary film by said means of printing inks, laminating said secondary film to said primary film with the interposition of said adhesive material by said means of laminating, emitting said beam of electrons by said at least one unit and polymerizing both said inks and said adhesive material. providing a machine comprising a frame that supports means of traction of at least one primary film along an advancement path and means of printing inks on said at least one primary film which are interposed along said advancement path, providing on said frame, in mutual succession, downstream of said printing means, along the advancement direction of said primary film, means of laminating a secondary film to said primary film with the interposition of an adhesive material and means of electron beam polymerization of said adhesive material, said electron beam polymerization means comprising at least one unit for emitting a beam of electrons, moving said primary film by said means of traction along said advancement path, printing inks on said primary film by said means of printing inks, laminating said secondary film to said primary film with the interposition of said adhesive material by said means of laminating, emitting said beam of electrons by said at least one unit and polymerizing both said inks and said adhesive material.
An ESD protection system, comprising: an ESD leakage bus formed on a substrate; and an ESD protection circuit formed on the substrate and having a first wiring terminal and a second wiring terminal, wherein the first wiring terminal is connected to the ESD leakage bus, the ESD protection circuit comprises at least a pair of amorphous silicon thin film transistors (140, 150), the pair of amorphous silicon thin film transistors comprises a first amorphous silicon thin film transistor and a second amorphous silicon thin film transistor which are connected in a back-to-back manner, a first shading layer is provided over the channel of the first amorphous silicon thin film transistor and the channel of the second amorphous silicon thin film transistor, a first conductive layer is provided above the channel of the first amorphous silicon thin film transistor and the channel of the second amorphous silicon thin film transistor, and the first conductive layer is contacted with the first shading layer; wherein the first shading layer is formed of non-conductive material and is used for avoiding photocurrent by preventing light from radiating to the channel of the first amorphous silicon thin film transistor and the channel of the second amorphous silicon thin film transistor, and the first conductive layer is connected to a second fixed potential, and the second fixed potential is a negative fixed potential. an ESD leakage bus formed on a substrate; and an ESD protection circuit formed on the substrate and having a first wiring terminal and a second wiring terminal, wherein the first wiring terminal is connected to the ESD leakage bus, the ESD protection circuit comprises at least a pair of amorphous silicon thin film transistors (140, 150), the pair of amorphous silicon thin film transistors comprises a first amorphous silicon thin film transistor and a second amorphous silicon thin film transistor which are connected in a back-to-back manner, a first shading layer is provided over the channel of the first amorphous silicon thin film transistor and the channel of the second amorphous silicon thin film transistor, a first conductive layer is provided above the channel of the first amorphous silicon thin film transistor and the channel of the second amorphous silicon thin film transistor, and the first conductive layer is contacted with the first shading layer; wherein the first shading layer is formed of non-conductive material and is used for avoiding photocurrent by preventing light from radiating to the channel of the first amorphous silicon thin film transistor and the channel of the second amorphous silicon thin film transistor, and the first conductive layer is connected to a second fixed potential, and the second fixed potential is a negative fixed potential.
A terminal comprising: a receiving section configured to receive an indicator related to power control; a control section configured to determine a transmission power in accordance with a transmission power parameter set determined from a first index associated with the indicator; and a transmission section configured to transmit at least one of a signal and a channel corresponding to an object set specified by a second index associated with the indicator, using the transmission power; wherein the transmission section is configured to transmit a power headroom report, PHR, including information about a power headroom, PH, corresponding to the indicator, and wherein the object set comprises at least one value representing one or more objects which are at least one of a beam, a layer, a layer group, a panel, a beam group, a beam pair link, a numerology, a frequency, a code, and a sequence. a receiving section configured to receive an indicator related to power control; a control section configured to determine a transmission power in accordance with a transmission power parameter set determined from a first index associated with the indicator; and a transmission section configured to transmit at least one of a signal and a channel corresponding to an object set specified by a second index associated with the indicator, using the transmission power; wherein the transmission section is configured to transmit a power headroom report, PHR, including information about a power headroom, PH, corresponding to the indicator, and wherein the object set comprises at least one value representing one or more objects which are at least one of a beam, a layer, a layer group, a panel, a beam group, a beam pair link, a numerology, a frequency, a code, and a sequence.
A method of dynamically configuring an online session of a multi-user application that operates on a computer network, comprising: establishing communication connections between at least two computers (410, 412, 420, 422) on the computer network, each of which is executing the multi-user application, to thereby establish an online session of the multi-user application, wherein the multi-user application defines communication configuration types that are applied during the online session; designating one of the computers as a session master computer that is responsible for managing functionality associated with the multi-user application; detecting that the session master computer has exited the online session; designating a second computer as the session master computer so that the second computer is responsible for managing the functionality associated with the multi-user application; and determining if a current communication configuration type should be changed on-the-fly based on a state of the established communication connections for the online session, as defined by the multi-user application for the online session after the designation of the second computer as the session master, from a client-server communication configuration type to a peer-to-peer communication configuration type; wherein the change in the communication configuration type is based on resource requirements of the multi-user application. establishing communication connections between at least two computers (410, 412, 420, 422) on the computer network, each of which is executing the multi-user application, to thereby establish an online session of the multi-user application, wherein the multi-user application defines communication configuration types that are applied during the online session; designating one of the computers as a session master computer that is responsible for managing functionality associated with the multi-user application; detecting that the session master computer has exited the online session; designating a second computer as the session master computer so that the second computer is responsible for managing the functionality associated with the multi-user application; and determining if a current communication configuration type should be changed on-the-fly based on a state of the established communication connections for the online session, as defined by the multi-user application for the online session after the designation of the second computer as the session master, from a client-server communication configuration type to a peer-to-peer communication configuration type; wherein the change in the communication configuration type is based on resource requirements of the multi-user application.
A medical functional device comprising at least one first fluid system for receiving at least one medical fluid, at least one first conveying means (51, 51a, 53, 55, 55a, 57) for conveying the medical fluid, at least a second fluid system for receiving at least a working fluid, and at least a second conveying means for driving the at least one first conveying means, wherein the first conveying means (51, 51a, 53, 55, 55a, 57) is arranged to be actuated by means of the working fluid, characterized in that: the second conveying means is embodied as a centrifugal pump or as a rotary pump. the second conveying means is embodied as a centrifugal pump or as a rotary pump.
An electromagnetic actuating device arranged to be actuated by AC power and held by DC power comprising a power source device; a switching device; an electromagnetic actuating device provided with a powered driving coil; an AC surge absorption device; current rectifier diode; voltage drop impedances (111, 112); a DC surge absorption device; the surge absorption devices (103, 113) being in parallel connection with the driving coil, wherein the power source device is operatively controlled by the switching device to supply AC power to excite the driving coil, or DC power output at a lower voltage to the driving coil, thereby passing a smaller current to the driving coil to maintain excitation, while ensuring that predetermined operating characteristics of the electromagnetic actuating device are maintained, and wherein the AC power source and the current rectifier diode constitute the power source device, and the switching device is constituted by a three-way, three-position switch for operatively controlling the power supplied by the power source device, the switch having a sliding conducting plate capable of translation in to three positions relative to three way short circuit contacts; when the switching device is at the first position, it is at OFF status for waiting; when the switching device is at the second position, the driving coil of the electromagnetic actuating device is electrically actuated by AC power output from the power source device for excitation; when the switching device is at the third position, the electrification of the driving coil of the electromagnetic actuating device is held by lower voltage DC power output from power source device for excitation; wherein installed contacts,, are unconnected, a contact at the second position is directly connected to the U terminal of the AC power source; the U terminal of the AC power source is forward series connected with the current rectifier diode to further connect with a contact at the third position of the switching device, a contact at the second position and a contact at the third position being connected to one end of the driving coil of the electromagnetic actuating device, while the other end of the driving coil is connected to the V terminal of the AC power source; one end of the AC surge absorption device is connected to a contact at the second position, while the other end is connected to the V terminal of the AC power source; the positive end of the DC surge absorption device is constituted by a flywheel diode for connection to a contact at the third position, while the negative end thereof is connected to the V terminal of the AC power source.
A driver assistance system for a motor vehicle, comprising an adjustable headlight assembly with adjustable light characteristics, an imaging system adapted to capture images from a region in front of the motor vehicle, and a data processing device adapted to detect an oncoming other motor vehicle by image processing of the images captured by said imaging system and, if an oncoming vehicle is detected, to adjust said headlight assembly to a low light characteristic (Il) suited for passing the oncoming vehicle without dazzling the oncoming driver, wherein said data processing device, if an oncoming vehicle is detected, is adapted to perform a pre-adjustment to said headlight assembly before adjusting it to said low light characteristic (Il), wherein said pre-adjustment comprises a change of brightness, distinguishable by the oncoming driver, of the light emitted by the headlight assembly in the direction of the oncoming driver, wherein said pre-adjustment is made dependent on at least one condition of the oncoming vehicle's headlight evaluated by said data processing device, characterized in that said condition comprises a dim-out of the oncoming vehicle's headlight.