mhurhangee/ep-ind-claims huggingface dataset:
A protective device for guardrails, particularly a protective device provided for its combined use with currently existing guardrails installed along each side of an interurban roadway, for the purpose of covering the space currently existing between the lower edge of a conventional guardrail element and the surface of the ground such that the vertical posts supporting and securing said guardrails are safeguarded and concealed, the protective device being structured from generally planar longitudinal protective elements, with constant width, characterized in that a protective element is demarcated by a first rectilinear edge with upper positioning, and by a second longitudinal edge of lower positioning in which there are incorporated portions projecting in end and intermediate positions of the second edge which, when the element is installed, form support parts for the element on the surface of the ground, the visible face surface of the protective element having a stepped profile in which there are defined projecting bands, raised with respect to the surface plane, and recessed bands, lowered with respect to the surface plane, in which recessed bands the protective element has been provided with through holes in the vicinity of each of the ends.
A computer implemented method comprising: receiving, from one or more downloadable agents, respective WAN performance information, wherein a first downloadable agent of the one or more downloadable agents is executable on a computing device coupled to a LAN of a broadband subscriber, wherein the LAN is coupled by another device to a WAN; storing the WAN performance information in a database associated with a server; analyzing the WAN performance information to generate an analysis result; determining control information for a DSL operator, the control information according to the analyzed information; and recommending the DSL operator with the control information to improve performance of a DSL service; and reporting the analysis result to at least one of the broadband subscriber, the broadband subscriber's service provider and a management entity. receiving, from one or more downloadable agents, respective WAN performance information, wherein a first downloadable agent of the one or more downloadable agents is executable on a computing device coupled to a LAN of a broadband subscriber, wherein the LAN is coupled by another device to a WAN; storing the WAN performance information in a database associated with a server; analyzing the WAN performance information to generate an analysis result; determining control information for a DSL operator, the control information according to the analyzed information; and recommending the DSL operator with the control information to improve performance of a DSL service; and reporting the analysis result to at least one of the broadband subscriber, the broadband subscriber's service provider and a management entity.
A method for receiving a refreshed security key by a secondary base station in a wireless communication system supporting the dual connectivity of a user equipment, the method comprising: identifying a packet data convergence protocol, PDCP, count is wraparound; transmitting, to a master base station, a first message for requesting resource modification of a secondary cell group, SCG, associated with the secondary base station; and receiving, from the master base station, a second message including a refreshed security key associated with the secondary base station, wherein the first message includes information indicating the PDCP count is wraparound at the secondary base station. identifying a packet data convergence protocol, PDCP, count is wraparound; transmitting, to a master base station, a first message for requesting resource modification of a secondary cell group, SCG, associated with the secondary base station; and receiving, from the master base station, a second message including a refreshed security key associated with the secondary base station, wherein the first message includes information indicating the PDCP count is wraparound at the secondary base station.
A MEMS ultrasonic transducer, MUT, device, comprising a semiconductor body of semiconductor material having a first and a second main surface and integrating a first MUT element which includes: a first chamber extending into the semiconductor body at a distance from the first main surface; a membrane formed by the semiconductor body between the first main surface and the first chamber; a piezoelectric element extending on the first main surface of the semiconductor body above the membrane; and characterized by further comprising a second chamber extending into the semiconductor body between the first chamber and the second main surface; a central fluidic passage extending into the semiconductor body from the second main surface to the first chamber and traversing the second chamber; and one or more lateral fluidic passages extending into the semiconductor body from the second main surface to the second chamber, wherein the one or more lateral fluidic passages, the central fluidic passage and the second chamber define a fluidic recirculation path that fluidically connects the first chamber with the outside of the semiconductor body. a first chamber extending into the semiconductor body at a distance from the first main surface; a membrane formed by the semiconductor body between the first main surface and the first chamber; a piezoelectric element extending on the first main surface of the semiconductor body above the membrane; and characterized by further comprising a second chamber extending into the semiconductor body between the first chamber and the second main surface; a central fluidic passage extending into the semiconductor body from the second main surface to the first chamber and traversing the second chamber; and one or more lateral fluidic passages extending into the semiconductor body from the second main surface to the second chamber, wherein the one or more lateral fluidic passages, the central fluidic passage and the second chamber define a fluidic recirculation path that fluidically connects the first chamber with the outside of the semiconductor body.
An energy supply and control unit for purposes of supplying a drive circuit, in particular a traction drive circuit, and a fuel cell compressor by way of separate interfaces (6, 7), comprising: - a DC/DC converter with a fuel cell input interface, - a power inverter, - a drive circuit interface for purposes of connecting to a drive circuit, and - a compressor motor interface for purposes of connecting to a compressor motor of a fuel cell compressor, wherein the output of the DC/DC converter is connected with the input of the power inverter and with the drive circuit interface, and wherein the output of the power inverter is connected with the compressor motor interface, characterised in that the DC/DC converter and the power inverter are accommodated in a common housing. - a DC/DC converter with a fuel cell input interface, - a power inverter, - a drive circuit interface for purposes of connecting to a drive circuit, and - a compressor motor interface for purposes of connecting to a compressor motor of a fuel cell compressor, wherein
An air conditioner, comprising: a main body; a fan configured to form an airflow inside the main body; a motor including a shaft to which the fan is coupled; and a motor cover to which the motor is fixed, wherein the motor cover includes: a body including a rear surface formed in a truncated cone shape, and characterised by a vortex breaker which protrudes toward the fan from the rear surface of the body along an outer periphery of the body, so as to prevent air, which is discharged from the fan, from forming a vortex. a main body; a fan configured to form an airflow inside the main body; a motor including a shaft to which the fan is coupled; and a motor cover to which the motor is fixed, wherein the motor cover includes: a body including a rear surface formed in a truncated cone shape, and characterised by a vortex breaker which protrudes toward the fan from the rear surface of the body along an outer periphery of the body, so as to prevent air, which is discharged from the fan, from forming a vortex. a body including a rear surface formed in a truncated cone shape, and characterised by a vortex breaker which protrudes toward the fan from the rear surface of the body along an outer periphery of the body, so as to prevent air, which is discharged from the fan, from forming a vortex.
A device for supplying an internal combustion engine on a test bench with at least one conditioned, at least temperature-conditioned, useful medium, preferably cooling water, lubricating oil, etc., via a closed circuit comprising at least one conditioning system connected upstream of the internal combustion engine for the respective useful medium and a feed line and a return for the useful medium, wherein a bypass line connecting the feed line and the return is provided, wherein a device for variably distributing the flow of the useful medium from the internal combustion engine between the return and the bypass line is provided, and wherein a device for additional conditioning, which is a heating device, is used in the circuit formed by the bypass line, the feed and the return, characterized in that the device for variably distributing the flow of the useful medium is coupled to a control system which undertakes the distribution of the flow on a characteristic field basis.
A coil unit arrangement device that forms an array coil group by arranging in a predetermined arrangement order coils (21, 121, 221) from a plurality of coil units (20, 120, 220) corresponding to a predetermined number of phases, wherein for each phase the coil unit includes a plurality of coils connected by jumper wires (22, 122, 222) sequentially arranged therein, wherein the coil unit arrangement device comprises: a holding section provided with a number of rotatable coil unit supports corresponding to the number of phases, each coil unit support supporting one of the coil units (20, 120, 220); a receiving section provided with an array coil group support that supports the array coil group, the receiving section relatively turning with respect to the holding section; a conveying section configured to convey a coil (21, 121, 221) of one of the coil units (20, 120, 220) supported by its coil unit support to the array coil group support; and a control unit configured to control, in forming the array coil group by extracting and arranging the coil (21, 121, 221) from the coil unit (20, 120, 220) on the basis of the arrangement order, the holding section, the receiving section, and the conveying section so that the jumper wire (22, 122, 222) between the array coil group and the coil (21, 121, 221) to be extracted is arranged without crossing one of the jumper wires (22, 122, 222) between the array coil group and any other coil unit (20, 120, 220), such that the array coil group is obtained wherein the jumper wires (22, 122, 222) are not crossing each other.
A method of controlling texture in a rolled plate or sheet, comprising feeding a material that is a workpiece having a top edge and a bottom edge, between opposing_rolls (1,2) of a rolling mill at tilt angle of between 2-20 degrees above or below horizontal, wherein the method includes more than one step of passing the workpiece through rolls (1,2) at a tilt angle and in which the workpiece is a) turned over between passes at regular intervals; or b) passed successively through two or more rolling mills and the direction of the tilt angle is alternated between the successive rolling mills, wherein the rolling mill includes a tilted feed table inclined at an angle of between 2 and 20 degrees above or below the rolling direction, the method characterised in that the tilted feed table further comprises: (c) a tip having a taper so that it is possible for the tilted feed table to approach the rolls (1,2) of the rolling mill as close as possible, and (d) rollers for reducing the friction between the workpiece and the tilted table when feeding the workpiece through the rolls (1,2) at the tilt angle. (c) a tip having a taper so that it is possible for the tilted feed table to approach the rolls (1,2) of the rolling mill as close as possible, and (d) rollers for reducing the friction between the workpiece and the tilted table when feeding the workpiece through the rolls (1,2) at the tilt angle.
A photomultiplier tube comprising: a first substrate and a second substrate which are arranged so as to oppose each other, with the respective opposing surfaces (20a, 20b) made with an insulating material; a side wall part which constitutes a casing together with the first and the second substrates; a plurality of stages of electron multiplying parts which are arrayed so as to be spaced away sequentially from a first end side to a second end side on the opposing surface of the first substrate; a photocathode which is installed on the first end side so as to be spaced away from the electron multiplying parts, converting incident light from outside to photoelectrons to emit the photoelectrons; an anode part which is installed on the second end side so as to be spaced away from the electron multiplying parts to take out electrons multiplied by the electron multiplying parts as a signal; characterized in that said photomultiplier tube further comprises: a wall-like electrode which is arranged so as to enclose a region of forming the photocathode along the edge of the region when viewed from a direction directly opposite to the opposing surface, having a notched part at a site opposing the electron multiplying parts on the second end side, and electrically connected to the photocathode, wherein focusing electrodes for guiding the photoelectrons emitted from the photocathode into the electron multiplying parts are installed inside the notched part. a first substrate and a second substrate which are arranged so as to oppose each other, with the respective opposing surfaces (20a, 20b) made with an insulating material; a side wall part which constitutes a casing together with the first and the second substrates; a plurality of stages of electron multiplying parts which are arrayed so as to be spaced away sequentially from a first end side to a second end side on the opposing surface of the first substrate; a photocathode which is installed on the first end side so as to be spaced away from the electron multiplying parts, converting incident light from outside to photoelectrons to emit the photoelectrons; an anode part which is installed on the second end side so as to be spaced away from the electron multiplying parts to take out electrons multiplied by the electron multiplying parts as a signal; characterized in that said photomultiplier tube further comprises: a wall-like electrode which is arranged so as to enclose a region of forming the photocathode along the edge of the region when viewed from a direction directly opposite to the opposing surface, having a notched part at a site opposing the electron multiplying parts on the second end side, and electrically connected to the photocathode, wherein focusing electrodes for guiding the photoelectrons emitted from the photocathode into the electron multiplying parts are installed inside the notched part.
A carrier assembly, comprising: an end crimp element assembly, said end crimp element assembly comprising: a plurality of crimp heads, each of said crimp heads comprising a metal alloy with a plurality of crimping cavities therein, said plurality of crimping cavities adapted to retain a filament wire therein; and a filament wire, said filament wire crimped to at least two of said crimp heads; and a carrier running in a direction substantially parallel with said filament wire; wherein the end crimp element assembly is characterized by the crimp heads comprising a material having a hardness less than that of said filament wire so as to mitigate deformation of said filament wire during crimping. an end crimp element assembly, said end crimp element assembly comprising: a plurality of crimp heads, each of said crimp heads comprising a metal alloy with a plurality of crimping cavities therein, said plurality of crimping cavities adapted to retain a filament wire therein; and a filament wire, said filament wire crimped to at least two of said crimp heads; and a plurality of crimp heads, each of said crimp heads comprising a metal alloy with a plurality of crimping cavities therein, said plurality of crimping cavities adapted to retain a filament wire therein; and a filament wire, said filament wire crimped to at least two of said crimp heads; and a carrier running in a direction substantially parallel with said filament wire; wherein the end crimp element assembly is characterized by the crimp heads comprising a material having a hardness less than that of said filament wire so as to mitigate deformation of said filament wire during crimping.
A planetary gear system for a turbomachine, comprising: a forward planetary gear assembly including a plurality of forward planet gears meshed to a forward sun gear disposed on a power shaft and a forward ring gear meshed to the forward planet gears; an aft planetary gear assembly aft of the forward planetary gear assembly including a plurality of aft planet gears meshed to an aft sun gear disposed on the power shaft and an aft ring gear meshed to the aft planet gears; and characterised by a gear housing disposed between the forward planetary gear assembly and the aft planetary gear assembly, wherein the gear housing includes: a stationary carrier, wherein the forward and aft planet gears are rotatably mounted to the stationary carrier; and a mount extending radially from the stationary carrier that is connectable to a stationary portion of the turbomachine. a forward planetary gear assembly including a plurality of forward planet gears meshed to a forward sun gear disposed on a power shaft and a forward ring gear meshed to the forward planet gears; an aft planetary gear assembly aft of the forward planetary gear assembly including a plurality of aft planet gears meshed to an aft sun gear disposed on the power shaft and an aft ring gear meshed to the aft planet gears; and characterised by a gear housing disposed between the forward planetary gear assembly and the aft planetary gear assembly, wherein the gear housing includes: a stationary carrier, wherein the forward and aft planet gears are rotatably mounted to the stationary carrier; and a mount extending radially from the stationary carrier that is connectable to a stationary portion of the turbomachine. a stationary carrier, wherein the forward and aft planet gears are rotatably mounted to the stationary carrier; and a mount extending radially from the stationary carrier that is connectable to a stationary portion of the turbomachine.
A system for physically destroying the data storage portion of electronic media storage devices such as hard disc drives, solid state drives and hybrid hard drives; said system comprising: a rotatable milling cutter (18,20); and a cradle (12,14) for locating the media electronic storage device in a position to engage the milling cutter, said cutter and or said cradle being axially movable to permit the milling cutter to engage and remove the data storage portion of the electronic media storage device while leaving at least a substantial portion of the remaining electronic media storage device intact; characterized in that the system further comprises: a computer containing a database of various parameters of different types of electronic media storage devices; and a recognition system for automatically determining the type of electronic media storage device being located by the cradle; wherein said determined type and said database are used to provide information to properly locate the cradle and milling cutter to destroy the data storage portion. a rotatable milling cutter (18,20); and a cradle (12,14) for locating the media electronic storage device in a position to engage the milling cutter, said cutter and or said cradle being axially movable to permit the milling cutter to engage and remove the data storage portion of the electronic media storage device while leaving at least a substantial portion of the remaining electronic media storage device intact; a computer containing a database of various parameters of different types of electronic media storage devices; and a recognition system for automatically determining the type of electronic media storage device being located by the cradle; wherein said determined type and said database are used to provide information to properly locate the cradle and milling cutter to destroy the data storage portion.
Industrial accelerometer which is suitable for supplying measurements along three measurement axes of a rectangular trihedron, in particular for monitoring the vibrations of an industrial machine (E, E'), the accelerometer comprising first and second micro-electromechanical integrated circuits (MEMS1, MEMS2) which are arranged on a planar printed circuit; - the first integrated circuit (MEMS1) extending in a first plane and constituting a first triaxial sensor which is suitable for supplying acceleration signals along the three measurement axes (I, J, K), two measurement axes (I, J) being in the first plane; - the second integrated circuit (MEMS2) extending in a second plane and constituting a second monoaxial sensor which is suitable for providing an acceleration signal along a single measurement axis in the second plane, the second monoaxial sensor (MEMS2) having at least one improved characteristic in comparison to the characteristics of the first triaxial sensor (MEMS1); the first and second planes both being coplanar with the printed circuit, and the first and second integrated circuits (MEMS1, MEMS2) being arranged on the planar printed circuit so that the single measurement axis of the second sensor (MEMS2) is parallel to one of the two measurement axes (I; J) in the first plane of the first sensor (MEMS1), the two other axes (J, K; I, K) being designated as the "preserved axes", the measurements provided by the industrial accelerometer being composed of the acceleration signal of the second sensor (MEMS2) and of the two acceleration signals along the two preserved axes (J, K; I, K) of the first sensor (MEMS1). - the first integrated circuit (MEMS1) extending in a first plane and constituting a first triaxial sensor which is suitable for supplying acceleration signals along the three measurement axes (I, J, K), two measurement axes (I, J) being in the first plane; - the second integrated circuit (MEMS2) extending in a second plane and constituting a second monoaxial sensor which is suitable for providing an acceleration signal along a single measurement axis in the second plane, the second monoaxial sensor (MEMS2) having at least one improved characteristic in comparison to the characteristics of the first triaxial sensor (MEMS1);