mhurhangee/ep-ind-claims huggingface dataset:
A drill main body of an indexable drill disposed with a pair of first and second spiral flutes (24, 26) on a column-shaped outer circumferential surface with an inner blade tip cutting a hole center side mounted on a tip portion of the first spiral flute and an outer blade tip cutting a hole outer circumferential side mounted on a tip portion of the second spiral flute, the drill main body of an indexable drill discharging chips through the first spiral flute and the second spiral flute toward a shank while hole machining is performed with the inner blade tip and the outer blade tip, wherein the first spiral flute and the second spiral flute are mirror-finished through cutting by a ball end mill (30, 32) after a hardening heat treatment is applied, wherein the drill is a deep hole machining drill having a length L of the first spiral flute and the second spiral flute equal to or greater than 4D relative to a drill diameter D that is an outer diameter of the outer blade tip, characterized in that the first spiral flute is formed with a constant flute bottom diameter, or with a flute bottom diameter having a positive gradient such that the flute bottom diameter increases toward the shank, in axial direction, and the second spiral flute is formed with a flute bottom diameter having a negative gradient such that the flute bottom diameter decreases toward the shank in axial direction. the first spiral flute and the second spiral flute are mirror-finished through cutting by a ball end mill (30, 32) after a hardening heat treatment is applied, wherein the drill is a deep hole machining drill having a length L of the first spiral flute and the second spiral flute equal to or greater than 4D relative to a drill diameter D that is an outer diameter of the outer blade tip, characterized in that the drill is a deep hole machining drill having a length L of the first spiral flute and the second spiral flute equal to or greater than 4D relative to a drill diameter D that is an outer diameter of the outer blade tip, characterized in that the first spiral flute is formed with a constant flute bottom diameter, or with a flute bottom diameter having a positive gradient such that the flute bottom diameter increases toward the shank, in axial direction, and the second spiral flute is formed with a flute bottom diameter having a negative gradient such that the flute bottom diameter decreases toward the shank in axial direction.
A cartridge assembly (10, 210, 610) being removably placeable in a dispensing device for dispensing a dental substance, comprising a cartridge (30, 330) for containing a dental substance, the cartridge (30, 330) comprising a dispensing opening for the dental substance, the cartridge assembly (10, 210, 610) further comprising a spindle (22, 322, 622), and a piston (21, 321, 621) having a receptacle for establishing a screw connection with the spindle (22, 322, 622) for moving the piston (21, 321, 621) to urge the dental substance toward the dispensing opening, wherein the cartridge assembly (10, 210, 610) comprises a coupling for coupling the spindle (22, 322, 622) and a drive of a dispensing device for driving the spindle (22, 322, 622) wherein the cartridge assembly (10, 210, 610) has a first operation interface (23, 23a, 23b, 223a, 223b) allowing for manual operation of the cartridge assembly and a second operation interface (26,26a, 26b, 226a, 226b) allowing for machine operation of the cartridge assembly (10, 210, 610).
A crane, in particular a tower crane, telescopic boom crane, harbour crane and the like, having a load hook which can be raised or lowered and which can be moved within a crane working area by means of movable crane elements (2, 3, 4) and by operating drive units associated with the crane elements, and having a control unit with input means to control the drive units, characterized in that a display unit for displaying a graphic representation of the crane working area is provided, wherein marking means are associated with the display unit to mark a point in the graphic representation to be moved to, and positioning means are provided for automatically determining the marked point relative to the load hook and/or to a crane element, and target control means are provided for automatically controlling the drive units in response to a signal from the positioning means such that the load hook is automatically moved to the target point in the crane working area which point corresponds to the marked point in the representation.
A method of fabricating a device comprising an ultrathin membrane comprising a two-dimensional material, characterised by the method comprising the step of performing chemical vapor deposition of a first membrane precursor disposed on a first side of a sheet of solid state material comprising an aperture and a second membrane precursor disposed on a second side of the sheet, whereby said ultrathin membrane is formed from the first and second precursors (1,3) across the aperture and contacting a surface of the sheet of solid state material in an area surrounding the aperture.
A method of operating an apparatus to remove ions from water, the method comprising the following steps: allowing water to flow in between a first and a second electrode of a capacitor; charging the capacitor with a constant electrical charge per unit time via a controller in order to attract ions into the electrodes; releasing ions from the electrodes with a constant electrical charge per unit time by releasing electrical charge from the capacitor via the controller, and during a subsequent charging step, controlling the charging of the capacitor with the controller by applying an electrical charge which is not substantially exceeding an amount of electrical charge released from the capacitor during the step of releasing ions from the electrode and the method comprises measuring or calculating a quantity of electrical charge released from the capacitor and the amount of electrical charge charged to the capacitor with the controller. allowing water to flow in between a first and a second electrode of a capacitor; charging the capacitor with a constant electrical charge per unit time via a controller in order to attract ions into the electrodes; releasing ions from the electrodes with a constant electrical charge per unit time by releasing electrical charge from the capacitor via the controller, and during a subsequent charging step, controlling the charging of the capacitor with the controller by applying an electrical charge which is not substantially exceeding an amount of electrical charge released from the capacitor during the step of releasing ions from the electrode and the method comprises measuring or calculating a quantity of electrical charge released from the capacitor and the amount of electrical charge charged to the capacitor with the controller.
A method for storing data on a film strip comprising a step of inserting a digital data representation into an imaging region on each film frame by means of exposing said each film frame, wherein said digital data representation, as a set of pixels, is fixed on said film strip in a form of regions of irregularly distributed silver halide crystals, the digital data representation being obtained by coding the data with the use of predefined patterns, wherein the digital data representation is transformed to a graphic form in which individual pixels are associated with regions of silver halide crystals of the film strip, forming a parameterized imaging matrix format with at least two parameters affecting the number of digital data representations that can be stored in a single film frame, where said transformation comprises a step of defining a resolution parameter that defines the dimensions of the data fields, being portions of the film frame that are visible in imaging devices, and a step of defining a number of gray levels, and then, the digital data representation is divided into blocks, and the blocks are asymmetrically filled in, with user data and redundant data, creating a code combination, by which an asymmetrical exposure shape is obtained, and sequentially, the data blocks of such a shape are exposed on subsequent film frames of the film strip in the imaging region, and the film strip may have different resolution parameters and speeds, whereas the redundant data are used in an error correction system for verifying the user data, by computing a verification value that also is placed onto the film strip, this making it possible to check the correctness of the data consistency during writing and reading thereof, and, moreover, the asymmetrical shape of the data block is used for synchronizing particular imaging lines while writing and reading the digital data representation on the film strip, and additionally, a set of metadata, a set of additional data, and a set of data assisting the exposure and the photochemical process are placed on the film strip beyond the imaging region.
A system comprising: circuitry configured to acquire at least position information, height information and first priority information corresponding to a first wireless communication system, and second priority information corresponding to a second wireless communication system; determine a use condition for a shared frequency band shared between the first and second wireless communication systems based on the position information, the height information, the first priority information and the second priority information; and output a notification based on the determined use condition, characterized in that the determined use condition corresponds to a usable three-dimensional space in which transmission electric power within the shared frequency band is permitted to exceed a predetermined threshold. acquire at least position information, height information and first priority information corresponding to a first wireless communication system, and second priority information corresponding to a second wireless communication system; determine a use condition for a shared frequency band shared between the first and second wireless communication systems based on the position information, the height information, the first priority information and the second priority information; and output a notification based on the determined use condition, characterized in that the determined use condition corresponds to a usable three-dimensional space in which transmission electric power within the shared frequency band is permitted to exceed a predetermined threshold.
A computer-implemented method comprising: receiving, on a network device (BEB-1) running as a Fabric Attach, FA, Server, an FA Type Length Value, TLV, from an access device running as a FA proxy or client, the access device configured to mirror traffic to a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN (CE1, BEB-1, BEB-2, BEB-3, BCB-1, BCB-2, BCB-3, BCB-4, CE3, Monitor); receiving, by said FA server, the mirrored traffic on the RSPAN VLAN; signaling, by said FA server, a Service Identifier, I-SID, into a network (BEB-1, BEB-2, BEB-3, BCB-1, BCB-2, BCB-3, BCB-4); detecting, by said FA server, receive interest in the I-SID; and delivering, by said FA server, the mirrored traffic to devices that expressed a receive interest in the mirrored traffic, characterised in that the TLV includes a request to associate the RSPAN VLAN with the I-SID used to carry mirror traffic in the network, and the network device (BEB-1) and the access device are communicatively coupled over the network. receiving, on a network device (BEB-1) running as a Fabric Attach, FA, Server, an FA Type Length Value, TLV, from an access device running as a FA proxy or client, the access device configured to mirror traffic to a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN (CE1, BEB-1, BEB-2, BEB-3, BCB-1, BCB-2, BCB-3, BCB-4, CE3, Monitor); receiving, by said FA server, the mirrored traffic on the RSPAN VLAN; signaling, by said FA server, a Service Identifier, I-SID, into a network (BEB-1, BEB-2, BEB-3, BCB-1, BCB-2, BCB-3, BCB-4); detecting, by said FA server, receive interest in the I-SID; and delivering, by said FA server, the mirrored traffic to devices that expressed a receive interest in the mirrored traffic, characterised in that the TLV includes a request to associate the RSPAN VLAN with the I-SID used to carry mirror traffic in the network, and the network device (BEB-1) and the access device are communicatively coupled over the network.
A rotor segment of a rotating electric machine, the rotor segment extending along a given plane and comprising at least two magnetic guides, which are aligned along the given plane and designed to house respective magnetic modules and to guide the magnetic flux generated by the magnetic modules to an air gap; wherein each magnetic guide comprises a first and a second face (12, 13) facing the air gap and extending on opposite sides of the magnetic module along a first and a second surface respectively; the first surface being greater than the second surface; and the first face of one magnetic guide being aligned with and adjacent to the second face of the other magnetic guide; wherein each magnetic guide comprises a first lateral magnetic guide portion along which the first face extends; a second lateral magnetic guide portion along which the second face extends; and at least one magnetic module; wherein the first and second lateral magnetic guide portions (14, 15) face each other, define a seat for housing the at least one magnetic module and are positioned in contact with the at least one magnetic module along two respective contact faces (16, 17); wherein the first and second lateral magnetic guide portions (14, 15) comprise a first and a second projection (18, 19) respectively; the first and second faces (12, 13) extending partly along the first and second projections (18, 19) respectively.
A structural member comprising: a core portion (2, 202) that defines at least one anchor point, the core portion having at least one surface (2a,2b), a fibre tow arranged in a closed loop on the surface of the core portion, the loop defining a boundary of a space which contains the at least one anchor point, and a protective shell (5, 200,201) formed from a woven fibre sheet material which covers the fibre tow, and in which the core portion (2, 202), fibre tow and the protective shell are impregnated and bound together by a cured resin., characterised in that the structural member further includes, between the or each surface and the associated loop, an inner shell of woven material which includes a groove on the side facing away from the core portion (2, 202) that receives the loop and provides a guide for the loop during assembly. a core portion (2, 202) that defines at least one anchor point, the core portion having at least one surface (2a,2b), a fibre tow arranged in a closed loop on the surface of the core portion, the loop defining a boundary of a space which contains the at least one anchor point, and a protective shell (5, 200,201) formed from a woven fibre sheet material which covers the fibre tow, and in which the core portion (2, 202), fibre tow and the protective shell are impregnated and bound together by a cured resin., characterised in that the structural member further includes, between the or each surface and the associated loop, an inner shell of woven material which includes a groove on the side facing away from the core portion (2, 202) that receives the loop and provides a guide for the loop during assembly.
Method for managing fixed and mobile terminals in an environment comprising a mobile network of an operator including an IP Multimedia Subsystem, IMS, network, a business network including an Internet Protocol-based Private Branch Exchange, IP-PBX, device and an Internet Protocol, IP, network for interconnection between the business network and the mobile network, the method being implemented in a management server and including steps of: - determining the mobile terminals of the mobile network that are registered with the IMS network, and the business terminals that are registered with the IP-PBX device of the business network; - obtaining the capabilities of any terminal determined as being registered, as the case may be, with the IMS network or with the IP-PBX device, upon the establishment of a multimedia communication session via the IMS network involving said terminal, the capabilities of a terminal being defined by at least one parameter from among a set of parameters including a media type accepted by the terminal and the bandwidth necessary to establish a multimedia communication session with this terminal; - updating (S31, S33) a database with information identifying the mobile terminals of the mobile network that are registered with the IMS network, and the business terminals that are registered with the IP-PBX device, and with information representative of the capabilities obtained for each identified terminal. - determining the mobile terminals of the mobile network that are registered with the IMS network, and the business terminals that are registered with the IP-PBX device of the business network; - obtaining the capabilities of any terminal determined as being registered, as the case may be, with the IMS network or with the IP-PBX device, upon the establishment of a multimedia communication session via the IMS network involving said terminal, the capabilities of a terminal being defined by at least one parameter from among a set of parameters including a media type accepted by the terminal and the bandwidth necessary to establish a multimedia communication session with this terminal; - updating (S31, S33) a database with information identifying the mobile terminals of the mobile network that are registered with the IMS network, and the business terminals that are registered with the IP-PBX device, and with information representative of the capabilities obtained for each identified terminal.
A film prepared using a stabilized polyolefin composition, wherein the stabilized polyolefin composition consists of: A) a copolymer of ethylene and at least one α-olefin, wherein the copolymer of ethylene and at least one α-olefin is a linear low-density polyethylene (LLDPE) produced using at least one Ziegler-Natta catalyst comprising Mg and at least one of Ti, Hf or Zr, having a density as determined in accordance with ISO 1183-1, method A, of ≥ 913 kg/m 3 and ≤ 923 kg/m 3, and B) between 170 and 300 ppm by weight of α-tocopherol relative to the component A. A) a copolymer of ethylene and at least one α-olefin, wherein the copolymer of ethylene and at least one α-olefin is a linear low-density polyethylene (LLDPE) produced using at least one Ziegler-Natta catalyst comprising Mg and at least one of Ti, Hf or Zr, having a density as determined in accordance with ISO 1183-1, method A, of ≥ 913 kg/m 3 and ≤ 923 kg/m 3, and B) between 170 and 300 ppm by weight of α-tocopherol relative to the component A.
A method for externally controlling and managing at least one WLAN subscriber assigned to at least one local wireless network (WLAN: Wireless Local Area Network, 12, 52) capable of requesting services over a public TCP/IP network, wherein at least one local wireless network (12; 52) is connected to the public TCP/IP network via at least one interface device (60; 70) and an external control and managing device, comprising the following steps: a WLAN subscriber requesting service; the authorization of the WLAN subscriber requesting service to access the TCP/IP network is verified; a connection to the WLAN subscriber over the TCP/IP network is established when the WLAN subscriber has an access authorization to said TCP/IP network; and signaling and/or information data are transmitted over the TCP/IP network to the external control and managing device and are managed there, characterized in that the utilization rate of the at least one local wireless network is determined and logged in the external control and managing device such that a WLAN subscriber requesting service can be at least temporarily denied access authorization to the TCP/IP network as a function of the utilization rate.
A method of printing a copy evident document, comprising: creating a void pantograph (100, 200, 300) including a first set of halftone elements and a second set of halftone elements different in modulation from said first set of halftone elements; converting the first set of halftone elements and the second set of halftone elements into a plurality of halftone holes (102', 104') in a solid white overlay; merging said overlay with a background image, such that portions of said background image are visible at said halftone hole (102', 104') locations of said overlay when printed, and the overlay reduces the density of the background image; printing said merged image on print media, wherein said portions of the background image that are printed are printed at locations where said halftone holes (102', 104') locations are present in said overlay creating a copy-evident feature. creating a void pantograph (100, 200, 300) including a first set of halftone elements and a second set of halftone elements different in modulation from said first set of halftone elements; converting the first set of halftone elements and the second set of halftone elements into a plurality of halftone holes (102', 104') in a solid white overlay; merging said overlay with a background image, such that portions of said background image are visible at said halftone hole (102', 104') locations of said overlay when printed, and the overlay reduces the density of the background image; printing said merged image on print media, wherein said portions of the background image that are printed are printed at locations where said halftone holes (102', 104') locations are present in said overlay creating a copy-evident feature.
Detection system employed for securing a start-up of an application, said system comprising: - at least one first detector and one second detector, each detector comprising two input terminals (I1, I2) connected to its logic inputs, two output terminals (O1, 02) connected to its logic outputs and two power supply terminals (0V, +24V) connected to two electrical power supply lines, the two output terminals (O1, 02) of the first detector being connected to the two input terminals (I1, I2) of the second detector, - the two output terminals (O1, 02) of the second detector are connected to control devices (K1, K2) of the application to be secured, so as to form a detection chain, characterized in that: - the second detector comprises a start-up input terminal (St) and a test output terminal, - to the second detector, a feedback loop (Br) is connected between the start-up input terminal (St) and the test output terminal, for the purpose of monitoring the control devices, - the first detector is configured in an automatic start-up mode, - the second detector is configured in a manual start-up mode, which is conditional upon an active state of the inputs of the second detector, and on a closed feedback loop (Br). - at least one first detector and one second detector, each detector comprising two input terminals (I1, I2) connected to its logic inputs, two output terminals (O1, 02) connected to its logic outputs and two power supply terminals (0V, +24V) connected to two electrical power supply lines, the two output terminals (O1, 02) of the first detector being connected to the two input terminals (I1, I2) of the second detector, - the two output terminals (O1, 02) of the second detector are connected to control devices (K1, K2) of the application to be secured, so as to form a detection chain, - the second detector comprises a start-up input terminal (St) and a test output terminal, - to the second detector, a feedback loop (Br) is connected between the start-up input terminal (St) and the test output terminal, for the purpose of monitoring the control devices, - the first detector is configured in an automatic start-up mode, - the second detector is configured in a manual start-up mode, which is conditional upon an active state of the inputs of the second detector, and on a closed feedback loop (Br).