mhurhangee/ep-ind-claims huggingface dataset:
A tertiary mode vibration type Coriolis flowmeter comprising: at least one flow tube, a casing having a structure resistant to bending and torsion configured to accommodate the at least one flow tube and a stationary member, a part of which is fixed to the casing, and support portions mounted to the stationary member for supporting and fixing an inlet port side and the outlet port side of the at least one flow tube, a drive device for driving the at least one flow tube, and a pair of vibration detection sensors for detecting a phase difference in proportion to a Coriolis force acting on the at least one flow tube, wherein the drive device drives the flow tube by bending vibration in a tertiary mode, and the at least one flow tube has (i) a substantially loop-shaped body part, and (ii) a pair of parallel leg parts that are formed to be continuous with both end parts of the substantially loop-shaped body parts and to be deflected in a direction substantially orthogonal to the vibrating direction of both end parts of the body part and to the outside of the both end parts, with fixed end parts supporting the at least one flow tube being formed at the leg parts, characterised in that the at least one flow tube lies in a plane; the stationary member is in the form of a flat plate arranged parallel to said plane formed by the at least one flow tube; and the at least one flow tube forms a substantially T-shaped configuration. at least one flow tube, a casing having a structure resistant to bending and torsion configured to accommodate the at least one flow tube and a stationary member, a part of which is fixed to the casing, and support portions mounted to the stationary member for supporting and fixing an inlet port side and the outlet port side of the at least one flow tube, a drive device for driving the at least one flow tube, and a pair of vibration detection sensors for detecting a phase difference in proportion to a Coriolis force acting on the at least one flow tube, wherein the drive device drives the flow tube by bending vibration in a tertiary mode, and the at least one flow tube has (i) a substantially loop-shaped body part, and (ii) a pair of parallel leg parts that are formed to be continuous with both end parts of the substantially loop-shaped body parts and to be deflected in a direction substantially orthogonal to the vibrating direction of both end parts of the body part and to the outside of the both end parts, with fixed end parts supporting the at least one flow tube being formed at the leg parts,
Electrical machine apparatus (10, 101, 102) comprising: a shaft and a hollow rotor mounted on the shaft and having an axis of rotation and defining a cavity therein, the rotor including a first portion that extends parallel to the axis of rotation; a conduit positioned within the cavity of the rotor, the conduit comprising: an inlet arranged to receive a fluid having a boiling point that is lower than an operating temperature of the rotor; and an outlet arranged to exhaust the fluid, the inlet having a first radial distance from the axis of rotation and the outlet having a second radial distance from the axis of rotation, the first radial distance being greater than the second radial distance, the conduit being coupled to the first portion of the rotor for receiving thermal energy from the first portion via thermal conduction, wherein the shaft is arranged for receiving thermal energy from the fluid to condense the fluid. a shaft and a hollow rotor mounted on the shaft and having an axis of rotation and defining a cavity therein, the rotor including a first portion that extends parallel to the axis of rotation; a conduit positioned within the cavity of the rotor, the conduit comprising: an inlet arranged to receive a fluid having a boiling point that is lower than an operating temperature of the rotor; and an outlet arranged to exhaust the fluid, the inlet having a first radial distance from the axis of rotation and the outlet having a second radial distance from the axis of rotation, the first radial distance being greater than the second radial distance, the conduit being coupled to the first portion of the rotor for receiving thermal energy from the first portion via thermal conduction, wherein the shaft is arranged for receiving thermal energy from the fluid to condense the fluid.
Use of a resin molded article for resin parts for automobiles, wherein the resin molded article is obtained by molding a polylactic acid resin composition, wherein the polylactic acid resin composition comprises a hindered amine compound represented by the following General Formula: wherein R represents a C 1 to C 18 alkyl group, C 1 to C 18 acyl group or C 3 -C 8 cycloalkyl group, which is optionally substituted with a hydroxyl group and is blended at an amount of 0.005 to 30 parts by mass with respect to 100 parts by mass of polylactic acid resin.
Pipette tip for connection to a pipette tube of a pipetting device, wherein the pipette tip is formed as an elongated tube, which forms a pipette body, which has at its one first end an opening for aspirating and/or dispensing liquids, and is formed at its other end for connection to the pipette tube, wherein the pipette tube has a first electrode as a volume measuring electrode of a measuring capacitor, wherein the first electrode is in the form of a strip, extends axially along the pipette tip, and sectionally has different widths, characterized in that the first electrode has a stepped width profile in the axial direction, and the width of the first electrode for example is least at the first end and the width becomes greater in steps in the axial direction.
A yarn winding device for a false twisting machine, the yarn winding device having a winding tube which is held by one cradle provided in the yarn winding device and onto which a plurality of supplied yarns (Ya, Yb) are wound so as to form a plurality of packages (P1, P2), and wherein in the winding tube, at a position between a pair of adjacent packages among the plurality of packages, a capture part is provided, and characterized in that the capture part captures a yarn winding start end (YbS, YaS) of at least one of the pair of the packages, the capture part being a groove formed in an outer peripheral surface of the winding tube substantially along a peripheral direction of the winding tube, such that the yarn is pinched by the groove, thereby capturing the yarn winding start end, and wherein the yarn winding device further comprises a further capture part provided either (i) between the winding tube and the cradle, the yarn winding start end of the yarn being pinched between the winding tube and the cradle so as to be captured, or (ii) in the winding tube, similar to said capture part, between a pair of adjacent packages, and wherein a distance between the adjacent packages is not less than 70mm. the capture part captures a yarn winding start end (YbS, YaS) of at least one of the pair of the packages, the capture part being a groove formed in an outer peripheral surface of the winding tube substantially along a peripheral direction of the winding tube, such that the yarn is pinched by the groove, thereby capturing the yarn winding start end, and wherein the yarn winding device further comprises a further capture part provided either (i) between the winding tube and the cradle, the yarn winding start end of the yarn being pinched between the winding tube and the cradle so as to be captured, or (ii) in the winding tube, similar to said capture part, between a pair of adjacent packages, and wherein a distance between the adjacent packages is not less than 70mm.
An implantable penile prosthesis system comprising: a penile prosthesis comprising a cylinder extending between a distal tip and a proximal tip, characterised in that at least one of the distal tip and the proximal tip has an internal pocket (34, 64) accessible by an opening (32, 62), the internal pocket (34, 64) has a second dimension being greater than a first dimension of the opening (32, 62) such that the internal pocket (34, 64) is formed to extend laterally beyond a perimeter of the opening (32, 62) inside the distal tip; and an insertion tool comprising an expansion mechanism (70, 80) coupled to a distal end of the insertion tool; wherein the opening (32, 62) is sized to receive the distal end of the insertion tool and the expansion mechanism (70, 80) is configured to expand into the internal pocket (34, 64) to couple the insertion tool with the penile prosthesis. a penile prosthesis comprising a cylinder extending between a distal tip and a proximal tip, characterised in that at least one of the distal tip and the proximal tip has an internal pocket (34, 64) accessible by an opening (32, 62), the internal pocket (34, 64) has a second dimension being greater than a first dimension of the opening (32, 62) such that the internal pocket (34, 64) is formed to extend laterally beyond a perimeter of the opening (32, 62) inside the distal tip; and an insertion tool comprising an expansion mechanism (70, 80) coupled to a distal end of the insertion tool;
A dispensing system comprising: a pre-heat station configured to receive an electronic substrate; a dispense station configured to dispense material on the electronic substrate received from the pre-heat station; a post-heat station configured to receive the electronic substrate from the dispense station; a first non-contact infrared sensor positioned above the electronic substrate on the dispense station, and a second non-contact infrared sensor positioned above the electronic substrate on the pre-heat station to ensure that the electronic substrate is at a proper temperature before moving the electronic substrate to the dispense station characterized in that the second non-contact infrared sensor is mounted on a first adjustable mechanism that moves towards and away from a target of the temperature measurement. a pre-heat station configured to receive an electronic substrate; a dispense station configured to dispense material on the electronic substrate received from the pre-heat station; a post-heat station configured to receive the electronic substrate from the dispense station; a first non-contact infrared sensor positioned above the electronic substrate on the dispense station, and a second non-contact infrared sensor positioned above the electronic substrate on the pre-heat station to ensure that the electronic substrate is at a proper temperature before moving the electronic substrate to the dispense station characterized in that the second non-contact infrared sensor is mounted on a first adjustable mechanism that moves towards and away from a target of the temperature measurement.
An injection molding machine for molding an article by injecting resin into a mold, comprising: an ejector (2, 3, 8, 9) for ejecting a molded article from the mold by actuating an ejector rod (2, 9) to produce a set ejecting force and advance to a set forward end position of an ejection stroke; position detection means suitable for detecting a position of a distal end of the ejector rod (2, 9) of said ejector (2, 3, 8, 9) during actuation of the ejector rod (2, 9), characterized in that the injection molding machine further comprises first determining means (12, 25, 26) suitable for determining whether or not the mold has been changed; second determining means (7, 22, 25, 26) suitable for determining whether or not setting of the forward end position of the ejection stroke has been changed; first setting means suitable for setting the ejecting force to a protective ejecting force lower than a normal ejecting force when change of the mold is detected by said first determining means (12, 25, 26) or change of setting of the forward end position of the ejection stroke of the ejector is detected by said second determining means (7, 22, 25, 26); and second setting means suitable for setting the ejecting force to the normal ejecting force when said position detecting means detects that the distal end of the ejector rod (2, 9) has reached the set forward end position of the ejection stroke during actuation of the ejector rod (2, 9) to produce the set protective ejecting force. an ejector (2, 3, 8, 9) for ejecting a molded article from the mold by actuating an ejector rod (2, 9) to produce a set ejecting force and advance to a set forward end position of an ejection stroke; position detection means suitable for detecting a position of a distal end of the ejector rod (2, 9) of said ejector (2, 3, 8, 9) during actuation of the ejector rod (2, 9), characterized in that the injection molding machine further comprises first determining means (12, 25, 26) suitable for determining whether or not the mold has been changed; second determining means (7, 22, 25, 26) suitable for determining whether or not setting of the forward end position of the ejection stroke has been changed; first setting means suitable for setting the ejecting force to a protective ejecting force lower than a normal ejecting force when change of the mold is detected by said first determining means (12, 25, 26) or change of setting of the forward end position of the ejection stroke of the ejector is detected by said second determining means (7, 22, 25, 26); and second setting means suitable for setting the ejecting force to the normal ejecting force when said position detecting means detects that the distal end of the ejector rod (2, 9) has reached the set forward end position of the ejection stroke during actuation of the ejector rod (2, 9) to produce the set protective ejecting force.
A method for preventing data loss in a computer system, wherein the method comprises: searching text data for a plurality of keywords to determine one or more keywords that match the text data; calculating a density of keywords in the text data based on the one or more keywords that match the text data; determining that the text data contains confidential data based on whether the density of keywords exceeds a threshold value; blocking use of the text data containing confidential data from being used in screen-capture, copy and paste, print and fax, and file transfer operations; and overriding the blocking by allowing a use of the text data only by applications in a whitelist. searching text data for a plurality of keywords to determine one or more keywords that match the text data; calculating a density of keywords in the text data based on the one or more keywords that match the text data; determining that the text data contains confidential data based on whether the density of keywords exceeds a threshold value; blocking use of the text data containing confidential data from being used in screen-capture, copy and paste, print and fax, and file transfer operations; and overriding the blocking by allowing a use of the text data only by applications in a whitelist.
A method for allocating radio resources of a physical uplink control channel, PUCCH, comprising: a radio resource manager generating a resource pool; the radio resource manager sorting PUCCH resources in the resource pool according to a generating sequence thereof, and making a pointer point to a first PUCCH resource; and the radio resource manager allocating a PUCCH resource pointed by the pointer currently to a terminal and making the pointer point to a next PUCCH resource. a radio resource manager generating a resource pool; the radio resource manager sorting PUCCH resources in the resource pool according to a generating sequence thereof, and making a pointer point to a first PUCCH resource; and the radio resource manager allocating a PUCCH resource pointed by the pointer currently to a terminal and making the pointer point to a next PUCCH resource.
A method for controlling access of a user terminal, comprising: receiving, by a controller, an authentication packet sent by an access switching node through an established data tunnel; obtaining, by the controller, a media access control, MAC, address in a source MAC address field of the authentication packet; after access authentication implemented on a user terminal corresponding to the obtained MAC address succeeds, determining, from a maintained correspondence between a MAC address of a user terminal and an interface identifier, an interface identifier corresponding to the MAC address of the successfully-authenticated user terminal, wherein the interface identifier is an interface identifier of an interface on the access switching node connected to the user terminal; and sending, by the controller, the determined interface identifier to the access switching node through a control tunnel established between the controller and the access switching node, and instructing the access switching node to enable the interface corresponding to the interface identifier. receiving, by a controller, an authentication packet sent by an access switching node through an established data tunnel; obtaining, by the controller, a media access control, MAC, address in a source MAC address field of the authentication packet; after access authentication implemented on a user terminal corresponding to the obtained MAC address succeeds, determining, from a maintained correspondence between a MAC address of a user terminal and an interface identifier, an interface identifier corresponding to the MAC address of the successfully-authenticated user terminal, wherein the interface identifier is an interface identifier of an interface on the access switching node connected to the user terminal; and sending, by the controller, the determined interface identifier to the access switching node through a control tunnel established between the controller and the access switching node, and instructing the access switching node to enable the interface corresponding to the interface identifier.
Control unit for a control device for a heavy-duty vehicle, which has a base body with two connection openings (12a, 12b) to which lines for a hydraulic medium of a first hydraulic circuit can be connected, wherein a first channel leads from the first connection opening to a first chamber and a second channel leads from the second connection opening to a second chamber, wherein a passage between these two chambers (14a, 14b) of the first hydraulic circuit can be opened and closed by a valve element, wherein the base body has at least two further connection openings (12c, 12d) of at least one second hydraulic circuit to which further lines for a hydraulic medium can be connected, wherein a third channel leads from the third connection opening to a third chamber and a fourth channel leads from the fourth connection opening to a fourth chamber, wherein a passage between these two chambers (14c, 14d) of this second hydraulic circuit can be opened and closed by a further valve element, wherein in a receiving space of the base body of the control unit (10a-10e; 10f) a control element (16a-16e; 16f), which can be moved by an actuating element, being arranged on an actuating shaft, is provided, which has at least one control profile (20a, 20b) which stands or which stand in operative engagement with the valve elements (15a, 15b), characterized in that by a movement of the control element (16a-16e; 16f) effected by a rotational movement of the actuating element the valve element of the first hydraulic circuit and in correlation thereto the further valve element of the at least one second hydraulic circuit can be moved by the control profile or the control profiles (20a, 20b) at least from a first control position into a second control position.
An inspection tool comprising: a first display portion; and a second display portion, wherein the first display portion is a display portion which indicates a visual change before and after irradiation of the inspection tool with light having at least any of wavelengths in a wavelength range of 200 to 280 nm, and the second display portion is a display portion which does not indicate a visual change before and after irradiation of the inspection tool with light in a wavelength range of 200 to 230 nm, but indicates a visual change before and after irradiation of the inspection tool with light having at least any of wavelengths in a wavelength range of more than 230 nm and 280 nm or less. a first display portion; and a second display portion, wherein the first display portion is a display portion which indicates a visual change before and after irradiation of the inspection tool with light having at least any of wavelengths in a wavelength range of 200 to 280 nm, and the second display portion is a display portion which does not indicate a visual change before and after irradiation of the inspection tool with light in a wavelength range of 200 to 230 nm, but indicates a visual change before and after irradiation of the inspection tool with light having at least any of wavelengths in a wavelength range of more than 230 nm and 280 nm or less.
An autonomous vehicle (10, 30, 40, 84, 167, 170, 176), comprising: a frame (33, 43, 53, 87); one or more tracks or wheels (12, 32, 42, 86) coupled to the frame; a power source; a self-propelled drive system operatively connected to the power source and configured to drive the one or more tracks or wheels (12, 32, 42, 86); an intelligent control on the autonomous vehicle operatively connected to the drive system and power source to aid in the self-propelling of the drive system; characterized in that the intelligent control is operatively connected to: a plurality of modules for obtaining information related to the operation of the vehicle and including sensors and/or location determining devices to aid in connecting or disconnecting components of the autonomous vehicle and to determine which components the autonomous vehicle is to connected with; and communication devices that use the information related to the operation of the vehicle to indicate the location of the autonomous vehicle relative to other objects, the status of the autonomous vehicle, what agricultural implements (35, 45, 88, 168, 174) are attached to the autonomous vehicle, and areas where the autonomous vehicle should not navigate. a frame (33, 43, 53, 87); one or more tracks or wheels (12, 32, 42, 86) coupled to the frame; a power source; a self-propelled drive system operatively connected to the power source and configured to drive the one or more tracks or wheels (12, 32, 42, 86); an intelligent control on the autonomous vehicle operatively connected to the drive system and power source to aid in the self-propelling of the drive system; characterized in that the intelligent control is operatively connected to: a plurality of modules for obtaining information related to the operation of the vehicle and including sensors and/or location determining devices to aid in connecting or disconnecting components of the autonomous vehicle and to determine which components the autonomous vehicle is to connected with; and communication devices that use the information related to the operation of the vehicle to indicate the location of the autonomous vehicle relative to other objects, the status of the autonomous vehicle, what agricultural implements (35, 45, 88, 168, 174) are attached to the autonomous vehicle, and areas where the autonomous vehicle should not navigate. a plurality of modules for obtaining information related to the operation of the vehicle and including sensors and/or location determining devices to aid in connecting or disconnecting components of the autonomous vehicle and to determine which components the autonomous vehicle is to connected with; and communication devices that use the information related to the operation of the vehicle to indicate the location of the autonomous vehicle relative to other objects, the status of the autonomous vehicle, what agricultural implements (35, 45, 88, 168, 174) are attached to the autonomous vehicle, and areas where the autonomous vehicle should not navigate.