mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless peer-to-peer communications between a device host, DH, and a remote Near Field Communication, NFC, endpoint, wherein the DH is configured in a Listen Mode, the method comprising:receiving, at the DH, parameter selection request message from the remote NFC endpoint; determining, by the device host, DH, that one or more parameter values included in the parameter selection request message are different than one or more corresponding parameter values used during discovery of the remote Near Field Communication, NFC, endpoint using a frame radio frequency, RF, interface; and communicating, by the DH, one or more parameter values to a NFC Controller using a parameter update message, wherein the parameter update message prompts the NFC Controller to change the one or more corresponding parameter values used during discovery to the one or more parameter values included in the parameter selection request message.
An actuation system comprising: an actuator assembly comprising an actuator shaft arranged to be rotated in response to an actuator control signal; a position sensor configured to provide an indication of a position of an object moved by rotation of the actuator shaft; and an actuator position measurement assembly, comprising a first actuator transmission path arranged to provide a first output comprising a position of an actuator factored by a first ratio, and a second actuator transmission path, parallel to the first actuator transmission path, arranged to provide a second output comprising the position of the actuator factored by a second, different ratio; and a comparator stage comprising a differential gear, arranged between the first and second actuator transmission paths to compare the first and second outputs and to provide a difference between the first and second outputs as the input to the position sensor; and wherein the actuator shaft is coupled to the first and second paths. an actuator assembly comprising an actuator shaft arranged to be rotated in response to an actuator control signal; a position sensor configured to provide an indication of a position of an object moved by rotation of the actuator shaft; and an actuator position measurement assembly, comprising a first actuator transmission path arranged to provide a first output comprising a position of an actuator factored by a first ratio, and a second actuator transmission path, parallel to the first actuator transmission path, arranged to provide a second output comprising the position of the actuator factored by a second, different ratio; and a comparator stage comprising a differential gear, arranged between the first and second actuator transmission paths to compare the first and second outputs and to provide a difference between the first and second outputs as the input to the position sensor; and wherein the actuator shaft is coupled to the first and second paths.
An assembly for controlling the geometry of a vane of an angle-of-attack probe of an aircraft directly on the aircraft, said assembly comprising the angle-of-attack probe, comprising a body on which there is mounted a vane assembly made up of a base pivoting in the body and of the vane, as well as a device comprising multiple bearings (210, 220, 230), each bearing comprising a slot, the geometric dimensions of which are specifically configured to accept and conform a portion of the vane of said angle-of-attack probe when the device is butted against the vane of the vane assembly directly on the aircraft.
A sliding component comprising a pair of sliding members (3, 5) being slidable relative to each other on sliding surfaces of the sliding members, wherein at least one of the sliding surfaces includes a dimple group (10, 60, 70) in which dimples (11, 12a) are arranged in a radial direction and a circumferential direction, each of the dimples having an opening portion a shape of which has a long axis and a short axis orthogonal to the long axis, and a dimple angle (θ) formed by a radial axis (r) passing through an intersection of the long axis and the short axis of the dimple and a rotational center of the one of the sliding surfaces and the long axis changes in the radial direction of the one of the sliding surfaces, and characterized in that the dimple angle (θ) changes such that it is larger on a leakage side of the one of the sliding surfaces and smaller on a sealed fluid side of the one of the sliding surfaces. wherein at least one of the sliding surfaces includes a dimple group (10, 60, 70) in which dimples (11, 12a) are arranged in a radial direction and a circumferential direction, each of the dimples having an opening portion a shape of which has a long axis and a short axis orthogonal to the long axis, and a dimple angle (θ) formed by a radial axis (r) passing through an intersection of the long axis and the short axis of the dimple and a rotational center of the one of the sliding surfaces and the long axis changes in the radial direction of the one of the sliding surfaces, and characterized in that the dimple angle (θ) changes such that it is larger on a leakage side of the one of the sliding surfaces and smaller on a sealed fluid side of the one of the sliding surfaces.
Apparatus comprising: a housing having a screen for displaying graphical or numerical representations of sensed physical attributes of a patient, said housing having one connector adapted to mate with a sensor connector electrically connected to a sensor attachable to the patient to sense at least one physical attribute of the patient, characterized in that said housing includes a back that includes a back wall and a cavity defined by a cavity portion at the back wall, that said apparatus includes a plurality of covers (60a, 60b, 60c) of different dimensions, that the cavity portion is adapted to have removably affixed thereto one of the plurality of covers (60a, 60b, 60c), and that said any one cover has a configured dimension that when removably affixed to said cavity portion forms a receptacle of a particular dimension adapted to fittingly accept and to retain a corresponding dimensioned sensor.
A method for making a microarray assembly, comprising: unrolling a substrate film by one or more substrate film reels; printing microarrays onto the unrolled substrate film; laminating a spacer film on top of the printed substrate film, wherein the spacer film is pre-cut to provide space for an array chamber prior to the placing step and is placed on top of the printed substrate film by one or more spacer film reels; laminating a cover film on top of the spacer film to form a layered microarray structure; and cutting the layered microarray structure into individual microarray assemblies. unrolling a substrate film by one or more substrate film reels; printing microarrays onto the unrolled substrate film; laminating a spacer film on top of the printed substrate film, wherein the spacer film is pre-cut to provide space for an array chamber prior to the placing step and is placed on top of the printed substrate film by one or more spacer film reels; laminating a cover film on top of the spacer film to form a layered microarray structure; and cutting the layered microarray structure into individual microarray assemblies.
A system for connecting a corresponding cable to a connector of an electronic equipment based on an input source selected by an end user, the input source being a device providing media signal to the electronic equipment, wherein the system comprises of: a plurality of connectors (1,2 & 3) for the input sources provided in a cabinet of the electronic equipment for connecting the cables, wherein the input source is selected from a menu of the electronic equipment; a plurality of motors (4, 5 & 6) provided in the cabinet adapted to extract out the connectors (1, 2 & 3) from the cabinet for connecting the cable; a motor control unit adapted to control the plurality of motors (4, 5 & 6) thereby extracting the plurality of connectors (1,2 & 3); a system software configured for obtaining and processing signals from the menu and activating a system controller for controlling the motor control unit thereby extracting the corresponding connector (1,2 & 3) of the input source selected; wherein the extracted connector (1,2 & 3) is pulled back inside the cabinet after a predetermined duration, and wherein the predetermined duration is adjusted by the end user. a plurality of connectors (1,2 & 3) for the input sources provided in a cabinet of the electronic equipment for connecting the cables, wherein the input source is selected from a menu of the electronic equipment; a plurality of motors (4, 5 & 6) provided in the cabinet adapted to extract out the connectors (1, 2 & 3) from the cabinet for connecting the cable; a motor control unit adapted to control the plurality of motors (4, 5 & 6) thereby extracting the plurality of connectors (1,2 & 3); a system software configured for obtaining and processing signals from the menu and activating a system controller for controlling the motor control unit thereby extracting the corresponding connector (1,2 & 3) of the input source selected; wherein the extracted connector (1,2 & 3) is pulled back inside the cabinet after a predetermined duration, and wherein the predetermined duration is adjusted by the end user.
An insulation pressure-resistance cylinder body of submarine cable equipment, comprising: an installation cylinder, an insulation layer, and a pressure-resistance cylinder that are sequentially disposed from inside to outside; characterized in that: a first groove (11, 12) is on an outer surface of the installation cylinder, and a second groove (31, 32) interlaced with the first groove (11, 12) is on an inner surface of the pressure-resistance cylinder (31, 32); and the insulation layer is closely adhered to the outer surface of the installation cylinder and the inner surface of the pressure-resistance cylinder, wherein the insulation layer is a resin potting compound layer, which is formed by pouring a resin potting compound into a cavity between the pressure-resistance cylinder and the installation cylinder. a first groove (11, 12) is on an outer surface of the installation cylinder, and a second groove (31, 32) interlaced with the first groove (11, 12) is on an inner surface of the pressure-resistance cylinder (31, 32); and the insulation layer is closely adhered to the outer surface of the installation cylinder and the inner surface of the pressure-resistance cylinder, wherein the insulation layer is a resin potting compound layer, which is formed by pouring a resin potting compound into a cavity between the pressure-resistance cylinder and the installation cylinder.
Chock for mounting an upper backing roll, which comprises a roll cylinder and two roll pins, in a roll stand, with: a main bore, which extends from the outlet side (100-A) to the cylinder side (100-B) of the chock, for receiving one of the roll pins; a lubricant collecting chamber, which is arranged at the cylinder side (100-B) and is formed to extend annularly around the main bore and which has a widening extending axially and in circumferential direction in the lower region of the chock; an annular seal; and at least one lubricant outflow bore extending from the lubricant collecting chamber to the cylinder side in the direction of the outlet side (100-A) of the chock; wherein the lubricant outflow bore is so arranged as seen in the cross-section of the cylinder side that the spacing (d) of the centre point of the lubricant outflow bore from the vertical longitudinal centre plane of the chock is smaller than or equal to half the diameter of the main bore; characterised in that in the vertical longitudinal centre plane there applies for the spacing s from the mating surface of the annular seal in the lower region of the chock from the horizontal tangential plane at the upper edge of the lubricant outflow bore: 2 mm < s < 10 mm; and the wall, which is remote from the cylinder side (100-B) and bounds the lubricant collecting chamber (120, 120-1), of the chock extends radially evenly as seen from the longitudinal axis of the chock. a main bore, which extends from the outlet side (100-A) to the cylinder side (100-B) of the chock, for receiving one of the roll pins; a lubricant collecting chamber, which is arranged at the cylinder side (100-B) and is formed to extend annularly around the main bore and which has a widening extending axially and in circumferential direction in the lower region of the chock; an annular seal; and at least one lubricant outflow bore extending from the lubricant collecting chamber to the cylinder side in the direction of the outlet side (100-A) of the chock; wherein the lubricant outflow bore is so arranged as seen in the cross-section of the cylinder side that the spacing (d) of the centre point of the lubricant outflow bore from the vertical longitudinal centre plane of the chock is smaller than or equal to half the diameter of the main bore; characterised in that in the vertical longitudinal centre plane there applies for the spacing s from the mating surface of the annular seal in the lower region of the chock from the horizontal tangential plane at the upper edge of the lubricant outflow bore: 2 mm < s < 10 mm; and the wall, which is remote from the cylinder side (100-B) and bounds the lubricant collecting chamber (120, 120-1), of the chock extends radially evenly as seen from the longitudinal axis of the chock.
Filter holder for receiving filter cassettes, having two plates (3, 4) which are movable relative to one another on at least one rail and between which the filter cassettes can be clamped, and having a drive, wherein a first plate is fixedly arranged and a second parallel plate is arranged above the drive such that it can be slid with a predefinable tension pressure, and wherein the drive is designed as a hydraulic cylinder on which pressure can be applied, by means of the movable piston of which the second plate can be clamped against the filter cassettes with the pre-set tension pressure, characterized in that the drive is designed to be removable, that there is provided at least one tension rod with a spring clamping element that is parallel to the at least one rail by means of which the two plates (3, 4) can be connected to one another and clamped with a predefinable tension rod pressure against the filter cassettes.
A consumer electronic product, comprising: a housing having a front surface, a back surface and side surfaces; electrical components provided at least partially internal to the housing, the electrical components including at least a controller, a memory, and a display, the display being provided at or adjacent the front surface of the housing; and a glass cover provided at or over the front surface of the housing such that it is provided over the display, the glass cover being strengthened by having edges of the glass cover correspond to a predetermined rounded convex edge geometry and by chemically treating the edges of the glass cover. a housing having a front surface, a back surface and side surfaces; electrical components provided at least partially internal to the housing, the electrical components including at least a controller, a memory, and a display, the display being provided at or adjacent the front surface of the housing; and a glass cover provided at or over the front surface of the housing such that it is provided over the display, the glass cover being strengthened by having edges of the glass cover correspond to a predetermined rounded convex edge geometry and by chemically treating the edges of the glass cover.
A steel pipe for use in an airbag inflator, which has a steel composition consisting of, in mass %, C: 0.05 - 0.20 %, Si: 0.1 - 1.0 %, P: at most 0.025 %, S: at most 0.010 %, Cr: 0.05-1.45 %, Al: at most 0.10 %, Ti and Mn in amounts satisfying the following equations and and, Ti ≤ 0.02 % 0.4 % ≤ Mn + 40 Ti ≤ 1.2 % Mn ≤ 1.0 % Mo: 0 - 1.0 %, Ni: 0 - 1.5 %, V: 0 - 0.2 %, B: 0 - 0.005 %, Cu: 0 - 0.5 %, Nb: 0 - 0.1 %, Ca: 0 - 0.01 %, Mg: 0 - 0.01 %, REM: 0 - 0.01 %, and a remainder of Fe and impurities, wherein the ratio (referred to below as L/T) of the X-ray integrated intensity ratio for the plane measured in a cross section perpendicular to the axial direction L of the steel pipe to the X-ray integrated intensity ratio for the plane measured in a cross section perpendicular to the circumferential direction T of the steel pipe is at most 50 and the steel pipe has a tensile strength in the circumferential direction of at least 900 MPa and vTrs100 in the circumferential direction of -40°C or less.
Piece of furniture, wherein this piece of furniture comprises at least a first furniture part and a second furniture part, which furniture parts (2, 3) are panel-shaped elements and coupled to each other at an angle by means of mechanical coupling means, and wherein said coupling means consist at least of a male part provided on the first furniture part and a cooperating therewith female part provided on the second furniture part, wherein said female part is made as an oblong slot in said second furniture part and wherein said male part and female part comprise one or more cooperating grooves and protrusions, wherein said slot comprises an insertion opening for introducing said male part and wherein, when coupling the first furniture part and the second furniture part to each other, the male part is brought from an insertion position in said insertion opening to an end position in said female part by moving the male part and the female part along each other in the longitudinal direction of said slot, wherein said grooves and protrusions in said end position cooperate such that a coupling of the first and second furniture part is obtained, wherein said male part is situated on a narrow end of said first furniture part, whereas said slot is realized in an inwardly directed flat side of the second furniture part, characterized in that said male part is positioned with its center line between a central plane of the first furniture part and an inner side of the first furniture part.
Method for automatically presenting messages that are sent by a sender to an addressee via a communication network, wherein the messages are buffer-stored in a memory for later retrieval by the addressee, wherein the messages to be buffer-stored are examined for their information content by a program and the information content of a message is summarized in a short message that is made available to the addressee for immediate retrieval, wherein a generated and buffer-stored short message comprises a smaller volume of data than the corresponding message and the message is a voice message that is converted into a text file by a program for voice conversion prior to the content compression, characterized in that a pointer to the memory location of the message is stored in conjunction with the short message, said pointer being able to be used by the addressee of the received short message to resort to the complete content of the message.
A buckle comprising: a plug member including a plate extending forward from a lower end of a base and having a first magnet embedded in a middle portion thereof, and a holder protruding from a front end of the plate; and a socket member including an upper plate extending forward from an upper end of a base and having a second magnet embedded in a middle portion thereof, side plates formed on opposite sides of the upper plate, and an accommodation region formed inside the upper plate and the side plates so as to accommodate the plate therein, the upper plate having a holder aperture formed therein so that the holder is seated in the holder aperture when the plug member and the socket member are coupled to each other, and wherein the plug member and the socket member are separably connected to each other characterized in that the plug member has a first slot formed in a contact portion of the base and the plate, and the socket member has a holding protrusion protruding from a front end of the upper plate so as to correspond to and be fitted into the first slot. a plug member including a plate extending forward from a lower end of a base and having a first magnet embedded in a middle portion thereof, and a holder protruding from a front end of the plate; and a socket member including an upper plate extending forward from an upper end of a base and having a second magnet embedded in a middle portion thereof, side plates formed on opposite sides of the upper plate, and an accommodation region formed inside the upper plate and the side plates so as to accommodate the plate therein, the upper plate having a holder aperture formed therein so that the holder is seated in the holder aperture when the plug member and the socket member are coupled to each other, and wherein the plug member and the socket member are separably connected to each other characterized in that the plug member has a first slot formed in a contact portion of the base and the plate, and the socket member has a holding protrusion protruding from a front end of the upper plate so as to correspond to and be fitted into the first slot.
A method of manufacturing glass comprising: melting a glass batch in a continuous glass furnace to produce molten glass having a first glass composition and a first color, the first color being defined by a first color specification; transitioning the molten glass in the furnace from the first glass composition to a second glass composition having a second color by modifying the glass batch with respect to at least one element or compound, the second color being defined by a second color specification; introducing a compensating agent into the molten glass separate from, and downstream of, the glass batch so that molten glass exiting the furnace continues to meet either the first color specification or the second color specification while the molten glass in the furnace is transitioning from the first glass composition to the second glass composition; and monitoring at least one of the composition or the color, or both, of the molten glass in the furnace during the transition of the molten glass from the first glass composition to the second glass composition. melting a glass batch in a continuous glass furnace to produce molten glass having a first glass composition and a first color, the first color being defined by a first color specification; transitioning the molten glass in the furnace from the first glass composition to a second glass composition having a second color by modifying the glass batch with respect to at least one element or compound, the second color being defined by a second color specification; introducing a compensating agent into the molten glass separate from, and downstream of, the glass batch so that molten glass exiting the furnace continues to meet either the first color specification or the second color specification while the molten glass in the furnace is transitioning from the first glass composition to the second glass composition; and monitoring at least one of the composition or the color, or both, of the molten glass in the furnace during the transition of the molten glass from the first glass composition to the second glass composition.