mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: an equipment case having a front surface portion and a back surface portion, whereby a non-contact type read target medium can be brought close to either the front surface portion or the back surface portion at the outside of the equipment case; a loop-shaped antenna (7, 20) provided inside of the equipment case for performing wireless communication with the non-contact type read target medium, the antenna (7, 20) comprising a first portion (13, 21) positioned on the front surface side within the equipment case and configured for performing communication with the non-contact type read target medium brought close to the front surface portion of the equipment case; a second portion (14, 22) positioned on the back surface side within the equipment case and configured for performing communication with the non-contact type read target medium brought close to the back surface portion of the equipment case; and a bending portion (15, 23) connecting the first portion and the second portion, wherein the antenna (7, 20) is bent by the bending portion (15, 23) so that the first portion and the second portion continue in a loop shape. an equipment case having a front surface portion and a back surface portion, whereby a non-contact type read target medium can be brought close to either the front surface portion or the back surface portion at the outside of the equipment case; a loop-shaped antenna (7, 20) provided inside of the equipment case for performing wireless communication with the non-contact type read target medium, the antenna (7, 20) comprising a first portion (13, 21) positioned on the front surface side within the equipment case and configured for performing communication with the non-contact type read target medium brought close to the front surface portion of the equipment case; a second portion (14, 22) positioned on the back surface side within the equipment case and configured for performing communication with the non-contact type read target medium brought close to the back surface portion of the equipment case; and a bending portion (15, 23) connecting the first portion and the second portion, wherein the antenna (7, 20) is bent by the bending portion (15, 23) so that the first portion and the second portion continue in a loop shape.
An air conditioning indoor unit capable of varying the direction at which air is blown from a blow-out port, comprising: a casing in which the blow-out port is formed; an upright vane disposed in the casing and capable of switching the state of air blown from the blow-out port to either a first state of blowing the air out to the front surface of the casing, or a second state of blowing the air out to a side surface of the casing; a vertical airflow direction adjustment vane that is in an open state of opening the blow-out port during operation and that is in a closed state of closing the blow-out port when operation has stopped; and a controller for controlling the actions of the upright vane and the vertical airflow direction adjustment vane; characterized in that the upright vane is set to a size that interferes with the closed vertical airflow direction adjustment vane when in the first state; and the controller puts the vertical airflow direction adjustment vane into the closed state after putting the upright vane into the second state when operation has stopped. a casing in which the blow-out port is formed; an upright vane disposed in the casing and capable of switching the state of air blown from the blow-out port to either a first state of blowing the air out to the front surface of the casing, or a second state of blowing the air out to a side surface of the casing; a vertical airflow direction adjustment vane that is in an open state of opening the blow-out port during operation and that is in a closed state of closing the blow-out port when operation has stopped; and a controller for controlling the actions of the upright vane and the vertical airflow direction adjustment vane; characterized in that the upright vane is set to a size that interferes with the closed vertical airflow direction adjustment vane when in the first state; and the controller puts the vertical airflow direction adjustment vane into the closed state after putting the upright vane into the second state when operation has stopped.
Mouthpiece which can be incorporated in a channel of an extrusion press to produce preforms, in particular from ceramic masses, provided with cavities, consisting of a core holding plate to be fastened to the channel of the extrusion press, through which core holding plate the mouthpiece is separated from the extrusion press in relation to the pressing direction of the mass, and of a plurality of core holding rods attached to the core holding plate and orientated in the pressing direction of the mass, a core being placed at the end of each core holding rod facing away from the core holding plate, through which core holding rods the cavities of the preform are produced, characterised in that at least one connecting element is arranged between the core holding plate and the cores, through which at least two adjacent core holding rods are connected to each other, and the respective connecting element is orientated vertically or inclined relative to the pressing direction of the mass.
A double-sided indexable insert (14, 114, 214) configured for high-feed or drilling operations, the insert (14, 114, 214) having a 180-degree rotational symmetry about each of the longitudinal first axis, lateral second and vertical third axis of a three-dimensional euclidean space; the insert (14, 114, 214) comprising: opposite first and second main surfaces (18, 20) and a peripheral surface extending therebetween, each of the first and second main surfaces (18, 20) comprising a main abutment surface and at least two rake surfaces; and a through clamping bore extending along the third axis and opening out to the first and second main surfaces (18, 20); the peripheral surface comprising: two opposite front surfaces, each comprising a pair of outward abutment surfaces; and two opposite side surfaces, each extending between the two front surfaces, wherein each pair of outward abutment surfaces converge outwardly away from the third axis; characterised in that each side surface comprises a pair of at least partially planar inward abutment surfaces wherein each pair of inward abutment surfaces converge inwardly towards the third axis. opposite first and second main surfaces (18, 20) and a peripheral surface extending therebetween, each of the first and second main surfaces (18, 20) comprising a main abutment surface and at least two rake surfaces; and a through clamping bore extending along the third axis and opening out to the first and second main surfaces (18, 20); the peripheral surface comprising: two opposite front surfaces, each comprising a pair of outward abutment surfaces; and two opposite side surfaces, each extending between the two front surfaces, wherein each pair of outward abutment surfaces converge outwardly away from the third axis; characterised in that each side surface comprises a pair of at least partially planar inward abutment surfaces wherein each pair of inward abutment surfaces converge inwardly towards the third axis.
A cross-fader comprising an operation device, the operation device comprising: a second base portion having a slide operation element; a first base portion holding the second base portion; and two dampers connecting the first base portion to the second base portion, wherein the second base portion is capable of oscillating, wherein the first base portion includes a first body portion in a form of a rectangular plate extending in a right-left direction and a pair of lateral sides extending upward from both ends of the first body portion, wherein the second base portion is provided in a space defined by the first body portion and the pair of lateral sides. characterized in that the dampers are substantially cylindrically formed of an elastically deformable material, wherein each of the dampers is fitted in a respective damper attachment hole of the first base portion, and in that each of two damper attachment pins of the second base portion is fitted in each of the dampers. a second base portion having a slide operation element; a first base portion holding the second base portion; and two dampers connecting the first base portion to the second base portion, wherein the second base portion is capable of oscillating, wherein the first base portion includes a first body portion in a form of a rectangular plate extending in a right-left direction and a pair of lateral sides extending upward from both ends of the first body portion, wherein the second base portion is provided in a space defined by the first body portion and the pair of lateral sides. characterized in that the dampers are substantially cylindrically formed of an elastically deformable material, wherein each of the dampers is fitted in a respective damper attachment hole of the first base portion, and in that each of two damper attachment pins of the second base portion is fitted in each of the dampers.
A system comprising: a transmitter to transmit a continuous wave incident radio frequency,RF, signal; a receiver adapted to receive reflections of the RF signal from any metal objects; and a processor (490, 990) connected to the transmitter and the receiver, wherein the processor (490, 990) is operable to detect the metal objects by processing at least a portion of the reflected RF signal by measuring the progression of the power and phase of reflections of the RF signal from the metal objects over time. a transmitter to transmit a continuous wave incident radio frequency,RF, signal; a receiver adapted to receive reflections of the RF signal from any metal objects; and a processor (490, 990) connected to the transmitter and the receiver,
A nanostructured biocompatible wafer for placement in the conjunctival cul-de-sac, the wafer comprising a tissue-reactive mucoadhesive polymer and a mesh formed of a plurality of hydrophobic polymer fibers, wherein the tissue-reactive mucoadhesive polymer is coated on the wafer or intercalated with the hydrophobic fibers; the wafer has a thickness of 0.05 mm to 0.5 mm, a hydrated flexural modulus of less than 25 MPa, and an oxygen permeability of 15 Dk to 30 Dk; the mesh has a pore size of 50 nm to 1000 nm; and the hydrophobic polymer fibers have a diameter of 100 nm to 1500 nm, and wherein the tissue-reactive mucoadhesive polymer is PEG-succinimidyl glutarate, PEG-amine, polylysine, xanthan gum, guar gum, polyacrylic acid, chitosan, or hyaluronic acid.
A method of treating a component (24, 26) adapted for use in a gas turbine engine, the method comprising providing a component comprising ceramic matrix composite materials for installation in the gas turbine engine, treating the component prior to installation in the gas turbine engine to provide a treated ceramic matrix composite component, and installing the treated ceramic matrix composite component into the gas turbine engine, wherein the treating step includes at least one of applying a mechanical load to a surface of the component according to a predetermined force schedule and applying heat to the component according to a predetermined heating schedule to Z achieve a bedding-in effect which creates a localised compliance in the ceramic matrix composite material of the treated component through the internal generation of defects and limits formation of failure inducing cracks in the component during use of the component in the gas turbine engine. providing a component comprising ceramic matrix composite materials for installation in the gas turbine engine, treating the component prior to installation in the gas turbine engine to provide a treated ceramic matrix composite component, and installing the treated ceramic matrix composite component into the gas turbine engine, wherein the treating step includes at least one of applying a mechanical load to a surface of the component according to a predetermined force schedule and applying heat to the component according to a predetermined heating schedule to Z achieve a bedding-in effect which creates a localised compliance in the ceramic matrix composite material of the treated component through the internal generation of defects and limits formation of failure inducing cracks in the component during use of the component in the gas turbine engine.
A lifting vehicle comprising: - a cradle system comprising a platform; - a frame; - a lifting arm to which the cradle system is hinged; - a lifting jack; - a first connecting arm hinged to the frame and directly to the lifting arm; - a correcting jack hinged to the lifting arm and to the cradle system; - a sensor configured to measure an angular parameter representative of an incline, or of an incline variation, of the cradle system relative to the horizontal, - a control system configured to control, as a function of said parameter measured by the sensor, the correcting jack so as to maintain the platform of the cradle system horizontally, characterized in that said vehicle further comprises a second connecting arm, called tie rod, hinged to the frame and hinged directly to the lifting arm, and in that said lifting jack is hinged to the first connecting arm and to the lifting arm to allow the lifting and lowering of the arm. - a cradle system comprising a platform; - a frame; - a lifting arm to which the cradle system is hinged; - a lifting jack; - a first connecting arm hinged to the frame and directly to the lifting arm; - a correcting jack hinged to the lifting arm and to the cradle system; - a sensor configured to measure an angular parameter representative of an incline, or of an incline variation, of the cradle system relative to the horizontal, - a control system configured to control, as a function of said parameter measured by the sensor, the correcting jack so as to maintain the platform of the cradle system horizontally,
Method for operating a central unit in a road toll system which may detect fake hardware of an on-board unit, the method comprises: sending a software routine from the central unit to the on-board unit, thereby instructing the on-board unit to perform one or more defined actions on the on-board unit and to transmit an answer to the central unit that includes results of the defined actions; waiting for an answer from the on-board unit in response to the software routine; if an answer is received from the on-board unit, comparing the received answer to an expected answer; classifying the on-board unit as not trustworthy if no answer is received or if the received answer differs from the expected answer; classifying the on-board unit as trustworthy if the received answer matches the expected answer; wherein the software routine is configured to evaluate circuit characteristics within the on-board unit; wherein the circuit characteristics comprise interface characteristics, said interface characteristics including at least one of a pin configuration, a pin condition, and pin connections between different components of the on-board unit. sending a software routine from the central unit to the on-board unit, thereby instructing the on-board unit to perform one or more defined actions on the on-board unit and to transmit an answer to the central unit that includes results of the defined actions; waiting for an answer from the on-board unit in response to the software routine; if an answer is received from the on-board unit, comparing the received answer to an expected answer; classifying the on-board unit as not trustworthy if no answer is received or if the received answer differs from the expected answer; classifying the on-board unit as trustworthy if the received answer matches the expected answer; wherein the software routine is configured to evaluate circuit characteristics within the on-board unit; interface characteristics, said interface characteristics including at least one of a pin configuration, a pin condition, and pin connections between different components of the on-board unit.
A capsule for preparing a predetermined quantity of beverage suitable for consumption using an extractable product, comprising a cup comprising a circumferential wall, a bottom closing the circumferential wall at a first end, and a flange-like rim extending outwardly of the circumferential wall at a second end opposite the bottom, and a lid in use connected to the flange-like rim, wherein the wall, bottom and lid, in use, enclose an inner space comprising the extractable product, and wherein the cup further comprises a plurality of substantially concentric circumferential ridges (28.i) extending outwardly of the cup, wherein the ridges (28.i) are made of the same material as the cup, characterized in that the ridges (28.i) are arranged on a side of the flange-like rim facing away from the lid and are integral with flange-like rim, wherein the capsule comprises a further ridge which is substantially concentric with the plurality of ridges (28.i), wherein a height of the further ridge is different from the heights of the plurality of ridges (28.i), wherein the further ridge comprises a conical section on an inner circumferential surface thereof.
An intramedullary bone-fracture fixation device, comprising: a main body (130, 430) including a series of beads disposed between a proximal end and a distal end, each bead in the series of beads including three or more fiber bores; a proximal interface (110, 215) coupled to the proximal end of the main body (130, 430) and configured to engage a bone; a distal interface (140, 540) coupled to the distal end of the main body (130, 430) and configured to engage an interior cavity of a bone to anchor the distal end of the main body (130, 430) to the bone; and three or more fibers (350, 355) each disposed in a respective one of the fiber bores; characterized in that a locking interface (120, 320, 325) is disposed adjacent to the proximal interface, configurable to cause the main body (130, 430) to be convertible between a rigid state in which the main body maintains a rigid arched geometry and the fibers are fixed in position at the proximal interface, and a flexible state in which the fibers are free to translate through their respective bores in each bead and in which the series of beads of the main body are able to flex in one or more axes of motion. a main body (130, 430) including a series of beads disposed between a proximal end and a distal end, each bead in the series of beads including three or more fiber bores; a proximal interface (110, 215) coupled to the proximal end of the main body (130, 430) and configured to engage a bone; a distal interface (140, 540) coupled to the distal end of the main body (130, 430) and configured to engage an interior cavity of a bone to anchor the distal end of the main body (130, 430) to the bone; and three or more fibers (350, 355) each disposed in a respective one of the fiber bores; characterized in that a locking interface (120, 320, 325) is disposed adjacent to the proximal interface, configurable to cause the main body (130, 430) to be convertible between a rigid state in which the main body maintains a rigid arched geometry and the fibers are fixed in position at the proximal interface, and a flexible state in which the fibers are free to translate through their respective bores in each bead and in which the series of beads of the main body are able to flex in one or more axes of motion.
Machine-tool for performing operations of a piece, comprising: • a longitudinal rail configured to be positioned facing the piece; • a transverse arm, orthogonal to the longitudinal rail, the transverse arm comprising two ends (31, 32), • a connection module between the transverse arm and the longitudinal rail, said connection module being mounted in translation on the longitudinal rail; • a tool borne by the transverse arm; • at least one holding unit arranged at one end of the transverse arm and comprising at least one suction cup which serves to hold the holding unit in position on the piece; the transverse arm comprising first means for attachment to the connection module, which are positioned between the two ends (31, 32) of the transverse arm, the first means for attachment to the connection module being configured so as to attach the tool in a cantilever manner facing the longitudinal rail such that the machine-tool has a first mounting configuration in which the holding unit and the tool are respectively positioned on either side of the longitudinal rail, and characterized in that the transverse arm further comprises second means for attachment to the connection module, which are positioned at the opposite end of the transverse arm from the end having the holding unit, the second means for attachment to the connection module being configured so as to attach the tool between the longitudinal rail and the holding unit such that the machine-tool has a second mounting configuration in which the tool is borne by the transverse arm. • a longitudinal rail configured to be positioned facing the piece; • a transverse arm, orthogonal to the longitudinal rail, the transverse arm comprising two ends (31, 32), • a connection module between the transverse arm and the longitudinal rail, said connection module being mounted in translation on the longitudinal rail; • a tool borne by the transverse arm; • at least one holding unit arranged at one end of the transverse arm and comprising at least one suction cup which serves to hold the holding unit in position on the piece; the transverse arm comprising first means for attachment to the connection module, which are positioned between the two ends (31, 32) of the transverse arm, the first means for attachment to the connection module being configured so as to attach the tool in a cantilever manner facing the longitudinal rail such that the machine-tool has a first mounting configuration in which the holding unit and the tool are respectively positioned on either side of the longitudinal rail, and characterized in that the transverse arm further comprises second means for attachment to the connection module, which are positioned at the opposite end of the transverse arm from the end having the holding unit, the second means for attachment to the connection module being configured so as to attach the tool between the longitudinal rail and the holding unit such that the machine-tool has a second mounting configuration in which the tool is borne by the transverse arm.