mhurhangee/ep-ind-claims huggingface dataset:
Deformable mirror (10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 110, 120) comprising: - a deformable membrane extending at rest in a first plane and having a reflecting front face and a back face opposite the front face, - a supporting structure, - an actuator having a first and a second end, the first end being fixed to the supporting structure, the second end being able to be displaced relative to the first end on a first axis substantially at right angles to the first plane to exert, on the back face, an axial load on the first axis, so as to locally deform the deformable membrane, characterized in that it comprises a plate that is substantially flat in a second plane substantially parallel to the first plane, positioned between the actuator and the deformable membrane, linked to the back face and capable of being deformed when the actuator exerts the axial load, and in that the plate is rigid in the second plane so as to take up loads applied to the mirror in the second plane. - a deformable membrane extending at rest in a first plane and having a reflecting front face and a back face opposite the front face, - a supporting structure, - an actuator having a first and a second end, the first end being fixed to the supporting structure, the second end being able to be displaced relative to the first end on a first axis substantially at right angles to the first plane to exert, on the back face, an axial load on the first axis, so as to locally deform the deformable membrane,
A surgical drill guide, comprising: a hollow outer body extending from a proximal end to a distal end, wherein the distal end is configured as a reverse collet having a plurality of prongs; an inner body having a central channel extending therethrough; and wherein a distal end of the inner body is configured to prevent radially inward deflection of the plurality of prongs when the inner body is in a lowermost position characterized in that the hollow outer body comprises a slot disposed proximate the proximal end and in that the surgical drill guide further comprises a lever coupled to the inner body through the slot, wherein the slot is shaped such that rotation of the lever relative to the outer body results in distal downward motion of the inner body relative to the outer body along a central axis of the surgical drill guide. a hollow outer body extending from a proximal end to a distal end, wherein the distal end is configured as a reverse collet having a plurality of prongs; an inner body having a central channel extending therethrough; and wherein a distal end of the inner body is configured to prevent radially inward deflection of the plurality of prongs when the inner body is in a lowermost position characterized in that
A circuit, comprising: a drive transistor having a control terminal configured to receive a drive signal and having a first conduction terminal and a second conduction terminal, wherein said first conduction terminal is configured for connection to a load circuit; a sense circuit configured to sense a voltage across the first and second conduction terminals; a comparator circuit configured to compare the sensed voltage to a received voltage threshold and generate a signal indicative of an over-voltage condition; and drive circuitry configured to generate said drive signal in response to a pulse width modulation, PWM, signal, said drive circuit including a force on circuit actuated in response to said signal indicative of the over-voltage condition to force said drive transistor to turn on irrespective of the PWM signal. a drive transistor having a control terminal configured to receive a drive signal and having a first conduction terminal and a second conduction terminal, wherein said first conduction terminal is configured for connection to a load circuit; a sense circuit configured to sense a voltage across the first and second conduction terminals; a comparator circuit configured to compare the sensed voltage to a received voltage threshold and generate a signal indicative of an over-voltage condition; and drive circuitry configured to generate said drive signal in response to a pulse width modulation, PWM, signal, said drive circuit including a force on circuit actuated in response to said signal indicative of the over-voltage condition to force said drive transistor to turn on irrespective of the PWM signal.
An isolator, comprising: a main body case including a box-shaped working space and provided with an inserting portion of a work hand on a front surface thereof; and an illuminating device that illuminates the inside of the main body case; and an air-conditioning device that performs air conditioning inside the main body case; and the main body case including a back plate or a bottom plate; characterized in that: at least one of the back plate or the bottom plate is constituted by a metal plate; and the illuminating device has a plurality of point light sources arranged substantially linearly in the main body case; and a rolling direction of the back plate or the bottom plate which is constituted by the metal plate is a direction substantially orthogonal to an arrangement direction of the plurality of point light sources. a main body case including a box-shaped working space and provided with an inserting portion of a work hand on a front surface thereof; and an illuminating device that illuminates the inside of the main body case; and an air-conditioning device that performs air conditioning inside the main body case; and the main body case including a back plate or a bottom plate; at least one of the back plate or the bottom plate is constituted by a metal plate; and the illuminating device has a plurality of point light sources arranged substantially linearly in the main body case; and a rolling direction of the back plate or the bottom plate which is constituted by the metal plate is a direction substantially orthogonal to an arrangement direction of the plurality of point light sources.
A seating unit comprising: a base (21; 21B), a seat (22; 22B), and a back (23; 23B), a control (24; 24B) operably supporting the seat and the back on the base for movement between upright and recline positions, the control including a first mechanism (123', 137, 123B'; 137B) providing a biasing supporting force to the back during recline, the control including a housing, an energy adjustment mechanism and a back stop mechanism, characterized by the back being adapted to pivot between upright and reclined positions; the energy adjustment mechanism comprises an energy mechanism for adjusting the force biasing the back toward the upright position, and the backstop mechanism is arranged for limiting the range of motion of the back to a position short of the reclined position; and in which a single actuator is operably attached to both the energy adjustment mechanism and the back stop mechanism for operating said mechanisms. a base (21; 21B), a seat (22; 22B), and a back (23; 23B), a control (24; 24B) operably supporting the seat and the back on the base for movement between upright and recline positions, the control including a first mechanism (123', 137, 123B'; 137B) providing a biasing supporting force to the back during recline, the control including a housing, an energy adjustment mechanism and a back stop mechanism, characterized by the back being adapted to pivot between upright and reclined positions; the energy adjustment mechanism comprises an energy mechanism for adjusting the force biasing the back toward the upright position, and the backstop mechanism is arranged for limiting the range of motion of the back to a position short of the reclined position; and in which a single actuator is operably attached to both the energy adjustment mechanism and the back stop mechanism for operating said mechanisms.
A method of configuring a sensor to extract data from a communication data stream, using a group of communication sessions representing a particular communications protocol, the group comprising data structures representative of that protocol, the method comprising: generating a plurality of records representing said data structures, each record having a particular pattern and including an entity and the context of that entity, the context being characters immediately before and after said entity; grouping said records based on the similarity of said patterns, such that each group includes records having the same pattern; generating a template for extracting additional records from the communication data stream, the template being based on the pattern of each group; and configuring said sensor using said template. generating a plurality of records representing said data structures, each record having a particular pattern and including an entity and the context of that entity, the context being characters immediately before and after said entity; grouping said records based on the similarity of said patterns, such that each group includes records having the same pattern; generating a template for extracting additional records from the communication data stream, the template being based on the pattern of each group; and configuring said sensor using said template.
Apparatus for securing a unit in a housing, in particular a pinion unit in a steering gear of a motor vehicle, wherein the unit is connected to an internal thread in the housing by means of a securing screw, by means of an external thread, wherein the securing screw is provided with a latching device which has ratchet levers, which are arranged distributed on the circumference of the securing screw and are provided in each case with latching lugs which are arranged on the free ends of the ratchet levers, wherein the latching lugs latch into toothing gaps of a toothing geometry of the housing and wherein, for the latching device, a radially inwardly directed movement of the ratchet levers by means of a tool, which can be connected to the latching device, can be carried out for releasing the ratchet levers with the latching lugs out of their latching position, characterized in that in the toothing gaps the outer circumferential wall is provided in each case with an inwardly directed bevel.
A laundry drying machine comprising: a cabinet; a drum that is rotatably installed in the cabinet adapted to accommodate a subject to be dried; an electric field generator that is spaced apart from the drum and is configured to generate an electric field inside the drum when power is applied; and an exhaust duct configured to discharge air inside the drum, wherein the electric field generator includes: an anode electrode that is spaced apart from the drum, fixed to the cabinet, and is configured to apply the electric field to the subject to be dried accommodated in the drum; a power supply unit configured to supply the power to the anode electrode; and a matcher, provided in the cabinet, configured to match a source impedance of the power and an impedance of a load side, characterized in that the electric field generator is configured to increase the power applied to the anode electrode when the reflectivity of the electric field is less than or equal to the predetermined ratio, and wherein the drum is configured to reduce a rotation speed of the drum when a reflectivity of the electric field exceeds a predetermined ratio. a cabinet; a drum that is rotatably installed in the cabinet adapted to accommodate a subject to be dried; an electric field generator that is spaced apart from the drum and is configured to generate an electric field inside the drum when power is applied; and an exhaust duct configured to discharge air inside the drum, wherein the electric field generator includes: an anode electrode that is spaced apart from the drum, fixed to the cabinet, and is configured to apply the electric field to the subject to be dried accommodated in the drum; a power supply unit configured to supply the power to the anode electrode; and a matcher, provided in the cabinet, configured to match a source impedance of the power and an impedance of a load side, characterized in that the electric field generator is configured to increase the power applied to the anode electrode when the reflectivity of the electric field is less than or equal to the predetermined ratio, and wherein the drum is configured to reduce a rotation speed of the drum when a reflectivity of the electric field exceeds a predetermined ratio. an anode electrode that is spaced apart from the drum, fixed to the cabinet, and is configured to apply the electric field to the subject to be dried accommodated in the drum; a power supply unit configured to supply the power to the anode electrode; and a matcher, provided in the cabinet, configured to match a source impedance of the power and an impedance of a load side, characterized in that the electric field generator is configured to increase the power applied to the anode electrode when the reflectivity of the electric field is less than or equal to the predetermined ratio, and wherein the drum is configured to reduce a rotation speed of the drum when a reflectivity of the electric field exceeds a predetermined ratio.
A Near Field Communication, NFC, enabled device, comprising: an antenna; an impedance matching network; a carrier frequency generator to generate a carrier wave; a receiver for receiving a magnetic induction wave; a driver circuit configured to alter an impedance of an antenna network associated with the antenna between a first impedance and a second impedance; a transmitter; characterized by a control unit configured to derive a first phase difference between the received magnetic induction wave and an internal clock at the first impedance and a second phase difference between the received magnetic induction wave and the internal clock at the second impedance, wherein the control unit is further configured to change a phase of the carrier wave based on a difference between the first phase difference and the second phase difference. an antenna; an impedance matching network; a carrier frequency generator to generate a carrier wave; a receiver for receiving a magnetic induction wave; a driver circuit configured to alter an impedance of an antenna network associated with the antenna between a first impedance and a second impedance; a transmitter; characterized by a control unit configured to derive a first phase difference between the received magnetic induction wave and an internal clock at the first impedance and a second phase difference between the received magnetic induction wave and the internal clock at the second impedance, wherein the control unit is further configured to change a phase of the carrier wave based on a difference between the first phase difference and the second phase difference.
A fluid conduit heating system comprising: a semi-conductive sleeve for disposal over a fluid conduit; and an electrical power supply coupled to each end (208, 212) of said sleeve to provide a voltage across said sleeve and a resulting electrical current through said semi-conductive sleeve, heating said sleeve and said fluid conduit, wherein said sleeve comprises a fabric sleeve having carbon fiber threads, characterised in that the carbon fiber threads are semi-conductive. a semi-conductive sleeve for disposal over a fluid conduit; and an electrical power supply coupled to each end (208, 212) of said sleeve to provide a voltage across said sleeve and a resulting electrical current through said semi-conductive sleeve, heating said sleeve and said fluid conduit, wherein said sleeve comprises a fabric sleeve having carbon fiber threads, characterised in that the carbon fiber threads are semi-conductive.
A clip body with a retainer for a fastening device, wherein the clip body can be fastened to a panel provided with at least one fastening opening, wherein the clip body has two limbs, one of which can be arranged on a first side of the panel and the other one can be arranged on a second side of the panel and for this purpose is pushed onto an edge of the panel, and wherein the clip body has at least one positioning element which can be guided through the fastening opening of the plate, and the clip body can be positioned on the panel by a stop of the positioning element at an edge of the fastening opening, characterized in that the positioning element is at the same time a locking element for stabilization in the axial direction with which the panel can be contacted on a side facing away from the retainer and which has at least one tongue.
Thermoelectric safety device in the absence of a flame for gas combustion systems, comprising a thermocouple configured to detect the flame in a corresponding burner of the gas combustion system generating an electrical voltage, an electromagnetic valve electrically connected to the thermocouple and configured to allow the passage of gas towards the corresponding burner when the electromagnetic valve is energized by the thermocouple, and a transistor electrically connected between the thermocouple and the electromagnetic valve, the electromagnetic valve being arranged directly connected with the transistor, the transistor being a field-effect transistor, wherein it comprises a voltage booster powering the transistor, the transistor being connected in parallel with the voltage booster and an output terminal of the voltage booster being arranged connected with a gate terminal of the transistor, the voltage booster being configured to boost the electrical voltage generated in the thermocouple, an electrical voltage being obtained that is capable of keeping the transistor closed such that the electromagnetic valve is energized.
Cosmetic use of a composition comprising at least one peptide hydrolysate of maize (Zea mays L.), as an active agent, in order to stimulate and/or restore hair growth or prevent hair loss.
Rolling machine a) comprising at least two rotatable or rotating rollers (2, 3), which can be fitted or are fitted with tools, for forming a workpiece which can be arranged or is arranged between the rollers, b) wherein at least one drive is associated with each roller for independently driving the rollers, c) wherein the at least one drive comprises a permanent-magnet motor and the rotation speed of the said drive can be controlled and the said drive is reversible, d) wherein the rolling machine is in the form of a cross-wedge rolling machine and can also be used as a stretch rolling machine on account of the reversible drive of which the rotation speed can be controlled. a) comprising at least two rotatable or rotating rollers (2, 3), which can be fitted or are fitted with tools, for forming a workpiece which can be arranged or is arranged between the rollers, b) wherein at least one drive is associated with each roller for independently driving the rollers, c) wherein the at least one drive comprises a permanent-magnet motor and the rotation speed of the said drive can be controlled and the said drive is reversible, d) wherein the rolling machine is in the form of a cross-wedge rolling machine and can also be used as a stretch rolling machine on account of the reversible drive of which the rotation speed can be controlled.
An electric lock of the type comprising a box-like body, provided with at least one front opening for the passage of at least one latch that can move from a retracted configuration to a protruding configuration, between said box-like body and said at least one latch there being elastic means (4a, 4b, 4c) for forcing the at least one latch into one of said two configurations, the lock further comprising at least one electric actuator, functionally associated with said latch for its movement, connection with the interposition of means for interrupting electrical continuity that are actuated externally, said actuator being provided with at least one component that is at least partially made of a material of the type of a shape memory alloy, said component being deformable, as a consequence of an external force of the type preferably selected between passage through it of an electric current and exposure to a heat source, from a first inactive configuration, at which said latch is arranged in a configuration that protrudes from said box-like body, to a second actuation configuration, at which said latch is arranged in a configuration in which it is retracted in said box-like body, wherein between the face directed toward the inside of said box-like body of said latch and a bracket for the anchoring and movement of said latch that is internal to said box-like body there are interposed said elastic means (4a, 4b), said at least one electric actuator comprises at least one unit, which is functionally associated with said latch and can move along a predefined stroke by way of the action of a pusher that is made at least partially of a material of the type of a shape memory alloy, said stroke being defined between two extreme arrangements, a first arrangement that corresponds to said latch protruding from said box-like body by way of the action of the elastic means (4a, 4b), a second arrangement that corresponds to said latch being retracted into said box-like body in contrast with said elastic means (4a, 4b), characterized in that the lock further comprises at least one set of batteries of the commercial type that is connected to the at least one electric actuator; and said movable unit being: a lever that is pivoted on said box-like body, said lever having an arm that is associated with said latch and the opposite arm that is associated with said pusher; or a slider that can slide along a guide that is defined on said box-like body, said slider having a first portion that is associated with said latch and a second portion that is associated with said pusher. a lever that is pivoted on said box-like body, said lever having an arm that is associated with said latch and the opposite arm that is associated with said pusher; or a slider that can slide along a guide that is defined on said box-like body, said slider having a first portion that is associated with said latch and a second portion that is associated with said pusher.
A wireless communication method, comprising: compressing, by a first device, an Ethernet frame; and sending, by the first device, the compressed Ethernet frame to a second device; characterized in that the first device is a terminal device, and the second device is a Session Management Function, SMF, wherein the method further comprises: reporting, by the terminal device, a compression capability for the Ethernet frame to the SMF, wherein the compression capability comprises a compression capability for a header of the Ethernet frame and/or a compression capability for a data part of the Ethernet frame; receiving, by the terminal device, configuration information from the SMF, wherein the configuration information comprises information for compressing or decompressing the Ethernet frame. compressing, by a first device, an Ethernet frame; and sending, by the first device, the compressed Ethernet frame to a second device; characterized in that the first device is a terminal device, and the second device is a Session Management Function, SMF, wherein the method further comprises: reporting, by the terminal device, a compression capability for the Ethernet frame to the SMF, wherein the compression capability comprises a compression capability for a header of the Ethernet frame and/or a compression capability for a data part of the Ethernet frame; receiving, by the terminal device, configuration information from the SMF, wherein the configuration information comprises information for compressing or decompressing the Ethernet frame. reporting, by the terminal device, a compression capability for the Ethernet frame to the SMF, wherein the compression capability comprises a compression capability for a header of the Ethernet frame and/or a compression capability for a data part of the Ethernet frame; receiving, by the terminal device, configuration information from the SMF, wherein the configuration information comprises information for compressing or decompressing the Ethernet frame.