mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an alarm and/or home automation system comprising at least one electronic apparatus comprising an electronic circuit provided with signal transmission/reception means and at least one portable electronic device comprising an electronic circuit provided with signal transmission/reception means and a vibration/movement sensor capable of generating activation signals (Sa) when the portable device is not stationary, said electronic apparatus further comprising a keyboard, wherein the electronic circuit of the portable device has active phases (Pa), which are generated by said activation signals (Sa) coming from said vibration/movement sensor and only during which is it capable of transmitting at least one specific identification signal (Sm) that can be detected by said electronic apparatus, wherein, during the active phases (Pa), the electronic circuit of the portable device transmits said specific identification signal (Sm) only following a polling signal (Sq) coming from said electronic apparatus, wherein, during the active phases (Pa), when a key of the keyboard is used, the control circuit of the apparatus generates the polling signal (Sq) that is transmitted by the signal transmission/reception means of the apparatus.
A method of performing a redirect in a browser viewing a page in a first-party domain, comprising the steps of: checking, at an information processing apparatus comprising the browser, for the presence of a cookie in the browser associated with a third-party domain, and in the absence of the third-party cookie, the method comprises: redirecting the browser from the first-party domain to the third-party domain and, in response, returning from the third-party domain, a fixed value cookie for storage in the browser, the fixed value cookie being a piece of data with a value which does not change and which is the same irrespective of the user, whereby, at the information processing apparatus comprising the browser, the method further comprises: retrieving the fixed value cookie from the browser; calculating a persistent third-party cookie in response to retrieving the fixed value cookie and providing the persistent cookie to the browser for storage therein, wherein the persistent cookie includes information identifying the user of the browser.
Method of producing an electrocatalyst, comprising the steps of: a) electrodeposition or electrochemical plating of an alloy comprising nickel, a second metal which is copper and a third metal which is iron on a copper, nickel or other metal substrate; and b) electrochemical or chemical dissolution of deposited second metal to obtain a nanoporous structure on the copper, nickel or other metal substrate. a) electrodeposition or electrochemical plating of an alloy comprising nickel, a second metal which is copper and a third metal which is iron on a copper, nickel or other metal substrate; and b) electrochemical or chemical dissolution of deposited second metal to obtain a nanoporous structure on the copper, nickel or other metal substrate.
Comb (100, 500) for being attached to a hair-cutting device, the comb (100, 500) comprising: a first surface (103, 503) configured to be in contact with a skin of a user when the comb (100, 500) is attached to the hair-cutting device in a first attachment position (101, 501), wherein the first surface (103, 503) comprises a first slot configured to receive a cutting element of the hair-cutting device when the comb (100, 500) is attached to the hair-cutting device in a second attachment position (102, 502), a second surface (104, 504) configured to be in contact with the skin of the user when the comb (100, 500) is attached to the hair-cutting device in the second attachment position (102, 502), and wherein the second surface (104, 504) comprises a second slot configured to receive the cutting element of the hair-cutting device when the comb (100, 500) is attached to the hair-cutting device in the first attachment position (101, 501). a first surface (103, 503) configured to be in contact with a skin of a user when the comb (100, 500) is attached to the hair-cutting device in a first attachment position (101, 501), wherein the first surface (103, 503) comprises a first slot configured to receive a cutting element of the hair-cutting device when the comb (100, 500) is attached to the hair-cutting device in a second attachment position (102, 502), a second surface (104, 504) configured to be in contact with the skin of the user when the comb (100, 500) is attached to the hair-cutting device in the second attachment position (102, 502), and wherein the second surface (104, 504) comprises a second slot configured to receive the cutting element of the hair-cutting device when the comb (100, 500) is attached to the hair-cutting device in the first attachment position (101, 501).
An opto-electronic oscillation circuit for sustaining an oscillating optical signal, the circuit comprising: a self injection locking component configured to receive a first portion of the optical signal, and further comprising a fiber optic delay line over which the optical signal propagates; a self phase locked loop component configured to receive a second portion of the oscillating optical signal, and further comprising: at least two fiber optic cables (120, 130) over which the optical signal propagates, wherein the two fiber optic cables (120, 130) have different lengths and at least one of the fiber optic cables (120, 130) is a fiber optic delay line (120, 130); and at least one phase detector coupled to the at least two fiber optic cables (120, 130) and configured to determine a difference in phase between a signal propagating over one of the fiber optic cables (120, 130) and a signal propagating over another of the fiber optic cables (130, 120); and a voltage controlled oscillator configured to generate a stable oscillating signal in response to each of an injection locking signal generated by the self injection locking component and a phase locked loop signal generated by the self phase locked loop component, the stable oscillating signal being configured to RF modulate the optical signal. a self injection locking component configured to receive a first portion of the optical signal, and further comprising a fiber optic delay line over which the optical signal propagates; a self phase locked loop component configured to receive a second portion of the oscillating optical signal, and further comprising: at least two fiber optic cables (120, 130) over which the optical signal propagates, wherein the two fiber optic cables (120, 130) have different lengths and at least one of the fiber optic cables (120, 130) is a fiber optic delay line (120, 130); and at least one phase detector coupled to the at least two fiber optic cables (120, 130) and configured to determine a difference in phase between a signal propagating over one of the fiber optic cables (120, 130) and a signal propagating over another of the fiber optic cables (130, 120); and at least two fiber optic cables (120, 130) over which the optical signal propagates, wherein the two fiber optic cables (120, 130) have different lengths and at least one of the fiber optic cables (120, 130) is a fiber optic delay line (120, 130); and at least one phase detector coupled to the at least two fiber optic cables (120, 130) and configured to determine a difference in phase between a signal propagating over one of the fiber optic cables (120, 130) and a signal propagating over another of the fiber optic cables (130, 120); and a voltage controlled oscillator configured to generate a stable oscillating signal in response to each of an injection locking signal generated by the self injection locking component and a phase locked loop signal generated by the self phase locked loop component, the stable oscillating signal being configured to RF modulate the optical signal.
A system for producing a target integrated fluid having characteristics according to specific user-defined preferences, the system comprising: an integrating assembly including a plurality of fluid lines (66, 105), a plurality of valves (60, 106), and a manifold (30, 102), the manifold (30, 102) including (i) a body having a plurality of input fluid inlets, the fluid inlets disposed at respective angles relative to a vertical axis extending through a centerline of the manifold (30, 102) and the fluid inlets extending into the body and intersecting to define an integrating chamber within the body of the manifold (30, 102); and an integrating controller configured to (i) receive a custom integration profile (ii) selectively control flows of a plurality of fluids through respective ones of the plurality of fluid lines and the plurality of valves (60, 106) into the integrating chamber of the manifold (30, 102), whereby the manifold (30, 102) further includes (ii) a pressure channel in fluid communication with the integrating chamber; the integrating assembly further comprises at least one of (i) a pressure sensor (16, 110) in fluid communication with the pressure channel to monitor the pressure in the integrating chamber and (ii) a fluid flow sensor in fluid communication with each of the fluid lines; andthe integrating controller is further configured to (iii) to dispense the target integrated fluid based on the custom integration profile and in an integrated fluid stream having discrete longitudinal flows of the plurality of fluids. an integrating assembly including a plurality of fluid lines (66, 105), a plurality of valves (60, 106), and a manifold (30, 102), the manifold (30, 102) including (i) a body having a plurality of input fluid inlets, the fluid inlets disposed at respective angles relative to a vertical axis extending through a centerline of the manifold (30, 102) and the fluid inlets extending into the body and intersecting to define an integrating chamber within the body of the manifold (30, 102); and an integrating controller configured to (i) receive a custom integration profile (ii) selectively control flows of a plurality of fluids through respective ones of the plurality of fluid lines and the plurality of valves (60, 106) into the integrating chamber of the manifold (30, 102), whereby the manifold (30, 102) further includes (ii) a pressure channel in fluid communication with the integrating chamber; the integrating assembly further comprises at least one of (i) a pressure sensor (16, 110) in fluid communication with the pressure channel to monitor the pressure in the integrating chamber and (ii) a fluid flow sensor in fluid communication with each of the fluid lines; andthe integrating controller is further configured to (iii) to dispense the target integrated fluid based on the custom integration profile and in an integrated fluid stream having discrete longitudinal flows of the plurality of fluids.
A massage device for massage by means of pressure waves, comprising a housing having a grip section and a massage section, at least one first chamber (8, 10) having an opening leading towards the outside in the massage section, and a drive means arranged in the housing for changing the volume of the first chamber, wherein the drive means has at least one coil element (32, 34) and at least one magnetic core arranged parallel to the coil element (32, 34) and movably guided parallel to a central axis of the coil element (32, 34) for acting on the first chamber, wherein the magnetic core has at least one permanent magnet (44, 46), and wherein a ratio of the mass of the magnetic core to the mass of the entire massage device is in a range between 1:6 and 1:250. at least one first chamber (8, 10) having an opening leading towards the outside in the massage section, and a drive means arranged in the housing for changing the volume of the first chamber, wherein the drive means has at least one coil element (32, 34) and at least one magnetic core arranged parallel to the coil element (32, 34) and movably guided parallel to a central axis of the coil element (32, 34) for acting on the first chamber, wherein the magnetic core has at least one permanent magnet (44, 46), and wherein a ratio of the mass of the magnetic core to the mass of the entire massage device is in a range between 1:6 and 1:250.
An apparatus for compression drawing of flat fibrous material, comprising a punch (121, 221, 521) configured to cooperate with a drawing die (122, 222, 522) in a forming operation, and a blank holder (123, 223, 523), the punch (121, 221, 521) being guided for longitudinal movement with one degree of freedom for movement in or parallel to a punch symmetry axis (130, 230, 530), the blank holder (123, 223, 523) including a blank holder guide cylinder (124, 224) configured to cooperate with a blank holder guide bushing (104, 204) such that the blank holder (123, 223, 523) is guided for longitudinal movement with one degree of freedom for movement in or parallel to a blank holder symmetry axis (132, 232, 532), said movement being provided relative to a frame (108, 208, 508), the punch symmetry axis (130, 230, 530) and the blank holder symmetry axis (132, 232, 532) having the same orientation, the punch (121, 221, 521) comprising a punch guide cylinder (126, 226) configured to cooperate with a punch guide bushing (106, 206) in such a manner that the punch (121, 221, 521) is guided and driven longitudinally movable with one degree of freedom for movement parallel to the punch symmetry axis (130, 230, 530), the punch guide bushing (106, 206) being integral with a first punch actuator element (116, 216) and together with the latter forming a punch stator (110a, 210a), the punch guide cylinder (126, 226) being integral with a second punch actuator element (117, 217) and together with the latter forming a punch slide (110b, 210b), the punch stator (110a, 210a) and the punch slide (110b, 210b) being provided to cooperate as a punch drive (110, 210, 510), the blank holder guide cylinder at the same time forming the punch guide bushing, characterized in that at least the blank holder guide bushing (104, 204) is immovably connected to the frame (108, 208, 508), the blank holder guide bushing (104, 204) being integral with at least one first blank holder actuator element (118, 218) and together with the latter forming a blank holder stator (112a, 212a), the blank holder guide cylinder (124, 224) being integral with at least one second blank holder actuator element (119, 219) and together with the latter forming a blank holder slide (112b, 212b), the blank holder stator (112a, 212a) and the blank holder slide (112b, 212b) being provided to cooperate as a blank holder drive (112, 212, 512), the blank holder stator (112a, 212a), the blank holder slide (112b, 212b), the punch stator (110a, 210a) and the punch slide (110b, 210b) having the same symmetry axis, wherein either, according to a first embodiment, the blank holder stator is immovably connected to the frame, the punch stator is integral with the blank holder slide and the blank holder slide at the same time forms the punch guide bushing in which the punch slide is supported for longitudinal movement, or, according to a second embodiment, the punch stator and the blank holder stator are immovably connected to the frame (208, 508).
Air conditioning device comprising a withdrawing circuit configured to withdraw air present in a conditioned-air zone, a mixer configured to mix the air withdrawn from the conditioned-air zone with regulated air coming from a regulated-air source, and a distribution circuit configured to re-inject the air exiting the mixer into the conditioned-air zone, the mixer comprising a body extending between lower and upper ends (58.1, 58.2), at least one air inlet (62.1, 62.2) connected to the withdrawing circuit and positioned in the vicinity of the lower end (58.1), and at least one air outlet (64.1 to 64.4) connected to the distribution circuit and positioned in the vicinity of the upper end (58.2), wherein at least one orifice from among the air inlet (62.1, 62.2) and the air outlet (64.1 to 64.4) is positioned between the lower and upper ends (58.1, 58.2), in the vicinity of one of the lower and upper ends (58.1, 58.2) that is closed off by a transverse wall (P58.1, P58.2), wherein the body of the mixer comprises an upper part comprising the upper end (58.2) of the body and having a first junction plane, a lower part comprising the lower end (58.1) of the body and having a second junction plane, characterized in that the device comprises a deformable connection system connecting the upper and lower parts (88, 90) in a sealed manner.
Single-circuit refrigerator with a refrigerant circuit, in which the following are connected in series one after the other between a pressure port and an intake port of a compressor: a condenser, a first throttle section, a first evaporator for cooling a first temperature zone of the single-circuit refrigerator, a second throttle section, a second evaporator for cooling a second temperature zone of the single-circuit refrigerator, and an intake line, wherein a downstream section of the intake line is connected with the first throttle section to form a first heat exchanger, an upstream section of the intake line is connected with the second throttle section to form a second heat exchanger and the second throttle section comprises a line section designed as a capillary, characterised in that the second throttle section further comprises a controllable expansion valve connected in series with the line section.
Fan assembly comprising - a fan housing, - a motor arranged in the housing, having - a shaft and a fan wheel fastened or coupled to the shaft; - a cover disc, which is placed on the side of the fan wheel remote from the motor and comprises a central suction opening having a flared-out, axially outwardly pointing opening rim; - a fan cover which is joined to the fan housing and covers the fan wheel; - the fan cover comprising a suction opening on which a circumferential bead is arranged which is open towards the opening rim of the fan wheel; - a sealing ring which is arranged in the bead and interacts with the opening rim of the suction opening of the cover disc, the opening rim of the cover disc being provided with a contour (40, 42) which is designed to abrade material of the sealing ring, characterised in that the opening rim has a tooth-like contour (40, 42). - a fan housing, - a motor arranged in the housing, having - a shaft and a fan wheel fastened or coupled to the shaft; - a cover disc, which is placed on the side of the fan wheel remote from the motor and comprises a central suction opening having a flared-out, axially outwardly pointing opening rim; - a fan cover which is joined to the fan housing and covers the fan wheel; - the fan cover comprising a suction opening on which a circumferential bead is arranged which is open towards the opening rim of the fan wheel; - a sealing ring which is arranged in the bead and interacts with the opening rim of the suction opening of the cover disc, the opening rim of the cover disc being provided with a contour (40, 42) which is designed to abrade material of the sealing ring,
A modular screen support deck for a screening arrangement, the modular screen support deck comprising: a first deck side and a second deck side each having an inward facing side and an outward facing side, the first deck side, and the second deck side extend in parallel with each other defining a deck plane between the two deck sides, a first extension structure and a second extension structure, the first extension structure being connected to the first deck side and the second extension structure being connected to the second deck side, the first extension structure extending inwardly from the first deck side and comprising a first connection structure being arranged a distance from the first deck side, the second extension structure being connected to the second deck side, extending inwardly from the second deck side, and comprising a second connection structure being arranged a distance from the second deck side, a first cross-member with a first end and a second end, the first end of the first cross-member being connected to the first connection structure, and the second end of the first cross-member being connected to the second connection structure, characterized in that: the first extension structure is configured to dampen vibrations in the connection between the first end of the first cross-member and the first connection structure, and the second extension structure is configured to dampen vibrations in the connection between the second end of the first cross-member and the second connection structure a first deck side and a second deck side each having an inward facing side and an outward facing side, the first deck side, and the second deck side extend in parallel with each other defining a deck plane between the two deck sides, a first extension structure and a second extension structure, the first extension structure being connected to the first deck side and the second extension structure being connected to the second deck side, the first extension structure extending inwardly from the first deck side and comprising a first connection structure being arranged a distance from the first deck side, the second extension structure being connected to the second deck side, extending inwardly from the second deck side, and comprising a second connection structure being arranged a distance from the second deck side, a first cross-member with a first end and a second end, the first end of the first cross-member being connected to the first connection structure, and the second end of the first cross-member being connected to the second connection structure, characterized in that: the first extension structure is configured to dampen vibrations in the connection between the first end of the first cross-member and the first connection structure, and the second extension structure is configured to dampen vibrations in the connection between the second end of the first cross-member and the second connection structure
An engine fuel control system for a gas turbine engine, including: one or more fuel pumps (3, 4), a supply line which receives fuel from the one or more fuel pumps, a delivery line, a fuel metering valve operable to control the flow of fuel between the supply line and the delivery line, a pressure raising arrangement which receives the fuel flow from the delivery line and raises the fuel pressure therein, a pressure sensor arranged to sense the pressure of the fuel on the supply line between the one or more fuel pumps and the fuel metering valve, or arranged to sense the pressure of the fuel on the delivery line between the fuel metering valve and the pressure raising arrangement, and an engine electronic controller which uses the sensed fuel pressure to detect an upward runaway event in the fuel flow through to the engine, and implements an upward runaway curtailing procedure when an upward runaway event is detected. one or more fuel pumps (3, 4), a supply line which receives fuel from the one or more fuel pumps, a delivery line, a fuel metering valve operable to control the flow of fuel between the supply line and the delivery line, a pressure raising arrangement which receives the fuel flow from the delivery line and raises the fuel pressure therein, a pressure sensor arranged to sense the pressure of the fuel on the supply line between the one or more fuel pumps and the fuel metering valve, or arranged to sense the pressure of the fuel on the delivery line between the fuel metering valve and the pressure raising arrangement, and an engine electronic controller which uses the sensed fuel pressure to detect an upward runaway event in the fuel flow through to the engine, and implements an upward runaway curtailing procedure when an upward runaway event is detected.