mhurhangee/ep-ind-claims huggingface dataset:
Isolated LED driver with combined open-circuit and short-circuit detection at one pin, comprising: - a control unit for controlling at least one switch on a primary side of an isolation stage of the LED driver; - means for detecting a voltage on a secondary side of the isolation stage and producing a voltage-representing signal; and - a comparator supplied with the voltage-representing signal at its non-inverted input, characterized by a reference level of the comparator and, in synchronization therewith, a polarity of a comparator output signal being switched in order to produce a signal indicating, in time-multiplex, an LED load open-circuit and short-circuit indicating signal. - a control unit for controlling at least one switch on a primary side of an isolation stage of the LED driver; - means for detecting a voltage on a secondary side of the isolation stage and producing a voltage-representing signal; and - a comparator supplied with the voltage-representing signal at its non-inverted input,
A blind comprising multiple slats with longitudinal edges aligned parallel to one another and multiple tapes aligned orthogonally to the longitudinal edges of the slats, wherein a portion of these tapes is formed as traction tapes and a portion is formed as suspension tapes, which can be moved relative to one another in the tape direction, characterized in that connecting parts are formed at the slats and corresponding retaining parts for producing a detachable and swiveling latching or snap connection are formed at the tapes in each case adjacent to the connecting parts, at least a portion of the connecting parts is swivelably connected and detachably coupled to one retaining part each at an adjacent traction tape and at an adjacent suspension tape, and at least the connecting parts, which are each connected to the adjacent traction tape and the adjacent suspension tape, are formed in the manner of a lever with bearings or respectively bolts arranged at a distance from one another.
Assembly for aircraft, this assembly comprising: - a first nacelle element (7, 8) such as a cowl that can be placed in a flight position in relation to a second nacelle element (4, 6), - a locking device moveable between a locking position able to maintain the first nacelle element (7, 8) in flight position and an unlocking position able to release the first nacelle element (7, 8), - a key configured to cooperate with the locking device in such a way as to move it between the locking position and the unlocking position, the key being able to be withdrawn from the locking device only when it is in locking position, - an indicator for indicating the position locking device, this indicator being able to take a first and second state, this assembly being characterised in that it comprises a control device (21, 22, 23) configured to be activated and/or deactivated by said key when it is withdrawn from the locking device, the activation of the control device (21, 22, 23) resulting in moving the indicator from the first to the second state. - a first nacelle element (7, 8) such as a cowl that can be placed in a flight position in relation to a second nacelle element (4, 6), - a locking device moveable between a locking position able to maintain the first nacelle element (7, 8) in flight position and an unlocking position able to release the first nacelle element (7, 8), - a key configured to cooperate with the locking device in such a way as to move it between the locking position and the unlocking position, the key being able to be withdrawn from the locking device only when it is in locking position, - an indicator for indicating the position locking device, this indicator being able to take a first and second state,
A material, comprising: at least one composition represented by Formula I: A x Mn y − k M k j Mn m CN 6 − p NC p z. Vac 1 − z. nH 2 O wherein, in Formula I, each A is an independently selected alkali metal Li, Na, or K; and each dopant M may optionally be at least one independently selected alkaline earth metal Mg or Ca, post-transition metal Al, Ga, In, Sn, or Pb, or transition metal Sc, Ti, V, Cr, Fe, Co, Ni, Cu, Zn, Pd, Ag, or Cd having an average valence j; and wherein 0 < j ≤ 4, 0 ≤ k ≤ 0.1,0 < p ≤ 3, 0 < x ≤ 4, 0 < y ≤ 1,0 < z < 1, and 0 ≤ n ≤ 6; wherein x + 2(y-k) + jk + (m-6)z = 0; and wherein Formula I includes one or more Mn (6-p) p complexes each including an Mn atom, and wherein p is an average number of NC groups found in said one or more Mn (6-p) p complexes; and wherein m is an average valence of said Mn atoms found in said one or more Mn 6-p p complexes; and wherein (Vac) identifies a Mn (6-p) p vacancy, and wherein each particular Mn (6-p) p complex includes said Mn atom bonded to a plurality of cyanide groups and bonded to one or more isocyanide groups.
A method for producing stannous oxide, the method comprising a step of subjecting stannous sulfate to a neutralization reaction with ammonium carbonate or ammonium bicarbonate in an aqueous solution to deposit stannous oxide, wherein the neutralization reaction is carried out in an aqueous solution having a pH in a range of from pH 6.0 to pH 8.0, wherein the step of subjecting stannous sulfate to the neutralization reaction to deposit stannous oxide comprises: subjecting stannous sulfate to the neutralization reaction at a temperature in a range of from 50 to 80 °C; and then maintaining the aqueous solution subjected to the neutralization reaction at a temperature in a range of from 60 to 100 °C to deposit stannous oxide. wherein the neutralization reaction is carried out in an aqueous solution having a pH in a range of from pH 6.0 to pH 8.0, wherein the step of subjecting stannous sulfate to the neutralization reaction to deposit stannous oxide comprises: subjecting stannous sulfate to the neutralization reaction at a temperature in a range of from 50 to 80 °C; and then maintaining the aqueous solution subjected to the neutralization reaction at a temperature in a range of from 60 to 100 °C to deposit stannous oxide. subjecting stannous sulfate to the neutralization reaction at a temperature in a range of from 50 to 80 °C; and then maintaining the aqueous solution subjected to the neutralization reaction at a temperature in a range of from 60 to 100 °C to deposit stannous oxide.
Motor component for a linear motor, wherein at least one first primary section, comprising at least two first electromagnetic coils, and a second primary section, comprising at least two second electromagnetic coils, wherein the first and second primary section are arranged essentially parallel to each other, wherein for the first and second primary sections at least one common laminated core unit (5, 6) is provided, comprising single-piece sheet metal elements, and that each of the single-piece sheet metal elements of the laminated core unit (5, 6) comprises at least three first recesses each, arranged one behind the other in the longitudinal direction of an adjustment path of the linear motor, for the first coils of the first primary section and at the same time at least three second recesses, arranged one behind the other in the longitudinal direction of an adjustment path of the linear motor, for the second coils of the second primary section, wherein at least one cooling recess of the laminated core unit (5, 6) for cooling the first and/or second primary section is arranged between the first and second recesses and/or between the first and second coils and/or between the first and second primary sections, wherein at least one cooling unit is arranged in the cooling recess, characterised in that the cooling unit comprises ducts for guiding coolant, wherein at least the laminated core unit (5, 6) and the cooling unit are each designed as a plate and/or an essentially uniformly thick layer/structure, so that heat sink ducts and windings arranged in the recesses of the laminated core unit (5, 6) run in parallel planes as a heat source, and that the laminated core unit (5, 6) and the cooling unit are connected together in a sandwich-type construction.
A terminal device, comprising a metal frame, wherein at least two slots are provided in one side of the metal frame; at least two antenna feed points are provided on an inner side wall of the metal frame, and different antenna feed points in the at least two antenna feed points are located on sides of different slots; the terminal device is further provided therein with a signal reflecting wall, and there is a gap between the signal reflecting wall and the at least two slots; the signal reflecting wall is formed by a metal wall of a battery compartment of the terminal device, and the signal reflecting wall is a reflective curved surface that is convex, wherein the battery compartment is a structure that accommodates a battery of the terminal device; and the metal frame and the signal reflecting wall are electrically connected to a ground plate in the terminal device. the terminal device is further provided therein with a signal reflecting wall, and there is a gap between the signal reflecting wall and the at least two slots; the signal reflecting wall is formed by a metal wall of a battery compartment of the terminal device, and the signal reflecting wall is a reflective curved surface that is convex, wherein the battery compartment is a structure that accommodates a battery of the terminal device; and the metal frame and the signal reflecting wall are electrically connected to a ground plate in the terminal device.
A coated abrasive article comprising a plurality of shaped abrasive particles (300, 505) overlying a backing, characterized in that each of the shaped abrasive particles (300, 505) of the plurality of shaped abrasive particles (300, 505) includes a body comprising at least 90 wt% alpha alumina having an average crystallite size within a range including at least 0.01 microns and not greater than 1 micron, the coated abrasive article having a plain-carbon steel lifespan grinding efficiency of not greater than 8.08 J/mm 3 (3.0 hp min/in 3) per 236 g/mm (6000 g/in) of initial material removed.
Method for manufacturing a pressurising device for a beverage container, the beverage container comprising a body and a neck portion, wherein the neck portion defines or at least comprises a dispense opening, wherein a gas container is provided having a filling opening, into which gas container an amount of dry ice is inserted through the filling opening, where after the filling opening is closed and the dry ice is allowed to sublimate, wherein a pressure regulator is provided on the gas container, wherein the filling opening is closed by the pressure regulator and wherein the gas container is mounted on or in a beverage container, wherein the gas container is suspended in the neck portion of the beverage container, such that part of the gas container extends into an inner space of the beverage container, passed the neck portion.
Method for processing fermentation residues from biogas plants, in which the liquid phase of the fermentation residues is fed to a flotation apparatus, characterised in that fine biological particles are broken down under excess pressure in the flotation apparatus and the liquid phase extracted from the flotation apparatus is introduced with the broken-down particles into a temperature-controlled container and depressurised and remains in the latter for a dwell time of several hours, wherein the container is filled up its height with growth bodies and wherein released or emerging gas is discharged at the container head.
An image processing apparatus comprising: a first acquisition means for acquiring a synthesized multi-view panorama image that is obtained by synthesizing a plurality of images from a multi-view camera having a plurality of first image-capturing means that capture an image of a predetermined region; a second acquisition means for acquiring a reference image from a second image-capturing means that captures an image of the predetermined region; a comparing means for comparing the synthesized multi-view panorama image and the reference image to identify a difference between the synthesized multi-view panorama image and the reference image, the difference corresponding to a blind region of the multi-view camera and an overlap region of the multi-view camera; and an output means for outputting a comparison result from the comparing means. a first acquisition means for acquiring a synthesized multi-view panorama image that is obtained by synthesizing a plurality of images from a multi-view camera having a plurality of first image-capturing means that capture an image of a predetermined region; a second acquisition means for acquiring a reference image from a second image-capturing means that captures an image of the predetermined region; a comparing means for comparing the synthesized multi-view panorama image and the reference image to identify a difference between the synthesized multi-view panorama image and the reference image, the difference corresponding to a blind region of the multi-view camera and an overlap region of the multi-view camera; and an output means for outputting a comparison result from the comparing means.
A sensor-containing probe head comprising: a housing comprising a coupling member positioned to detachably connect the housing to a probe body that includes electronics therein and is connectable to a sonde; a sensor and an electrical connector at least partially housed within the housing, the electrical connector being electrically connectable to the electronics in the probe body, the sensor including an ion selective electrode (114', 613) and a reference electrode (114', 618); and a sensor interface circuit housed within the housing electrically coupling the sensor to the electrical connector; wherein the sensor interface circuit comprises: an operational amplifier having a voltage follower receiving raw signal representative of a sensor reading from the ion selective electrode and outputting an amplified signal to a first coupling member (P 1) of the electrical connector within the housing; and an input power portion electrically connected to a second coupling member (P 2) of the electrical connector to receive input voltage from the probe body and having a grounded connected; wherein the reference electrode (114', 618) is electrically connected to a third coupling member (P 6) of the electrical connector as a pass through to the electronics in the probe body. a housing comprising a coupling member positioned to detachably connect the housing to a probe body that includes electronics therein and is connectable to a sonde; a sensor and an electrical connector at least partially housed within the housing, the electrical connector being electrically connectable to the electronics in the probe body, the sensor including an ion selective electrode (114', 613) and a reference electrode (114', 618); and a sensor interface circuit housed within the housing electrically coupling the sensor to the electrical connector; wherein the sensor interface circuit comprises: an operational amplifier having a voltage follower receiving raw signal representative of a sensor reading from the ion selective electrode and outputting an amplified signal to a first coupling member (P 1) of the electrical connector within the housing; and an input power portion electrically connected to a second coupling member (P 2) of the electrical connector to receive input voltage from the probe body and having a grounded connected; an operational amplifier having a voltage follower receiving raw signal representative of a sensor reading from the ion selective electrode and outputting an amplified signal to a first coupling member (P 1) of the electrical connector within the housing; and an input power portion electrically connected to a second coupling member (P 2) of the electrical connector to receive input voltage from the probe body and having a grounded connected; wherein the reference electrode (114', 618) is electrically connected to a third coupling member (P 6) of the electrical connector as a pass through to the electronics in the probe body.
A method for securing data transfers comprising: - a step (154, 156) of verifying the identity of at least one addressee, to whom a transmitter of a document intends to transmit said document; - a step of the transmitter transmitting said document over a computer network to at least one of the addressees whose identity has been verified, by implementing at least one step of processing said document by document processing means, said processing step (102, 104, 108, 110) being selected from a group comprising composing, switching, archiving, authenticating and communicating said document; said method being characterised in that, for all the steps of processing the document carried out by the document processing means after the step of verifying the identity of at least one addressee, a step (326, 330, 336, 342, 346, 352) of measuring a probative value of said processing step as a function of the implemented document processing means, and in that it further comprises: - a step of aggregating the probative values of the steps of processing said transmission in order to provide an overall probative value measurement of said transmission of the document; and - a step of associating, in a memory, said overall probative value with an identifier of said transmission of said document. - a step (154, 156) of verifying the identity of at least one addressee, to whom a transmitter of a document intends to transmit said document; - a step of the transmitter transmitting said document over a computer network to at least one of the addressees whose identity has been verified, by implementing at least one step of processing said document by document processing means, said processing step (102, 104, 108, 110) being selected from a group comprising composing, switching, archiving, authenticating and communicating said document; - a step of aggregating the probative values of the steps of processing said transmission in order to provide an overall probative value measurement of said transmission of the document; and - a step of associating, in a memory, said overall probative value with an identifier of said transmission of said document.
A lamp unit for a vehicle, comprising: a light emitting element; a reflector that reflects light emitted from the light emitting element toward a unit front; a heat sink that supports the light emitting element and the reflector; and a power supply attachment for supplying power to the light emitting element that is attached to the heat sink and includes a connector portion, wherein the power supply attachment is fastened to the heat sink at two left and right fastening positions of the power supply attachment with respect to a light axis (Ax) extending in the front-rear direction of the lamp unit, and the connector portion of the power supply attachment is formed between the two left and right fastening positions so as to extend to a unit rear side relative to a rear end position of the reflector, and a recessed portion (22a2) is formed on an upper surface of a rear end portion of the heat sink and accommodates at least a portion of the connector portion of the power supply attachment, characterized in that the connector portion is formed so as to protrude toward a reflector side on the unit rear side relative to the rear end position of the reflector. a light emitting element; a reflector that reflects light emitted from the light emitting element toward a unit front; a heat sink that supports the light emitting element and the reflector; and a power supply attachment for supplying power to the light emitting element that is attached to the heat sink and includes a connector portion, wherein the power supply attachment is fastened to the heat sink at two left and right fastening positions of the power supply attachment with respect to a light axis (Ax) extending in the front-rear direction of the lamp unit, and the connector portion of the power supply attachment is formed between the two left and right fastening positions so as to extend to a unit rear side relative to a rear end position of the reflector, and a recessed portion (22a2) is formed on an upper surface of a rear end portion of the heat sink and accommodates at least a portion of the connector portion of the power supply attachment, characterized in that the connector portion is formed so as to protrude toward a reflector side on the unit rear side relative to the rear end position of the reflector.
A secure element comprising: a first entity configured to securely store a number of cryptographic keys; a second entity configured to acquire a trusted sensor value indicative of a measurand; and a third entity configured to create, based on the acquired trusted sensor value, and using at least one of the number of cryptographic keys, a cryptographic record adapted to certify a level of plausibility of a lesser-trusted sensor value acquired by a requestor external to the secure element and indicative of the measurand, and to provide the cryptographic record to the requestor, characterized in that the third entity is configured to: - determine, based on the trusted sensor value, a plurality of plausibility determination parameters enabling a determination of the level of plausibility of the lesser-trusted sensor value; and - include the determined plurality of plausibility determination parameters into the cryptographic record, wherein the cryptographic record is a digital certificate that is created by the third entity using a second cryptographic key of the number of cryptographic keys and certifies a first cryptographic key of the number of cryptographic keys, whereby said first cryptographic key is used to create a digital signature of the lesser-trusted sensor value. a first entity configured to securely store a number of cryptographic keys; a second entity configured to acquire a trusted sensor value indicative of a measurand; and a third entity configured to create, based on the acquired trusted sensor value, and using at least one of the number of cryptographic keys, a cryptographic record adapted to certify a level of plausibility of a lesser-trusted sensor value acquired by a requestor external to the secure element and indicative of the measurand, and to provide the cryptographic record to the requestor, characterized in that the third entity is configured to: - determine, based on the trusted sensor value, a plurality of plausibility determination parameters enabling a determination of the level of plausibility of the lesser-trusted sensor value; and - include the determined plurality of plausibility determination parameters into the cryptographic record, - determine, based on the trusted sensor value, a plurality of plausibility determination parameters enabling a determination of the level of plausibility of the lesser-trusted sensor value; and - include the determined plurality of plausibility determination parameters into the cryptographic record,
A pneumatic tire (1, 100) comprising: a pattern (30, 130) on a surface of a sidewall, wherein the pattern (30, 130) has a plurality of annular figures (31, 131) that are longer in a tire circumferential direction than in a tire radial direction, and the plural annular figures (31, 131) have different sizes from one another, which are arranged so that a larger annular figure (31, 131) is placed on an outer side of a smaller annular figure (31, 131) without crossing each other, and so that intervals of the annular figures (31, 131) differ on one side and the other side in the tire circumferential direction. a pattern (30, 130) on a surface of a sidewall, wherein the pattern (30, 130) has a plurality of annular figures (31, 131) that are longer in a tire circumferential direction than in a tire radial direction, and the plural annular figures (31, 131) have different sizes from one another, which are arranged so that a larger annular figure (31, 131) is placed on an outer side of a smaller annular figure (31, 131) without crossing each other, and so that intervals of the annular figures (31, 131) differ on one side and the other side in the tire circumferential direction.