mhurhangee/ep-ind-claims huggingface dataset:
A system for providing messages via websocket connections, comprising: a messaging system including a plurality of messaging system instances (225a-225n), the messaging system configured to maintain, on a first network, via each messaging system instance of the plurality of messaging system instances (225a-225n) of the messaging system, a persistent websocket connection with at least one of a plurality of on-premise connectors (220a-220n); receive a message to be sent to an endpoint on a second network of an on-premise connector of the plurality of on-premise connectors (220a-220n); and identify, via a registry associating the plurality of on-premise connectors (220a-220n) with the plurality of messaging system instances (225a-225n), a messaging system instance of the plurality of messaging system instances (225a-225n) via which to send the message to the endpoint, the messaging system instance maintaining the websocket connection to the on-premise connector in communication with the endpoint, wherein the messaging system instance is configured to transmit the message to the endpoint via the websocket connection to the on-premise connector. maintain, on a first network, via each messaging system instance of the plurality of messaging system instances (225a-225n) of the messaging system, a persistent websocket connection with at least one of a plurality of on-premise connectors (220a-220n); receive a message to be sent to an endpoint on a second network of an on-premise connector of the plurality of on-premise connectors (220a-220n); and identify, via a registry associating the plurality of on-premise connectors (220a-220n) with the plurality of messaging system instances (225a-225n), a messaging system instance of the plurality of messaging system instances (225a-225n) via which to send the message to the endpoint, the messaging system instance maintaining the websocket connection to the on-premise connector in communication with the endpoint, wherein the messaging system instance is configured to transmit the message to the endpoint via the websocket connection to the on-premise connector.
Component having a configurable-functionality circuit arrangement, having a first TMR dual cell and a second TMR dual cell, which is connected in series with the first TMR dual cell, wherein a TMR dual cell (4, 5) has a high resistance in a first switching state and a low resistance in a second switching state, and both TMR dual cells (4, 5) are in opposite switching states, wherein the two switching states of the TMR dual cells (4, 5) have associated discrete output voltages differing in terms of a voltage swing, and the circuit arrangement has a pass transistor that disables or enables a data line on the basis of the output voltage, characterized in that an inverter having a p-channel transistor and an n-channel transistor is arranged between the TMR dual cells (4, 5) and the pass transistor for the purpose of increasing the magnitude of the voltage swing.
An electromagnetic device comprising: a core support having an exterior surface comprising at least one radial protrusion; a tubular magnetic core positioned around a portion of the length of the core support, the tubular magnetic core having an interior surface; at least one indent located in the interior surface of the tubular magnetic core, wherein the at least one protrusion is located within the at least one indent to prevent relative longitudinal movement between the core support and tubular magnetic core; and a primary coil and at least one secondary coil, each coil (16, 18) positioned around a portion of a length of the tubular magnetic core; wherein the tubular magnetic core is formed from a rolled or folded sheet material, wherein the indent has been formed by pressing the interior surface of the tubular magnetic core onto the at least one radial protrusion. a core support having an exterior surface comprising at least one radial protrusion; a tubular magnetic core positioned around a portion of the length of the core support, the tubular magnetic core having an interior surface; at least one indent located in the interior surface of the tubular magnetic core, wherein the at least one protrusion is located within the at least one indent to prevent relative longitudinal movement between the core support and tubular magnetic core; and a primary coil and at least one secondary coil, each coil (16, 18) positioned around a portion of a length of the tubular magnetic core; wherein the tubular magnetic core is formed from a rolled or folded sheet material, wherein the indent has been formed by pressing the interior surface of the tubular magnetic core onto the at least one radial protrusion.
A media bin assembly comprising: a media bin; an optical sensor, directed toward the media bin, and having a first emitter and a receiver; a second emitter to emit photons toward the optical sensor; and a controller to: determine a count of photons (152, 154, 157) from a source other than the first emitter received at the receiver of the optical sensor, the source including the second emitter; and determine presence of a print media on the media bin when the count of photons is within a threshold. a media bin; an optical sensor, directed toward the media bin, and having a first emitter and a receiver; a second emitter to emit photons toward the optical sensor; and a controller to: determine a count of photons (152, 154, 157) from a source other than the first emitter received at the receiver of the optical sensor, the source including the second emitter; and determine presence of a print media on the media bin when the count of photons is within a threshold. determine a count of photons (152, 154, 157) from a source other than the first emitter received at the receiver of the optical sensor, the source including the second emitter; and determine presence of a print media on the media bin when the count of photons is within a threshold.
In combination with a motor vehicle window panel having an attached elongated molding of extruded plastics material, a shipping insert protecting said panel and said molding during shipping and handling, said molding including a mounting flange portion attached to an inside surface of said window panel and a lower intermediate portion projecting downwardly from and attached to a bottom edge surface of said window panel, said molding further including a bottom flange portion connected to said intermediate portion and cooperating with said intermediate portion to define a longitudinally extending cavity having an inlet gap adapted to receive a projecting fin of a vehicle panel, said shipping insert comprising a one-piece body of extruded substantially rigid material with said body including a base portion adapted to seat on a support member within a shipping container, characterized in that said body of said shipping insert further including a tongue portion spaced above said base portion and projecting through said inlet gap into said cavity, and said tongue portion engaging and supporting said intermediate portion of said body and effective to maintain said inlet gap and prevent said bottom flange portion of said molding from collapsing when said base portion is supporting the weight of said window panel and said molding mounted on said panel.
A method for preparing (methyl- d 3)amine or salts thereof, wherein, comprises: in an inert solvent, reacting an alkali metal salt of phthalimide with compound A, wherein, Z is CH 3, O-CD 3 or wherein R is methyl, nitro or halogen, to form N-(methyl- d 3)phthalimide; step (b) reacting N-(methyl- d 3)phthalimide with an acid to form the salt of (methyl- d 3)amine; and optional step (c): reacting the salt of (methyl- d 3)amine with a base to form (methyl- d 3) amine. in an inert solvent, reacting an alkali metal salt of phthalimide with compound A, wherein, Z is CH 3, O-CD 3 or wherein R is methyl, nitro or halogen, to form N-(methyl- d 3)phthalimide; step (b) reacting N-(methyl- d 3)phthalimide with an acid to form the salt of (methyl- d 3)amine; and optional step (c): reacting the salt of (methyl- d 3)amine with a base to form (methyl- d 3) amine.
A method for improving colostrum in a ruminant or pseudo-ruminant, wherein a ruminant refers to a mammal of the suborder Ruminantia and a pseudo-ruminant refers to a mammal of the suborder Tylopoda and of the suborder Whippomorpha, wherein the improvement of colostrum comprises an increase in colostrum yield by at least 5% within the first 6 hours after parturition and/or an increase in immunoglobulin concentration in colostrum by at least 5% within the first 6 hours after parturition, the method comprising providing said ruminant or pseudo-ruminant with a composition comprising butyrate during at least part of the prepartum period, wherein the composition is formulated for release of butyrate in the rumen of said ruminant or pseudo-ruminant, whereby at least 5 grams of butyric acid per day is released in the rumen and wherein the at least 5% increase in colostrum yield and/or immunoglobulin concentration is as compared to non-butyrate supplemented ruminants or pseudo-ruminants.
A method for narrowing a spectral width comprising: using an optical waveguide member to cause a soliton effect in an input optical pulse within the optical waveguide member, thereby narrowing a spectral width of the input optical pulse to provide an output optical pulse, the optical waveguide member having dispersion characteristics such that an average of a second-order dispersion value (β 2) with respect to the input optical pulse is negative, and an increment of an absolute value of the second-order dispersion value (β 2) changes so as to decrease with the inverse of length of the optical waveguide member in a propagation direction of the input optical pulse. using an optical waveguide member to cause a soliton effect in an input optical pulse within the optical waveguide member, thereby narrowing a spectral width of the input optical pulse to provide an output optical pulse, the optical waveguide member having dispersion characteristics such that an average of a second-order dispersion value (β 2) with respect to the input optical pulse is negative, and an increment of an absolute value of the second-order dispersion value (β 2) changes so as to decrease with the inverse of length of the optical waveguide member in a propagation direction of the input optical pulse.
A method of ensemble averaging signals in a pulse oximeter, comprising: receiving first and second electromagnetic radiation signals from a blood perfused tissue portion corresponding to two different wavelengths of light; normalising said electromagnetic signals to provide normalised electromagnetic signals; obtaining an assessment of the signal quality of said first and second electromagnetic signals; selecting weights for two ensemble averagers using said assessment of signal quality; ensemble averaging said first and second electromagnetic signals using one of said ensemble averagers and using the ensemble averaged first and second electromagnetic signals to determine a pulse rate, and ensemble averaging said normalised electromagnetic signals using the other one of said two ensemble averagers and using the ensemble averaged normalised signals to determine oxygen saturation. receiving first and second electromagnetic radiation signals from a blood perfused tissue portion corresponding to two different wavelengths of light; normalising said electromagnetic signals to provide normalised electromagnetic signals; obtaining an assessment of the signal quality of said first and second electromagnetic signals; selecting weights for two ensemble averagers using said assessment of signal quality; ensemble averaging said first and second electromagnetic signals using one of said ensemble averagers and using the ensemble averaged first and second electromagnetic signals to determine a pulse rate, and ensemble averaging said normalised electromagnetic signals using the other one of said two ensemble averagers and using the ensemble averaged normalised signals to determine oxygen saturation.
An electronic device (100, 300, 400, 1001) configured to be wearable, the electronic device (100, 300, 400, 1001) comprising: a housing (110, 410) including a side wall at least partially configured as an antenna; a first printed circuit board disposed in the housing (110, 410) and including at least one ground part; a second printed circuit board, wherein the second printed circuit board includes: an extension part extending along the side wall of the housing (110, 410); a first part extending from one end of the extension part and connected to the first printed circuit board; and a second part extending from an opposite end of the extension part and electrically connected to the at least one ground part; at least one component (531, 532, 533) disposed on the extension part; a processor disposed on the first printed circuit board, and operatively connected to the at least one component (531, 532, 533) through the first part of the second printed circuit board; and a first button and a second button at least partially exposed through the side wall of the housing (110, 410), wherein when the side wall of the housing (110, 410) is viewed in an inward direction of the electronic device (100, 300, 400, 1001), the first button and the second button at least partially overlap the extension part. a housing (110, 410) including a side wall at least partially configured as an antenna; a first printed circuit board disposed in the housing (110, 410) and including at least one ground part; a second printed circuit board, wherein the second printed circuit board includes: an extension part extending along the side wall of the housing (110, 410); a first part extending from one end of the extension part and connected to the first printed circuit board; and a second part extending from an opposite end of the extension part and electrically connected to the at least one ground part; an extension part extending along the side wall of the housing (110, 410); a first part extending from one end of the extension part and connected to the first printed circuit board; and a second part extending from an opposite end of the extension part and electrically connected to the at least one ground part; at least one component (531, 532, 533) disposed on the extension part; a processor disposed on the first printed circuit board, and operatively connected to the at least one component (531, 532, 533) through the first part of the second printed circuit board; and a first button and a second button at least partially exposed through the side wall of the housing (110, 410), wherein when the side wall of the housing (110, 410) is viewed in an inward direction of the electronic device (100, 300, 400, 1001), the first button and the second button at least partially overlap the extension part.
Method for assembling a mirror plate stack comprising a plurality of mirror plates and a base plate onto which the plurality of mirror plates are stacked, said method comprising the steps of - providing a base plate with a first mirror plate mounted thereto; - providing a handling tool with a second mirror plate; - providing a spacer to a first surface of the second mirror plate; - positioning the handling tool comprising the second mirror plate with the spacer to align the second mirror plate with the first mirror plate, wherein the second mirror plate is aligned relative to the first mirror plate based on a measured position and shape of the first mirror plate to compensate a deviation of the measured position and shape of the first mirror plate from a pre-defined position and shape of the first mirror plate; - attaching the second mirror plate to the first mirror plate by bonding the spacer to the first mirror plate, wherein the spacer determines a pre-defined distance between the first and the second mirror plates; - exposing a second surface of the second mirror plate by removing the handling tool from the attached second mirror plate; and measuring the position and shape of the attached second mirror plate after the second surface has been exposed, characterized in that the handling tool is a mandrel, the method further comprising the step of forming the mirror plate to a pre-defined shape by means of the mandrel. - providing a base plate with a first mirror plate mounted thereto; - providing a handling tool with a second mirror plate; - providing a spacer to a first surface of the second mirror plate; - positioning the handling tool comprising the second mirror plate with the spacer to align the second mirror plate with the first mirror plate, wherein the second mirror plate is aligned relative to the first mirror plate based on a measured position and shape of the first mirror plate to compensate a deviation of the measured position and shape of the first mirror plate from a pre-defined position and shape of the first mirror plate; - attaching the second mirror plate to the first mirror plate by bonding the spacer to the first mirror plate, wherein the spacer determines a pre-defined distance between the first and the second mirror plates; - exposing a second surface of the second mirror plate by removing the handling tool from the attached second mirror plate; and
Security element for securing documents of value, wherein the security element comprises a strip-shaped multilayer body having a carrier film and having at least one decorative layer, as well as a first and a second adhesive layer (95, 96), wherein the first adhesive layer is provided on a first surface of the multilayer body, and the second adhesive layer is provided on an opposite second surface of the multilayer body, characterised in that a surface structure having a plurality of structural elements is moulded in the first surface in a replication lacquer layer, and, at least in a region of the security element, the first adhesive layer is applied to the surface structure in a layer thickness of less than 50 % of the structural depth of the structural elements of the surface structure.
Method for determining the position of the armature of an electromagnet, in which - on a yoke of the electromagnet or on the armature, at least one voltage difference is measured between two measuring points on the yoke or armature, or between one measuring point on the yoke or armature and a reference potential, via which potential differences in the yoke or armature caused by a deflection of the armature from a null position can be detected, and - from the measured voltage difference, the position of the armature relative to a reference position on the electromagnet is determined. - on a yoke of the electromagnet or on the armature, at least one voltage difference is measured between two measuring points on the yoke or armature, or between one measuring point on the yoke or armature and a reference potential, via which potential differences in the yoke or armature caused by a deflection of the armature from a null position can be detected, and - from the measured voltage difference, the position of the armature relative to a reference position on the electromagnet is determined.
An integrated circuit, IC, for use in a transceiver device, comprising: circuitry configured to receive a first allocation of resources for communications; wherein the first allocation of resources has an undetermined duration; circuitry configured to communicate according to the first allocation of resources; circuitry configured to receive control information indicating a second allocation of resources; and characterised by further comprising circuitry configured to communicate according to the second allocation of resources for one subframe (1-i) and communicate according to the first allocation of resources after the one subframe, wherein the second allocation of resources overrides the first allocation of resources during the one subframe. circuitry configured to receive a first allocation of resources for communications; wherein the first allocation of resources has an undetermined duration; circuitry configured to communicate according to the first allocation of resources; circuitry configured to receive control information indicating a second allocation of resources; and characterised by further comprising circuitry configured to communicate according to the second allocation of resources for one subframe (1-i) and communicate according to the first allocation of resources after the one subframe, wherein the second allocation of resources overrides the first allocation of resources during the one subframe.
Repeating firearm, in particular repeating rifle, which is configured as a straight-pull bolt action rifle, comprising a forestock and a bolt handle, wherein the repeating firearm is selectively operable either with the forestock or with the bolt handle, and wherein a switching between the operation with the forestock and the operation with the bolt handle takes place in a toolless manner by way of at least one actuating handle (13; 24) arranged on or in the repeating firearm, characterized in that the at least one actuating handle has a two-stage switching mechanism with a first switching state and a second switching state, wherein the repeating firearm is operable in the first switching state with the forestock and in the second switching state with the bolt handle.
Steering column for a motor vehicle, with a control unit, in which a steering spindle is mounted rotatably about a longitudinal axis, and with a supporting unit, which is designed to connect the control unit to the body of a motor vehicle and which comprises two side cheeks (32, 33), between which the control unit is disposed and which comprise openings (35, 36) running transversely to the longitudinal axis, through which a clamping bolt of a clamping device extends, which comprises a lift mechanism, which bears against the one side cheek and can be brought into a fixation position for exerting a tension force on the clamping bolt, which bears against the other side cheek across an abutment, for the clamping of the side cheeks (32, 33) to the control unit, wherein the abutment comprises a fastening element, which is fixed relative to the longitudinal dimension of the clamping bolt and connected in tension resistant manner to a fastening section of the clamping bolt, characterized in that the fastening element comprises a head section, which has a support surface which can be braced against the side cheek, from which a shaft section projects, which extends through the opening of the side cheek and is connected to the fastening section of the clamping bolt.
A transgenic plant transformed with a recombinant DNA construct comprising a plant-expressible transcription regulatory sequence operatively linked to a polynucleotide encoding a polypeptide comprising the amino acid sequence of SEQ ID NO:6, or a polypeptide having at least 75% identity therewith, wherein the transgenic plant has a CO 2 assimilation rate at least 5% higher and a transpiration rate at least 5% lower relative to a plant of the same species not comprising said polypeptide, and wherein the transgenic plant is an oil crop plant selected from the group consisting of Borago officinalis, Brassica campestris, Brassica napus, Brassica rapa, Camelina species, Cannabis sativa, Carthamus tinctorius, Cocos nucifera, Crambe abyssinica, Cuphea species, Elaeis guinensis, Elaeis oleifera, Glycine max, Gossypium hirsutum, Gossypium barbadense, Gossypium herbaceum, Helianthus annuus, Linum usitatissimum, Oenothera biennis, Olea europaea, Oryza sativa, Ricinus communis, Sesamum indicum, Triticum species, walnut and almond.