mhurhangee/patent-ind-claim-en huggingface dataset:
A method for interfacing an electric vehicle with an electric power grid , the method comprising: establishing, by electric vehicle equipment (EVE) of the electric vehicle, communication with electric vehicle station equipment (EVSE) electrically coupled to the electric power grid , the EVSE having EVSE attributes; receiving, by the EVE , the EVSE attributes; sending by the EVE EVE operational parameters and EVSE attributes to an aggregation server ; and managing, by the EVE , a timing, a rate and a direction of power flow between the EVE and the electric power grid through the EVSE , characterised by : receiving, by the EVE , requests from the aggregation server , the requests comprising requests for receiving power from or supplying power to the electric power grid , wherein the managing is based on operational parameters determined from the EVSE attributes and the requests from the aggregation server . establishing, by electric vehicle equipment (EVE) of the electric vehicle, communication with electric vehicle station equipment (EVSE) electrically coupled to the electric power grid , the EVSE having EVSE attributes; receiving, by the EVE , the EVSE attributes; sending by the EVE EVE operational parameters and EVSE attributes to an aggregation server ; and managing, by the EVE , a timing, a rate and a direction of power flow between the EVE and the electric power grid through the EVSE , characterised by : receiving, by the EVE , requests from the aggregation server , the requests comprising requests for receiving power from or supplying power to the electric power grid , wherein the managing is based on operational parameters determined from the EVSE attributes and the requests from the aggregation server . receiving, by the EVE , requests from the aggregation server , the requests comprising requests for receiving power from or supplying power to the electric power grid , wherein the managing is based on operational parameters determined from the EVSE attributes and the requests from the aggregation server .
Infeed conveyor for a folding apparatus for folding semi-finalized packs containing a pourable product, the infeed conveyor being configured to receive the semi-finalized packs and to transfer the semi-finalized packs to a folding unit of the folding apparatus ; the infeed conveyor comprises at least: - one or more pushing elements ; - a conveying device for advancing the pushing elements along an advancement path (R); and - a carrier for the semi-finalized packs ; wherein each pushing element is configured to engage one respective semi-finalized pack and to guide the semi-finalized pack on the carrier along a feeding path (S) when, in use, advancing along an operative portion (R1) of the advancement path (R); characterized in that the infeed conveyor further comprises a distance detection device for measuring a distance (d) between the pushing elements and the respective semi-finalized packs ; wherein the distance detection device is configured to determine the passage of the pushing elements at a first reference position and the passage of the semi-finalized packs at a second reference position . the infeed conveyor comprises at least: - one or more pushing elements ; - a conveying device for advancing the pushing elements along an advancement path (R); and - a carrier for the semi-finalized packs ; - one or more pushing elements ; - a conveying device for advancing the pushing elements along an advancement path (R); and - a carrier for the semi-finalized packs ; wherein each pushing element is configured to engage one respective semi-finalized pack and to guide the semi-finalized pack on the carrier along a feeding path (S) when, in use, advancing along an operative portion (R1) of the advancement path (R); characterized in that the infeed conveyor further comprises a distance detection device for measuring a distance (d) between the pushing elements and the respective semi-finalized packs ; wherein the distance detection device is configured to determine the passage of the pushing elements at a first reference position and the passage of the semi-finalized packs at a second reference position .
A surgical instrument for applying fasteners, comprising: a handle assembly or clamshell ; a drive motor disposed within the handle assembly or the clamshell; a replaceable loading unit having an end-effector assembly ; and an adapter configured to releaseably couple the replaceable loading unit to the drive motor via the handle assembly or the clamshell, the adapter configured for interchangeable coupling to different handle assemblies or clamshells, the adapter including a strain gauge having a drive circuit coupled thereto, wherein the strain gauge and the drive circuit are configured to directly measure a driving force in the adapter, the drive circuit includes a microprocessor having factory-calibrated force measurements including slope and offset correction factors permanently stored in the microprocessor .
Electric, gun-like handheld device , comprising - a device body for electrically activated working of a workpiece, - a grip part which is connected at an angle to the device body , - an actuation means for manually activating and/or deactivating the handheld device and which is arranged on the device body or grip part , and - an unlocking means for manually unlocking and/or locking the actuation means , characterised by - a support mandrel which projects forwards from a finger grip region of the grip part and comprises the unlocking means on its lower side, wherein the unlocking takes place in that the support mandrel is supported on one of the fingers of the user's hand. - a device body for electrically activated working of a workpiece, - a grip part which is connected at an angle to the device body , - an actuation means for manually activating and/or deactivating the handheld device and which is arranged on the device body or grip part , and - an unlocking means for manually unlocking and/or locking the actuation means , characterised by - a support mandrel which projects forwards from a finger grip region of the grip part and comprises the unlocking means on its lower side, wherein the unlocking takes place in that the support mandrel is supported on one of the fingers of the user's hand. - a support mandrel which projects forwards from a finger grip region of the grip part and comprises the unlocking means on its lower side, wherein the unlocking takes place in that the support mandrel is supported on one of the fingers of the user's hand.
Method for managing image data in an automotive lighting device , the method comprising the steps of: - providing by a control unit a first image pattern comprising a plurality of pixels , wherein each pixel is characterized by a value related to the luminous intensity of the pixel ; - sending the first image pattern to a light module; - buffering the first image in the light module; - providing by the control unit a second image pattern comprising a plurality of pixels , wherein each pixel is characterized by a value related to the luminous intensity of the pixel ; - generating a difference pattern , which is obtained by subtracting the second image pattern from the first image pattern; characterized by - normalizing the difference pattern by adding a compensation value to at least some of the pixels of the difference pattern so that the lower value of the normalized difference pattern is equal or greater than zero; - sending the compensation value to the light module; and - sending the difference pattern to the light module , so the light module is able to recover the difference pattern by subtracting the compensation value from the normalized difference value and reconstruct the second image pattern from the data of the first image pattern and the difference pattern . - providing by a control unit a first image pattern comprising a plurality of pixels , wherein each pixel is characterized by a value related to the luminous intensity of the pixel ; - sending the first image pattern to a light module; - buffering the first image in the light module; - providing by the control unit a second image pattern comprising a plurality of pixels , wherein each pixel is characterized by a value related to the luminous intensity of the pixel ; - generating a difference pattern , which is obtained by subtracting the second image pattern from the first image pattern; characterized by - normalizing the difference pattern by adding a compensation value to at least some of the pixels of the difference pattern so that the lower value of the normalized difference pattern is equal or greater than zero; - sending the compensation value to the light module; and - sending the difference pattern to the light module , so the light module is able to recover the difference pattern by subtracting the compensation value from the normalized difference value and reconstruct the second image pattern from the data of the first image pattern and the difference pattern .
A pharmaceutical oral tablet, characterized by comprising a three-phase release system with three layers: a) a core, b) an under layer, and c) a top layer, each one comprising a pharmaceutically acceptable carrier, wherein the core comprises one corticosteroid agent, preferably betamethasone, or pharmaceutically acceptable salts thereof; the under layer comprises one non-steroidal anti-inflammatory agent, preferably aceclofenac, or pharmaceutically acceptable salts thereof; the top layer comprises one non-steroidal anti-inflammatory agent, preferably aceclofenac, or pharmaceutically acceptable salts thereof, and wherein the core has a delayed-release system or an extended release system; the under layer covers at least half of the central core and has an immediate-release system; the top layer completely covers the central core and has an extended-release system or delayed-release system; the under layer and the top layer have different release systems, and the tablet is formulated in at least one dosage unit and is useful for the treatment of body pain and inflammation of affected areas.
A slide jig for connecting face materials , which is used to connect two belt-like face materials arranged side by side in a width direction together by fitting face material fitting claws to face material connecting member fitting claws, respectively, the fitting face material fitting claws being respectively formed in grooves that are respectively formed at end portions of the two face materials in the width direction, the face material connecting member fitting claws being oppositely formed in two protrusions which are formed so as to have a gap therebetween in a face material connecting member arranged across the end portions of the two face materials in the width direction, wherein the slide jig comprises: a support portion that is inserted into a groove of a face material; and a pressing portion that presses a surface of the face material connecting member, which are integrated with a joint portion, and the support portion is provided so as to be positioned in a front of the jig in a slide direction, and the pressing portion is provided so as to be positioned in a rear of the jig in the slide direction, the slide jig being characterized by further comprising a protrusion guide portion that is provided between the support portion and the pressing portion so as to be inserted between the protrusions which are formed in the face material connecting member.
A turn cap for an airfoil of a gas turbine engine, the turn cap comprising: exterior side walls (556; 656), the exterior side walls extending from a forward end of the turn cap toward an aft end of the turn cap; an exterior top wall (557; 657) extending between the exterior side walls; a first divider located within the turn cap extending from the exterior top wall and positioned between the exterior side walls and defining a first turning feature between the first divider and the exterior side walls, the first turning feature comprising a first suction-side turn passage and a first pressure-side turn passage wherein the first divider fluidly separates the first pressure-side turn passage from the first suction-side turn passage within the turn cap, wherein the first divider extends from the forward end of the turn cap toward the aft end of the turn cap and separates the first pressure-side turn passage and the first suction-side turn passage , wherein in use fluid flows flow separately in the first suction side turn passage and the first pressure side turn passage as the fluid flows transition from a radial flow direction to an axial flow direction; and a merging chamber is formed in the turn cap wherein the separated fluid flows passing through the first suction side turn passage and the first pressure side turn passage are merged at the merging chamber once all the flow is travelling in the same direction. exterior side walls (556; 656), the exterior side walls extending from a forward end of the turn cap toward an aft end of the turn cap; an exterior top wall (557; 657) extending between the exterior side walls; a first divider located within the turn cap extending from the exterior top wall and positioned between the exterior side walls and defining a first turning feature between the first divider and the exterior side walls, the first turning feature comprising a first suction-side turn passage and a first pressure-side turn passage wherein the first divider fluidly separates the first pressure-side turn passage from the first suction-side turn passage within the turn cap, wherein the first divider extends from the forward end of the turn cap toward the aft end of the turn cap and separates the first pressure-side turn passage and the first suction-side turn passage , wherein in use fluid flows flow separately in the first suction side turn passage and the first pressure side turn passage as the fluid flows transition from a radial flow direction to an axial flow direction; and a merging chamber is formed in the turn cap wherein the separated fluid flows passing through the first suction side turn passage and the first pressure side turn passage are merged at the merging chamber once all the flow is travelling in the same direction.
Rotor for a reluctance machine, wherein the rotor has a magnetically soft element of cylindrical construction, wherein the magnetically soft element has clearances for configuring magnetic flux barriers , wherein all or part of the flux barriers are divided by one or a plurality of webs , wherein the profile of the individual webs forms a solid line which in the radial direction subdivides the rotor into an inner rotor region and an outer rotor region , wherein a plurality of the flux barriers of the outer rotor region are filled with an electrically conductive and magnetically nonconductive filler material, and that a short-circuit ring is in each case disposed on the end side of the rotor, wherein the short-circuit rings short at least two of the flux barriers of the outer rotor region , characterized in that all flux barriers extend in each case in a substantially arcuate manner so as to be symmetrical about the q-axis of a pole segment of the rotor.
Use of an agent for controlling brown rats which have a gene sequence change in the vitamin K epoxide reductase complex 1 subunit 1 (VKORC1) and are of the strain L120Q Berkshire, L120Q Hampshire, Y139C or Y139F and in which there is a practical resistance to at least one second-generation anticoagulant, characterized in that - the second-generation anticoagulants are selected from the group of bromadiolone and difenacoum, - the practical resistance is distinguished by a resistance factor of at least 7 with respect to bromadiolone and of at least 2 with respect to difenacoum, - the agent contains at least one hydroxycoumarin selected from the group of warfarin, coumachlor, coumatetralyl, bromadiolone, difenacoum and flocoumafen and at least one vitamin D analogue selected from the group of ergocalciferol and cholecalciferol in a concentration between 50 and 100 mg/kg. - the second-generation anticoagulants are selected from the group of bromadiolone and difenacoum, - the practical resistance is distinguished by a resistance factor of at least 7 with respect to bromadiolone and of at least 2 with respect to difenacoum, - the agent contains at least one hydroxycoumarin selected from the group of warfarin, coumachlor, coumatetralyl, bromadiolone, difenacoum and flocoumafen and at least one vitamin D analogue selected from the group of ergocalciferol and cholecalciferol in a concentration between 50 and 100 mg/kg.
A vacuum pump , in particular a turbomolecular pump, comprising a rotor that can be driven for a rotational movement in order to bring about a pump action; a first and second radial bearing for the rotor , wherein the first radial bearing is an actively regulated magnetic bearing and wherein the second radial bearing is configured as a passive magnetic bearing; and a first radial sensor arrangement for determining a radial deflection of the rotor in a first axial region; characterized by a second radial sensor arrangement for determining a radial deflection in a second axial region different from the first axial region. a first and second radial bearing for the rotor , wherein the first radial bearing is an actively regulated magnetic bearing and wherein the second radial bearing is configured as a passive magnetic bearing; and a first radial sensor arrangement for determining a radial deflection of the rotor in a first axial region; characterized by a second radial sensor arrangement for determining a radial deflection in a second axial region different from the first axial region.
A shaped body comprising at least one spring and at least one foam section , whereas an uppermost section of the foam section is attached to an uppermost section of the at least one spring , and a lowest section of the foam section is attached to the lowest section of the at least one spring wherein, the uppermost section and the lowest section are attached by affixation through a top plate and a bottom plate to the at least one spring , said top plate and/or bottom plate could be made of metal or another plastic and must be sufficiently mechanically firm to generate parallel behavior.
System for the production of fertilizer from organic waste comprising at least one column with an elongated inner space , wherein, in an upper end region , the elongated inner space has at least one inlet opening for the inlet of a suspension of a liquid and organic waste and, in a lower end region , has at least one outlet opening for the suspension , wherein porous filler material is provided in the elongated inner space , and comprising a basin for receiving the suspension , wherein the basin is in communication with the inlet opening and the outlet opening of the inner space , and the suspension is conveyed in circulation from the basin through the inlet opening into the inner space and returns back into the basin from the outlet opening , wherein the basin comprises a filling portion in which the suspension can be provided and wherein the main portion of the basin comprises an outlet means for withdrawing the finished fertilizer therefrom.
A T-tail joint assembly for a T-tail empennage, the T-tail joint assembly comprising: a plurality of lower rib chord members , each having a first base member, a first fin projecting from a first surface of the first base member, notches in the first fin proximate to ends of the first base member, and attachment members projecting from a second surface of the first base member that opposes the first surface; a plurality of upper rib chord members , each having a second base member, a second fin projecting from a surface of the second base member, and notches in the second fin proximate to ends of the second base member; a plurality of spar fittings disposed between the upper rib chord members and the lower rib chord members , wherein the spar fittings engage the notches in the first fin of the lower rib chord members and the notches in the second fin of the upper rib chord members; and a plurality of spar chords coupled to and separating pairs of the upper rib chord members and the lower rib chord members, wherein the plurality of spar chords is proximate to ends of the first base member and the second base member. a plurality of lower rib chord members , each having a first base member, a first fin projecting from a first surface of the first base member, notches in the first fin proximate to ends of the first base member, and attachment members projecting from a second surface of the first base member that opposes the first surface; a plurality of upper rib chord members , each having a second base member, a second fin projecting from a surface of the second base member, and notches in the second fin proximate to ends of the second base member; a plurality of spar fittings disposed between the upper rib chord members and the lower rib chord members , wherein the spar fittings engage the notches in the first fin of the lower rib chord members and the notches in the second fin of the upper rib chord members; and a plurality of spar chords coupled to and separating pairs of the upper rib chord members and the lower rib chord members, wherein the plurality of spar chords is proximate to ends of the first base member and the second base member.
A method for a User Equipment, in the following also referred to as UE, configured with a first cell and a second cell, comprising: triggering a Beam Failure Recovery, in the following also referred to as BFR, associated with the first cell ; triggering a Scheduling Request, in the following also referred to as SR, for Secondary Cell, in the following also referred to as SCell, beam failure recovery in response to the triggered BFR ; and cancelling the triggered BFR and the triggered SR in response to reset of a Medium Access Control, in the following also referred to as MAC, entity associated with the first cell , characterized in that the UE transmits the SR on the second cell different from the first cell. triggering a Beam Failure Recovery, in the following also referred to as BFR, associated with the first cell ; triggering a Scheduling Request, in the following also referred to as SR, for Secondary Cell, in the following also referred to as SCell, beam failure recovery in response to the triggered BFR ; and cancelling the triggered BFR and the triggered SR in response to reset of a Medium Access Control, in the following also referred to as MAC, entity associated with the first cell , characterized in that the UE transmits the SR on the second cell different from the first cell.