mhurhangee/ep-ind-claims huggingface dataset:
An insulated storage tank, comprising: a plurality of insulating panels disposed in a circumferential pattern, the insulating panels each in contact with two other panels forming a cylindrical wall, an inner liner disposed within the cylindrical wall to be filled with a hot or cold liquid and conforming in shape to the insulating panels, characterized in that individual ones of the insulating panels each including a leading edge contact surface forming a leading edge apex and a trailing edge offset, and an oppositely located trailing edge contact surface, wherein the leading edge contact surface of one of the insulating panels is placed in direct contact with the trailing edge contact surface of a next successive one of the insulating panels; a single outer support jacket surrounding an exterior arcuate surface of the cylindrical wall of insulating panels. a plurality of insulating panels disposed in a circumferential pattern, the insulating panels each in contact with two other panels forming a cylindrical wall, an inner liner disposed within the cylindrical wall to be filled with a hot or cold liquid and conforming in shape to the insulating panels, characterized in that individual ones of the insulating panels each including a leading edge contact surface forming a leading edge apex and a trailing edge offset, and an oppositely located trailing edge contact surface, wherein the leading edge contact surface of one of the insulating panels is placed in direct contact with the trailing edge contact surface of a next successive one of the insulating panels; a single outer support jacket surrounding an exterior arcuate surface of the cylindrical wall of insulating panels.
A casting assembly for casting a polymeric aircraft window panel, comprising: a mold comprising: a rolled, hydroformed, or stamped metal first mold half, a rolled, hydroformed, or stamped metal second mold half, and a shaped gasket located between a peripheral edge of the first mold half and a peripheral edge of the second mold half, the shaped gasket comprising an outer end, an inner end comprising at least one surface shaped to form at least a portion of a peripheral edge portion of the polymeric aircraft window panel, a pair of opposed groves (204, 206) near the outer end, and a pair of opposed flat surfaces (210, 212) near the inner end; a fluid bath configured to receive the mold; and a recirculating heater in flow communication with the fluid bath. a mold comprising: a rolled, hydroformed, or stamped metal first mold half, a rolled, hydroformed, or stamped metal second mold half, and a shaped gasket located between a peripheral edge of the first mold half and a peripheral edge of the second mold half, the shaped gasket comprising an outer end, an inner end comprising at least one surface shaped to form at least a portion of a peripheral edge portion of the polymeric aircraft window panel, a pair of opposed groves (204, 206) near the outer end, and a pair of opposed flat surfaces (210, 212) near the inner end; a fluid bath configured to receive the mold; and a recirculating heater in flow communication with the fluid bath.
A fluid supply bench, for example for an aircraft in maintenance phase, said bench comprising: - a fluidic circuit including a variable flow rate and constant pressure pump, said circuit being intended to be connected to another fluidic circuit to be supplied with fluid, - a motor to drive the pump, characterized in that the motor being a variable speed motor, the bench comprises a flow meter to measure the flow rate of fluid that may be transmitted to the circuit to be supplied with fluid and means (31, 5) for controlling the rotation speed of the motor as a function of this fluid flow rate. - a fluidic circuit including a variable flow rate and constant pressure pump, said circuit being intended to be connected to another fluidic circuit to be supplied with fluid, - a motor to drive the pump,
Epilation device having an epilation unit for pulling or plucking hairs from the skin over an epilation width, wherein a hair-removal unit is provided that follows the epilation unit in the direction of use, characterized in that, in at least one operating mode, the hair-removal unit removes hairs by cutting off the ones that were not plucked by the epilation unit, wherein the hair-removal unit is designed to remove the hairs remaining on the skin surface without a plucking operation and wherein the hair-removal unit is a razor blade or a blade cartridge.
A method of map-matching probe measurements to a path in a geographic location, the method comprising: receiving, by a processor, one or more measurements from a probe for a window; receiving, by the processor, an additional measurement from the probe; determining, by the processor, at least one candidate location for each of the one or more measurements in the window and for the additional measurement; determining, by the processor, a probability that a candidate location corresponds to a measurement for the candidate locations of the one or more measurements in the window and the additional measurement, wherein the probability is based at least on a property of the candidate location, a heading of the probe included in the measurement and a location corresponding to the measurement; removing, by the processor, candidate locations based on a threshold probability; selecting, by the processor, an oldest measurement from the one or more measurements in the window; matching, by the processor, the oldest measurement to a candidate location of the at least one candidate location for the oldest measurement based on a most-probable path connecting the at least one candidate location of the one or more measurements in the window and the at least one candidate location of the additional measurement, wherein the candidate location matched to the oldest measurement lies along the most-probable path; and outputting, by the processor, a path-matched probe measurement based on the candidate location matched to the oldest measurement. receiving, by a processor, one or more measurements from a probe for a window; receiving, by the processor, an additional measurement from the probe; determining, by the processor, at least one candidate location for each of the one or more measurements in the window and for the additional measurement; determining, by the processor, a probability that a candidate location corresponds to a measurement for the candidate locations of the one or more measurements in the window and the additional measurement, wherein the probability is based at least on a property of the candidate location, a heading of the probe included in the measurement and a location corresponding to the measurement; removing, by the processor, candidate locations based on a threshold probability; selecting, by the processor, an oldest measurement from the one or more measurements in the window; matching, by the processor, the oldest measurement to a candidate location of the at least one candidate location for the oldest measurement based on a most-probable path connecting the at least one candidate location of the one or more measurements in the window and the at least one candidate location of the additional measurement, wherein the candidate location matched to the oldest measurement lies along the most-probable path; and outputting, by the processor, a path-matched probe measurement based on the candidate location matched to the oldest measurement.
An arrangement for a monitoring camera device having a camera head being movable within a movement range (MR 1, MR 2), the arrangement comprising an enclosure for covering the interior of the monitoring camera device and having an opening (204, 206) for the camera head providing a free line of sight for an arbitrary camera head position within the movement range (MR 1, MR 2), a shield movably arranged relative to the enclosure for masking parts of the opening (204, 206) not being used for providing the free line of sight for the arbitrary camera head position, the shield comprising a first and a second shield portion mutually movably arranged, wherein the shield is maneuverable between a compressed state and an extended state by movement of the first shield portion relative to the second shield portion, the first shield portion of the shield comprising an aperture being moveable in a range corresponding to the movement range (MR 1) of the camera head and defined by a first and a second end position by movement of the shield in order to align the aperture with the free line of sight for the arbitrary camera head position, and the shield being maneuverable to the extended state during movement of the aperture from the first end position to the second end position, characterized in that the arrangement further comprises a spring member arranged to cause a relative movement between the first and second shield portion during movement of the aperture from the first end position towards the second end position such that the shield assumes the extended state.
A work centre to process section bars, in particular made of aluminium, light alloys, PVC or the like, the work centre comprising an elongated base extending in a first direction; at least one processing station, which is obtained along the base and is provided with at least one operating unit (22, 23) to process the section bars; a feeding device to feed the section bars along the base and through the processing station in the first direction; and an unloading station to pick up the section bars that were just processed from the feeding device; the unloading station comprising, in turn, a store to store the section bars that were just processed; and being characterized in that the store comprises at least one rack, which is delimited by a substantially horizontal bottom wall and is provided with a plurality of inclined pockets, each delimited by two side walls, which are parallel to one another and are inclined at an angle other than 90° relative to the bottom wall.
A method of determining a physical location of a client in a data communication network and restricting access to the data communication network based on the physical location of the client, the method comprising: determining an identifier of a connection point through which the client communicates with the data network, wherein the connection point is a physical port through which the client communicates; transmitting the identifier of the connection point from the client to a location server; determining a physical location of the client based on the determined identifier of the connection point, including accessing a stored association between the connection point identifier and the physical location, wherein the connection point provides a communication path to the client via a cable-based transmission medium; storing a plurality of associations of connection point identifiers with respective physical locations, including storing an association between the connection point identifier and the physical location prior to the client connecting to the connection point; transmitting, by the location server to the client, the physical location of the client; authenticating the client and/or a user of the client; and restricting access to the data communication network based on the physical location of the client and the results of the authentication. determining an identifier of a connection point through which the client communicates with the data network, wherein the connection point is a physical port through which the client communicates; transmitting the identifier of the connection point from the client to a location server; determining a physical location of the client based on the determined identifier of the connection point, including accessing a stored association between the connection point identifier and the physical location, wherein the connection point provides a communication path to the client via a cable-based transmission medium; storing a plurality of associations of connection point identifiers with respective physical locations, including storing an association between the connection point identifier and the physical location prior to the client connecting to the connection point; transmitting, by the location server to the client, the physical location of the client; authenticating the client and/or a user of the client; and restricting access to the data communication network based on the physical location of the client and the results of the authentication.
A bale opener for opening pressed fiber bales positioned in a positioning direction, having a machine frame and having a pick-up unit, wherein the pick-up unit is arranged vertically adjustably on the machine frame, and wherein the machine frame is travelable in the positioning direction so that the fiber bales can be transferred by the pick-up unit, and wherein the pick-up unit is suspended at the machine frame by means of at least one pulling means, wherein the pulling means is operatively connected to a drive unit on the machine frame for the vertical adjustment of the pick-up unit, characterized in that the at least one pulling means is guided over a deflection pulley arranged at the upper side on the machine frame, with a first end of the pulling means being connected to the pick-up unit and with a second end of the pulling means being able to be wound up and down on a pulling means pulley arranged on the pick-up unit, and with the drive motor being arranged on the pick-up unit and being operatively connected to the pulling means pulley.
A method of digital rights management, in which access to a piece of content is granted in accordance with a license owned by a license owner to a client who is a member of a domain, conditional upon a step of successfully verifying that a membership relation exists between the client and the domain as reflected in a first state variable maintained both by the client and by a controller of the domain, the presence of a valid first state variable being required to successfully verify that the membership relationship exists, and that an association relation exists between the license owner and the domain as reflected in a second state variable maintained both by the controller of the domain and by a license owner controller associated with the license owner, the presence of a valid second state variable being required to successfully verify that the association relationship exists, the method comprising revoking the membership relation by executing an online protocol between the controller of the domain and the client after which both remove the first state variable, and revoking the association relation by executing an online protocol between the license owner controller and the controller of the domain after which the controller of the domain removes the second state variable and after which the state administration relating to the domain is propagated to the client so that the second state variable is removed by the client.
System for mounting facade panels, comprising a centring sleeve with a collar and a base and a fastening element with a head, a shaft and a drill bit, characterized in that the base of the centring sleeve is connected to the rest of the centring sleeve by means of at least one predetermined breaking point and wherein the base comprises an opening in which the shaft of the fastening element is arranged during mounting and wherein the shaft of the fastening element comprises a projection which causes a release of the base at the predetermined breaking point when the fastening element is in a predetermined position relative to the base of the centring sleeve. a fastening element with a head, a shaft and a drill bit, characterized in that the base of the centring sleeve is connected to the rest of the centring sleeve by means of at least one predetermined breaking point and wherein the base comprises an opening in which the shaft of the fastening element is arranged during mounting and wherein the shaft of the fastening element comprises a projection which causes a release of the base at the predetermined breaking point when the fastening element is in a predetermined position relative to the base of the centring sleeve.
Microcircuit device comprising a substantially rigid body (105, 705) and at least one support external to said body, said body incorporating at least one microcircuit (140, 710) and said external support comprising an antenna, said body further comprising contactless coupling means (145, 720) connected to said at least one microcircuit, said external support further comprising contactless coupling means connected to said antenna, said contactless coupling means of said body and of said external support being configured so as to establish an electrical connection allowing said at least one microcircuit to transmit or to receive data by way of said antenna, the device being characterized in that said external support is formed of a flexible film enabling the antenna to be positioned in a restricted space.
A power system for performing a blackstart on a microgrid, the power system comprising: a first power converter electrically coupleable to the microgrid and comprising a first controller; a second power converter electrically coupleable to the microgrid, characterized in that the first controller has a plurality of startup sequences, wherein, during a blackstart, the first controller is configured to select and perform one of the plurality of startup sequences according to a microgrid voltage, the plurality of startup sequences including a first start up sequence, a second start up sequence and a third startup sequence, wherein, the first controller is configured to: select the first startup sequence when the microgrid voltage is less than a first predetermined threshold voltage; select the second startup sequence when the microgrid voltage is greater than the first predetermined threshold voltage but less than a second predetermined threshold voltage; and select the third startup sequence when the microgrid voltage is greater than the second predetermined threshold voltage. a first power converter electrically coupleable to the microgrid and comprising a first controller; a second power converter electrically coupleable to the microgrid, characterized in that the first controller has a plurality of startup sequences, wherein, during a blackstart, the first controller is configured to select and perform one of the plurality of startup sequences according to a microgrid voltage, the plurality of startup sequences including a first start up sequence, a second start up sequence and a third startup sequence, wherein, the first controller is configured to: select the first startup sequence when the microgrid voltage is less than a first predetermined threshold voltage; select the second startup sequence when the microgrid voltage is greater than the first predetermined threshold voltage but less than a second predetermined threshold voltage; and select the third startup sequence when the microgrid voltage is greater than the second predetermined threshold voltage. select the first startup sequence when the microgrid voltage is less than a first predetermined threshold voltage; select the second startup sequence when the microgrid voltage is greater than the first predetermined threshold voltage but less than a second predetermined threshold voltage; and select the third startup sequence when the microgrid voltage is greater than the second predetermined threshold voltage.
A method of joining two components using additive manufacturing, the method comprising: forming a first component made of a first material, wherein forming the first component comprises successively depositing layers of the first material; forming an interlocking transition zone from the first material and a second material, wherein forming the interlocking transition zone comprises successively depositing layers of the first material and the second material onto the first component; and forming a second component made of the second material, wherein forming the second component comprises successively depositing layers of the second material, and wherein the interlocking transition zone comprises a plurality of projections alternately extending from the first component and the second component, respectively, to undetachably couple the first component and the second component, and wherein each of the plurality of projections allow relative motion between the first component and the second component. forming a first component made of a first material, wherein forming the first component comprises successively depositing layers of the first material; forming an interlocking transition zone from the first material and a second material, wherein forming the interlocking transition zone comprises successively depositing layers of the first material and the second material onto the first component; and forming a second component made of the second material, wherein forming the second component comprises successively depositing layers of the second material, and wherein the interlocking transition zone comprises a plurality of projections alternately extending from the first component and the second component, respectively, to undetachably couple the first component and the second component, and wherein each of the plurality of projections allow relative motion between the first component and the second component.
A medical drive unit, preferably of the handheld type for receiving and rotatingly driving of a medical, preferably surgical tool, by means of a motor, preferably an electric motor, housed in the drive unit and operable by means of a controller or regulation unit, comprising a sensor device directly or indirectly detecting or determining a movement or acceleration of the drive unit or a holding movement or holding acceleration of a user, especially the holding hand of the user, which is triggered by the motor corresponding to its power applied to the tool and having a kickback control unit or tool, which automatically effects a reduction of the driving power or turning off of the motor upon detection of a predetermined drive-unit or holding movement/acceleration or a predetermined drive-unit or holding-movement/acceleration amount, characterized in that the controller or regulation unit has a learning function, which is adapted to identify a current torque for a current application and/or a current user and to determine the currently identified torque as the maximum permissible torque at which the kickback controller has effected the reduction of the driving power or turning off of the motor, wherein torques are limited to the maximum permissible torque during the further course of the application.
Holding device for fastening an apparatus, in particular a pump, to a motor vehicle, having a holding element, wherein the holding element has a fastening portion for attaching the holding element in the motor vehicle, and wherein the holding element is configured to receive the apparatus, and wherein the holding element has at least one elastomer portion, wherein the holding device has a heat shield which is fastened to the elastomer portion and which is configured to at least partially shield the apparatus in relation to the effect of heat caused by components of the motor vehicle, wherein the heat shield has a shielding portion which extends substantially in the radial direction, wherein the shielding portion is specified to substantially at least partially cover a housing side of the apparatus, wherein the shielding portion is configured to be substantially disc-shaped, wherein the shielding portion has a preferably central passage opening for receiving a fluid inlet of the apparatus that extends substantially in the axial direction.