mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a chip-card structure, comprising: - providing a substrate (7, 7') having first and second main faces (9, 11), - producing, on the first face of the substrate (7, 7'), contacts for a temporary electrical connection to a contact card-reading device, - producing, on the first face or second face of the substrate (7, 7'), an antenna for electromagnetic coupling to a contactless card-reading device, - electrically connecting an electronic chip to at least certain contacts and to the antenna, - encapsulating the chip in an encapsulating zone, - providing a layer (23, 25) above the first face, with a cutout produced right through the thickness of this layer (23, 25) so as to let the contacts appear. - providing a substrate (7, 7') having first and second main faces (9, 11), - producing, on the first face of the substrate (7, 7'), contacts for a temporary electrical connection to a contact card-reading device, - producing, on the first face or second face of the substrate (7, 7'), an antenna for electromagnetic coupling to a contactless card-reading device, - electrically connecting an electronic chip to at least certain contacts and to the antenna, - encapsulating the chip in an encapsulating zone, - providing a layer (23, 25) above the first face, with a cutout produced right through the thickness of this layer (23, 25) so as to let the contacts appear.
An apparatus for at least partially folding of outer packaging, wherein said outer packaging has a plurality of sections connected by fold lines, comprising: - a conveying device for transporting the outer packaging in a position with at least the bottom section (2.1) lying on the conveying device in a transport direction, - first device means (4, 4'), which are arranged such as to pivot at the conveying device, and are formed such as to fold a front side section (2.2) connected to the base section (2.1) and connection sections (2.6) hinged to that, against the base section (2.1), and - second device means, which are provided above the conveying device and which are arranged such that, by taking effect on the front side section (2.2) in a direction against the working direction of the first device means (4, 4'), cause a folding of the connection sections (2.6) about a fold line (2.6.1) running in the respective connection sections (2.6), wherein the second device means comprise at least one folding means (2.6.1) driven by a servomotor, rotating about an axis of rotation, characterised in that a control device is provided which interacts with the servomotor, which is designed for the actuation of the servomotor at a speed profile dependent on the format of the outer packaging and/or at an angular acceleration profile which is dependent on the format of the outer packaging. - a conveying device for transporting the outer packaging in a position with at least the bottom section (2.1) lying on the conveying device in a transport direction, - first device means (4, 4'), which are arranged such as to pivot at the conveying device, and are formed such as to fold a front side section (2.2) connected to the base section (2.1) and connection sections (2.6) hinged to that, against the base section (2.1), and - second device means, which are provided above the conveying device and which are arranged such that, by taking effect on the front side section (2.2) in a direction against the working direction of the first device means (4, 4'), cause a folding of the connection sections (2.6) about a fold line (2.6.1) running in the respective connection sections (2.6), wherein the second device means comprise at least one folding means (2.6.1) driven by a servomotor, rotating about an axis of rotation, characterised in that a control device is provided which interacts with the servomotor, which is designed for the actuation of the servomotor at a speed profile dependent on the format of the outer packaging and/or at an angular acceleration profile which is dependent on the format of the outer packaging.
An apparatus for presses for the production of single-layer tiles starting from a water-based compound, comprising: a top lid in communication with a system for suction from above of a liquid phase of the compound; a top collector in contact with the bottom face of the lid; a perforated plate (7, 67), removably connected to the lid and comprised between the top collector and a bottom collector; and a filter sealingly connected to the bottom collector by means of a system of removable peripheral frames, wherein said filter in use is in contact with said liquid phase. a top lid in communication with a system for suction from above of a liquid phase of the compound; a top collector in contact with the bottom face of the lid; a perforated plate (7, 67), removably connected to the lid and comprised between the top collector and a bottom collector; and
A method for decoding image data encoded in a bitstream according to a hybrid video coding scheme, the method comprising: applying a plurality of N different noise reducing and deblocking filters in succession to the reconstructed signal in one in-loop filter process of the decoding process of said encoded image data, characterized by selecting each of said plurality of N filters to be one of a set of N+1 filters comprising N predefined filters and no filter in accordance with an indicator extracted from the bitstream, thereby selecting the order of applying the filters; and applying said plurality of different filters according to the selection. applying a plurality of N different noise reducing and deblocking filters in succession to the reconstructed signal in one in-loop filter process of the decoding process of said encoded image data, characterized by selecting each of said plurality of N filters to be one of a set of N+1 filters comprising N predefined filters and no filter in accordance with an indicator extracted from the bitstream, thereby selecting the order of applying the filters; and applying said plurality of different filters according to the selection.
A digital detector implemented as a quadrature matched filter bank for detecting a response signal from an electronic article surveillance tag, the detector comprising: a detection filter pair having respective response functions of h(T 0 -t)·sin(ω·t) and h(T 0 -t)·cos(ω·t), in which T 0 is the sampling time of the output of the detection filters, ω is the centre frequency of the filter, and h(T 0 -t) is the time reversed version of the nominal envelope of the signal to be detected; means for squaring the output of each of said filters; and means for summing the squared outputs of each of said filter pairs; characterised by a plurality of said detection filter pairs, wherein each pair has a centre frequency ω n selected to cover the range of uncertainty of frequency of the response signal, for 1≤n≤N with N being the number of filter pairs; and means for summing each of the squared and summed results of each of said filter pairs to provide the test statistic for detection of the response signal. a detection filter pair having respective response functions of h(T 0 -t)·sin(ω·t) and h(T 0 -t)·cos(ω·t), in which T 0 is the sampling time of the output of the detection filters, ω is the centre frequency of the filter, and h(T 0 -t) is the time reversed version of the nominal envelope of the signal to be detected; means for squaring the output of each of said filters; and means for summing the squared outputs of each of said filter pairs;
An anti-torque assembly for a helicopter having a tail boom and one or more pivots on the tail boom, characterized in that the anti-torque assembly comprises: a plurality of electrically-driven, variable-speed motors (112a-g) configured to be mounted on the one or more pivots on the tail boom of the helicopter, wherein each electrically driven, variable-speed motor (112a-g) drives a fixed blade pitch fan and the plurality of electrically-driven, variable-speed motors (112a-g) on the one or more pivots are adapted to be oriented to direct a thrust anywhere between cancelling a torque of a rotor blade and towards a rear of the helicopter.
An aerosol-generating device comprising: a body configured to receive an aerosol-generating substrate; a heating element configured to heat the aerosol-generating substrate; a power source operatively connected to the heating element; a controller configured to control the power source and the heating element; and a switch comprising a sensor to detect presence of an actuator, the switch operatively connected to the controller, characterized in that the controller is configured to establish a stand-by mode of the heating element when the presence of the actuator is detected. a body configured to receive an aerosol-generating substrate; a heating element configured to heat the aerosol-generating substrate; a power source operatively connected to the heating element; a controller configured to control the power source and the heating element; and a switch comprising a sensor to detect presence of an actuator, the switch operatively connected to the controller, characterized in that the controller is configured to establish a stand-by mode of the heating element when the presence of the actuator is detected.
A method for producing a system, the method comprising: providing a workpiece comprising a plurality of attachment features for attaching the workpiece to a machining fixture; determining a datum, the datum being dependent upon the relative positions of the attachment features; measuring the surface of the workpiece with respect to the datum; providing the machining fixture; attaching, using the attachment features, the workpiece to the machining fixture; providing a digital model specifying a component of the system, the digital model including the attachment features; using the measurements of the workpiece surface and the digital model, controlling machining apparatus with respect to the datum to machine the workpiece attached to the machining fixture so as to produce the component as specified by the digital model; removing the component from the machining fixture; providing an assembly tool; attaching, using the attachment features of the component, the component to the assembly tool; and performing an assembly operation on the component, thereby producing the system. providing a workpiece comprising a plurality of attachment features for attaching the workpiece to a machining fixture; determining a datum, the datum being dependent upon the relative positions of the attachment features; measuring the surface of the workpiece with respect to the datum; providing the machining fixture; attaching, using the attachment features, the workpiece to the machining fixture; providing a digital model specifying a component of the system, the digital model including the attachment features; using the measurements of the workpiece surface and the digital model, controlling machining apparatus with respect to the datum to machine the workpiece attached to the machining fixture so as to produce the component as specified by the digital model; removing the component from the machining fixture; providing an assembly tool; attaching, using the attachment features of the component, the component to the assembly tool; and performing an assembly operation on the component, thereby producing the system.
A vane for guiding and stabilizing the flight of an arrow through the air after being released from a bow or crossbow provided with a string, the string of which bow or crossbow, at the time of release, is in engagement with the rear end of the arrow, said vane being made from a polymer material of elastomeric type and having an elongated and substantially planar body comprising: a foot having a sufficient transversal width to provide a base for mounting of the vane on the arrow shaft, such that said elongated body has its longitudinal extension in the axial direction of the arrow shaft; a plurality of outer vane portions extending radially in the plane of said elongated body; an inner vane portion connecting the foot and said outer vane portions; and valleys, wherein, between two neighbouring outer vane portions, a valley, having a rounded shape at the bottom thereof, is formed by said two outer vane portions and the inner vane portion, characterized in that the valleys are deep rounded valleys wherein the bottom of the deepest valleys is located at a height (H DB) of 17-30% of the total height (H F) of the vane. a foot having a sufficient transversal width to provide a base for mounting of the vane on the arrow shaft, such that said elongated body has its longitudinal extension in the axial direction of the arrow shaft; a plurality of outer vane portions extending radially in the plane of said elongated body; an inner vane portion connecting the foot and said outer vane portions; and valleys, wherein, between two neighbouring outer vane portions, a valley, having a rounded shape at the bottom thereof, is formed by said two outer vane portions and the inner vane portion, characterized in that the valleys are deep rounded valleys wherein the bottom of the deepest valleys is located at a height (H DB) of 17-30% of the total height (H F) of the vane.
A pointing variation measuring system, comprising: - a reflective condenser optical system including a primary mirror and a secondary mirror; - a secondary mirror attitude detection mirror disposed on the secondary mirror of the reflective condenser optical system; - a laser light output unit to irradiate the reflective condenser optical system with at least two parallel beams of laser light from respective different locations and irradiate the secondary mirror attitude detection mirror with at least two additional beams of laser light from respective different locations; - a first laser light detector unit to detect each beam of laser light reflected by the secondary mirror attitude detection mirror; - a first attitude calculator to determine, based on a result detected by the first laser light detector unit, an amount of attitude variation that is a deviation between a reference attitude of the secondary mirror and a current attitude of the secondary mirror; - a second laser light detector unit to detect each beam of laser light reflected by the primary mirror and the secondary mirror after entering the reflective condenser optical system; and - a second attitude calculator to determine, based on a result detected by the second laser light detector unit and the result detected by the first laser light detector unit, an amount of attitude variation that is a deviation between a reference attitude of the primary mirror and a current attitude of the primary mirror. - a reflective condenser optical system including a primary mirror and a secondary mirror; - a secondary mirror attitude detection mirror disposed on the secondary mirror of the reflective condenser optical system; - a laser light output unit to irradiate the reflective condenser optical system with at least two parallel beams of laser light from respective different locations and irradiate the secondary mirror attitude detection mirror with at least two additional beams of laser light from respective different locations; - a first laser light detector unit to detect each beam of laser light reflected by the secondary mirror attitude detection mirror; - a first attitude calculator to determine, based on a result detected by the first laser light detector unit, an amount of attitude variation that is a deviation between a reference attitude of the secondary mirror and a current attitude of the secondary mirror; - a second laser light detector unit to detect each beam of laser light reflected by the primary mirror and the secondary mirror after entering the reflective condenser optical system; and - a second attitude calculator to determine, based on a result detected by the second laser light detector unit and the result detected by the first laser light detector unit, an amount of attitude variation that is a deviation between a reference attitude of the primary mirror and a current attitude of the primary mirror.
A feed mixing and dispensing apparatus comprising at least one container mountable on a transport means, the container having a longitudinal axis, a transverse axis and a vertical axis, a pair of opposite end walls, a pair of opposite side walls and a base wall, the end walls, the side walls and the base wall defining an interior and a top opening of the container; wherein the longitudinal axis of the container in use extends substantially parallel to the direction of travel of the container and the transverse axis is substantially perpendicular to the direction of the travel of the container; the container comprising a mixing shaft rotatably mounted within the interior of the container, the mixing shaft being connected to a drive means; wherein the mixing shaft extends between the side walls substantially perpendicular to the longitudinal axis of the container and comprises mixing members extending radially from the mixing shaft towards the end walls and the base wall of the container, the mixing members being configured to break up and mix the feed; and wherein a feed discharge arrangement is provided in communication with the interior of the container for discharging the mixed feed from the container; characterised in that the mixing members comprise a plurality of mixing paddles, wherein the mixing paddles comprise a pair of side arms extending radially from the mixing shaft and comprise a cross member connecting the side arms at an end distal from and substantially parallel to the mixing shaft, wherein the cross members comprise a plurality of spaced apart spokes extending radially from the cross member; and in that the diameter of the mixing paddles extending radially from the mixing shaft is almost twice the length of the mixing shaft.
A fuel system for a turbomachine comprising: a fuel tank; a first fuel line in fluid communication with the fuel tank and one or more fuel injectors, the first fuel line comprising: a main fuel pump disposed on the first fuel line; and an electric metering system disposed on the first fuel line downstream of the main fuel pump configured for starting the turbomachine and metering fuel to the fuel injectors; characterised in that: the main fuel pump includes a vapor core pump; and a fuel-oil cooler is disposed on the first fuel line. a fuel tank; a first fuel line in fluid communication with the fuel tank and one or more fuel injectors, the first fuel line comprising: a main fuel pump disposed on the first fuel line; and an electric metering system disposed on the first fuel line downstream of the main fuel pump configured for starting the turbomachine and metering fuel to the fuel injectors; characterised in that: the main fuel pump includes a vapor core pump; and a fuel-oil cooler is disposed on the first fuel line. a main fuel pump disposed on the first fuel line; and an electric metering system disposed on the first fuel line downstream of the main fuel pump configured for starting the turbomachine and metering fuel to the fuel injectors; characterised in that: the main fuel pump includes a vapor core pump; and a fuel-oil cooler is disposed on the first fuel line. the main fuel pump includes a vapor core pump; and a fuel-oil cooler is disposed on the first fuel line.
Destacking device, comprising a stacking magazine that is open on the bottom side and a pull-off device (5, 6) that is disposed beneath the stacking magazine and has a driven upward and downward movable suction element (5, 15), which, in its reversal position from the upward movement to the downward movement, is positioned within the lower opening of the stacking magazine, for gripping the respective lowest sheet by way of negative pressure and pulling the gripped sheet from the stack, wherein the pull-off device comprises an additional driven upward and downward movable suction element (5', 15'), which is driven so as to be leading with respect to the first suction element, wherein the stacking magazine opened on its underside comprises holding means for a stack of metal sheets, characterized in that the holding means comprise magnets which are arranged on at least two opposed sides (A, B, C, D) of the stacking magazine.
An image heating apparatus comprising: a rotatable heating member for heating a toner image on a recording material; a belt unit including an endless belt for heating said rotatable heating member in contact with said rotatable heating member and including first and second supporting rollers (103, 104) for supporting an inner surface of said endless belt and for urging said endless belt toward said rotatable heating member; a detector (133, 134) for detecting that said endless belt is deviated from a predetermined zone with respect to a widthwise direction of said endless belt; and a tilting mechanism (51, 52, 118, 118a, 120, 125, 140) for tilting, depending on an output of said detector (133, 134), said belt unit in a direction for returning said endless belt into the predetermined zone; characterized by a displacing mechanism (206, 207, 208) for permitting displacement of said first and second supporting rollers (103, 104) caused due to a tilt of said belt unit by said tilting mechanism (51, 52, 118, 118a, 120, 125, 140), wherein said displacing mechanism (206, 207, 208) permits the displacement of said first and second supporting rollers (103, 104) in a direction in which a force urging said endless belt toward said rotatable heating member by an end portion of said first supporting roller with respect to the widthwise direction and a force urging said endless belt toward said rotatable heating member by an end portion, adjacent to the end portion of said first supporting roller, of said second supporting roller with respect to the widthwise direction are equal to each other. a rotatable heating member for heating a toner image on a recording material; a belt unit including an endless belt for heating said rotatable heating member in contact with said rotatable heating member and including first and second supporting rollers (103, 104) for supporting an inner surface of said endless belt and for urging said endless belt toward said rotatable heating member; a detector (133, 134) for detecting that said endless belt is deviated from a predetermined zone with respect to a widthwise direction of said endless belt; and a tilting mechanism (51, 52, 118, 118a, 120, 125, 140) for tilting, depending on an output of said detector (133, 134), said belt unit in a direction for returning said endless belt into the predetermined zone; characterized by a displacing mechanism (206, 207, 208) for permitting displacement of said first and second supporting rollers (103, 104) caused due to a tilt of said belt unit by said tilting mechanism (51, 52, 118, 118a, 120, 125, 140), wherein said displacing mechanism (206, 207, 208) permits the displacement of said first and second supporting rollers (103, 104) in a direction in which a force urging said endless belt toward said rotatable heating member by an end portion of said first supporting roller with respect to the widthwise direction and a force urging said endless belt toward said rotatable heating member by an end portion, adjacent to the end portion of said first supporting roller, of said second supporting roller with respect to the widthwise direction are equal to each other.