mhurhangee/ep-ind-claims huggingface dataset:
A side-load air filter cartridge comprising: a) a media pack for installation into an air cleaner housing via an open side of the housing, the media pack extending along a longitudinal axis between opposite inlet and outlet flow ends, the media pack defining an outer perimeter with opposite straight sides; b) a seal arrangement circumscribing the media pack outer perimeter, wherein a portion of the seal arrangement extends beyond a first plane defined by the media pack outlet flow end and a portion of the seal arrangement is disposed between the first plane and a second plane defined by the media pack inlet flow end; wherein the seal arrangement is aligned along a third plane, the third plane being disposed at an oblique angle to the first and second planes; characterized in that the media pack is defining the outer perimeter with a curved end; c) a circumferential shell supporting the seal arrangement and surrounding at least a portion of the media pack outer perimeter, the circumferential shell including at least one engagement surface for receiving a closing force from a lock mechanism of an air filter assembly, the engagement surface being generally disposed orthogonally to the media pack outlet face; and d) wherein the seal arrangement being disposed at the oblique angle to the engagement surface, wherein the closing force is directed orthogonally to the engagement surface such that a component of the closing force generates a component sealing force in the direction of the seal arrangement to form a seal against a sealing component of the air cleaner housing. a) a media pack for installation into an air cleaner housing via an open side of the housing, the media pack extending along a longitudinal axis between opposite inlet and outlet flow ends, the media pack defining an outer perimeter with opposite straight sides; b) a seal arrangement circumscribing the media pack outer perimeter, wherein a portion of the seal arrangement extends beyond a first plane defined by the media pack outlet flow end and a portion of the seal arrangement is disposed between the first plane and a second plane defined by the media pack inlet flow end; wherein the seal arrangement is aligned along a third plane, the third plane being disposed at an oblique angle to the first and second planes; characterized in that the media pack is defining the outer perimeter with a curved end; c) a circumferential shell supporting the seal arrangement and surrounding at least a portion of the media pack outer perimeter, the circumferential shell including at least one engagement surface for receiving a closing force from a lock mechanism of an air filter assembly, the engagement surface being generally disposed orthogonally to the media pack outlet face; and d) wherein the seal arrangement being disposed at the oblique angle to the engagement surface, wherein the closing force is directed orthogonally to the engagement surface such that a component of the closing force generates a component sealing force in the direction of the seal arrangement to form a seal against a sealing component of the air cleaner housing.
A computer implemented method for generating a region of interest on a digital image of a sidewall of a tyre, the sidewall having one or more embossed and/or engraved markings, the method comprising: generating a histogram of oriented gradients feature map of the digital image; inputting the histogram of oriented gradients feature map into a trained neural network, wherein said trained neural network is configured to output a first probability based on the input histogram of oriented gradients feature map that a region of pixels of the digital image contains the embossed and/or engraved markings; and if the first probability is at or above a first predetermined threshold, accepting said region of pixels as said region of interest. generating a histogram of oriented gradients feature map of the digital image; inputting the histogram of oriented gradients feature map into a trained neural network, wherein said trained neural network is configured to output a first probability based on the input histogram of oriented gradients feature map that a region of pixels of the digital image contains the embossed and/or engraved markings; and if the first probability is at or above a first predetermined threshold, accepting said region of pixels as said region of interest.
Device (10, 10.1, 10.2, 10.m, 10.n) for the implementation of a distributed server structure in a building system, wherein the building system comprises a fieldbus which has at least one fieldbus line (2, 2.1, 2.2, 2.n) to which at least one bus device (3, 3.1) is connected, wherein by means of a data network that is at a higher level than the building system, at least one client (5, 5.1, 5.n) can access the fieldbus via a network connection, wherein the device has a network port for communicating with at least one client (5, 5.1, 5.n) via a network connection, the device has a functional module having a server function, and therefore the device is designed to provide information from the fieldbus to the at least one client (5, 5.1, 5.n), the device (10, 10.1, 10.2, 10.m, 10.n) has at least one fieldbus port for communicating with the fieldbus, and the device (10, 10.1, 10.2, 10.m, 10.n) has an internal memory, which contains an at least partial process image of the fieldbus line (2, 2.1, 2.2, 2.n) connected to the fieldbus, characterized in that the device has a synchronization connection, with the use of which the devices (10, 10.1, 10.2, 10.m, 10.n) in the building system are continuously synchronized with one another either entirely or partially, with the result that all or some of the stored information is identical.
Planet carrier for a gear stage (4, 5) of a planetary gear mechanism, the planet carrier comprising at least one planet bolt, which is mounted in the planet carrier in a rotationally fixed manner, and a pair of tapered roller bearings (13, 14) which are mounted on the planet bolt and on which a planet gear is mounted, wherein the planet bolt is fastened to the planet carrier by means of a pin screw connection which comprises a pin screw (25, 26) and a nut (31, 32), and the tapered roller bearings (13, 14) are braced against one another and axially pretensioned by means of the pin screw connection between the planet carrier and the planet bolt; and, that the nut (31, 32) has a centring element (33, 34) which is oriented in a countersink of the planet bolt.
A propulsion arrangement in a ship comprising a hull, said propulsion arrangement comprising at least one propulsion unit situated at the stern of the hull, said at least one propulsion unit comprising: - a hollow support structure having an upper portion, a lower portion, a front edge and a rear edge, said upper portion being stationarily attached to the hull, - a chamber having a longitudinal central axis (X-X), a front end and a rear end, said chamber being stationarily attached to the lower portion of the support structure, - driving means and transmission means for driving a propeller situated at the front end of the chamber, and - a pivotable rudder having an upper portion, a lower portion, a front edge, a rear edge, and a turning axis (Y-Y) in proximity to the front edge of the rudder, the rudder being situated after the support structure and the chamber in the travelling direction of the ship so that the front edge of the rudder is in close proximity with the rear edge of the support structure and with the rear end of the chamber, characterized in that: - the rear end of the chamber comprises an outwardly curved protrusion extending into a corresponding inwardly curved cavity formed in the front edge of the rudder, and - the rudder comprises a cone having a base and an apex, the base of the cone surrounding the inwardly curved cavity at the front edge of the rudder and the apex being within the rudder or beyond the rear edge of the rudder. - a hollow support structure having an upper portion, a lower portion, a front edge and a rear edge, said upper portion being stationarily attached to the hull, - a chamber having a longitudinal central axis (X-X), a front end and a rear end, said chamber being stationarily attached to the lower portion of the support structure, - driving means and transmission means for driving a propeller situated at the front end of the chamber, and - a pivotable rudder having an upper portion, a lower portion, a front edge, a rear edge, and a turning axis (Y-Y) in proximity to the front edge of the rudder, the rudder being situated after the support structure and the chamber in the travelling direction of the ship so that the front edge of the rudder is in close proximity with the rear edge of the support structure and with the rear end of the chamber, characterized in that: - the rear end of the chamber comprises an outwardly curved protrusion extending into a corresponding inwardly curved cavity formed in the front edge of the rudder, and - the rudder comprises a cone having a base and an apex, the base of the cone surrounding the inwardly curved cavity at the front edge of the rudder and the apex being within the rudder or beyond the rear edge of the rudder.
A method for adjusting atoms of an intelligent reflective surface, IRS, the method being performed by a controller, the controller being configured to control the IRS, the IRS comprising an array of the atoms, wherein each of the atoms has an individually adjustable phase shift and gain, and wherein at least some of the atoms are provided with a measurement sensor, the method comprising: obtaining, from the measurement sensors, measurements of received power of a signal transmitted from a user equipment and received by the atoms; determining, by a gradient in received power between two of the measurement sensors being larger than a threshold value, that the user equipment is in near-field of the IRS; and as a result thereof: adjusting the phase shift of a first subset of the atoms for reflection at the IRS of subsequent communication between a network node and the user equipment when the user equipment is in the near-field of the IRS. obtaining, from the measurement sensors, measurements of received power of a signal transmitted from a user equipment and received by the atoms; determining, by a gradient in received power between two of the measurement sensors being larger than a threshold value, that the user equipment is in near-field of the IRS; and as a result thereof: adjusting the phase shift of a first subset of the atoms for reflection at the IRS of subsequent communication between a network node and the user equipment when the user equipment is in the near-field of the IRS.
Vacuum chuck for mounting a spectacle lens blank having a spherical front surface, - having a spherical bearing face which is adapted to the shape of the front surface, wherein - corrugations (Si) in which a vacuum can be generated are incorporated in the bearing face, and wherein - the bearing face has a fixed radius, characterized in that - the corrugations (Si) are configured so as to be annular. - having a spherical bearing face which is adapted to the shape of the front surface, wherein - corrugations (Si) in which a vacuum can be generated are incorporated in the bearing face, and wherein - the bearing face has a fixed radius, characterized in that - the corrugations (Si) are configured so as to be annular.
An inflammatory marker measurement method carried out by a controller, comprising calculating an inflammatory marker using a nonlinear regression formula including, as variables, a parameter associated with an erythrocyte aggregation and another parameter associated with an erythrocyte density, wherein the parameter associated with the erythrocyte aggregation is calculated based on a syllectogram measured from a blood specimen, and the parameter associated with the erythrocyte density is measured from the blood specimen, wherein the inflammatory marker comprises at least one of an erythrocyte sedimentation rate and a fibrinogen concentration, and wherein the nonlinear regression formula is formed as a nonlinear formula in which a square sum of deviations with respect to the erythrocyte sedimentation rate of a reference method is made minimum by a least square method, or in which a square sum of deviations with respect to the fibrinogen concentration of a Clauss method is made minimum by the least square method. wherein the inflammatory marker comprises at least one of an erythrocyte sedimentation rate and a fibrinogen concentration, and wherein the nonlinear regression formula is formed as a nonlinear formula in which a square sum of deviations with respect to the erythrocyte sedimentation rate of a reference method is made minimum by a least square method, or in which a square sum of deviations with respect to the fibrinogen concentration of a Clauss method is made minimum by the least square method.
Hydraulic pump unit adapted to supply pressurised hydraulic liquid to a set of hydraulic actuators comprising: - a pump; - a reservoir for hydraulic liquid; - multiple line connectors adapted to connect the set of hydraulic actuators to the pump unit via actuator lines; - at least one valve seat, where an electrically operable valve is or can be installed; - a main body including a channel system for the hydraulic liquid, which channel system comprises multiple ducts which interconnect the pump, the reservoir and the valve seat, in which each duct forms a flow path of a hydraulic circuit and which channel system includes ducts having duct ends which define multiple ports in a common port face of the main body, characterised in that, the port face is a planar face of an outer surface of the main body, and in that the pump unit further comprises: - a throttle plate which is retained in position parallel with the port face of the main body, wherein the throttle plate comprises at least one hydraulic liquid throttle orifice which is sized to provide a throttling of passing hydraulic liquid, which throttle orifice extends from a back side to a front side of the throttle plate which throttle plate is specific for a particular predetermined hydraulic circuit; and - an end body which sandwiches the throttle plate between the port face of the main body and the end body whereby the main body and the end body define a generic part of the hydraulic circuit. - a pump; - a reservoir for hydraulic liquid; - multiple line connectors adapted to connect the set of hydraulic actuators to the pump unit via actuator lines; - at least one valve seat, where an electrically operable valve is or can be installed; - a main body including a channel system for the hydraulic liquid, which channel system comprises multiple ducts which interconnect the pump, the reservoir and the valve seat, in which each duct forms a flow path of a hydraulic circuit and which channel system includes ducts having duct ends which define multiple ports in a common port face of the main body, characterised in that, the port face is a planar face of an outer surface of the main body, - a throttle plate which is retained in position parallel with the port face of the main body, wherein the throttle plate comprises at least one hydraulic liquid throttle orifice which is sized to provide a throttling of passing hydraulic liquid, which throttle orifice extends from a back side to a front side of the throttle plate which throttle plate is specific for a particular predetermined hydraulic circuit; and - an end body which sandwiches the throttle plate between the port face of the main body and the end body whereby the main body and the end body define a generic part of the hydraulic circuit.
Process for building tyres, comprising: - building of a carcass structure (110; 210), - building of a crown structure (130; 230) comprising a belt structure (140; 240) and a tread band (150; 150'; 250; 250'); - association of the carcass structure (110; 210) with the crown structure (130; 230); wherein the building of the crown structure (130; 230) provides building of said belt structure (140; 240) on a drum and deposition of said tread band (150; 150'; 250; 250') in a position radially outside said belt structure (140; 240); wherein the deposition of said tread band (150; 150'; 250; 250') comprises: - provision of a predetermined elastomeric material in a hot-extrusion device, - from said extrusion device, extrusion of a band of elastomeric material having a width equal to the predetermined width of the tread band (150; 150'; 250; 250') and a thickness smaller than the predetermined thickness of the tread band (150; 150'; 250; 250'), - hot-deposition of said band onto the belt structure (140; 240) in at least two overlapping layers (151, 152, 153; 151', 152', 153'; 251, 252, 253; 251', 252', 253'), - cut of said band in a predetermined position, wherein the cut takes place during deposition, whilst a first leading portion (531 a) of the band downstream of the cut has already been deposited and a second trailing portion (531 b) downstream of the cut is still to be deposited. - building of a carcass structure (110; 210), - building of a crown structure (130; 230) comprising a belt structure (140; 240) and a tread band (150; 150'; 250; 250'); - association of the carcass structure (110; 210) with the crown structure (130; 230); wherein the building of the crown structure (130; 230) provides building of said belt structure (140; 240) on a drum and deposition of said tread band (150; 150'; 250; 250') in a position radially outside said belt structure (140; 240); - provision of a predetermined elastomeric material in a hot-extrusion device, - from said extrusion device, extrusion of a band of elastomeric material having a width equal to the predetermined width of the tread band (150; 150'; 250; 250') and a thickness smaller than the predetermined thickness of the tread band (150; 150'; 250; 250'), - hot-deposition of said band onto the belt structure (140; 240) in at least two overlapping layers (151, 152, 153; 151', 152', 153'; 251, 252, 253; 251', 252', 253'), - cut of said band in a predetermined position, wherein the cut takes place during deposition, whilst a first leading portion (531 a) of the band downstream of the cut has already been deposited and a second trailing portion (531 b) downstream of the cut is still to be deposited.
A system comprising: a sensor configured to detect in Animalia tissue (i) a first electromagnetic radiation extinction dominated by absorption of a first peak wavelength between approximately 800 nanometers and approximately 1,050 nanometers and (ii) a second electromagnetic radiation extinction dominated by scattering of a second peak wavelength between approximately 570 nanometers and approximately 620 nanometers, the sensor including: an emitter configured to emit a first signal at the first peak wavelength and to emit a second signal at the second peak wavelength, and a detector configured to detect a third signal at the first peak wavelength and to detect a fourth signal at the second peak wavelength, wherein the third signal includes a portion of the first signal that is redirected from the Animalia tissue, and the fourth signal includes a portion of the second signal that is redirected from the Animalia tissue; and a device coupled to the sensor and being configured to aid in diagnosing at least one of infiltration and extravasation in the Animalia tissue based on evaluating the first and second electromagnetic radiation extinctions detected by the sensor, the device including a processor and an indicator coupled to the processor. a sensor configured to detect in Animalia tissue (i) a first electromagnetic radiation extinction dominated by absorption of a first peak wavelength between approximately 800 nanometers and approximately 1,050 nanometers and (ii) a second electromagnetic radiation extinction dominated by scattering of a second peak wavelength between approximately 570 nanometers and approximately 620 nanometers, the sensor including: an emitter configured to emit a first signal at the first peak wavelength and to emit a second signal at the second peak wavelength, and a detector configured to detect a third signal at the first peak wavelength and to detect a fourth signal at the second peak wavelength, wherein an emitter configured to emit a first signal at the first peak wavelength and to emit a second signal at the second peak wavelength, and a detector configured to detect a third signal at the first peak wavelength and to detect a fourth signal at the second peak wavelength, wherein the third signal includes a portion of the first signal that is redirected from the Animalia tissue, and the fourth signal includes a portion of the second signal that is redirected from the Animalia tissue; and a device coupled to the sensor and being configured to aid in diagnosing at least one of infiltration and extravasation in the Animalia tissue based on evaluating the first and second electromagnetic radiation extinctions detected by the sensor, the device including a processor and an indicator coupled to the processor.
An aircraft comprising an aviation information storage system comprising: one or more image obtaining devices; a recording device configured to record images obtained through the image obtaining devices during a flying process of the aircraft; and a portable storage device configured to synchronously store image data recorded by the recording device; characterized by an event signal generator connected to equipment of an instrument panel that generates an event, said event signal generator being configured to generate a trigger signal when an event situation is generated by operating the instrument panel during a flying process of the aircraft, wherein when the trigger signal is received, the recording device is configured to synchronize data related to the corresponding event with a corresponding event image, such that the data related to the event can be displayed in a certain area of the corresponding event image in real time or at a later time when the corresponding event image that was recorded is being regenerated. one or more image obtaining devices; a recording device configured to record images obtained through the image obtaining devices during a flying process of the aircraft; and a portable storage device configured to synchronously store image data recorded by the recording device; characterized by an event signal generator connected to equipment of an instrument panel that generates an event, said event signal generator being configured to generate a trigger signal when an event situation is generated by operating the instrument panel during a flying process of the aircraft, wherein when the trigger signal is received, the recording device is configured to synchronize data related to the corresponding event with a corresponding event image, such that the data related to the event can be displayed in a certain area of the corresponding event image in real time or at a later time when the corresponding event image that was recorded is being regenerated.