mhurhangee/patent-ind-claim-en huggingface dataset:
A method for protecting a digital output signal, of a security module, comprising the steps of: (a) receiving a scrambled A/V stream that includes packets having a header portion and A/V content portion from a source external to said security module; (b) recovering a first transport scramble control flag from the header portion, which indicates whether the A/V content portion is scrambled or not scrambled, and which key of a set of keys is used for scrambling, from the scrambled A/V stream; (c) identifying a descrambling key in response to key identification information included in the first transport scramble control flag; (d) descrambling, using said descrambling key, said received scrambled A/V stream to generate a descrambled stream; (e) modifying the first transport scramble control flag to generate a second transport scramble control flag; (f) identifying a scrambling key in response to said second transport scramble control flag; and, (g) scrambling said descrambled stream using said scrambling key to generate a rescrambled A/V stream, including a third transport scrambled control flag, and comparing the third transport scramble control flag and the second scramble control flag to verity that they correspond. (a) receiving a scrambled A/V stream that includes packets having a header portion and A/V content portion from a source external to said security module; (b) recovering a first transport scramble control flag from the header portion, which indicates whether the A/V content portion is scrambled or not scrambled, and which key of a set of keys is used for scrambling, from the scrambled A/V stream; (c) identifying a descrambling key in response to key identification information included in the first transport scramble control flag; (d) descrambling, using said descrambling key, said received scrambled A/V stream to generate a descrambled stream; (e) modifying the first transport scramble control flag to generate a second transport scramble control flag; (f) identifying a scrambling key in response to said second transport scramble control flag; and, (g) scrambling said descrambled stream using said scrambling key to generate a rescrambled A/V stream, including a third transport scrambled control flag, and comparing the third transport scramble control flag and the second scramble control flag to verity that they correspond.
A staining composition comprising a vital dye and hyaluronic acid, wherein the vital dye comprises Chicago Sky Blue and Trypan Blue.
A method of presenting information encoded in an input signal on a visual display adapted to display at least one image frame based on a display drive signal comprising pixel values in a predefined discrete pixel value range, the method comprising: based on an input signal (S1), generating a display drive signal (S2) controlling the visual display; based on the display drive signal, computing a checksum (S4) of a supervised region of each image frame; and verifying the display drive signal for a given image frame by comparing the checksum, or a value derived therefrom, with the input signal, or a value derived therefrom, wherein the checksum is computed while excluding at least one element in the pixel value range from contributing to the checksum, characterized in that the exclusion comprises filtering the pixel values such that pixel values equal to the excluded at least one element are omitted or replaced by neutral values. based on an input signal (S1), generating a display drive signal (S2) controlling the visual display; based on the display drive signal, computing a checksum (S4) of a supervised region of each image frame; and verifying the display drive signal for a given image frame by comparing the checksum, or a value derived therefrom, with the input signal, or a value derived therefrom, wherein the checksum is computed while excluding at least one element in the pixel value range from contributing to the checksum, characterized in that the exclusion comprises filtering the pixel values such that pixel values equal to the excluded at least one element are omitted or replaced by neutral values.
A hybrid module for a drive train of a vehicle having an internal combustion engine and a transmission , wherein the hybrid module is effective between the internal combustion engine and the transmission and comprises: an electric drive , a separating clutch and a freewheel , wherein the separating clutch and the freewheel are provided parallel to each other in each case for torque transmission from the internal combustion engine in the direction of the transmission , the freewheel transmits torque coming from the internal combustion engine in the direction of the transmission and opens for torque directed in the opposite direction, and a portion of the torque generated by the internal combustion engine and transmitted by the freewheel can be adjusted by adjusting a torque that can be transmitted by the separating clutch so that the vehicle can be driven optionally by the internal combustion engine or the electric drive or simultaneously by both in a combined manner, characterised in that the hybrid module is configured such that the separating clutch is partially closed, wherein a torque transmitted by the freewheel is reduced according to the torque that can be transmitted by the separating clutch . an electric drive , a separating clutch and a freewheel , wherein the separating clutch and the freewheel are provided parallel to each other in each case for torque transmission from the internal combustion engine in the direction of the transmission , the freewheel transmits torque coming from the internal combustion engine in the direction of the transmission and opens for torque directed in the opposite direction, and a portion of the torque generated by the internal combustion engine and transmitted by the freewheel can be adjusted by adjusting a torque that can be transmitted by the separating clutch so that the vehicle can be driven optionally by the internal combustion engine or the electric drive or simultaneously by both in a combined manner, characterised in that the hybrid module is configured such that the separating clutch is partially closed, wherein a torque transmitted by the freewheel is reduced according to the torque that can be transmitted by the separating clutch .
A steering control device for a steering device , the steering device being structured such that power transmission to and from a steering portion is separated from power transmission to and from a steered portion , the steered portion steering a steered wheel in accordance with a steering operation that is input to a steering wheel coupled to the steering portion , the steering control device comprising an electronic control unit configured to: control operation of a steering-side motor so as to apply a steering reaction force that resists the steering operation that is input to the steering wheel , the steering-side motor being provided to the steering portion ; compute an obstruction strike reaction force (Fo) for regulating a steering operation that steers the steered wheel toward an obstruction; generate determination information indicating that the steered wheel is struck by an obstruction, characterized in that the determination information includes first determination information (F2) indicating that a left side of the steered wheel is struck by an obstruction and second determination information (F1) indicating that a right side of the steered wheel is struck by an obstruction; and the electronic control unit is configured to set a direction in which the obstruction strike reaction force is applied based on the generated determination information. an electronic control unit configured to: control operation of a steering-side motor so as to apply a steering reaction force that resists the steering operation that is input to the steering wheel , the steering-side motor being provided to the steering portion ; compute an obstruction strike reaction force (Fo) for regulating a steering operation that steers the steered wheel toward an obstruction; generate determination information indicating that the steered wheel is struck by an obstruction, characterized in that control operation of a steering-side motor so as to apply a steering reaction force that resists the steering operation that is input to the steering wheel , the steering-side motor being provided to the steering portion ; compute an obstruction strike reaction force (Fo) for regulating a steering operation that steers the steered wheel toward an obstruction; generate determination information indicating that the steered wheel is struck by an obstruction, characterized in that the determination information includes first determination information (F2) indicating that a left side of the steered wheel is struck by an obstruction and second determination information (F1) indicating that a right side of the steered wheel is struck by an obstruction; and the electronic control unit is configured to set a direction in which the obstruction strike reaction force is applied based on the generated determination information.
A dewatering method for treating sewage sludge , the method comprising: (a) applying a plurality of ultrafine bubbles to a sludge to form an at least partially aerated sludge; (b) applying acoustic energy to the aerated sludge to agitate at least a portion of the ultrafine bubbles; and (c) applying an electric field to the aerated sludge to impart an electrophoretic mobility to the ultrafine bubbles to thereby facilitate separation and transport of water molecules from solid matter within the sludge, wherein the ultrafine bubbles have an average diameter up to 10μm. (a) applying a plurality of ultrafine bubbles to a sludge to form an at least partially aerated sludge; (b) applying acoustic energy to the aerated sludge to agitate at least a portion of the ultrafine bubbles; and (c) applying an electric field to the aerated sludge to impart an electrophoretic mobility to the ultrafine bubbles to thereby facilitate separation and transport of water molecules from solid matter within the sludge,
An apparatus for use in measuring a property of a fluid, the apparatus comprising: a conduit comprising an inlet through which fluid can enter the conduit ; a movable member retained within the conduit , the movable member configured to move in accordance with the property of the fluid in the conduit ; and a magnetic field generating unit for generating one or more magnetic fields in the conduit , an interaction between the movable member and the one or more magnetic fields being detectable via the magnetic field generating unit , to measure the property, characterised in that the conduit comprises a first end and a second end, and the apparatus further comprises one or more magnet pairs for urging the moveable member away from one or both of the first end and the second end of the conduit , a first magnet of a magnet pair of the one or more magnet pairs being provided at the first end or the second end of the conduit , and a second magnet of said magnet pair of the one or more magnet pairs being provided at a corresponding end of the moveable member . a conduit comprising an inlet through which fluid can enter the conduit ; a movable member retained within the conduit , the movable member configured to move in accordance with the property of the fluid in the conduit ; and a magnetic field generating unit for generating one or more magnetic fields in the conduit , an interaction between the movable member and the one or more magnetic fields being detectable via the magnetic field generating unit , to measure the property, characterised in that the conduit comprises a first end and a second end, and the apparatus further comprises one or more magnet pairs for urging the moveable member away from one or both of the first end and the second end of the conduit , a first magnet of a magnet pair of the one or more magnet pairs being provided at the first end or the second end of the conduit , and a second magnet of said magnet pair of the one or more magnet pairs being provided at a corresponding end of the moveable member .
Transmission assembly (3, 3', 3", 3′′′, 3ʺʺ) for an aircraft capable of hovering, comprising: - a first and a second member ; - support means adapted to support said first member movably with respect to said second member ; - a primary lubrication circuit and an emergency lubrication circuit of said support means ; said primary lubrication circuit comprising a primary tank of a lubricating fluid and primary fluidic supply means for supplying said lubricating fluid to said support means ; said emergency lubrication circuit comprising an emergency tank fluidically connected to said primary tank ; and auxiliary fluidic supply means of said lubricating fluid to said support means , comprising a nozzle ; characterized in that said auxiliary fluidic supply means further comprise a dosing device (31, 31', 31", 31''', 31'''') and a fluidic line fluidically connecting said emergency tank with said dosing device (31, 31', 31", 31′′′, 31""); said dosing device (31, 31', 31", 31′′′, 31ʺʺ) comprising a passage (33, 33ʺʺ) for said lubricating fluid from said fluidic line to said nozzle ; said passage (33, 33ʺʺ) comprising a plurality of concentrated pressure drop sections (6, 6ʺʺ) of said lubricating fluid; said concentrated pressure drop sections (6, 6ʺʺ) being distinct and spaced apart from each other. - a first and a second member ; - support means adapted to support said first member movably with respect to said second member ; - a primary lubrication circuit and an emergency lubrication circuit of said support means ; said primary lubrication circuit comprising a primary tank of a lubricating fluid and primary fluidic supply means for supplying said lubricating fluid to said support means ; said emergency lubrication circuit comprising an emergency tank fluidically connected to said primary tank ; and auxiliary fluidic supply means of said lubricating fluid to said support means , comprising a nozzle ; characterized in that said auxiliary fluidic supply means further comprise a dosing device (31, 31', 31", 31''', 31'''') and a fluidic line fluidically connecting said emergency tank with said dosing device (31, 31', 31", 31′′′, 31""); said dosing device (31, 31', 31", 31′′′, 31ʺʺ) comprising a passage (33, 33ʺʺ) for said lubricating fluid from said fluidic line to said nozzle ; said passage (33, 33ʺʺ) comprising a plurality of concentrated pressure drop sections (6, 6ʺʺ) of said lubricating fluid; said concentrated pressure drop sections (6, 6ʺʺ) being distinct and spaced apart from each other.
A method of labelling objects in an environment for processing large volumes of data in accordance with a labelling policy described in a SPIF-type file , said labelling policy defining a number of SPIF attributes attributable to objects and rules for associating these attributes, each SPIF attribute being of a predetermined type; the method comprising the following steps: - creation in said processing environment of a data attribute for each SPIF attribute of said SPIF type file , each data attribute having a binary code ; - creation in said processing environment of a user attribute for each SPIF attribute of said SPIF type file , each user attribute having a binary code determined as a function of the association rules of the corresponding SPIF attribute and of the binary code of at least one data attribute; - for each type of attribute, definition of a validation rule defining an access authorisation for at least one user attribute to a data attribute by applying at least one logical operator to the corresponding binary codes, in accordance with the corresponding association rules; - association with each object of said processing environment of at least one data attribute. - creation in said processing environment of a data attribute for each SPIF attribute of said SPIF type file , each data attribute having a binary code ; - creation in said processing environment of a user attribute for each SPIF attribute of said SPIF type file , each user attribute having a binary code determined as a function of the association rules of the corresponding SPIF attribute and of the binary code of at least one data attribute; - for each type of attribute, definition of a validation rule defining an access authorisation for at least one user attribute to a data attribute by applying at least one logical operator to the corresponding binary codes, in accordance with the corresponding association rules; - association with each object of said processing environment of at least one data attribute.
An elongated nozzle for an oral cleaning device , the nozzle comprising: a proximal end with an inlet orifice ; a distal end with an outlet orifice , wherein the outlet orifice is in fluid communication with the inlet orifice by means of a conduit ; and a structure located on an interior portion of the conduit between the inlet orifice and the outlet orifice , characterized in that the structure comprises patterned hydrophobic and/or hydrophilic regions, or patterned regions of alternating texture, that configure a liquid in the conduit into two or more liquid droplets. a proximal end with an inlet orifice ; a distal end with an outlet orifice , wherein the outlet orifice is in fluid communication with the inlet orifice by means of a conduit ; and a structure located on an interior portion of the conduit between the inlet orifice and the outlet orifice , characterized in that the structure comprises patterned hydrophobic and/or hydrophilic regions, or patterned regions of alternating texture, that configure a liquid in the conduit into two or more liquid droplets.
Sensor arrangement for detecting at least one process parameter or a state variable on a structural element which is formed from a matrix of at least one fiber-reinforced plastic, the sensor arrangement having at least one sensor structure which is arranged on a sensor carrier , characterized in that the sensor carrier is formed from a thermoplastic, and in that , during the production of the structural element , the sensor carrier forms an interlocking joint with the matrix thereof, the sensor carrier being arranged between layers of the plastic of the structural element in the interior thereof and/or on at least one of the surfaces thereof.
A primary magnetic flux control method comprising: setting a primary magnetic flux command value ([Λ1*]), which is a command value of a primary magnetic flux ([λ1]), on a rotary electric motor including an armature having an armature winding, and a rotor which has a field rotating relatively to said armature; and controlling said primary magnetic flux in accordance with said primary magnetic flux command value, said primary magnetic flux being a synthesis of a field flux (Λ0) that said field generates and a magnetic flux ([λa]: id•Ld, iq•Lq) of an armature reaction generated by an armature current (ia) flowing in said armature, and changing said primary magnetic flux command value in accordance with a torque (T) of said rotary electric motor to control a current phase (β) of said armature current with respect to a q axis that advances by π/2 with respect to a d axis in phase with said field flux (Λ0) to be a desired phase in accordance with said torque, characterized in that based on relationships among said primary magnetic flux ([λ1]), said loss of said rotary electric motor, and said torque (T) and a rotation velocity of said rotary electric motor, said primary magnetic flux ([λ1]) that minimizes said loss is set as said primary magnetic flux command value ([Λ1*]) in accordance with said torque and said rotation velocity. setting a primary magnetic flux command value ([Λ1*]), which is a command value of a primary magnetic flux ([λ1]), on a rotary electric motor including an armature having an armature winding, and a rotor which has a field rotating relatively to said armature; and controlling said primary magnetic flux in accordance with said primary magnetic flux command value, said primary magnetic flux being a synthesis of a field flux (Λ0) that said field generates and a magnetic flux ([λa]: id•Ld, iq•Lq) of an armature reaction generated by an armature current (ia) flowing in said armature, and changing said primary magnetic flux command value in accordance with a torque (T) of said rotary electric motor to control a current phase (β) of said armature current with respect to a q axis that advances by π/2 with respect to a d axis in phase with said field flux (Λ0) to be a desired phase in accordance with said torque, characterized in that based on relationships among said primary magnetic flux ([λ1]), said loss of said rotary electric motor, and said torque (T) and a rotation velocity of said rotary electric motor, said primary magnetic flux ([λ1]) that minimizes said loss is set as said primary magnetic flux command value ([Λ1*]) in accordance with said torque and said rotation velocity.
A superheated steam generator configured to generate superheated steam by heating steam, the superheated steam generator comprising: a helically wound cylindrical conductor tube through which the steam flows; and a magnetic flux generation mechanism disposed on one or both of inner and outer sides of the conductor tube , wherein the conductor tube is axially short-circuited and subjected to induction heating by the magnetic flux generation mechanism to thereby generate the superheated steam, characterized in that an output port (P2) of the conductor tube is disposed at an axial midportion of the conductor tube . a helically wound cylindrical conductor tube through which the steam flows; and a magnetic flux generation mechanism disposed on one or both of inner and outer sides of the conductor tube , wherein the conductor tube is axially short-circuited and subjected to induction heating by the magnetic flux generation mechanism to thereby generate the superheated steam, characterized in that an output port (P2) of the conductor tube is disposed at an axial midportion of the conductor tube .
A dual action container for killing insects and their larvae, comprising: a housing having a closed bottom and closed sidewalls and an open top with a grate ; a single side extended opening in the housing substantially at least midway between the closed bottom and the open top ; and an adulticidal coating layer on an inner surface of the housing; a larvicidal coating layer on an inner surface of the housing, wherein the adulticidal coating layer and the larvicidal coating layer kills both adult insects and their larvae over time, characterized in that the housing is of a generally pyramid shape having a narrow upper end with an inclined substantially narrower open top . a housing having a closed bottom and closed sidewalls and an open top with a grate ; a single side extended opening in the housing substantially at least midway between the closed bottom and the open top ; and an adulticidal coating layer on an inner surface of the housing; a larvicidal coating layer on an inner surface of the housing, wherein the adulticidal coating layer and the larvicidal coating layer kills both adult insects and their larvae over time, characterized in that the housing is of a generally pyramid shape having a narrow upper end with an inclined substantially narrower open top .