mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for data storage on a blockchain performed by a computing device associated with custom clearance services, the method comprising: determining that data stored in a cache storage satisfies a predetermined condition, wherein the predetermined condition is satisfied if a volume of the data stored in the cache storage exceeds a predetermined threshold, whereby the data is custom clearance data; adding a blockchain address of a smart contract to a configuration file, wherein the configuration file includes a plurality of addresses corresponding to a plurality of smart contracts stored on a blockchain, wherein the blockchain includes a plurality of smart contract pools; invoking a virtual machine to execute the configuration file, wherein execution of the configuration file initiates a consensus algorithm to generate the smart contract at the blockchain address and a corresponding smart contract pool for storing at least a portion of the data on the blockchain, and wherein the smart contract pool is a data structure to be stored on the blockchain; and invoking an application programming interface, API, to enable a blockchain node to initiate a consensus algorithm to record at least a portion of the data exceeding the predetermined threshold to the plurality of smart contract pools. determining that data stored in a cache storage satisfies a predetermined condition, wherein the predetermined condition is satisfied if a volume of the data stored in the cache storage exceeds a predetermined threshold, whereby the data is custom clearance data; adding a blockchain address of a smart contract to a configuration file, wherein the configuration file includes a plurality of addresses corresponding to a plurality of smart contracts stored on a blockchain, wherein the blockchain includes a plurality of smart contract pools; invoking a virtual machine to execute the configuration file, wherein execution of the configuration file initiates a consensus algorithm to generate the smart contract at the blockchain address and a corresponding smart contract pool for storing at least a portion of the data on the blockchain, and wherein the smart contract pool is a data structure to be stored on the blockchain; and invoking an application programming interface, API, to enable a blockchain node to initiate a consensus algorithm to record at least a portion of the data exceeding the predetermined threshold to the plurality of smart contract pools.
Heating Ventilation and Air Conditioning (HVAC) unit for conditioning a flow of air, with at least one air treatment device and a housing for receiving said at least one air treatment device , the housing having a housing wall with a defined removable wall part located between a first and a second determined score line, the first and the second determined score line providing a guide for cutting the housing wall to allow removal of the removable wall part , wherein the at least one air treatment device and the removable wall part are mutually positioned to allow access to the at least one air treatment device from the exterior of the HVAC unit after removal of the removable wall part , characterized in that said HVAC unit comprises a blower unit surrounded by a scroll wall and a heater core surrounded by a wall element , said at least one treatment device being the heater core , and said removable wall part being a part of the scroll wall .
An electrical junction box for receiving at least one electrical and/or electronic device , comprising an outer housing , characterised in that an inner housing is provided in the outer housing , the electrical and/or electronic device is arranged in the inner housing , the inner housing is closed by means of a detachable inner housing lid , and at least the transition region from the inner housing lid to the inner housing is potted with a potting material , wherein the transition region is the region in which the inner housing lid abuts the inner housing and where in this regard it must be ensured that a watertight seal is provided.
Vehicle steering system comprising: - at least one servomotor , - a steering handle , by means of which a desired driver steering angle (FW) can be specified by the driver; - a control device which has a driver assistance function by means of which an assistance steering angle (AW) for controlling the servomotor can be specified independently of the driver; and which has at least one further function by means of which a restoring torque can be specified, in accordance with an obtained angle difference, for reducing the angle difference; wherein the further function is a reset function which is designed to return the steering handle to a predetermined neutral position in the absence of manual torque; wherein, when the driver specifies a driver steering angle (FW) when the driver assistance function is active, a restoring torque can be specified on the basis of an angle difference between the driver steering angle (FW) and the assistance steering angle (AW) by means of the further function ; wherein control of the servomotor can be at least temporarily interrupted on the basis of the assistance steering angle (AW). - at least one servomotor , - a steering handle , by means of which a desired driver steering angle (FW) can be specified by the driver; - a control device which has a driver assistance function by means of which an assistance steering angle (AW) for controlling the servomotor can be specified independently of the driver; and which has at least one further function by means of which a restoring torque can be specified, in accordance with an obtained angle difference, for reducing the angle difference; wherein the further function is a reset function which is designed to return the steering handle to a predetermined neutral position in the absence of manual torque; wherein, when the driver specifies a driver steering angle (FW) when the driver assistance function is active, a restoring torque can be specified on the basis of an angle difference between the driver steering angle (FW) and the assistance steering angle (AW) by means of the further function ; wherein control of the servomotor can be at least temporarily interrupted on the basis of the assistance steering angle (AW). wherein the further function is a reset function which is designed to return the steering handle to a predetermined neutral position in the absence of manual torque; wherein, when the driver specifies a driver steering angle (FW) when the driver assistance function is active, a restoring torque can be specified on the basis of an angle difference between the driver steering angle (FW) and the assistance steering angle (AW) by means of the further function ; wherein control of the servomotor can be at least temporarily interrupted on the basis of the assistance steering angle (AW).
A headband comprising: an elastic ribbon , wherein the elastic ribbon has an elasticity; a stretch ribbon , wherein the stretch ribbon has an elasticity, wherein the bottom portion of the stretch ribbon comprises a gripping portion, a top portion of the elastic ribbon forms the outside of the headband and a bottom portion of the stretch ribbon forms the inside of the headband , wherein the outside of the headband comprises the top portion of the elastic ribbon which gives the headband a 360-degree view of the outside of the headband with no break, and wherein the inside of the headband comprises the bottom portion of the stretch ribbon which forms the gripping portion that gives the headband a 360-degree gripping portion with no break, characterized in that the elastic ribbon is attached to the stretch ribbon using a stretch and stitch method, which maintains the elasticity of the elastic ribbon and the stretch ribbon , and the ends of both of the elastic ribbon and the stretch ribbon are connected to make the headband a 360-degree elastic headband. an elastic ribbon , wherein the elastic ribbon has an elasticity; a stretch ribbon , wherein the stretch ribbon has an elasticity, wherein the bottom portion of the stretch ribbon comprises a gripping portion, a top portion of the elastic ribbon forms the outside of the headband and a bottom portion of the stretch ribbon forms the inside of the headband , wherein the outside of the headband comprises the top portion of the elastic ribbon which gives the headband a 360-degree view of the outside of the headband with no break, and wherein the inside of the headband comprises the bottom portion of the stretch ribbon which forms the gripping portion that gives the headband a 360-degree gripping portion with no break, characterized in that the elastic ribbon is attached to the stretch ribbon using a stretch and stitch method, which maintains the elasticity of the elastic ribbon and the stretch ribbon , and the ends of both of the elastic ribbon and the stretch ribbon are connected to make the headband a 360-degree elastic headband.
A wing assembly for an aircraft , the wing assembly comprising a fixed leading edge member , a high-lift device movably attached to the fixed leading edge member , and an actuator arrangement , the actuator arrangement comprising: - a fixed leading edge lever attached to the fixed leading edge member at a mounting point , - a high-lift device lever attached to the high-lift device , and - an actuator assembly that is configured for driving the fixed leading edge lever and the high-lift device lever relative to each other, so as to allow movement of the high-lift device between a fully retracted position and a fully extended position, wherein the fixed leading edge member has an inner cavity that is defined at least in part by an outer skin and a rib , wherein the actuator arrangement is configured for extending and retracting the high-lift device , the actuator assembly including at least one geared rotary actuator , wherein the actuator assembly is configured such that the geared rotary actuator is movable during extending and retracting of the high-lift device between a fully retracted position, in which the geared rotary actuator is predominantly accommodated within the inner cavity , and a fully extended position, in which the geared rotary actuator is predominantly positioned outside the inner cavity , wherein the geared rotary actuator is rotatable about a rotational axis that is defined by the mounting point of the fixed leading edge lever . - a fixed leading edge lever attached to the fixed leading edge member at a mounting point , - a high-lift device lever attached to the high-lift device , and - an actuator assembly that is configured for driving the fixed leading edge lever and the high-lift device lever relative to each other,
A cooling system , comprising: a housing (70; 160), including a top section (80; 168) and a bottom section (82; 170); a connector (74; 164) within the housing (70; 160) capable of communicating with an exterior power source; a first membrane (72; 162) within the housing , wherein the first membrane (72; 162) is connected to driver electronics; and a second membrane (72; 162) connected to the driver electronics; wherein a first synthetic jet is formed between the first membrane (72;162) and the top section (80; 168) of the housing , a second synthetic jet is formed between the first and second membranes (72; 162) and a third synthetic jet 96) is formed between the second membrane (72; 162) and the bottom section (82; 170) of the housing ; characterized in that the driver electronics are located within the housing . a housing (70; 160), including a top section (80; 168) and a bottom section (82; 170); a connector (74; 164) within the housing (70; 160) capable of communicating with an exterior power source; a first membrane (72; 162) within the housing , wherein the first membrane (72; 162) is connected to driver electronics; and a second membrane (72; 162) connected to the driver electronics; wherein a first synthetic jet is formed between the first membrane (72;162) and the top section (80; 168) of the housing , a second synthetic jet is formed between the first and second membranes (72; 162) and a third synthetic jet 96) is formed between the second membrane (72; 162) and the bottom section (82; 170) of the housing ;
A method for monitoring an industrial plant, the method comprising: identifying an abnormal episode based on an alarm log , wherein alarms are stored in the alarm log together with alarm information associated with the alarm, wherein the alarm is a binary signal, and wherein an abnormal episode corresponds to an interval with an alarm activation frequency of equal to or greater than a given number of alarms in a given period of time; extracting abnormal events from the alarm log , the abnormal events being associated with the abnormal episode, wherein an abnormal event corresponds to a given alarm sequence; computing from the extracted abnormal events an alarm correlation map describing correlations between the extracted abnormal events; and classifying the abnormal episode using the alarm correlation map, wherein computing the alarm correlation map comprises using a similarity measure, wherein the similarity measure is at least one selected from the group consisting of: - a Jaccard similarity index; - a Simple M. coefficient; - a Dice coefficient; - a First Kulcz. coefficient; and - a Second Kulcz. coefficient. identifying an abnormal episode based on an alarm log , wherein alarms are stored in the alarm log together with alarm information associated with the alarm, wherein the alarm is a binary signal, and wherein an abnormal episode corresponds to an interval with an alarm activation frequency of equal to or greater than a given number of alarms in a given period of time; extracting abnormal events from the alarm log , the abnormal events being associated with the abnormal episode, wherein an abnormal event corresponds to a given alarm sequence; computing from the extracted abnormal events an alarm correlation map describing correlations between the extracted abnormal events; and classifying the abnormal episode using the alarm correlation map, wherein computing the alarm correlation map comprises using a similarity measure, wherein the similarity measure is at least one selected from the group consisting of: - a Jaccard similarity index; - a Simple M. coefficient; - a Dice coefficient; - a First Kulcz. coefficient; and - a Second Kulcz. coefficient. - a Jaccard similarity index; - a Simple M. coefficient; - a Dice coefficient; - a First Kulcz. coefficient; and - a Second Kulcz. coefficient.
A soluble recombinant biotin-binding protein, consisting of the amino acid sequence of SEQ ID NO: 1.
A working vehicle , comprising: - a prime mover ; - a driver's seat selectively set in either a first posture where a driver can sit on the driver's seat or a second posture where the driver cannot sit on the driver's seat; - a speed-changing device configured to receive power from the prime mover and to perform a speed-changing of the power; - a PTO shaft configured to receive the speed-changed power output from the speed-changing device; - a posture switch configured to detect whether the driver's seat is set in the first posture or the second posture; - a parking switch configured to detect parking of a vehicle body; and - a first actuation device configured so that, during driving of the prime mover, - the first actuation device maintains the driving of the prime mover when both the parking and the driver's seat set in the second posture are detected, and - the first actuation device stops the driving of the prime mover when neither the parking nor the driver's seat set in the second posture is detected. - a prime mover ; - a driver's seat selectively set in either a first posture where a driver can sit on the driver's seat or a second posture where the driver cannot sit on the driver's seat; - a speed-changing device configured to receive power from the prime mover and to perform a speed-changing of the power; - a PTO shaft configured to receive the speed-changed power output from the speed-changing device; - a posture switch configured to detect whether the driver's seat is set in the first posture or the second posture; - a parking switch configured to detect parking of a vehicle body; and - a first actuation device configured so that, during driving of the prime mover, - the first actuation device maintains the driving of the prime mover when both the parking and the driver's seat set in the second posture are detected, and - the first actuation device stops the driving of the prime mover when neither the parking nor the driver's seat set in the second posture is detected. - the first actuation device maintains the driving of the prime mover when both the parking and the driver's seat set in the second posture are detected, and - the first actuation device stops the driving of the prime mover when neither the parking nor the driver's seat set in the second posture is detected.
A liquid cartridge comprising: a liquid supply port configured to provide communication between an interior and an exterior of the liquid cartridge; a first storage chamber having a first communication opening ; a second storage chamber extending between the first communication opening of the first storage chamber and the liquid supply port; and a prism including a first inclined surface configured to change the state of received light in response to a level of liquid contained in the second storage chamber, wherein: a higher portion of the second storage chamber is positioned above the first storage chamber, the liquid supply port is at a lower level than the higher portion of the second storage chamber, the prism is in the higher portion of the second storage chamber and is above the first storage chamber. a liquid supply port configured to provide communication between an interior and an exterior of the liquid cartridge; a first storage chamber having a first communication opening ; a second storage chamber extending between the first communication opening of the first storage chamber and the liquid supply port; and a prism including a first inclined surface configured to change the state of received light in response to a level of liquid contained in the second storage chamber, wherein: a higher portion of the second storage chamber is positioned above the first storage chamber, the liquid supply port is at a lower level than the higher portion of the second storage chamber, the prism is in the higher portion of the second storage chamber and is above the first storage chamber.
Non-return valve for use on a toilet, which is arranged between an inlet end and an opposite outlet end along a common longitudinal axis in this order - a seal seat formed by a rigid frame and - a sealing element formed by an elasticated closure part wherein the frame and the closure part in the region of the seal seat are formed matching in a funnel shape running towards the inlet end and the closure part is loaded against the frame in the region of the seal seat in a resting position of the non-return valve and is held therein, wherein the frame has openings in the region of the seal seat and the sealing element is formed in one piece with a venting device, wherein the venting device is formed by the closure part with a venting section projecting in sections through an opening of the frame and at a distance from the frame having a passage in the direction of the inlet end . - a seal seat formed by a rigid frame and - a sealing element formed by an elasticated closure part
An optical module housing (1 ') of a lighting and/or signaling device of a motor vehicle, said housing (1 ') comprising first (2 ') and second (3 ') parts of complementary shapes obtained after injection molding of a thermoplastic material and at least one of the two parts (2 ' or 3 ') of which is partially provided with metallization zones , said housing (1 ') comprising a determined cutting profile (P) defining a mechanical interface (4 ') for assembling the first (2 ') and second (3 ') parts one on top of the other; said interface (4 ') being arranged on at least one of the edges of one of the two parts (2 ' or 3 ') provided with a metallization zone , in the vicinity of the metallization zone to take account of the molding and metallization constraints, said casing further comprising a fixing interface (30 - 32) arranged on the first (2 ') and second (3 ') parts of the casing (1 '); said fixing interface (45 - 47) being able to fix the casing (1 ') on an optical module support in a longitudinal direction (X) of the casing (1 '), as well as the first and second 42) extension parts of the first and second housing parts ; the first and second extension parts extending in a same plane (YZ) extending perpendicularly to a median plane passing through the longitudinal axis (X) of the housing ; the first and second extension parts supporting the attachment interface (45-47), the first and second extension parts of the housing defining a mask facing the housing an optical module holder for receiving the attachment interface (45-47) of the housing .
A shell gripping device , comprising at least one pair of jaws for holding a shell , each jaw pivoting between an open position and a closed position around a pivot axis parallel to the longitudinal axis of the shell , the pivot axis of each jaw being located between a lower end and an upper end of the jaw , the upper end of each jaw allowing to close the jaw by abutting this upper end against a shell to be gripped, the upper end of each jaw being provided with a notch for interfering with a lug of a cam to hold the jaws in the closed position, the cam being integral with a pivoting blade the pivoting of which allows to pivot the cam and to thus disengage the lug from the rotating trajectory of the notch of the jaw , thereby releasing the opening of the jaw , the gripping device being characterised in that the cam has a stop for limiting the opening stroke of the jaw .
A printing cartridge for a system for printing three-dimensional parts, containing at least one store of a printing material, characterized in that it comprises a module for accessing code instructions executable by the printing system for printing at least one three-dimensional part with a predetermined shape by using the printing material(s) contained in the cartridge, the store(s) of printing material(s) contained in the cartridge comprising the printing material(s) in predetermined quantity or quantities, necessary and sufficient to perform the printing of a predetermined number of said three-dimensional parts.