mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for calibrating an output of an image capture device mounted on a vehicle to compensate for offset of the image capture device from an ideal position, the method comprising: reading digital data representative of an image frame captured by the image capture device, determining the actual position in the image frame of a reference element captured in the image frame, determining an offset error value of the actual position of the reference element in the captured image frame from an ideal position of the reference element in a corresponding ideal image frame, and producing an offset correction transformation function in response to the determined offset error value for correcting image frames subsequently captured by the image capture device to produce image frames with compensation for the offset of the image capture device. reading digital data representative of an image frame captured by the image capture device, determining the actual position in the image frame of a reference element captured in the image frame, determining an offset error value of the actual position of the reference element in the captured image frame from an ideal position of the reference element in a corresponding ideal image frame, and producing an offset correction transformation function in response to the determined offset error value for correcting image frames subsequently captured by the image capture device to produce image frames with compensation for the offset
A method comprising the following steps: a) culture, in mixotrophic mode, of one or more strains of the genus Nitzschia under conditions of illumination that is discontinuous and/or variable over time, the illumination having variations in intensity between the illuminated phases and the phases of darkness, the amplitude of which is comprised between 30 and 1,000 μmol ·m -2 ·s -1, these variations taking place between 2 and 3,600 times per hour. b) a step of maintaining said culture over several generations in the presence of an organic carbon-containing substrate in the culture medium, and c) a step of recovery of the thus cultured microalgae. a) culture, in mixotrophic mode, of one or more strains of the genus Nitzschia under conditions of illumination that is discontinuous and/or variable over time, the illumination having variations in intensity between the illuminated phases and the phases of darkness, the amplitude of which is comprised between 30 and 1,000 μmol ·m -2 ·s -1, these variations taking place between 2 and 3,600 times per hour. b) a step of maintaining said culture over several generations in the presence of an organic carbon-containing substrate in the culture medium, and c) a step of recovery of the thus cultured microalgae.
Actuator for a rolling shutter, such as awnings or blinds, structured to be installed inside a rolling shutter winding drum, comprising: a tubular body, an electric motor mounted inside the tubular body to rotate the drum and move the shutter, an axial cavity, obtained in the tubular body, which is equipped with electrical terminals to electrically power the motor and configured to receive and house an external electrical connector, the external electrical connector being equipped with a head comprising electrical terminals couplable to those in the cavity, and a movable member capable of engaging a corresponding portion of the cavity to lock the head into place by interference within the cavity, characterized in that the connector also comprises a pressing member configured to be pushed manually against the head in order to abut against the movable member and move the latter disengaging it from the cavity. a tubular body, an electric motor mounted inside the tubular body to rotate the drum and move the shutter, an axial cavity, obtained in the tubular body, which is equipped with electrical terminals to electrically power the motor and configured to receive and house an external electrical connector, the external electrical connector being equipped with a head comprising electrical terminals couplable to those in the cavity, and a movable member capable of engaging a corresponding portion of the cavity to lock the head into place by interference within the cavity, a head comprising electrical terminals couplable to those in the cavity, and a movable member capable of engaging a corresponding portion of the cavity to lock the head into place by interference within the cavity, characterized in that the connector also comprises a pressing member configured to be pushed manually against the head in order to abut against the movable member and move the latter disengaging it from the cavity.
Power supply for an x-ray emitter with a first and second high-voltage terminal (11, 12) for connecting the x-ray emitter, wherein a voltage source of the power supply is configured to provide an acceleration voltage or a heating voltage between a first internal contact and a second internal contact of the power supply, in order, in a first operating mode of the power supply, to supply the x-ray emitter with power, characterised in that the power supply comprises a control device, which is configured, in a second operating mode, to detect a voltage between the first and the second internal contact (18, 19) and/or a current via the first and/or second internal contact (18, 19) and, as a function of the voltage detected and/or the current detected, to activate a warning device for giving a warning to a user and/or to transmit a warning signal to an external device, wherein a switching device of the power supply is configured to connect the first internal contact in the first operating mode to the first high-voltage terminal and in the second operating mode to disconnect it from said terminal, and/or is configured, in the first operating mode, to connect the second internal contact to the second high-voltage terminal and in the second operating mode to disconnect it from said terminal, and/or is configured in the second operating mode to connect the first and second internal contact (18, 19) and to disconnect them in the first operating mode.
A computer-implemented method for image processing, comprising: obtaining, by a terminal, a first image on a web page via a browser from a server; in response to a saving operation performed on the first image by a user, cutting, by the terminal, the first image to obtain at least two second images and first sequence information, wherein the first sequence information contains an order in which the at least two second images are spliced into the first image; rearranging, by the terminal, the order of the at least two second images contained in the first sequence information to obtain second sequence information, which contains an order in which the at least two second images are spliced into a third image; splicing, by the terminal, the at least two second images into the third image according to the second sequence information; and saving, by the terminal, the third image instead of the first image according to a storage path. obtaining, by a terminal, a first image on a web page via a browser from a server; in response to a saving operation performed on the first image by a user, cutting, by the terminal, the first image to obtain at least two second images and first sequence information, wherein the first sequence information contains an order in which the at least two second images are spliced into the first image; rearranging, by the terminal, the order of the at least two second images contained in the first sequence information to obtain second sequence information, which contains an order in which the at least two second images are spliced into a third image; splicing, by the terminal, the at least two second images into the third image according to the second sequence information; and saving, by the terminal, the third image instead of the first image according to a storage path.
A plate heat exchanger including a plate package, which includes a number of first heat exchanger plates and a number of second heat exchanger plates, which are joined to each other and arranged side by side in such a way that a first plate interspace is formed between each pair of adjacent first heat exchanger plates and second heat exchanger plates, and a second plate interspace between each pair of adjacent second heat exchanger plates and first heat exchanger plates, wherein the first plate interspaces and the second plate interspaces are separated from each other and provided side by side in an alternating order in the at least one plate package, and wherein substantially each heat exchanger plate (A, B) has at least a first porthole, wherein the first portholes form a first inlet channel to the first plate interspaces, characterized in that at least two injectors are arranged in a wall portion of the first inlet channel, each injector being received in a through hole extending from the exterior of the plate package to the interior of the first inlet channel and each injector being arranged to supply a first fluid to more than one of the first plate interspaces.
A particle therapy system comprising: an irradiation nozzle configured to form an irradiation field using a scanning method; and an irradiation compensating device configured to be used in a region where the irradiated depth is less than 100 mm, the irradiation compensating device having an energy absorber, a first collimator, a second collimator, and a mechanism for attaching and detaching the energy absorber, the first collimator, and the second collimator, wherein the irradiation nozzle has a mechanism for attaching and detaching the irradiation compensating device, characterized in that the particle therapy system further comprises a treatment planning system configured to select in preparation of a prescription the use or non-use of the irradiation compensating device and a type of the irradiation compensating device to be used, record to the prescription the selected use or non-use of the irradiation compensating device and the selected type of the irradiation compensating device to be used, and output the prescription. an irradiation nozzle configured to form an irradiation field using a scanning method; and an irradiation compensating device configured to be used in a region where the irradiated depth is less than 100 mm, the irradiation compensating device having an energy absorber, a first collimator, a second collimator, and a mechanism for attaching and detaching the energy absorber, the first collimator, and the second collimator, wherein the irradiation nozzle has a mechanism for attaching and detaching the irradiation compensating device, characterized in that the particle therapy system further comprises a treatment planning system configured to select in preparation of a prescription the use or non-use of the irradiation compensating device and a type of the irradiation compensating device to be used, record to the prescription the selected use or non-use of the irradiation compensating device and the selected type of the irradiation compensating device to be used, and output the prescription.
System for determining if a deterioration occurs in an interface of a semiconductor die of an electric power module, the electric power module further comprising a substrate and at least one electromechanical transducer, the semiconductor die and the at least one electromechanical transducer being placed on or embedded within the substrate, the semiconductor die being interconnected to the substrate through the interface wherein the system comprises: - means for transferring at least one electric AC signal to the at least one electromechanical transducer, - means for measuring an impedance of the at least one electromechanical transducer, - means for comparing the impedance of the at least one electromechanical transducer to a predetermined value, - means for deciding that the deterioration occurs in the interface of the semiconductor die according to the comparison result. - means for transferring at least one electric AC signal to the at least one electromechanical transducer, - means for measuring an impedance of the at least one electromechanical transducer, - means for comparing the impedance of the at least one electromechanical transducer to a predetermined value, - means for deciding that the deterioration occurs in the interface of the semiconductor die according to the comparison result.
A clearing saw comprising; - a power unit, such as a combustion engine, for driving the clearing - saw, - a harness to which the power unit is attached, - a bar arrangement (10, 20) attached to the harness, - a tube with a working tool (31a, 31b), such as a prunerhead with an operating tool attached to the prunerhead, - a cord arranged between the bar arrangement (10, 20) and the tube, arranged to move the weight of the working tool (31a, 31b) to an operators back, wherein the bar arrangement (10, 20) comprises a lower bar attached to the harness and an upper bar, to which the cord is attached, characterized in that the low bar has a longitudinal extension in a vertical direction behind and above the operator, and the upper bar has a longitudonal extension in a horizontal direction above and in front of the operator, wherein the upper bar and the lower bar are detachably connected to each other at the point of intersection between the longitudinal extensions of the upper and lower bars (10, 20) by a bar connection arranged at the lower bar and an attachment device arranged at the upper bar. - a power unit, such as a combustion engine, for driving the clearing - saw, - a harness to which the power unit is attached, - a bar arrangement (10, 20) attached to the harness, - a tube with a working tool (31a, 31b), such as a prunerhead with an operating tool attached to the prunerhead, - a cord arranged between the bar arrangement (10, 20) and
A hard frame for a joint bridging limb joint orthosis including two oppositely disposed longitudinally extending joint bars (110, 120) which are interconnected via their proximal joint arms (113, 123) via a transverse proximal bridge arch and form there a proximal limb socket and are further interconnected via their distal joint arms (112, 122) via a transverse distal bridge arch and form there a distal limb socket, wherein at least one of the bridge arches is rigid and is pivotally mounted at respective joint arm ends (114, 124) of the connected joint arms (112, 122) in joints in at least one pivot axis and this pivot axis extends in the direction of the connection of the two joint arms (112, 122) connected via this bridge arch, characterised in that in that the joint has a pivoting limitation for the pivoting in the at least one pivot axis, and the pivoting limitation of the joint is formed in each case by an elongated hole in the end sections of the rigid bridge arch and a sliding pin which is fixed on the respective joint arm end (114, 124) and slides in the respective elongated hole, and wherein at least one joint arm end (114, 124) is formed as a spring leaf which allows a spring-elastic tilting of this joint arm end (114, 124) from the primary pivoting plane of the joint bar (110, 120). two oppositely disposed longitudinally extending joint bars (110, 120) which are interconnected via their proximal joint arms (113, 123) via a transverse proximal bridge arch and form there a proximal limb socket and are further interconnected via their distal joint arms (112, 122) via a transverse distal bridge arch and form there a distal limb socket, wherein at least one of the bridge arches is rigid and is pivotally mounted at respective joint arm ends (114, 124) of the connected joint arms (112, 122) in joints in at least one pivot axis and this pivot axis extends in the direction of the connection of the two joint arms (112, 122) connected via this bridge arch, characterised in that in that the joint has a pivoting limitation for the pivoting in the at least one pivot axis, and the pivoting limitation of the joint is formed in each case by an elongated hole in the end sections of the rigid bridge arch and a sliding pin which is fixed on the respective joint arm end (114, 124) and slides in the respective elongated hole, and wherein at least one joint arm end (114, 124) is formed as a spring leaf which allows a spring-elastic tilting of this joint arm end (114, 124) from the primary pivoting plane of the joint bar (110, 120).
A key for actuating a locking cylinder, comprising a bow and a shaft with a magnetically scannable coding, wherein the magnetically scannable coding comprises at least one coding field comprising a magnetizable material, characterized in that the shaft of the key is at least partially made of a hard plastic supplemented with a ferromagnetic filler in the at least one coding field, said hard plastic, in particular polyetherimide, being fiber-reinforced, wherein carbon fibers and/or glass fibers are preferably used for reinforcement.
A method for protecting a data transport block against memory errors and transmission errors, the method comprising: providing a first redundancy section based on a parity check of the data transport block; attaching the first redundancy section to the data transport block for protecting the data transport block against memory errors and providing the data transport block in a memory buffer; attaching a second redundancy section to the data transport block read from the memory buffer for protecting the data transport block against transmission errors and providing the data transport block for transmission; invalidating the second redundancy section if an evaluation of the first redundancy section of the data transport block read from the memory buffer indicates a memory error; transmitting the data transport block attached with the invalidated second redundancy section if a memory error is indicated; reporting the indicated memory error; repairing the data transport block for which the indicated memory error is reported; and providing the repaired data transport block for retransmission. providing a first redundancy section based on a parity check of the data transport block; attaching the first redundancy section to the data transport block for protecting the data transport block against memory errors and providing the data transport block in a memory buffer; attaching a second redundancy section to the data transport block read from the memory buffer for protecting the data transport block against transmission errors and providing the data transport block for transmission; invalidating the second redundancy section if an evaluation of the first redundancy section of the data transport block read from the memory buffer indicates a memory error; transmitting the data transport block attached with the invalidated second redundancy section if a memory error is indicated; reporting the indicated memory error; repairing the data transport block for which the indicated memory error is reported; and providing the repaired data transport block for retransmission.
A scraper whisk apparatus for a mixer appliance, the scraper whisk apparatus comprising: a scraper element comprising a scraper arm portion having a scraper blade portion; a coupling assembly that is releasably couplable to the mixer appliance for supporting the scraper whisk apparatus, the coupling assembly having an axis of rotation; and a whisk cage element having a plurality of wire whisk elements and a flange; wherein the whisk cage element is releasably coupled to the scraper element, a locking element is associated with the scraper element for retaining the whisk cage element, and the flange abuts the coupling assembly and is received by the locking element. a scraper element comprising a scraper arm portion having a scraper blade portion; a coupling assembly that is releasably couplable to the mixer appliance for supporting the scraper whisk apparatus, the coupling assembly having an axis of rotation; and a whisk cage element having a plurality of wire whisk elements and a flange; wherein the whisk cage element is releasably coupled to the scraper element, a locking element is associated with the scraper element for retaining the whisk cage element, and the flange abuts the coupling assembly and is received by the locking element.
A method of transmitting data in a storage device, the method comprising: encrypting (S10; S110) original data based on a homomorphic encryption algorithm to generate encrypted data; generating (S20; S120) a parameter for regeneration of a ciphertext having an operation level higher than an operation level of the encrypted data by using the encrypted data and a key value; and transmitting (S30; S130) the encrypted data and the parameter to an external host device (520; 620; 14-2; 1520). encrypting (S10; S110) original data based on a homomorphic encryption algorithm to generate encrypted data; generating (S20; S120) a parameter for regeneration of a ciphertext having an operation level higher than an operation level of the encrypted data by using the encrypted data and a key value; and transmitting (S30; S130) the encrypted data and the parameter to an external host device (520; 620; 14-2; 1520).
A process for producing EDA from a mixture comprising water (H2O), ethylenediamine and N-methylethylenediamine (NMEDA) by feeding the mixture into a rectification column, wherein the rectification column is operated at the top pressure in the range of 5.0 to 7.5 bar and the weight ratio EDA to NMEDA in the mixture comprising water (H2O), ethylenediamine and N-methylethylenediamine (NMEDA) fed into the rectification column is 1:0.0005 to 1:0.2.
An automated unloading apparatus (200, 300, 500, 800, 900) for use with a container having a plurality of items (208, 518, 808, 908) located on a base belt, the automated unloading apparatus (200, 300, 500, 800, 900) characterized by: a ramp configured to pass under the base belt; a conveyor (406, 512, 702, 814, 914) configured to remove a first item from the plurality of items; a stack control curtain (222, 506, 708, 806, 810, 906) configured to retain a second item of the plurality of items during removal of the first item; and a tensioning mechanism (408, 412) configured to couple to the base belt and maintain a desired tension on the base belt during passage of the nose ramp under the base belt and removal of the first item. a ramp configured to pass under the base belt; a conveyor (406, 512, 702, 814, 914) configured to remove a first item from the plurality of items; a stack control curtain (222, 506, 708, 806, 810, 906) configured to retain a second item of the plurality of items during removal of the first item; and a tensioning mechanism (408, 412) configured to couple to the base belt and maintain a desired tension on the base belt during passage of the nose ramp under the base belt and removal of the first item.