mhurhangee/ep-ind-claims huggingface dataset:
A method for blocking access to interface elements of a page of an application in an applications store, the method comprising: executing a restrictive application, installed on a computing device, that restricts use of the computing device; determining, by an intercept module of the restrictive application, that a page of the application in the applications store is being presented on a display of the computing device during execution of the restrictive application based on receiving, from an operating system of the computing device and upon occurrence of an event associated with an accessibility application programming interface API of the operating system, data describing the information being displayed on the display; blocking, by the restrictive application, access to one or more interface elements of the page of the application in the applications store, wherein the one or more interface elements are controls for evaluation of the application in the applications store; obtaining authentication data associated with an authorized user using the computing device; and responsive to determining that the obtained authentication data satisfies one or more conditions for unblocking, providing access, by the restrictive application, to the interface elements of the page of the application in the applications store. executing a restrictive application, installed on a computing device, that restricts use of the computing device; determining, by an intercept module of the restrictive application, that a page of the application in the applications store is being presented on a display of the computing device during execution of the restrictive application based on receiving, from an operating system of the computing device and upon occurrence of an event associated with an accessibility application programming interface API of the operating system, data describing the information being displayed on the display; blocking, by the restrictive application, access to one or more interface elements of the page of the application in the applications store, wherein the one or more interface elements are controls for evaluation of the application in the applications store; obtaining authentication data associated with an authorized user using the computing device; and responsive to determining that the obtained authentication data satisfies one or more conditions for unblocking, providing access, by the restrictive application, to the interface elements of the page of the application in the applications store.
A process of preparing a catalyst for cracking heavy hydrocarbons, wherein the catalyst comprises aporous acidic clay material, binder and matrix, wherein the process comprises the steps of: a) calcining a clay; b) reacting an alumina and silica with an acid to obtain an alumina slurry; c) mixing the alumina slurry of step (b) with the clay of step (a) to obtain a slurry; d) spray drying the slurry obtained in step (c) to obtain microspheres; e) calcining the spray dried microspheres; f) treating the spray dried microspheres with an acid followed by heating; g)recovering the acid treated microspheres by filtering, washing and oven drying to obtain the desired catalyst. a) calcining a clay; b) reacting an alumina and silica with an acid to obtain an alumina slurry; c) mixing the alumina slurry of step (b) with the clay of step (a) to obtain a slurry; d) spray drying the slurry obtained in step (c) to obtain microspheres; e) calcining the spray dried microspheres; f) treating the spray dried microspheres with an acid followed by heating; g)recovering the acid treated microspheres by filtering, washing and oven drying to obtain the desired catalyst.
Connection arrangement for a satellite with thermally controlled predetermined breaking behaviour, wherein the connection arrangement comprises a coupling element having a first coupling region for a first satellite component and a second coupling region for a second satellite component, wherein the first and the second coupling region are connected to each other via a connection section of the coupling element and the connection section comprises a mechanically weakened region which forms a predetermined breaking point, wherein the connection arrangement further comprises an actuator element adapted support itself on the coupling element, wherein the actuator element and the coupling element have different thermal expansion characteristics, so that the actuator element, after reaching a predetermined degree of heating, is adapted to support itself on the coupling element with such a force that the predetermined breaking point breaks, wherein the actuator element supports itself on the coupling element on both sides of the predetermined breaking point and comprises a hollow cylindrical section which surrounds the connection section at least in sections, characterized in that the actuator element accommodates the predetermined breaking point.
A cutting tool with a base body that extends along a longitudinal central axis or rotational axis and a cutter radially adjustably held on the base body, comprising: an adjusting device that acts between the base body and the cutter, for finely adjusting an insert holder adjustably held on the base body of the cutting tool relative to the base body, with an adjusting screw that determines the position of the insert holder in relation to the base body, comprising: a threaded bush, with which the adjusting screw is screwed, and which has an elastically deformable wall segment transverse to the bush axis, and a pressure element arranged to the side of the threaded bush, which presses the wall segment against the adjusting screw, the wall segment is formed by a slit that penetrates through the bush wall, wherein the slit is essentially U-shaped in design, characterized in that the adjusting screw interacts with a wedge gear a threaded bush, with which the adjusting screw is screwed, and which has an elastically deformable wall segment transverse to the bush axis, and a pressure element arranged to the side of the threaded bush, which presses the wall segment against the adjusting screw, the wall segment is formed by a slit that penetrates through the bush wall, wherein the slit is essentially U-shaped in design, characterized in that the adjusting screw interacts with a wedge gear
A method of testing an aircraft oxygen system control device comprising one or more detector signal inputs for receiving detector signals representative of one or more conditions of an aircraft gaseous oxygen system, wherein the aircraft oxygen system control device is configured to generate one or more control signals for controlling one or more oxygen system condition indicators based on the received one or more detector signals, wherein the method comprises the steps of: - providing test equipment (40, 42, 44, 46) comprising a test signal switching module having one or more test signal outputs for providing test signals, the test signal switching module comprising switch means (54, 56, 58) for switching on and off the test signals, - connecting test signal outputs of the test signal switching module to detector signal inputs of the control device in place of respective detectors, - supplying a test signal from at least one test signal output of the test signal switching module to at least one detector signal input, - operating the switch means (54, 56, 58) of the test signal switching module to change the test signal between on and off states, and - monitoring at least one of the one or more oxygen system condition indicators. - providing test equipment (40, 42, 44, 46) comprising a test signal switching module having one or more test signal outputs for providing test signals, the test signal switching module comprising switch means (54, 56, 58) for switching on and off the test signals, - connecting test signal outputs of the test signal switching module to detector signal inputs of the control device in place of respective detectors, - supplying a test signal from at least one test signal output of the test signal switching module to at least one detector signal input, - operating the switch means (54, 56, 58) of the test signal switching module to change the test signal between on and off states, and - monitoring at least one of the one or more oxygen system condition indicators.
A fibrous membrane for use in tissue repair, wherein the fibrous membrane is formed by interweaving fibrous filaments with diameters of 10nm-100μm, of porous structure with the fluffiness of 200-2,000cm 3 /g, whereby the average pore size of the fibrous membrane is 50-500μm, the thickness of the fibrous membrane is 0.2-2mm, its tensile strength is 10-300N/cm, and the softness of the fibrous membrane is 50-500mN.
A transparent, dimensionally stable, oriented PLA film having a haze value of less than 3% and exhibiting a clarity of at least 95%, both measured according to ASTM D1003 using a BYK Gardner Haze Gard Plus device, and exhibiting strain induced crystallinity in the form of a stereocomplex of crystalline poly-L-lactic acid and poly-D-lactic acid having been oriented from a substantially non-crystalline state by stretching the film by more than three times its original areal dimensions.
A flexible thermal blanket assembly (204; 300; 400), comprising: a stack-up of material layers that are configured to wrap around a component and that include an insulation layer; a plurality of snaps configured to be mechanically fastened through the material layers; and a cap configured as a baffle to prevent thermal energy located at an exterior of the thermal blanket assembly from entering an interior of the thermal blanket assembly when the thermal blanket assembly is assembled; characterised in that: the material layers include: a silicone-impregnated aluminized fiberglass layer (404, 404'); and a ceramic layer (422, 422'). a stack-up of material layers that are configured to wrap around a component and that include an insulation layer; a plurality of snaps configured to be mechanically fastened through the material layers; and a cap configured as a baffle to prevent thermal energy located at an exterior of the thermal blanket assembly from entering an interior of the thermal blanket assembly when the thermal blanket assembly is assembled; characterised in that: the material layers include: a silicone-impregnated aluminized fiberglass layer (404, 404'); and a ceramic layer (422, 422'). a silicone-impregnated aluminized fiberglass layer (404, 404'); and a ceramic layer (422, 422').
A debug system comprising: an electronic control unit that has a microcomputer configured to control the operation of a control target; a transceiver circuit that is configured to communicate data with the microcomputer; and an external unit for development that is configured to communicate data with the transceiver circuit; wherein the electronic control unit comprises a power supply unit configured to supply electrical power to the microcomputer, wherein the external unit for development comprises an external power supply unit, wherein the microcomputer includes a debug circuit configured to communicate data with the transceiver circuit when the electronic control unit is tested, wherein the transceiver circuit is configured to transfer debug information at high speed and over a long-distance, wherein the debug system further comprises a long-distance wire configured to couple the transceiver circuit to the external unit for development; wherein the transceiver circuit is configured to operate on electrical power supplied from the external power supply unit in the external unit for development through the long-distance wire and to supply electrical power to the debug circuit; and wherein the debug circuit is configured to operate in accordance with electrical power supplied from the transceiver circuit without being dependent on the electrical power from the power supply unit. an electronic control unit that has a microcomputer configured to control the operation of a control target; a transceiver circuit that is configured to communicate data with the microcomputer; and an external unit for development that is configured to communicate data with the transceiver circuit; wherein the electronic control unit comprises a power supply unit configured to supply electrical power to the microcomputer, wherein the external unit for development comprises an external power supply unit, wherein the microcomputer includes a debug circuit configured to communicate data with the transceiver circuit when the electronic control unit is tested, wherein the transceiver circuit is configured to transfer debug information at high speed and over a long-distance, wherein the debug system further comprises a long-distance wire configured to couple the transceiver circuit to the external unit for development; wherein the transceiver circuit is configured to operate on electrical power supplied from the external power supply unit in the external unit for development through the long-distance wire and to supply electrical power to the debug circuit; and wherein the debug circuit is configured to operate in accordance with electrical power supplied from the transceiver circuit without being dependent on the electrical power from the power supply unit.
Support frame having a base frame which can be placed on a substrate and which has at least one elongate support element projecting obliquely upward in a vertical plane, in which support element there is an elongate supporting element at the upper end of which a support is attached, it being possible for the supporting element to be fixed to the support element by means of a form-fitting retaining element engaging in a locking opening at different height positions of the support, characterised in that the form-fitting retaining element can be brought into and out of engagement in a locking opening by a pivoting movement of the supporting element, which is in the support element with lateral play, relative to the support element.
A system for removing artifacts caused by x-ray reflective materials from an x-ray image of a patient's teeth, the system comprising: an x-ray source; an x-ray detector that captures x-ray images; a surface scanner that captures a surface scan of the patient's teeth; and an image processor that constructs a three-dimensional CT model of the patient's teeth from the x-ray images and a three-dimensional surface model of the patient's teeth from the surface scan, the image processor resizing and orienting at least one of the surface model and the CT model so that the surface model and the CT model are of a same scale and orientation, and overlaying the surface model on the CT model, characterised by the image processor: detecting data points in the combined data set that extend beyond a surface of the patient's teeth in the surface model, interpolating, adjusting or removing the detected data points from the CT model to create an artifact-reduced CT model, and displaying the artifact-reduced CT model. an x-ray source; an x-ray detector that captures x-ray images; a surface scanner that captures a surface scan of the patient's teeth; and an image processor that constructs a three-dimensional CT model of the patient's teeth from the x-ray images and a three-dimensional surface model of the patient's teeth from the surface scan, the image processor resizing and orienting at least one of the surface model and the CT model so that the surface model and the CT model are of a same scale and orientation, and overlaying the surface model on the CT model, detecting data points in the combined data set that extend beyond a surface of the patient's teeth in the surface model, interpolating, adjusting or removing the detected data points from the CT model to create an artifact-reduced CT model, and displaying the artifact-reduced CT model.
A plant cell or a plant comprising a nucleic acid construct comprising a nucleic acid sequence encoding a polypeptide having at least 80 % identity to a polypeptide as set forth in SEQ ID NO:2 and a cis acting regulatory element for directing transcription of said nucleic acid sequence in said plant, wherein said polypeptide modulates acidity of the plant and wherein the plant is of a plant family selected from the group consisting of Solanaceae, Cucurbitaceae, Rutaceae, Rosaceae, and Vitaceae.
Method for supplying energy into a scrap metal pile in an electric arc furnace, characterised in that - in a first phase, energy is supplied by means of jets of hot gas and after completing the first phase - in a second phase, energy is supplied by means of electric arcs, wherein the hot gas is supplied in at least six jets, and each of the supplied jets conveys a maximum of a sixth of the overall quantity of hot gas supplied, wherein approx. 40 to 60% of the energy supplied to the scrap metal pile is supplied by means of hot gas, and approx. 60 to 40% by means of electric arcs. - in a first phase, energy is supplied by means of jets of hot gas and after completing the first phase - in a second phase, energy is supplied by means of electric arcs,
An image processing apparatus including a print device, comprising: a reception means for receiving a job when the print device is powered off; and a control means for performing the job after powering on the print device, in a case that the job is to be performed by using the print device, wherein the control means, in a case that the job is not to be performed by using the print device, performs an initialization of the print device after powering on the print device in a case that a time elapsed from when the print device is powered off exceeds a threshold value, and does not perform powering on and initialization of the print device in a case that the time elapsed from when the print device is powered off does not exceed the threshold value. a reception means for receiving a job when the print device is powered off; and a control means for performing the job after powering on the print device, in a case that the job is to be performed by using the print device, wherein the control means, in a case that the job is not to be performed by using the print device, performs an initialization of the print device after powering on the print device in a case that a time elapsed from when the print device is powered off exceeds a threshold value, and does not perform powering on and initialization of the print device in a case that the time elapsed from when the print device is powered off does not exceed the threshold value.
An apparatus comprising: (a) a body; (b) a shaft assembly extending distally from the body; (c) an end effector, wherein the end effector comprises: (i) an anvil, and (ii) a lower jaw, wherein the anvil is pivotable toward the lower jaw to clamp tissue; and (d) a staple cartridge coupled with the lower jaw, wherein the staple cartridge comprises: (i) a deck facing the anvil, (ii) a plurality of staples positioned in a plurality of staple openings formed through the deck, and (iii) a plurality of staple drivers (175, 275, 375, 475) configured to drive the staples out of the staple openings, wherein each staple driver of the plurality of staple drivers comprises a staple driver body (176, 276, 376, 476) having an upper surface and a staple support portion (178, 278, 378, 478), wherein the upper surface of the driver body comprises the staple support portion, and characterised in that at least a portion of the staple drivers further comprise a compressible feature (180, 280, 380, 480) extending from the upper surface of the staple driver body toward the anvil. (a) a body; (b) a shaft assembly extending distally from the body; (c) an end effector, wherein the end effector comprises: (i) an anvil, and (ii) a lower jaw, wherein the anvil is pivotable toward the lower jaw to clamp tissue; and (i) an anvil, and (ii) a lower jaw, wherein the anvil is pivotable toward the lower jaw to clamp tissue; and (d) a staple cartridge coupled with the lower jaw, wherein the staple cartridge comprises: (i) a deck facing the anvil, (ii) a plurality of staples positioned in a plurality of staple openings formed through the deck, and (iii) a plurality of staple drivers (175, 275, 375, 475) configured to drive the staples out of the staple openings, wherein each staple driver of the plurality of staple drivers comprises a staple driver body (176, 276, 376, 476) having an upper surface and a staple support portion (178, 278, 378, 478), wherein the upper surface of the driver body comprises the staple support portion, and characterised in that at least a portion of the staple drivers further comprise a compressible feature (180, 280, 380, 480) extending from the upper surface of the staple driver body toward the anvil. (i) a deck facing the anvil, (ii) a plurality of staples positioned in a plurality of staple openings formed through the deck, and (iii) a plurality of staple drivers (175, 275, 375, 475) configured to drive the staples out of the staple openings, wherein each staple driver of the plurality of staple drivers comprises a staple driver body (176, 276, 376, 476) having an upper surface and a staple support portion (178, 278, 378, 478), wherein the upper surface of the driver body comprises the staple support portion, and characterised in that at least a portion of the staple drivers further comprise a compressible feature (180, 280, 380, 480) extending from the upper surface of the staple driver body toward the anvil.