mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for dynamically controlling the execution of a code by a processing system, said execution being described by a control flow graph comprising a plurality of basic blocks composed of at least an input node and an output node, a transition in the control flow graph corresponding to a link between an origin output node belonging to a first basic block and an input node of a second basic block, a plurality of initialization vectors being associated with the output nodes at the time of generating the code, an a priori control word being associated with each input node which is linked to the same origin output node according the control flow graph, said a priori control word being precomputed at the time of generating the code by applying a predefined deterministic function F to the initialization vector associated with its origin output node, the method comprising the following steps in response to the termination of the execution of the output node belonging to a first basic block,at the time of executing the input node of a second basic block: - providing the a priori control word associated with the input node of the second basic block; - providing the initialization vector associated with the output node of the first basic block; - determining an a posteriori control word by applying to the provided initialization vector said function F; - determining (303, 304) if the a priori control word matches the a posteriori control word, a forbidden transition in the control flow graph being otherwise detected. - providing the a priori control word associated with the input node of the second basic block; - providing the initialization vector associated with the output node of the first basic block; - determining an a posteriori control word by applying to the provided initialization vector said function F; - determining (303, 304) if the a priori control word matches the a posteriori control word, a forbidden transition in the control flow graph being otherwise detected.
An article of sanitary ware comprising a hollow shell; wherein a filler material is disposed within the shell, the filler material forming a continuous structure within the shell, the shell comprising: a first surface adapted to provide a water collection surface; and a second surface opposed to the first surface (2, 3); wherein the second surface comprises a pattern of recesses (8, 9) with ribs therebetween, wherein the ribs comprise the filler material, and characterized in that the depth of the bases of the recesses (8, 9) varies with position in such a way that the minimum distance between the water collection surface and bases of the recesses (8, 9) is maintained substantially constant.
An apparatus, comprising means for: providing a first and a second audio component for output to first and second audio transducers of a wearable device (10, 11); determining a proximity between the apparatus or wearable device and a third audio transducer external to the wearable device; determining a first or second state of the first and second audio transducers, wherein the first state comprises the respective audio transducer being in an on-ear state and the second state comprises the respective audio transducer being in an off-ear state; and controlling output of at least one of the first and second audio components based on the determined proximity and the state of the first and second transducers, wherein, responsive to the apparatus or wearable device being determined as being proximate to the third audio transducer, and the state of one of said first and second transducers being in the second, off-ear state whilst the other of said first and second transducers is in the first, on-ear state, the means for controlling output is configured to cause output of the audio component provided to the audio transducer in the second, off-ear state to be transferred to the third audio transducer whilst continuing to output the audio component provided to the audio transducer in the first, on-ear state. to said audio transducer in the first, on-ear state, wherein the first and second audio transducers respectively comprise first and second earphones, earbuds, headphones or speakers of a headset. providing a first and a second audio component for output to first and second audio transducers of a wearable device (10, 11); determining a proximity between the apparatus or wearable device and a third audio transducer external to the wearable device; determining a first or second state of the first and second audio transducers, wherein the first state comprises the respective audio transducer being in an on-ear state and the second state comprises the respective audio transducer being in an off-ear state; and controlling output of at least one of the first and second audio components based on the determined proximity and the state of the first and second transducers, wherein, responsive to the apparatus or wearable device being determined as being proximate to the third audio transducer, and the state of one of said first and second transducers being in the second, off-ear state whilst the other of said first and second transducers is in the first, on-ear state, the means for controlling output is configured to cause output of the audio component provided to the audio transducer in the second, off-ear state to be transferred to the third audio transducer whilst continuing to output the audio component provided to the audio transducer in the first, on-ear state. to said audio transducer in the first, on-ear state, wherein the first and second audio transducers respectively comprise first and second earphones, earbuds, headphones or speakers of a headset.
A chromatic dispersion measuring apparatus comprising: a pump light source configured to emit pump light with a wavelength λ pump; a probe light source configured to emit probe light with a wavelength λ probe; a spatial optical system configured to combine the pump light and the probe light, so as to make the pump light and the probe light incident on a device under test; a measuring means configured to measure the power of idler light having a wavelength λ idler output from the device under test according to four-wave mixing generated by propagation of the pump light and the probe light through the device; characterized by an analysis tool configured to detect pump light wavelengths for making the generation efficiency of the idler light local extreme values in the relationship between the pump light wavelength and the generation efficiency of the idler light, the pump light and the probe light being propagated under the condition where the wavelength difference or the frequency difference between the pump light and the probe light is kept substantially constant, and then to calculate the chromatic dispersion of the device under test at such detected pump light wavelengths based on phase mismatch among the detected pump light wavelengths, the corresponding probe light wavelengths, and the corresponding idler light wavelengths. a pump light source configured to emit pump light with a wavelength λ pump; a probe light source configured to emit probe light with a wavelength λ probe; a spatial optical system configured to combine the pump light and the probe light, so as to make the pump light and the probe light incident on a device under test; a measuring means configured to measure the power of idler light having a wavelength λ idler output from the device under test according to four-wave mixing generated by propagation of the pump light and the probe light through the device; characterized by an analysis tool configured to detect pump light wavelengths for making the generation efficiency of the idler light local extreme values in the relationship between the pump light wavelength and the generation efficiency of the idler light, the pump light and the probe light being propagated under the condition where the wavelength difference or the frequency difference between the pump light and the probe light is kept substantially constant, and then to calculate the chromatic dispersion of the device under test at such detected pump light wavelengths based on phase mismatch among the detected pump light wavelengths, the corresponding probe light wavelengths, and the corresponding idler light wavelengths.
A rubber reinforcing material comprising: an adhesive composition; an organic fiber cord; and a rubber member bonded to the organic fiber cord through the adhesive composition, wherein the adhesive composition comprises: a graft copolymer; and a surfactant, wherein the graft copolymer comprises a chloroprene polymer chain and a graft chain bonded to the chloroprene polymer chain, the graft chain comprises a structural unit derived from an ethylenically unsaturated carboxylic acid, a content of the structural unit derived from the ethylenically unsaturated carboxylic acid is 50% by mass or more on the basis of the whole graft chain, a molar ratio of a content of oxygen atom with respect to a content of chlorine atom in the graft copolymer is 0.04 to 1, wherein the contents of the chlorine atom and the oxygen atom in the graft copolymer is measured using the method described in the description, and a solid content concentration of the adhesive composition is 10 to 50% by mass. an adhesive composition; an organic fiber cord; and a rubber member bonded to the organic fiber cord through the adhesive composition, wherein the adhesive composition comprises: a graft copolymer; and a surfactant, wherein the graft copolymer comprises a chloroprene polymer chain and a graft chain bonded to the chloroprene polymer chain, the graft chain comprises a structural unit derived from an ethylenically unsaturated carboxylic acid, a content of the structural unit derived from the ethylenically unsaturated carboxylic acid is 50% by mass or more on the basis of the whole graft chain, a molar ratio of a content of oxygen atom with respect to a content of chlorine atom in the graft copolymer is 0.04 to 1, wherein the contents of the chlorine atom and the oxygen atom in the graft copolymer is measured using the method described in the description, and a solid content concentration of the adhesive composition is 10 to 50% by mass.
A sound-reducing blend, comprising: a first wax; and a second wax blended with the first wax; wherein the first wax has a melting point between 53°C and 56°C and the second wax has a melting point between 67°C and 71°C. a first wax; and a second wax blended with the first wax; wherein the first wax has a melting point between 53°C and 56°C and the second wax has a melting point between 67°C and 71°C.
A method of using an electronic calendar in a handheld mobile electronic device without launching a social networking service, the method comprising the steps of: synchronizing the electronic calendar with an external data storage of the social networking service thereby generating first synchronized data; generating automatically a first event (602, 603) according to the first synchronized data; entering a first response (604, 605) based on the first event; transmitting the first response to the external data storage; synchronizing the first response with the external data storage; and displaying the first response on the social networking service. synchronizing the electronic calendar with an external data storage of the social networking service thereby generating first synchronized data; generating automatically a first event (602, 603) according to the first synchronized data; entering a first response (604, 605) based on the first event; transmitting the first response to the external data storage; synchronizing the first response with the external data storage; and displaying the first response on the social networking service.
A composite winglet for an aircraft comprising: a first blade including a first leading edge and a first trailing edge; a second blade including a second leading edge and a second trailing edge, wherein the second blade is positioned at an angle to the first blade; and a root region co-cured with the first blade and the second blade to form the composite winglet, wherein the root region is configured to receive an attachment system for attaching the composite winglet to a wing of the aircraft. a first blade including a first leading edge and a first trailing edge; a second blade including a second leading edge and a second trailing edge, wherein the second blade is positioned at an angle to the first blade; and a root region co-cured with the first blade and the second blade to form the composite winglet, wherein the root region is configured to receive an attachment system for attaching the composite winglet to a wing of the aircraft.
Refrigerating appliance, in particular domestic freezer, having a basic structure and a door which when the door is closed bound a thermally insulated interior, whereby the inner side of the door facing the interior when the door is closed has a seal which is intended to seal, at least for the most part, the interior when the door is closed, and having at least one recess in the inner side of the door arranged behind the seal, which is intended to let air through beneath the seal, characterised in that the seal comprises a segment in particular running horizontally in the lower region of the door, behind which the recess is arranged centrally with respect to a longitudinal axis of the door, and the seal is designed such and/or runs in such a manner over the recess that the seal and the recess form opposite gaps which are designed as an upper gap and a lower gap and which bound the side edges of the seal.
Locking cover made of a molded plastic material for use in fixing a stopper in a neck of a vessel, comprising a cage having locking tabs (8, 9), the cage is structured to surround the stopper and the neck and to lock the stopper and the neck in a fixed position relative to each other in an axial direction, a ring fastened around the cage, the ring including a central aperture reserving access from the outside of the cover to the inside of the vessel through the stopper, and a cap confirmed to close said aperture, the cap including a flat head dimensioned to cover said aperture and attachment tabs projecting substantially perpendicularly relative to the head, the attachment tabs being spaced from one another along an annular periphery of the aperture of the ring, characterized in that the cage defines at its upper part an annular shoulder chamfered on the outside which is coaxial with the central aperture of the ring, in that the central aperture of the ring has a lower edge which forms a shoulder adjustable relative to the shoulder of the cage to form two faces of a vice between which are intended to engage the tabs of the cap when the cap is mounted on the ring and the cage is inserted into the ring, and in that the ring and the cage are arranged such that by approching each other until an abutment position, the tabs of the cap are held in a vice and are deformed by bending, flaring outwardly of the cover to exceed a limit of elasticity from which they remain in a bent configuration.
Method of increasing the period of time, during which a fluorescent dye selected from the group comprising rhodamines, carborhodamines, oxazine dyes, and/or cyanine dyes remains in the non-fluorescent state, which method comprises adding to said fluorescent dye a redox buffer, said redox buffer being a substance or mixture of substances, comprising at least one reducing agent and/or at least one oxidizing agent which react with the fluorescent dye in an electron transfer reaction and are capable of transferring electrons to or receiving electrons from said fluorescent dye, wherein the oxidizing agent is methyl viologen and the reducing agent is selected from the group comprising 6-hydroxy-2,5,7,8-tetramethylchroman-2-carboxylic acid, ascorbic acid, β-mercaptoethylamine, dithiothreitol, and/or mixtures thereof.
A system for controlling a line speed of a conveyor belt of a conveyor system during product changeovers in a wallboard production line, comprising: a computer processor; a position sensor; a central control module for controlling operation of said position sensor and a database, said position sensor being located on top of a conveyor table for providing positional information of a slurry head formed in front of a forming plate of said conveyor system; characterized in comprising: a position detection module for receiving a position signal from said position sensor, determining a distance between said slurry head and said position sensor along a direction of travel of the conveyor belt based on said position signal, and based on said determined distance, determining whether said slurry head is located within a predetermined distance relative to said position sensor along the direction of travel of the conveyor belt; and a speed adjustment module for regulating said line speed of said conveyor belt based on said position signal using the processor if it is determined that said slurry head is located within the predetermined distance. a computer processor; a position sensor; a central control module for controlling operation of said position sensor and a database, said position sensor being located on top of a conveyor table for providing positional information of a slurry head formed in front of a forming plate of said conveyor system; characterized in comprising: a position detection module for receiving a position signal from said position sensor, determining a distance between said slurry head and said position sensor along a direction of travel of the conveyor belt based on said position signal, and based on said determined distance, determining whether said slurry head is located within a predetermined distance relative to said position sensor along the direction of travel of the conveyor belt; and a speed adjustment module for regulating said line speed of said conveyor belt based on said position signal using the processor if it is determined that said slurry head is located within the predetermined distance. a position detection module for receiving a position signal from said position sensor, determining a distance between said slurry head and said position sensor along a direction of travel of the conveyor belt based on said position signal, and based on said determined distance, determining whether said slurry head is located within a predetermined distance relative to said position sensor along the direction of travel of the conveyor belt; and a speed adjustment module for regulating said line speed of said conveyor belt based on said position signal using the processor if it is determined that said slurry head is located within the predetermined distance.
A medical image processing apparatus characterized by comprising: an image storage unit configured to store data of a plurality of images in different respiratory phases which represent a morphology of an object chest portion; a motion amount calculation unit configured to calculate a motion amount of a region between the plurality of images for each pixel or area; a level decision unit configured to decide a level concerning a severity of chronic obstructive pulmonary disease for each pixel or area based on a combination of at least two of the motion amount, a feature value obtained from pixel values of the image, and a change rate of a size of the area; and an output unit configured to output information concerning the decided level. an image storage unit configured to store data of a plurality of images in different respiratory phases which represent a morphology of an object chest portion; a motion amount calculation unit configured to calculate a motion amount of a region between the plurality of images for each pixel or area; a level decision unit configured to decide a level concerning a severity of chronic obstructive pulmonary disease for each pixel or area based on a combination of at least two of the motion amount, a feature value obtained from pixel values of the image, and a change rate of a size of the area; and an output unit configured to output information concerning the decided level.
Seating furniture comprising a corpus having a top, a front and a back, a seat, and a backrest, wherein the corpus is open at the top and the seat is, when the seating furniture is a closed state, arranged within the corpus with the backrest covering the upper surface of the corpus, and when the furniture is in an open state, the seat at least partially covers the top of the corpus with the backrest being pivoted out of the closed state, characterized in that the backrest is, in the area of the back, pivotably mounted to the corpus, and the seating furniture comprises three pivot levers (8, 9, 10), which are, at a respective first end, connected to the seat by joints at points spaced from each other, wherein a second end of a first pivot lever is connected to the corpus in the area of the front and a second end of a second pivot lever in the area of the back, wherein the first end of a third pivot lever is connected to the seat between the first ends of the first pivot lever and the second pivot lever, and the second end of the third pivot lever is connected to the backrest. characterized in that the backrest is, in the area of the back, pivotably mounted to the corpus, and the seating furniture comprises three pivot levers (8, 9, 10), which are, at a respective first end, connected to the seat by joints at points spaced from each other, wherein a second end of a first pivot lever is connected to the corpus in the area of the front and a second end of a second pivot lever in the area of the back, wherein the first end of a third pivot lever is connected to the seat between the first ends of the first pivot lever and the second pivot lever, and the second end of the third pivot lever is connected to the backrest.