mhurhangee/patent-ind-claim-en huggingface dataset:
Portable device for paying out an electric cable comprising a connection element at each of the ends thereof, which device comprises: - a support in which there is recessed a groove which forms a flat spiral, the groove being capable of at least partially receiving the cable, and; - a cover which encloses, together with the support, the portion of the cable which is received in the groove, the cover comprising an opening in which a sliding member is capable of moving in a radial direction (R) relative to the spiral, the sliding member comprising means for guiding the cable through the opening; the support, the cover and the sliding member being arranged so that the rotation of the cover and the sliding member relative to the support about the axis (A) of the spiral brings about: - in one rotation direction, the movement of the sliding member in the opposite direction to the axis of the spiral, said movement bringing about the insertion, via the means for guiding through the opening, of the cable into the groove below the cover; - in the other rotation direction, the movement of the sliding member in the direction of the axis of the spiral, said movement bringing about the extraction, via the means for guiding through the opening, of the cable out of the groove and above the cover. - a support in which there is recessed a groove which forms a flat spiral, the groove being capable of at least partially receiving the cable, and; - a cover which encloses, together with the support, the portion of the cable which is received in the groove, the cover comprising an opening in which a sliding member is capable of moving in a radial direction (R) relative to the spiral, the sliding member comprising means for guiding the cable through the opening; - in one rotation direction, the movement of the sliding member in the opposite direction to the axis of the spiral, said movement bringing about the insertion, via the means for guiding through the opening, of the cable into the groove below the cover; - in the other rotation direction, the movement of the sliding member in the direction of the axis of the spiral, said movement bringing about the extraction, via the means for guiding through the opening, of the cable out of the groove and above the cover.
A method comprising: accessing, by a controller , a predefined porosity level of a porous section of a to be fabricated screen apparatus for filtering fibrous material particles from a fluid of a pulp in which the fibrous material is immersed; determining, by the controller, properties of a three-dimensional, i.e. 3D, fabrication process to be implemented in fabricating the screen apparatus with the porous section formed of partially-fused build material particles, the partially-fused build material particles comprising build material particles that are partially fused together during the 3D fabrication process to cause the porous section to have at least the predefined porosity level; and wherein the properties of the 3D fabrication process comprise a fusing agent application operation and a detailing agent application operation and wherein determining the properties of the 3D fabrication process comprises: determining patterns at which the fusing agent and the detailing agent are to respectively be applied onto layers of build material particles to form the porous section to have at least the predefined porosity level. accessing, by a controller , a predefined porosity level of a porous section of a to be fabricated screen apparatus for filtering fibrous material particles from a fluid of a pulp in which the fibrous material is immersed; determining, by the controller, properties of a three-dimensional, i.e. 3D, fabrication process to be implemented in fabricating the screen apparatus with the porous section formed of partially-fused build material particles, the partially-fused build material particles comprising build material particles that are partially fused together during the 3D fabrication process to cause the porous section to have at least the predefined porosity level; and wherein the properties of the 3D fabrication process comprise a fusing agent application operation and a detailing agent application operation and wherein determining the properties of the 3D fabrication process comprises: determining patterns at which the fusing agent and the detailing agent are to respectively be applied onto layers of build material particles to form the porous section to have at least the predefined porosity level.
A system for writing a grating onto an optical fiber, the system comprising: an index-modulation mechanism configured to create an index modulation within the optical fiber ; a vessel configured to hold a liquid index-matching material , the liquid index-matching material adhering to the optical fiber , the vessel comprising: a passage, the passage configured to receive the optical fiber such that the optical fiber is surrounded by the liquid index-matching material ; an entry , the entry configured to allow the optical fiber to enter the passage; and an exit , the exit configured to allow the optical fiber to exit the passage; a reel-to-reel system operatively coupled to the vessel , the reel-to-reel system configured to pull the optical fiber through the passage such that the optical fiber is coated by the liquid index-matching material as it is pulled through the passage and exits the passage coated with the liquid index-matching material ; a replenishment system operatively coupled to the vessel , the replenishment system configured to replenish the vessel with liquid index-matching material ; and an exit cleaning system located at the exit, the exit cleaning system configured to remove the coated liquid index-matching material from the optical fiber as the optical fiber exits the passage; wherein the vessel comprises a further port being an input configured to introduce the liquid index-matching material into the vessel . an index-modulation mechanism configured to create an index modulation within the optical fiber ; a vessel configured to hold a liquid index-matching material , the liquid index-matching material adhering to the optical fiber , the vessel comprising: a passage, the passage configured to receive the optical fiber such that the optical fiber is surrounded by the liquid index-matching material ; an entry , the entry configured to allow the optical fiber to enter the passage; and an exit , the exit configured to allow the optical fiber to exit the passage; a passage, the passage configured to receive the optical fiber such that the optical fiber is surrounded by the liquid index-matching material ; an entry , the entry configured to allow the optical fiber to enter the passage; and an exit , the exit configured to allow the optical fiber to exit the passage; a reel-to-reel system operatively coupled to the vessel , the reel-to-reel system configured to pull the optical fiber through the passage such that the optical fiber is coated by the liquid index-matching material as it is pulled through the passage and exits the passage coated with the liquid index-matching material ; a replenishment system operatively coupled to the vessel , the replenishment system configured to replenish the vessel with liquid index-matching material ; and an exit cleaning system located at the exit, the exit cleaning system configured to remove the coated liquid index-matching material from the optical fiber as the optical fiber exits the passage; wherein the vessel comprises a further port being an input configured to introduce the liquid index-matching material into the vessel .
An endoscopic device comprising: an illuminating unit which emits illuminating light from an endoscopic tip portion, and includes a plurality of kinds of light sources different from one another in an emission wavelength, an imaging unit which obtains a pickup image of a region to be observed of a subject radiated with the illuminating light, a color tone controlling unit which changes a color tone of the illuminating light by changing an output light quantity ratio among the plurality of kinds of light sources, wherein an operation section of an endoscope of the endoscope device includes an operation switch and the light quantity ratio is changed in synchronization with the operation switch , wherein the color tone controlling unit drives the plurality of kinds of light sources so that two or more of the plurality of kinds of light sources emit light during an optical storage time per frame of an image of the imaging unit, characterized in that the color tone controlling unit drives the plurality of kinds of light sources by applying a current of a pulse waveform with a shorter cycle than the optical storage time per frame of an image of the imaging unit. an illuminating unit which emits illuminating light from an endoscopic tip portion, and includes a plurality of kinds of light sources different from one another in an emission wavelength, an imaging unit which obtains a pickup image of a region to be observed of a subject radiated with the illuminating light, a color tone controlling unit which changes a color tone of the illuminating light by changing an output light quantity ratio among the plurality of kinds of light sources, wherein an operation section of an endoscope of the endoscope device includes an operation switch and the light quantity ratio is changed in synchronization with the operation switch , wherein the color tone controlling unit drives the plurality of kinds of light sources so that two or more of the plurality of kinds of light sources emit light during an optical storage time per frame of an image of the imaging unit, characterized in that the color tone controlling unit drives the plurality of kinds of light sources by applying a current of a pulse waveform with a shorter cycle than the optical storage time per frame of an image of the imaging unit.
A shovel comprising: an attachment including a working assembly ; a diesel engine provided with a supercharger; an oil hydraulic pump connected to the diesel engine provided with the supercharger; an attachment position retrieval unit configured to retrieve a position of a predetermined part of the attachment based on a detection value of a boom angle sensor (S1) and an arm angle sensor (S2); and a controller that executes a preload boost function, wherein the preload boost function is for increasing boost pressure of the supercharger prior to increasing a hydraulic pressure load on the oil hydraulic pump , characterized in that a work range accessible by the position of the predetermined part of the attachment includes a partial work range at which, upon the working assembly being operated, the preload boost function is to be executed and a partial work range at which, upon the working assembly being operated, the preload boost function is not to be executed. an attachment including a working assembly ; a diesel engine provided with a supercharger; an oil hydraulic pump connected to the diesel engine provided with the supercharger; an attachment position retrieval unit configured to retrieve a position of a predetermined part of the attachment based on a detection value of a boom angle sensor (S1) and an arm angle sensor (S2); and a controller that executes a preload boost function, wherein the preload boost function is for increasing boost pressure of the supercharger prior to increasing a hydraulic pressure load on the oil hydraulic pump , characterized in that a work range accessible by the position of the predetermined part of the attachment includes a partial work range at which, upon the working assembly being operated, the preload boost function is to be executed and a partial work range at which, upon the working assembly being operated, the preload boost function is not to be executed.
A method of producing interferometric measurement signals for spectrally controlled interferometry with an interferometric apparatus having a predetermined optical path difference, comprising the following steps: providing a monochromatic light source having a temporal coherence such that interference-fringe signals are detected within a measurement space of the interferometric apparatus, said light source being capable of spectral modulation; and sequentially exposing a detector of said interferometric apparatus to independently formed interference-fringe signals produced by respective different wavelengths emitted by the light source to produce a multiplexed correlogram pattern; wherein said interference-fringe signals are produced during respective fractions of an integration time of the detector ; and wherein the light source is modulated in an optical frequency domain to produce a predetermined spatial pattern of interference fringes such that a peak of the pattern of interference fringes is localized at the detector when the optical path difference between reference and object beams is equal to a predetermined optical length providing a monochromatic light source having a temporal coherence such that interference-fringe signals are detected within a measurement space of the interferometric apparatus, said light source being capable of spectral modulation; and sequentially exposing a detector of said interferometric apparatus to independently formed interference-fringe signals produced by respective different wavelengths emitted by the light source to produce a multiplexed correlogram pattern; wherein said interference-fringe signals are produced during respective fractions of an integration time of the detector ; and wherein the light source is modulated in an optical frequency domain to produce a predetermined spatial pattern of interference fringes such that a peak of the pattern of interference fringes is localized at the detector when the optical path difference between reference and object beams is equal to a predetermined optical length
A thermosetting resin composition (C) comprising: an epoxy resin; an epoxy resin curing agent; and an epoxy resin curing accelerator, wherein the epoxy resin curing agent contains an imidazole-based curing agent 1 which is not encapsulated in a microcapsule and is represented by the following formula : (In Formula , R 1 represents a linear or branched alkyl group having from 1 to 5 carbon atoms which may have a substituent, a phenyl group which may have a substituent, a hydrogen atom, or a hydroxymethyl group and R 2 represents a linear or branched alkyl group having from 1 to 5 carbon atoms, a phenyl group which may have a substituent, or a hydrogen atom), and a curing agent 2 which is encapsulated in a microcapsule and is represented by the following formula : (In Formula , R 3 represents an organic group containing one or more carbon atoms and R 4 to R 6 are the same as or different from one another and each represent a hydrogen atom, a methyl group, or an ethyl group); the epoxy resin curing accelerator comprises a urea derivative. an epoxy resin; an epoxy resin curing agent; and an epoxy resin curing accelerator, wherein the epoxy resin curing agent contains an imidazole-based curing agent 1 which is not encapsulated in a microcapsule and is represented by the following formula : (In Formula , R 1 represents a linear or branched alkyl group having from 1 to 5 carbon atoms which may have a substituent, a phenyl group which may have a substituent, a hydrogen atom, or a hydroxymethyl group and R 2 represents a linear or branched alkyl group having from 1 to 5 carbon atoms, a phenyl group which may have a substituent, or a hydrogen atom), and a curing agent 2 which is encapsulated in a microcapsule and is represented by the following formula : (In Formula , R 3 represents an organic group containing one or more carbon atoms and R 4 to R 6 are the same as or different from one another and each represent a hydrogen atom, a methyl group, or an ethyl group); the epoxy resin curing accelerator comprises a urea derivative.
A method for maintaining an engine based on a determined exposure temperature in the engine, the method comprising: receiving input data representative of a chemical composition of a particle having alloy constituents and filtered from a lubrication fluid of the engine, characterised in that the method further comprises: using one or more data processors : comparing the chemical composition of the particle with reference data including a relationship between the chemical composition and an exposure temperature of the particle , the relationship being a function of the alloy constituents in the particle ; based on the comparing, determining the exposure temperature of the particle ; and generating an output based on the exposure temperature of the particle ; and performing a maintenance action relative to the engine based on the output . using one or more data processors : comparing the chemical composition of the particle with reference data including a relationship between the chemical composition and an exposure temperature of the particle , the relationship being a function of the alloy constituents in the particle ; based on the comparing, determining the exposure temperature of the particle ; and generating an output based on the exposure temperature of the particle ; and comparing the chemical composition of the particle with reference data including a relationship between the chemical composition and an exposure temperature of the particle , the relationship being a function of the alloy constituents in the particle ; based on the comparing, determining the exposure temperature of the particle ; and generating an output based on the exposure temperature of the particle ; and performing a maintenance action relative to the engine based on the output .
A method of reporting traffic metrics by a User Plane Function, UPF , to a Session Management Function, SMF , in a telecommunication network, wherein said method comprises the steps of: - receiving , by said UPF , from said SMF , a session creation/modification message for creating/modifying a session between said UPF and said SMF , wherein said message comprises a Reporting Rule thereby defining which traffic metric is to be reported by said UPF to said SMF , wherein said Reporting Rule comprises: - a Node Analytics Reporting Rule, NARR, for indicating the traffic metric to be reported by said UPF on a node level, wherein said NARR comprises a metric identification for identifying said traffic metric to be reported; - measuring , by said UPF , said traffic metric based on said received Reporting Rule; - transmitting , by said UPF , to said SMF , a reporting message for reporting the metric to be reported, wherein said reporting message comprises: said measured traffic metric and any of: - a reporting rule identification for identifying whether said reporting message is associated with said NARR; - a traffic metric value for identifying a measured traffic value of said identified traffic metric, wherein said traffic metric is one of latency, jitter, or roundtrip time. - receiving , by said UPF , from said SMF , a session creation/modification message for creating/modifying a session between said UPF and said SMF , wherein said message comprises a Reporting Rule thereby defining which traffic metric is to be reported by said UPF to said SMF , wherein said Reporting Rule comprises: - a Node Analytics Reporting Rule, NARR, for indicating the traffic metric to be reported by said UPF on a node level, wherein said NARR comprises a metric identification for identifying said traffic metric to be reported; - measuring , by said UPF , said traffic metric based on said received Reporting Rule; - transmitting , by said UPF , to said SMF , a reporting message for reporting the metric to be reported, wherein said reporting message comprises: said measured traffic metric and any of: - a reporting rule identification for identifying whether said reporting message is associated with said NARR; - a traffic metric value for identifying a measured traffic value of said identified traffic metric,
A method for real time protection against unsolicited encryption of computer files in a computer system, the method comprising the following steps: - monitoring each access of a running process (A) to a file of a file system of the computer system, said file being in a first state in which said file is accessed as input by the process and in a second state in which said file is processed by the process as output, the first state of the file of said file system being associated with a first set of data values and the second state of the file of the file system being associated with a second set of data values, - measuring, while said data values are still in volatile memory, a first magnitude representative of the randomness of said first set of data values and a second magnitude representative of the randomness of said second set of data values, - comparing said first magnitude and said second magnitude, and - interrupting said process if said second magnitude exceeds said first magnitude by a given threshold value, - requesting to an end-user an explicit acknowledgement of the legitimacy or not of the encryption, - if the encryption is not legitimate, automatically dumping the volatile memory data looking for respectively indices of crypto algorithm used and encryption keys in the volatile memory using the pattern of key schedules; then storing of the indices and encryption keys. - monitoring each access of a running process (A) to a file of a file system of the computer system, said file being in a first state in which said file is accessed as input by the process and in a second state in which said file is processed by the process as output, the first state of the file of said file system being associated with a first set of data values and the second state of the file of the file system being associated with a second set of data values, - measuring, while said data values are still in volatile memory, a first magnitude representative of the randomness of said first set of data values and a second magnitude representative of the randomness of said second set of data values, - comparing said first magnitude and said second magnitude, and - interrupting said process if said second magnitude exceeds said first magnitude by a given threshold value, - requesting to an end-user an explicit acknowledgement of the legitimacy or not of the encryption, - if the encryption is not legitimate, automatically dumping the volatile memory data looking for respectively indices of crypto algorithm used and encryption keys in the volatile memory using the pattern of key schedules; then storing of the indices and encryption keys.
A peptide consisting of the amino acid sequence according to SEQ ID No. 1.
Household refrigeration appliance having an inner container , which bounds a receiving chamber for receiving food, having a separate food receptacle tray and having a guide apparatus , with which the food receptacle tray can be guided in a movable manner, wherein the guide apparatus has a guide rail , which is arranged on an interior of the inner container , wherein at least one guide element of the guide apparatus is arranged at a fixed position on the food receptacle tray , wherein the guide rail is arranged so as to engage with the guide element , so that a roller-free fixed bearing is formed, so that the food receptacle tray is guided in a roller-free manner with the guide apparatus , characterised in that the guide element has an upwardly projecting guide web , which engages in a downwardly open guide groove in the guide rail , and that a guide element has a sliding element with a curved sliding surface , with which the guide element rests on a support of the guide rail and slides when the food receptacle tray is moved.