mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-based method for generating a component fault tree for a technical system comprising the steps of: - loading a data model of a failure mode and effect analysis for the technical system; - generating for each component of the technical system a component element for the component fault tree, wherein component output ports of single ones of the component elements are connected to input ports of other ones of the component elements; - generating for each component of the data model a component fault tree element for the respective component element, wherein each component fault tree element is associated with the respective component element; - generating for each failure effect of a failure mode of a component of the data model a output failure mode for the respective component fault tree elements; - generating for each failure mode of the component of the data model a basic event for the respective component fault tree elements. - loading a data model of a failure mode and effect analysis for the technical system; - generating for each component of the technical system a component element for the component fault tree, wherein component output ports of single ones of the component elements are connected to input ports of other ones of the component elements; - generating for each component of the data model a component fault tree element for the respective component element, wherein each component fault tree element is associated with the respective component element; - generating for each failure effect of a failure mode of a component of the data model a output failure mode for the respective component fault tree elements; - generating for each failure mode of the component of the data model a basic event for the respective component fault tree elements.
A traceable vial comprising: a vial configured to hold contents therein; and a tracking assembly fitted to an exterior portion of the vial and housing electronic components configured to transmit a signal indicating a status of the vial; wherein the tracking assembly includes an antenna configured to transmit the signal and a battery configured to power the antenna , characterized in that : the tracking assembly includes a temperature sensor and the antenna is configured to transmit a signal indicating a temperature reading by the temperature sensor , and the tracking assembly is structured and designed to fit around a lower base portion of the vial . a vial configured to hold contents therein; and a tracking assembly fitted to an exterior portion of the vial and housing electronic components configured to transmit a signal indicating a status of the vial; wherein the tracking assembly includes an antenna configured to transmit the signal and a battery configured to power the antenna , characterized in that : the tracking assembly includes a temperature sensor and the antenna is configured to transmit a signal indicating a temperature reading by the temperature sensor , and the tracking assembly is structured and designed to fit around a lower base portion of the vial . the tracking assembly includes a temperature sensor and the antenna is configured to transmit a signal indicating a temperature reading by the temperature sensor , and the tracking assembly is structured and designed to fit around a lower base portion of the vial .
Water replenishment plug for automatic filling and replenishment of the cells of a battery, having a valve body which is actuated by a float and which, for a filled battery cell, closes the valve in order to end the replenishment process, characterized - in that the float is arranged below the valve body , - in that the valve body has a closing part which is vertically movable in order to reach the valve seat , - in that an upwardly open bushing guides the closing part , - in that a valve body plunger extends vertically upwards from the closing part , at the upper end of which valve body plunger there is seated a guide part which is guided in a downwardly open recess of the housing , - in that , between the valve body and the float , there is a permanent magnetic force by which the movement of the float is transmitted to the valve body. - in that the float is arranged below the valve body , - in that the valve body has a closing part which is vertically movable in order to reach the valve seat , - in that an upwardly open bushing guides the closing part , - in that a valve body plunger extends vertically upwards from the closing part , at the upper end of which valve body plunger there is seated a guide part which is guided in a downwardly open recess of the housing , - in that , between the valve body and the float , there is a permanent magnetic force by which the movement of the float is transmitted to the valve body.
Method for operating a vacuum cleaner comprising a motor-driven fan and comprising a device arranged on the suction side of the fan for receiving an air-dust mixture, a dust separator in the form of at least one cyclone separator and optionally a secondary filter being arranged between the receiving device and the fan , at least one valve apparatus being arranged between the receiving device and the fan , characterised in that a flow path from the receiving device via the cyclone separator to the fan can only be switched by means of the valve apparatus when a predetermined minimum value (q 1 , n 1, t 1 , p 1 ) for a volume flow (q) generated by the fan or a variable correlating with the volume flow (n, t, p) is present.
A dialysis treatment apparatus comprising: a deaeration chamber designed to separate gases from liquids, the deaeration chamber comprising a housing with an upper portion and a lower portion, the housing defining: i) an internal space between the upper and lower portions, ii) inlets for a liquid to enter the internal space, and iii) an outlet for the liquid to exit the internal space, wherein the inlets are spaced apart from each other around a periphery of the internal space defined by the housing or the one or more inlets are disposed around the outlet characterized in that the upper portion of the housing is a flexible dome that can reconfigure between a first configuration and a second configuration, and wherein the internal space defined by the housing is larger when the flexible dome is in the second configuration as compared to when the flexible dome is in the first configuration. a deaeration chamber designed to separate gases from liquids, the deaeration chamber comprising a housing with an upper portion and a lower portion, the housing defining: i) an internal space between the upper and lower portions, ii) inlets for a liquid to enter the internal space, and iii) an outlet for the liquid to exit the internal space, wherein the inlets are spaced apart from each other around a periphery of the internal space defined by the housing or the one or more inlets are disposed around the outlet characterized in that the upper portion of the housing is a flexible dome that can reconfigure between a first configuration and a second configuration, and wherein the internal space defined by the housing is larger when the flexible dome is in the second configuration as compared to when the flexible dome is in the first configuration.
A process for preparing a nutritional composition in a compressed solid form comprising: providing a powdered nutritional composition, cooling the powdered nutritional composition to a temperature below 11°C, contacting the cooled powdered nutritional composition with moisture by spraying it with a fine particulate mist, wherein the temperature of the fine particulate mist is 1°C-15°C, compressing the powdered nutritional composition under a pressure of 6895-689475 Pa (1-100 psi), and drying the compressed powdered nutritional composition. providing a powdered nutritional composition, cooling the powdered nutritional composition to a temperature below 11°C, contacting the cooled powdered nutritional composition with moisture by spraying it with a fine particulate mist, wherein the temperature of the fine particulate mist is 1°C-15°C, compressing the powdered nutritional composition under a pressure of 6895-689475 Pa (1-100 psi), and drying the compressed powdered nutritional composition.
Roof device for a terrace covering comprising a roof frame and at least one, preferably a plurality of roof panels , wherein at least one roof panel is configured so as to be slidable in the roof frame , and wherein the at least one roof panel comprises a panel frame and at least two panel fillings attached to both sides of the panel frame, and wherein: - the at least one roof panel is configured so that a first panel filling forms a water-tight cover on top of a second panel filling ; - the first panel filling is translucent or transparent; and - the second panel filling is sun-screening or reflective. - the at least one roof panel is configured so that a first panel filling forms a water-tight cover on top of a second panel filling ; - the first panel filling is translucent or transparent; and - the second panel filling is sun-screening or reflective.
An information processing apparatus, the information processing apparatus configured to be connected to an output apparatus provided with a display portion including a plurality of sub-pixels for every pixel , the sub-pixels having respective different display positions in the display portion relative to a central coordinate of a respective pixel for presenting an image displayed on the display portion to a user through a lens having a lens distortion such that as the viewing angle is further increased, the number of pixels per unit viewing angle is reduced, and the information processing apparatus serving to produce corrected image data corresponding to the image to be displayed on the display portion, the information processing apparatus comprising: means configured to receive source image data representing an object for display; correction means configured to produce the corrected image data by using a predetermined conversion expression for correcting the lens distortion of the lens included in the output apparatus, wherein the correction means is configured to obtain a pixel value at a position in the source image data corresponding to a position of a sub-pixel of a pixel in the corrected image data using information on the position of the sub-pixel and an arithmetic operation of the predetermined conversion expression for correcting the lens distortion of the lens included in the output apparatus, and produce the corrected image data by individually determining luminances of each of the respective sub-pixels of the pixel in the corrected image data based on respective pixel values obtained for each of the respective sub-pixels and determining a pixel value of the pixel in the corrected image data from the luminances of the respective sub-pixels of that pixel; and output means configured to output the corrected image data to the output apparatus. means configured to receive source image data representing an object for display; correction means configured to produce the corrected image data by using a predetermined conversion expression for correcting the lens distortion of the lens included in the output apparatus, wherein the correction means is configured to obtain a pixel value at a position in the source image data corresponding to a position of a sub-pixel of a pixel in the corrected image data using information on the position of the sub-pixel and an arithmetic operation of the predetermined conversion expression for correcting the lens distortion of the lens included in the output apparatus, and produce the corrected image data by individually determining luminances of each of the respective sub-pixels of the pixel in the corrected image data based on respective pixel values obtained for each of the respective sub-pixels and determining a pixel value of the pixel in the corrected image data from the luminances of the respective sub-pixels of that pixel; and output means configured to output the corrected image data to the output apparatus.
A chair comprising: a seat ; a backrest , the backrest comprising a frame having a lower portion and a first leg that extends forwardly from the lower portion to a position below the seat and within a housing of a tilt mechanism ; a base , the seat supported by the base , the tilt mechanism attached to the base , the tilt mechanism comprising: a spring that is positioned to extend vertically within a column , the spring being compressible and extendable; a first tilt member having a first end and a second end ; a second tilt member having a first end and a second end ; a first spring connecting member that has a lower end connected to the spring and an upper end pivotally connected to the first end of the first tilt member ; the second end of the first tilt member pivotally connected to the second end of the second tilt member , and; the first end of the second tilt member pivotally connected to a portion of a forward distal end 8 of the first leg extending from the lower portion of the frame of the backrest . a seat ; a backrest , the backrest comprising a frame having a lower portion and a first leg that extends forwardly from the lower portion to a position below the seat and within a housing of a tilt mechanism ; a base , the seat supported by the base , the tilt mechanism attached to the base , the tilt mechanism comprising: a spring that is positioned to extend vertically within a column , the spring being compressible and extendable; a first tilt member having a first end and a second end ; a second tilt member having a first end and a second end ; a first spring connecting member that has a lower end connected to the spring and an upper end pivotally connected to the first end of the first tilt member ; the second end of the first tilt member pivotally connected to the second end of the second tilt member , and; the first end of the second tilt member pivotally connected to a portion of a forward distal end 8 of the first leg extending from the lower portion of the frame of the backrest . a spring that is positioned to extend vertically within a column , the spring being compressible and extendable; a first tilt member having a first end and a second end ; a second tilt member having a first end and a second end ; a first spring connecting member that has a lower end connected to the spring and an upper end pivotally connected to the first end of the first tilt member ; the second end of the first tilt member pivotally connected to the second end of the second tilt member , and; the first end of the second tilt member pivotally connected to a portion of a forward distal end 8 of the first leg extending from the lower portion of the frame of the backrest .
A process for enhancing the separation of monomer components from light components other than monomer, which process comprises: A) Providing a first stream comprising monomer and light components other than monomer, said light components being propane and molecules having a molecular weight less than propane, B) Passing the first stream to a first separator at a first pressure wherein the first separator is operated to provide a separation of hydrogen, nitrogen and methane from monomer and heavier components present and thereby to separate a second stream comprising at least some of the light components other than monomer and provide a third stream comprising monomer, C) Passing a portion of the third stream and a fourth stream comprising monomer and light components other than monomer to a second separator at a second pressure which is lower than the first pressure wherein the second separator is operated to provide a separation of hydrogen, nitrogen and methane from monomer and heavier components present and thereby to separate a fifth stream comprising at least some of the light components other than monomer from the fourth stream and provide a sixth stream comprising monomer, and wherein the second pressure is less than 0.5 MPa (5 bar). A) Providing a first stream comprising monomer and light components other than monomer, said light components being propane and molecules having a molecular weight less than propane, B) Passing the first stream to a first separator at a first pressure wherein the first separator is operated to provide a separation of hydrogen, nitrogen and methane from monomer and heavier components present and thereby to separate a second stream comprising at least some of the light components other than monomer and provide a third stream comprising monomer, C) Passing a portion of the third stream and a fourth stream comprising monomer and light components other than monomer to a second separator at a second pressure which is lower than the first pressure wherein the second separator is operated to provide a separation of hydrogen, nitrogen and methane from monomer and heavier components present and thereby to separate a fifth stream comprising at least some of the light components other than monomer from the fourth stream and provide a sixth stream comprising monomer, and wherein the second pressure is less than 0.5 MPa (5 bar).
A nanoparticle comprising: - a first polymer comprising a polysaccharide; - a second polymer grafted to the first polymer wherein the second polymer comprises carboxylic groups; and - a polyethoxylated sorbitan-based moiety covalently bound to the second polymer. - a first polymer comprising a polysaccharide; - a second polymer grafted to the first polymer wherein the second polymer comprises carboxylic groups; and - a polyethoxylated sorbitan-based moiety covalently bound to the second polymer.
A computer implemented method to avoid congestion in an area by a plurality of robots awaiting access to a common resource, the method comprising: receiving a current robot action and a sensor data of one of the plurality of robots at a cloud node from a plan execution engine executing at a processor of the one of the plurality of robots ; based on the received current robot action and the sensor data, determining whether the one of the plurality of robots has to access the common resource; determining whether the received sensor data is related to a dynamic spatial condition; based on the determination, executing, at the cloud node , a spatial query to determine a location in the area for positioning the one of the plurality of robots awaiting access to the common resource based on static spatial data and dynamic spatial data, with a query condition that requires a congestion-free movement in the area when the robot is positioned at the location in the area, wherein the static spatial data is predetermined spatial data and the dynamic spatial data is spatial data that is not predetermined and is obtained during execution of operations by the plurality of robots ; determining, by the plan execution engine executing at the processor of the one of the plurality of robots , a priority order for accessing the common resource; and based on the determined priority order, accessing the common resource by the one of the plurality of robots . receiving a current robot action and a sensor data of one of the plurality of robots at a cloud node from a plan execution engine executing at a processor of the one of the plurality of robots ; based on the received current robot action and the sensor data, determining whether the one of the plurality of robots has to access the common resource; determining whether the received sensor data is related to a dynamic spatial condition; based on the determination, executing, at the cloud node , a spatial query to determine a location in the area for positioning the one of the plurality of robots awaiting access to the common resource based on static spatial data and dynamic spatial data, with a query condition that requires a congestion-free movement in the area when the robot is positioned at the location in the area, wherein the static spatial data is predetermined spatial data and the dynamic spatial data is spatial data that is not predetermined and is obtained during execution of operations by the plurality of robots ; determining, by the plan execution engine executing at the processor of the one of the plurality of robots , a priority order for accessing the common resource; and based on the determined priority order, accessing the common resource by the one of the plurality of robots .
A method of facilitating secure communication management in a hardware accelerator containing a programmable hardware circuitry coupled to a processor external to the programmable hardware circuitry via a communications bridge, the programmable hardware circuitry having a buffer and a user kernel configured to perform a user function, wherein the method comprising: transmitting , from the programmable hardware circuitry and via the communications bridge, to the processor, data representing a request to validate content of a message stored in the buffer, the message being secured using a Secure Sockets Layer or Transport Layer Security protocol; performing , at the processor, a validity check on the content of the secured message based on the request from the programmable hardware circuitry; transmitting, from the processor via the communications bridge, data representing a validation result regarding the message to the programmable hardware circuitry, the validation result containing an indication whether the content in the message is valid and a header size or a payload size of the message; and when the indication indicates that the content of the message is valid, removing, with the programmable hardware circuitry, a header contained in the message from the message in the buffer according to the header size or the payload size indicated in the validation result, to extract a payload of the message; and providing the extracted payload to the user kernel. transmitting , from the programmable hardware circuitry and via the communications bridge, to the processor, data representing a request to validate content of a message stored in the buffer, the message being secured using a Secure Sockets Layer or Transport Layer Security protocol; performing , at the processor, a validity check on the content of the secured message based on the request from the programmable hardware circuitry; transmitting, from the processor via the communications bridge, data representing a validation result regarding the message to the programmable hardware circuitry, the validation result containing an indication whether the content in the message is valid and a header size or a payload size of the message; and when the indication indicates that the content of the message is valid, removing, with the programmable hardware circuitry, a header contained in the message from the message in the buffer according to the header size or the payload size indicated in the validation result, to extract a payload of the message; and providing the extracted payload to the user kernel.