mhurhangee/patent-ind-claim-en huggingface dataset:
A bituminous binder comprising: - from 97 % to 99.9 % of bitumen, by weight of the binder, - the association of two thermoplastic polymers representing from 0.1 % to 3 % by weight of the binder, the first polymer consisting of a terpolymer (A) of an alpha olefin, an unsaturated epoxide and an ethylene monomer carrying a polar function selected from the group consisting of an unsaturated carboxylic acid ester and a vinyl ester of carboxylic acid, having an MFI lower than 50 g/10 min (190 °C, 2.16 kg measured as per ISO 1133), characterized in that the second copolymer (B) consists of a copolymer of alpha olefin and an unsaturated epoxide having an MFI lower than 50 g/10 min (190 °C, 2.16 kg measured as per ISO 1133), and characterized in that the weight ratio of (B)/[(A) + (B)] is between 0.25 and 0.65. - from 97 % to 99.9 % of bitumen, by weight of the binder, - the association of two thermoplastic polymers representing from 0.1 % to 3 % by weight of the binder, the first polymer consisting of a terpolymer (A) of an alpha olefin, an unsaturated epoxide and an ethylene monomer carrying a polar function selected from the group consisting of an unsaturated carboxylic acid ester and a vinyl ester of carboxylic acid, having an MFI lower than 50 g/10 min (190 °C, 2.16 kg measured as per ISO 1133), characterized in that the second copolymer (B) consists of a copolymer of alpha olefin and an unsaturated epoxide having an MFI lower than 50 g/10 min (190 °C, 2.16 kg measured as per ISO 1133), and characterized in that the weight ratio of (B)/[(A) + (B)] is between 0.25 and 0.65.
A non-transitory computer readable medium having stored thereon machine readable instructions to provide memory integrity checking, wherein the machine readable instructions, when executed, cause at least one processor to: receive computer program code ; use a loader to load the computer program code in a memory ,; and verify the integrity of the computer program code by implementing an asynchronous verification, wherein the asynchronous verification implemented by a media controller included in the memory containing the computer program code , wherein the memory includes a program for autonomously checking memory ranges, and wherein the media controller includes a plurality of active media controllers that are associated with a plurality of active memory controllers , wherein each of the plurality of active media controllers is operative to perform an independent hash of a non-contiguous memory range of the memory that is controlled by that one of the plurality of active media controllers , wherein the non-contiguous memory range is a range of memory addresses of the memory where computer program code is loaded. receive computer program code ; use a loader to load the computer program code in a memory ,; and verify the integrity of the computer program code by implementing an asynchronous verification, wherein the asynchronous verification implemented by a media controller included in the memory containing the computer program code , wherein the memory includes a program for autonomously checking memory ranges, and wherein the media controller includes a plurality of active media controllers that are associated with a plurality of active memory controllers , wherein each of the plurality of active media controllers is operative to perform an independent hash of a non-contiguous memory range of the memory that is controlled by that one of the plurality of active media controllers , wherein the non-contiguous memory range is a range of memory addresses of the memory where computer program code is loaded.
A redundant valve system to provide a regulated fluid flow, comprising: a housing having an inlet at an inlet end which receives a pressurized fluid, and an outlet at an outlet end which provides the regulated fluid flow; a first piston assembly arranged in the housing having a first cavity , the first piston assembly configured to regulate the fluid flow; a first fluid connection connected to the first cavity ; a second piston assembly arranged in the housing downstream of the first piston assembly having a second cavity , the second cavity having a second fluid connection to a vent , the second piston assembly configured to regulate the fluid flow when the first piston assembly fails; an upstream valve to control the first fluid connection and control a position of the first piston assembly ; and a downstream valve to control the second fluid connection and control a position of the second piston assembly , wherein the upstream valve is configured to close the first fluid connection , and wherein the downstream valve is configured to close the second fluid connection , characterized in that , the first fluid connection is connected to a point along the housing at the outlet end. a housing having an inlet at an inlet end which receives a pressurized fluid, and an outlet at an outlet end which provides the regulated fluid flow; a first piston assembly arranged in the housing having a first cavity , the first piston assembly configured to regulate the fluid flow; a first fluid connection connected to the first cavity ; a second piston assembly arranged in the housing downstream of the first piston assembly having a second cavity , the second cavity having a second fluid connection to a vent , the second piston assembly configured to regulate the fluid flow when the first piston assembly fails; an upstream valve to control the first fluid connection and control a position of the first piston assembly ; and a downstream valve to control the second fluid connection and control a position of the second piston assembly , wherein the upstream valve is configured to close the first fluid connection , and wherein the downstream valve is configured to close the second fluid connection , characterized in that , the first fluid connection is connected to a point along the housing at the outlet end.
Device for displaying external changes of one's body, which comprises a led monitor or a plasma monitor, the monitor has an appendage that at its end provides at least one videocamera, such to be oriented on the body part that one desires to look at, such to display said body part on said monitor, characterized in that said appendage is a telescopic element extendable in length.
An apparatus comprising: a bay blanket (362; 500, 550) configured to insulate an aircraft , the bay blanket comprising: a circumferentially orientated insulation ; a first waterproof lip that is configured to protrude from the insulation in an outboard direction towards a frame of the aircraft and to extend along a length of a left side of the insulation ; and a second waterproof lip that is configured to protrude from the insulation in the outboard direction towards the frame of the aircraft and to extend along a length of a right side of the insulation . a circumferentially orientated insulation ; a first waterproof lip that is configured to protrude from the insulation in an outboard direction towards a frame of the aircraft and to extend along a length of a left side of the insulation ; and a second waterproof lip that is configured to protrude from the insulation in the outboard direction towards the frame of the aircraft and to extend along a length of a right side of the insulation .
Folding utensil comprising - an active part defining a first longitudinal axis and suitable to perform a function of said folding utensil ; - a handle defining a second longitudinal axis and comprising a seat for at least part of said active part ; - an articulated quadrilateral loosely constrained to said active part at said handle defining for said folding utensil a configuration of use and a configuration of non-use; - and in that said articulated quadrilateral comprises - two rocker arms hinged to said handle and to said active part so that said folding utensil passes between said configurations by varying the mutual inclination of said longitudinal axes , - characterised in that said two rocker arms intersect each other when said folding utensil passes between said configurations. - an active part defining a first longitudinal axis and suitable to perform a function of said folding utensil ; - a handle defining a second longitudinal axis and comprising a seat for at least part of said active part ; - an articulated quadrilateral loosely constrained to said active part at said handle defining for said folding utensil a configuration of use and a configuration of non-use; - and in that said articulated quadrilateral comprises - two rocker arms hinged to said handle and to said active part so that said folding utensil passes between said configurations by varying the mutual inclination of said longitudinal axes , - characterised in that said two rocker arms intersect each other when said folding utensil passes between said configurations.
An information-processing device comprising: a detecting unit configured to detect a user instruction to move at least part of an image displayed on a display surface; and a display control unit configured to change the image to another image by reducing a number of pixels whose color changes, and to cause the other image to be displayed on the display surface in accordance with the user instruction detected by the detecting unit; wherein the display control unit is configured to reduce the number of pixels whose color changes by reducing a gradation level of the image; the device being characterized in that the display control unit is configured to change the gradation level of the image according to a ratio of a text area included in the image on the display surface, wherein a lower ratio corresponds to a lower gradation level. a detecting unit configured to detect a user instruction to move at least part of an image displayed on a display surface; and a display control unit configured to change the image to another image by reducing a number of pixels whose color changes, and to cause the other image to be displayed on the display surface in accordance with the user instruction detected by the detecting unit; wherein the display control unit is configured to reduce the number of pixels whose color changes by reducing a gradation level of the image; the device being characterized in that
A sensor information output apparatus comprising: a plurality of first power supply circuits configured to generate operating voltages of digital sensors of a plurality of systems, the number of the first power supply circuits being equal to the number of the plurality of systems, the digital sensors being configured to generate electric signals based on a physical amount of a detection target; a single second power supply circuit configured to generate a signal voltage for synchronizing signals, the synchronizing signals being periodically supplied to the digital sensors ; and a plurality of receivers configured to supply the digital sensors with the synchronizing signals including the operating voltages generated by the first power supply circuits and the signal voltage generated by the second power supply circuit , the number of the receivers being equal to the number of the plurality of systems, the digital sensors being configured to supply the electric signals to an external circuit as sensor information, the electric signals being supplied from the digital sensors in response to the synchronizing signals, characterized by further comprising switches , each system being provided with one of the switches, the switches being configured to interrupt, when an abnormality occurs in one of transmission lines between the digital sensors and the receivers , supply of the signal voltage to the receiver of a system in which the abnormality occurs. a plurality of first power supply circuits configured to generate operating voltages of digital sensors of a plurality of systems, the number of the first power supply circuits being equal to the number of the plurality of systems, the digital sensors being configured to generate electric signals based on a physical amount of a detection target; a single second power supply circuit configured to generate a signal voltage for synchronizing signals, the synchronizing signals being periodically supplied to the digital sensors ; and a plurality of receivers configured to supply the digital sensors with the synchronizing signals including the operating voltages generated by the first power supply circuits and the signal voltage generated by the second power supply circuit , the number of the receivers being equal to the number of the plurality of systems, the digital sensors being configured to supply the electric signals to an external circuit as sensor information, the electric signals being supplied from the digital sensors in response to the synchronizing signals, characterized by further comprising switches , each system being provided with one of the switches, the switches being configured to interrupt, when an abnormality occurs in one of transmission lines between the digital sensors and the receivers , supply of the signal voltage to the receiver of a system in which the abnormality occurs.
A cavity determination apparatus for determining a cavity within an object, the apparatus comprising: - an introduction element for being introduced into the cavity , wherein the introduction element comprises a bendable segment for being arranged within the cavity in different arrangements, characterized in that the cavity determination apparatus further comprises: - a curve determination unit for determining curves defined by the bendable segment within the cavity in the different arrangements, - a cavity reconstruction unit for reconstructing the cavity from the determined curves such that the walls of the reconstructed cavity are defined by the curves,wherein the introduction element and the curve determination unit are adapted to determine the curves defined by the bendable segment within the cavity by optical shape sensing. - an introduction element for being introduced into the cavity , wherein the introduction element comprises a bendable segment for being arranged within the cavity in different arrangements, characterized in that the cavity determination apparatus further comprises: - a curve determination unit for determining curves defined by the bendable segment within the cavity in the different arrangements, - a cavity reconstruction unit for reconstructing the cavity from the determined curves such that the walls of the reconstructed cavity are defined by the curves,wherein the introduction element and the curve determination unit are adapted to determine the curves defined by the bendable segment within the cavity by optical shape sensing.
A component-part driving mechanism that changes a relative position of a coupled member relative to a position of a fastening member , comprising: the fastening member having a shaft and an abutting section ; and the coupled member having a three-tiered shape where one tier has a smaller diameter that serves as a state maintaining section , the coupled member including an urging section , wherein the urging section comprises a plurality of elastic lips which accumulates an urging force as a result of changes in a distance between the abutting section and the urging section , said urging force serving to change the relative position in one predetermined circumferential direction, wherein the state maintaining section maintains a state in which the urging section is abutting against the abutting section , characterized in that the abutting section and the urging section displace the relative position in the predetermined circumferential direction as a result of a repetition of accumulating and releasing of the urging force due to vibration of the urging section relative to the abutting section , the fastening member rotates in the predetermined circumferential direction in which the fastening member fastens onto a coupling target , the coupled member is fastened onto the coupling target via the fastening member , one of the coupling target and the coupled member includes a screw-thread engaged section that is either a female screw section or a male screw section, and the fastening member includes a screw-thread engaging section that engages with the screw-thread engaged section of one of the coupling target and the coupled member . the fastening member having a shaft and an abutting section ; and the coupled member having a three-tiered shape where one tier has a smaller diameter that serves as a state maintaining section , the coupled member including an urging section , wherein the urging section comprises a plurality of elastic lips which accumulates an urging force as a result of changes in a distance between the abutting section and the urging section , said urging force serving to change the relative position in one predetermined circumferential direction, wherein the state maintaining section maintains a state in which the urging section is abutting against the abutting section , characterized in that the abutting section and the urging section displace the relative position in the predetermined circumferential direction as a result of a repetition of accumulating and releasing of the urging force due to vibration of the urging section relative to the abutting section , the fastening member rotates in the predetermined circumferential direction in which the fastening member fastens onto a coupling target , the coupled member is fastened onto the coupling target via the fastening member , one of the coupling target and the coupled member includes a screw-thread engaged section that is either a female screw section or a male screw section, and the fastening member includes a screw-thread engaging section that engages with the screw-thread engaged section of one of the coupling target and the coupled member .
A recording method for recording a received stream such as an audio and/or video stream, the recording method comprising the steps: - of evaluating wear of a storage medium for recording the received stream, the wear being evaluated by acquiring, from the storage medium, a wear parameter that is representative of the wear of the storage medium; - of calculating, as a function of the wear, an optimum stream data rate for increasing the lifetime of the storage medium, the optimum stream data rate being a data rate that is less than or equal to the data rate of the received stream, and that allows to optimize both the quality of the time-shifted playback of the broadcast program and to reduce the wear of the storage medium; - of adapting the received stream so as to record it at the optimum stream data rate. - of evaluating wear of a storage medium for recording the received stream, the wear being evaluated by acquiring, from the storage medium, a wear parameter that is representative of the wear of the storage medium; - of calculating, as a function of the wear, an optimum stream data rate for increasing the lifetime of the storage medium, the optimum stream data rate being a data rate that is less than or equal to the data rate of the received stream, and that allows to optimize both the quality of the time-shifted playback of the broadcast program and to reduce the wear of the storage medium; - of adapting the received stream so as to record it at the optimum stream data rate.
Self-propelled construction machine , in particular slipform paving machine, comprising a machine frame , at least three travelling devices , wherein the travelling devices are each connected to the machine frame by means of lifting columns , wherein at least one of the at least three travelling devices is steerable by means of one each steering drive , wherein the respective steering drive comprises at least one first part , which is connected to the respective travelling device , and one second part , which is connected to the respective lifting column . characterized in that the steering drive comprises at least one first toothed rack , wherein the first toothed rack is movable by means of at least one first linear drive means , wherein teeth of the at least one toothed rack engage with teeth of at least one toothed wheel , and the toothed wheel is thus rotatable by means of the movement of the toothed rack. a machine frame , at least three travelling devices , wherein the travelling devices are each connected to the machine frame by means of lifting columns , wherein at least one of the at least three travelling devices is steerable by means of one each steering drive , wherein the respective steering drive comprises at least one first part , which is connected to the respective travelling device , and one second part , which is connected to the respective lifting column . characterized in that the steering drive comprises at least one first toothed rack , wherein the first toothed rack is movable by means of at least one first linear drive means , wherein teeth of the at least one toothed rack engage with teeth of at least one toothed wheel , and the toothed wheel is thus rotatable by means of the movement of the toothed rack.
A RNA-based vaccine composition for use in a method of providing protective immunity against a parasite infection in a subject in need thereof, wherein the composition comprises an immunologically effective amount of an RNA comprising a sequence which encodes a parasitic protozoan macrophage migration inhibitory factor (MIF) antigen; and wherein the parasite MIF antigen composition does not comprise a multi-cystatin-like domain protein.
A process for production of free fatty acids, the process comprising the steps of: a. Providing a feedstock comprising a blend of: algal oil and fat, wherein the feedstock contains 1-45 % w/w, algal oil; b. Hydrolysing the feedstock to obtain at least an oily phase; c. Recovering the oily phase; and d. Distilling the oily phase for recovering free fatty acids contained therein. a. Providing a feedstock comprising a blend of: algal oil and fat, wherein the feedstock contains 1-45 % w/w, algal oil; b. Hydrolysing the feedstock to obtain at least an oily phase; c. Recovering the oily phase; and d. Distilling the oily phase for recovering free fatty acids contained therein.
Shopping cart for the self checkout of items in a store, in particular in a supermarket, with a basket for receiving the items and a frame , which carries the basket , wherein the frame is supported on three or four wheels , wherein at least one wheel is connected by way of a retaining plate to a swivel bearing , which mounts the wheel rotatably in the horizontal, wherein a weighing cell with a force-introducing element is arranged in each case between the frame and a wheel , wherein the weighing cell comprises a measuring transducer (27, 41; 47) for generating an output signal corresponding to a weight acting on the force-introducing element , characterized in that the weighing cell comprises a spring body with an outer bearing ring , an inner force-introducing element and a deforming portion , by way of which the bearing ring and the force-introducing element are securely connected to one another, and wherein the frame is supported on the force-introducing elements of the weighing cells , and in that the swivel bearing or the retaining plate of the wheels is mechanically securely connected to the bearing rings , and in that the measuring transducer (27, 41; 47) is electrically connected to an interface , which is designed to output the output signal generated by the measuring transducer (27, 41; 47) by way of the force-introducing element to an interface in the frame .