mhurhangee/patent-ind-claim-en huggingface dataset:
Device for controlling a transfer of information from a plurality of electronic components through a communication bus to a host device, comprising a chain of processing blocks connected to the plurality of electronic components , each of the processing blocks associated with one of the plurality of electronic components or with a set of electronic components of the plurality of electronic components , which processing blocks are arranged such that during the course of the transfer of information an authorization signal propagates through the chain of processing blocks and, when the authorization signal encounters a processing block associated with one of the electronic components or one of the sets of electronic components which contains an information value to be transferred, effecting the transfer of the information value through the communication bus to the host device, wherein the processing blocks are arranged to coordinate their processing in accordance with a clock signal generated independent of a propagation status of the authorization signal within the chain of processing blocks , wherein each processing block comprises a service path and a skip path for the authorization signal to selectively propagate along, wherein the authorization signal propagates by way of the service path if the processing block is associated with one of the electronic components or one of the sets of electronic components, which contains an information value to be transferred, and otherwise propagates by way of the skip path, characterized by that the service path contains a Present flip-flop having an input and an output, a Past flip-flop having an input and an output, and a switching signal detector, which comprises a Present input connected to the output of the Present flip-flop and a Past input connected to the output of the Past flip-flop for comparing the output of the Present flip-flop and the output of the Past flip-flop, wherein the Present input to the switching signal detector has a lower switching threshold than the input to the Past flip-flop, in order to avoid an omission failure, and/or wherein the input to the Past flip-flop has a lower switching threshold than the input to the Present flip-flop and the input to the skip path, in order to prevent a collision failure. characterized by that the service path contains a Present flip-flop having an input and an output, a Past flip-flop having an input and an output, and a switching signal detector, which comprises a Present input connected to the output of the Present flip-flop and a Past input connected to the output of the Past flip-flop for comparing the output of the Present flip-flop and the output of the Past flip-flop, wherein the Present input to the switching signal detector has a lower switching threshold than the input to the Past flip-flop, in order to avoid an omission failure, and/or wherein the input to the Past flip-flop has a lower switching threshold than the input to the Present flip-flop and the input to the skip path, in order to prevent a collision failure.
Boom-arm segment for a concrete pump, wherein the boom-arm segment comprises a lateral part which extends between an upper chord and a lower chord of the boom-arm segment , and wherein configured in the lateral part is a bent edge extending in a longitudinal direction of the boom-arm segment so that a first portion of the lateral part has a lateral offset relative to a second portion of the lateral part , and having a transition portion which forms a connection between the first portion and the second portion , wherein the boom-arm segment has a reinforcement part , the material thickness of the latter bridging the lateral offset between the first portion and the second portion , characterized in that the reinforcement part and the transition portion are connected by way of a butt joint so that an end face of the transition portion bears on an end face of the reinforcement part and so that the reinforcement part adjoins the transition portion in the longitudinal direction.
A ballast tamping tool comprising: - a body, - a heat engine mounted on the body, - a casing within which the engine is housed , said heat engine including at least one region for sucking in the incoming air for cooling said heat engine and one region for discharging air exiting the heat engine, the discharge region comprising an opening for discharging the exit air oriented in a direction opposite to the body, - an air deflector, characterized in that the deflector is fastened on the casing and covers the discharge region , said deflector comprising a first portion forming an air bypass channel, the first portion being shaped so as to cover the discharge opening of air exiting (A sort ) the heat engine so as to channel the air exiting (A sort ) the heat engine in at least one main direction oriented towards the outside of the tool and a second portion arranged in the extension of the first portion , said second portion forming an air (A ext ) suction channel extending along at least one side of the engine casing, so that the air exiting the heat engine (A sort ) is distinct and separated outside the engine casing, from the incoming air (A ext ) for cooling the heat engine at the level of the heat engine . - a body, - a heat engine mounted on the body, - a casing within which the engine is housed , said heat engine including at least one region for sucking in the incoming air for cooling said heat engine and one region for discharging air exiting the heat engine, the discharge region comprising an opening for discharging the exit air oriented in a direction opposite to the body, - an air deflector, characterized in that the deflector is fastened on the casing and covers the discharge region , said deflector comprising a first portion forming an air bypass channel, the first portion being shaped so as to cover the discharge opening of air exiting (A sort ) the heat engine so as to channel the air exiting (A sort ) the heat engine in at least one main direction oriented towards the outside of the tool and a second portion arranged in the extension of the first portion , said second portion forming an air (A ext ) suction channel extending along at least one side of the engine casing, so that the air exiting the heat engine (A sort ) is distinct and separated outside the engine casing, from the incoming air (A ext ) for cooling the heat engine at the level of the heat engine .
Format part arrangement for a container supply system of a container treatment machine, for connecting to a container guide of the container supply system , comprising at least one plate-type connection piece and a format part interacting with the connection piece , wherein the plate-type connection piece is configured to form a flush connection to the container guide of the container supply system , wherein the format part is configured in the form of a profile body with a U-shaped cross-section and comprises first and second wall sections as well as a web section connecting the wall sections , and wherein the format part is placed in a detachable manner onto the connection piece in such a way that the connection piece is received at least in part between the first and second wall sections of the format part , characterised in that the format part is held with spring effect on the connection piece , wherein, for this purpose, the format part comprises a spring contact element for contact on an upper edge section of the connection piece and, for detachable securing, an engagement element of the format part is further provided and engages into a corresponding engagement section , arranged in the region of the upper edge section of the connection part .
A method for providing an application by means of a virtual machine, characterized in that it comprises a step of compiling an application written in an original code into a native application for a target platform, the step comprising: determining at least one method of an object of the application to correspond to a corresponding symbol in a native code of the native application; generating a function stub for each method to be compiled of the application, wherein the stub transforms a calling convention of the virtual machine into a calling convention of the compiled method; and creating the native application by inserting the stubs in a native code of the native application; and a step of transforming the compiled application into a library, the library being made available to the virtual machine by installing a compiled code in the virtual machine, comprising: for each compiled method: requesting a descriptor of the method from the virtual machine; and modifying the descriptor of the method such that each invocation from an uncompiled code calls the stub corresponding to the method, and indicating the address of the native function which will perform the functionality of the method such that the stub invokes the function after transforming the calling convention; and a step of executing the application by the virtual machine. determining at least one method of an object of the application to correspond to a corresponding symbol in a native code of the native application; generating a function stub for each method to be compiled of the application, wherein the stub transforms a calling convention of the virtual machine into a calling convention of the compiled method; and creating the native application by inserting the stubs in a native code of the native application; and requesting a descriptor of the method from the virtual machine; and modifying the descriptor of the method such that each invocation from an uncompiled code calls the stub corresponding to the method, and indicating the address of the native function which will perform the functionality of the method such that the stub invokes the function after transforming the calling convention; and
An adjustment device for aligning awning arms comprising an articulation shaft that constitutes a connecting link articulated to an end section of each arm , and a fixed support ; wherein the direction of the articulation shaft is adjusted by means of the adjustment device; and wherein the articulation shaft is introduced into holes facing each other located in the fixed support and in the end section of the arm , wherein the articulation shaft comprises an eccentric recess , which is located in an intermediate area of the articulation shaft , that is in contact with a contact surface situated in correspondence with a widened area of the outline of a central hole of the fixed support in which a central part of the articulation shaft is adjusted; wherein the articulation shaft is configured to be able to rotate in order to position said articulation shaft in one of the different stable directions along a plane; characterized in that the central hole has two curved portions facing each other that diverge downwards; wherein the contact surface that is in contact with the eccentric recess of the articulation shaft is located on one of said curved portions ; and wherein one part of the fixed support is located inside a mortise end of the arm ; and wherein opposite tabs of the arm have first end holes in which end sections of the articulation shaft are adjusted, which protrude above and below the fixed support .
A fabric treatment composition comprising:- a) from 50 to 95 wt.% of polyethylene glycol; b) from 0.1 to 15 wt.% of perfume; c) from 0.1 to 2.5 wt.% of cationic polymer; and, d) from 0.1 to 5 wt.% of silicone wherein the silicone is an anionic silicone. a) from 50 to 95 wt.% of polyethylene glycol; b) from 0.1 to 15 wt.% of perfume; c) from 0.1 to 2.5 wt.% of cationic polymer; and, d) from 0.1 to 5 wt.% of silicone
A driveline for an electric or hybrid-electric vehicle, the driveline comprising: an electric motor including an insulated magnet wire having an insulation coating thereon with a thermal rating of about 190°C to about 210°C; a lubricating and cooling fluid in contact with the insulation coating of the insulated magnet wire of the electric motor; and wherein the lubricating and cooling fluid includes a detergent system providing at least about 50 ppm metal selected from calcium and magnesium to the fluid and a base oil system including a first base oil of lubricating viscosity blended with an ester base oil, wherein the base oil system includes at least about 20 weight percent of the ester base oil, and a ratio of the metal provided by the detergent system in ppm to weight percent of ester groups in the base oil system of the lubricating and cooling fluid of about 70 or less, wherein the thermal rating is determined as disclosed in the description. an electric motor including an insulated magnet wire having an insulation coating thereon with a thermal rating of about 190°C to about 210°C; a lubricating and cooling fluid in contact with the insulation coating of the insulated magnet wire of the electric motor; and wherein the lubricating and cooling fluid includes a detergent system providing at least about 50 ppm metal selected from calcium and magnesium to the fluid and a base oil system including a first base oil of lubricating viscosity blended with an ester base oil, wherein the base oil system includes at least about 20 weight percent of the ester base oil, and a ratio of the metal provided by the detergent system in ppm to weight percent of ester groups in the base oil system of the lubricating and cooling fluid of about 70 or less, wherein the thermal rating is determined as disclosed in the description.
An optical device for LED lighting appliances, comprising a central area where a LED light source is located and peripheral elongated portions which are specular with respect to said central area , each of said portions having internally a light guide configured to convey (F) the light coming from said light source into predetermined areas of said optical device where it is possible to extract at least a portion of light in a controlled manner and according to predetermined directions, so as to obtain a photometric solid for ordinary and emergency lighting appliances and to have a large illuminated surface with a glare reduction, wherein said light is extracted at emission surfaces belonging to said peripheral elongated portions , and wherein each peripheral elongated portion has, at a respective emission surface , a series of first structural elements with a triangular shape, placed one after the other and on the opposite side with respect to said emission surface , and wherein second structural elements are provided perpendicularly to said first structural elements and at the opposite side with respect to said light guide , said second structural elements being of a triangular shape and being placed one after the other along said emission surface , characterized in that said second structural elements have at least two sides which form respective angles (γ, δ) having an amplitude equal to 76°, with respect to an axis (Z) perpendicular to said emission surface .
A system for enabling at least one user to interact within a virtual world comprising virtual world data, comprising: a first user device operable by a first user and comprising a processor configured to process at least a portion of the virtual world data and comprising an environment-sensing system and a user-sensing system , wherein the first user device is operatively coupled to a computer network , wherein the environment-sensing system is configured to capture a local environment audio input, wherein the user-sensing system is configured to capture a voice input from the first user, wherein at least a first portion of the virtual world data is the local environment audio input, wherein at least a second portion of the virtual world data is the voice input from the first user, wherein the virtual world further comprises a visual rendering by the first user device; and wherein at least a portion of the virtual world changes in response to a change in first or second portion of the virtual world data. a first user device operable by a first user and comprising a processor configured to process at least a portion of the virtual world data and comprising an environment-sensing system and a user-sensing system , wherein the first user device is operatively coupled to a computer network , wherein the environment-sensing system is configured to capture a local environment audio input, wherein the user-sensing system is configured to capture a voice input from the first user, wherein at least a first portion of the virtual world data is the local environment audio input, wherein at least a second portion of the virtual world data is the voice input from the first user, wherein the virtual world further comprises a visual rendering by the first user device; and wherein at least a portion of the virtual world changes in response to a change in first or second portion of the virtual world data.
A method of fusing a primary image ( P ) and a secondary image ( S ), wherein the primary image is noisier than the secondary image and wherein the primary image and secondary image are partitioned into regions, the method comprising the steps of: a) determining a local noise level of a region ( P ( m , n )) of the primary image; b) deriving a low-frequency, LF, component ( P LF ( m , n )) from said region of the primary image and a high-frequency, HF, component ( S HF ( m , n )) from a corresponding region ( S ( m, n )) of the secondary image, wherein the LF and HF components refer to a common cut-off frequency ( f c ); c) combining the LF component and the HF component into a target image region ( T ( m, n )); d) repeating the preceding steps a) - c) for any remaining image regions; and e) merging all output target image regions thus obtained into a target image ( T ), characterized in that f) the HF component's relative contribution to the target image region increases gradually with the determined local noise level of the region of the primary image. a) determining a local noise level of a region ( P ( m , n )) of the primary image; b) deriving a low-frequency, LF, component ( P LF ( m , n )) from said region of the primary image and a high-frequency, HF, component ( S HF ( m , n )) from a corresponding region ( S ( m, n )) of the secondary image, wherein the LF and HF components refer to a common cut-off frequency ( f c ); c) combining the LF component and the HF component into a target image region ( T ( m, n )); d) repeating the preceding steps a) - c) for any remaining image regions; and e) merging all output target image regions thus obtained into a target image ( T ), characterized in that f) the HF component's relative contribution to the target image region increases gradually with the determined local noise level of the region of the primary image.
A method for manufacturing a pellicle having a frame (3; 10) with a first frame face to which a pellicle membrane is tensely pasted and a second frame face on which a pressure sensitive adhesive layer is laid, wherein said frame (3; 10) is prepared by being subjected to a heat treatment at a predetermined temperature while being constricted between a pair of flat surfaces (7, 8; 11, 12) set against said first and second frame faces.
An air cooled resistor arrangement , comprising: an inlet configured to receive a flow of air, and an outlet configured to convey the flow of air out from the resistor arrangement, a first elongated tube member forming a first air flow channel configured to convey a first air flow portion from the inlet towards the outlet, the first elongated tube member extends between the inlet and the outlet, a second elongated tube member extending between the inlet and the outlet wherein the first elongated tube member is at least partly housed by the second elongated tube member, the first and second elongated tube members being spaced apart from each other to form a second air flow channel configured to convey a second air flow portion from the inlet, and an electrically conductive resistor element comprising an electric resistive material connectable to a source of electric power , the resistor element being arranged inside the first elongated tube member, wherein the air cooled resistor arrangement further comprises an air dilution portion comprising at least one opening at which the first air flow channel is arranged in fluid communication with the second air flow channel, the air dilution portion being arranged at a position between the inlet and the outlet . an inlet configured to receive a flow of air, and an outlet configured to convey the flow of air out from the resistor arrangement, a first elongated tube member forming a first air flow channel configured to convey a first air flow portion from the inlet towards the outlet, the first elongated tube member extends between the inlet and the outlet, a second elongated tube member extending between the inlet and the outlet wherein the first elongated tube member is at least partly housed by the second elongated tube member, the first and second elongated tube members being spaced apart from each other to form a second air flow channel configured to convey a second air flow portion from the inlet, and an electrically conductive resistor element comprising an electric resistive material connectable to a source of electric power , the resistor element being arranged inside the first elongated tube member,
A method for wireless communication performed by a user equipment, the method comprising: identifying one or more propagation channel measurement parameters comprising a delay spread parameter, a multipath fading parameter comprising a number of multipaths, or a frequency selectivity parameter; transmitting an indication of the one or more propagation channel measurement parameters to a base station ; receiving a configuration message comprising an indication of an updated reference signal pattern or updated symbol prefix configuration from the base station in response to transmitting the indication of the one or more propagation channel measurement parameters; and updating a reference signal pattern and a symbol prefix configuration based at least in part on the updated reference signal pattern or the updated symbol prefix configuration. identifying one or more propagation channel measurement parameters comprising a delay spread parameter, a multipath fading parameter comprising a number of multipaths, or a frequency selectivity parameter; transmitting an indication of the one or more propagation channel measurement parameters to a base station ; receiving a configuration message comprising an indication of an updated reference signal pattern or updated symbol prefix configuration from the base station in response to transmitting the indication of the one or more propagation channel measurement parameters; and updating a reference signal pattern and a symbol prefix configuration based at least in part on the updated reference signal pattern or the updated symbol prefix configuration.