mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling an execution of a software application, characterized in that it is carried out within an architecture comprising a content server, DMS, at least one device, DMR, for rendering multimedia content, and a control device, DMC, that is designed to drive said at least one device for rendering multimedia content, said control method being carried out by said control device and comprising: - a step of obtaining, from said content server, indexing data for said software application indexed as multimedia content within said content server, said indexing data comprising a first content location address, to be used by an execution device, APPRUNTIME, to obtain a software module that is designed to execute said software application, - a step of transmitting, to said execution device, an instruction for initializing said software application comprising the first content location address, - a step of obtaining, from said execution device, which is configured to trigger an execution of said software application, first connection data to be used by a rendering device to establish a first communication link through a network with the execution device and to receive, during said execution, via said first communication link, a multimedia stream resulting from said execution, - a step of transmitting, to said rendering device, parameters for rendering a multimedia content comprising said first connection data, - a step of sending, to said rendering device, a command to render said multimedia content, which is intended to trigger a rendering of said multimedia stream by said rendering device. - a step of obtaining, from said content server, indexing data for said software application indexed as multimedia content within said content server, said indexing data comprising a first content location address, to be used by an execution device, APPRUNTIME, to obtain a software module that is designed to execute said software application, - a step of transmitting, to said execution device, an instruction for initializing said software application comprising the first content location address, - a step of obtaining, from said execution device, which is configured to trigger an execution of said software application, first connection data to be used by a rendering device to establish a first communication link through a network with the execution device and to receive, during said execution, via said first communication link, a multimedia stream resulting from said execution, - a step of transmitting, to said rendering device, parameters for rendering a multimedia content comprising said first connection data, - a step of sending, to said rendering device, a command to render said multimedia content, which is intended to trigger a rendering of said multimedia stream by said rendering device.
A method of storing a media file in a media file system, wherein the format of the file requires that the file comprises a plurality of complete segments of file data, each complete segment comprising file data for a plurality of contiguous frames, wherein each of the plurality of segments comprises a variable number of contiguous frames, the method comprising the steps of: obtaining a predetermined number of frames; determining a set of portions for storing the media file, each portion having a unique identifier (#0,#30,#60,#90) that is indicative of a multiple of the predetermined number of frames; for each portion of the set of portions, associating with the each portion at least one of the plurality of complete segments of the media file that contains the respective frame indicated by the identifier of the each portion; associating each of the remaining complete segments of the media file with a respective portion of the set of portions based on the respective identifier for the respective portion; storing the media file in the media file system as the set of determined portions, each portion comprising its associated complete segments of the media file, such that the plurality of contiguous frames in each complete segment are not split between multiple portions. obtaining a predetermined number of frames; determining a set of portions for storing the media file, each portion having a unique identifier (#0,#30,#60,#90) that is indicative of a multiple of the predetermined number of frames; for each portion of the set of portions, associating with the each portion at least one of the plurality of complete segments of the media file that contains the respective frame indicated by the identifier of the each portion; associating each of the remaining complete segments of the media file with a respective portion of the set of portions based on the respective identifier for the respective portion; storing the media file in the media file system as the set of determined portions, each portion comprising its associated complete segments of the media file, such that the plurality of contiguous frames in each complete segment are not split between multiple portions.
An axle gear system (10; 110) for a motor vehicle, in particular a commercial vehicle, with a drive unit , having: a first drive axle (12; 112) for drive-connecting to the drive unit , the first drive axle (12; 112) having an intermediate stage with an intermediate pinion and an intermediate gear and a first bevel gear stage with a bevel pinion and a ring gear ; and a second drive axle (14; 113) which is drive-connected to the first drive axle (12; 112), and has a second bevel gear stage with a bevel pinion and a ring gear : a transmission ratio of the intermediate stage not being equal to 1; and an overall transmission ratio of the first drive axle (12; 112) corresponding to an overall transmission ratio of the second drive axle (14; 113), characterized in that a number of teeth of the intermediate gear of the intermediate stage corresponds to a number of teeth of the ring gear of the second bevel gear stage , a number of teeth of the bevel pinion of the first bevel gear stage corresponds to a number of teeth of the bevel pinion of the second bevel gear stage , and/or a number of teeth of the intermediate pinion of the intermediate stage corresponds to a number of teeth of the ring gear of the first bevel gear stage . a first drive axle (12; 112) for drive-connecting to the drive unit , the first drive axle (12; 112) having an intermediate stage with an intermediate pinion and an intermediate gear and a first bevel gear stage with a bevel pinion and a ring gear ; and a second drive axle (14; 113) which is drive-connected to the first drive axle (12; 112), and has a second bevel gear stage with a bevel pinion and a ring gear : a transmission ratio of the intermediate stage not being equal to 1; and an overall transmission ratio of the first drive axle (12; 112) corresponding to an overall transmission ratio of the second drive axle (14; 113), characterized in that a number of teeth of the intermediate gear of the intermediate stage corresponds to a number of teeth of the ring gear of the second bevel gear stage , a number of teeth of the bevel pinion of the first bevel gear stage corresponds to a number of teeth of the bevel pinion of the second bevel gear stage , and/or a number of teeth of the intermediate pinion of the intermediate stage corresponds to a number of teeth of the ring gear of the first bevel gear stage . a transmission ratio of the intermediate stage not being equal to 1; and an overall transmission ratio of the first drive axle (12; 112) corresponding to an overall transmission ratio of the second drive axle (14; 113), characterized in that a number of teeth of the intermediate gear of the intermediate stage corresponds to a number of teeth of the ring gear of the second bevel gear stage , a number of teeth of the bevel pinion of the first bevel gear stage corresponds to a number of teeth of the bevel pinion of the second bevel gear stage , and/or a number of teeth of the intermediate pinion of the intermediate stage corresponds to a number of teeth of the ring gear of the first bevel gear stage .
An apparatus comprising: a microcontroller ; a transmitter configured and arranged to transmit signals from the microcontroller to signal lines of a bus; and a receiver configured and arranged to receive signals communicated over signal lines of the bus and to provide the received signals to the microcontroller, the microcontroller being configured and arranged with the transmitter and the receiver to carry out a test protocol for assessing integrity of the bus or of circuitry connected to the bus, by: transmitting an initial test bit sequence to a plurality of circuit nodes connected to the bus, characterized by providing a test voltage across the signal lines, the potential of the test voltage being less than an operating voltage potential at which the circuit nodes connected to the bus operate for communicating bits, after transmitting the initial test bit sequence, sensing a state of the bus via the receiver, and determining whether all of the circuit nodes received the initial test bit sequence, based on the sensed state of the bus and on a state that the bus is expected to be in after transmission of the initial test bit sequence. a microcontroller ; a transmitter configured and arranged to transmit signals from the microcontroller to signal lines of a bus; and a receiver configured and arranged to receive signals communicated over signal lines of the bus and to provide the received signals to the microcontroller, the microcontroller being configured and arranged with the transmitter and the receiver to carry out a test protocol for assessing integrity of the bus or of circuitry connected to the bus, by: transmitting an initial test bit sequence to a plurality of circuit nodes connected to the bus, characterized by providing a test voltage across the signal lines, the potential of the test voltage being less than an operating voltage potential at which the circuit nodes connected to the bus operate for communicating bits, after transmitting the initial test bit sequence, sensing a state of the bus via the receiver, and determining whether all of the circuit nodes received the initial test bit sequence, based on the sensed state of the bus and on a state that the bus is expected to be in after transmission of the initial test bit sequence. transmitting an initial test bit sequence to a plurality of circuit nodes connected to the bus, characterized by providing a test voltage across the signal lines, the potential of the test voltage being less than an operating voltage potential at which the circuit nodes connected to the bus operate for communicating bits, after transmitting the initial test bit sequence, sensing a state of the bus via the receiver, and determining whether all of the circuit nodes received the initial test bit sequence, based on the sensed state of the bus and on a state that the bus is expected to be in after transmission of the initial test bit sequence.
A marking machine for marking articles , this machine comprising: - a marking head including a support and at least one punch fitted with a flat pattern plate ; and - a positioning system configured to position the article with respect to the punch ; characterized in that the punch has rotational mobility (R11; R12; R11, R12) about an axis of rotation (Y10) that is fixed with respect to the support . - a marking head including a support and at least one punch fitted with a flat pattern plate ; and - a positioning system configured to position the article with respect to the punch ;
A spunbond nonwoven web for an acquisition/distribution layer, the web comprising - a first layer of filaments, wherein the first layer consists of continuous crimped bi-component filaments of an eccentric core /sheath structure, the filaments having a diameter in the range of 15 to 35 microns and exhibiting at least 3 crimps/cm, - a second filament layer arranged in direct contact on the first layer , characterized in that the second layer of filaments comprises continuous crimped bi-component filaments of an eccentric core /sheath structure, the filaments having a diameter, which is smaller than the diameter of the filaments in the first layer and which is in the range of 10 to 20 microns, and exhibiting at least 3 crimps/cm. - a first layer of filaments, wherein the first layer consists of continuous crimped bi-component filaments of an eccentric core /sheath structure, the filaments having a diameter in the range of 15 to 35 microns and exhibiting at least 3 crimps/cm, - a second filament layer arranged in direct contact on the first layer , characterized in that the second layer of filaments comprises continuous crimped bi-component filaments of an eccentric core /sheath structure, the filaments having a diameter, which is smaller than the diameter of the filaments in the first layer and which is in the range of 10 to 20 microns, and exhibiting at least 3 crimps/cm.
Snack box comprising a container , a corresponding lid and a cutting board , which is detachably incorporated within the lid , wherein the lid comprises at least one strap , wherein the lid can be tightened onto the container by means of the at least one strap , wherein the at least one strap is detachably connected to the lid on at least one end, characterized in that the strap comprises a swivel joint .
A method for filtering gas effluents from an industrial installation comprising the following steps: - providing nitrogen as a carrier gas and a gas effluent from a nuclear power plant, said gas effluent consisting of a mixture of gases, - filtering the harmful elements of said gas effluent by membrane separation through a plurality of membranes, said membrane separation being achieved by sifting, sorption and/or diffusion, each membrane being adapted for filtering a specific harmful element, characterized in that a first front filtration with a metal pre-filter to reduce outgoing radioactivity is conducted, a second tangential filtration for separating air, CO 2 , CO, steam and residual water from the effluent to be processed is conducted, a third filtration by gas diffusion for separating and storing the harmful elements, such as inorganic or organic iodines and noble gases, is conducted, wherein the gas diffusion membranes are modules with calibrated hollow fibres with variable porosity along the radial and longitudinal directions of the membrane surface, wherein said filtered harmful elements are sorted and stored in separate gas storage reservoirs containing zeolites, and wherein the remaining air, CO 2 and CO is discharged to the atmosphere, and a fourth filtration for recovering the carrier gas by gas permeation is conducted. - providing nitrogen as a carrier gas and a gas effluent from a nuclear power plant, said gas effluent consisting of a mixture of gases, - filtering the harmful elements of said gas effluent by membrane separation through a plurality of membranes, said membrane separation being achieved by sifting, sorption and/or diffusion, each membrane being adapted for filtering a specific harmful element, characterized in that a
An apparatus comprising means for performing: - receiving from a first device a digital key; - receiving from a second device an encrypted data item; - decrypting the encrypted data item using the digital key to obtain a first decrypted data item, decrypting, using a key, the first decrypted data item to obtain a second decrypted data item, and - verifying the second decrypted data item matches a reference data item, and responsive to the second decrypted data item matching the reference data item, grant access to at least one of the first device and the second device . - receiving from a first device a digital key; - receiving from a second device an encrypted data item; - decrypting the encrypted data item using the digital key to obtain a first decrypted data item, decrypting, using a key, the first decrypted data item to obtain a second decrypted data item, and - verifying the second decrypted data item matches a reference data item, and responsive to the second decrypted data item matching the reference data item, grant access to at least one of the first device and the second device .
A power-take-off system (PTO) for a wave energy conversion buoy (W EC) of the type having a float to extract the wave motion in a body of water, comprising: a screw shaft having a helical groove therein; a nut on said shaft having an internal helical groove conformed to the shaft groove and cooperating mechanically therewith; a driver connected to one of said screw shaft and said nut, said driver being constructed to be coupled to receive the wave motion extracted by the float; and a coupling connected to the other of said screw shaft and said nut, said coupling being constructed to couple rotational motion of said other to an electrical generator ; whereby force received by said driver moves said one and causes said other to rotate, the rotational motion being transferred to said coupling and therefrom to the connected generator , characterised by said driver comprising a drive tube concentric with said screw shaft , the drive tube having a first end fixed to said nut and a second end constructed to be coupled to receive the wave motion extracted by the float, and by means for mounting said PTO for rotational movement about two orthogonal axes substantially perpendicular to an axis of said screw shaft, wherein said means for mounting is a two-axis gimbal , and bearing means mounts said screw shaft in said gimbal for rotation, whereby said drive tube is self-aligning to receive said wave motion substantially axially. a screw shaft having a helical groove therein; a nut on said shaft having an internal helical groove conformed to the shaft groove and cooperating mechanically therewith; a driver connected to one of said screw shaft and said nut, said driver being constructed to be coupled to receive the wave motion extracted by the float; and a coupling connected to the other of said screw shaft and said nut, said coupling being constructed to couple rotational motion of said other to an electrical generator ; whereby force received by said driver moves said one and causes said other to rotate, the rotational motion being transferred to said coupling and therefrom to the connected generator , characterised by said driver comprising a drive tube concentric with said screw shaft , the drive tube having a first end fixed to said nut and a second end constructed to be coupled to receive the wave motion extracted by the float, and by means for mounting said PTO for rotational movement about two orthogonal axes substantially perpendicular to an axis of said screw shaft, wherein said means for mounting is a two-axis gimbal , and bearing means mounts said screw shaft in said gimbal for rotation, whereby said drive tube is self-aligning to receive said wave motion substantially axially.
Industrial electrical connector , composed of an upper housing portion for holding a cable and a lower housing portion for holding at least one contact carrier , which lower housing portion can be releasably connected to the upper housing portion, wherein the contact carrier holds at least one contact , wherein the at least one contact is intended for establishing a connection to a corresponding mating contact for the transfer of at least electrical power and/or electrical signals/data, wherein at least one fuse holder for holding at least one electrical fuse is arranged within the industrial electrical connector , characterized in that the industrial electrical connector further comprises a carrier element and the fuse holder is releasably connected to the carrier element , wherein the carrier element and the fuse holder are connected to at least one corresponding connecting element , wherein the connecting element establishes a form-fit connection between the fuse holder and the carrier element .
A polymer composition comprising: A) from 88% to 99% by weight of an ethylene polymer having MIP of equal to or higher than 5 g/10 min., where MIP is the melt flow index at 190°C with a load of 5 kg, determined according to ISO 1133-2:2011; B) from 1% to 12% by weight of a butene-1 polymer having MIE of equal to or higher than 800 g/10 min., where MIE is the melt flow index at 190°C with a load of 2.16 kg, determined according to ISO 1133-2:2011; wherein the amounts of A) and B) are referred to the total weight of A) + B). A) from 88% to 99% by weight of an ethylene polymer having MIP of equal to or higher than 5 g/10 min., where MIP is the melt flow index at 190°C with a load of 5 kg, determined according to ISO 1133-2:2011; B) from 1% to 12% by weight of a butene-1 polymer having MIE of equal to or higher than 800 g/10 min., where MIE is the melt flow index at 190°C with a load of 2.16 kg, determined according to ISO 1133-2:2011;
An optical fiber-to-waveguide interconnect comprising: a waveguide; an optical fiber ; a grating coupler located at the end of the waveguide; and a grating layer disposed on the end of the optical fiber , the optical fiber including a core and the grating layer including a planar, non-periodic, sub- wavelength grating , wherein light carried by the waveguide into the grating coupler can be output and coupled into the core via the sub-wavelength grating , and light transmitted along the core to the grating layer can be directed by the sub-wavelength grating into the grating coupler for transmission in the waveguide.
Sectioning apparatus for panels comprising at least one movement unit mobile in a controlled manner along at least a bridge structure and at least one sectioning group positionable with respect to the movement unit , wherein said movement unit comprises at least a gripping unit and at least a fixed abutment cooperating with an upper surface of said at least one panel to define a zero position and the planarity of said at least one panel , said at least one gripping unit being of the depression type and positioned above said at least one panel and being associable with the upper surface of said at least one panel , wherein said at least one gripping unit is attached to a slider and both are movable in a controlled and automated manner, so as at least to adapt their position with respect to the sectioning group as a function of the thickness of said panel being worked and of the cuts made on it, characterized in that said apparatus comprises a plurality of fixed abutments , said gripping unit comprises two bars each supporting a respective sucker type anchoring means alternating with said fixed abutments , wherein, in cooperation with said gripping unit , a suction pipe is provided for sucking-up the sectioning residues in an interspace between said bars .