mhurhangee/ep-ind-claims huggingface dataset:
A wake-up method, wherein the method is applied to a communications system, the communications system comprises a transmitting device and at least one receiving device, each of the at least one receiving device comprises a wake-up radio WUR and a primary radio, and the method comprises: generating (S210, S310, S410), by the transmitting device, a first wake-up frame, wherein the first wake-up frame comprises a WUR identifier field and a wake-up field, the WUR identifier field is used to indicate a WUR in a target WUR group, the target WUR group comprises n WURs of the at least one receiving device, the wake-up field is used to indicate whether each WUR in the target WUR group performs a wake-up operation, the wake-up operation is waking up, by a first WUR of a first receiving device, a first primary radio of the first receiving device, the first WUR is any WUR in the target WUR group, and n is a positive integer; and transmitting (S220, S320, S420), by the transmitting device, the first wake-up frame, characterized in that the first wake-up frame comprises a time information field, and the time information field is used to indicate a first period value, wherein the first period value is used to indicate a time interval between a transmit time point of the first wake-up frame and a transmit time point of a subsequent second wake-up frame, and the second wake-up frame is used to indicate whether each WUR in the target WUR group performs the wake-up operation; and the method further comprises: transmitting, by the transmitting device, the second wake-up frame based on the first period value. generating (S210, S310, S410), by the transmitting device, a first wake-up frame, wherein the first wake-up frame comprises a WUR identifier field and a wake-up field, the WUR identifier field is used to indicate a WUR in a target WUR group, the target WUR group comprises n WURs of the at least one receiving device, the wake-up field is used to indicate whether each WUR in the target WUR group performs a wake-up operation, the wake-up operation is waking up, by a first WUR of a first receiving device, a first primary radio of the first receiving device, the first WUR is any WUR in the target WUR group, and n is a positive integer; and transmitting (S220, S320, S420), by the transmitting device, the first wake-up frame, characterized in that the first wake-up frame comprises a time information field, and the time information field is used to indicate a first period value, wherein the first period value is used to indicate a time interval between a transmit time point of the first wake-up frame and a transmit time point of a subsequent second wake-up frame, and the second wake-up frame is used to indicate whether each WUR in the target WUR group performs the wake-up operation; and the method further comprises: transmitting, by the transmitting device, the second wake-up frame based on the first period value.
Apparatus operable to communicate fluids between a tubing and bone marrow, comprising: a penetrator hub defined in part by a first end and a second end; the first end of the hub operable to releasably engage a connector; the connector operable to releasably engage a driver; a penetrator attached to and extending from the second end of the penetrator hub; the penetrator operable to penetrate a bone and associated bone marrow; the first end of the hub having an opening with a tapered surface disposed therein; a longitudinal passageway extending through the penetrator and in fluid communication with the opening of the first end of the hub; a right angle connector attached to and extending from one end of a tubing; a fitting disposed on another end of the right angle connector; the fitting having a tapered surface formed on the exterior thereof; the tapered surface of the fitting operable to form a fluid seal with the tapered surface disposed in the first end of the hub; the right angle connector operable to communicate fluids with a lumen of the tubing; the penetrator hub including a threaded connection disposed proximate the first end of the hub; and the threaded connection of the penetrator hub operable to releasably engage an associated threaded connection of a collar slidably disposed on the right angle connector; the hub having an annular groove operable to releasably engage a protective cover with the hub, the groove having a cylindrical cover-gripping portion at one end adapted to grip the cover, and a tapering portion at the other end of the groove having a wider mount portion leading to a narrower tapered portion adjacent the cylindrical cover-gripping portion. a penetrator hub defined in part by a first end and a second end; the first end of the hub operable to releasably engage a connector; the connector operable to releasably engage a driver; a penetrator attached to and extending from the second end of the penetrator hub; the penetrator operable to penetrate a bone and associated bone marrow; the first end of the hub having an opening with a tapered surface disposed therein; a longitudinal passageway extending through the penetrator and in fluid communication with the opening of the first end of the hub; a right angle connector attached to and extending from one end of a tubing; a fitting disposed on another end of the right angle connector; the fitting having a tapered surface formed on the exterior thereof; the tapered surface of the fitting operable to form a fluid seal with the tapered surface disposed in the first end of the hub; the right angle connector operable to communicate fluids with a lumen of the tubing; the penetrator hub including a threaded connection disposed proximate the first end of the hub; and the threaded connection of the penetrator hub operable to releasably engage an associated threaded connection of a collar slidably disposed on the right angle connector;
An operation method of a voice recognition apparatus, the method comprising: executing a video content; receiving an audio signal during execution of the video content; performing voice recognition on the audio signal; acquiring content information of the video content being executed and context information of the voice recognition apparatus; analyzing a user input based on the content information from a voice recognized by performing the voice recognition; generating an answer based on the analyzed user input and the content information; and outputting the answer, wherein the generating of the answer comprises: determining a relevance of the answer; and correcting the answer based on the context information when it is determined that the answer is not appropriate, wherein the context information includes information related to a location of the voice recognition apparatus, whether the voice recognition apparatus is connected to another electronic device, and the characteristics of a user who uses the voice recognition apparatus. executing a video content; receiving an audio signal during execution of the video content; performing voice recognition on the audio signal; acquiring content information of the video content being executed and context information of the voice recognition apparatus; analyzing a user input based on the content information from a voice recognized by performing the voice recognition; generating an answer based on the analyzed user input and the content information; and outputting the answer, wherein the generating of the answer comprises: determining a relevance of the answer; and correcting the answer based on the context information when it is determined that the answer is not appropriate, wherein the context information includes information related to a location of the voice recognition apparatus, whether the voice recognition apparatus is connected to another electronic device, and the characteristics of a user who uses the voice recognition apparatus. determining a relevance of the answer; and correcting the answer based on the context information when it is determined that the answer is not appropriate, wherein the context information includes information related to a location of the voice recognition apparatus, whether the voice recognition apparatus is connected to another electronic device, and the characteristics of a user who uses the voice recognition apparatus.
Method for transmitting data implemented between a terminal and an integrated circuit, said terminal and said integrated circuit communicating by means of an interface for transmitting and receiving data, said method comprising at least one iteration of the following steps, implemented by the terminal, - generating a first command intended for said integrated circuit, said first command comprising a first command header; - encrypting data of said first command and of said first command header, delivering a first encrypted command comprising the data of said first command and said encrypted first command header; - creating a second command, said second command comprising a second command header and data, said data being constituted at least partly by said encrypted first commands; - said second command being transmitted to said integrated circuit in a command flow wherein decoys are inserted. - generating a first command intended for said integrated circuit, said first command comprising a first command header; - encrypting data of said first command and of said first command header, delivering a first encrypted command comprising the data of said first command and said encrypted first command header; - creating a second command, said second command comprising a second command header and data, said data being constituted at least partly by said encrypted first commands; - said second command being transmitted to said integrated circuit in a command flow wherein decoys are inserted.
A production method for an impeller which includes a disk which has a disk shape about an axis, a plurality of blades which are formed on a surface facing a first side in an axial direction of the disk with gaps therebetween in a circumferential direction about the axis, and a cover which covers the plurality of blades from the first side in the axial direction and in which a flow path is formed between the disk, the cover, and the blades, the production method comprising: an impeller molding body forming step of forming an impeller molding body in which a reinforcement portion which reinforces at least one of end portions of the impeller in which an inlet and an outlet of the flow path are formed and the impeller are integrated with each other, by an additive manufacturing method using a metal powder; a step of removing a metal powder remaining in the flow path; and a removal step of removing the reinforcement portion from the impeller molding body after the step of removing the metal powder, characterized in that the reinforcement portion is formed at a position at which the reinforcement portion closes the flow path in the end portion of the impeller and at outside of the impeller so as to connect the disk and the cover to each other and includes a communication hole which allows the flow path to communicate with an outside, and in the step of removing the metal powder, air is injected to the impeller molding body to remove the metal powder remaining in the flow path to the outside through the communication hole. an impeller molding body forming step of forming an impeller molding body in which a reinforcement portion which reinforces at least one of end portions of the impeller in which an inlet and an outlet of the flow path are formed and the impeller are integrated with each other, by an additive manufacturing method using a metal powder; a step of removing a metal powder remaining in the flow path; and a removal step of removing the reinforcement portion from the impeller molding body after the step of removing the metal powder, characterized in that the reinforcement portion is formed at a position at which the reinforcement portion closes the flow path in the end portion of the impeller and at outside of the impeller so as to connect the disk and the cover to each other and includes a communication hole which allows the flow path to communicate with an outside, and in the step of removing the metal powder, air is injected to the impeller molding body to remove the metal powder remaining in the flow path to the outside through the communication hole.
An implantable, semisolid matrix comprising a hydrogel material and liposomes embedded therein, wherein the liposomes contain at least one bioactive material, and wherein the matrix is permeable to the infiltration of cells from an implantation environment and to products secreted from the cells into the environment, wherein the bioactive material is selected from the group consisting of a protein, a peptide, a nucleotide, a DNA, a RNA, a siRNA, and a cDNA, or a combination thereof, or is a small molecule, a drug or a combination thereof; and wherein the matrix includes one or more chemoattractant for monocytic cells; and wherein said liposomes have a size in the range of 25 to 400nm.
Device for neutralising combat means, in particular mines or munitions, by controlled detonation in the area of a bottom of a body of water, with at least one neutralising charge received in a dome-shaped holder, wherein the dome-shaped holder can be detachably connected to a bottom frame and a separable radio buoy is associated with the bottom frame or the dome-shaped holder, wherein the buoyancy the device is always less than the weight force of the device in order to ensure a sufficient standing security of the device on the bottom of the body of water and the dome-shaped holder or the body frame can be connected to an unmanned underwater vehicle for setting the device on the bottom of body of water.
Cooking appliance with at least one hob which has at least one opening on the top plate; with at least one burner housing, the neck piece of which protrudes from the opening and the remainder of which is arranged below the top plate; with a supporting wall on the burner housing, which is arranged below the top plate and is oriented pointing away from the top plate, wherein the cooking appliance also has a fastening element with a supporting element and a holder, wherein the fastening element represents a flexible and robust structure, wherein the supporting element is in contact with the supporting wall, wherein the holder extends from the supporting element via the opening of the top plate to the surface of the top plate and by way of the supporting wall supports the burner housing and wherein the burner housing contains a flange, which forms the supporting wall with the lower side, partially encloses the neck piece and remains below the top plate, characterised in that the supporting element of the fastening element contains a flange recess, which comprises an upper, lateral and lower surface of the flange.
An apparatus comprising: an object comprising a surface; a fastener system installed in the surface of the object; and a cover placed over the fastener system at the surface of the object in which the fastener system is installed; and a sealant material attaching the cover to the surface of the object; wherein: the cover comprises a flange attached to the surface of the object by the sealant material; and the cover is comprised of a number of composite materials selected such that the cover is configured to reduce an effect of an electrical discharge, which occurs around the fastener system, on an environment outside the cover, characterised in that the sealant material is applied over the fastener system. an object comprising a surface; a fastener system installed in the surface of the object; and a cover placed over the fastener system at the surface of the object in which the fastener system is installed; and a sealant material attaching the cover to the surface of the object; wherein: the cover comprises a flange attached to the surface of the object by the sealant material; and the cover is comprised of a number of composite materials selected such that the cover is configured to reduce an effect of an electrical discharge, which occurs around the fastener system, on an environment outside the cover, characterised in that the sealant material is applied over the fastener system. the cover comprises a flange attached to the surface of the object by the sealant material; and the cover is comprised of a number of composite materials selected such that the cover is configured to reduce an effect of an electrical discharge, which occurs around the fastener system, on an environment outside the cover, characterised in that the sealant material is applied over the fastener system.
A plant for sanding/finishing components made of wood, metal or the like comprising a sanding station; a feeding device to feed at least one component through the sanding station in a continuous manner; and a robotic manipulator, which is provided with at least one sanding tool (12; 31) and is configured so as to allow the sanding tool (12; 31) to carry out the sanding of the component in a continuous manner combining the movements of the feeding device with the movements of the robotic manipulator; and characterized in that the robotic manipulator comprises a plurality of articulated arms, which are motor-driven so as to rotate relative to one another around respective rotation axes, and at least one shock absorber device (13; 29), which is interposed between the end articulated arm and the sanding tool (12; 31); wherein the shock absorber device (13; 29) comprises at least one pneumatic shock absorber cylinder comprising, in turn, a cylinder, which is fixed to the end articulated arm, and an output rod, which is fixed to the sanding tool (12; 31), is engaged in a sliding manner in the cylinder, and is configured so as to define, inside the cylinder itself, a first variable volume chamber, which is connected to a pneumatic device supplying a gas under pressure; and wherein the axial movement of the output rod along the cylinder is delimited, on one side, by a bottom wall of the cylinder and, on the other side, by a limit stop element fitted inside the cylinder; a locking device being provided for locking the output rod, and therefore the sanding tool (12; 31), in a resting position, wherein the locking device comprises a second variable volume chamber, which is defined between the output rod and the limit stop element, and is connected to a pneumatic device supplying a gas under pressure.
Child seat module for arrangement in a passenger compartment of a vehicle, the child seat module comprising: - a base arranged to be releasably connected to seat rails of the passenger compartment and arranged to be movable along the seat rails; and - a child seat comprising a seat, the child seat being arranged on top of the base and wherein the child seat is rotatable around an axis of rotation with respect to the base between a riding position and a loading position, wherein the seat of the child seat is facing rearwards towards the back of the passenger compartment when the child seat is in said riding position, and child seat is rotated between 80-100 degrees with respect to the base such that the seat of the child seat is facing towards a side opening of said passenger compartment when the child seat 14 is in said loading position, when the module is arranged in the vehicle, characterized in that the base comprises a storage compartment arranged in the interior of the base and wherein the storage compartment comprises a drawer arranged to be opened towards the back of the passenger compartment when the module is arranged in the vehicle. - a base arranged to be releasably connected to seat rails of the passenger compartment and arranged to be movable along the seat rails; and - a child seat comprising a seat, the child seat being arranged on top of the base and wherein the child seat is rotatable around an axis of rotation with respect to the base between a riding position and a loading position,
Motor vehicle comprising a passenger seat, said passenger seat being able to switch from a configuration facing the road to a configuration facing back to the road and vice versa, said vehicle comprising a seatbelt associated with the passenger seat in the back-to-the-road-configuration, said belt being provided with a bolt and a winder, said winder being fixed to a front wheel arch, the vehicle comprising a recess positioned on a floor of the vehicle behind the winder and alongside the seat, said recess having a bottom to which are fixed means for anchoring the bolt of the belt, said recess having a movable flap that can swich from a position of closure for which it closes said recess to a position of opening for which it allows an individual seated on the seat to access the bolt to allow him or her to hook on to the seatbelt.
A lighting management device for managing the lighting in a compartment of a public transport vehicle, in particular a railway vehicle, that comprises a variable lighting system arranged in the compartment, characterised in that the lighting management device includes: - at least one exterior light sensor, that is capable of measuring the characteristics of the exterior light outside the vehicle, and at least one interior image capture device, that is capable of capturing images within the interior of the compartment; and - a control unit for controlling the lighting system, configured so as to adjust the lighting in the compartment based on the brightness of the exterior light measured outside the vehicle and the images captured within the interior of the compartment, - a front exterior light sensor 21, turned towards the front of the vehicle, in order to predict exterior light variations due to the advancing of the vehicle. - at least one exterior light sensor, that is capable of measuring the characteristics of the exterior light outside the vehicle, and at least one interior image capture device, that is capable of capturing images within the interior of the compartment; and - a control unit for controlling the lighting system, configured so as to adjust the lighting in the compartment based on the brightness of the exterior light measured outside the vehicle and the images captured within the interior of the compartment, - a front exterior light sensor 21, turned towards the front of the vehicle, in order to predict exterior light variations due to the advancing of the vehicle.