mhurhangee/patent-ind-claim-en huggingface dataset:
Burglar-proof safe with a multilayer structure, including body, the body consisting of the components outer plate , wear plate , composite reinforcing layer and reinforcing plate , characterized in that said outer plate , wear plate , the composite reinforcing layer and the reinforcing plate are arranged in a sequence from the outside to the inside, and in that adjacent components are in each case tightly connected to one another, and in that said composite reinforcing layer consists of a plurality of small sections bonded together and a plurality of posts is welded together between the wear plate and the reinforcing plate , and that said sections are arranged in the shapes formed by posts and thereby form an overall structure. said outer plate , wear plate , the composite reinforcing layer and the reinforcing plate are arranged in a sequence from the outside to the inside, and in that adjacent components are in each case tightly connected to one another, and in that said composite reinforcing layer consists of a plurality of small sections bonded together and a plurality of posts is welded together between the wear plate and the reinforcing plate , and that said sections are arranged in the shapes formed by posts and thereby form an overall structure.
A device for preparing foods received in a vessel , in particular ready meals, said device comprising a steam generator unit for generating steam, and a steam delivery unit which is connected to the steam generator unit in a steam-conducting manner via a steam feed line and which has a steam probe having at least one steam discharge opening, the device having a coupling mechanism which comprises locking means and which connects the steam delivery unit to the steam feed line in a releasable manner, and at least a section of the steam delivery unit comprising the steam probe being rotatable about an axis of rotation (R), characterized in that the coupling mechanism has torque transmission means for transmitting a drive torque to the steam delivery unit when said steam delivery unit is connected to the steam feed line in a steam-conducting manner.
An Vehicle to Everything, V2X, message communication method performed by a terminal supporting a V2X service communications function, comprising: sending (S101), by the terminal, a quality of service, QoS, request message to a network device to request QoS information of the terminal, wherein the QoS request message carries identification information of the terminal; receiving (S102), by the terminal, the QoS information of the terminal from the network device; characterized in that the QoS information comprises a correspondence between message identifiers of V2X messages supported by the terminal and QoS parameters, each message identifier corresponds to a QoS parameter, and each message identifier is used to identify a V2X message sent by the terminal and includes at least one of a message type or a message flow template type; the method further comprises: obtaining (S103), by the terminal based on the QoS information, a QoS parameter corresponding to a message identifier of a to-be-sent V2X message; obtaining (S104), by the terminal based on the obtained QoS parameter, a radio resource used to send the to-be-sent V2X message; and sending (S105), by the terminal, the to-be-sent V2X message by using the obtained radio resource to another terminal to implement a V2X service. sending (S101), by the terminal, a quality of service, QoS, request message to a network device to request QoS information of the terminal, wherein the QoS request message carries identification information of the terminal; receiving (S102), by the terminal, the QoS information of the terminal from the network device; characterized in that the QoS information comprises a correspondence between message identifiers of V2X messages supported by the terminal and QoS parameters, each message identifier corresponds to a QoS parameter, and each message identifier is used to identify a V2X message sent by the terminal and includes at least one of a message type or a message flow template type; the method further comprises: obtaining (S103), by the terminal based on the QoS information, a QoS parameter corresponding to a message identifier of a to-be-sent V2X message; obtaining (S104), by the terminal based on the obtained QoS parameter, a radio resource used to send the to-be-sent V2X message; and sending (S105), by the terminal, the to-be-sent V2X message by using the obtained radio resource to another terminal to implement a V2X service. obtaining (S103), by the terminal based on the QoS information, a QoS parameter corresponding to a message identifier of a to-be-sent V2X message; obtaining (S104), by the terminal based on the obtained QoS parameter, a radio resource used to send the to-be-sent V2X message; and sending (S105), by the terminal, the to-be-sent V2X message by using the obtained radio resource to another terminal to implement a V2X service.
Method for operating a vehicle, wherein a speed profile is calculated for a route of the vehicle from a first position to a second position and a provisional arrival time, based on the speed profile, of the vehicle at the second position is calculated , characterized in that , during a journey of the vehicle along the route, an updated arrival time is calculated based on the calculated speed profile with respect to a remaining route from a current vehicle position to the second position and compared with the provisional arrival time, wherein an action is performed depending on the comparison.
A spindle nut for a lead screw drive, the spindle nut comprising a female thread , wherein at least the female thread of the spindle nut is made from plastic or the entire spindle nut is produced in one piece from plastic; wherein the spindle nut has an asymmetrical thread cross-section; and wherein the female thread of the spindle nut has a thread cross-section in which the profile sectional area (S1) of the thread helix , which is intended for engagement into the thread of the spindle, is greater, in particular is greater by a factor of at least 1.2, than the free thread sectional area (S2) of the thread of the spindle nut; characterised in that the spindle nut has a thread cross-section whose transitions from flank to thread apex are rounded and whose thread apexes are continuously rounded between the flanks and that the spindle nut is of a multi-thread configuration. wherein the female thread of the spindle nut has a thread cross-section in which the profile sectional area (S1) of the thread helix , which is intended for engagement into the thread of the spindle, is greater, in particular is greater by a factor of at least 1.2, than the free thread sectional area (S2) of the thread of the spindle nut; characterised in that the spindle nut has a thread cross-section whose transitions from flank to thread apex are rounded and whose thread apexes are continuously rounded between the flanks and that the spindle nut is of a multi-thread configuration.
A distortion-measuring apparatus (10A-10G) of a vitreous silica crucible , in which the crucible includes an opaque outer layer containing a plurality of bubbles and a transparent inner layer with bubbles removed, the distortion-measuring apparatus comprising: a light source disposed outside of the vitreous silica crucible; a first polarizer disposed between the light source and an outer surface of the vitreous silica crucible's wall; a first quarter-wave plate disposed between the first polarizer and the outer surface of the vitreous silica crucible wall; a camera disposed inside of the vitreous silica crucible; a camera control mechanism configured to control a photographing direction of the camera; a second polarizer disposed between the camera and an inner surface of the vitreous silica crucible wall; and a second quarter-wave plate disposed between the camera and the inner surface of the vitreous silica crucible wall with an optical axis inclined 90 degrees with respect to the first quarter-wave plate; wherein the camera is configured to conduct color photography of light which is emitted from the light source and passes through the first polarizer, the first quarter-wave plate, the wall of the vitreous silica crucible, the second quarter-wave plate, and the second polarizer. a light source disposed outside of the vitreous silica crucible; a first polarizer disposed between the light source and an outer surface of the vitreous silica crucible's wall; a first quarter-wave plate disposed between the first polarizer and the outer surface of the vitreous silica crucible wall; a camera disposed inside of the vitreous silica crucible; a camera control mechanism configured to control a photographing direction of the camera; a second polarizer disposed between the camera and an inner surface of the vitreous silica crucible wall; and a second quarter-wave plate disposed between the camera and the inner surface of the vitreous silica crucible wall with an optical axis inclined 90 degrees with respect to the first quarter-wave plate; wherein the camera is configured to conduct color photography of light which is emitted from the light source and passes through the first polarizer, the first quarter-wave plate, the wall of the vitreous silica crucible, the second quarter-wave plate, and the second polarizer.
A method for wireless communication executed by a first wireless device , comprising: performing an asynchronous clear channel assessment to obtain access to a shared radio frequency band; receiving , via the shared radio frequency band, a medium reservation message from a second wireless device indicating synchronization information for a synchronous contention window, wherein the synchronization information indicates at least a duration of a channel occupancy time, and one or more of a duration of the synchronous contention window and a duration in which the first wireless device is to maintain synchronization; performing a second clear channel assessment within the synchronous contention window to obtain access to the shared radio frequency band; and communicating , via the shared radio frequency band, data in accordance with the synchronization information based at least in part on the second clear channel assessment. performing an asynchronous clear channel assessment to obtain access to a shared radio frequency band; receiving , via the shared radio frequency band, a medium reservation message from a second wireless device indicating synchronization information for a synchronous contention window, wherein the synchronization information indicates at least a duration of a channel occupancy time, and one or more of a duration of the synchronous contention window and a duration in which the first wireless device is to maintain synchronization; performing a second clear channel assessment within the synchronous contention window to obtain access to the shared radio frequency band; and communicating , via the shared radio frequency band, data in accordance with the synchronization information based at least in part on the second clear channel assessment.
A filter structure designed for a hood for domestic use, comprising: - at least one filter for filtering the gases that can be extracted by a motor fan unit, each filter f said at least one filter having its own thickness (S1, S2, S3): - a first support element comprising a first central core , a first side wall and first support members , which connect said first central core to said side wall and are joined to said first central core and to said first side wall ; - second support elements comprising a second central core , a second side wall and second support members , which connect said second central core to said second side wall and are joined to said second central core and to said second side wall ; - said first central core and second central core extending in the same direction of extension (Y-Y); characterized in that said second central core is engaged relative to said first central core to retain said at least one filter between said first and second support members , such that distance (H) between said first support elements and said second support elements , in said direction of extension (Y-Y) may be adjusted according to the thickness (S1, S2, S3) of said at least one filter . - at least one filter for filtering the gases that can be extracted by a motor fan unit, each filter f said at least one filter having its own thickness (S1, S2, S3): - a first support element comprising a first central core , a first side wall and first support members , which connect said first central core to said side wall and are joined to said first central core and to said first side wall ; - second support elements comprising a second central core , a second side wall and second support members , which connect said second central core to said second side wall and are joined to said second central core and to said second side wall ; - said first central core and second central core extending in the same direction of extension (Y-Y);
An image display method of superimposing image data of virtual space on image data of real space at an arbitrary viewpoint and exhibiting a superimposed image to a viewer, comprising: an image sensing step of capturing, by an image sensing device, the image data of real space including a prototype generated based on three-dimensional CAD data; and a tracking step of tracking a position and orientation of the image sensing device and the prototype , and acquiring position/orientation data indicative of the position and orientation of the prototype in an image obtained in said image sensing step; and a characteristic point extracting step of extracting a characteristic point , whose three-dimensional position on the prototype is known, from the image obtained in said image sensing step, wherein in said tracking step , relative position/orientation data of the prototype and the image sensing device in the image obtained in said image sensing step is corrected based on a position of the characteristic point extracted in said characteristic point extracting step, wherein the characteristic point is of a characteristic part of the shape of the prototype ; and a synthesizing step of rendering a three-dimensional computer graphic image based on the position/orientation data and the three-dimensional CAD data so as to overlap the prototype in the image obtained in said image sensing step, thereby synthesizing the image with the three-dimensional computer graphic image. an image sensing step of capturing, by an image sensing device, the image data of real space including a prototype generated based on three-dimensional CAD data; and a tracking step of tracking a position and orientation of the image sensing device and the prototype , and acquiring position/orientation data indicative of the position and orientation of the prototype in an image obtained in said image sensing step; and a characteristic point extracting step of extracting a characteristic point , whose three-dimensional position on the prototype is known, from the image obtained in said image sensing step, wherein in said tracking step , relative position/orientation data of the prototype and the image sensing device in the image obtained in said image sensing step is corrected based on a position of the characteristic point extracted in said characteristic point extracting step, wherein the characteristic point is of a characteristic part of the shape of the prototype ; and a synthesizing step of rendering a three-dimensional computer graphic image based on the position/orientation data and the three-dimensional CAD data so as to overlap the prototype in the image obtained in said image sensing step, thereby synthesizing the image with the three-dimensional computer graphic image.
A method for determining a slot format comprising: receiving (S101), by a terminal device, an indication signal from a network device, wherein the indication signal has a first association with a downlink transmission opportunity obtained by the network device, and the indication signal carries an identification code corresponding to a slot format and indicates a slot format corresponding to the downlink transmission opportunity, the slot format corresponding to the downlink transmission opportunity being formats of slots inside the downlink transmission opportunity; and determining (S102), by the terminal device, a slot format according to the indication signal. receiving (S101), by a terminal device, an indication signal from a network device, wherein the indication signal has a first association with a downlink transmission opportunity obtained by the network device, and the indication signal carries an identification code corresponding to a slot format and indicates a slot format corresponding to the downlink transmission opportunity, the slot format corresponding to the downlink transmission opportunity being formats of slots inside the downlink transmission opportunity; and determining (S102), by the terminal device, a slot format according to the indication signal.
A UV curing system comprising an UV lamp for generating an UV light to cure an object when the object passes under the UV light , wherein the UV lamp is adapted to generate heat while generating the UV light , characterized in that the UV curing system comprises: - an actuator adapted to receive heat from the UV lamp and to convert heat energy to mechanical energy and to actuate a movement mechanism ; and - the movement mechanism , when actuated by the actuator , adapted to move the object depending on the generated heat of the UV lamp . - an actuator adapted to receive heat from the UV lamp and to convert heat energy to mechanical energy and to actuate a movement mechanism ; and - the movement mechanism , when actuated by the actuator , adapted to move the object depending on the generated heat of the UV lamp .
A method, comprising: determining a desired roughness for a light emitting face of a gallium semiconductor layer of a light emitting diode (LED) , the light emitting face being configured to emit light generated by the LED ; determining one or more laser parameters of a laser light to achieve the desired roughness when the laser light is projected onto the light emitting face of the gallium semiconductor layer , the laser parameters comprising a power of the laser light; operating a laser projector to apply a laser light having the determined laser parameters onto the light emitting face of the gallium semiconductor layer , a portion of the gallium semiconductor layer absorbing the laser light to form a metallic gallium layer at the light emitting face ; and removing the metallic gallium layer from the gallium semiconductor layer to expose a light emitting face having the desired roughness, wherein the laser projector is operated while the gallium semiconductor layer is attached to a growth substrate on which the gallium semiconductor layer was grown, and the laser light is transmitted to the light emitting face of the gallium semiconductor layer through the growth substrate, and further comprising melting the metallic gallium layer to debond the gallium semiconductor layer and the growth substrate. determining a desired roughness for a light emitting face of a gallium semiconductor layer of a light emitting diode (LED) , the light emitting face being configured to emit light generated by the LED ; determining one or more laser parameters of a laser light to achieve the desired roughness when the laser light is projected onto the light emitting face of the gallium semiconductor layer , the laser parameters comprising a power of the laser light; operating a laser projector to apply a laser light having the determined laser parameters onto the light emitting face of the gallium semiconductor layer , a portion of the gallium semiconductor layer absorbing the laser light to form a metallic gallium layer at the light emitting face ; and removing the metallic gallium layer from the gallium semiconductor layer to expose a light emitting face having the desired roughness, wherein the laser projector is operated while the gallium semiconductor layer is attached to a growth substrate on which the gallium semiconductor layer was grown, and the laser light is transmitted to the light emitting face of the gallium semiconductor layer through the growth substrate, and further comprising melting the metallic gallium layer to debond the gallium semiconductor layer and the growth substrate.
An electronic device comprising: a screen ; at least one processor ; and at least one memory comprising computer program code, the at least one memory and the computer program code configured to, with the at least one processor , cause the electronic device to at least: transmit signals from a plurality of regions of the electronic device ; receive location information from an electronic pen in proximity to the electronic device , the location information determined by the electronic pen and corresponding to a location of the electronic pen relative to the screen of the electronic device using one or more of the transmitted signals received by the electronic pen , wherein the location information comprises a three-dimensional, 3D, location of the electronic pen relative to the screen of the electronic device ; and control a display on the screen of the electronic device based at least in part on the received location information . a screen ; at least one processor ; and at least one memory comprising computer program code, the at least one memory and the computer program code configured to, with the at least one processor , cause the electronic device to at least: transmit signals from a plurality of regions of the electronic device ; receive location information from an electronic pen in proximity to the electronic device , the location information determined by the electronic pen and corresponding to a location of the electronic pen relative to the screen of the electronic device using one or more of the transmitted signals received by the electronic pen , wherein the location information comprises a three-dimensional, 3D, location of the electronic pen relative to the screen of the electronic device ; and control a display on the screen of the electronic device based at least in part on the received location information . transmit signals from a plurality of regions of the electronic device ; receive location information from an electronic pen in proximity to the electronic device , the location information determined by the electronic pen and corresponding to a location of the electronic pen relative to the screen of the electronic device using one or more of the transmitted signals received by the electronic pen , wherein the location information comprises a three-dimensional, 3D, location of the electronic pen relative to the screen of the electronic device ; and control a display on the screen of the electronic device based at least in part on the received location information .