mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-frustum screw for dental implants comprising three threaded frustums , the threaded frustums comprising a coronal frustum forming an upper end of the screw , an apical frustum forming a lower end of the screw and, a central frustum positioned between the coronal frustum and the apical frustum , wherein the coronal frustum , the central frustum , and the apical frustum have a common longitudinal axis (L), the length of the coronal frustum at the upper end of the screw and the length of the apical frustum at the lower end of the screw being each between 20% and 80% of the total length of the screw , characterized in that , said screw comprises an internal gap provided on said upper end of the screw , the internal gap being coaxial with said longitudinal axis (L) and having a threaded surface portion for attachment of an abutment, wherein said internal gap has a bottom shaped as a polygon of 6 to 12 sides, which internal gap locks an attachment or abutment fixable in a determined position, wherein the threaded frustums are joined to each other so that a widest end of the apical frustum is joined with a widest end of the central frustum , a narrowest end of the central frustum is joined with a narrowest end of the coronal frustum , wherein a narrowest end of the apical frustum corresponds to the lower end of the multi-frustum screw and a widest end of the coronal frustum corresponds to the upper end of the multi-frustum screw .
An electronic device comprising: a microphone configured to receive a user's speech; a memory for storing a plurality of speech recognition models ; and at least one processor configured to: select a speech recognition model from among the plurality of speech recognition models stored in the memory based on an operation state of the electronic device , recognize the user's speech received by the microphone based on the selected speech recognition model, determine a user's intention based on a result of speech recognition on the user's speech, and change a sensitivity of the selected speech recognition model based on the user's intention. a microphone configured to receive a user's speech; a memory for storing a plurality of speech recognition models ; and at least one processor configured to: select a speech recognition model from among the plurality of speech recognition models stored in the memory based on an operation state of the electronic device , recognize the user's speech received by the microphone based on the selected speech recognition model, determine a user's intention based on a result of speech recognition on the user's speech, and change a sensitivity of the selected speech recognition model based on the user's intention. select a speech recognition model from among the plurality of speech recognition models stored in the memory based on an operation state of the electronic device , recognize the user's speech received by the microphone based on the selected speech recognition model, determine a user's intention based on a result of speech recognition on the user's speech, and change a sensitivity of the selected speech recognition model based on the user's intention.
A cosmetic vessel, comprising: a discharge unit discharging cosmetics to an outside; and a discharge plate provided at one side of the discharge unit from which the cosmetics are discharged, including a plurality of discharge holes , contacted by a user's puff and exposed to the outside to dissipate heat; characterized in that the discharge plate is made of a metal, and in that the plurality of discharge holes increase in diameter as the plurality of discharge holes are away from the center of the discharge plate . a discharge unit discharging cosmetics to an outside; and a discharge plate provided at one side of the discharge unit from which the cosmetics are discharged, including a plurality of discharge holes , contacted by a user's puff and exposed to the outside to dissipate heat; characterized in that the discharge plate is made of a metal, and in that the plurality of discharge holes increase in diameter as the plurality of discharge holes are away from the center of the discharge plate .
A method for generating a load of a wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150) for detecting the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150) in a wireless charging system, the method comprising: receiving a wireless power from a wireless power transmitter ; rectifying the received wireless power into a direct current, DC, power; and generating a load variation for the wireless power transmitter to detect the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150) by controlling a current flowing across a resistor connected in parallel with a battery of the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150), characterised in that the current flowing across the resistor is controlled by a controller driven by the DC power and the controller performs pulse width modulation, PWM, control on the current flowing across the resistor in a predetermined pattern, and wherein power consumed by the resistor falls within a predetermined range by performing the PWM control. receiving a wireless power from a wireless power transmitter ; rectifying the received wireless power into a direct current, DC, power; and generating a load variation for the wireless power transmitter to detect the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150) by controlling a current flowing across a resistor connected in parallel with a battery of the wireless power receiver (110-1, 110-2, 110-n, 250, 450, 1150), characterised in that the current flowing across the resistor is controlled by a controller driven by the DC power and the controller performs pulse width modulation, PWM, control on the current flowing across the resistor in a predetermined pattern, and wherein power consumed by the resistor falls within a predetermined range by performing the PWM control.
A vehicle controller comprising: a situation determination unit that is configured to determine whether a vehicle under manual driving control is in a situation that allows for starting autonomous driving control of the vehicle ; and a transition determination unit that is configured to: switch, when the vehicle is in a situation that allows for starting autonomous driving control, control of the vehicle from manual driving control to autonomous driving control in the case where operating mode of a device related to ensuring visibility of a driver of the vehicle is set to automatic mode to automatically control the device and also in the case where the operating mode of the device is set to manual mode to manually control the device when it is determined that the driver's visibility can be ensured without operating the device ; and continue control of the vehicle that remains manual driving control in the case where the operating mode of the device is set to the manual mode and where the driver's visibility will not be ensured unless the device operates. a situation determination unit that is configured to determine whether a vehicle under manual driving control is in a situation that allows for starting autonomous driving control of the vehicle ; and a transition determination unit that is configured to: switch, when the vehicle is in a situation that allows for starting autonomous driving control, control of the vehicle from manual driving control to autonomous driving control in the case where operating mode of a device related to ensuring visibility of a driver of the vehicle is set to automatic mode to automatically control the device and also in the case where the operating mode of the device is set to manual mode to manually control the device when it is determined that the driver's visibility can be ensured without operating the device ; and continue control of the vehicle that remains manual driving control in the case where the operating mode of the device is set to the manual mode and where the driver's visibility will not be ensured unless the device operates. switch, when the vehicle is in a situation that allows for starting autonomous driving control, control of the vehicle from manual driving control to autonomous driving control in the case where operating mode of a device related to ensuring visibility of a driver of the vehicle is set to automatic mode to automatically control the device and also in the case where the operating mode of the device is set to manual mode to manually control the device when it is determined that the driver's visibility can be ensured without operating the device ; and continue control of the vehicle that remains manual driving control in the case where the operating mode of the device is set to the manual mode and where the driver's visibility will not be ensured unless the device operates.
A method of wireless communication, comprising: receiving , by a first vehicle from a second vehicle , first sensing information associated with a first object , collecting , by the first vehicle , sensor data associated with a second object ; determining, by the first vehicle , a transmission latency budget within which second sensing information associated with the second object may be transmitted, the determination of the transmission latency budget based on at least a speed of the second object , a type of the second object , surrounding environment, surrounding events and/or operational characteristics of the second object ; and transmitting , by the first vehicle at the end of the transmission latency budget , the second sensing information if no sensing information associated with the second object is received by the first vehicle from the second vehicle within the transmission latency . receiving , by a first vehicle from a second vehicle , first sensing information associated with a first object , collecting , by the first vehicle , sensor data associated with a second object ; determining, by the first vehicle , a transmission latency budget within which second sensing information associated with the second object may be transmitted, the determination of the transmission latency budget based on at least a speed of the second object , a type of the second object , surrounding environment, surrounding events and/or operational characteristics of the second object ; and transmitting , by the first vehicle at the end of the transmission latency budget , the second sensing information if no sensing information associated with the second object is received by the first vehicle from the second vehicle within the transmission latency .
A computer-implemented method for determining a gateway beacon transmission scheme in a low power wide area network comprising a plurality of gateway devices and a plurality of end devices, wherein each of the end devices is configured for wirelessly receiving a beacon signal from one or more of the gateway devices in the network for synchronizing time windows of the end devices for data reception from the gateway devices, the method comprising the steps of: a) selecting at least one gateway device from the plurality of gateway devices in the network as a beacon transmitting gateway device; characterized by further comprising the steps of: b) determining one or more neighbor gateway devices within a distance from the at least one selected beacon transmitting gateway device; c) deactivating beacon transmission for the determined neighbor gateway devices; d) executing a network performance function for a network with the at least one selected beacon transmitting gateway device and the neighbor devices for which the beacon transmission is deactivated to obtain a first network performance result; e) selecting at least one gateway device that is different from the at least one beacon transmitting gateway device selected in step a); f) executing steps b) - d) with the at least one beacon transmitting gateway device selected in step e) to obtain a second network performance result; g) determining a gateway beacon transmission scheme of beacon transmitting gateway devices based on a comparison of at least the first network performance result and the second network performance result. a) selecting at least one gateway device from the plurality of gateway devices in the network as a beacon transmitting gateway device; b) determining one or more neighbor gateway devices within a distance from the at least one selected beacon transmitting gateway device; c) deactivating beacon transmission for the determined neighbor gateway devices; d) executing a network performance function for a network with the at least one selected beacon transmitting gateway device and the neighbor devices for which the beacon transmission is deactivated to obtain a first network performance result; e) selecting at least one gateway device that is different from the at least one beacon transmitting gateway device selected in step a); f) executing steps b) - d) with the at least one beacon transmitting gateway device selected in step e) to obtain a second network performance result; g) determining a gateway beacon transmission scheme of beacon transmitting gateway devices based on a comparison of at least the first network performance result and the second network performance result.
A compound of formula (I-A), a pharmaceutically acceptable solvate, hydrate, co-crystal, anhydrous substance or amorphous form thereof:
Drive case and/or transmission case of a drive device for a slurry wall cutter , wherein the drive case and/or transmission case surrounds an inner space for receiving drive and/or transmission elements and comprises two case parts that are rotatable relative to one another and that are sealed with respect to one another by a seal device , characterized by at least one intermediate chamber , which can be pressurized, for pressure equalization between the inner space and the environment, and which is sealed with respect to the inner space by an inner seal and with respect to the environment by an outer seal .
A rolled composite aerospace product comprising a 2XXX-series core layer and a 6XXX-series aluminium alloy clad layer coupled to at least one surface of the 2XXX-series core layer, wherein the 6XXX-series aluminium alloy comprises, in wt.%, Si 0.3% to 1.0%, Mg 0.3% to 1.1%, Mn 0.25% to 1.0%, Fe 0.03% to 0.4%, Cu up to 0.10%, Cr up to 0.25%, V up to 0.2%, Zr up to 0.2%, Zn up to 0.5%, Ti up to 0.1%, unavoidable impurities each <0.05%, total <0.15%, balance aluminium.
An image processing apparatus comprising: at least one processor , wherein the processor is configured to execute calcification image detection processing of detecting a calcification image based on a plurality of tomographic images obtained from a series of a plurality of projection images obtained by tomosynthesis imaging of a breast, region-of-interest image group generation processing of generating a region-of-interest image group by cutting out, as a region-of-interest image, a region including the calcification image detected by the calcification image detection processing from each of the plurality of projection images, variance value calculation processing of calculating a variance value of feature amounts of each of the region-of-interest images included in the region-of-interest image group, and shape type determination processing of determining a type of a shape of the calcification image based on the variance value calculated by the variance value calculation processing. at least one processor , wherein the processor is configured to execute calcification image detection processing of detecting a calcification image based on a plurality of tomographic images obtained from a series of a plurality of projection images obtained by tomosynthesis imaging of a breast, region-of-interest image group generation processing of generating a region-of-interest image group by cutting out, as a region-of-interest image, a region including the calcification image detected by the calcification image detection processing from each of the plurality of projection images, variance value calculation processing of calculating a variance value of feature amounts of each of the region-of-interest images included in the region-of-interest image group, and shape type determination processing of determining a type of a shape of the calcification image based on the variance value calculated by the variance value calculation processing. calcification image detection processing of detecting a calcification image based on a plurality of tomographic images obtained from a series of a plurality of projection images obtained by tomosynthesis imaging of a breast, region-of-interest image group generation processing of generating a region-of-interest image group by cutting out, as a region-of-interest image, a region including the calcification image detected by the calcification image detection processing from each of the plurality of projection images, variance value calculation processing of calculating a variance value of feature amounts of each of the region-of-interest images included in the region-of-interest image group, and shape type determination processing of determining a type of a shape of the calcification image based on the variance value calculated by the variance value calculation processing.
Cooling apparatus, in particular a chest freezer with an inner casing and a cooling chamber for products that are to be cooled, with at least an device for applying temperature to the cooling chamber , wherein at least in part by means of at least one side wall of the inner casing the device applies a temperature to the cooling chamber with the aid of evaporator pipes of a coolant circuit circling the cooling chamber , wherein the evaporator pipes are arranged vertically in respect of one another, with a channel for capturing defrosting and/or condensed water , wherein the lowest evaporator pipe is arranged substantially at the same height as the channel , and wherein an electric heating device is arranged in the channel , characterised in that the electric heating device is connected to a control device, and that said control device is assigned a control program which defines a defrost cycle comprising work phases in respect of a cooling operation of the cooling apparatus, a pre-heating period, a defrost safety period, a standstill period and a post-heating period.
A spherical mount assembly for mounting an optical element , comprising: a spherical element ; an optical element positioned relative to the spherical element , wherein an optical surface of the optical element is positioned to coincide with the center of rotation (O) of the spherical element ; a first retainer including a plurality of bosses including a plurality of through holes for receiving a plurality of fasteners ; and a second retainer including a plurality of holes aligned with the plurality of through holes for accommodating the plurality of fasteners , a mounting surface configured to mount the spherical mount assembly to an external structure, and an orifice that is substantially parallel to the mounting surface , wherein the spherical element is configured to be positioned such that substantially all light impinging on the optical element enters and exits substantially through the orifice, and the first retainer and the second retainer are configured to receive the plurality of fasteners , whereby, when the fasteners are tightened, the fasteners urge the first and second retainers against the spherical element to hold the spherical element captive in a fixed position, wherein each of the first retainer and the second retainer includes an interior surface having a radius that substantially corresponds to the outer radius of the spherical element . a spherical element ; an optical element positioned relative to the spherical element , wherein an optical surface of the optical element is positioned to coincide with the center of rotation (O) of the spherical element ; a first retainer including a plurality of bosses including a plurality of through holes for receiving a plurality of fasteners ; and a second retainer including a plurality of holes aligned with the plurality of through holes for accommodating the plurality of fasteners , a mounting surface configured to mount the spherical mount assembly to an external structure, and an orifice that is substantially parallel to the mounting surface , wherein the spherical element is configured to be positioned such that substantially all light impinging on the optical element enters and exits substantially through the orifice, and the first retainer and the second retainer are configured to receive the plurality of fasteners , whereby, when the fasteners are tightened, the fasteners urge the first and second retainers against the spherical element to hold the spherical element captive in a fixed position, wherein each of the first retainer and the second retainer includes an interior surface having a radius that substantially corresponds to the outer radius of the spherical element .
A method performed by an access and mobility management function, AMF, in a communication system, the method comprising: identifying that a terminal has moved to a new target cell in a handover procedure of the terminal; determining whether the terminal has moved out of a local area data network, LADN, service area in which an access to a LADN via a protocol data unit, PDU, session of the terminal is allowed, based on first information for identifying the LADN and second information for the LADN service area comprising a tracking area list; and in case that the terminal has moved out of the LADN service area, transmitting, to a session management function, SMF, third information indicating that the terminal has moved out of the LADN service area. identifying that a terminal has moved to a new target cell in a handover procedure of the terminal; determining whether the terminal has moved out of a local area data network, LADN, service area in which an access to a LADN via a protocol data unit, PDU, session of the terminal is allowed, based on first information for identifying the LADN and second information for the LADN service area comprising a tracking area list; and in case that the terminal has moved out of the LADN service area, transmitting, to a session management function, SMF, third information indicating that the terminal has moved out of the LADN service area.