mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging device comprising an imaging module and a controller , wherein the imaging module comprises: a spatial light modulation element , which forms a coded-aperture pattern, which applies spatial modulation to an incident luminous flux and emits it, an image sensor which obtains the luminous flux to which the spatial modulation has been applied by the spatial light modulation element as image information, and a fixing part which integrally fixes the spatial light modulation element and the image sensor; wherein the controller is configured to calculate angle information of the luminous flux detected by the image sensor, obtained from the image information and a position on the image sensor where the image information has been detected; characterised in that the fixing part has a light guide path element which guides a luminous flux incident from a surface on one side to a surface on the other side, the light guide path element is arranged and fixed between the image sensor and the spatial light modulation element to have a certain distance to the spatial light modulation element, and an aperture area of the surface on the one side and an aperture area of the surface on the other side are different, and the fixing part has a gap-defining member which is arranged between the spatial light modulation element and the light guide path element and forms a gap structure having a certain distance. a spatial light modulation element , which forms a coded-aperture pattern, which applies spatial modulation to an incident luminous flux and emits it, an image sensor which obtains the luminous flux to which the spatial modulation has been applied by the spatial light modulation element as image information, and a fixing part which integrally fixes the spatial light modulation element and the image sensor; the fixing part has a light guide path element which guides a luminous flux incident from a surface on one side to a surface on the other side, the light guide path element is arranged and fixed between the image sensor and the spatial light modulation element to have a certain distance to the spatial light modulation element, and an aperture area of the surface on the one side and an aperture area of the surface on the other side are different, and the fixing part has a gap-defining member which is arranged between the spatial light modulation element and the light guide path element and forms a gap structure having a certain distance.
A lid assembly for a drink container comprising: a top including a drink opening ; a bottom including a drink path opening; and a plunger connectable with the top and the bottom , with the plunger connected with the top and the bottom the top is rotatable about a rotational axis with respect to the bottom to move the plunger in a direction parallel with the rotational axis such that the lid assembly is movable into an open position in which fluid in an associated drink container to which the lid assembly is attached is able to flow around the plunger and through the drink opening , a closed position in which fluid in the associated drink container to which the lid assembly is connected is blocked by the plunger from flowing through the drink opening , and an unlocked position in which the top is removable from the bottom by moving the top with respect to the bottom in a direction parallel with the rotational axis , characterized in that the top is rotatable in a first direction from the closed position toward the open position, and the top is rotatable in a second, opposite, direction from the closed position toward the unlocked position. a top including a drink opening ; a bottom including a drink path opening; and a plunger connectable with the top and the bottom , with the plunger connected with the top and the bottom the top is rotatable about a rotational axis with respect to the bottom to move the plunger in a direction parallel with the rotational axis such that the lid assembly is movable into an open position in which fluid in an associated drink container to which the lid assembly is attached is able to flow around the plunger and through the drink opening , a closed position in which fluid in the associated drink container to which the lid assembly is connected is blocked by the plunger from flowing through the drink opening , and an unlocked position in which the top is removable from the bottom by moving the top with respect to the bottom in a direction parallel with the rotational axis , characterized in that the top is rotatable in a first direction from the closed position toward the open position, and the top is rotatable in a second, opposite, direction from the closed position toward the unlocked position.
A method of wireless communication performed by a base station , comprising: generating a system information block, SIB, comprising a plurality of parameters related to a base station; transmitting , to a user equipment, the SIB via a control channel over an unlicensed radio frequency spectrum band; and transmitting , to the user equipment, a reference signal over the unlicensed radio frequency spectrum band indicating a portion of the control channel that includes the SIB. generating a system information block, SIB, comprising a plurality of parameters related to a base station; transmitting , to a user equipment, the SIB via a control channel over an unlicensed radio frequency spectrum band; and transmitting , to the user equipment, a reference signal over the unlicensed radio frequency spectrum band indicating a portion of the control channel that includes the SIB.
A transmission system comprising : - a transmitter of waves with high frequencies comprised between 3 MHz and 30 MHz; - a wire antenna for submarines configured for transmitting these waves, comprising a coaxial cable and a floating radiating element , one end of which is connected to the coaxial cable , the radiating element being dimensioned for receiving very low frequency waves between 3 kHz and 30 kHz, the antenna comprising : + a switching system electrically connected to the coaxial cable and allowing switching between an operation at high frequency and an operation at very low-frequency; + at least one isolation filter electrically interposed between two radiating sections of the radiating element , the or each isolation filter being a plug circuit, so that the radiating element is adapted to transmit high frequency waves, between 3 MHz and 30 MHz; and - a receiver for waves of very low frequencies comprised between 3 kHz and 30 kHz and of high frequencies comprised between 3 MHz and 30 MHz, the receiver being connected with the said wire antenna for receiving these waves. - a transmitter of waves with high frequencies comprised between 3 MHz and 30 MHz; - a wire antenna for submarines configured for transmitting these waves, comprising a coaxial cable and a floating radiating element , one end of which is connected to the coaxial cable , the radiating element being dimensioned for receiving very low frequency waves between 3 kHz and 30 kHz, the antenna comprising : + a switching system electrically connected to the coaxial cable and allowing switching between an operation at high frequency and an operation at very low-frequency; + at least one isolation filter electrically interposed between two radiating sections of the radiating element , the or each isolation filter being a plug circuit, so that the radiating element is adapted to transmit high frequency waves, between 3 MHz and 30 MHz; and + a switching system electrically connected to the coaxial cable and allowing switching between an operation at high frequency and an operation at very low-frequency; + at least one isolation filter electrically interposed between two radiating sections of the radiating element , the or each isolation filter being a plug circuit, so that the radiating element is adapted to transmit high frequency waves, between 3 MHz and 30 MHz; and - a receiver for waves of very low frequencies comprised between 3 kHz and 30 kHz and of high frequencies comprised between 3 MHz and 30 MHz, the receiver being connected with the said wire antenna for receiving these waves.
An information exchange method , performed at a terminal device , characterized in that the method comprises: determining network signal strength of a wireless data network; when it is determined that the network signal strength of the wireless data network is below a predetermined level, receiving a confirmation by a user to initiate information exchange with a server absent the wireless data network; receiving , when the user confirms initiation of information exchange with the server absent the wireless data network, interacting information input by a user; encoding the interacting information to obtain voice signals; sending the voice signals to the server over a voice channel; and receiving feedback information sent by the server indicating a processing result associated with the interacting information. determining network signal strength of a wireless data network; when it is determined that the network signal strength of the wireless data network is below a predetermined level, receiving a confirmation by a user to initiate information exchange with a server absent the wireless data network; receiving , when the user confirms initiation of information exchange with the server absent the wireless data network, interacting information input by a user; encoding the interacting information to obtain voice signals; sending the voice signals to the server over a voice channel; and receiving feedback information sent by the server indicating a processing result associated with the interacting information.
A liquid jetting device comprising a plurality of ejection units each of which is arranged to eject a droplet of a liquid and comprises a nozzle , a liquid duct connected to the nozzle and an electro-mechanical transducer arranged to create an acoustic pressure wave in the liquid in the duct, the device further comprising an electronic control system arranged to receive a pressure signal from at least one of the transducers and to generate a transducer control signal on the basis of the received pressure signal and to control the transducers of said plurality of ejection units to operate in a mode of operation selected from a variety of different modes of operation, wherein the control system is arranged to detect an acoustic property of the liquid on the basis of the received pressure signal and to select the mode of operation in accordance with the detected property, the control system being arranged to deliver transducer control signals to the transducers, which control signals are derived from a common basic waveform that is specified by mode parameters, each mode of operation of the device is specified by a different set of mode parameters, the waveform comprises a jetting pulse and quench pulse following on the jetting pulse, and one of the mode parameters is a time delay between the start of the jetting pulse and the start of the quench pulse, wherein another of the mode parameters is an amplitude ratio between the quench pulse and the jetting pulse.
An axle drive for a vehicle comprising at least one drivable vehicle axle oriented transversely to a longitudinal direction (L) of the vehicle, said axle drive comprising - a drive shaft which extends along the longitudinal direction (L) of the vehicle, starting from a first side of the axle drive , across the vehicle axle to a second side of the axle drive , wherein the drive shaft is configured to receive drive power at an input section from an electric motor arranged at the first side of the axle drive and to output the drive power at the second side of the axle drive via an output section , characterized by - a driven shaft which extends at the second side of the axle drive offset from the drive shaft and parallel to the longitudinal direction (L) of the vehicle between a first end and a second end opposite to the first end , wherein the first end of the driven shaft faces towards the first side of the axle drive , and wherein the driven shaft is configured to receive drive power at an input section from the output section of the drive shaft and to output said drive power to the vehicle axle via a bevel gear arranged at the first end ; and - a brake , in particular a parking brake, comprising a brake disk which is rotatable around an axis parallel to the longitudinal direction (L) and which is arranged at the second side of the axle drive , in a manner facing away from the first side of the axle drive , at the drive shaft or at the driven shaft . - a drive shaft which extends along the longitudinal direction (L) of the vehicle, starting from a first side of the axle drive , across the vehicle axle to a second side of the axle drive , wherein the drive shaft is configured to receive drive power at an input section from an electric motor arranged at the first side of the axle drive and to output the drive power at the second side of the axle drive via an output section , characterized by - a driven shaft which extends at the second side of the axle drive offset from the drive shaft and parallel to the longitudinal direction (L) of the vehicle between a first end and a second end opposite to the first end , wherein the first end of the driven shaft faces towards the first side of the axle drive , and wherein the driven shaft is configured to receive drive power at an input section from the output section of the drive shaft and to output said drive power to the vehicle axle via a bevel gear arranged at the first end ; and - a brake , in particular a parking brake, comprising a brake disk which is rotatable around an axis parallel to the longitudinal direction (L) and which is arranged at the second side of the axle drive , in a manner facing away from the first side of the axle drive , at the drive shaft or at the driven shaft .
A method for inhibiting corrosion of an anodized material comprising a metal or metal alloy substrate having an oxide layer, said method comprising: applying to said oxide layer a corrosion inhibiting composition comprising: a liquid carrier; and an electrically conductive nanomaterial dispersed in said carrier, wherein said oxide layer comprises pores and electrically conductive nanomaterial is deposited in said pores during said applying step; and wherein said electrically conductive nanomaterial comprises graphene nanoplatelets. a liquid carrier; and an electrically conductive nanomaterial dispersed in said carrier,
A video laryngoscope system comprising: a video monitor , a data cable ; and a laryngoscope blade coupled to the video monitor via the data cable, the laryngoscope blade comprising at least an image capture device , a light source , a processor ; wherein the video laryngoscope blade, the video monitor and the data cable each include storage for storing image capture settings; wherein at least one of the video monitor or the data cable comprise logic to: identify the laryngoscope blade; determine which of the laryngoscope blade, the video monitor, and the data cable have a most up-to-date set of image capture settings for the identified laryngoscope blade; and transmit the most up-to-date set of image capture settings to the laryngoscope blade for use in capturing intra-airway images, when one of the video monitor or the data cable include the most up-to-date set of image capture settings. a video monitor , a data cable ; and a laryngoscope blade coupled to the video monitor via the data cable, the laryngoscope blade comprising at least an image capture device , a light source , a processor ; wherein the video laryngoscope blade, the video monitor and the data cable each include storage for storing image capture settings; wherein at least one of the video monitor or the data cable comprise logic to: identify the laryngoscope blade; determine which of the laryngoscope blade, the video monitor, and the data cable have a most up-to-date set of image capture settings for the identified laryngoscope blade; and transmit the most up-to-date set of image capture settings to the laryngoscope blade for use in capturing intra-airway images, when one of the video monitor or the data cable include the most up-to-date set of image capture settings. identify the laryngoscope blade; determine which of the laryngoscope blade, the video monitor, and the data cable have a most up-to-date set of image capture settings for the identified laryngoscope blade; and transmit the most up-to-date set of image capture settings to the laryngoscope blade for use in capturing intra-airway images, when one of the video monitor or the data cable include the most up-to-date set of image capture settings.
A robot joint, comprising: a first part and a second part configured to be rotatable with each other around a joint axis ; and a flexible printed circuit board including a first fixing point and a second fixing point respectively fastened to the first part and the second part ; wherein: the flexible printed circuit board prior to bending is spiral-shaped; and with the relative rotation of the first part and the second part , the flexible printed circuit board is bent at various bending portions ; characterized in that the robot joint further comprises: an extension portion being arranged to radially extend from a curve portion of the spiral-shaped flexible printed circuit board between the first fixing point and the second fixing point prior to the bending; wherein the extension portion is in the shape of arc, being arranged to extend toward or away from the center point of the printed circuit board prior to the bending. a first part and a second part configured to be rotatable with each other around a joint axis ; and a flexible printed circuit board including a first fixing point and a second fixing point respectively fastened to the first part and the second part ; wherein: the flexible printed circuit board prior to bending is spiral-shaped; and with the relative rotation of the first part and the second part , the flexible printed circuit board is bent at various bending portions ; characterized in that the robot joint further comprises: an extension portion being arranged to radially extend from a curve portion of the spiral-shaped flexible printed circuit board between the first fixing point and the second fixing point prior to the bending; wherein the extension portion is in the shape of arc, being arranged to extend toward or away from the center point of the printed circuit board prior to the bending. the flexible printed circuit board prior to bending is spiral-shaped; and with the relative rotation of the first part and the second part , the flexible printed circuit board is bent at various bending portions ; characterized in that the robot joint further comprises: an extension portion being arranged to radially extend from a curve portion of the spiral-shaped flexible printed circuit board between the first fixing point and the second fixing point prior to the bending; wherein the extension portion is in the shape of arc, being arranged to extend toward or away from the center point of the printed circuit board prior to the bending. an extension portion being arranged to radially extend from a curve portion of the spiral-shaped flexible printed circuit board between the first fixing point and the second fixing point prior to the bending; wherein the extension portion is in the shape of arc, being arranged to extend toward or away from the center point of the printed circuit board prior to the bending.
An information processing system comprising: an acquisition unit that is configured to acquire first position information of a device existing in a real space, the first position information regarding the real space; a trajectory generation unit that is configured to generate a movement trajectory (Tv) of a viewpoint set in a virtual space on a basis of the first position information, the movement trajectory (Tv) regarding the virtual space; a first modification unit that is configured to modify second position information of the viewpoint in the virtual space, the second position information regarding the virtual space; and a correction unit that is configured to correct the movement trajectory (Tv) on a basis of the modification of the second position information, the system being characterised in that it further comprises: a trajectory storage unit that is configured to store second position information of the viewpoint in the virtual space along a time series to hold the movement trajectory (Tv), wherein the correction unit is configured to correct the movement trajectory (Tv) held in the trajectory storage unit . an acquisition unit that is configured to acquire first position information of a device existing in a real space, the first position information regarding the real space; a trajectory generation unit that is configured to generate a movement trajectory (Tv) of a viewpoint set in a virtual space on a basis of the first position information, the movement trajectory (Tv) regarding the virtual space; a first modification unit that is configured to modify second position information of the viewpoint in the virtual space, the second position information regarding the virtual space; and a correction unit that is configured to correct the movement trajectory (Tv) on a basis of the modification of the second position information, the system being characterised in that it further comprises: a trajectory storage unit that is configured to store second position information of the viewpoint in the virtual space along a time series to hold the movement trajectory (Tv), wherein the correction unit is configured to correct the movement trajectory (Tv) held in the trajectory storage unit . a trajectory storage unit that is configured to store second position information of the viewpoint in the virtual space along a time series to hold the movement trajectory (Tv), wherein the correction unit is configured to correct the movement trajectory (Tv) held in the trajectory storage unit .
Method for operating an electric machine comprising a power converter and a plurality of phases (U1, V1, W1, U2, V2, W2), in which, during operation of the electric machine , phase currents (I U1 , I V1 , I W1 , I U2 , I V2 , I W2 ) flowing through the phases are determined and used for the continued operation of the electric machine , characterized in that the phase currents (I U1 , I V1 , I W1 , I U2 , I V2 , I W2 ) are determined taking into consideration a fundamental and at least one harmonic of a current characteristic of each phase current, wherein the phase currents (IU1, IV1, IW1, IU2, IV2, IW2) are determined for a common time (t1), wherein the phase currents are measured at different times (t1, t2) and converted into the phase currents (IU1, IV1, IW1, IU2, IV2, IW2) for the common time (t1). the phase currents (I U1 , I V1 , I W1 , I U2 , I V2 , I W2 ) are determined taking into consideration a fundamental and at least one harmonic of a current characteristic of each phase current, wherein the phase currents (IU1, IV1, IW1, IU2, IV2, IW2) are determined for a common time (t1), wherein the phase currents are measured at different times (t1, t2) and converted into the phase currents (IU1, IV1, IW1, IU2, IV2, IW2) for the common time (t1).