mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a housing including a front face and a rear face opposite the front face and a side face disposed between the front and rear faces; a transparent plate having a first face defining the front face of the housing ; a display panel including a plurality of pixels configured to emit light towards the transparent plate , the display panel having a first face in contact with a second face of the transparent plate ; a flexible printed circuit board , on which are disposed: a fingerprint sensor in contact with a second face of the display panel and configured to acquire biometric information about an external object within a specified proximity of the transparent plate ; and a conductive pattern comprising a conductive material surrounding at least a portion of the fingerprint sensor and configured to detect whether the external object is within a specified proximity of the fingerprint sensor ; and at least one auxiliary flexible printed circuit board including an auxiliary conductive pattern disposed to be biased more towards the side face of the housing than towards the fingerprint sensor and configured to determine whether the external object is within a specified proximity of the fingerprint sensor , wherein the fingerprint sensor is activated based on the movement time or a detection order of an external object between the auxiliary conductive pattern and the conductive pattern . a transparent plate having a first face defining the front face of the housing ; a display panel including a plurality of pixels configured to emit light towards the transparent plate , the display panel having a first face in contact with a second face of the transparent plate ; a flexible printed circuit board , on which are disposed: a fingerprint sensor in contact with a second face of the display panel and configured to acquire biometric information about an external object within a specified proximity of the transparent plate ; and a conductive pattern comprising a conductive material surrounding at least a portion of the fingerprint sensor and configured to detect whether the external object is within a specified proximity of the fingerprint sensor ; and a fingerprint sensor in contact with a second face of the display panel and configured to acquire biometric information about an external object within a specified proximity of the transparent plate ; and a conductive pattern comprising a conductive material surrounding at least a portion of the fingerprint sensor and configured to detect whether the external object is within a specified proximity of the fingerprint sensor ; and at least one auxiliary flexible printed circuit board including an auxiliary conductive pattern disposed to be biased more towards the side face of the housing than towards the fingerprint sensor and configured to determine whether the external object is within a specified proximity of the fingerprint sensor , wherein the fingerprint sensor is activated based on the movement time or a detection order of an external object between the auxiliary conductive pattern and the conductive pattern .
An actuator , comprising: a plurality of power transmitters configured to transmit power sequentially, the plurality of power transmitters including a first power transmitter and a second power transmitter , the first power transmitter and the second power transmitter being adjacent ones of the plurality of power transmitters and configured to perform coaxial rotation motion; and an elastic element configured to connect the first power transmitter and the second power transmitter , CHARACTERISED IN THAT the actuator further comprises: a first angle sensor configured to measure a first rotation angle of the first power transmitter ; a second angle sensor configured to measure a second rotation angle of the second power transmitter ; and a controller configured to determine a torque to apply between the first power transmitter and the second power transmitter based on the first rotation angle and the second rotation angle; wherein the controller is preferably configured to determine the torque based on a difference between the first rotation angle and the second rotation angle. a plurality of power transmitters configured to transmit power sequentially, the plurality of power transmitters including a first power transmitter and a second power transmitter , the first power transmitter and the second power transmitter being adjacent ones of the plurality of power transmitters and configured to perform coaxial rotation motion; and an elastic element configured to connect the first power transmitter and the second power transmitter , CHARACTERISED IN THAT the actuator further comprises: a first angle sensor configured to measure a first rotation angle of the first power transmitter ; a second angle sensor configured to measure a second rotation angle of the second power transmitter ; and a controller configured to determine a torque to apply between the first power transmitter and the second power transmitter based on the first rotation angle and the second rotation angle; a first angle sensor configured to measure a first rotation angle of the first power transmitter ; a second angle sensor configured to measure a second rotation angle of the second power transmitter ; and a controller configured to determine a torque to apply between the first power transmitter and the second power transmitter based on the first rotation angle and the second rotation angle; wherein the controller is preferably configured to determine the torque based on a difference between the first rotation angle and the second rotation angle.
A portable hand-held device comprising a vaporization chamber having a cavity disposed therein and a smokeable material cartridge , wherein the device is configured for vaporizing a smokeable material in the cavity of the vaporization chamber, the cartridge comprising the smokeable material; and a bottom possessing receptacles; the receptacles being capable of being combined with complimentary features on a surface of the cavity.
Articulated robot arm , characterized in that it comprises a plurality of trapezoidal truncated cylinders arranged in series around an internal holding member , each trapezoidal truncated cylinder being configured to pivot around the internal holding member , the internal holding member having angular control means comprising motors making it possible to independently control the rotation of each trapezoidal truncated cylinder .
A method for manufacturing a vehicle knuckle, comprising: preparing a die for forming the vehicle knuckle; locating bushings in the die ; filling the die with carbon chip materials; hot-press-forming the carbon chip materials filled in the die ; separating the formed vehicle knuckle from the die ; trimming and removing surplus materials attached to the separated vehicle knuckle; and machining the vehicle knuckle and assembling bushings . preparing a die for forming the vehicle knuckle; locating bushings in the die ; filling the die with carbon chip materials; hot-press-forming the carbon chip materials filled in the die ; separating the formed vehicle knuckle from the die ; trimming and removing surplus materials attached to the separated vehicle knuckle; and machining the vehicle knuckle and assembling bushings .
A vehicle start-up control mechanism, comprising: a clutch judder detection device for detecting the occurrence of clutch judder; a clutch state detection device for detecting a partially engaged clutch state; an accelerator opening measurement device for measuring an accelerator opening; and a control unit , wherein the control unit has a function for storing an accelerator opening in the partially engaged clutch state in a case where the clutch judder has occurred during start-up, a function for comparing the accelerator opening during next start-up with the stored accelerator opening in the case where the clutch judder has occurred during previous start-up, and a function for changing the accelerator opening during the next start-up when the accelerator opening during the next start-up is the same as the stored accelerator opening during start-up in a case where the clutch judder has occurred. a clutch judder detection device for detecting the occurrence of clutch judder; a clutch state detection device for detecting a partially engaged clutch state; an accelerator opening measurement device for measuring an accelerator opening; and a control unit , wherein the control unit has a function for storing an accelerator opening in the partially engaged clutch state in a case where the clutch judder has occurred during start-up, a function for comparing the accelerator opening during next start-up with the stored accelerator opening in the case where the clutch judder has occurred during previous start-up, and a function for changing the accelerator opening during the next start-up when the accelerator opening during the next start-up is the same as the stored accelerator opening during start-up in a case where the clutch judder has occurred.
An internal trimming porthole forming a panel comprising at least one translucent wall and at least one polarizable film attached on the wall and intended to modify the degree of opacity of the panel , the internal trimming porthole also comprises a device for applying a voltage to the polarizable film , the device for applying a voltage comprising at least one printed circuit provided with a flexible portion, the printed circuit being connected to a power supply circuit, the polarizable film comprising a plurality of superimposed layers having at least two conductive layers surrounding a layer made of a polarizable material , the conductive layers being connected to the device for applying a voltage by at least one conductive track ; the internal trimming porthole further comprising control elements of the device for applying a voltage to the polarizable film , the control elements comprising tactile keys arranged to be monitored by the user on a first external face of the panel through the first wall , the tactile keys being activated by contact on an area of the first external face opposite to the tactile button .
A vehicular glass module for a vehicle comprising a vehicular window glass having a conductive pattern formed thereon and an on-glass connector attached to the vehicular window glass and electrically connecting the conductive pattern and a vehicle system to each other, wherein the on-glass connector comprises: a case including a hollow portion ; a circuit board disposed in the hollow portion ; a pair of glass-side conductors electrically connecting the circuit board to the conductive pattern ; and a pair of system-side conductors electrically connecting the circuit board to the vehicle system , and wherein a through hole is provided in a partition wall defining a part of the hollow portion of the case , the partition wall being spaced from the circuit board , wherein the through hole is positioned lower than a conductive part of the circuit board with respect to the vehicle, wherein the case has a floor portion on which the circuit board is placed, wherein the floor portion has a ridge , wherein the circuit board is placed on a tip of the ridge , characterized in that the ridge includes a pair of ridges so as to extend in a direction approaching and separating from the partition wall , and that a groove is formed between the pair of ridges and the partition wall such that a space surrounded by the pair of ridges and the circuit board is in communication with the through hole . a case including a hollow portion ; a circuit board disposed in the hollow portion ; a pair of glass-side conductors electrically connecting the circuit board to the conductive pattern ; and a pair of system-side conductors electrically connecting the circuit board to the vehicle system , and wherein a through hole is provided in a partition wall defining a part of the hollow portion of the case , the partition wall being spaced from the circuit board , wherein the through hole is positioned lower than a conductive part of the circuit board with respect to the vehicle, wherein the case has a floor portion on which the circuit board is placed, wherein the floor portion has a ridge , wherein the circuit board is placed on a tip of the ridge , characterized in that the ridge includes a pair of ridges so as to extend in a direction approaching and separating from the partition wall , and that a groove is formed between the pair of ridges and the partition wall such that a space surrounded by the pair of ridges and the circuit board is in communication with the through hole .
A method for the multiplexed detection of nucleic acid targets directly amplified in a reaction with a sample when the sample contains blood, the method characterized by excitation of the reaction at a wavelength greater than 620nm and wherein the excitation is effected with a power of at least 2mW.
A vehicle interior structure comprising: an instrumental panel support member to which an instrumental panel is fixed, the instrumental panel support member extending in a vehicle width direction; a pedal-backward-preventive bracket against which a supporting portion of a control pedal abuts when the control pedal controlled by a foot of a driver moves backward, the pedal-backward-preventive bracket being fixed to the instrumental panel support member; characterized by : a mount bracket on which a head-up display is mounted, the mount bracket being fixed to the instrumental panel support member; and a load transfer portion that is provided between the pedal-backward-preventive bracket and the mount bracket to transfer a rearward load input to the pedal-backward-preventive bracket to the mount bracket via the supporting portion. an instrumental panel support member to which an instrumental panel is fixed, the instrumental panel support member extending in a vehicle width direction; a pedal-backward-preventive bracket against which a supporting portion of a control pedal abuts when the control pedal controlled by a foot of a driver moves backward, the pedal-backward-preventive bracket being fixed to the instrumental panel support member; characterized by : a mount bracket on which a head-up display is mounted, the mount bracket being fixed to the instrumental panel support member; and a load transfer portion that is provided between the pedal-backward-preventive bracket and the mount bracket to transfer a rearward load input to the pedal-backward-preventive bracket to the mount bracket via the supporting portion. a mount bracket on which a head-up display is mounted, the mount bracket being fixed to the instrumental panel support member; and a load transfer portion that is provided between the pedal-backward-preventive bracket and the mount bracket to transfer a rearward load input to the pedal-backward-preventive bracket to the mount bracket via the supporting portion.
An ad-hoc wireless communication system for transmitting information between a plurality of wireless communication devices without requiring a particular device serving as a control station, wherein management information (M1) related to the receive processing timing of each communication device is exchanged between the wireless communication devices , wherein the management information contains timing information for setting the receive window (W1, W2, W3) for each corresponding wireless communication device to perform receive processing timing and contains receive cycle interval information for setting the receive window without continuous receiver standby outside the receive window; wherein the management information is repetitively sent at a predetermined time interval as a notification cycle interval including multiple receive windows; and each communication device is adapted to use a communication procedure, wherein the communication procedure comprises a wireless communication device at the transmitting source sending data to a wireless communication device at the receiving destination by utilizing the receive processing timing based on the exchanged timing information in the management information.
A method of configuring a data processing apparatus for determining the real size of an object in an image of a scene displayed on a display screen, wherein the data processing apparatus: responds to user input by displaying in the image of the scene displayed on a display screen a virtual object representative of a real size object to establish a first datum position; varies the size of the virtual object in the image responsive to user input; stores data representative of the horizontal and vertical size of the virtual object relative to the displayed image at the first datum position; displays said virtual object at a second datum position in said image responsive to user input; varies the size of the virtual object on the display screen at the second datum position responsive to user input; and stores data representative of the vertical and horizontal size of the virtual object at the second datum position relative to the displayed image; wherein the data processing apparatus automatically establishes said first datum position by displaying said virtual object such that the foot of the virtual object is at the foot of said displayed image, wherein the lowest vertical coordinate of an object provides the location of the foot of that object; and wherein the data processing apparatus automatically establishes said second datum position by displaying said virtual object such that the foot of the virtual object is on the horizon of the scene in the displayed image, wherein the horizon of the scene in the displayed image corresponds to the furthest visible point in the scene. responds to user input by displaying in the image of the scene displayed on a display screen a virtual object representative of a real size object to establish a first datum position; varies the size of the virtual object in the image responsive to user input; stores data representative of the horizontal and vertical size of the virtual object relative to the displayed image at the first datum position; displays said virtual object at a second datum position in said image responsive to user input; varies the size of the virtual object on the display screen at the second datum position responsive to user input; and stores data representative of the vertical and horizontal size of the virtual object at the second datum position relative to the displayed image; wherein the data processing apparatus automatically establishes said first datum position by displaying said virtual object such that the foot of the virtual object is at the foot of said displayed image, wherein the lowest vertical coordinate of an object provides the location of the foot of that object; and wherein the data processing apparatus automatically establishes said second datum position by displaying said virtual object such that the foot of the virtual object is on the horizon of the scene in the displayed image, wherein the horizon of the scene in the displayed image corresponds to the furthest visible point in the scene.
Process for generating calcium fluoride particles having a particle size (d50) of from about 15 μm to about 300 μm and containing at least 80 % by weight of CaF 2 , said process comprising (i) incinerating a fluorinated material comprising one or more partially fluorinated polymers to produce a gas stream comprising HF, CO 2 , and H 2 O and containing from 0.5 to 50 volume % of HF, (ii) contacting the gas stream with a fluidized bed comprising calcium carbonate particles in a fluidized bed reactor, wherein the calcium carbonate particles have a particle size (d50) of at least 25 μm and preferably from 30 to 700 μm, more preferably from 35 to 300 μm, most preferably from 40 to 150 μm. (i) incinerating a fluorinated material comprising one or more partially fluorinated polymers to produce a gas stream comprising HF, CO 2 , and H 2 O and containing from 0.5 to 50 volume % of HF, (ii) contacting the gas stream with a fluidized bed comprising calcium carbonate particles in a fluidized bed reactor, wherein the calcium carbonate particles have a particle size (d50) of at least 25 μm and preferably from 30 to 700 μm, more preferably from 35 to 300 μm, most preferably from 40 to 150 μm.
A non-pneumatic tire and wheel assembly comprising an outer annular ring having tread portion for ground contact and a shear band , and one or more spoke disks , wherein each spoke disk has an outer ring mounted to the shear band and an inner ring mounted to a wheel , wherein each spoke disk has at least two spokes , and wherein each of said spoke disks has one or more anchors for mounting in aligned mating slots of the wheel , characterized in that said one or more anchors further include a pin received in a recess .
A compressible backpack comprising: a central body comprising a bottom portion and an intermediate portion comprising at least one compressible segment, the intermediate portion moveable relative to the bottom portion ; a first channel , a second channel , a third channel , and a fourth channel , wherein each of the first, second, third, and fourth channels comprises at least one aperture in the at least one compressible segment, wherein the second channel , the third channel , and the fourth channel are aligned along a vertical "y" axis of the backpack ; a first tether disposed within at least a portion of the first channel and at least a portion of the second channel , said first tether coupled to a first pair of anchors associated with the first and second channels ; a second tether disposed within at least a portion of the first channel , at least a portion of the second channel , at least a portion of the third channel , and at least a portion of the fourth channel , said second tether coupled to a second pair of anchors associated with the third and fourth channels ; and a pair of control mechanisms coupled to a control release , said control mechanism configured to engage at least a portion of the first and second tethers . a central body comprising a bottom portion and an intermediate portion comprising at least one compressible segment, the intermediate portion moveable relative to the bottom portion ; a first channel , a second channel , a third channel , and a fourth channel , wherein each of the first, second, third, and fourth channels comprises at least one aperture in the at least one compressible segment, wherein the second channel , the third channel , and the fourth channel are aligned along a vertical "y" axis of the backpack ; a first tether disposed within at least a portion of the first channel and at least a portion of the second channel , said first tether coupled to a first pair of anchors associated with the first and second channels ; a second tether disposed within at least a portion of the first channel , at least a portion of the second channel , at least a portion of the third channel , and at least a portion of the fourth channel , said second tether coupled to a second pair of anchors associated with the third and fourth channels ; and a pair of control mechanisms coupled to a control release , said control mechanism configured to engage at least a portion of the first and second tethers .