mhurhangee/patent-ind-claim-en huggingface dataset:
A resource determining method, wherein the method comprises: determining (S201) a first listening signal; determining (S101) a first listening result of a first time-frequency resource set, wherein the determining a first listening result of a first time-frequency resource set comprises: generating (S202) the first listening result based on the first time-frequency resource set and the first listening signal, wherein the first listening signal comprises a plurality of waveforms, and signal models of the plurality of waveforms are different; when the first listening result meets a first congestion condition, reducing (S102) a time-frequency occupation ratio and/or transmit power of a first target detection signal to obtain a second target detection signal, wherein the first congestion condition comprises: a congestion degree of any time-frequency resource in a second time-frequency resource set is greater than a first threshold, and the second time-frequency resource set is comprised in the first time-frequency resource set; and detecting (S103) a target based on the second target detection signal. determining (S201) a first listening signal; determining (S101) a first listening result of a first time-frequency resource set, wherein the determining a first listening result of a first time-frequency resource set comprises: generating (S202) the first listening result based on the first time-frequency resource set and the first listening signal, wherein the first listening signal comprises a plurality of waveforms, and signal models of the plurality of waveforms are different; when the first listening result meets a first congestion condition, reducing (S102) a time-frequency occupation ratio and/or transmit power of a first target detection signal to obtain a second target detection signal, wherein the first congestion condition comprises: a congestion degree of any time-frequency resource in a second time-frequency resource set is greater than a first threshold, and the second time-frequency resource set is comprised in the first time-frequency resource set; and detecting (S103) a target based on the second target detection signal.
A foldable electronic device comprising: a main body part including a first main body and a second main body that are configured to be folded toward each other or unfolded from each other along a fold line where the first main body and the second main body meet; an image sensor part including a first image sensor and a second image sensor which are disposed at the first main body ; and a processor configured to: obtain a contact image of an object from the first image sensor disposed at the first main body and obtain an image of a marker that is displayed on the second main body , from the second image sensor disposed at the first main body , when the object is in contact with the first image sensor and the main body part is folded along the fold line, and estimate bio-information based on the contact image of the object and the image of the marker. a main body part including a first main body and a second main body that are configured to be folded toward each other or unfolded from each other along a fold line where the first main body and the second main body meet; an image sensor part including a first image sensor and a second image sensor which are disposed at the first main body ; and a processor configured to: obtain a contact image of an object from the first image sensor disposed at the first main body and obtain an image of a marker that is displayed on the second main body , from the second image sensor disposed at the first main body , when the object is in contact with the first image sensor and the main body part is folded along the fold line, and estimate bio-information based on the contact image of the object and the image of the marker. obtain a contact image of an object from the first image sensor disposed at the first main body and obtain an image of a marker that is displayed on the second main body , from the second image sensor disposed at the first main body , when the object is in contact with the first image sensor and the main body part is folded along the fold line, and estimate bio-information based on the contact image of the object and the image of the marker.
A vehicle headlamp comprising: a daytime running lamp or a clearance lamp that forms a light emission area emitting light in white by using multiple white LED light sources (81, 214, 244a-c); characterized in that the vehicle headlamp further comprises a laser light source that is able to emit laser light in color other than white, wherein in the vehicle headlamp in which the laser light is emitted forward from an emission end , the emission end is disposed within the light emission area in a front view of the vehicle headlamp . a daytime running lamp or a clearance lamp that forms a light emission area emitting light in white by using multiple white LED light sources (81, 214, 244a-c); characterized in that the vehicle headlamp further comprises a laser light source that is able to emit laser light in color other than white, wherein in the vehicle headlamp in which the laser light is emitted forward from an emission end , the emission end is disposed within the light emission area in a front view of the vehicle headlamp .
An active limiting system configured to protect a low noise amplifier, LNA, the LNA comprising an amplifier transistor (Ta), against the high power signals received from a signal input (Ri), comprising; - a first switch (T1), having a source (s), a gate (g) coupled to a gate of the amplifier transistor (Ta) through a first matching network (M1) and a drain (d), and the source (s) of the first switch (T1) is connected to a gate voltage (Vg), wherein electrical connection between the source (s) and drain (d) of the first switch (T1) is controlled by a gate (g) to source (s) voltage of the first switch (T1); - at least one first resistor (R1) which is connected between the gate (g) and source (s) of the first switch (T1); - at least one second resistor (R2), which is connected between a drain voltage (Vd), coupled to a drain of the amplifier transistor (Ta) through a second matching network (M2), and the drain (d) of the first switch (T1); - a second switch (T2), having a source (s), a gate (g) and a drain (d), the source (s) of the second switch (T2) is connected to said drain voltage (Vd) and the drain (d) of the second switch (T2) is coupled to the signal input (Ri), wherein electrical connection between the source (s) and drain (d) of the second switch (T2) is controlled by a gate (g) to source (s) voltage of the second switch (T2); - a third resistor (R3) which is connected between the drain (d) of the first switch (T1) and the gate (g) of the second switch (T2); - at least one first filtering element (b1), which blocks DC currents/voltages and which is connected between the source (s) of the second switch (T2) and ground. - a first switch (T1), having a source (s), a gate (g) coupled to a gate of the amplifier transistor (Ta) through a first matching network (M1) and a drain (d), and the source (s) of the first switch (T1) is connected to a gate voltage (Vg), wherein electrical connection between the source (s) and drain (d) of the first switch (T1) is controlled by a gate (g) to source (s) voltage of the first switch (T1); - at least one first resistor (R1) which is connected between the gate (g) and source (s) of the first switch (T1); - at least one second resistor (R2), which is connected between a drain voltage (Vd), coupled to a drain of the amplifier transistor (Ta) through a second matching network (M2), and the drain (d) of the first switch (T1); - a second switch (T2), having a source (s), a gate (g) and a drain (d), the source (s) of the second switch (T2) is connected to said drain voltage (Vd) and the drain (d) of the second switch (T2) is coupled to the signal input (Ri), wherein electrical connection between the source (s) and drain (d) of the second switch (T2) is controlled by a gate (g) to source (s) voltage of the second switch (T2); - a third resistor (R3) which is connected between the drain (d) of the first switch (T1) and the gate (g) of the second switch (T2); - at least one first filtering element (b1), which blocks DC currents/voltages and which is connected between the source (s) of the second switch (T2) and ground.
Spool of exactly one linear string of pocketed springs, wherein the linear string of pocketed springs comprises springs each provided in a textile pocket , wherein the springs comprise helically coiled steel wire springs; wherein the textile pockets are assembled to each other in linear direction; wherein the linear string has a width of one textile pocket ; wherein the string of pocketed springs is present in the spool spirally wound and in a compressed state such that the pocketed springs can expand upon unwinding the string of pocketed springs from the spool . wherein the linear string of pocketed springs comprises springs each provided in a textile pocket , wherein the springs comprise helically coiled steel wire springs; wherein the textile pockets are assembled to each other in linear direction; wherein the linear string has a width of one textile pocket ; wherein the string of pocketed springs is present in the spool spirally wound and in a compressed state such that the pocketed springs can expand upon unwinding the string of pocketed springs from the spool .
A display device , comprising: a display panel configured to display an image in a front direction; an optical layer arranged at a front side of the display panel; and a radiant heat blocking layer arranged on a front surface of the optical layer, an anti-reflection layer arranged at a front side of the radiant heat blocking layer to reduce reflection of incident light from outside the display panel, wherein the radiant heat blocking layer is configured to block radiant heat produced by the display panel or produced behind the display panel from transferring forward from the radiant heat blocking layer, wherein the radiant heat blocking layer comprises silver, wherein a thickness of the radiant heat blocking layer is less than or equal to about 9 nm, wherein the anti-reflection layer is thinner than the radiant heat blocking layer, and wherein the display panel comprises: a plurality of light emitting diodes, LEDs ; a substrate on which the plurality of LEDs is transferred; a glass plate arranged between the substrate and the optical layer, and a transparent bonding layer configured to bond the substrate to the glass plate and transmit light. a display panel configured to display an image in a front direction; an optical layer arranged at a front side of the display panel; and a radiant heat blocking layer arranged on a front surface of the optical layer, an anti-reflection layer arranged at a front side of the radiant heat blocking layer to reduce reflection of incident light from outside the display panel, wherein the radiant heat blocking layer is configured to block radiant heat produced by the display panel or produced behind the display panel from transferring forward from the radiant heat blocking layer, wherein the radiant heat blocking layer comprises silver, wherein a thickness of the radiant heat blocking layer is less than or equal to about 9 nm, wherein the anti-reflection layer is thinner than the radiant heat blocking layer, and wherein the display panel comprises: a plurality of light emitting diodes, LEDs ; a substrate on which the plurality of LEDs is transferred; a glass plate arranged between the substrate and the optical layer, and a plurality of light emitting diodes, LEDs ; a substrate on which the plurality of LEDs is transferred; a glass plate arranged between the substrate and the optical layer, and a transparent bonding layer configured to bond the substrate to the glass plate and transmit light.
A claw pole motor comprising: a rotor rotatable about an axis; and a stator assembly including: a plurality of stator elements having one or more claw pole teeth such that when said plurality of stator elements is assembled, said claw pole teeth extend between a first end and a second end of said stator assembly, and at least one coil winding positioned between said plurality of stator elements ; wherein said stator elements include: a first stator end element ; a second stator end element ; two interior stator elements disposed between said first stator end element and said second stator end element , each of said first stator end element , said second stator end element , and said two interior stator elements being arranged generally parallel; wherein the claw pole motor is characterised in that a drive unit is sandwiched between two adjacent interior stator elements . a rotor rotatable about an axis; and a stator assembly including: a plurality of stator elements having one or more claw pole teeth such that when said plurality of stator elements is assembled, said claw pole teeth extend between a first end and a second end of said stator assembly, and at least one coil winding positioned between said plurality of stator elements ; wherein said stator elements include: a first stator end element ; a second stator end element ; two interior stator elements disposed between said first stator end element and said second stator end element , each of said first stator end element , said second stator end element , and said two interior stator elements being arranged generally parallel; wherein the claw pole motor is characterised in that a drive unit is sandwiched between two adjacent interior stator elements . a plurality of stator elements having one or more claw pole teeth such that when said plurality of stator elements is assembled, said claw pole teeth extend between a first end and a second end of said stator assembly, and at least one coil winding positioned between said plurality of stator elements ; wherein said stator elements include: a first stator end element ; a second stator end element ; two interior stator elements disposed between said first stator end element and said second stator end element , each of said first stator end element , said second stator end element , and said two interior stator elements being arranged generally parallel; wherein the claw pole motor is characterised in that a drive unit is sandwiched between two adjacent interior stator elements . a first stator end element ; a second stator end element ; two interior stator elements disposed between said first stator end element and said second stator end element , each of said first stator end element , said second stator end element , and said two interior stator elements being arranged generally parallel; wherein the claw pole motor is characterised in that a drive unit is sandwiched between two adjacent interior stator elements .
Method for processing measurement values of a sensor of a motor vehicle , having the steps of: - measuring a measurement value by way of the sensor ; - signing the measured measurement value using a certificate which is assigned to the sensor and is stored in an internal memory of the sensor in a protected manner; and - transferring the signed measurement value from the sensor to a network ; characterized by : - replacing the certificate, which is stored in the internal memory and is assigned to the sensor , by means of a software update. - measuring a measurement value by way of the sensor ; - signing the measured measurement value using a certificate which is assigned to the sensor and is stored in an internal memory of the sensor in a protected manner; and - transferring the signed measurement value from the sensor to a network ; - replacing the certificate, which is stored in the internal memory and is assigned to the sensor , by means of a software update.
A device for aerating a food substance , comprising: an aerator , a vessel , a drive unit and a mounting , wherein the aerator comprises a plurality of filaments , - the filaments being attached to the aerator at their proximal ends and being free at their distal ends , every filament having a first state and a second state, wherein the filament undergoes a reversible elastic deformation when being bent by a transverse force from the first state to the second state and wherein the filament performs a spring-back action from the second state to the first state, lowering the spring tension, when the transverse force acting on the filament drops to zero, - the aerator is attachable to the drive unit and rotatable by the drive unit thereby defining an axis of rotation , - the vessel defines a space for holding the food substance , the space being bordered at the sides by an inner wall of the vessel , - the vessel and the drive unit are attachable to the mounting , wherein the mounting defines a spatial relationship between the axis of rotation and the inner wall of the vessel such that the distal ends of a fraction of the filaments contact the inner wall of the vessel , wherein the inner wall bends the fraction of the filaments by applying the transverse force. - the filaments being attached to the aerator at their proximal ends and being free at their distal ends , every filament having a first state and a second state, wherein the filament undergoes a reversible elastic deformation when being bent by a transverse force from the first state to the second state and wherein the filament performs a spring-back action from the second state to the first state, lowering the spring tension, when the transverse force acting on the filament drops to zero, - the aerator is attachable to the drive unit and rotatable by the drive unit thereby defining an axis of rotation , - the vessel defines a space for holding the food substance , the space being bordered at the sides by an inner wall of the vessel , - the vessel and the drive unit are attachable to the mounting , wherein the mounting defines a spatial relationship between the axis of rotation and the inner wall of the vessel such that the distal ends of a fraction of the filaments contact the inner wall of the vessel , wherein the inner wall bends the fraction of the filaments by applying the transverse force.
An improved denture system comprising: a support bar further comprising: a plurality of reference posts ; a plurality of implant interfaces ; the improved denture system further comprising: a denture base having one cutout in which said support bar is placeable, wherein the cutout is an oversize cutout, wherein contact between the profile of the support bar and the cutout is limited in that a gap extends around the perimeter of the support bar in the oversize cutout in order to prevent unwanted overconstraint of the bar ; characterized in that the denture base further comprises a plurality corresponding cavities in which corresponding ones of said plurality of reference posts are insertable, wherein each corresponding cavity is a void in the artificial denture base with location, shape, and dimensions selected so that a reference post interfaces securely with the corresponding cavity , whereby said support bar is maintained in substantially fixed communication with said denture base to secure said denture base , wherein any remaining voids in the oversize cutout and corresponding cavities have been filled with material . a plurality of reference posts ; a plurality of implant interfaces ; a denture base having one cutout in which said support bar is placeable, wherein the cutout is an oversize cutout, wherein contact between the profile of the support bar and the cutout is limited in that a gap extends around the perimeter of the support bar in the oversize cutout in order to prevent unwanted overconstraint of the bar ; characterized in that the denture base further comprises a plurality corresponding cavities in which corresponding ones of said plurality of reference posts are insertable, wherein each corresponding cavity is a void in the artificial denture base with location, shape, and dimensions selected so that a reference post interfaces securely with the corresponding cavity , whereby said support bar is maintained in substantially fixed communication with said denture base to secure said denture base , wherein any remaining voids in the oversize cutout and corresponding cavities have been filled with material .
A free electron laser comprising an injector , an accelerator and an undulator , the free electron laser being configured to generate an EUV radiation beam, wherein the undulator comprises undulator modules and one or more dynamic phase shifters , characterised in that the dynamic phase shifters being operable to control the power of the EUV radiation beam generated by the free electron laser.
A slide rack determination system for a digital slide scanning apparatus comprising: a slide rack engagement surface configured to engage an engagement surface of a slide rack (100; 100A) during processing of a slide rack by the digital slide scanning apparatus ; one or more sensors configured to sense at least one feature (120A-120E) of the slide rack (100; 100A) while the engagement surface of the slide rack (100; 100A) is engaged with the slide rack engagement surface, wherein the at least one feature comprises one or more protrusions or recesses at one or more particular locations on a side of the slide rack, or on or near a perimeter edge of the top surface of the slide rack such that the at least one feature can be used to identify the slide rack; and at least one hardware processor configured to receive an output from the one or more sensors , and, based on the received output, identify the slide rack (100; 100A). a slide rack engagement surface configured to engage an engagement surface of a slide rack (100; 100A) during processing of a slide rack by the digital slide scanning apparatus ; one or more sensors configured to sense at least one feature (120A-120E) of the slide rack (100; 100A) while the engagement surface of the slide rack (100; 100A) is engaged with the slide rack engagement surface, wherein the at least one feature comprises one or more protrusions or recesses at one or more particular locations on a side of the slide rack, or on or near a perimeter edge of the top surface of the slide rack such that the at least one feature can be used to identify the slide rack; and at least one hardware processor configured to receive an output from the one or more sensors , and, based on the received output, identify the slide rack (100; 100A).
A nozzle system having a first base component in fixed engagement with a spray pipe , said first base component engaged manually with a second cap component such that a shower disc , comprising a shower disc nipple , is held compressively between these two components , each of which is provided with a central aperture, the arrangement being such that the shower disc nipple extends into the pipe when assembled, characterised in that the base component and cap component are engaged with each other by means of engagement of three male or female lugs on the base component with three complementary male or female receptors inside the cap component , the dimensions of the plurality of lugs and the receptors being such that the nozzle system can only be assembled in one orientation.