mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a digital device (520, 900, 950) capable of communicating with a mobile device (510, 610, 650, 910, 960), the method comprising: receiving a first pointing signal from the mobile device (510, 610, 650, 910, 960); sensing that the received first pointing signal corresponds to the mobile device pointing to a first virtual region (620, 660, 900) of the digital device (520, 900, 950), formed in an internal region of the digital device (520, 900, 950); accessing a memory of the digital device (520, 900, 950); generating a plurality of second virtual regions (521-524, 621, 901-903, 951-954) by the digital device (520, 900, 950) around the digital device (520, 900, 950), each of the second virtual regions (521-524, 621, 901-903, 951-954) is formed outside of the digital device, wherein a specific function of the digital device (520, 900, 950) is mapped to each of the second virtual regions (521-524, 621, 901-903, 951-954), and wherein the memory stores the specific functions mapped to each of the second virtual regions (521-524, 621, 901-903, 951-954); receiving a second pointing signal from the mobile device (510, 610, 650); sensing that the received second pointing signal corresponds to the mobile device pointing to one of the second virtual regions (521-524, 621, 901-903, 951-954) of the digital device (520, 900, 950); and executing one of the specific functions of the digital device (520, 900, 950) that is mapped to the one of the second virtual regions (521-524, 621, 901-903, 951-954). receiving a first pointing signal from the mobile device (510, 610, 650, 910, 960); sensing that the received first pointing signal corresponds to the mobile device pointing to a first virtual region (620, 660, 900) of the digital device (520, 900, 950), formed in an internal region of the digital device (520, 900, 950); accessing a memory of the digital device (520, 900, 950); generating a plurality of second virtual regions (521-524, 621, 901-903, 951-954) by the digital device (520, 900, 950) around the digital device (520, 900, 950), each of the second virtual regions (521-524, 621, 901-903, 951-954) is formed outside of the digital device, wherein a specific function of the digital device (520, 900, 950) is mapped to each of the second virtual regions (521-524, 621, 901-903, 951-954), and wherein the memory stores the specific functions mapped to each of the second virtual regions (521-524, 621, 901-903, 951-954); receiving a second pointing signal from the mobile device (510, 610, 650); sensing that the received second pointing signal corresponds to the mobile device pointing to one of the second virtual regions (521-524, 621, 901-903, 951-954) of the digital device (520, 900, 950); and executing one of the specific functions of the digital device (520, 900, 950) that is mapped to the one of the second virtual regions (521-524, 621, 901-903, 951-954).
A method for producing a mold for rubber article comprising; a plurality of split molds which are combined together such that their parting surfaces (21, 22) opposed to each other to mold a rubber article; and slit forming parts on the parting surfaces (21, 22) which form a slit vent between the split molds, wherein it comprises steps of: forming the parting surface (21, 22) including the slit forming part on the split mold, and plating the parting surface (21, 22) of the split mold so as to coat the parting surface (21, 22) in which the slit forming part is formed, with a plating film, characterised in that the plating film of the slit forming part is made thinner than the plating film of other parts in the parting surface of the split mold so that the recessed slit formingpart coated with the plating film is formed on the parting surface. forming the parting surface (21, 22) including the slit forming part on the split mold, and plating the parting surface (21, 22) of the split mold so as to coat the parting surface (21, 22) in which the slit forming part is formed, with a plating film, characterised in that the plating film of the slit forming part is made thinner than the plating film of other parts in the parting surface of the split mold so that the recessed slit formingpart coated with the plating film is formed on the parting surface.
An amplitude demodulator comprising: a clock extractor configured to extract a clock signal from an input signal; a phase shifter configured to generate a sampling signal by shifting a phase of the clock signal by π/2; a sampler configured to sample the input signal with a timing controlled by the sampling signal; and a voltage-controlled locking oscillator coupled to the clock extractor, wherein the voltage-controlled locking oscillator is configured to generate a lock signal having the frequency of the clock signal for continuation of the sampling of the input signal when an amplitude of the input signal is zero throughout at least one cycle. a clock extractor configured to extract a clock signal from an input signal; a phase shifter configured to generate a sampling signal by shifting a phase of the clock signal by π/2; a sampler configured to sample the input signal with a timing controlled by the sampling signal; and a voltage-controlled locking oscillator coupled to the clock extractor, wherein the voltage-controlled locking oscillator is configured to generate a lock signal having the frequency of the clock signal for continuation of the sampling of the input signal when an amplitude of the input signal is zero throughout at least one cycle.
An electronic device, comprising: a display device, the display device comprising: a plurality of first light-emitting elements (111-i) configured to emit light for displaying an optical image on a front side of the display device; and at least one second light-emitting element (112-i) configured to emit infrared light for illuminating a scene in front of the front side of the display device; characterised in that the electronic device further comprises: at least one Time-of-Flight, ToF, sensor configured to measure a fraction of the emitted infrared light that is reflected back from the scene, wherein the display device is arranged between the at least one ToF sensor and the scene such that the infrared light reflected back from the scene transmits through the display device before it reaches the at least one ToF sensor. a display device, the display device comprising: a plurality of first light-emitting elements (111-i) configured to emit light for displaying an optical image on a front side of the display device; and at least one second light-emitting element (112-i) configured to emit infrared light for illuminating a scene in front of the front side of the display device; at least one Time-of-Flight, ToF, sensor configured to measure a fraction of the emitted infrared light that is reflected back from the scene, wherein the display device is arranged between the at least one ToF sensor and the scene such that the infrared light reflected back from the scene transmits through the display device before it reaches the at least one ToF sensor.
An automatic dishwasher configured to implement an automatic treating cycle of operation, comprising: a tub defining a dish treating chamber; a dish rack (20, 22, 24) located within the dish treating chamber and comprising a bottom wall defining at least one plane; a utensil caddy, removably mounted to the dish rack (20, 22, 24), and comprising a periphery defining an interior with an open top, the periphery having at least first (120; 220; 320) and second (122; 222; 322) opposing side walls, the first side wall abutting the bottom wall, and the second side wall movable relative to the utensil caddy between a first position, in opposition to the first side wall, and a second position, abutting the bottom wall; a first set of utensil holders provided on the first side wall, and characterized by the fact that the automatic dishwasher further comprises a second set of utensil holders provided on the second side wall, wherein the bottom wall has a planar portion and a depression defined by a first and second angled wall (110, 112), the depression forms a first set of cup seats and a second set of cup seats, wherein the second side wall overlies at least some of the first set of cup seats and does not overlie the second set of cup seats when in the second position. a tub defining a dish treating chamber; a dish rack (20, 22, 24) located within the dish treating chamber and comprising a bottom wall defining at least one plane; a utensil caddy, removably mounted to the dish rack (20, 22, 24), and comprising a periphery defining an interior with an open top, the periphery having at least first (120; 220; 320) and second (122; 222; 322) opposing side walls, the first side wall abutting the bottom wall, and the second side wall movable relative to the utensil caddy between a first position, in opposition to the first side wall, and a second position, abutting the bottom wall; a first set of utensil holders provided on the first side wall, and characterized by the fact that the automatic dishwasher further comprises a second set of utensil holders provided on the second side wall, wherein the bottom wall has a planar portion and a depression defined by a first and second angled wall (110, 112), the depression forms a first set of cup seats and a second set of cup seats, wherein the second side wall overlies at least some of the first set of cup seats and does not overlie the second set of cup seats when in the second position.
An air leading-type stratified scavenging two-stroke internal-combustion engine comprising: an air port (4a, 38a) that opens in a cylinder wall (2, 28) and is opened/closed by a piston; a scavenging channel (6, 30, 32) including a scavenging port (6a, 30a, 32a) that opens in the cylinder wall (2, 28) and is opened/closed by the piston, the scavenging channel (6, 30, 32) communicating with a crankcase; and characterised by a piston groove (8,22) formed in a peripheral surface of the piston, the piston groove (8,22) enabling the air port (4a, 38a) and the scavenging port (6a, 30a, 32a) to communicate with each other, wherein the piston groove (8,22) includes a pressure transmission through hole (10, 52) that communicates with the crankcase to make a pressure in the crankcase affect the piston groove (8,22) through the pressure transmission through hole (10, 52), wherein the piston groove (8,22) extends in a circumferential direction of the piston; and wherein the pressure transmission through hole (10, 52) is disposed on a downstream side in an air flow direction of the piston groove (8,22). an air port (4a, 38a) that opens in a cylinder wall (2, 28) and is opened/closed by a piston; a scavenging channel (6, 30, 32) including a scavenging port (6a, 30a, 32a) that opens in the cylinder wall (2, 28) and is opened/closed by the piston, the scavenging channel (6, 30, 32) communicating with a crankcase; and characterised by a piston groove (8,22) formed in a peripheral surface of the piston, the piston groove (8,22) enabling the air port (4a, 38a) and the scavenging port (6a, 30a, 32a) to communicate with each other, wherein the piston groove (8,22) includes a pressure transmission through hole (10, 52) that communicates with the crankcase to make a pressure in the crankcase affect the piston groove (8,22) through the pressure transmission through hole (10, 52), wherein the piston groove (8,22) extends in a circumferential direction of the piston; and wherein the pressure transmission through hole (10, 52) is disposed on a downstream side in an air flow direction of the piston groove (8,22).
Reaction resin compound, comprising a resin component, which contains a compound (a-1), which can radically polymerise, a compound (a-2), which can react with an amine, and a bridging compound (a-3) with at least two reactive functionalities, one of which can radically (co)polymerise and one of which can react with an amine, and a hardener component, which contains at least one dialkyl peroxide (h-1), and at least one amine (h-2), in which the resin component and the hardener component or the resin component and the at least one dialkyl peroxide (h-1) and the at least one amine (h-2) of the hardener component are separated from each other spatially, in order to prevent a reaction before mixing these components, characterised in that the hardener component also contains an accelerator mixture, which comprises a copper compound (b-1), and a 1,3-dicarbonyl compound (b-2), with the proviso that the resin component also contains a reducing agent, if the copper compound (b-1) is bivalent or polyvalent.
A method of rendering a high dynamic range digital image, the method comprising: tone mapping, as a first-pass tone mapping, each of plural sample values in a high dynamic range digital image to a respective lower dynamic range value, including identifying the respective low dynamic range value in a global tone mapping lookup table and storing the identified values in a lower dynamic range image buffer; calculating a local contrast value for each of the tone-mapped sample values based on data in a linear domain, including filtering each of the sample values in a high dynamic range data space to obtain the local contrast values, wherein data obtained in the first-pass tone mapping are used to set a threshold for the filtering; deriving a residual signal for each of the tone-mapped sample values, based at least in part on the respective local contrast value, wherein the deriving the residual signal for each of the tone-mapped sample values comprises multiplying each tone-mapped sample value in the lower dynamic range image buffer by the respective local contrast value; and calculating sample values for a lower dynamic range digital image based at least in part on the tone-mapped sample values and the respective residual signals. tone mapping, as a first-pass tone mapping, each of plural sample values in a high dynamic range digital image to a respective lower dynamic range value, including identifying the respective low dynamic range value in a global tone mapping lookup table and storing the identified values in a lower dynamic range image buffer; calculating a local contrast value for each of the tone-mapped sample values based on data in a linear domain, including filtering each of the sample values in a high dynamic range data space to obtain the local contrast values, wherein data obtained in the first-pass tone mapping are used to set a threshold for the filtering; deriving a residual signal for each of the tone-mapped sample values, based at least in part on the respective local contrast value, wherein the deriving the residual signal for each of the tone-mapped sample values comprises multiplying each tone-mapped sample value in the lower dynamic range image buffer by the respective local contrast value; and calculating sample values for a lower dynamic range digital image based at least in part on the tone-mapped sample values and the respective residual signals.
A computer-implemented method of analysing a sample mass spectrum, the method comprising: comparing a sample mass spectrum of a sample with each reference mass spectrum of plural reference mass spectra; assigning a similarity index to each reference mass spectrum of the plural reference mass spectra based on similarity between the sample mass spectrum and the reference mass spectrum; and characterised by for each group of one or more groups of the plural reference mass spectra, combining the similarity indexes for the reference mass spectra belonging to the group so as to provide a group index for the group at a first level of a hierarchy of sample characteristics, wherein the reference mass spectra belonging to the group are mass spectra of reference samples that have a particular characteristic in common; associating the sample with one of the groups based on the group index for that group. comparing a sample mass spectrum of a sample with each reference mass spectrum of plural reference mass spectra; assigning a similarity index to each reference mass spectrum of the plural reference mass spectra based on similarity between the sample mass spectrum and the reference mass spectrum; and characterised by for each group of one or more groups of the plural reference mass spectra, combining the similarity indexes for the reference mass spectra belonging to the group so as to provide a group index for the group at a first level of a hierarchy of sample characteristics, wherein the reference mass spectra belonging to the group are mass spectra of reference samples that have a particular characteristic in common; associating the sample with one of the groups based on the group index for that group.
A method for making a non-marking anti-static solid tire for a vehicle wheel comprising electrically conducting means, the tire comprising a tread surface delimited by two opposing tire sidewalls, the method comprising the consecutive steps of: - making a preliminary uncured curable solid tire comprising a first layer which extends in circumferential direction of the tire, the first layer comprising an outer circumferential surface and an inner circumferential surface interconnected by opposing first layer sidewalls together delimiting the first layer and being made of a non-marking first material containing a non-marking reinforcing filling material, - adding along at least one of the opposing tire sidewalls of the preliminary tire a conducting material having an electrical resistance which is smaller than the electrical resistance of the first material, the conducting material extending from the inner circumferential surface of the first layer towards the outer circumferential surface of the first layer, - curing the uncured curable preliminary tire provided with the conducting material to obtain the final tire wherein the conducting material is electrically connected to the electrically conducting means of the wheel and wherein the respective first layer sidewalls are part of the respective tire sidewalls. - making a preliminary uncured curable solid tire comprising a first layer which extends in circumferential direction of the tire, the first layer comprising an outer circumferential surface and an inner circumferential surface interconnected by opposing first layer sidewalls together delimiting the first layer and being made of a non-marking first material containing a non-marking reinforcing filling material, - adding along at least one of the opposing tire sidewalls of the preliminary tire a conducting material having an electrical resistance which is smaller than the electrical resistance of the first material, the conducting material extending from the inner circumferential surface of the first layer towards the outer circumferential surface of the first layer, - curing the uncured curable preliminary tire provided with the conducting material to obtain the final tire wherein the conducting material is electrically connected to the electrically conducting means of the wheel and wherein the respective first layer sidewalls are part of the respective tire sidewalls.
A method of evaluating powder for lamination shaping, wherein whether or not the powder is spread into a uniform powder layer on a table of a laminating and shaping apparatus in the lamination shaping is evaluated using an adhesive force of the powder calculated from a failure envelope obtained by a shear test of the powder, the shear test being conducted by a powder rheometer, the adhesive force is obtained as a shearing stress when a normal stress is zero on the failure envelope at the powder rheometer, wherein the powder is evaluated further using an apparent density of the powder, and wherein if the adhesive force is equal to or less than 0.450 kPa, and the apparent density of the powder measured according to JIS Z 2504 is equal to or more than 3.5 g/cm 3, the powder is evaluated to be spread into a uniform powder layer in the lamination shaping. the adhesive force is obtained as a shearing stress when a normal stress is zero on the failure envelope at the powder rheometer, wherein the powder is evaluated further using an apparent density of the powder, and wherein if the adhesive force is equal to or less than 0.450 kPa, and the apparent density of the powder measured according to JIS Z 2504 is equal to or more than 3.5 g/cm 3, the powder is evaluated to be spread into a uniform powder layer in the lamination shaping. the adhesive force is equal to or less than 0.450 kPa, and the apparent density of the powder measured according to JIS Z 2504 is equal to or more than 3.5 g/cm 3, the powder is evaluated to be spread into a uniform powder layer in the lamination shaping.
A kit, comprising: a first cannula; a trocar, releasably lockable to, and insertable through, the first cannula and configured to facilitate insertion of the first cannula into a target tissue; a microwave antenna assembly including a coaxial feedline having a radiating section at the distal end thereof; and an actuator connected to the microwave antenna assembly wherein the microwave antenna assembly is configured to be inserted into the first cannula in place of the trocar and configured to interlock with the first cannula, and wherein the actuator is configured to move between a first position and a second position to expose the radiating section of the microwave antenna assembly from a distal portion of the first cannula. a first cannula; a trocar, releasably lockable to, and insertable through, the first cannula and configured to facilitate insertion of the first cannula into a target tissue; a microwave antenna assembly including a coaxial feedline having a radiating section at the distal end thereof; and an actuator connected to the microwave antenna assembly wherein the microwave antenna assembly is configured to be inserted into the first cannula in place of the trocar and configured to interlock with the first cannula, and wherein the actuator is configured to move between a first position and a second position to expose the radiating section of the microwave antenna assembly from a distal portion of the first cannula.
Wearable bag to be worn on one side of the body of a person, comprising: - a main body having a first peripheral side; and - a substantially figure-eight-shaped carrying device, which is formed by a first loop and a second loop arranged on said first loop, wherein either the first loop is formed in part by at least one section of the first peripheral side, or wherein one part of the first loop extends along at least one section of the first peripheral side, and wherein the carrying device is configured such that simultaneously a first arm of the person can be passed through the first loop and a second arm of the person can be passed through the second loop, characterized in that the size of at least the first loop or the second loop is adjustable in that at least the first loop or the second loop is formed at least in part by a cord (31, 32), which is guided out of the interior of the main body in a controlled manner via an aperture. - a main body having a first peripheral side; and - a substantially figure-eight-shaped carrying device, which is formed by a first loop and a second loop arranged on said first loop,