mhurhangee/patent-ind-claim-en huggingface dataset:
A timepiece comprising: a case that is made from a conductive material; a dial that is made from a nonconductive material and is disposed within the case; a movement that is housed in the case, the movement having a plurality of motors that drive staffs disposed at a plurality of locations; a patch antenna that is disposed inside the case on the back side of the dial, is configured to receive radio signals transmitted from an external source and includes a dielectric and an electrode formed in the dielectric; and a battery that is disposed within the case, the battery supplying power to the plurality of motors, wherein the plurality of motors (141-145), the patch antenna , and the battery are laterally shifted from each other in a plan view so that the plurality of motors, the antenna, and the battery are spaced apart from each other in the plan view, and wherein the plurality of motors, antenna, and battery overlap with the dial in the plan view, wherein the patch antenna is disposed between two imaginary lines that pass through said staffs and are perpendicular to an imaginary line connecting the staffs . a case that is made from a conductive material; a dial that is made from a nonconductive material and is disposed within the case; a movement that is housed in the case, the movement having a plurality of motors that drive staffs disposed at a plurality of locations; a patch antenna that is disposed inside the case on the back side of the dial, is configured to receive radio signals transmitted from an external source and includes a dielectric and an electrode formed in the dielectric; and a battery that is disposed within the case, the battery supplying power to the plurality of motors, wherein the plurality of motors (141-145), the patch antenna , and the battery are laterally shifted from each other in a plan view so that the plurality of motors, the antenna, and the battery are spaced apart from each other in the plan view, and wherein the plurality of motors, antenna, and battery overlap with the dial in the plan view, wherein the patch antenna is disposed between two imaginary lines that pass through said staffs and are perpendicular to an imaginary line connecting the staffs .
A mobile terminal , comprising: a touch screen configured to detect a touch input while the touch screen displays a screen; a controller configured: to detect a touched area on the touch screen corresponding to the touch input; and to determine that the touch input is a palm touch if a size of the touched area is equal to or greater than a pre-set area threshold; to determine if the touch input moves; to determine , if it is determined that the touch input does not move, whether a holding time of the touch input is equal to or greater than a pre-set time threshold; and to stop playback of currently processed audio data in response to determining that the size of the touched area is equal to or greater than the pre-set area threshold, that the touch input does not move, and that the holding time of the touch input is equal to or greater than the pre-set time threshold. a touch screen configured to detect a touch input while the touch screen displays a screen; a controller configured: to detect a touched area on the touch screen corresponding to the touch input; and to determine that the touch input is a palm touch if a size of the touched area is equal to or greater than a pre-set area threshold; to determine if the touch input moves; to determine , if it is determined that the touch input does not move, whether a holding time of the touch input is equal to or greater than a pre-set time threshold; and to stop playback of currently processed audio data in response to determining that the size of the touched area is equal to or greater than the pre-set area threshold, that the touch input does not move, and that the holding time of the touch input is equal to or greater than the pre-set time threshold. to detect a touched area on the touch screen corresponding to the touch input; and to determine that the touch input is a palm touch if a size of the touched area is equal to or greater than a pre-set area threshold; to determine if the touch input moves; to determine , if it is determined that the touch input does not move, whether a holding time of the touch input is equal to or greater than a pre-set time threshold; and to stop playback of currently processed audio data in response to determining that the size of the touched area is equal to or greater than the pre-set area threshold, that the touch input does not move, and that the holding time of the touch input is equal to or greater than the pre-set time threshold.
A functional derivative of a multi-block copolymer formed by polymerizing propylene, 4-methyl-1-pentene, or another C 4-8 α-olefin in the presence of a composition comprising the admixture or reaction product resulting from combining: (A) a first olefin polymerization catalyst, (B) a second olefin polymerization catalyst capable of preparing a polymer differing in tacticity from the polymer prepared by catalyst (A) under equivalent polymerization conditions, and (C) a chain shuttling agent. (A) a first olefin polymerization catalyst, (B) a second olefin polymerization catalyst capable of preparing a polymer differing in tacticity from the polymer prepared by catalyst (A) under equivalent polymerization conditions, and (C) a chain shuttling agent.
A system comprising: an unpatterned heater configured to pre-heat a thermochromic coating disposed on a substrate to a first temperature, the thermochromic coating having a threshold temperature at which the thermochromic material undergoes a color change; and a patterned heater comprising multiple heating elements configured to heat selected pixels of the thermochromic coating to a temperature at or above the threshold temperature according to a predetermined pattern; characterized in that the system further comprises: an air gap heater to maintain an air gap , which is between the multiple heating elements and the thermochromic material while the patterned heater is heating the thermochromic material, at a second temperature, the air gap being less than or equal to 20 μm. an unpatterned heater configured to pre-heat a thermochromic coating disposed on a substrate to a first temperature, the thermochromic coating having a threshold temperature at which the thermochromic material undergoes a color change; and a patterned heater comprising multiple heating elements configured to heat selected pixels of the thermochromic coating to a temperature at or above the threshold temperature according to a predetermined pattern; characterized in that the system further comprises: an air gap heater to maintain an air gap , which is between the multiple heating elements and the thermochromic material while the patterned heater is heating the thermochromic material, at a second temperature, the air gap being less than or equal to 20 μm.
A method of providing a unified home screen at a computing device having a plurality of concurrently operating domains , the computing device further having a home screen application and a unified package manager executing thereon, wherein the home screen application is configured to display applications and call application program interfaces in a single operating system environment, the method comprising at the computing device: sending a request for package information from the home screen application ; the unified package manager receiving the request for package information and further: requesting , from the plurality of concurrently operating domains, package information; receiving package information from at least one of the plurality of concurrently operating domains; decorating the received package information with domain information for a domain from which the package information was received by adding a domain identifier to the received package information; providing the decorated package information to the home screen application . sending a request for package information from the home screen application ; the unified package manager receiving the request for package information and further: requesting , from the plurality of concurrently operating domains, package information; receiving package information from at least one of the plurality of concurrently operating domains; decorating the received package information with domain information for a domain from which the package information was received by adding a domain identifier to the received package information; providing the decorated package information to the home screen application . requesting , from the plurality of concurrently operating domains, package information; receiving package information from at least one of the plurality of concurrently operating domains; decorating the received package information with domain information for a domain from which the package information was received by adding a domain identifier to the received package information; providing the decorated package information to the home screen application .
An internal combustion engine, comprising: an intake manifold ; a plurality of jumper tubes coupled to the intake manifold and at least one cylinder head, the plurality of jumper tubes each having a passageway , and a central axis (A); characterized in that at least one of the plurality of jumper tubes further includes at least a fin portion and a rib portion , wherein the fin portion traverses a distance between two points along the interior surface of the jumper tube to define a first transverse airflow passage and a second transverse airflow passage , the rib portion extending partially inwardly from the interior surface of the jumper tube within the passageway. an intake manifold ; a plurality of jumper tubes coupled to the intake manifold and at least one cylinder head, the plurality of jumper tubes each having a passageway , and a central axis (A); characterized in that at least one of the plurality of jumper tubes further includes at least a fin portion and a rib portion , wherein the fin portion traverses a distance between two points along the interior surface of the jumper tube to define a first transverse airflow passage and a second transverse airflow passage , the rib portion extending partially inwardly from the interior surface of the jumper tube within the passageway.
An anticancer agent degradation method comprising: obtaining a degree of ozone-induced degradation (R) of an anticancer agent that varies with an increase in a CT value in an environment humidified by humidifying means as a function of relative humidity (H)-said CT value in a degradation environment, the CT value being the product of ozone concentration and duration of degradation; measuring a relative humidity (H2) of said humidified ozone-containing air and an ozone concentration (Co) in degradation treatment for said anticancer agent performed assuming a preset humidity (H1) specified in said humidifying means; correcting an increment (ΔCTr) of said CT value corresponding to a predetermined time period (Δt,Te) on the basis of a ratio between said degree (ΔRr) of degradation at said measured relative humidity (H2) obtained under application of said function and said degree (ΔRb) of degradation at said preset humidity (H1) obtained under application of said function; and bringing said ozone-induced degradation treatment for said anticancer agent to an end upon said CT value (Sct) reaching a CT setting (Ect) specified as a degradation termination point corresponding to said preset humidity (H1), wherein the anticancer agent is selected from the group comprising: Fluorouracil, Cytarabine, Cyclophoaphamide, Ifosfamide, Doxorubicin, Etoposide, Gemcitabine hydrochloid, Paclitaxel and Docetaxel hydrate. obtaining a degree of ozone-induced degradation (R) of an anticancer agent that varies with an increase in a CT value in an environment humidified by humidifying means as a function of relative humidity (H)-said CT value in a degradation environment, the CT value being the product of ozone concentration and duration of degradation; measuring a relative humidity (H2) of said humidified ozone-containing air and an ozone concentration (Co) in degradation treatment for said anticancer agent performed assuming a preset humidity (H1) specified in said humidifying means; correcting an increment (ΔCTr) of said CT value corresponding to a predetermined time period (Δt,Te) on the basis of a ratio between said degree (ΔRr) of degradation at said measured relative humidity (H2) obtained under application of said function and said degree (ΔRb) of degradation at said preset humidity (H1) obtained under application of said function; and bringing said ozone-induced degradation treatment for said anticancer agent to an end upon said CT value (Sct) reaching a CT setting (Ect) specified as a degradation termination point corresponding to said preset humidity (H1), wherein the anticancer agent is selected from the group comprising: Fluorouracil, Cytarabine, Cyclophoaphamide, Ifosfamide, Doxorubicin, Etoposide, Gemcitabine hydrochloid, Paclitaxel and Docetaxel hydrate.
A process for manufacturing a racket for a ball game, notably padel or beach tennis, comprising a frame with a head delimiting a ball striking surface, and a handle mounted in the extension of the head outside the ball striking surface, the process comprising the following steps: a) the head, and optionally the handle, is formed , the head, and optionally the handle, having an exposed surface comprising a composite material, for example made of glass fibers and/or of carbon fibers pre-impregnated with a thermosetting resin such as an epoxy resin, or a thermoplastic or thermosetting material, for example polycarbonate or polyethylene, then b) a step of curing the head, and optionally the handle, is carried out, characterized in that , between step a) and step b), a silica-based film is applied to at least part of the exposed surface of the head, and optionally of the handle, the film being configured to be a decorative surface or to apply thereto, preferably directly, the decoration of the racket, and in that the film is microporous. a) the head, and optionally the handle, is formed , the head, and optionally the handle, having an exposed surface comprising a composite material, for example made of glass fibers and/or of carbon fibers pre-impregnated with a thermosetting resin such as an epoxy resin, or a thermoplastic or thermosetting material, for example polycarbonate or polyethylene, then b) a step of curing the head, and optionally the handle, is carried out, characterized in that , between step a) and step b), a silica-based film is applied to at least part of the exposed surface of the head, and optionally of the handle, the film being configured to be a decorative surface or to apply thereto, preferably directly, the decoration of the racket, and in that the film is microporous.
A wind power generator, comprising: a ring gear ; at least one drive unit for rotating a nacelle or a blade via the ring gear ; a clutch hydraulic source ; and a clutch control portion , wherein the at least one drive unit includes: a motor (M) having a power shaft ; an input gear configured to be rotated by power transmitted from the power shaft ; a speed reduction portion having an output shaft configured to be rotated by power inputted via the input gear ; a pinion engaged with the ring gear and configured to be rotated by rotary power transmitted from the output shaft ; and a hydraulic clutch mechanism , the clutch hydraulic source is configured to supply a hydraulic pressure to the clutch mechanism , and the clutch control portion is configured to control a hydraulic pressure supplied from the clutch hydraulic source to the clutch mechanism ; characterized in that the hydraulic clutch mechanism is configured to perform switching between transmission and non-transmission of rotary power from the output shaft to the pinion . a ring gear ; at least one drive unit for rotating a nacelle or a blade via the ring gear ; a clutch hydraulic source ; and a clutch control portion , wherein the at least one drive unit includes: a motor (M) having a power shaft ; an input gear configured to be rotated by power transmitted from the power shaft ; a speed reduction portion having an output shaft configured to be rotated by power inputted via the input gear ; a pinion engaged with the ring gear and configured to be rotated by rotary power transmitted from the output shaft ; and a hydraulic clutch mechanism , the clutch hydraulic source is configured to supply a hydraulic pressure to the clutch mechanism , and the clutch control portion is configured to control a hydraulic pressure supplied from the clutch hydraulic source to the clutch mechanism ; characterized in that the hydraulic clutch mechanism is configured to perform switching between transmission and non-transmission of rotary power from the output shaft to the pinion . a motor (M) having a power shaft ; an input gear configured to be rotated by power transmitted from the power shaft ; a speed reduction portion having an output shaft configured to be rotated by power inputted via the input gear ; a pinion engaged with the ring gear and configured to be rotated by rotary power transmitted from the output shaft ; and a hydraulic clutch mechanism , the clutch hydraulic source is configured to supply a hydraulic pressure to the clutch mechanism , and the clutch control portion is configured to control a hydraulic pressure supplied from the clutch hydraulic source to the clutch mechanism ; characterized in that the hydraulic clutch mechanism is configured to perform switching between transmission and non-transmission of rotary power from the output shaft to the pinion .
A cavity resonator, wherein the cavity resonator comprises a cover , a resonant column , and a cavity ; the cover is mounted at an opening of a top portion of the cavity, the resonant column is disposed at a bottom portion of the cavity, and a top portion of the resonant column faces towards the cover; and a material of at least one of the cover, the resonant column, and the cavity is a plastic metal material that does not bounce back and restore after deformation, and such that a resonant frequency is adjusted through deformation of the plastic metal material, wherein the material of the cover is the plastic metal material, and characterized in that the cover is disposed with a groove, and the cover comprises a pull-tab. the cover is mounted at an opening of a top portion of the cavity, the resonant column is disposed at a bottom portion of the cavity, and a top portion of the resonant column faces towards the cover; and a material of at least one of the cover, the resonant column, and the cavity is a plastic metal material that does not bounce back and restore after deformation, and such that a resonant frequency is adjusted through deformation of the plastic metal material, wherein the material of the cover is the plastic metal material, and characterized in that the cover is disposed with a groove, and the cover comprises a pull-tab.
A method of processing data of a cold chain system, the method comprising: generating, using a processing system of a touchpoint, local processor results that include travel data and options in response to a shipping container reaching the touchpoint, wherein the generating includes: receiving sensor data from sensors located at the touchpoint, wherein the sensors include foodstuff sensors and container sensors that include one or more of a temperature sensor, a vibration sensor, a liquid detection sensor, a light sensor, a sound sensor, and a pressure sensor; receiving stored data from a database located in the cold chain system; and generating the local processor results based on the sensor data and stored data; generating, using a cloud-based processing system, cloud processor results that include travel data and options in response to the shipping container reaching the touchpoint; receiving the cloud processor results and the local processor results at the shipping container; displaying the cloud processor results and the local processor results on a graphical user interface included by the shipping container; and receiving a selection by a user of a route of the shipping container based on the cloud processor results and the local processor results, wherein the selection is performed by the user at the shipping container. generating, using a processing system of a touchpoint, local processor results that include travel data and options in response to a shipping container reaching the touchpoint, wherein the generating includes: receiving sensor data from sensors located at the touchpoint, wherein the sensors include foodstuff sensors and container sensors that include one or more of a temperature sensor, a vibration sensor, a liquid detection sensor, a light sensor, a sound sensor, and a pressure sensor; receiving stored data from a database located in the cold chain system; and generating the local processor results based on the sensor data and stored data; receiving sensor data from sensors located at the touchpoint, wherein the sensors include foodstuff sensors and container sensors that include one or more of a temperature sensor, a vibration sensor, a liquid detection sensor, a light sensor, a sound sensor, and a pressure sensor; receiving stored data from a database located in the cold chain system; and generating the local processor results based on the sensor data and stored data; generating, using a cloud-based processing system, cloud processor results that include travel data and options in response to the shipping container reaching the touchpoint; receiving the cloud processor results and the local processor results at the shipping container; displaying the cloud processor results and the local processor results on a graphical user interface included by the shipping container; and receiving a selection by a user of a route of the shipping container based on the cloud processor results and the local processor results, wherein the selection is performed by the user at the shipping container.
A method for producing tetrafluoropropene of the formula CF 3 CX=CHX wherein one X is F and the other is H, comprising contacting an organic substance containing monochlorotrifluoropropene of the formula CF 3 CY=CHY wherein one Y is Cl and the other is H with anhydrous HF in the presence of a chromium oxide fluorination catalyst in a reactor, wherein the amount of the anhydrous HF supplied to the reactor is ≥ 30 moles per mole of the organic substance supplied to the reactor.