mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a composition for impregnating a watchstrap or parts thereof, the composition comprising a) an organic solvent selected from ethanol and isopropanol, b) at least one active organic compound selected from the group consisting of n-octadecylphosphonic acid, 12,12,13,13,14,14,15,15,15-nonafluoropentadecylphosphonic acid, 3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,10-heptadecafluorodecylphosphonic acid and 12,12,13,13,14,14,15,15,16,16,17,17,18,18,19,19,19-heptadecafluorononadecyl-phosphonic acid. a) an organic solvent selected from ethanol and isopropanol, b) at least one active organic compound selected from the group consisting of n-octadecylphosphonic acid, 12,12,13,13,14,14,15,15,15-nonafluoropentadecylphosphonic acid, 3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,10-heptadecafluorodecylphosphonic acid and 12,12,13,13,14,14,15,15,16,16,17,17,18,18,19,19,19-heptadecafluorononadecyl-phosphonic acid.
A method of controlling or preventing infestation of a plant by a plant-parasitic nematode of the genus Aphelenchoides spp., comprising applying to a crop of plants, the locus thereof, or propagation material thereof, the compound cyclobutrifluram.
A process for producing a perfluoropolyoxyalkylene peroxide compound comprising a step of reacting a perfluoroalkene with oxygen, wherein the reaction of the perfluoroalkene with oxygen is performed in a microreactor without a hydrochlorofluorocarbon solvent or a chlorofluorocarbon solvent.
A filter apparatus for use in an automated system for the preparation of a fluid sample for a chemical or composition analysis, comprising: an inlet portion with a conduit ending in an entry port for receiving the sample in an unfiltered state; a septum held at and closing the entry port of the conduit of the inlet portion ; an outlet portion with a channel for dispensing the sample in a filtered state to a receptacle ; and an intermediate portion having a filter chamber in fluid connection with the conduit of the inlet portion and with the channel of the outlet portion , and a filter layer ; wherein the filter chamber of the intermediate portion has a diameter larger than a diameter of the conduit of the inlet portion and than a diameter of the channel of the outlet portion , and the filter layer extends through the filter chamber such that the conduit of the inlet portion is separated from the channel of the outlet portion by the filter layer . an inlet portion with a conduit ending in an entry port for receiving the sample in an unfiltered state; a septum held at and closing the entry port of the conduit of the inlet portion ; an outlet portion with a channel for dispensing the sample in a filtered state to a receptacle ; and an intermediate portion having a filter chamber in fluid connection with the conduit of the inlet portion and with the channel of the outlet portion , and a filter layer ; wherein the filter chamber of the intermediate portion has a diameter larger than a diameter of the conduit of the inlet portion and than a diameter of the channel of the outlet portion , and the filter layer extends through the filter chamber such that the conduit of the inlet portion is separated from the channel of the outlet portion by the filter layer .
An electronic device comprising: a housing for attachment to an injection device ; a first sensor assembly comprising a first coil and two magnets of opposite polarity, wherein the first coil is configured to provide a first voltage pulse as a first Wiegand wire of the injection device moves from a first position proximate to one of the magnets of the first sensor assembly to a second position proximate to the other magnet of the first sensor assembly ; and one or more processors configured to enter an enabled state from a sleep state after receiving the first voltage pulse from the first coil . a housing for attachment to an injection device ; a first sensor assembly comprising a first coil and two magnets of opposite polarity, wherein the first coil is configured to provide a first voltage pulse as a first Wiegand wire of the injection device moves from a first position proximate to one of the magnets of the first sensor assembly to a second position proximate to the other magnet of the first sensor assembly ; and one or more processors configured to enter an enabled state from a sleep state after receiving the first voltage pulse from the first coil .
A method of coupling a rotor influencing device, which can be coupled, in a form-fitting manner, to a rotor, a part of a drive train or a transmission of a wind energy installation , and which can be decoupled from the rotor, from a part of a drive train or from a transmission of a wind energy installation , by means of a coupling device which is connected to the rotor influencing device, which coupling device can be switched between a decoupling position and a coupling position of the rotor influencing device in a reversible manner, wherein, when the coupling device is positioned in the decoupling position , the coupling device is blocked in the decoupling position by means of an operating blocking device , wherein a control device of the wind energy installation monitors at least one operating parameter of the wind energy installation and deactivates the operating blocking device as a function of the at least one monitored operating parameter, wherein, after the deactivation of the operating blocking device , the rotor influencing device is brought into the coupling position and is coupled by means of the coupling device , wherein a coupling position sensor gives a signal when the coupling device has reached and / or has assumed the coupling position and the control device activates a coupling blocking device as a function of the signal of the coupling position sensor .
A power generation device for outputting environmental energy as electric power, the power generation device comprising: a first power generation element configured to convert the environmental energy and generate electric power to be supplied to a load other than the power generation device ; a display element configured to display a power generation state of the power generation device ; and a second power generation element configured to convert the environmental energy into electric power and supply the electric power generated by the second power generation element to the display element, wherein the second power generation element is placed under a same environment as a power generation environment of the first power generation element and electrically separated from the first power generation element , the power generation device being characterized in comprising: a switching circuit configured to switch between a circuit for supplying the electric power generated by the second power generation element to the display element and a circuit for supplying the electric power generated by the second power generation element to the load. a first power generation element configured to convert the environmental energy and generate electric power to be supplied to a load other than the power generation device ; a display element configured to display a power generation state of the power generation device ; and a second power generation element configured to convert the environmental energy into electric power and supply the electric power generated by the second power generation element to the display element, wherein the second power generation element is placed under a same environment as a power generation environment of the first power generation element and electrically separated from the first power generation element , the power generation device being characterized in comprising: a switching circuit configured to switch between a circuit for supplying the electric power generated by the second power generation element to the display element and a circuit for supplying the electric power generated by the second power generation element to the load. a switching circuit configured to switch between a circuit for supplying the electric power generated by the second power generation element to the display element and a circuit for supplying the electric power generated by the second power generation element to the load.
Method for bundling individual lines of a wire harness having a multiplicity of insulated lines , said method comprising the following steps of a gripper controlled by a control installation : - moving by means of a gripper a first quantity of lines having in each case one contact part into at least one plug which is fastened in a holding device ; - moving by means of the gripper a second quantity of contact-free lines at least into an additional receiving device which is disposed outside the holding device for the plug and has a receptacle chamber , wherein the receptacle chamber in relation to an insulation of the lines has a clamping device . - moving by means of a gripper a first quantity of lines having in each case one contact part into at least one plug which is fastened in a holding device ; - moving by means of the gripper a second quantity of contact-free lines at least into an additional receiving device which is disposed outside the holding device for the plug and has a receptacle chamber , wherein the receptacle chamber in relation to an insulation of the lines has a clamping device .
A radiation dosimeter for measuring the dose of radiation applied during radiation therapy, comprising: a substrate; and a phosphor containing layer comprising a stimulable phosphor and a binder on a side of the substrate; and a colorant; and optionally a layer in contact with the phosphor containing layer; characterised in that the weight ratio of binder to phosphor in the phosphor containing layer is 10 or higher and that the colorant provides a total light absorbance of the layers, applied on the side of the substrate comprising the phosphor containing layer, of at least 0.04 at the stimulation wavelengths of the stimulable phosphor. a substrate; and a phosphor containing layer comprising a stimulable phosphor and a binder on a side of the substrate; and a colorant; and optionally a layer in contact with the phosphor containing layer; characterised in that the weight ratio of binder to phosphor in the phosphor containing layer is 10 or higher and that the colorant provides a total light absorbance of the layers, applied on the side of the substrate comprising the phosphor containing layer, of at least 0.04 at the stimulation wavelengths of the stimulable phosphor.
An apparatus for sensing body information, the apparatus comprising: a light-emitting device configured to emit light toward an object; a light-receiving device configured to detect reflected light reflected from the object; an image sensor configured to detect the reflected light; and a controller configured to: determine a distance between the object and the light-emitting device ; selectively drive at least one of the light-receiving device and the image sensor according to a distance between the object and the light-emitting device ; characterized in that the controller is further configured to determine at least one of body volume information of the object and blood flow information of the object based on the reflected light; wherein, when the distance between the object and the light-emitting device is within a first distance, the controller is configured to determine the blood flow information, and when the distance between the object and the light-emitting device exceeds the first distance, the controller is configured to determine the body volume information of the object. a light-emitting device configured to emit light toward an object; a light-receiving device configured to detect reflected light reflected from the object; an image sensor configured to detect the reflected light; and a controller configured to: determine a distance between the object and the light-emitting device ; selectively drive at least one of the light-receiving device and the image sensor according to a distance between the object and the light-emitting device ; characterized in that the controller is further configured to determine at least one of body volume information of the object and blood flow information of the object based on the reflected light; wherein, when the distance between the object and the light-emitting device is within a first distance, the controller is configured to determine the blood flow information, and when the distance between the object and the light-emitting device exceeds the first distance, the controller is configured to determine the body volume information of the object. determine a distance between the object and the light-emitting device ; selectively drive at least one of the light-receiving device and the image sensor according to a distance between the object and the light-emitting device ; characterized in that the controller is further configured to determine at least one of body volume information of the object and blood flow information of the object based on the reflected light; wherein, when the distance between the object and the light-emitting device is within a first distance, the controller is configured to determine the blood flow information, and when the distance between the object and the light-emitting device exceeds the first distance, the controller is configured to determine the body volume information of the object.
A method of controlling a mobile warning triangle , wherein the mobile warning triangle comprising a first sensor and a second sensor , characterized in that the method comprising: controlling the mobile warning triangle to move forward and acquiring first color information detected by the first sensor and second color information detected by the second sensor when the mobile warning triangle is placed on a lane and the first sensor detects a lane marking ; determining whether the first color information detected by the first sensor is a color of the lane marking ; controlling the mobile warning triangle to continue moving forward when the first color information detected by the first sensor is the color of the lane marking ; determining whether the second color information detected by the second sensor is the color of the lane marking when the first color information detected by the first sensor is not the color of the lane marking ; and correcting a moving direction of the mobile warning triangle to a first direction by a first predetermined angle to continue moving forward when the second color information detected by the second sensor is the color of the lane marking . controlling the mobile warning triangle to move forward and acquiring first color information detected by the first sensor and second color information detected by the second sensor when the mobile warning triangle is placed on a lane and the first sensor detects a lane marking ; determining whether the first color information detected by the first sensor is a color of the lane marking ; controlling the mobile warning triangle to continue moving forward when the first color information detected by the first sensor is the color of the lane marking ; determining whether the second color information detected by the second sensor is the color of the lane marking when the first color information detected by the first sensor is not the color of the lane marking ; and correcting a moving direction of the mobile warning triangle to a first direction by a first predetermined angle to continue moving forward when the second color information detected by the second sensor is the color of the lane marking .
A method for managing notifications, the method comprising: receiving , using a hardware processor, a request to send a first notification for a first application on a user device; receiving a request to send a second notification for a second application on the user device; determining that the first notification and the second notification are corresponding notifications that include similar content or reference similar media content; determining a priority between the first notification and the second notification; and based on the determined priority, sending one of the first notification and the second notification to the user device, and inhibiting the other of the first notification and the second notification from being sent to the user device; characterised in that determining the priority between the first notification and the second notification comprises determining the priority based on an identity of the first application and an identity of the second application. receiving , using a hardware processor, a request to send a first notification for a first application on a user device; receiving a request to send a second notification for a second application on the user device; determining that the first notification and the second notification are corresponding notifications that include similar content or reference similar media content; determining a priority between the first notification and the second notification; and based on the determined priority, sending one of the first notification and the second notification to the user device, and inhibiting the other of the first notification and the second notification from being sent to the user device; characterised in that determining the priority between the first notification and the second notification comprises determining the priority based on an identity of the first application and an identity of the second application.
A method for de-duplicating cache lines, the method comprising: detecting a data pattern in a write to a cache line; determining whether a physical address of the write matches an entry in a last level cache; determining whetherthe data pattern in the write matches one of predefined most commonly duplicated data patterns, the predefined most commonly duplicated data patterns being stored in a table of a cache line filter; determining whether a capacity of the table of the cache line filter has been reached; and in response to determining that the physical address of the write matches the entry in the last level cache, and that the data pattern in the write matches one of predefined most commonly duplicated data patterns, and that the capacity of the cache line filter table has been reached: removing an older entry from the cache line filter to a DRAM overflow table; and allocating a new entry for the write in a space in the cache line filter table, the space resulting from the removal of the older entry. detecting a data pattern in a write to a cache line; determining whether a physical address of the write matches an entry in a last level cache; determining whetherthe data pattern in the write matches one of predefined most commonly duplicated data patterns, the predefined most commonly duplicated data patterns being stored in a table of a cache line filter; determining whether a capacity of the table of the cache line filter has been reached; and in response to determining that the physical address of the write matches the entry in the last level cache, and that the data pattern in the write matches one of predefined most commonly duplicated data patterns, and that the capacity of the cache line filter table has been reached: removing an older entry from the cache line filter to a DRAM overflow table; and allocating a new entry for the write in a space in the cache line filter table, the space resulting from the removal of the older entry. removing an older entry from the cache line filter to a DRAM overflow table; and allocating a new entry for the write in a space in the cache line filter table, the space resulting from the removal of the older entry.
A refrigeration cycle apparatus in which a non-azeotropic refrigerant mixture circulates through a refrigeration cycle configured by a compressor , a condenser , a liquid receiver , a decompressor , an evaporator and a low-pressure vapor/liquid separator which are connected sequentially, the non-azeotropic refrigerant mixture consisting of a high-boiling refrigerant and a or some low-boiling refrigerant(s) mixed together at a predetermined mixing ratio, characterized in that the apparatus comprises a controller for adjusting a composition ratio of the non-azeotropic refrigerant mixture stored in the low-pressure vapor/liquid separator and the composition ratio of the non-azeotropic refrigerant mixture made to flow out of the low-pressure vapor/liquid separator by controlling opening of the decompressor , and determining the mixing ratio of the high-boiling refrigerant and the low-boiling refrigerant of the non-azeotropic refrigerant mixture so that a saturated vapor line of the non-azeotropic refrigerant mixture where a gauge pressure that suppresses refrigerant decomposition due to incorporation of fluid is 0.00 MPa is ≤ -45°C in a low-pressure circuit formed between the decompressor and the compressor .
A method comprising the steps of: receiving, by an interconnection platform for a cloud exchange , an indication to perform at least one of a hot swap service, a hot scaling service, or a disaster recovery service of a first container of a first host computing device of a first private network of a plurality of private networks to a second container of a second host computing device of a second private network of the plurality of private networks , wherein the second private network is different from the first private network , wherein the cloud exchange is configured with one or more virtual circuits to interconnect private networks of the plurality of private networks , and wherein the interconnection platform is configured for execution by processing circuitry ; and directing, by the interconnection platform in response to receiving the indication, application traffic from the first container of the first private network to the second container of the second private network . receiving, by an interconnection platform for a cloud exchange , an indication to perform at least one of a hot swap service, a hot scaling service, or a disaster recovery service of a first container of a first host computing device of a first private network of a plurality of private networks to a second container of a second host computing device of a second private network of the plurality of private networks , wherein the second private network is different from the first private network , wherein the cloud exchange is configured with one or more virtual circuits to interconnect private networks of the plurality of private networks , and wherein the interconnection platform is configured for execution by processing circuitry ; and directing, by the interconnection platform in response to receiving the indication, application traffic from the first container of the first private network to the second container of the second private network .