mhurhangee/patent-ind-claim-en huggingface dataset:
An indoor farming management system associated with a farming system located within an indoor environment, the indoor farming management system comprising: at least one sensor; a central processing unit arranged in signal communication with the at least one sensor; a device in one of an operative state and a non-operative state; wherein the central processing unit is operable to control the at least one indoor environmental parameter, based on data received from the sensor; wherein the central processing unit is operable to send a control signal to the device , wherein the device is configurable to switch between the operative state and the non-operative state based on the control signal, the farming system further comprises a plurality of farming modules , wherein each farming module is configured to grow at least one type of plant, wherein switching of the device between the operative state and the non-operative state is based at least on a stage of growth of the type of plant, the farming system further comprises a growth rack adapted to store the plurality of farming modules , wherein the device is adapted to store or retrieve at least one farming module . at least one sensor; a central processing unit arranged in signal communication with the at least one sensor; a device in one of an operative state and a non-operative state; wherein the central processing unit is operable to control the at least one indoor environmental parameter, based on data received from the sensor; wherein the central processing unit is operable to send a control signal to the device , wherein the device is configurable to switch between the operative state and the non-operative state based on the control signal, the farming system further comprises a plurality of farming modules , wherein each farming module is configured to grow at least one type of plant, wherein switching of the device between the operative state and the non-operative state is based at least on a stage of growth of the type of plant, the farming system further comprises a growth rack adapted to store the plurality of farming modules , wherein the device is adapted to store or retrieve at least one farming module .
A method of making a workpiece in an additive manufacturing process in which a starting material is solidified in a layer by layer fashion, with each layer of the workpiece being solidified using a patterned image of radiant energy configured as a two-dimensional grid array of pixels , the method comprising: for each layer of the workpiece, determining a preferred angular orientation of the grid array, relative to the layer; and orienting the patterned image to the preferred angular orientation before solidifying the starting material for that layer; characterized in that the preferred angular orientation is selected to align an edge of one or more pixels with an edge of the workpiece. for each layer of the workpiece, determining a preferred angular orientation of the grid array, relative to the layer; and orienting the patterned image to the preferred angular orientation before solidifying the starting material for that layer; characterized in that the preferred angular orientation is selected to align an edge of one or more pixels with an edge of the workpiece.
Hot beverage preparation device , having a fluid transport system , wherein the fluid transport system has a pressure piston system with a pressure piston which is designed to use a pressure present in the fluid transport system as drive pressure to move the pressure piston , further having a brewing unit , a beverage dispensing unit and a residual fluid suction unit between the brewing unit and the beverage dispensing unit for sucking up residual fluid, characterised in that the pressure piston system is designed to control the residual fluid suction unit with the aid of the movement of the pressure piston .
Filter device for filtering grinding dust, in particular glass grinding dust produced when grinding eyeglass lenses, out of grinding wastewater, said filter device comprising an inlet for supplying grinding wastewater to a filter unit for filtering the grinding wastewater, a container having a container opening for insertion of the filter unit , and an outlet for filtered water, wherein the filter unit comprises a filter bag made of textile material having a bag opening , which filter bag can be inserted into the container opening of the container , characterized in that the filter unit comprises, above the bag opening , a trickle plate having a hole pattern comprising holes having a diameter of 2-10 mm, wherein the inlet opens onto the trickle plate , such that grinding wastewater is distributed on the trickle plate and enters the filter bag via the hole pattern , wherein grinding dust from the grinding wastewater remains in the filter bag and filtered water passes through the filter bag into the container , and wherein the trickle plate is designed in a dish-shaped manner in order to receive a predetermined quantity of grinding wastewater. wherein the filter unit comprises a filter bag made of textile material having a bag opening , which filter bag can be inserted into the container opening of the container , characterized in that the filter unit comprises, above the bag opening , a trickle plate having a hole pattern comprising holes having a diameter of 2-10 mm, wherein the inlet opens onto the trickle plate , such that grinding wastewater is distributed on the trickle plate and enters the filter bag via the hole pattern , wherein grinding dust from the grinding wastewater remains in the filter bag and filtered water passes through the filter bag into the container , and wherein the trickle plate is designed in a dish-shaped manner in order to receive a predetermined quantity of grinding wastewater.
A method for generating a signal comprising video transcoding hints from a video stream available in a reference quality (S_0) and in at least one different quality (S_i, S_N), the method comprising: - receiving the video stream in the reference quality (IV_REF); - receiving the video stream in the at least one different quality (IV_IN); - extracting first prediction data of the received video stream in the reference quality by decoding the video stream in the reference quality (IV_REF) or by parsing the video stream in the reference quality (IV_REF) in coded form; - extracting second prediction data of the received video stream in the at least one different quality by decoding the video stream in the at least one different quality (IV_IN) or by parsing the video stream in the at least one different quality (IV_IN) in coded form; and - based on the extracted first prediction data and on the extracted second prediction data, generating a transcoding hint signal (THS) comprising: at least one transcoding instruction hint (H2) for extending a prediction search technique for encoding the video stream from the reference quality into the at least one different quality based on the extracted first prediction data; and at least one respectively associated complexity cost of performing the respective extended prediction search technique, wherein the at least one transcoding instruction hint represents a prediction search technique refinement by adapting a search space of the prediction search technique, wherein the at least one respectively associated complexity cost represents a computational load required for encoding the video stream into the at least one other quality using the adapted search space of the prediction search technique. - receiving the video stream in the reference quality (IV_REF); - receiving the video stream in the at least one different quality (IV_IN); - extracting first prediction data of the received video stream in the reference quality by decoding the video stream in the reference quality (IV_REF) or by parsing the video stream in the reference quality (IV_REF) in coded form; - extracting second prediction data of the received video stream in the at least one different quality by decoding the video stream in the at least one different quality (IV_IN) or by parsing the video stream in the at least one different quality (IV_IN) in coded form; and - based on the extracted first prediction data and on the extracted second prediction data,
A sole structure for an article of footwear including an upper-facing surface and a ground-facing surface opposite the upper-facing surface, comprising: a heel-supporting region including a central area surrounded by a first plurality of rings defined in the ground-facing surface; a forefoot-supporting region including a central area surrounded by a second plurality of rings defined in the ground-facing surface, wherein the heel-supporting region and the forefoot-supporting region constitute parts of a single midsole element made from a polymeric foam material, wherein each of the first plurality of rings and the second plurality of rings includes: a first ring that surrounds the central area and a second ring that surrounds the first ring; and an outsole component partially covering the single midsole element, wherein the outsole component includes a first opening through which at least some of the first plurality of rings are exposed and a second opening through which at least some of the second plurality of rings are exposed. a heel-supporting region including a central area surrounded by a first plurality of rings defined in the ground-facing surface; a forefoot-supporting region including a central area surrounded by a second plurality of rings defined in the ground-facing surface, wherein the heel-supporting region and the forefoot-supporting region constitute parts of a single midsole element made from a polymeric foam material, wherein each of the first plurality of rings and the second plurality of rings includes: a first ring that surrounds the central area and a second ring that surrounds the first ring; and an outsole component partially covering the single midsole element, wherein the outsole component includes a first opening through which at least some of the first plurality of rings are exposed and a second opening through which at least some of the second plurality of rings are exposed.
Smart card (CD1) comprising: - a card body formed at least in part by a metal layer , said metal layer comprising a cutout area opening onto a peripheral edge of the metal layer, said metal layer comprising a slot connecting the cutout area to the peripheral edge of the metal layer; - an RF chip ; - a first RF antenna (AT1) arranged in or opposite the cutout area, said first RF antenna being electrically connected to the RF chip; and - a second RF antenna (AT2) comprising: ° a first antenna part (AT2a) extending opposite the metal layer to collect an image current (I2a) induced by first eddy currents (I1a) flowing in the metal layer; and ° a second antenna part (AT2b), electrically connected to the first antenna part (AT2a), the first antenna part (AT2a) and the second antenna part (AT2b) comprising coils, characterized in that : - the second RF antenna (AT2) is electrically insulated from the metal layer and from the first RF antenna; - the second antenna part (AT2b) extends opposite the cutout area to allow a magnetic coupling (CL1) between the first RF antenna and the second RF antenna, and - said smart card allows a global induced current to flow in the same direction in the coils of the first antenna part AT2a and in the coils of the second antenna part AT2b. - a card body formed at least in part by a metal layer , said metal layer comprising a cutout area opening onto a peripheral edge of the metal layer, said metal layer comprising a slot connecting the cutout area to the peripheral edge of the metal layer; - an RF chip ; - a first RF antenna (AT1) arranged in or opposite the cutout area, said first RF antenna being electrically connected to the RF chip; and - a second RF antenna (AT2) comprising: ° a first antenna part (AT2a) extending opposite the metal layer to collect an image current (I2a) induced by first eddy currents (I1a) flowing in the metal layer; and ° a second antenna part (AT2b), electrically connected to the first antenna part (AT2a), the first antenna part (AT2a) and the second antenna part (AT2b) comprising coils, characterized in that : ° a first antenna part (AT2a) extending opposite the metal layer to collect an image current (I2a) induced by first eddy currents (I1a) flowing in the metal layer; and ° a second antenna part (AT2b), electrically connected to the first antenna part (AT2a), - the second RF antenna (AT2) is electrically insulated from the metal layer and from the first RF antenna; - the second antenna part (AT2b) extends opposite the cutout area to allow a magnetic coupling (CL1) between the first RF antenna and the second RF antenna, and - said smart card allows a global induced current to flow in the same direction in the coils of the first antenna part AT2a and in the coils of the second antenna part AT2b.
A power module comprising: one or more power transistors each having a respective die surface; a conductive overlay electrically coupled to each of the one or more power transistors over the respective die surface thereof; and characterised in that the power module further comprises a temperature sensor physically bonded to a top surface of the conductive overlay to provide a direct temperature measurement for the one or more power transistors . one or more power transistors each having a respective die surface; a conductive overlay electrically coupled to each of the one or more power transistors over the respective die surface thereof; and characterised in that the power module further comprises a temperature sensor physically bonded to a top surface of the conductive overlay to provide a direct temperature measurement for the one or more power transistors .
A computing device (1100; 1200) comprising: a processing unit (1110, 1115; 1210); and memory (1120, 1125; 1222, 1224); the computing device configured, via computer-executable instructions, to perform operations for validating stateful app links for mobile applications, the operations comprising: maintaining a log of events triggered by a mobile application , the events associated with selected event handlers of the mobile application; receiving a request to dynamically generate a stateful app link to a current page of the mobile application , wherein the stateful app link represents a saved application state of the mobile application; and responsive to determining that the log contains an event associated with the current page that has a dependency on a resource external to the mobile application, outputting an indication of the dependency . a processing unit (1110, 1115; 1210); and memory (1120, 1125; 1222, 1224); the computing device configured, via computer-executable instructions, to perform operations for validating stateful app links for mobile applications, the operations comprising: maintaining a log of events triggered by a mobile application , the events associated with selected event handlers of the mobile application; receiving a request to dynamically generate a stateful app link to a current page of the mobile application , wherein the stateful app link represents a saved application state of the mobile application; and responsive to determining that the log contains an event associated with the current page that has a dependency on a resource external to the mobile application, outputting an indication of the dependency . maintaining a log of events triggered by a mobile application , the events associated with selected event handlers of the mobile application; receiving a request to dynamically generate a stateful app link to a current page of the mobile application , wherein the stateful app link represents a saved application state of the mobile application; and responsive to determining that the log contains an event associated with the current page that has a dependency on a resource external to the mobile application, outputting an indication of the dependency .
Transfilling device (1, 1', 1") for transfilling a liquid drug from a cartridge to a flexible reservoir , the transfilling device (1, 1', 1") including: - a support unit and a plunger , the support unit configured to receive the cartridge , the plunger being insertable into the cartridge , wherein the plunger is displaceable relative to the support unit along an advancement direction between a plunger retracted position, where the plunger is in a most distal position relative to the support unit , and a plunger advanced position, where the plunger is in a most proximal position relative to the support unit , wherein the plunger is configured to push a piston of the cartridge from a piston retracted position to a piston advanced position by displacing the plunger (113; - a transfer cannula , wherein the transfer cannula is configured to penetrate a flexible reservoir septum with a cannula outlet end and to penetrate a cartridge septum with a cannula inlet end and thereby to fluidly couple the flexible reservoir with the cartridge ; - a reservoir locking unit (13, 13', 13"), characterized in that the reservoir locking unit (13, 13', 13") is configured to releasably mechanically couple the support unit to the flexible reservoir and wherein the coupling of the reservoir locking unit (13, 13', 13") is designed such that the coupling is automatically released in the plunger advanced position, wherein the reservoir locking unit comprises movable elements for releasing the coupling. - a support unit and a plunger , the support unit configured to receive the cartridge , the plunger being insertable into the cartridge , wherein the plunger is displaceable relative to the support unit along an advancement direction between a plunger retracted position, where the plunger is in a most distal position relative to the support unit , and a plunger advanced position, where the plunger is in a most proximal position relative to the support unit , wherein the plunger is configured to push a piston of the cartridge from a piston retracted position to a piston advanced position by displacing the plunger (113; - a transfer cannula , wherein the transfer cannula is configured to penetrate a flexible reservoir septum with a cannula outlet end and to penetrate a cartridge septum with a cannula inlet end and thereby to fluidly couple the flexible reservoir with the cartridge ; - a reservoir locking unit (13, 13', 13"), characterized in that the reservoir locking unit (13, 13', 13") is configured to releasably mechanically couple the support unit to the flexible reservoir and wherein the coupling of the reservoir locking unit (13, 13', 13") is designed such that the coupling is automatically released in the plunger advanced position, wherein the reservoir locking unit comprises movable elements for releasing the coupling.
A composite molded article obtained by laser welding molded article composed of a polyester resin composition, having a crystallinity of 15% or more as calculated using fast scanning calorimetry by the following method: calculation method: using fast scanning calorimetry, said polyester resin composition is heated from 30°C to 260°C at 10000°C/second, then maintained at 260°C for 0.1 second, then cooled to 80°C at 5000°C/second, maintained at 80°C for 0.1 second, then cooled to -70°C at 5000°C/second, and then heated to 260°C at 1000°C/second, after which the curve obtained is used to calculate said crystallinity, wherein said polyester resin composition comprises a polyester resin (A) as a main component, which is in an amount of 30 wt% or more with respect to 100 wt% of the polyester resin composition and a metal component comprising one or more metal species, and characterized in that , with respect to the end carboxyl group amount of said polyester resin (A) and an amount of the metal component contained in said resin composition, the ratio expressed by said amount of the metal component /said end carboxyl group amount is 0.80 or more and 2.00 or less, and wherein the end carboxyl group amount and the amount of the metal component are measured by the respective method of the description. calculation method: using fast scanning calorimetry, said polyester resin composition is heated from 30°C to 260°C at 10000°C/second, then maintained at 260°C for 0.1 second, then cooled to 80°C at 5000°C/second, maintained at 80°C for 0.1 second, then cooled to -70°C at 5000°C/second, and then heated to 260°C at 1000°C/second, after which the curve obtained is used to calculate said crystallinity, wherein said polyester resin composition comprises a polyester resin (A) as a main component, which is in an amount of 30 wt% or more with respect to 100 wt% of the polyester resin composition and a metal component comprising one or more metal species, and characterized in that , with respect to the end carboxyl group amount of said polyester resin (A) and an amount of the metal component contained in said resin composition, the ratio expressed by said amount of the metal component /said end carboxyl group amount is 0.80 or more and 2.00 or less, and wherein the end carboxyl group amount and the amount of the metal component are measured by the respective method of the description.
An oil separator for separating oil from oil-laden gases, comprising: a housing having a plurality of cavities, each of said cavities extending between a proximal end and a distal end; a plurality of augers , each of said augers having a helical flight extending about a longitudinal central axis between an inlet end and an outlet end, said augers being disposed in separate ones of said cavities to form helical flow paths about said longitudinal central axes ; characterized in that at least one of said augers has an annular wall extending from said inlet end about said longitudinal central axis , said annular wall bounding an inlet chamber ; an end cap fixed to said annular wall over said inlet chamber, said end cap having an inlet ; a plunger valve having a valve head disposed in said inlet chamber ; and a spring member configured to bias said valve head into a closed position in sealed abutment with said end cap to perfect a seal over said inlet to inhibit the flow of oil-laden gases therethrough, said valve head being moveable within said inlet chamber against the bias of said spring member to an open position away from said end cap in response to pressure being applied against said valve head sufficient to overcome the bias of said spring member , wherein said end cap has a through opening extending along said longitudinal central axis and said plunger valve has a valve stem extending from said valve head through said through opening . a housing having a plurality of cavities, each of said cavities extending between a proximal end and a distal end; a plurality of augers , each of said augers having a helical flight extending about a longitudinal central axis between an inlet end and an outlet end, said augers being disposed in separate ones of said cavities to form helical flow paths about said longitudinal central axes ; characterized in that at least one of said augers has an annular wall extending from said inlet end about said longitudinal central axis , said annular wall bounding an inlet chamber ; an end cap fixed to said annular wall over said inlet chamber, said end cap having an inlet ; a plunger valve having a valve head disposed in said inlet chamber ; and a spring member configured to bias said valve head into a closed position in sealed abutment with said end cap to perfect a seal over said inlet to inhibit the flow of oil-laden gases therethrough, said valve head being moveable within said inlet chamber against the bias of said spring member to an open position away from said end cap in response to pressure being applied against said valve head sufficient to overcome the bias of said spring member , wherein said end cap has a through opening extending along said longitudinal central axis and said plunger valve has a valve stem extending from said valve head through said through opening .