mhurhangee/patent-ind-claim-en huggingface dataset:
A method executed by a network, the method comprising: setting a threshold for a second trigger condition, the threshold corresponding to an amount of time, and transmitting the setting of the threshold to a user equipment; and receiving a scheduling request transmitted from the user equipment requesting uplink resources for a buffer status report, wherein the transmission of the scheduling request from the user equipment to the base station is triggered by the user equipment determining a first trigger condition and the second trigger condition are fulfilled, wherein the user equipment is to: determine the first trigger condition is fulfilled when data arrives in a transmission buffer of the user equipment; start a timer with a value that corresponds to the amount of time when the first trigger condition is fulfilled to delay transmission of the scheduling request; and determine that the second trigger condition is fulfilled when the timer expires. setting a threshold for a second trigger condition, the threshold corresponding to an amount of time, and transmitting the setting of the threshold to a user equipment; and receiving a scheduling request transmitted from the user equipment requesting uplink resources for a buffer status report, wherein the transmission of the scheduling request from the user equipment to the base station is triggered by the user equipment determining a first trigger condition and the second trigger condition are fulfilled, wherein the user equipment is to: determine the first trigger condition is fulfilled when data arrives in a transmission buffer of the user equipment; start a timer with a value that corresponds to the amount of time when the first trigger condition is fulfilled to delay transmission of the scheduling request; and determine that the second trigger condition is fulfilled when the timer expires. determine the first trigger condition is fulfilled when data arrives in a transmission buffer of the user equipment; start a timer with a value that corresponds to the amount of time when the first trigger condition is fulfilled to delay transmission of the scheduling request; and determine that the second trigger condition is fulfilled when the timer expires.
A non-transitory computer-readable storage medium storing computer-readable instructions that cause a processor of a print image control device , which sets a print position relating to a print image printed by a printing portion of a printer onto an object to be printed supported by a support member that moves between the print position in which the support member faces the printing portion and a stand-by position in which the support member does not face the printing portion, to perform processes comprising: performing part specification command input processing (S6, S26, S46, S86, S107) in which a command is input specifying in a photographic image a characteristic point of the object to be printed or a command is input selecting in a photographic image a region having a corner as a characteristic point to arrange the image on the object to be printed, the photographic image captured by an image capture device that captures an image of the object to be printed supported by the support member in the stand-by position; performing characteristic identification processing (S7, S27, S47, S86, S107) that identifies, for the object to be printed, the position of the characteristic point specified by the command input by the part specification command input processing; performing generated graphic generation processing (S8, S28, S87, S108) that generates a generated graphic (81, 82, 83, 84, 85 to 89) at the position of the characteristic point identified by the characteristic identification processing; and performing display control processing (S9, S29, S88, S108) that displays, on a display portion , the generated graphic generated by the generated graphic generation processing, along with at least one of the photographic image and the print image. performing part specification command input processing (S6, S26, S46, S86, S107) in which a command is input specifying in a photographic image a characteristic point of the object to be printed or a command is input selecting in a photographic image a region having a corner as a characteristic point to arrange the image on the object to be printed, the photographic image captured by an image capture device that captures an image of the object to be printed supported by the support member in the stand-by position; performing characteristic identification processing (S7, S27, S47, S86, S107) that identifies, for the object to be printed, the position of the characteristic point specified by the command input by the part specification command input processing; performing generated graphic generation processing (S8, S28, S87, S108) that generates a generated graphic (81, 82, 83, 84, 85 to 89) at the position of the characteristic point identified by the characteristic identification processing; and performing display control processing (S9, S29, S88, S108) that displays, on a display portion , the generated graphic generated by the generated graphic generation processing, along with at least one of the photographic image and the print image.
A building management system comprising: a building system interface configured to access a building system; a data service module configured to access building system data in the building system through the building system interface; a knowledge base providing a model of the building system, the model including semantic descriptions of the building system data, the semantic descriptions of the building system data being arranged in an ontology; a semantic service module in communication with the knowledge base; and a user interface in communication with the semantic service module and the data service module, the user interface generating a user access request to access building system data; characterised in that the user access request is a read request; and wherein the semantic service module is configured to access the knowledge base to retrieve building system data entries matching the user access request; wherein the knowledge base is configured to provide metadata from building system data entries matching the user access request to the user interface, said metadata identifying data sources; wherein the user interface is configured to send a request including the provided metadata to the data service module to retrieve values from the data sources identified by the knowledge base; and wherein the data service module is configured to send a request to the building system interface to retrieve the building system data in response to the metadata. a building system interface configured to access a building system; a data service module configured to access building system data in the building system through the building system interface; a knowledge base providing a model of the building system, the model including semantic descriptions of the building system data, the semantic descriptions of the building system data being arranged in an ontology; a semantic service module in communication with the knowledge base; and a user interface in communication with the semantic service module and the data service module, the user interface generating a user access request to access building system data; characterised in that the user access request is a read request; and wherein the semantic service module is configured to access the knowledge base to retrieve building system data entries matching the user access request; wherein the knowledge base is configured to provide metadata from building system data entries matching the user access request to the user interface, said metadata identifying data sources; wherein the user interface is configured to send a request including the provided metadata to the data service module to retrieve values from the data sources identified by the knowledge base; and wherein the data service module is configured to send a request to the building system interface to retrieve the building system data in response to the metadata.
A clothes dryer comprising :- • a drying chamber , arranged to accommodate clothes, defined by at least one wall, • an air pathway, along which air is arranged to flow from an air inlet to an air outlet, comprising the drying chamber , wherein, • the at least one wall comprises a cavity wall comprising a first surface , a cavity and a second surface , • the first surface of the cavity wall being arranged to define an exterior surface of the dryer and to facilitate a transmission of light energy to the cavity and/or the second surface , the second surface of the cavity wall being arranged to define at least a part of the drying chamber , • the cavity being arranged as comprised in the air pathway, the clothes dryer being characterised in that : the first surface is a first curved surface , and the second surface is a second curved surface , and that the cavity is configured to cooperate with an air pathway channel where air enters the air inlet positioned near the base of the dryer and is urged upwards along the cavity in a direction (33A, 33B, 33C and 33D) to the top of the drying chamber where a funnel directs heated air from the cavity into the air pathway channel , wherein the air pathway channel takes the heated air from the funnel and conveys the heated air to the bottom of the drying chamber . • a drying chamber , arranged to accommodate clothes, defined by at least one wall, • an air pathway, along which air is arranged to flow from an air inlet to an air outlet, comprising the drying chamber , • the at least one wall comprises a cavity wall comprising a first surface , a cavity and a second surface , • the first surface of the cavity wall being arranged to define an exterior surface of the dryer and to facilitate a transmission of light energy to the cavity and/or the second surface , the second surface of the cavity wall being arranged to define at least a part of the drying chamber , • the cavity being arranged as comprised in the air pathway, the first surface is a first curved surface , and the second surface is a second curved surface , and that the cavity is configured to cooperate with an air pathway channel where air enters the air inlet positioned near the base of the dryer and is urged upwards along the cavity in a direction (33A, 33B, 33C and 33D) to the top of the drying chamber where a funnel directs heated air from the cavity into the air pathway channel , wherein the air pathway channel takes the heated air from the funnel and conveys the heated air to the bottom of the drying chamber .
A saddle vehicle comprising: a frame ; a first device that includes an adjustment mechanism ; and a second device that includes an adjustment mechanism , wherein any one of the first device and the second device is a lighting device in which a direction of a light source of light is adjustable, an opening is formed, and the adjustment mechanism included in the first device and the adjustment mechanism included in the second device can be operated by being accessed from outside through the same opening , wherein the saddle vehicle includes a guide that guides a tool (T1) inserted into the opening to the adjustment mechanism included in the first device , characterized in that the first device and the second device are lined up in a vertical direction, the opening is disposed lower than the first device and lower than the second device , and the opening is open downward, wherein the first device is located above the second device , the second device is attached to the frame via a stay , and for operating the adjustment mechanism included in the first device , the tool (T1) is inserted through the opening located below the first device so that the tool (T1) penetrates the stay . a frame ; a first device that includes an adjustment mechanism ; and a second device that includes an adjustment mechanism , wherein any one of the first device and the second device is a lighting device in which a direction of a light source of light is adjustable, an opening is formed, and the adjustment mechanism included in the first device and the adjustment mechanism included in the second device can be operated by being accessed from outside through the same opening , wherein the saddle vehicle includes a guide that guides a tool (T1) inserted into the opening to the adjustment mechanism included in the first device , characterized in that the first device and the second device are lined up in a vertical direction, the opening is disposed lower than the first device and lower than the second device , and the opening is open downward, wherein the first device is located above the second device , the second device is attached to the frame via a stay , and for operating the adjustment mechanism included in the first device , the tool (T1) is inserted through the opening located below the first device so that the tool (T1) penetrates the stay .
Device for disinfecting water of a swimming pool, comprising an inlet for water from the swimming pool, an ozonation device and a mixing section for ozone-containing water, wherein the ozonation device comprises at least one UV light source for generating ozone and an admixing unit for admixing the generated ozone to the water of the inlet and the mixing section comprises a housing connected to the inlet, wherein the at least one UV light source is arranged on the housing or within the housing with an emission of the UV light directed into the housing interior and the housing forms deflecting surfaces for the water which project into the housing interior and which ensure a meandering flow within the housing , and the housing has an intake opening for air and a discharge opening connected to the admixing unit , characterized in that the housing is provided with a transparent plate for visual inspection of the interior of the housing and the at least one UV light source arranged inside the housing has a sheathing , which is arranged on a deflecting surface or forms a part of the deflecting surface , wherein a sequence of deflecting surfaces arranged in parallel and provided in each case with a UV light source is provided inside the housing , and the sheathings of successive UV light sources are connected to one another via an air flow channel .
A method for the recovery of metals from a feed stream containing one or more value metals and lithium, the method comprising: subjecting the feed stream to a sulphuric acid leach to form a slurry comprising a pregnant leach solution of soluble metal salts and a solid residue; separating the pregnant leach solution and the solid residue; subjecting the pregnant leach solution to a precipitation step to remove iron and aluminium, the precipitation step comprising the addition of ammonia to increase the pH of the pregnant leach solution to above 4.5: subjecting the pregnant leach solution to one or more separate solvent extraction steps, wherein each solvent extraction step recovers one or more value metals from the pregnant leach solution and where each solvent extraction step comprises the dosing of the pregnant leach solution with ammonia to maintain a target pH, the remaining pregnant leach solution comprising lithium recovery of lithium from the pregnant leach solution; and following the step of lithium recovery, the leach solution is subjected to an ammonium sulphate recovery step. subjecting the feed stream to a sulphuric acid leach to form a slurry comprising a pregnant leach solution of soluble metal salts and a solid residue; separating the pregnant leach solution and the solid residue; subjecting the pregnant leach solution to a precipitation step to remove iron and aluminium, the precipitation step comprising the addition of ammonia to increase the pH of the pregnant leach solution to above 4.5: subjecting the pregnant leach solution to one or more separate solvent extraction steps, wherein each solvent extraction step recovers one or more value metals from the pregnant leach solution and where each solvent extraction step comprises the dosing of the pregnant leach solution with ammonia to maintain a target pH, the remaining pregnant leach solution comprising lithium recovery of lithium from the pregnant leach solution; and following the step of lithium recovery, the leach solution is subjected to an ammonium sulphate recovery step. subjecting the pregnant leach solution to one or more separate solvent extraction steps, wherein each solvent extraction step recovers one or more value metals from the pregnant leach solution and where each solvent extraction step comprises the dosing of the pregnant leach solution with ammonia to maintain a target pH, the remaining pregnant leach solution comprising lithium recovery of lithium from the pregnant leach solution; and following the step of lithium recovery, the leach solution is subjected to an ammonium sulphate recovery step.
A blow mandrel device for blow molding blow molded parts, having a blow mandrel unit and a holder , the blow mandrel unit having a blow mandrel and being held by the holder , wherein the blow mandrel unit is pivotally mounted in the holder and the blow mandrel device comprises a pivot unit for pivoting the blow mandrel unit from a first position into a second position different from the first position relative to the holder , wherein the first position is a push-on position for a parison onto the blow mandrel , characterized in that the blow mandrel device comprises a fixing unit for fixing a parison to the blow mandrel after the push-on.
An inductance-to-data converter, i.e. IDC, integrated circuit suitable for operation with external sense and reference resonators Lsense and Lref, the Lsense and Lref resonators including respectively a sense inductor coil LS, and a reference inductor coil LR, and including a common resonator capacitor Cc, the IDC circuit comprising: an LSENSE output for coupling to the LS inductor coil; an LREF output for coupling to the LR inductor coil; an LCOM input for coupling to the resonator capacitor Cc; an Lsense driver with an output coupled to the LSENSE output, and an input coupled to the LCOM input, the Lsense driver selectively enabled by an out enable signal OEsense; an Lref driver with an output coupled to the LREF output, and an input coupled to the LCOM input, the Lref driver selectively enabled by an out enable signal OEref; the OEsense and OEref signals controlled to time-multiplex operation of the Lsense and Lref drivers; the Lsense driver operable with the Lsense resonator as an Lsense ring oscillator to drive, when enabled by the OEsense signal, time-multiplexed Lsense resonator excitation signals through the LSENSE output, based on time-multiplexed Lsense resonance measurements received from the LCOM input; the Lref driver operable with the Lref resonator as an Lref ring oscillator to drive, when enabled by the OEref signal, time-multiplexed Lref resonator excitation signals through the LREF output, based on time-multiplexed Lref resonance measurements received from the LCOM input; and readout circuitry to provide differential readout data based on the time-multiplexed Lsense and Lref resonance measurements, corresponding respectively to inductances of the LS and LR inductor coils. an LSENSE output for coupling to the LS inductor coil; an LREF output for coupling to the LR inductor coil; an LCOM input for coupling to the resonator capacitor Cc; an Lsense driver with an output coupled to the LSENSE output, and an input coupled to the LCOM input, the Lsense driver selectively enabled by an out enable signal OEsense; an Lref driver with an output coupled to the LREF output, and an input coupled to the LCOM input, the Lref driver selectively enabled by an out enable signal OEref; the OEsense and OEref signals controlled to time-multiplex operation of the Lsense and Lref drivers; the Lsense driver operable with the Lsense resonator as an Lsense ring oscillator to drive, when enabled by the OEsense signal, time-multiplexed Lsense resonator excitation signals through the LSENSE output, based on time-multiplexed Lsense resonance measurements received from the LCOM input; the Lref driver operable with the Lref resonator as an Lref ring oscillator to drive, when enabled by the OEref signal, time-multiplexed Lref resonator excitation signals through the LREF output, based on time-multiplexed Lref resonance measurements received from the LCOM input; and readout circuitry to provide differential readout data based on the time-multiplexed Lsense and Lref resonance measurements, corresponding respectively to inductances of the LS and LR inductor coils.
Protective device for the protection of a user, said protective device comprising an inflatable element configured to reach a deflated condition and an inflated condition, wherein the inflatable element includes a mesh structure comprising a first mesh portion and a second mesh portion and a plurality of tie elements , wherein said first mesh portion and said second mesh portion are counterposed and are connected to each other by the plurality of tie elements ; wherein the first mesh portion , the second mesh portion and the tie elements define at least one inner housing of the mesh structure ; characterized in that the protective device includes an inner covering or lining apt to internally cover or line said at least one inner housing; wherein the inner covering is a flexible covering which adheres in contact with the mesh structure even in the deflated condition and forms an inner surface of the inflatable element intended to come into contact with an inflation fluid. characterized in that the protective device includes an inner covering or lining apt to internally cover or line said at least one inner housing; wherein the inner covering is a flexible covering which adheres in contact with the mesh structure even in the deflated condition and forms an inner surface of the inflatable element intended to come into contact with an inflation fluid.
An electronic device , characterized by comprising a headset port and a processor , wherein the headset port is configured for a headset component to be connected, and the headset component comprises a headset or a headset adapter ; the processor is configured to determine that the headset port does not support the connected headset component in a case that it is determined that the electronic device does not have a function of performing conversion between digital audio and analog audio and that the headset component connected to the headset port is an analog component; and wherein the electronic device further comprises at least one or any combination of a motor , a display , or an indicator, configured to output prompt information in response to an instruction generated in a case that the processor determines that the headset port does not support the connected headset component, wherein the prompt information is used for indicating that the headset port does not support the connected headset component. the headset port is configured for a headset component to be connected, and the headset component comprises a headset or a headset adapter ; the processor is configured to determine that the headset port does not support the connected headset component in a case that it is determined that the electronic device does not have a function of performing conversion between digital audio and analog audio and that the headset component connected to the headset port is an analog component; and wherein the electronic device further comprises at least one or any combination of a motor , a display , or an indicator, configured to output prompt information in response to an instruction generated in a case that the processor determines that the headset port does not support the connected headset component, wherein the prompt information is used for indicating that the headset port does not support the connected headset component.