mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless device for handling communication of the wireless device in a wireless communication network, wherein the wireless communication network comprises a first radio network node and a second radio network node , which first radio network node serves the wireless device , the method comprising: - receiving from the first radio network node an indication indicating a mapping between a plurality of channel state information reference signals, CSI-RSs, and a plurality of random access channel, RACH, configurations; - receiving one or more CSI-RSs from the second radio network node ; - selecting a CSI-RS out of the one or more received CSI-RSs; and - initiating a random access procedure towards the second radio network node using at least part of the RACH configuration mapped to the selected CSI-RS. - receiving from the first radio network node an indication indicating a mapping between a plurality of channel state information reference signals, CSI-RSs, and a plurality of random access channel, RACH, configurations; - receiving one or more CSI-RSs from the second radio network node ; - selecting a CSI-RS out of the one or more received CSI-RSs; and - initiating a random access procedure towards the second radio network node using at least part of the RACH configuration mapped to the selected CSI-RS.
A speed control method for a marine vessel comprising: processing to a throttle opening of a power source of the marine vessel based on a vertical motion of a hull of the marine vessel , characterized by applying a subtraction processing to the throttle opening of the power source of the marine vessel based on a vertical speed of a hull of the marine vessel .
A network component comprising: a data collection interface configured to obtain an indication of a list mobile network subscriptions for which a mobile terminal contains subscriber identity modules; and for each of the subscriptions, communication performance information from mobile communication networks associated with the subscriptions; a controller configured to determine control information for controlling communication via at least one of the mobile communication networks associated with the subscriptions based on the communication performance information at a location to which the mobile terminal is expected to be moving when selecting a mobile communication network; and a notification interface configured to notify the mobile terminal to perform communication using the at least one of the mobile communication networks according to the control information. a data collection interface configured to obtain an indication of a list mobile network subscriptions for which a mobile terminal contains subscriber identity modules; and for each of the subscriptions, communication performance information from mobile communication networks associated with the subscriptions; a controller configured to determine control information for controlling communication via at least one of the mobile communication networks associated with the subscriptions based on the communication performance information at a location to which the mobile terminal is expected to be moving when selecting a mobile communication network; and a notification interface configured to notify the mobile terminal to perform communication using the at least one of the mobile communication networks according to the control information.
A drinking water dispenser with a UV disinfection device comprising a body and installed in the body : an inlet pipe for connecting an external water source, a cold water tank equipped with a cooling device and having a lower part filled with water and an upper part , in which an air cavity is formed, when the cold water tank is filled with water, a water inlet connected to the inlet pipe , and a water outlet connected to an outlet pipe , an outlet valve for dispensing water to consumers, connected to the outlet pipe , and a UV radiation source installed in the cold water tank , characterised in that the water inlet is made in a form of a vertical pipe , placed in the cold water tank , and having an open upper end and a lower end connected to the inlet pipe ; and wherein the UV radiation source is installed in the upper part of the cold water tank above the open upper end of the vertical pipe of the water inlet . an inlet pipe for connecting an external water source, a cold water tank equipped with a cooling device and having a lower part filled with water and an upper part , in which an air cavity is formed, when the cold water tank is filled with water, a water inlet connected to the inlet pipe , and a water outlet connected to an outlet pipe , an outlet valve for dispensing water to consumers, connected to the outlet pipe , and a UV radiation source installed in the cold water tank , characterised in that the water inlet is made in a form of a vertical pipe , placed in the cold water tank , and having an open upper end and a lower end connected to the inlet pipe ; and wherein the UV radiation source is installed in the upper part of the cold water tank above the open upper end of the vertical pipe of the water inlet .
A lithium secondary battery which comprises: an electrode assembly including a positive electrode, a negative electrode and a separator interposed between the positive electrode and the negative electrode; an electrolyte including a lithium salt and an organic solvent; and a battery casing receiving the electrode assembly and the electrolyte, characterized in that the positive electrode has a loading amount of 3.5 mAh/cm 2 or more, the separator has an air permeability of 300-1200 sec/100 mL, and the electrolyte has a lithium ion conductivity of 11-20 mS/cm and a viscosity of 1.0-4.0 cP at 25°C, the air permeability being determined by measuring the time required for 100 mL (or 100 cc) of air to pass through 1 cm 2 of the separator at room temperature under a pressure of 0.05 MPa, and the lithium ion conductivity being determined by using a conductivity measuring instrument.
A solar cell module producing energy using the sunlight, wherein the solar cell module comprises: a transparent member ; an encapsulant allowing the transparent member to be bonded to an upper surface thereof; a plurality of solar cells fixed within the encapsulant ; and a back sheet bonded to a lower surface of the encapsulant , wherein the back sheet comprises: a substrate ; a polytetrafluoroethylene film layer formed on a lower surface of the substrate , and having a thickness ranging from 10μm to 250 μm; characterized by a surface layer formed on an upper surface of the substrate , formed of polyethylene, having a thickness ranging from 5μm to 30μm, and containing a white inorganic substance to enhance tensile strength and dimensional stability of the back sheet and to reflect light of the sun incident onto the back sheet toward the solar cell to increase an amount of light received by the solar cell , wherein the surface layer is disposed between the encapsulant and the substrate . a transparent member ; an encapsulant allowing the transparent member to be bonded to an upper surface thereof; a plurality of solar cells fixed within the encapsulant ; and a back sheet bonded to a lower surface of the encapsulant , wherein the back sheet comprises: a substrate ; a polytetrafluoroethylene film layer formed on a lower surface of the substrate , and having a thickness ranging from 10μm to 250 μm; characterized by a surface layer formed on an upper surface of the substrate , formed of polyethylene, having a thickness ranging from 5μm to 30μm, and containing a white inorganic substance to enhance tensile strength and dimensional stability of the back sheet and to reflect light of the sun incident onto the back sheet toward the solar cell to increase an amount of light received by the solar cell , wherein the surface layer is disposed between the encapsulant and the substrate . a substrate ; a polytetrafluoroethylene film layer formed on a lower surface of the substrate , and having a thickness ranging from 10μm to 250 μm; characterized by a surface layer formed on an upper surface of the substrate , formed of polyethylene, having a thickness ranging from 5μm to 30μm, and containing a white inorganic substance to enhance tensile strength and dimensional stability of the back sheet and to reflect light of the sun incident onto the back sheet toward the solar cell to increase an amount of light received by the solar cell , wherein the surface layer is disposed between the encapsulant and the substrate .
A method for generating a vehicle control signal based on magnetic paint lanes, comprising: detecting a magnetic sensing signal generated from magnetic paint lanes to which an alternating magnetic pattern is applied, using a magnetic sensor attached to the vehicle; the method being characterised by the following steps: performing (S120) noise filtering on the magnetic sensing signal, thereby generating a magnetic sensing signal from which noise is removed; and controlling (S130) an operation of a vehicle based on the magnetic sensing signal from which noise is removed, wherein the magnetic paint lanes are generated so as to have a spatial period of a length greater than 0 cm and equal to or less than 25 cm by applying the alternating magnetic pattern, wherein the noise filtering comprises filtering out a low-frequency signal having a frequency lower than a target frequency, detected by taking into consideration the spatial period of the alternating magnetic pattern and a speed of the vehicle. performing (S120) noise filtering on the magnetic sensing signal, thereby generating a magnetic sensing signal from which noise is removed; and controlling (S130) an operation of a vehicle based on the magnetic sensing signal from which noise is removed, wherein the magnetic paint lanes are generated so as to have a spatial period of a length greater than 0 cm and equal to or less than 25 cm by applying the alternating magnetic pattern, wherein the noise filtering comprises filtering out a low-frequency signal having a frequency lower than a target frequency, detected by taking into consideration the spatial period of the alternating magnetic pattern and a speed of the vehicle.
Sand core making machine comprising at least one transfer tool by means of which the material for making the core is transferred when said transfer tool is moved to an operating position, and a curing tool by means of which the material previously transferred by the transfer tool is hardened and which is arranged in an operating position over said material to perform said hardening once the transfer tool has moved out of its operating position, characterized in that it comprises at least one articulated arm for moving the transfer tool and the curing tool to the respective operating position.
A method performed by a network node , comprising: determining one or more uplink transmission parameters for a terminal device based at least in part on downlink information reported by the terminal device and a number of antennas of the terminal device ; and transmitting configuration information to the terminal device to indicate the one or more uplink transmission parameters, wherein, if the terminal device is equipped with a number of antennas which is less than or equal to a third threshold, the configuration information indicates a transmission precoding matrix indicator which is randomly selected by the network node for uplink transmission of the terminal device . determining one or more uplink transmission parameters for a terminal device based at least in part on downlink information reported by the terminal device and a number of antennas of the terminal device ; and transmitting configuration information to the terminal device to indicate the one or more uplink transmission parameters, wherein, if the terminal device is equipped with a number of antennas which is less than or equal to a third threshold, the configuration information indicates a transmission precoding matrix indicator which is randomly selected by the network node for uplink transmission of the terminal device .
A vehicle, preferably a commercial vehicle , having a camera arranged on an exterior region of the vehicle, wherein the camera comprises: an optical unit , mounted on a housing of the camera , for capturing the surroundings of the vehicle using a field of view of the optical unit that is directed downwards, obliquely downwards and/or towards the front, wherein the optical unit comprises a surface facing the outside; and a protective device for reducing soiling and/or environmental influences that can disturb a field of view of the optical unit; wherein the protective device is designed in the form of a cap , which is open towards the bottom and surrounds the surface of the optical unit facing the outside in a region that is located, viewed in the direction of forwards travel (F) of the vehicle, in front of the optical unit and here extends further downwards than the surface , characterized in that the cap is made from a optically transparent material; and in that the optical unit is formed and/or arranged relative to the cap such that the field of view is greater than a field of view that is specified by statute and a periphery of a lower opening in the cap penetrates at least a portion of the outer field of view that does not comprise the statutory field of view . an optical unit , mounted on a housing of the camera , for capturing the surroundings of the vehicle using a field of view of the optical unit that is directed downwards, obliquely downwards and/or towards the front, wherein the optical unit comprises a surface facing the outside; and a protective device for reducing soiling and/or environmental influences that can disturb a field of view of the optical unit; wherein the protective device is designed in the form of a cap , which is open towards the bottom and surrounds the surface of the optical unit facing the outside in a region that is located, viewed in the direction of forwards travel (F) of the vehicle, in front of the optical unit and here extends further downwards than the surface , characterized in that the cap is made from a optically transparent material; and in that the optical unit is formed and/or arranged relative to the cap such that the field of view is greater than a field of view that is specified by statute and a periphery of a lower opening in the cap penetrates at least a portion of the outer field of view that does not comprise the statutory field of view .
An orbital angular momentum, OAM-based communication method, comprising: receiving , by an access network device, a paging message from a core network, wherein the paging message carries a user terminal category or a user terminal downlink category; and sending , by the access network device, a paging indication message to a user terminal, wherein the paging indication message carries a quantity of OAM modalities of a paging channel, the quantity of OAM modalities of the paging channel is less than or equal to a maximum quantity of downlink OAM modalities supported by the user terminal, and the maximum quantity of downlink OAM modalities supported by the user terminal is determined by the access network device based on the user terminal category or the user terminal downlink category. receiving , by an access network device, a paging message from a core network, wherein the paging message carries a user terminal category or a user terminal downlink category; and sending , by the access network device, a paging indication message to a user terminal, wherein the paging indication message carries a quantity of OAM modalities of a paging channel, the quantity of OAM modalities of the paging channel is less than or equal to a maximum quantity of downlink OAM modalities supported by the user terminal, and the maximum quantity of downlink OAM modalities supported by the user terminal is determined by the access network device based on the user terminal category or the user terminal downlink category.
A hand-worn device for energy efficient gesture input on a surface, comprising: a microphone configured to capture an audio input and generate an audio signal ; an audio processing subsystem configured to transform the audio signal into an audio envelope by filtering the audio signal, amplifying the audio signal, and generating an audio envelope from the audio signal; an accelerometer configured to capture a motion input and generate an accelerometer signal ; and a controller comprising a processor and memory; wherein the controller is configured to: detect a wake-up motion input based on the accelerometer signal; wake from a low-power sleep mode in which the accelerometer is turned on and the microphone is turned off and enter a user interaction interpretation mode in which the microphone is turned on; contemporaneously receive the audio signal and the accelerometer signal; decode strokes based on a length of the audio envelope and a threshold of the accelerometer signal; detect a period of inactivity based on the audio signal; and return to the low-power sleep mode. a microphone configured to capture an audio input and generate an audio signal ; an audio processing subsystem configured to transform the audio signal into an audio envelope by filtering the audio signal, amplifying the audio signal, and generating an audio envelope from the audio signal; an accelerometer configured to capture a motion input and generate an accelerometer signal ; and a controller comprising a processor and memory; wherein the controller is configured to: detect a wake-up motion input based on the accelerometer signal; wake from a low-power sleep mode in which the accelerometer is turned on and the microphone is turned off and enter a user interaction interpretation mode in which the microphone is turned on; contemporaneously receive the audio signal and the accelerometer signal; decode strokes based on a length of the audio envelope and a threshold of the accelerometer signal; detect a period of inactivity based on the audio signal; and return to the low-power sleep mode. detect a wake-up motion input based on the accelerometer signal; wake from a low-power sleep mode in which the accelerometer is turned on and the microphone is turned off and enter a user interaction interpretation mode in which the microphone is turned on; contemporaneously receive the audio signal and the accelerometer signal; decode strokes based on a length of the audio envelope and a threshold of the accelerometer signal; detect a period of inactivity based on the audio signal; and return to the low-power sleep mode.
An end-point device for a sorting and picking system , wherein the end-point device has at least one transport device with a loading side and a delivery side , on the loading side of which items can be loaded onto a transport means on the in-feed side and can be stored on the transport device until the end of a charging cycle, wherein at least the loading side of the transport device during the charging cycle is lowered from an upper level (H o ) to a lower level (H u ) in such a way that a storage space is created in which the items are placed in multiple layers on the transport device , characterized in that the at least one transport device at the upper level (H o ) of the loading side has a negative inclination angle (α) formed between the transport device and a horizontal plane and is consequently inclined downwards in the transport direction.
A storage and retrieval device for a rack storage system (1a..1c), comprising - a chassis , - at least one drive motor , which is coupled to one drive wheel or to a plurality of drive wheels of the storage and retrieval device , - a power electronics unit , which is connected to the at least one drive motor , and - a control electronics unit , which is connected to the power electronics unit , wherein the power electronics unit is installed in a first control cabinet and the control electronics unit is installed in a second control cabinet and both control cabinets are arranged spatially separated from each other on the storage and retrieval device , characterized in that the second control cabinet is arranged closer to the at least one drive motor than the first control cabinet . - a chassis , - at least one drive motor , which is coupled to one drive wheel or to a plurality of drive wheels of the storage and retrieval device , - a power electronics unit , which is connected to the at least one drive motor , and - a control electronics unit , which is connected to the power electronics unit , wherein the power electronics unit is installed in a first control cabinet and the control electronics unit is installed in a second control cabinet and both control cabinets are arranged spatially separated from each other on the storage and retrieval device , characterized in that the second control cabinet is arranged closer to the at least one drive motor than the first control cabinet .
A rotor cap assembly comprising: multiple rotor cap segments , each rotor cap segment having a front side, a back side, a rotor cap segment inner diameter, a rotor cap segment outer diameter, and positioning means on the back side of each rotor cap segment ; and a cap segment retainer configured to be engaged to a rotor through pre-existing fixing holes in the rotor , the cap segment retainer having a body, a front side, a back side and retaining means on the front side of the cap segment retainer , wherein the multiple rotor cap segments are disposed on the front side of the cap segment retainer , and wherein the retaining means engage the positioning means on the back side of each rotor cap segment such that the retaining means and the positioning means pilot the multiple rotor cap segments at a rotor cap segment diameter radially distal from the rotor cap segment inner diameter. multiple rotor cap segments , each rotor cap segment having a front side, a back side, a rotor cap segment inner diameter, a rotor cap segment outer diameter, and positioning means on the back side of each rotor cap segment ; and a cap segment retainer configured to be engaged to a rotor through pre-existing fixing holes in the rotor , the cap segment retainer having a body, a front side, a back side and retaining means on the front side of the cap segment retainer , wherein the multiple rotor cap segments are disposed on the front side of the cap segment retainer , and wherein the retaining means engage the positioning means on the back side of each rotor cap segment such that the retaining means and the positioning means pilot the multiple rotor cap segments at a rotor cap segment diameter radially distal from the rotor cap segment inner diameter.
Closure device for a container , in particular a glass container, wherein the closure device has a lid element for closing the container opening , a chamber arranged on the lid element and an inner housing , wherein the chamber and the inner housing have corresponding closing means and opening means , which interact with one another so that a discharge opening assigned to the chamber can be released by a movement of the lid element relative to the inner housing , so that a medium stored in the chamber can exit into the container , and the chamber and the inner housing each have a corresponding first thread which is formed relative to a thread axis of rotation , wherein the first thread on the chamber is arranged so as to point radially outwards when viewed from the thread axis of rotation characterized that a second thread for connection to the container is formed on the lid element , wherein the lid element is a plastic part and comprises the second thread or the lid element is an aluminium element and comprises the moulded-on second thread and that during an unscrewing process, the second threads of the lid element and of the container separate from one another, while the first threads of the chamber and the inner housing are in an end position in which they do not twist any further to each other.