mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting information, being applicable to user equipment, UE, comprising: determining whether the UE supports a preset adjustment function, wherein the preset adjustment function instructs a base station, based on specific absorption rate, SAR, capability information of the UE, to dynamically adjust resource configuration information for the UE when the UE is in a high power mode, HPUE, and a transmission power of the HPUE is larger than 23 dBm; determining, in response to that the UE supports the preset adjustment function, whether the UE currently supports the preset adjustment function, by determining whether the base station is currently required to dynamically adjust the uplink proportion in the HPUE mode for the UE based on a preset reference factor; sending, in response to that the preset adjustment function is currently supported, supported indication information to the base station, wherein the supported indication information comprises the SAR capability information of the UE; receiving target resource configuration information dynamically adjusted by the base station based on the SAR capability information, wherein the target resource configuration information corresponds to a preset high power mode; and transmitting, when being in the preset high power mode, information according to the target resource configuration information. determining whether the UE supports a preset adjustment function, wherein the preset adjustment function instructs a base station, based on specific absorption rate, SAR, capability information of the UE, to dynamically adjust resource configuration information for the UE when the UE is in a high power mode, HPUE, and a transmission power of the HPUE is larger than 23 dBm; determining, in response to that the UE supports the preset adjustment function, whether the UE currently supports the preset adjustment function, by determining whether the base station is currently required to dynamically adjust the uplink proportion in the HPUE mode for the UE based on a preset reference factor; sending, in response to that the preset adjustment function is currently supported, supported indication information to the base station, wherein the supported indication information comprises the SAR capability information of the UE; receiving target resource configuration information dynamically adjusted by the base station based on the SAR capability information, wherein the target resource configuration information corresponds to a preset high power mode; and transmitting, when being in the preset high power mode, information according to the target resource configuration information.
An angle sensing device, comprising: a rear cover (110, 210) provided with an upper fitting face; a bracket (120, 220) provided with a lower fitting face, said lower and upper fitting faces (121, 111) being arranged to face each other and spaced apart from each other by a pre-set spacing; and a sensor mounting plate (130, 230) for mounting an angle sensor; wherein said sensor mounting plate (130, 230) is provided between said upper and lower fitting faces (111, 121), and said pre-set spacing is greater than a thickness (d) of said sensor mounting plate (130, 230), such that said sensor mounting plate (130, 230) is movable between said upper fitting face and said lower fitting face. a rear cover (110, 210) provided with an upper fitting face; a bracket (120, 220) provided with a lower fitting face, said lower and upper fitting faces (121, 111) being arranged to face each other and spaced apart from each other by a pre-set spacing; and a sensor mounting plate (130, 230) for mounting an angle sensor; wherein said sensor mounting plate (130, 230) is provided between said upper and lower fitting faces (111, 121), and said pre-set spacing is greater than a thickness (d) of said sensor mounting plate (130, 230), such that said sensor mounting plate (130, 230) is movable between said upper fitting face and said lower fitting face.
A method for producing resin foam, the method comprising: a melt step of melting a resin composition including a polyolefin resin and a thermoplastic elastomer; an impregnation step of impregnating the molten resin composition with a material that is a gas at normal temperature and normal pressure, in a supercritical state, under a condition in which the supercritical state of the material is maintained; a foaming step of foaming the resin composition impregnated with the material by arranging the resin composition under a condition in which the supercritical state of the material is not maintained; and a compression step of hot-pressing the foamed resin composition; the method being characterised in that the polyolefin resin includes polypropylene and high melt tension polypropylene having a first melt tension of 5 cN to 50 cN at 200°C that is greater than a second melt tension of the polypropylene at 200°C. a melt step of melting a resin composition including a polyolefin resin and a thermoplastic elastomer; an impregnation step of impregnating the molten resin composition with a material that is a gas at normal temperature and normal pressure, in a supercritical state, under a condition in which the supercritical state of the material is maintained; a foaming step of foaming the resin composition impregnated with the material by arranging the resin composition under a condition in which the supercritical state of the material is not maintained; and a compression step of hot-pressing the foamed resin composition;
A base station comprising a transmitter and a receiver, characterized in that the transmitter is adapted to send a message for starting an attach procedure to a mobility management entity in response to receiving an attach request message from a wireless communication apparatus; wherein said message for starting an attach procedure comprises location information of a cell of the base station and information about the size of said cell of said base station; and the receiver is adapted to receive an attach accept message from the mobility management entity.
High-voltage device, having an apparatus for high voltages and having at least one sensor for measuring environmental data, wherein the measured sensor parameters can be used to adjust settings of the apparatus, wherein the apparatus comprises a high-voltage circuit breaker, characterized in that the nominal current of said high-voltage circuit breaker can be set on the basis of wind speed, wind direction and/or temperature, and/or the switchable voltage of said high-voltage circuit breaker can be set on the basis of air pressure, wind direction and/or wind speed, and/or the short-circuit current of said high-voltage circuit breaker can be set on the basis of wind speed, wind direction and/or wind load.
A filtering-based power supply apparatus used in a power sourcing equipment, PSE, wherein the filtering-based power supply apparatus comprises a power supply control circuit and an adaptive filter circuit; the power supply control circuit comprises a first power supply channel and a first detection module; the first power supply channel comprises a first control switch, wherein the first control switch is configured to control on and off of the first power supply channel; the first detection module is configured to send a first detection signal to the first power supply channel, to detect whether a peer device connected to the first power supply channel is a valid powered device; and the adaptive filter circuit is configured to filter noise in the first detection signal in a detection process of the first power supply channel, wherein the first control switch is turned off in the detection process of the first power supply channel. the power supply control circuit comprises a first power supply channel and a first detection module; the first power supply channel comprises a first control switch, wherein the first control switch is configured to control on and off of the first power supply channel; the first detection module is configured to send a first detection signal to the first power supply channel, to detect whether a peer device connected to the first power supply channel is a valid powered device; and the adaptive filter circuit is configured to filter noise in the first detection signal in a detection process of the first power supply channel, wherein the first control switch is turned off in the detection process of the first power supply channel.
A variable power and response time brown-out-reset apparatus, comprising: a comparator having a first input, a second input and an output; a comparator bias circuit coupled to the comparator, wherein the comparator bias circuit can be programmed to change the comparator speed and power usage characteristics; a fixed or programmable voltage reference (224; 324; 424) having an output, wherein the output of the voltage reference (224; 324; 424) is coupled to the first input of the comparator, wherein the speed and power usage characteristics of the voltage reference (224; 324; 424) can be programmed; a power source voltage divider having an input and an output, wherein the input of the power source voltage divider is coupled to a power source and the output of the power source voltage divider is coupled to the second input of the comparator, wherein the speed and power usage characteristics of the power source voltage divider can be programmed; and a n-bit wide power control bus coupled to the comparator bias circuit, the voltage reference (224; 324; 424) and the power source voltage divider, wherein the n-bit wide power control bus allows for programming the speed and power usage characteristics of the comparator, the voltage reference (224; 324; 424)and the power source voltage divider by a processor; wherein if a reference voltage from the output of the voltage reference (224; 324; 424) is greater than a divided power source voltage from the output of the power source voltage divider, then a logic level changes on the output of the comparator. a comparator having a first input, a second input and an output; a comparator bias circuit coupled to the comparator, wherein the comparator bias circuit can be programmed to change the comparator speed and power usage characteristics; a fixed or programmable voltage reference (224; 324; 424) having an output, wherein the output of the voltage reference (224; 324; 424) is coupled to the first input of the comparator, wherein the speed and power usage characteristics of the voltage reference (224; 324; 424) can be programmed; a power source voltage divider having an input and an output, wherein the input of the power source voltage divider is coupled to a power source and the output of the power source voltage divider is coupled to the second input of the comparator, wherein the speed and power usage characteristics of the power source voltage divider can be programmed; and a n-bit wide power control bus coupled to the comparator bias circuit, the voltage reference (224; 324; 424) and the power source voltage divider, wherein the n-bit wide power control bus allows for programming the speed and power usage characteristics of the comparator, the voltage reference (224; 324; 424)and the power source voltage divider by a processor; wherein if a reference voltage from the output of the voltage reference (224; 324; 424) is greater than a divided power source voltage from the output of the power source voltage divider, then a logic level changes on the output of the comparator.
A brewed beverage-making machine comprising: - a supply line having a branch point; - a pump configured to receive water at a first temperature from an external source and supply said water at the first temperature to the supply line; - a flow meter arranged on the supply line between the pump and the branch point; - a mixing unit configured to receive and mix the water at the first temperature with water at a second temperature higher than the first temperature, to thereby generate a mixture; - a first fluid path connecting the branch point of the supply line to the mixing unit and configured to supply the water at the first temperature to the mixing unit; - a second fluid path connecting the branch point of the supply line to the mixing unit and configured to supply the water at the second temperature to the mixing unit, said second fluid path being in parallel with the first flow path; - a heating element arranged along the second flow path, said heating element being configured to receive the water at the first temperature from the branch point and supply the water at the second temperature to the mixing unit; characterized in that it comprises a first nozzle and a second nozzle arranged respectively along the first fluid path and the second fluid path, said first nozzle and second nozzle being able to set the flow rate of fluid along the first fluid path and the second fluid path, respectively. - a supply line having a branch point; - a pump configured to receive water at a first temperature from an external source and supply said water at the first temperature to the supply line; - a flow meter arranged on the supply line between the pump and the branch point; - a mixing unit configured to receive and mix the water at the first temperature with water at a second temperature higher than the first temperature, to thereby generate a mixture; - a first fluid path connecting the branch point of the supply line to the mixing unit and configured to supply the water at the first temperature to the mixing unit; - a second fluid path connecting the branch point of the supply line to the mixing unit and configured to supply the water at the second temperature to the mixing unit, said second fluid path being in parallel with the first flow path; - a heating element arranged along the second flow path, said heating element being configured to receive the water at the first temperature from the branch point and supply the water at the second temperature to the mixing unit;
Sheet delivery unit, wherein the sheet delivery unit has at least one rear sheet stop, and wherein the sheet delivery unit has at least one forward pile limiter, and wherein a delivery pile area is delimited at least by the at least one rear sheet stop and the at least one forward pile limiter, and wherein the sheet delivery unit has at least one upper sheet transport system configured for the hanging transport of sheets, which has at least one imbricating device and at least one sheet infeed means configured as an upper suction transport means, and at least one sheet decelerating means configured as an upper suction transport means, and wherein the at least one imbricating device serves to produce imbrication for an imbricated, hanging transport of at least two sheets at at least one point located above the delivery pile area as viewed in the vertical direction, characterized in that the sheet delivery unit has at least one dropping means, which can be moved between at least one standby position and at least one dropping position, and in that in its at least one standby position, the at least one dropping means is positioned fully above that part of a transport surface of the at least one sheet decelerating means that contributes to establishing a transport path provided for the transport of sheets, and in that in its at least one dropping position, the at least one dropping means protrudes at least partially downward to a point below said part of the transport surface of the at least one sheet decelerating means.
Eyeglasses, in particular for reading, comprising a front with a pair of lenses, a first arm and a second arm articulated to the sides of the front via respective hinges (5, 6), integrated lighting means (7, 8) for emitting light in front of the eyeglasses, and means for activation and de-activation of the lighting means (7, 8) including tilt-sensor control means, said eyeglasses being characterized in that said tilt-sensor control means are configured for progressively fading automatically the intensity of the light emitted by said lighting means (7, 8) as a function of the position in space of the eyeglasses worn by the user when, in use, the eyeglasses are moved angularly upwards with respect to a reference angular position.
A kit comprising an absorbent article and an indication device wherein the kit comprises a multitude of the absorbent articles and at least one indication device such that the indication device is removably attached to the absorbent articles, one after another, wherein: the absorbent article is an absorbent article for personal hygiene, designed to absorb and contain bodily exudates such as a diaper, or training pant, or incontinence insert, the absorbent article comprising: a topsheet facing the wearer, a backsheet, generally co-extensive with the topsheet and facing away from the wearer and an absorbent core, encased between the topsheet and the backsheet and wherein an indicator for indicating the presence of such bodily exudates is provided between the backsheet and the core, the indicator comprising a color-changing indicator, wherein the absorbent article and the indicator form one integral unit, and the indication device is an indication device, which comprises a housing and a connection means, such that the indication device can be removably attached to the absorbent article, wherein the indication device comprises a color sensor; wherein the indicator is located on one side of the back sheet, in liquid communication with the absorbent core; wherein the indication device is located on the opposing side of the back sheet in the proximity of the indicator; and wherein the back sheet is translucent to allow light which is reflected from the indicator to reach the indication device which is positioned on the opposite side of the back sheet. the absorbent article is an absorbent article for personal hygiene, designed to absorb and contain bodily exudates such as a diaper, or training pant, or incontinence insert, the absorbent article comprising: a topsheet facing the wearer, a backsheet, generally co-extensive with the topsheet and facing away from the wearer and an absorbent core, encased between the topsheet and the backsheet and wherein an indicator for indicating the presence of such bodily exudates is provided between the backsheet and the core, the indicator comprising a color-changing indicator, wherein the absorbent article and the indicator form one integral unit, and the indication device is an indication device, which comprises a housing and a connection means, such that the indication device can be removably attached to the absorbent article, wherein the indication device comprises a color sensor; wherein the indicator is located on one side of the back sheet, in liquid communication with the absorbent core; wherein the indication device is located on the opposing side of the back sheet in the proximity of the indicator; and wherein the back sheet is translucent to allow light which is reflected from the indicator to reach the indication device which is positioned on the opposite side of the back sheet.
Structural element, at least partly made from wood, such as a pile (1, 2) or plank, which element may be placed in the ground or in water and then partly protrudes above the ground or above the water, wherein the aforementioned element comprises at least two wooden components (4, 5, 6, 7, 8, 9, 14, 16, 18, 22, 23, 24) connected to each other via finger joints (11, 12, 13, 19, 21, 26), characterized in that the aforementioned components are made from the same main group of wood, i.e., hardwood or softwood, wherein the one component (5, 7, 9, 14, 16, 18) is an untreated type of wood from the aforementioned main group of wood and the other component (4, 6, 8, 22, 23, 24) is a treated type of wood from the aforementioned main group of wood, wherein the aforementioned treated type of wood is a chemically modified type of wood.
A method of maintaining a network connection, used between an electronic apparatus and a server, the method comprising: (a) sending an Nth test packet to the server, and the Nth test packet requests that the server reply to the electronic apparatus after waiting for an Nth time interval, wherein N is a positive integer; (b) determining whether a reply for the Nth test packet is received, wherein the reply is sent by the server; (c) repeating step (a) incrementing N plus one if the reply for the Nth test packet is received; if the reply for the Nth test packet is not received, repeatedly sending the (N-1)th test packet and determining whether the replies for all the (N-1)th test packets which are sent by the server are received; (d) if the replies for all the (N-1)th test packets repeatedly sent by the server are received, calculating a period from the (N-1)th test packet being sent to the reply from the server being received; if not all the replies for all the (N-1)th test packets repeatedly sent by the server are received, calculating a period from the (N-2)th test packet being sent to the reply from the server being received; and (e) sending a keep-alive packet to the server according to the period for maintaining a connection between the electronic apparatus and the server when the electronic apparatus is switched to a standby or sleep mode. (a) sending an Nth test packet to the server, and the Nth test packet requests that the server reply to the electronic apparatus after waiting for an Nth time interval, wherein N is a positive integer; (b) determining whether a reply for the Nth test packet is received, wherein the reply is sent by the server; (c) repeating step (a) incrementing N plus one if the reply for the Nth test packet is received; if the reply for the Nth test packet is not received, repeatedly sending the (N-1)th test packet and determining whether the replies for all the (N-1)th test packets which are sent by the server are received; (d) if the replies for all the (N-1)th test packets repeatedly sent by the server are received, calculating a period from the (N-1)th test packet being sent to the reply from the server being received; if not all the replies for all the (N-1)th test packets repeatedly sent by the server are received, calculating a period from the (N-2)th test packet being sent to the reply from the server being received; and (e) sending a keep-alive packet to the server according to the period for maintaining a connection between the electronic apparatus and the server when the electronic apparatus is switched to a standby or sleep mode.