mhurhangee/patent-ind-claim-en huggingface dataset:
A power providing device arranged for providing power to multiple power receiving devices , wherein the power providing device is a power source equipment arranged to provide the power by power over Ethernet and comprises: - a power negotiation unit configured to detect a power receiving device of the multiple power receiving devices and to perform a power negotiation with the power receiving device , - a power monitoring unit configured to monitor the power consumption of each of the power receiving device , and - a power control unit configured to increase a power budget allotted in the power negotiation to said power receiving device in response to the power consumption of said power receiving device exceeding a predetermined consumption threshold value ; wherein the consumption threshold value is - provided with a constant margin to the allotted power budget ; or - a fixed portion of the allotted power budget ; or - coming closer to the allotted power budget over time; wherein the power control unit is further configured to at least temporarily suspend power provision to said power receiving device in case the power consumption of said power receiving device exceeds the power budget ; wherein the power control unit is configured to increase the power budget only in case a rate of change of the power consumption of said power receiving device is less that a predetermined rate threshold value. - a power negotiation unit configured to detect a power receiving device of the multiple power receiving devices and to perform a power negotiation with the power receiving device , - a power monitoring unit configured to monitor the power consumption of each of the power receiving device , and - a power control unit configured to increase a power budget allotted in the power negotiation to said power receiving device in response to the power consumption of said power receiving device exceeding a predetermined consumption threshold value ; wherein the consumption threshold value is - provided with a constant margin to the allotted power budget ; or - a fixed portion of the allotted power budget ; or - coming closer to the allotted power budget over time; wherein the power control unit is further configured to at least temporarily suspend power provision to said power receiving device in case the power consumption of said power receiving device exceeds the power budget ; wherein the power control unit is configured to increase the power budget only in case a rate of change of the power consumption of said power receiving device is less that a predetermined rate threshold value. - provided with a constant margin to the allotted power budget ; or - a fixed portion of the allotted power budget ; or - coming closer to the allotted power budget over time;
A packet communication method performed by a first network node, comprising: receiving a first packet that is constructed to trigger collection of one or more telemetry data, wherein the first packet is received from another network node; starting a timer in response to receiving the first packet; transmitting the first packet to a second network node; receiving a second packet after receiving the first packet while the timer is running, wherein the second packet is received from the another network node; in response to determining that the second packet has space to add the one or more telemetry data: adding the one or more telemetry data to the second packet; stopping the timer; and transmitting the second packet to the second network node. receiving a first packet that is constructed to trigger collection of one or more telemetry data, wherein the first packet is received from another network node; starting a timer in response to receiving the first packet; transmitting the first packet to a second network node; receiving a second packet after receiving the first packet while the timer is running, wherein the second packet is received from the another network node; in response to determining that the second packet has space to add the one or more telemetry data: adding the one or more telemetry data to the second packet; stopping the timer; and transmitting the second packet to the second network node. adding the one or more telemetry data to the second packet; stopping the timer; and transmitting the second packet to the second network node.
A touch input device comprising: a cover layer; an organic light emitting display module which comprises a polarizer layer , a first glass layer , and a second glass layer , which are disposed in the order listed, and comprises an organic light emitting material between the first glass layer and the second glass layer ; a pressure sensor which is attached under the organic light emitting display module , the pressure sensor comprising a pressure electrode ; a shielding member which is located under the pressure electrode; a spacer layer formed between the organic light emitting display panel and a substrate ; and a plurality of drive electrodes (TX1, ..., TXn) to which a driving signal is applied and a plurality of receiving electrodes (RX1, ..., RXn) outputting a sensing signal used to detect a touch position, wherein a magnitude of a touch pressure is detected based on a capacitance which is detected from the pressure electrode and is changed according to a distance between the pressure electrode and the shielding member, wherein the organic light emitting display module is bent by the touch, and the capacitance which is detected from the pressure electrode changes as the organic light emitting display module bends, and wherein the pressure electrode is located under the display module , characterized in that a distance between the organic light emitting display module and the substrate is maintained by an adhesive tape formed along the border of the upper portion of the substrate . a cover layer; an organic light emitting display module which comprises a polarizer layer , a first glass layer , and a second glass layer , which are disposed in the order listed, and comprises an organic light emitting material between the first glass layer and the second glass layer ; a pressure sensor which is attached under the organic light emitting display module , the pressure sensor comprising a pressure electrode ; a shielding member which is located under the pressure electrode; a spacer layer formed between the organic light emitting display panel and a substrate ; and a plurality of drive electrodes (TX1, ..., TXn) to which a driving signal is applied and a plurality of receiving electrodes (RX1, ..., RXn) outputting a sensing signal used to detect a touch position, wherein a magnitude of a touch pressure is detected based on a capacitance which is detected from the pressure electrode and is changed according to a distance between the pressure electrode and the shielding member, wherein the organic light emitting display module is bent by the touch, and the capacitance which is detected from the pressure electrode changes as the organic light emitting display module bends, and wherein the pressure electrode is located under the display module , characterized in that a distance between the organic light emitting display module and the substrate is maintained by an adhesive tape formed along the border of the upper portion of the substrate .
A forming apparatus for curved tempered glass, wherein the apparatus comprises a frame, a gradual transition section , an air grid system, and a forming system ; the air grid system comprises an upper air grid group consisting of a plurality of upper air grids , and a lower air grid group consisting of a plurality of lower air grids; the upper air grid group is mounted at an upper half of the frame, and the lower air grid group is mounted at a lower half of the frame; the gradual transition section is arranged at an inlet side of the forming system ; the gradual transition section comprises a plurality of transitional transverse arching mechanisms arranged in a glass pane conveying direction to enable a glass pane to be gradually arched in a transverse direction, and the gradually arched glass pane is conveyed into the forming system ; the forming system comprises two groups of longitudinal forming and arching mechanisms and a plurality of transverse forming and arching mechanisms arranged in the glass pane conveying direction, wherein the transitional transverse arching mechanism comprises an elastic piece , a plurality of height adjustment mechanisms , and a glass conveying mechanism mounted on the elastic piece ; a center position or a middle section of the elastic piece in a lengthwise direction is fixed on a support beam, and two sides of a fixed point are connected to the support beam through the plurality of height adjustment mechanisms ; the elastic piece is arched by adjusting the plurality of height adjustment mechanisms ; and the support beam is fixed on the frame.
An information sending method, implemented by a terminal, wherein the information sending method comprises: receiving one or more instruction signalings from a base station, wherein the instruction signalings indicate a quantity K of slots occupied by repetitions of transmission of a first long physical uplink control channel, PUCCH, a start symbol's number in each of the K slots, a quantity of symbols occupied by transmission of the first long PUCCH in each of the K slots, and a slot format of each of the K slots; and sending the first long PUCCH using an i th slot when the i th slot meets a first condition, wherein the quantity of symbols is a positive integer greater than 3, wherein K is a positive integer greater than 1, wherein the start symbol is determined based on the start symbol's number, wherein the consecutive available uplink symbols comprise any one available uplink symbol in the available uplink symbols adjacent to at least another available uplink symbol, wherein the i th slot is a slot after the terminal receives the instruction signalings from the base station, wherein the first condition is that the start symbol of the slot is an available uplink symbol and a quantity of consecutive available uplink symbols starting from the start symbol in the slot is greater than or equal to the quantity of symbols, and wherein i is a positive integer greater than 0. receiving one or more instruction signalings from a base station, wherein the instruction signalings indicate a quantity K of slots occupied by repetitions of transmission of a first long physical uplink control channel, PUCCH, a start symbol's number in each of the K slots, a quantity of symbols occupied by transmission of the first long PUCCH in each of the K slots, and a slot format of each of the K slots; and sending the first long PUCCH using an i th slot when the i th slot meets a first condition, wherein the quantity of symbols is a positive integer greater than 3, wherein K is a positive integer greater than 1, wherein the start symbol is determined based on the start symbol's number, wherein the consecutive available uplink symbols comprise any one available uplink symbol in the available uplink symbols adjacent to at least another available uplink symbol, wherein the i th slot is a slot after the terminal receives the instruction signalings from the base station, wherein the first condition is that the start symbol of the slot is an available uplink symbol and a quantity of consecutive available uplink symbols starting from the start symbol in the slot is greater than or equal to the quantity of symbols, and wherein i is a positive integer greater than 0.
A method performed by a first communication device , the first communication device having an input apparatus and a memory , wherein the memory has stored therein a first textual database comprising a plurality of linguistic objects, the method comprising: monitoring a second textual database for the removal of one or more linguistic objects wherein the second textual database is stored in a second communication device ; if one or more linguistic objects have been removed from the second textual database, updating the first textual database to exclude the one or more linguistic objects removed from the second textual database; receiving one or more words via the input apparatus; and comparing the one or more words to two or more linguistic objects in the first textual database to determine whether at least some of the one or more words should be replaced with at least some of the two or more linguistic objects in the first textual database, wherein each linguistic object includes a respective word, each word being a combination of consecutive characters or symbols. monitoring a second textual database for the removal of one or more linguistic objects wherein the second textual database is stored in a second communication device ; if one or more linguistic objects have been removed from the second textual database, updating the first textual database to exclude the one or more linguistic objects removed from the second textual database; receiving one or more words via the input apparatus; and comparing the one or more words to two or more linguistic objects in the first textual database to determine whether at least some of the one or more words should be replaced with at least some of the two or more linguistic objects in the first textual database, wherein each linguistic object includes a respective word, each word being a combination of consecutive characters or symbols.
A redox flow battery pipe which is disposed between a tank that stores an electrolyte and a battery element and through which the electrolyte flows, the pipe comprising: a plurality of parallel portions arranged in parallel and a plurality of bent portions connecting the parallel portions adjacent to each other, wherein the pipe includes a meandering portion in which the parallel portions and the bent portions are integrally molded so as to be alternately connected, and a ratio of a center-to-center distance X to an outer diameter D satisfies 1.2 or more and 2.5 or less where D represents an outer diameter and X represents a distance between centers of the parallel portions adjacent to each other wherein the pipe has an inner peripheral surface having a surface roughness of 6.3 μm or less. a plurality of parallel portions arranged in parallel and a plurality of bent portions connecting the parallel portions adjacent to each other, wherein the pipe includes a meandering portion in which the parallel portions and the bent portions are integrally molded so as to be alternately connected, and a ratio of a center-to-center distance X to an outer diameter D satisfies 1.2 or more and 2.5 or less where D represents an outer diameter and X represents a distance between centers of the parallel portions adjacent to each other wherein the pipe has an inner peripheral surface having a surface roughness of 6.3 μm or less.
A method for diverting a live video stream, the method being applied to a Content Delivery Network, CDN, cluster wherein each node of the CDN cluster is deployed with a Cache Content Location, CCL, proxy, through which to exchange data with a CCL server, the CCL server may be configured to store video stream information of live video streams currently maintained by each edge node, and the method comprising: receiving and maintaining, by a target stream-pushing edge node, a target live video stream pushed by at least one anchor terminal, and reporting, by the target stream-pushing edge node, video stream information of the target live video stream to the CCL server through a locally deployed CCL proxy of the target stream-pushing edge node; when a stream-pulling request of the target live video stream sent by a target static parent node is received, determining, by a dynamic parent node M, whether the target live video stream is maintained locally, wherein the dynamic parent node M is a node at an upper-level of the static parent node in the CDN; if the target live video stream is not maintained locally, sending, by the dynamic parent node M, the video stream information of the target live video stream to the CCL server through a locally deployed CCL proxy of the dynamic parent node M; receiving, by the dynamic parent node M, node identification information of the target stream-pushing edge node sent by the CCL server; and pulling, by the dynamic parent node M, the target live video stream from the target stream-pushing edge node according to the node identification information, and feeding back, by the dynamic parent node M, the target live video stream to the target static parent node. receiving and maintaining, by a target stream-pushing edge node, a target live video stream pushed by at least one anchor terminal, and reporting, by the target stream-pushing edge node, video stream information of the target live video stream to the CCL server through a locally deployed CCL proxy of the target stream-pushing edge node; when a stream-pulling request of the target live video stream sent by a target static parent node is received, determining, by a dynamic parent node M, whether the target live video stream is maintained locally, wherein the dynamic parent node M is a node at an upper-level of the static parent node in the CDN; if the target live video stream is not maintained locally, sending, by the dynamic parent node M, the video stream information of the target live video stream to the CCL server through a locally deployed CCL proxy of the dynamic parent node M; receiving, by the dynamic parent node M, node identification information of the target stream-pushing edge node sent by the CCL server; and pulling, by the dynamic parent node M, the target live video stream from the target stream-pushing edge node according to the node identification information, and feeding back, by the dynamic parent node M, the target live video stream to the target static parent node.
An RNAi-inducing nucleic acid molecule comprising: a first strand of 24-66 nt in length that is 100% complementary to a target messenger RNA (mRNA); and a second strand of 16 nt in length that binds complementarily to the first strand, wherein the second strand binds to the first strand such that the first strand has a double-stranded region to which the second strand binds and a single-stranded region of 50 nt or less in length to which the second strand does not bind, and wherein the 5' end of the first strand and the 3' end of the second strand form a blunt end. a first strand of 24-66 nt in length that is 100% complementary to a target messenger RNA (mRNA); and a second strand of 16 nt in length that binds complementarily to the first strand, wherein the second strand binds to the first strand such that the first strand has a double-stranded region to which the second strand binds and a single-stranded region of 50 nt or less in length to which the second strand does not bind, and wherein the 5' end of the first strand and the 3' end of the second strand form a blunt end.
A vacuum pump, in particular with a high pumping capacity, comprising a pump housing defining a pump chamber , a pumping element connected with a rotor shaft , a belt pulley connected with the rotor shaft outside the pump housing , und a motor arranged outside the pump housing , the drive shaft thereof being provided with a drive pulley that is connected with the belt pulley via a belt , characterized in that the drive pulley and/or the belt pulley are of a multipart structure and wherein the drive pulley and/or the belt pulley comprises a holding part , wherein the holding part of the drive pulley and/or the belt pulley comprises a shaft receiving means and the drive pulley and/or the belt pulley is connected with the drive shaft or the rotor shaft exclusively via the shaft receiving means of the holding part , so that, when mounting the belt, it is possible to first mount only a part of the drive pulley or of the rotor pulley or, respectively, not to mount a part of the drive pulley or the rotor pulley, and that thereafter, the belt can be placed in a simple manner, since, due to the multipart nature of the drive pulley and/or the belt pulley, the pulley not yet fully mounted can be adjusted such that the belt is not yet tensioned.
A decorative sheet, comprising: a transparent recycled resin layer containing a recycled polyester resin; a pattern layer having an arbitrary pattern; and a colored recycled resin layer containing a recycled polyester resin and colored in an arbitrary color tone, wherein the decorative sheet is formed by sequentially superimposing the transparent recycled resin layer, the pattern layer, and the colored recycled resin layer, wherein the transparent recycled resin layer has a haze value equal to or less than 4% as a degree of cloudiness, an L* value equal to or more than 98.5, and a b* value equal to or less than 1.8 in CIE 1976 Lab that are measured using a color measuring plate L*: 99.17, a*: -0.09, b*: 0.53 as a background, and wherein the pattern layer has an L* value equal to or more than 95.0 and less than 97.0, and a b* value equal to or more than 3.0 in the CIE 1976 Lab, or the pattern layer has an L* value less than 95.0 in the CIE 1976 Lab. a transparent recycled resin layer containing a recycled polyester resin; a pattern layer having an arbitrary pattern; and a colored recycled resin layer containing a recycled polyester resin and colored in an arbitrary color tone, wherein the decorative sheet is formed by sequentially superimposing the transparent recycled resin layer, the pattern layer, and the colored recycled resin layer, wherein the transparent recycled resin layer has a haze value equal to or less than 4% as a degree of cloudiness, an L* value equal to or more than 98.5, and a b* value equal to or less than 1.8 in CIE 1976 Lab that are measured using a color measuring plate L*: 99.17, a*: -0.09, b*: 0.53 as a background, and wherein the pattern layer has an L* value equal to or more than 95.0 and less than 97.0, and a b* value equal to or more than 3.0 in the CIE 1976 Lab, or the pattern layer has an L* value less than 95.0 in the CIE 1976 Lab.
A method for making panigacci comprising the steps of: - prearranging a plurality of terracotta dishes ; - heating of the dishes at a temperature higher than 280-300°C up to obtain a plurality of hot dishes ; - arranging a first hot dish on a plane , and distributing a first dose of dough ; - arranging a second hot dish on the first dish , in order to squeeze the dough between the two dishes , and distributing a second dose of dough on the second dish , and the like with following dispositions and distributions, up to end said plurality of hot dishes , with making a stack of hot dishes interspersed by said dough , with subsequent cooking of the dough and obtaining panigacci after separation from the dishes of the stack , characterized in that before said steps of arranging a step is provided of exposing each hot dish to a temperature sensor and a step of measuring the temperature T of each hot dish with production of a signal of temperature that is provided to a control unit , in that a step is provided of comparing said temperature T with limit values T1=280° and T2=360° carried by said control unit , which is configured to provide a consent signal in case that T1<T<T2, in that said step of distributing is made by a distribution unit that provides to said dish a predetermined dose of dough , and in that said step of distributing said dose is made through said distribution unit in the presence of said consent provided by said control unit . - prearranging a plurality of terracotta dishes ; - heating of the dishes at a temperature higher than 280-300°C up to obtain a plurality of hot dishes ; - arranging a first hot dish on a plane , and distributing a first dose of dough ; - arranging a second hot dish on the first dish , in order to squeeze the dough between the two dishes , and distributing a second dose of dough on the second dish , and the like with following dispositions and distributions, up to end said plurality of hot dishes , with making a stack of hot dishes interspersed by said dough , with subsequent cooking of the dough and obtaining panigacci after separation from the dishes of the stack ,