mhurhangee/ep-ind-claims huggingface dataset:
A charging pile, comprising a shell and a light-emitting member provided inside the shell, the charging pile further comprises a curved member arranged inside the shell, wherein the side, close to the light-emitting member, of the curved member is configured to reflect light emitted from the light-emitting member to one side of the shell in an alternately bright and dark manner; the side, close to the light-emitting member, of the curved member is provided with an uneven structure comprising raised structures and recessed structures spaced apart from each other, the curved member reflects the light emitted from the light-emitting member by means of the raised structures, and the recessed structures absorb the light emitted from the light-emitting member; the shell comprises a front shell and a rear shell that are connected in a matching manner, the curved member is arranged on or integrally formed with the rear shell, the light-emitting member is arranged between the front shell and the curved member, and the curved member is capable of reflecting a part of the light emitted from the light-emitting member onto the front shell; characterized in that the front shell comprises a light-transmissive front panel and a light-transmissive side panel, part of the light emitted from the light-emitting member is directly illuminated to the side panel and transmitted out of the side panel, and a further part of the light emitted from the light-emitting member is reflected to the front panel by means of the raised structures or absorbed by the recessed structures; the front panel has the same shape as the curved member; a charging gun socket is connected to a lower portion of the front panel. the shell comprises a front shell and a rear shell that are connected in a matching manner, the curved member is arranged on or integrally formed with the rear shell, the light-emitting member is arranged between the front shell and the curved member, and the curved member is capable of reflecting a part of the light emitted from the light-emitting member onto the front shell; characterized in that the front shell comprises a light-transmissive front panel and a light-transmissive side panel, part of the light emitted from the light-emitting member is directly illuminated to the side panel and transmitted out of the side panel, and a further part of the light emitted from the light-emitting member is reflected to the front panel by means of the raised structures or absorbed by the recessed structures; the front panel has the same shape as the curved member; a charging gun socket is connected to a lower portion of the front panel.
Method for actuating and learning the end of travel of a device for closing and opening an opening element, such as in particular a roller blind, blind or similar, said device for opening and for closing comprising a movable unit, such as in particular a screen or a casing of a roller blind, being displaced at least between two extreme positions and comprising two physical stops (3, 4), means of actuating such as in particular an electric motor, means for controlling the movable unit, such as in particular a remote control, means for detecting the period of displacement of the movable unit, such as in particular a Hall effect sensor, and logic means of processing, such as in particular a logic processing unit comprising a microprocessor and at least one memory, said method comprising a normal actuating mode of the movable unit and a learning mode for detecting ends of travel, and wherein the ends of travel are automatically detected during the operation of the device according to the following steps: - the logic means of processing cause the passage from the actuating mode of the movable unit to the learning mode for detecting ends of travel, - the logic means of processing successively detect the two ends of travel through the detection of physical stops, - and as soon as the end of the step is reached, the logic means of processing cause the passage from the learning mode for detecting the ends of travel to the normal actuating mode of the movable unit characterised in that, the logic means of processing cause the passage from the actuating mode of the movable unit to the learning mode for detecting the ends of travel as soon as a physical stop is detected, triggering element for the passage to the learning mode of ends of travel, with the detecting of the positions of the physical stops being carried out only in a later step of successive detecting of ends of travel. - the logic means of processing cause the passage from the actuating mode of the movable unit to the learning mode for detecting ends of travel, - the logic means of processing successively detect the two ends of travel through the detection of physical stops, - and as soon as the end of the step is reached, the logic means of processing cause the passage from the learning mode for detecting the ends of travel to the normal actuating mode of the movable unit
An endcapped polycarbonate comprising thioether carbonyl endcaps of the formula wherein L is a C 1-12 aliphatic or aromatic linking group, and R is a C 1-20 alkyl, C 6-18 aryl, or C 7-24 arylalkylene.
A method performed by a first network node of a wireless communication network, the method comprising: transmitting a handover request to a third network node, the handover request including an indication of conditional handover of a wireless device to the third network node, wherein the first network node and a second network node are in multi-connectivity with the wireless device; receiving a handover request acknowledgment from the third network node; transmitting an Xn-U address indication message containing a conditional handover indicator to the second network node, for initiation of early data forwarding from the second network node to the first network node of data associated with the wireless device; receiving an early data forwarding indication from the second network node in response to transmitting the Xn-U address indication message; receiving data from the second network node; transmitting configuration information for the conditional handover, CHO, to the wireless device; subsequent to receiving the early data forwarding indication and the data from the second network node, receiving an indication of handover success for the wireless device from the third network node, wherein the indication of handover success is an indication of the execution of the CHO by the wireless device to the third network node; and in response to receiving an indication of handover success for the wireless device from the third network node, transmitting a release request to the second network node, requesting release of Data Radio Bearers, DRBs, of the multi-connectivity that are terminated at the second network node. transmitting a handover request to a third network node, the handover request including an indication of conditional handover of a wireless device to the third network node, wherein the first network node and a second network node are in multi-connectivity with the wireless device; receiving a handover request acknowledgment from the third network node; transmitting an Xn-U address indication message containing a conditional handover indicator to the second network node, for initiation of early data forwarding from the second network node to the first network node of data associated with the wireless device; receiving an early data forwarding indication from the second network node in response to transmitting the Xn-U address indication message; receiving data from the second network node; transmitting configuration information for the conditional handover, CHO, to the wireless device; subsequent to receiving the early data forwarding indication and the data from the second network node, receiving an indication of handover success for the wireless device from the third network node, wherein the indication of handover success is an indication of the execution of the CHO by the wireless device to the third network node; and in response to receiving an indication of handover success for the wireless device from the third network node, transmitting a release request to the second network node, requesting release of Data Radio Bearers, DRBs, of the multi-connectivity that are terminated at the second network node.
An information disclosure system (1; 10) that discloses user's information to a communicating party, the information disclosure system (1; 10) comprising: information disclosing means for disclosing at least part of the user's information as disclosure information to the communicating party; setting means for setting a disclosure range for disclosing the user's information as the disclosure information in the information disclosing means; history storage means for storing a history of communication between the user and the communicating party; and interaction frequency calculating means for calculating an interaction frequency between the user and the communicating party based on the history of the communication stored in the history storage means, wherein the setting means sets the disclosure range based on the interaction frequency calculated by the interaction frequency calculating means, and wherein, when the history of the communication stored in the history storage means includes communication performed from the user to the communicating party, the interaction frequency calculating means calculates a higher interaction frequency of the user and the communicating party when the communication is newly performed from the user to the communicating party than when the communication is a response to communication previously performed from the communicating party to the user. information disclosing means for disclosing at least part of the user's information as disclosure information to the communicating party; setting means for setting a disclosure range for disclosing the user's information as the disclosure information in the information disclosing means; history storage means for storing a history of communication between the user and the communicating party; and interaction frequency calculating means for calculating an interaction frequency between the user and the communicating party based on the history of the communication stored in the history storage means, wherein the setting means sets the disclosure range based on the interaction frequency calculated by the interaction frequency calculating means, and wherein, when the history of the communication stored in the history storage means includes communication performed from the user to the communicating party, the interaction frequency calculating means calculates a higher interaction frequency of the user and the communicating party when the communication is newly performed from the user to the communicating party than when the communication is a response to communication previously performed from the communicating party to the user.
An advertising medium configured to repeat a telephone signal, comprising: - a housing fitted with side flat opposite panels wherein an advertising image is provided, - a telephone signal antenna, wherein - the telephone signal antenna comprises one or more 5G mobile small cell antennas, - the housing is further formed by a perimetral rigid frame wherein a plurality of faces formed by two opposite side panels have a surface that is much greater than a plurality of faces formed by the rigid perimetral frame joining them, and said housing has an internal volume enough for housing the one or more 5G mobile small cell antennas, - being the housing made of a plastic material, and wherein the advertising medium further comprises fixation means provided at the perimetral frame of the housing for installation in a position perpendicular to a plane of a façade of a building in form of a pennant. - a housing fitted with side flat opposite panels wherein an advertising image is provided, - a telephone signal antenna, - the telephone signal antenna comprises one or more 5G mobile small cell antennas, - the housing is further formed by a perimetral rigid frame wherein a plurality of faces formed by two opposite side panels have a surface that is much greater than a plurality of faces formed by the rigid perimetral frame joining them, and said housing has an internal volume enough for housing the one or more 5G mobile small cell antennas, - being the housing made of a plastic material, and wherein the advertising medium further comprises fixation means provided at the perimetral frame of the housing for installation in a position perpendicular to a plane of a façade of a building in form of a pennant.
A processor for wireless communication, comprising: at least one controller coupled with at least one memory and configured to cause the processor to: output sidelink, "SL", data to a set of receiver vehicle-to-everything, V2X, UEs (105, 205, 600); listen for SL feedback from the set of receiver V2X UEs, the SL feedback indicating whether a receiver V2X UE successfully decoded the SL data; aggregate hybrid automatic repeat request, "HARQ", feedback received as SL feedback from the receiver V2X UEs, wherein aggregating HARQ feedback comprises generating a positive acknowledgement if all UEs in the set of receiver V2X UEs transmit positive acknowledgement and otherwise generating a negative acknowledgement; output an aggregated feedback message to a radio access network, "RAN", node, the aggregated feedback message containing the aggregated HARQ feedback; and characterised by determining a transmission mode for retransmission of the SL data, wherein the transmission mode is selected from: groupcast transmission and M-unicast transmissions, wherein M is an integer less than the number of receiver V2X UEs, wherein the aggregated feedback message requests the determined transmission mode. output sidelink, "SL", data to a set of receiver vehicle-to-everything, V2X, UEs (105, 205, 600); listen for SL feedback from the set of receiver V2X UEs, the SL feedback indicating whether a receiver V2X UE successfully decoded the SL data; aggregate hybrid automatic repeat request, "HARQ", feedback received as SL feedback from the receiver V2X UEs, wherein aggregating HARQ feedback comprises generating a positive acknowledgement if all UEs in the set of receiver V2X UEs transmit positive acknowledgement and otherwise generating a negative acknowledgement; output an aggregated feedback message to a radio access network, "RAN", node, the aggregated feedback message containing the aggregated HARQ feedback; and characterised by determining a transmission mode for retransmission of the SL data, wherein the transmission mode is selected from: groupcast transmission and M-unicast transmissions, wherein M is an integer less than the number of receiver V2X UEs, wherein the aggregated feedback message requests the determined transmission mode.
Method for manufacturing titanium dioxide particles by reacting titanium tetrachloride with an oxygen-containing gas in a tubular reactor by a multi-stage method, characterised in that liquid TiCl 4 is fed into a preheated, oxygen-containing gas stream in a first stage, where the molar ratio of O 2: TiCl 4 is greater than 1 and in the first stage at most 20 % of the total TiCl 4 quantity is dosed and a gas suspension containing initial TiO 2 particles is formed, and gaseous TiCl 4 is fed into the gas suspension containing the initial TiO 2 particles in a second stage.
Chair of a chairlift, comprising a safety device for passengers, the safety device comprising a main safety bar mounted pivoting on the chair between a raised position in which an access to the chair is allowed and a lowered position to enable a protection to the passengers seated on the chair, and at least one secondary safety bar mounted pivoting on the chair between a raised position in which an access to the chair is allowed and a lowered position to enable a protection to at least one passenger seated on the chair, characterized in that each secondary safety bar comprises a locking means configured so as to prevent the secondary safety bar from pivoting into its raised position when the main safety bar is in its lowered position.
Compressed air system for a motor vehicle or a commercial vehicle with a) a central line which is connectable to consumer circuits (I, II, III) via respective circuit protection valves (9 - 13) and b) a solenoid valve which is both ba) responsible for a control of a regeneration bb) as well as connected to control ports (55; 56) of circuit protection valves (9, 10) which are arranged in supply lines (14, 15) for consumer circuits (I, II) related to service brakes, c) the solenoid valve which is both responsible for the control of the regeneration as well as connected to control ports (55, 56) of circuit protection valves (9, 10) which are arranged in supply lines (14, 15) to consumer circuits (I, II) related to service brakes also controls the pressurisation of a control port of a circuit protection valve which is arranged in a supply line to further consumer circuit, characterised in that d) the control pressure biasing the control port of the circuit protection valve in the further consumer circuit both depends on the position of the solenoid valve as well as on the pressure in the further consumer circuit or a supply line to the further consumer circuit. a) a central line which is connectable to consumer circuits (I, II, III) via respective circuit protection valves (9 - 13) and b) a solenoid valve which is both ba) responsible for a control of a regeneration bb) as well as connected to control ports (55; 56) of circuit protection valves (9, 10) which are arranged in supply lines (14, 15) for consumer circuits (I, II) related to service brakes, ba) responsible for a control of a regeneration bb) as well as connected to control ports (55; 56) of circuit protection valves (9, 10) which are arranged in supply lines (14, 15) for consumer circuits (I, II) related to service brakes, c) the solenoid valve which is both responsible for the control of the regeneration as well as connected to control ports (55, 56) of circuit protection valves (9, 10) which are arranged in supply lines (14, 15) to consumer circuits (I, II) related to service brakes also controls the pressurisation of a control port of a circuit protection valve which is arranged in a supply line to further consumer circuit, characterised in that d) the control pressure biasing the control port of the circuit protection valve in the further consumer circuit both depends on the position of the solenoid valve as well as on the pressure in the further consumer circuit or a supply line to the further consumer circuit.
A method for reducing the amount of beverage soluble metal ions in a diatomaceous earth filter aid, the method comprising: contacting the diatomaceous earth filter aid with a hop compound selected from iso-alpha-acids, dihydroiso-alpha-acids, tetrahydroiso-alpha-acids, hexahydroiso-alpha-acids, alpha-acids, and beta-acids.
Process for the synthesis of 5-fluoro-1H-pyrazoles of the general formula wherein R 1 represents optionally halogenated (C 1 -C 4)alkyl or optionally halogenated cyclopropyl,; comprising the steps of - preparation of perfluoro-4-methyl-2-pentene (intermediate) in a Step 1 by reacting hexafluoropropene (compound) in the presence of a catalyst to form its dimer perfluoro-4-methyl-2-pentene; and - preparation of perfluoro-2-methyl-2-pentene (intermediate in a Step 2 by isomerizing perfluoro-4-methyl-2-pentene into perfluoro-2-methyl-2-pentene; and - preparation of perfluoro-2-methyl-2-penten-)3-enolate (intermediate) in a Step 3 wherein Cat + refers to a positively charged organic ion, alkaline metal cation or alkaline earth metal cation by reacting perfluoro-2-methyl-2-pentene with water and a base; and - preparation of compound of formula in a Step 4 by reacting intermediate in Step 4 with a hydrazine of formula R1-NH-NH 2 wherein R 1 is optionally halogenated C 1 -C 4 -alkyl or optionally halogenated cyclopropyl. - preparation of perfluoro-4-methyl-2-pentene (intermediate) in a Step 1 by reacting hexafluoropropene (compound) in the presence of a catalyst to form its dimer perfluoro-4-methyl-2-pentene; and - preparation of perfluoro-2-methyl-2-pentene (intermediate in a Step 2 by isomerizing perfluoro-4-methyl-2-pentene into perfluoro-2-methyl-2-pentene; and - preparation of perfluoro-2-methyl-2-penten-)3-enolate (intermediate) in a Step 3 wherein Cat + refers to a positively charged organic ion, alkaline metal cation or alkaline earth metal cation by reacting perfluoro-2-methyl-2-pentene with water and a base; and - preparation of compound of formula in a Step 4 by reacting intermediate in Step 4 with a hydrazine of formula R1-NH-NH 2 wherein R 1 is optionally halogenated C 1 -C 4 -alkyl or optionally halogenated cyclopropyl.
A forceps, comprising: an end effector assembly including first and second jaw members configured to grasp tissue therebetween and conduct energy through tissue grasped therebetween to treat tissue; and a monopolar member (220, 320) selectively deployable relative to the end effector assembly from a first position to a second position, characterized by an insulative tubular member (210,310) movable relative to the end effector assembly between a retracted position, wherein the insulative tubular member (210, 310) is positioned proximally of the end effector assembly, and an extended position, wherein the insulative tubular member (210, 310) is disposed about the end effector assembly; wherein, in the second position, a portion (224, 324) of the monopolar member (220, 320) extends distally from the end effector assembly and the insulative tubular member for applying energy to tissue to treat tissue. an end effector assembly including first and second jaw members configured to grasp tissue therebetween and conduct energy through tissue grasped therebetween to treat tissue; and a monopolar member (220, 320) selectively deployable relative to the end effector assembly from a first position to a second position, characterized by an insulative tubular member (210,310) movable relative to the end effector assembly between a retracted position, wherein the insulative tubular member (210, 310) is positioned proximally of the end effector assembly, and an extended position, wherein the insulative tubular member (210, 310) is disposed about the end effector assembly; wherein, in the second position, a portion (224, 324) of the monopolar member (220, 320) extends distally from the end effector assembly and the insulative tubular member for applying energy to tissue to treat tissue.