mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing an interface between a first network configured to operate based on a first protocol and at least a second network configured to operate based on a second protocol, different to the first protocol, the apparatus comprising: a receive terminal configured to receive one or more first messages from the first network encoded according to the first protocol wherein said one or more first messages encapsulate a plurality of second messages; and wherein said apparatus is configured to: extract said encapsulated second messages from said one or more first messages; determine, for each of said extracted second messages, and based on flow identifying information of each of said extracted second messages, a flow to which the extracted second message belongs, said flow comprising a plurality of the extracted second messages that form a set; and for said extracted second messages that belong to the same flow, provide for transmission of said extracted second messages on the second network encoded based on the second protocol with a time spacing therebetween greater than or equal to a predetermined minimum time spacing. a receive terminal configured to receive one or more first messages from the first network encoded according to the first protocol wherein said one or more first messages encapsulate a plurality of second messages; and wherein said apparatus is configured to: extract said encapsulated second messages from said one or more first messages; determine, for each of said extracted second messages, and based on flow identifying information of each of said extracted second messages, a flow to which the extracted second message belongs, said flow comprising a plurality of the extracted second messages that form a set; and for said extracted second messages that belong to the same flow, provide for transmission of said extracted second messages on the second network encoded based on the second protocol with a time spacing therebetween greater than or equal to a predetermined minimum time spacing. extract said encapsulated second messages from said one or more first messages; determine, for each of said extracted second messages, and based on flow identifying information of each of said extracted second messages, a flow to which the extracted second message belongs, said flow comprising a plurality of the extracted second messages that form a set; and for said extracted second messages that belong to the same flow, provide for transmission of said extracted second messages on the second network encoded based on the second protocol with a time spacing therebetween greater than or equal to a predetermined minimum time spacing.
A method for regenerating a cerium oxide-containing abrasive from a used abrasive-containing slurry that was used in polishing an object mainly composed of silicon, the method comprising: collecting an abrasive-containing slurry discharged from an abrasive device; separating the abrasive from a mother liquid and concentrating the abrasive by adding a magnesium salt as an inorganic salt to the collected abrasive-containing slurry, separating the abrasive from a component derived from the polished object, and aggregating the abrasive at a converted pH ranging from 6.5 to less than 10.0 of the mother liquid at 25°C; and collecting the separated and concentrated abrasive. collecting an abrasive-containing slurry discharged from an abrasive device; separating the abrasive from a mother liquid and concentrating the abrasive by adding a magnesium salt as an inorganic salt to the collected abrasive-containing slurry, separating the abrasive from a component derived from the polished object, and aggregating the abrasive at a converted pH ranging from 6.5 to less than 10.0 of the mother liquid at 25°C; and collecting the separated and concentrated abrasive.
An obstacle mounted device used for collision avoidance performance tests including: an inflatable model comprising a hermetic bag formed by bonding a plurality of sheets together and allowing a gas to be injected into the bag and expanded, thereby taking a shape resembling a human body; a carrier on which the inflatable model is mounted and allowed to enter a traveling course when a vehicle is approaching; an upright posture retainer which is placed on the carrier for maintaining an upright posture of the bag; and wherein the upright posture retainer has an engagement portion which is provided to the bag and a lock member for engaging with the engagement portion. an inflatable model comprising a hermetic bag formed by bonding a plurality of sheets together and allowing a gas to be injected into the bag and expanded, thereby taking a shape resembling a human body; a carrier on which the inflatable model is mounted and allowed to enter a traveling course when a vehicle is approaching; an upright posture retainer which is placed on the carrier for maintaining an upright posture of the bag; and wherein the upright posture retainer has an engagement portion which is provided to the bag and a lock member for engaging with the engagement portion.
A method for providing a multicast service to mobile nodes, comprising: receiving a first request (110, 112) to join a multicast group from a first cell site, the first request requesting that a first mobile node be permitted to join the multicast group; identifying a first multicast source operable to provide content to the first mobile node; characterised by: associating the multicast group and the first multicast source to yield a first group-source combination; assigning a first key to the first group-source combination; and providing the first key to the first cell site; receiving (126, 128) a second request to join the multicast group, the second request requesting that a second mobile node be permitted to join the multicast group; identifying a second multicast source operable to provide the content to the second mobile node; associating the multicast group with the second source to yield a second group-source combination; and assigning a second key to the second group-source combination; and providing the second key to the first cell site. receiving a first request (110, 112) to join a multicast group from a first cell site, the first request requesting that a first mobile node be permitted to join the multicast group; identifying a first multicast source operable to provide content to the first mobile node; characterised by: associating the multicast group and the first multicast source to yield a first group-source combination; assigning a first key to the first group-source combination; and providing the first key to the first cell site; receiving (126, 128) a second request to join the multicast group, the second request requesting that a second mobile node be permitted to join the multicast group; identifying a second multicast source operable to provide the content to the second mobile node; associating the multicast group with the second source to yield a second group-source combination; and assigning a second key to the second group-source combination; and providing the second key to the first cell site. associating the multicast group and the first multicast source to yield a first group-source combination; assigning a first key to the first group-source combination; and providing the first key to the first cell site; receiving (126, 128) a second request to join the multicast group, the second request requesting that a second mobile node be permitted to join the multicast group; identifying a second multicast source operable to provide the content to the second mobile node; associating the multicast group with the second source to yield a second group-source combination; and assigning a second key to the second group-source combination; and providing the second key to the first cell site.
A tube array-type liquid nitrogen container, wherein it comprises a container body provided with a container opening, and a top cover hermetically covering the container opening, wherein the top cover can rotate in the container opening, and the top cover is provided with at least one tube taking opening running through the top cover, and each tube taking opening is covered by a tube taking cover, characterized in that a tube array assembly is arranged in the container body, wherein the tube array assembly comprises a plurality of placement tubes configured to be used for placement of a cryopreservation tube, one end of each placement tube has an opening, and the opening of each placement tube faces the top cover; wherein the container body comprises an inner column and an outer column sleeved outside the inner column, wherein the inner column and the outer column are fixed to each other at the bottom, the inner column has its top lower than the top of the outer column, and the top of the inner column and the top of the outer column are connected through a corrugated pipe. the top cover can rotate in the container opening, and the top cover is provided with at least one tube taking opening running through the top cover, and each tube taking opening is covered by a tube taking cover, characterized in that a tube array assembly is arranged in the container body, wherein the tube array assembly comprises a plurality of placement tubes configured to be used for placement of a cryopreservation tube, one end of each placement tube has an opening, and the opening of each placement tube faces the top cover; wherein the container body comprises an inner column and an outer column sleeved outside the inner column, wherein the inner column and the outer column are fixed to each other at the bottom, the inner column has its top lower than the top of the outer column, and the top of the inner column and the top of the outer column are connected through a corrugated pipe.
A processor-implemented battery state estimation method, the method comprising: determining state information of plural batteries in each of plural switching periods, the determining comprising determining, for each switching period, state information of a target battery based on a battery model and sensing data of the target battery, and state information of a non-target battery based on a state variation of the non-target battery, wherein the target battery is changed in each switching period, the state information includes charge state information, and the state variation is determined based on a reference capacity and an amount of current flowing in the plural batteries; and outputting the state information of the batteries in a last switching period of the switching periods, wherein a target battery set in a first switching period of the plural switching periods is set to be a non-target battery in a second switching period of the plural switching periods, and a non-target battery in the first switching period is set to be a target battery in the second switching period of the plural switching periods. determining state information of plural batteries in each of plural switching periods, the determining comprising determining, for each switching period, state information of a target battery based on a battery model and sensing data of the target battery, and state information of a non-target battery based on a state variation of the non-target battery, wherein the target battery is changed in each switching period, the state information includes charge state information, and the state variation is determined based on a reference capacity and an amount of current flowing in the plural batteries; and outputting the state information of the batteries in a last switching period of the switching periods, wherein a target battery set in a first switching period of the plural switching periods is set to be a non-target battery in a second switching period of the plural switching periods, and a non-target battery in the first switching period is set to be a target battery in the second switching period of the plural switching periods.
A working machine, comprising: - a working machine structure, - working machine means (104, 106) pivotally connected to the working machine structure, and - an operator compartment provided at the working machine structure and provided with control means adapted to allow an operator to control a position of the working machine means (104, 106), wherein the working machine further comprises: - an image projection arrangement for projecting an image (302, 304, 306, 312, 314) at a surface of the working machine means (104, 106) facing the operator compartment, wherein the projected image (302, 304, 306, 312, 314) comprises information for the operator to control the working machine, characterized in that the image projection arrangement further comprises a control unit adapted to adjust a position of the image projected at the surface of the working machine means (104, 106) based on an expected position of the operator within the operator compartment and a current position of the working machine means (104, 106) outside the operator compartment, wherein the expected position of the operator is determined using an eye and/or head tracking mechanism connected to the control unit. - a working machine structure, - working machine means (104, 106) pivotally connected to the working machine structure, and - an operator compartment provided at the working machine structure and provided with control means adapted to allow an operator to control a position of the working machine means (104, 106), - an image projection arrangement for projecting an image (302, 304, 306, 312, 314) at a surface of the working machine means (104, 106) facing the operator compartment, wherein the projected image (302, 304, 306, 312, 314) comprises information for the operator to control the working machine,
A flavor inhaler comprising: an atomizing unit configured to atomize an aerosol-generating material according to a puffing action of inhaling air through an air passage leading from an air inlet to an air outlet, and a battery unit, wherein the battery unit includes a battery, an electronic component configured to control the atomizing unit, and a housing configured to accommodate the battery and the electronic component, wherein the electronic component is located in a predetermined portion of the battery unit, wherein the predetermined portion includes a water detection member configured to detect water that enters the predetermined portion, and characterized in that the water detection member is located in a portion other than the air passage. an atomizing unit configured to atomize an aerosol-generating material according to a puffing action of inhaling air through an air passage leading from an air inlet to an air outlet, and a battery unit, wherein the battery unit includes a battery, an electronic component configured to control the atomizing unit, and a housing configured to accommodate the battery and the electronic component, wherein the electronic component is located in a predetermined portion of the battery unit, wherein the predetermined portion includes a water detection member configured to detect water that enters the predetermined portion, and characterized in that the water detection member is located in a portion other than the air passage.
An oral care implement (100, 200, 300) comprising: a base structure (110, 210, 310) comprising a handle portion (111, 211, 311) and a head portion (112, 212, 312), tooth cleaning elements extending from the head portion (112, 212, 312); the handle portion (111, 211, 311) comprising a core component (130, 230, 330) and a shell component (120, 220, 320), the shell component (120, 220, 320) encapsulating the core component (130, 230, 330) and forming an outer surface (113, 313) of the base structure (110, 210, 310); the shell component (120, 220, 320) formed of a substantially translucent first material; and the core component (130, 230, 330) comprising a body (131, 231, 331) formed of a second rigid material and a plurality of discrete and spaced apart particles, the plurality of discrete and spaced apart particles of the core component (130, 230, 330) being visible through the substantially translucent first material of the shell component (120, 220, 320); characterized in that a first one of the plurality of discrete and spaced apart particles forms a portion of an outer surface of the core component (130, 230, 330). a base structure (110, 210, 310) comprising a handle portion (111, 211, 311) and a head portion (112, 212, 312), tooth cleaning elements extending from the head portion (112, 212, 312); the handle portion (111, 211, 311) comprising a core component (130, 230, 330) and a shell component (120, 220, 320), the shell component (120, 220, 320) encapsulating the core component (130, 230, 330) and forming an outer surface (113, 313) of the base structure (110, 210, 310); the shell component (120, 220, 320) formed of a substantially translucent first material; and the core component (130, 230, 330) comprising a body (131, 231, 331) formed of a second rigid material and a plurality of discrete and spaced apart particles, the plurality of discrete and spaced apart particles of the core component (130, 230, 330) being visible through the substantially translucent first material of the shell component (120, 220, 320); characterized in that a first one of the plurality of discrete and spaced apart particles forms a portion of an outer surface of the core component (130, 230, 330).
1. An electronic apparatus comprising: a communicator; and a processor configured to: control the communicator to establish first respective connections between a plurality of terminals and the electronic apparatus, determine that the first respective connections between the plurality of terminals and the electronic apparatus have been disconnected, control the communicator to transmit a communication connection order message, including a communication connection order for the plurality of terminals, from the electronic apparatus to the plurality of terminals, receive respective association requests through the communicator from the plurality of terminals in response to the transmitted communication connection order message, and control the communicator to sequentially establish second respective connections with each of the plurality of terminals based on the received respective association requests. a communicator; and a processor configured to: control the communicator to establish first respective connections between a plurality of terminals and the electronic apparatus, determine that the first respective connections between the plurality of terminals and the electronic apparatus have been disconnected, control the communicator to transmit a communication connection order message, including a communication connection order for the plurality of terminals, from the electronic apparatus to the plurality of terminals, receive respective association requests through the communicator from the plurality of terminals in response to the transmitted communication connection order message, and control the communicator to sequentially establish second respective connections with each of the plurality of terminals based on the received respective association requests. control the communicator to establish first respective connections between a plurality of terminals and the electronic apparatus, determine that the first respective connections between the plurality of terminals and the electronic apparatus have been disconnected, control the communicator to transmit a communication connection order message, including a communication connection order for the plurality of terminals, from the electronic apparatus to the plurality of terminals, receive respective association requests through the communicator from the plurality of terminals in response to the transmitted communication connection order message, and control the communicator to sequentially establish second respective connections with each of the plurality of terminals based on the received respective association requests.
A sensing device that detects a rotation of a wheel of a bicycle, the sensing device comprising: a mobile-side sensing body providable on the wheel; and an immobile-side sensing body providable on a frame of the bicycle, the immobile-side sensing body including a mounting section attached to the frame, a sensor that detects the mobile-side sensing body crossing the immobile-side sensing body during a rotation of the wheel, and a supporting section that supports the sensor, the sensor being movable linearly on a travel path in a first direction that increases or reduces a distance between the mounting section and the sensor with respect to the supporting section, the sensor including a fixing member that fixes the sensor to the supporting section, wherein the sensor is pivotable about the supporting section in a second direction different from the first direction. a mobile-side sensing body providable on the wheel; and an immobile-side sensing body providable on a frame of the bicycle, the immobile-side sensing body including a mounting section attached to the frame, a sensor that detects the mobile-side sensing body crossing the immobile-side sensing body during a rotation of the wheel, and a supporting section that supports the sensor, the sensor being movable linearly on a travel path in a first direction that increases or reduces a distance between the mounting section and the sensor with respect to the supporting section, the sensor including a fixing member that fixes the sensor to the supporting section,
A process for exfoliating graphite characterized in that it comprises a Diels-Alder reaction between graphite and a compound having one of the following structures: wherein X is O or S; R 2, R 3 are independently hydrogen, -NR A R B, or -OR; wherein each occurrence of R, R A, and R B is independently hydrogen, methyl, ethyl, n-propyl, i-propyl, n-butyl, t-butyl, sec-butyl, n-pentyl, or n-hexyl; and R, for each occurrence, may also be is a polyethylene glycol radical of the formula: to yield a pentacenone compound having one of the following structures: or wherein X represents O or S; R' 2, R' 3 are independently hydrogen, -NR A R B, or -OR; wherein each occurrence of R, R A, and R B is independently hydrogen, methyl, ethyl, n-propyl, i-propyl, n-butyl, t-butyl, sec-butyl, n-pentyl, or n-hexyl; and R, for each occurrence, may also be a polyethylene glycol radical of the formula: in an organic solvent, in the presence of a base, and under sonication, grinding and/or mixing, at a temperature between 15°C and 65°C; to obtain the corresponding Diels-Alder adduct of graphene. X is O or S; R 2, R 3 are independently hydrogen, -NR A R B, or -OR; wherein each occurrence of R, R A, and R B is independently hydrogen, methyl, ethyl, n-propyl, i-propyl, n-butyl, t-butyl, sec-butyl, n-pentyl, or n-hexyl; and R, for each occurrence, may also be is a polyethylene glycol radical of the formula: to yield a pentacenone compound having one of the following structures: or wherein X represents O or S; R' 2, R' 3 are independently hydrogen, -NR A R B, or -OR; wherein each occurrence of R, R A, and R B is independently hydrogen, methyl, ethyl, n-propyl, i-propyl, n-butyl, t-butyl, sec-butyl, n-pentyl, or n-hexyl; and R, for each occurrence, may also be a polyethylene glycol radical of the formula: X represents O or S; R' 2, R' 3 are independently hydrogen, -NR A R B, or -OR; wherein each occurrence of R, R A, and R B is independently hydrogen, methyl, ethyl, n-propyl, i-propyl, n-butyl, t-butyl, sec-butyl, n-pentyl, or n-hexyl; and R, for each occurrence, may also be a polyethylene glycol radical of the formula: in an organic solvent, in the presence of a base, and under sonication, grinding and/or mixing, at a temperature between 15°C and 65°C; to obtain the corresponding Diels-Alder adduct of graphene.