mhurhangee/ep-ind-claims huggingface dataset:
A separating device that separates liquid absorbent fibers from a material including the liquid absorbent fibers of an absorbent article and impurities, the separating device comprising: a case; a partition member that divides a space in the case into a first space (SP20u) and a second space (SP20d); an insertion port for inserting the material into the first space, while the material is made to ride on an airflow; a rotation member housed in the first space, the rotation member agitating and opening the material; and a discharge port for discharging the liquid absorbent fibers, of the material that has been opened with the rotation member, from inside the first space, while the liquid absorbent fibers are made to ride on an airflow, the partition member having a plurality of through holes that communicate with the first space and the second space, the second space including a suction port that suctions air inside the second space, the suction port sucking in the liquid absorbent fibers that are floating in the second space, the liquid absorbent fibers having passed through the through holes of the partition member, the separating device being characterized in that an opening area of each of the through holes provided in a position opposing the discharge port is larger than an opening area of each of the through holes provided in a position opposing the insertion port, and an opening ratio of the through holes provided in the position opposing the discharge port is larger than the opening ratio of the through holes provided in the position opposing the insertion port. a case; a partition member that divides a space in the case into a first space (SP20u) and a second space (SP20d); an insertion port for inserting the material into the first space, while the material is made to ride on an airflow; a rotation member housed in the first space, the rotation member agitating and opening the material; and a discharge port for discharging the liquid absorbent fibers, of the material that has been opened with the rotation member, from inside the first space, while the liquid absorbent fibers are made to ride on an airflow, the partition member having a plurality of through holes that communicate with the first space and the second space, the second space including a suction port that suctions air inside the second space, the suction port sucking in the liquid absorbent fibers that are floating in the second space, the liquid absorbent fibers having passed through the through holes of the partition member, the separating device being characterized in that an opening area of each of the through holes provided in a position opposing the discharge port is larger than an opening area of each of the through holes provided in a position opposing the insertion port, and an opening ratio of the through holes provided in the position opposing the discharge port is larger than the opening ratio of the through holes provided in the position opposing the insertion port.
A method for processing a Dynamic Host Configuration Protocol, DHCP, message, comprising: receiving, by a network client, a DHCP message sent from a DHCP message sender, wherein a source address of the DHCP message is a Cryptographically Generated Address, CGA, and a signature of the DHCP message sender is carried in the DHCP message; wherein the signature is generated by signing the DHCP message with a private key of the DHCP message sender; and the DHCP message sender is a DHCP server; verifying, by the network client, the CGA and the signature; and processing, by the network client, a payload of the DHCP message after the verification of the CGA and the signature succeeds; wherein the CGA is an Internet Protocol version 6, IPv6, address which includes a prefix and an interface identifier, wherein the interface identifier is calculated by using a hash algorithm based on a public key and CGA parameters of the DHCP message sender. receiving, by a network client, a DHCP message sent from a DHCP message sender, wherein a source address of the DHCP message is a Cryptographically Generated Address, CGA, and a signature of the DHCP message sender is carried in the DHCP message; wherein the signature is generated by signing the DHCP message with a private key of the DHCP message sender; and the DHCP message sender is a DHCP server; verifying, by the network client, the CGA and the signature; and processing, by the network client, a payload of the DHCP message after the verification of the CGA and the signature succeeds; wherein the CGA is an Internet Protocol version 6, IPv6, address which includes a prefix and an interface identifier, wherein the interface identifier is calculated by using a hash algorithm based on a public key and CGA parameters of the DHCP message sender.
A disc brake of a utility vehicle, having - a brake carrier that is stationary in relation to the vehicle and partially surrounds a brake disc and - a brake calliper that is arranged on and partially surrounds the brake carrier, - it being possible to move the brake calliper relative to the brake carrier perpendicular to a friction surface of the brake disc via sliding guides, - a first sliding guide taking the form of a fixed bearing and a second sliding guide taking the form of a floating bearing, - at least the floating bearing being designed as a slide guide having a slideway that extends in the direction of movement of the brake calliper and a first guide element that is accommodated in the slideway characterised in that - the first guide element is arranged extending parallel to the friction surface of the brake disc on the brake calliper and the slideway is arranged on a part of the brake carrier. - a brake carrier that is stationary in relation to the vehicle and partially surrounds a brake disc and - a brake calliper that is arranged on and partially surrounds the brake carrier, - it being possible to move the brake calliper relative to the brake carrier perpendicular to a friction surface of the brake disc via sliding guides, - a first sliding guide taking the form of a fixed bearing and a second sliding guide taking the form of a floating bearing, - at least the floating bearing being designed as a slide guide having a slideway that extends in the direction of movement of the brake calliper and a first guide element that is accommodated in the slideway - the first guide element is arranged extending parallel to the friction surface of the brake disc on the brake calliper and the slideway is arranged on a part of the brake carrier.
Solid composition for oral administration containing at least one dye in association with at least one physiologically acceptable excipient, characterised in that it comprises: a. a matrix which consists of lipophilic compounds with melting point below 90°C, and amphiphilic compounds, in which said at least one dye is at least partly incorporated; b. an outer matrix which consists of hydrophilic compounds, in which the lipophilic matrix, and the amphiphilic matrix are dispersed; c. optionally other physiologically acceptable excipients; d. optionally a gastro-resistant coating, wherein said at least one dye is selected from among methylene blue, congo red, carmine indigo, toluidine blue or mixtures thereof and it is comprised in an amount ranging between 10 mg and 1500 mg a. a matrix which consists of lipophilic compounds with melting point below 90°C, and amphiphilic compounds, in which said at least one dye is at least partly incorporated; b. an outer matrix which consists of hydrophilic compounds, in which the lipophilic matrix, and the amphiphilic matrix are dispersed; c. optionally other physiologically acceptable excipients; d. optionally a gastro-resistant coating,
Communication device, containing - a device, which is in the form of a movement module (31, 41, 100), for mechanically generating a rotational movement, wherein the movement module is provided with a drive rod and a pushbutton for generating a linear movement of the drive rod and with at least one gear wheel which acts on the drive rod and, in the event of a linear movement of the drive rod, is set in rotational motion, - a converter module (32, 50), which is connected to the movement module (31, 41, 100), wherein the converter module converts the rotational movement which is generated in the movement module into electrical energy, - an energy management module (34, 47), which is connected to the converter module (32, 50), for providing electrical energy in line with pre-specified boundary conditions based on the electrical energy which is provided by the converter module, and - a transmission module (35, 48) for transmitting information, characterized in that the drive rod, at least in sections, is provided with a toothing system in the form of circularly circumferential teeth and adjacent circumferential recesses. - a device, which is in the form of a movement module (31, 41, 100), for mechanically generating a rotational movement, wherein the movement module is provided with a drive rod and a pushbutton for generating a linear movement of the drive rod and with at least one gear wheel which acts on the drive rod and, in the event of a linear movement of the drive rod, is set in rotational motion, - a converter module (32, 50), which is connected to the movement module (31, 41, 100), wherein the converter module converts the rotational movement which is generated in the movement module into electrical energy, - an energy management module (34, 47), which is connected to the converter module (32, 50), for providing electrical energy in line with pre-specified boundary conditions based on the electrical energy which is provided by the converter module, and - a transmission module (35, 48) for transmitting information,
A saturator part adapted to a particle number counting apparatus which apparatus comprises: the saturator part including a flow path in which a working liquid is diffused in a vaporized state so as to render sample particles contained in a measurement targeted gas to flow in the flow path; a condenser part for introducing the sample particles and vaporized working liquid from the flow path and condensing the working liquid with the sample particles as cores so as to produce droplets of the working liquid; and a counter part for counting the droplets of the working liquid, the saturator part including: a porous member in which the flow path is passed through to form an inlet at a lower side and an outlet at an upper side thereof so that the working liquid is supplied to a predetermined section of the porous member so as to be impregnated into the entire part of the porous member; and a housing having an accommodating space for accommodating the porous member, characterized in that a gap is formed between an outer peripheral surface of the porous member and an inner peripheral surface of the accommodating space of the housing at least above the predetermined section of the porous member which is supplied with working liquid, wherein the gap has a width not to cause a capillary phenomenon. a porous member in which the flow path is passed through to form an inlet at a lower side and an outlet at an upper side thereof so that the working liquid is supplied to a predetermined section of the porous member so as to be impregnated into the entire part of the porous member; and a housing having an accommodating space for accommodating the porous member, characterized in that a gap is formed between an outer peripheral surface of the porous member and an inner peripheral surface of the accommodating space of the housing at least above the predetermined section of the porous member which is supplied with working liquid, wherein the gap has a width not to cause a capillary phenomenon.
A method of completing a well, the well having a cased wellbore section, the method comprising: placing a first tubular member in the well, and hanging the first tubular member in the cased wellbore section at a subterranean location; placing a second tubular member in the well so that a portion of the second tubular member is telescoped into a portion of the first tubular member and a portion of an outer surface of the second tubular member extends adjacent to a portion of an inner surface of the first tubular member, the respective telescoped portions of the first and second tubular members having reduced wall thicknesses relative to respective remaining portions of the first and second tubular members, and a plurality of metallic annular protrusions each being formed on at least one of the adjacent inner and outer surfaces; and expanding the second tubular member so that each of the metallic annular protrusions is in sealing contact with, and plastically deforms, the other of the adjacent inner and outer surfaces on which said metallic annular protrusion is not formed. placing a first tubular member in the well, and hanging the first tubular member in the cased wellbore section at a subterranean location; placing a second tubular member in the well so that a portion of the second tubular member is telescoped into a portion of the first tubular member and a portion of an outer surface of the second tubular member extends adjacent to a portion of an inner surface of the first tubular member, the respective telescoped portions of the first and second tubular members having reduced wall thicknesses relative to respective remaining portions of the first and second tubular members, and a plurality of metallic annular protrusions each being formed on at least one of the adjacent inner and outer surfaces; and expanding the second tubular member so that each of the metallic annular protrusions is in sealing contact with, and plastically deforms, the other of the adjacent inner and outer surfaces on which said metallic annular protrusion is not formed.
Method for generating a stream, termed derived stream, on the basis of a stream, termed original stream, the said original stream being a transport stream comprising a multiplex of programs compliant with a first-generation DVB standard decodable by a decoder compliant with the DVB standard, characterized in that the method comprises the following steps of: - obtaining a stream T2-MI compliant with a second-generation DVB standard comprising the multiplex of programs and at least synchronization packets and signalling packets compliant with the second-generation standard, - generating the derived stream by inserting into the original stream information representative of the synchronization packets and signalling packets, the representative information being inserted into parts of the derived stream that are not decoded by the decoder compliant with the first-generation DVB standard, the inserted representative information being inserted into packets having a program identifier unreferenced in a program association table accessible to the decoder compliant with the first-generation DVB standard and in that the packets having an unreferenced program identifier replace padding packets included in the original stream. - obtaining a stream T2-MI compliant with a second-generation DVB standard comprising the multiplex of programs and at least synchronization packets and signalling packets compliant with the second-generation standard, - generating the derived stream by inserting into the original stream information representative of the synchronization packets and signalling packets, the representative information being inserted into parts of the derived stream that are not decoded by the decoder compliant with the first-generation DVB standard, the inserted representative information being inserted into packets having a program identifier unreferenced in a program association table accessible to the decoder compliant with the first-generation DVB standard and in that the packets having an unreferenced program identifier replace padding packets included in the original stream.
An article formed from a thermoplastic sheet having a peripheral edge and having sufficient rigidity to define the conformation of the article, the article comprising a body having an extension extending peripherally away from the body, the extension including: the peripheral edge of the thermoplastic sheet; a bend region including a curved portion and being interposed between the peripheral edge and the junction between the body and the extension; a peripheral flange interposed between the peripheral edge and the bend region, the peripheral flange being connected to the bend region by an elbow; and, a bent portion interposed between the peripheral edge and the junction, the bent portion having a smooth periphery and being sufficiently bent that the peripheral edge of the thermoplastic sheet is displaced from the periphery of the article, whereby the article has a smooth periphery. the peripheral edge of the thermoplastic sheet; a bend region including a curved portion and being interposed between the peripheral edge and the junction between the body and the extension; a peripheral flange interposed between the peripheral edge and the bend region, the peripheral flange being connected to the bend region by an elbow; and, a bent portion interposed between the peripheral edge and the junction, the bent portion having a smooth periphery and being sufficiently bent that the peripheral edge of the thermoplastic sheet is displaced from the periphery of the article, whereby the article has a smooth periphery.
A method for managing a Radio Frequency Identification RFID card, comprising: activating a Near Field Communication NFC read-write mode of a terminal; and reading, by the terminal, RFID information of a RFID card to be managed and updating the RFID information into a RFID information database; repeatedly implement, by the terminal, the reading operation to implement RFID information acquisition of multiple RFID cards; establishing, by the terminal, a connection with a RFID service device; retrieving, by the terminal, RFID information corresponding to the RFID service device from the RFID information database; temporarily storing the RFID information into a security chip module; activating a NFC simulation mode of the terminal, wherein the terminal under the NFC simulation mode is used to replace the RFID card for implementing a function of the RFID card; and responding to, by the terminal, a service request from the RFID service device, acquiring the corresponding RFID information from the security chip module, and sending the corresponding RFID information to the RFID service device; and deleting the RFID information temporarily stored in the security chip module. activating a Near Field Communication NFC read-write mode of a terminal; and reading, by the terminal, RFID information of a RFID card to be managed and updating the RFID information into a RFID information database; repeatedly implement, by the terminal, the reading operation to implement RFID information acquisition of multiple RFID cards; establishing, by the terminal, a connection with a RFID service device; retrieving, by the terminal, RFID information corresponding to the RFID service device from the RFID information database; temporarily storing the RFID information into a security chip module; activating a NFC simulation mode of the terminal, wherein the terminal under the NFC simulation mode is used to replace the RFID card for implementing a function of the RFID card; and responding to, by the terminal, a service request from the RFID service device, acquiring the corresponding RFID information from the security chip module, and sending the corresponding RFID information to the RFID service device; and deleting the RFID information temporarily stored in the security chip module.
A positioning method for a sequencing system, wherein the sequencing system comprises an imaging assembly and a mobile platform, the imaging assembly comprises an optical axis, the mobile platform bears a reaction device, the imaging assembly is located above the reaction device, a limit switch is configured for controlling a stroke of the mobile platform in a first direction, thereby defining a first limit of the stroke, and the stroke comprises a first limit, the method comprising: (a) moving the mobile platform in a direction approaching the first limit at a first step space until a distance between a current position of the reaction device and a previous position of the reaction device is smaller than the first step space, due to the limit switch being triggered to turn on so as to stop the movement of the mobile platform; (b) moving the mobile platform in a direction opposite to the moving direction in (a), wherein a minimum distance the mobile platform needs to move in step (b) is related to a moving speed of the mobile platform in step (a) to eliminate or reduce the positioning deviation caused by the moving speed of the mobile platform in step (a); (c) moving the mobile platform in the moving direction in (a) until the mobile platform reaches the first limit, wherein a moving speed of the mobile platform in step (c) is not greater than a first preset value, and the first preset value is related to an allowable error of the positioning; and (d) moving the mobile platform in the direction opposite to the moving direction in (a) for a preset distance such that the optical axis and the position of the reaction device satisfy a preset relationship (a) moving the mobile platform in a direction approaching the first limit at a first step space until a distance between a current position of the reaction device and a previous position of the reaction device is smaller than the first step space, due to the limit switch being triggered to turn on so as to stop the movement of the mobile platform; (b) moving the mobile platform in a direction opposite to the moving direction in (a), wherein a minimum distance the mobile platform needs to move in step (b) is related to a moving speed of the mobile platform in step (a) to eliminate or reduce the positioning deviation caused by the moving speed of the mobile platform in step (a); (c) moving the mobile platform in the moving direction in (a) until the mobile platform reaches the first limit, wherein a moving speed of the mobile platform in step (c) is not greater than a first preset value, and the first preset value is related to an allowable error of the positioning; and (d) moving the mobile platform in the direction opposite to the moving direction in (a) for a preset distance such that the optical axis and the position of the reaction device satisfy a preset relationship