mhurhangee/ep-ind-claims huggingface dataset:
A production schedule creation device, comprising: a production simulator (100, 201, 310) configured to simulate a production process expressing a production state and a production constraint of the production process; a mathematical expression model holding device (110, 211, 320) configured to hold a mathematical expression model which is created by the production simulator at each event from the production state and the production constraint written in the production simulator; and an optimization calculation device (120, 212, 330) configured to perform optimization calculation processing by using a predetermined evaluation function and the mathematical expression model, and to calculate a production instruction for said production simulator, wherein the production instruction obtained by said optimization calculation device is supplied to said production simulator to cause it to execute simulation, an instruction to perform optimization calculation is output to said optimization calculation device from said production simulator whenever a new event used by the production simulator occurs, and thereby said production simulator and said optimization calculation device are linked to each other to create the production schedule in the above described production process. a production simulator (100, 201, 310) configured to simulate a production process expressing a production state and a production constraint of the production process; a mathematical expression model holding device (110, 211, 320) configured to hold a mathematical expression model which is created by the production simulator at each event from the production state and the production constraint written in the production simulator; and an optimization calculation device (120, 212, 330) configured to perform optimization calculation processing by using a predetermined evaluation function and the mathematical expression model, and to calculate a production instruction for said production simulator, wherein the production instruction obtained by said optimization calculation device is supplied to said production simulator to cause it to execute simulation, an instruction to perform optimization calculation is output to said optimization calculation device from said production simulator whenever a new event used by the production simulator occurs, and thereby said production simulator and said optimization calculation device are linked to each other to create the production schedule in the above described production process.
A method performed by a customer equipment, CE, the method comprising the steps of: assigning a CE IP address to the CE, the CE IP address associated with a plurality of tags, wherein each tag of the plurality of tags is a pre-defined virtual local area network, VLAN, tag; assigning an aggregation equipment, AE, IP address to an AE; establishing first communication over Ethernet virtual connection, EVC, between the CE and the AE using the CE IP address and the AE IP address; automatically selecting a tag from the plurality of tags at the CE based on information received from the AE, wherein the selected tag at the CE matches an Ethernet port tag of an Ethernet port of the AE; and establishing second communication between the CE and the AE using the selected tag. assigning a CE IP address to the CE, the CE IP address associated with a plurality of tags, wherein each tag of the plurality of tags is a pre-defined virtual local area network, VLAN, tag; assigning an aggregation equipment, AE, IP address to an AE; establishing first communication over Ethernet virtual connection, EVC, between the CE and the AE using the CE IP address and the AE IP address; automatically selecting a tag from the plurality of tags at the CE based on information received from the AE, wherein the selected tag at the CE matches an Ethernet port tag of an Ethernet port of the AE; and establishing second communication between the CE and the AE using the selected tag.
Cartridge having a projectile and a casing which is drawn onto the projectile from the rear and has a casing mouth at the front end, the projectile having a tip and this tip being inserted at the rear into a circumferential front guide band, which defines the outer diameter of the projectile, and directly adjacent to this front guide band in the direction of the projectile base there is arranged in the projectile a circumferential casing mouth receiving space which extends in the axial direction of the projectile, in which the casing mouth engages, an exposed partial section of the casing mouth receiving space extending in the axial direction of the projectile being arranged between the front guide band and the casing mouth, so that the casing mouth does not completely fill the casing mouth receiving space towards the bow of the projectile, characterized in that the exposed partial section of the casing mouth receiving space is provided with a sealing means, such as a lacquer, and in that the exposed partial section of the casing mouth receiving space merges in a straight line at an angle less than or equal to 16 degrees to the projectile axis into the front guide band.
A device to assist in guiding a patient from an upright position beside the bed to a lying position in a bed, the device comprising: - a seat member; - a back support member; and - a lever arm; wherein the lever arm is attached to the seat member and extends beyond the front of said seat member; wherein the seat member and the back support member are arranged at an inner angle of 85-120 degrees to each other, and wherein the lever arm is attached to the seat member on or below one of the sides of said seat member, or on the side edge of said seat member; characterized in that the device further comprises a rounded section between said back support member and said seat member, and wherein the rounded section bends convexly from the back face of the device. - a seat member; - a back support member; and - a lever arm; wherein the lever arm is attached to the seat member and extends beyond the front of said seat member; wherein the seat member and the back support member are arranged at an inner angle of 85-120 degrees to each other, and wherein the lever arm is attached to the seat member on or below one of the sides of said seat member, or on the side edge of said seat member; characterized in that the device further comprises a rounded section between said back support member and said seat member, and wherein the rounded section bends convexly from the back face of the device.
Aqueous oral rinse composition comprising ethyl lauroyl arginate hydrochloride, a source of gluconate anions, and Vitamin E or an ester thereof, wherein the composition comprises less than 1% w/v of a C 1 -C 4 monoalcohol and wherein the source of gluconate anions is used in an amount providing at least 15 mM of said anions in the aqueous oral rinse composition.
A temperature-sensing automatic on and off fire-extinguishing device, comprising: a valve body, a sealing auxiliary member, a sealing pad, a magnetic ring, a lower magnetic ring sleeve, an upper magnetic ring sleeve, a first temperature-sensing element, a large reset spring; a valve cover; a sealing sleeve; a screw; a magnetic core; a magnetic-core sleeve; a magnetic-core rod and a sealing cap; characterized in that the temperature-sensing automatic on and off fire-extinguishing device comprises a bi-directional spacer, a second temperature-sensing element, an actuating sleeve, a small reset spring and a connecting element; and wherein the sealing pad is provided on a groove inside the valve body and below the sealing auxiliary member; the sealing auxiliary member is provided on the groove inside the valve body and above the sealing pad; the magnetic ring is provided inside the upper magnetic ring sleeve and the lower magnetic ring sleeve and sleeved on an external of the sealing sleeve; the magnetic core is provided on a top portion inside the magnetic core sleeve; the magnetic core rod is provided in the magnetic core sleeve and below the magnetic core; the sealing cap is sleeved on a low portion of the magnetic core rod; the sealing sleeve is provided on an external of the magnetic core sleeve and inside the upper magnetic ring sleeve and the lower magnetic ring sleeve; the lower magnetic ring sleeve is connected with the upper magnetic ring sleeve by riveting; the first temperature-sensing element is provided on an external of the lower magnetic ring sleeve and on a low portion of the bi-directional spacer; the bi-directional spacer is provided on an up portion of the first temperature-sensing element; the large reset spring is provided on an up portion of the bi-directional spacer and on an external of the upper magnetic ring sleeve; the connecting element is provided on an up portion of the valve cover; a first end of the connecting element is provided on a low portion of a convex of the upper magnetic ring sleeve; a second end of the connecting element is coaxially aligned with a screw hole of the actuating sleeve and fastened by a screw; the actuating sleeve is provided on an external of the second temperature-sensing element and inside the small reset spring; the second temperature-sensing element is provided in the actuating sleeve; the actuating sleeve is provided in the valve cover; the small reset spring is provided on an external of the actuating sleeve and on an up portion of a spacer; the valve cover is provided on an up portion of the valve body; the spacer is provided between the small reset spring and a circlip; the circlip is provided in a slot of the actuating sleeve on a low portion of the spacer; the valve cover and the valve body is connected by the screw.
A resource reservation method, comprising: generating, by a network device, a resource reservation request message RRQ, characterised in that the RRQ comprises one first resource reservation request message RRQ 1 and N second resource reservation request messages RRQs 2, the RRQ 1 comprises first duration information, the first duration information is used to indicate that a time for which the network device occupies a target channel is first duration, the N RRQs 2 are respectively used to request N user equipments UEs to transmit data to the network device in the first duration, the N RRQs 2 are in a one-to-one correspondence with the N UEs, and N is an integer greater than or equal to 1; and sending, by the network device, the RRQ, wherein the RRQ 1 is scrambled by using a first generic identifier, the N RRQs 2 are respectively scrambled by using unique identifiers of the UEs corresponding to the N RRQs 2, and the first generic identifier is an identifier known to at least one third-party device and the N UEs. generating, by a network device, a resource reservation request message RRQ, characterised in that the RRQ comprises one first resource reservation request message RRQ 1 and N second resource reservation request messages RRQs 2, the RRQ 1 comprises first duration information, the first duration information is used to indicate that a time for which the network device occupies a target channel is first duration, the N RRQs 2 are respectively used to request N user equipments UEs to transmit data to the network device in the first duration, the N RRQs 2 are in a one-to-one correspondence with the N UEs, and N is an integer greater than or equal to 1; and sending, by the network device, the RRQ, wherein the RRQ 1 is scrambled by using a first generic identifier, the N RRQs 2 are respectively scrambled by using unique identifiers of the UEs corresponding to the N RRQs 2, and the first generic identifier is an identifier known to at least one third-party device and the N UEs.
A method of assembling a portion of a microfluidic device by conducting bonding action by contacting faces of opposed bondable materials, one of the bondable materials comprising a flexible sheet, the method characterized by employing a repeated make-and-break-contact manufacturing protocol on a first region R1 of the contacting faces of the bondable materials, while maintaining continual contact of the faces in a second region R2 until bonding is completed, thereby over time neutralizing the tendency for permanent bonds to form in the first region R1, thus to enable making and breaking actuated movements of the first region R1 of the flexible sheet relative to the portion of the other material that it opposes.
Method for assembling a first piece and a second piece in the field of watchmaking/clockmaking, the second piece being made of a material which substantially does not deform plastically, the method comprising the following steps: - introducing into a first hole of the second piece a deformable intermediate piece comprising a second hole, and - forcibly inserting the first piece into the second hole so as to clamp the intermediate piece against the inner wall of the first hole by deformation of the intermediate piece. - introducing into a first hole of the second piece a deformable intermediate piece comprising a second hole, and - forcibly inserting the first piece into the second hole so as to clamp the intermediate piece against the inner wall of the first hole by deformation of the intermediate piece.
A heat storage system by phase change material comprising: - a tank for containing a PCM, - a circulation system dipped in the tank, for circulating a heat transfer fluid coming from an outer circulation network of the heat transfer fluid, - a device for controlling crystallisation of the PCM comprising a bubbling device configured to form gas bubbles, in the lower part of the tank, in the PCM, the heat storage system being characterised in that the device for controlling crystallisation additionally comprises a seeding device configured to form solid PCM seeds in the tank of PCM. - a tank for containing a PCM, - a circulation system dipped in the tank, for circulating a heat transfer fluid coming from an outer circulation network of the heat transfer fluid, - a device for controlling crystallisation of the PCM comprising a bubbling device configured to form gas bubbles, in the lower part of the tank, in the PCM, the heat storage system being characterised in that the device for controlling crystallisation additionally comprises a seeding device configured to form solid PCM seeds in the tank of PCM.
Ashing plant for enriching noble metals from fluorine-containing materials, comprising a thermal treatment chamber having a refractory insulating lining on the inside of the thermal treatment chamber, and an exhaust gas cleaning system, whereby the insulating lining is resistant to hydrofluoric acid and the exhaust gas cleaning system comprises at least one or more acid scrubber(s) (3, 4) and at least one alkaline scrubber.
Device for anchoring a building construction to a load-bearing foundation soil, comprising a supporting member for transmitting tensile and/or compressive forces from the building construction to the foundation soil, characterised by an envelope profile having a longitudinal channel in which the supporting member can be arranged such that an inner annular space results between the envelope profile and the supporting member, the envelope profile being suitable for making a hole in the foundation soil and having an opening at its end on the bottom side of the hole such that a hardenable medium can be driven through the longitudinal channel into an outer annular space between the hole and the envelope profile, and the hardenable medium in the inner annular space allowing to establish a connection to the hull profile and the supporting member.
A scintillator comprising: a host material having the chemical formula: A 2 BX 6, wherein A includes a monovalent ion, B includes a tetravalent ion, and X includes a halide ion selected from the group consisting of: Cl, Br, and I.
A fuel pump arrangement for being mounted in use internally of a fuel tank around an aperture in an external wall of the fuel tank which allows access to the arrangement from outside the fuel tank, said arrangement comprising a housing having an interface for being sealingly attached to the fuel tank in use around said aperture and the arrangement being characterised by said housing including a plurality of pump cavities, each cavity having at least one inlet communicating with the interior of the fuel tank in use and removably receiving a fuel pump operable to draw fuel into the cavity via said inlet and to discharge it from the cavity and each cavity having a respective closure element operable to close said inlet to isolate the respective cavity from said fuel tank such that each fuel pump is individually removable from the housing.
A milk frother comprising a container that has a chamber for containing the milk, a mixing chamber equipped with an external dispenser for dispensing the milk, a connecting channel for connection between the containment chamber and the mixing chamber, a transfer impeller for transferring the milk from the containment chamber to the mixing chamber, a mixing impeller provided in the mixing chamber, characterized in that it comprises disconnectable connection means for connection between said transfer impeller and said mixing impeller.
A method of manufacturing a capacitive micro-machined transducer the method comprising: - depositing a first electrode layer on a substrate, - depositing a sacrificial layer, the sacrificial layer being removable for forming a cavity of the transducer, - depositing a second electrode layer, - removing the sacrificial layer by providing an etch hole and etching the sacrificial layer for forming a cavity, wherein the cavity comprises a top surface, a bottom surface and side surfaces (96,98), and subsequently - depositing a first dielectric film on the first electrode layer and a second dielectric film on the second electrode layer in the cavity by Atomic Layer Deposition, the method being characterized in that the deposited first and second dielectric films (20, 40) cover the top surface and the bottom surface as well as the side surfaces (96, 98) of the cavity. - depositing a first electrode layer on a substrate, - depositing a sacrificial layer, the sacrificial layer being removable for forming a cavity of the transducer, - depositing a second electrode layer, - removing the sacrificial layer by providing an etch hole and etching the sacrificial layer for forming a cavity, wherein the cavity comprises a top surface, a bottom surface and side surfaces (96,98), by Atomic Layer Deposition, the method being characterized in that the deposited first and second dielectric films (20, 40) cover the top surface and the bottom surface as well as the side surfaces (96, 98) of the cavity.
A polymersome comprising (a) a membrane, which comprises a block copolymer of poly(styrene) and polyethylene oxide), wherein the PS/PEO molecular weight ratio is higher than 1.0 and lower than 4.0; and (b) a core which encloses an acid and at least one pH-sensitive dye.
A lubricating oil composition for lubricating both the engine crankcase and clutch assembly of a four-cycle motorcycle engine, the lubricating oil composition comprising a major amount of oil of lubricating viscosity and minor amounts of: an oil soluble molybdenum compound which is a molybdenum dithiocarbamate present in an amount providing the lubricating oil composition with at least 50 and no more than 500 ppm by mass of molybdenum as measured by ASTM D5185, based on the total mass of the lubricating oil composition; an ashless organic friction modifier present in an amount not exceeding 2 mass %, based on the total mass of the lubricating oil composition, the ashless friction modifier comprising at least one of (a) a nitrogen-free organic friction modifier comprising an ester formed by reacting carboxylic acids and anhydrides with alkanols, (b) an aminic or amine-based friction modifiers comprising alkoxylated mono- and di-amines, (c) an ester formed as the reaction product of (i) a tertiary amine of the formula R 1 R 2 R 3 N wherein R 1, R 2 and R 3 represent aliphatic hydrocarbyl groups having 1 to 6 carbon atoms, at least one of R 1, R 2 and R 3 having a hydroxyl group, with (ii) a saturated or unsaturated fatty acid having 10 to 30 carbon atoms, or a mixture thereof; and, a viscosity modifier, which viscosity modifier comprises a major amount of a star polymer viscosity modifier; and wherein the lubricating oil composition exhibits a JASO clutch friction of at least MA1 when measured according to the JASO T 903:2016 clutch friction test.
An internal combustion engine assembly comprising an oil system, the oil system comprising: a first oil pump configured to supply oil at a first pressure to one or more first components of the engine assembly; and a second oil pump configured to supply oil at a second pressure to one or more second components of the engine assembly, the second pressure being higher than the first pressure; wherein the first oil pump is a variable pressure pump and the second oil pump is a fixed pressure pump, and wherein the second oil pump is driven by a cam shaft of the engine assembly. a first oil pump configured to supply oil at a first pressure to one or more first components of the engine assembly; and a second oil pump configured to supply oil at a second pressure to one or more second components of the engine assembly, the second pressure being higher than the first pressure; wherein the first oil pump is a variable pressure pump and the second oil pump is a fixed pressure pump, and wherein the second oil pump is driven by a cam shaft of the engine assembly.
A flexible display device, comprising: a flexible substrate comprising a bending part; and a conductive pattern comprising a first conductive pattern layer and a second conductive pattern layer disposed on the first conductive pattern layer, wherein at least a portion of the conductive pattern is disposed on the bending part and the conductive pattern is disposed on the flexible substrate, the first conductive pattern layer has a first thickness and comprises a first material, and the second conductive pattern layer has a second thickness smaller than the first thickness and comprises a second material different from the first material characterized in that the first conductive pattern layer includes a first grain having a first grain size, the second conductive pattern layer includes a second grain having a second grain size, wherein the average grain size of the first conductive pattern layer is greater than the average grain size of the second conductive pattern layer, and each of the first grain size and the second grain size is equal to or greater than 100 angstroms and equal to or smaller than 1000 angstroms. a flexible substrate comprising a bending part; and a conductive pattern comprising a first conductive pattern layer and a second conductive pattern layer disposed on the first conductive pattern layer, wherein at least a portion of the conductive pattern is disposed on the bending part and the conductive pattern is disposed on the flexible substrate, the first conductive pattern layer has a first thickness and comprises a first material, and the second conductive pattern layer has a second thickness smaller than the first thickness and comprises a second material different from the first material characterized in that the first conductive pattern layer includes a first grain having a first grain size, the second conductive pattern layer includes a second grain having a second grain size, wherein the average grain size of the first conductive pattern layer is greater than the average grain size of the second conductive pattern layer, and each of the first grain size and the second grain size is equal to or greater than 100 angstroms and equal to or smaller than 1000 angstroms.