mhurhangee/ep-ind-claims huggingface dataset:
A system for recycling fibers from textiles waste, comprising: a first sanitization device, which is a sanitization gas fumigation device for sanitizing the textile waste; a pre-processing device wherein the fumigated textile waste from the first sanitization device is received, and that comprises a manual process station wherein non-fibrous objects are manually removed; a detection device, which is configured to detect the fumigated textile waste provided by the first sanitization device and to reject pieces attached with metal; a color detection device, which is configured to obtain and transmit a color detection result; a fabric sorting device, which includes a distributor, category containers and a robot and an air blower, wherein the robot and the air blower are configured to receive the color detection result transmitted by the color detection device and to place the fumigated textile waste into the category containers according to the color detection result; a storage device, which is configured to store the category containers; a fiber processing device, which is configured to take the fumigated textile waste out of the category containers and to cut them into smaller pieces for fibre processing; and a second sanitization device, which is an ultraviolet sanitization device, mounted in the fiber processing device; wherein the first sanitization device, the pre-processing device, the detection device, the color detection device, the fabric sorting device, the storage device and the fiber processing device are sequentially connected along a transmission path of the textiles waste. a first sanitization device, which is a sanitization gas fumigation device for sanitizing the textile waste; a pre-processing device wherein the fumigated textile waste from the first sanitization device is received, and that comprises a manual process station wherein non-fibrous objects are manually removed; a detection device, which is configured to detect the fumigated textile waste provided by the first sanitization device and to reject pieces attached with metal; a color detection device, which is configured to obtain and transmit a color detection result; a fabric sorting device, which includes a distributor, category containers and a robot and an air blower, wherein the robot and the air blower are configured to receive the color detection result transmitted by the color detection device and to place the fumigated textile waste into the category containers according to the color detection result; a storage device, which is configured to store the category containers; a fiber processing device, which is configured to take the fumigated textile waste out of the category containers and to cut them into smaller pieces for fibre processing; and a second sanitization device, which is an ultraviolet sanitization device, mounted in the fiber processing device; wherein the first sanitization device, the pre-processing device, the detection device, the color detection device, the fabric sorting device, the storage device and the fiber processing device are sequentially connected along a transmission path of the textiles waste.
A cosmetic dispenser (100, 200), comprising: a base (102, 202) comprising a cavity and an interior surface, wherein the interior surface comprises a spiral recess; a pedestal assembly received within the cavity of the base (102, 202), the pedestal assembly comprising a pedestal (111, 211) comprising a base plate (112, 212) at a first distal end of the pedestal (111, 211) and a cup member (113, 213) at a second distal end opposite the first distal end, wherein the cup member (113, 213) is configured to receive a cosmetic that extends above the cup member (113, 213), wherein the base plate (112, 212) is configured to seat on a bottom floor of the cavity; and a sleeve (114, 214) movably received within the cavity, the sleeve (114, 214) comprising at least one engaging means coupled to the spiral recess, wherein the engaging means is configured to slide along the spiral recess to raise and lower the sleeve (114, 214), wherein the sleeve (114, 214) is configured to completely surround the cosmetic in a raised first position, and is configured to at least partially expose the cosmetic in a lowered second position, wherein the sleeve (114, 214) is transparent. a base (102, 202) comprising a cavity and an interior surface, wherein the interior surface comprises a spiral recess; a pedestal assembly received within the cavity of the base (102, 202), the pedestal assembly comprising a pedestal (111, 211) comprising a base plate (112, 212) at a first distal end of the pedestal (111, 211) and a cup member (113, 213) at a second distal end opposite the first distal end, wherein the cup member (113, 213) is configured to receive a cosmetic that extends above the cup member (113, 213), wherein the base plate (112, 212) is configured to seat on a bottom floor of the cavity; and a sleeve (114, 214) movably received within the cavity, the sleeve (114, 214) comprising at least one engaging means coupled to the spiral recess, wherein the engaging means is configured to slide along the spiral recess to raise and lower the sleeve (114, 214), wherein the sleeve (114, 214) is configured to completely surround the cosmetic in a raised first position, and is configured to at least partially expose the cosmetic in a lowered second position, wherein the sleeve (114, 214) is transparent.
A user equipment tracing method, comprising: receiving, by a centralized unit, CU, a request message from a core network device, wherein the request message is for requesting the CU to initiate trace for user equipment, UE; and starting, by the CU based on the request message, tracing the UE; sending, by the CU, first message to a distributed unit, DU, through an F1 interface between the CU and the DU wherein the first message carries first instruction information, and the first instruction information is for instructing the DU to trace the UE; wherein the first instruction information comprises an interface-to-trace indication, and the interface-to-trace indication is used to instruct to trace the UE on the F1 interface. receiving, by a centralized unit, CU, a request message from a core network device, wherein the request message is for requesting the CU to initiate trace for user equipment, UE; and starting, by the CU based on the request message, tracing the UE; sending, by the CU, first message to a distributed unit, DU, through an F1 interface between the CU and the DU wherein the first message carries first instruction information, and the first instruction information is for instructing the DU to trace the UE; wherein the first instruction information comprises an interface-to-trace indication, and the interface-to-trace indication is used to instruct to trace the UE on the F1 interface.
An apparatus for manufacturing panels made of expanded plastic material which comprises at least one perimetric confinement frame intended to be clamped between a pair of pressing surfaces (2a, 2b) of a press in order to delimit laterally at least one expansion cavity for an expanding mixture, wherein at least one portion of said perimetric frame defines internally, along its extension, at least one air passage channel that is connected to at least one air intake port, which is defined in the surface of said perimetric frame that is directed toward the inside of said expansion cavity, and to at least one connection port, which is defined in the surface of said perimetric frame that is directed toward the outside of said expansion cavity and adapted to be connected to at least one air suction device.
A surgical instrument assembly comprising: a tool; a handpiece including both a coupling member configured to cooperate with the tool, and a driver for rotating the tool; and a flexible locking member (70a, 70b) configured to flex from an unlocked position to a locked position in response to centrifugal force generated during rotation of the locking member, the locking member configured to secure the tool to the handpiece when in the locked position; wherein the locking member (70a, 70b) includes a first flexible expansion tab (86a, 86b) and a second flexible expansion tab (88a, 88b) extending from a base of the locking member, the first and the second flexible expansion tabs define a slot (90a, 90b) therebetween; characterised in that the slot extends along an entire length of the locking member. a tool; a handpiece including both a coupling member configured to cooperate with the tool, and a driver for rotating the tool; and a flexible locking member (70a, 70b) configured to flex from an unlocked position to a locked position in response to centrifugal force generated during rotation of the locking member, the locking member configured to secure the tool to the handpiece when in the locked position; wherein the locking member (70a, 70b) includes a first flexible expansion tab (86a, 86b) and a second flexible expansion tab (88a, 88b) extending from a base
A wound closure device comprising: a wound closure strip having a wound facing side and a top side, the wound facing side comprising an adhesive applied over at least a portion of the wound facing side; a release liner assembly detachably adhered to the strip by the adhesive, the release liner assembly being a backing film comprising a first frame, a central section, and a second frame which are individually peelable; and wherein the central section of the release liner assembly comprises at least one tab located at an edge of the release liner assembly. a wound closure strip having a wound facing side and a top side, the wound facing side comprising an adhesive applied over at least a portion of the wound facing side; a release liner assembly detachably adhered to the strip by the adhesive, the release liner assembly being a backing film comprising a first frame, a central section, and a second frame which are individually peelable; and wherein the central section of the release liner assembly comprises at least one tab located at an edge of the release liner assembly.
A material for applications that require high heat-resistance, based on intermetallic nickel aluminides, wherein the material comprises more than 50 at.% nickel and ternary Laves phases, characterised in that the material comprises 50.1 at.% to 70 at.% Ni and 0.5 at.% to 10 at.% Ta and/or 0.5 at.% to 10 at.% Nb, and the remainder is formed by aluminium.
A method of forming a multilayer structure comprising: coextruding: a first layer comprising: polypropylene or polyethylene; and a first chemical foaming agent; and a second layer on a side of the first layer, the second layer comprising: 5-75 wt.% recycled metallized polyolefin material; 25-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent. a first layer comprising: polypropylene or polyethylene; and a first chemical foaming agent; and polypropylene or polyethylene; and a first chemical foaming agent; and a second layer on a side of the first layer, the second layer comprising: 5-75 wt.% recycled metallized polyolefin material; 25-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent. 5-75 wt.% recycled metallized polyolefin material; 25-95 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; and a second chemical foaming agent.
A method of converting 10-bit pixel data into 8-bit pixel data, the method comprising: determining whether an MSB of any of red, green or blue channel values is equal to one; in response to determining that no MSB is equal to one, setting a flag to a first value and truncating each of the red, green and blue channel values by removing the MSB and LSB from each value; in response to determining that at least one MSB is equal to one, setting the flag to a second value and converting each of the red, green and blue channel values from 10-bits to 8-bits, wherein the converting comprises: removing two LSBs from each 10-bit channel value; or truncating each 10-bit channel value, determining an adjustment value, and adding the adjustment value to the truncated data value; and appending the flag to an alpha channel value of the 8-bit pixel data. determining whether an MSB of any of red, green or blue channel values is equal to one; in response to determining that no MSB is equal to one, setting a flag to a first value and truncating each of the red, green and blue channel values by removing the MSB and LSB from each value; in response to determining that at least one MSB is equal to one, setting the flag to a second value and converting each of the red, green and blue channel values from 10-bits to 8-bits, wherein the converting comprises: removing two LSBs from each 10-bit channel value; or truncating each 10-bit channel value, determining an adjustment value, and adding the adjustment value to the truncated data value; and removing two LSBs from each 10-bit channel value; or truncating each 10-bit channel value, determining an adjustment value, and adding the adjustment value to the truncated data value; and appending the flag to an alpha channel value of the 8-bit pixel data.
A proton conductor represented by a composition formula of BaZr 1-x-y Y x In y O 3, wherein x and y in the composition formula satisfy 0<y≤0.013 and 0<x+y<0.5, and wherein x in the composition formula satisfies 0 < x < 0.5.
Connecting terminal (1, 20, 30, 40) for electrically connecting at least two electrical conductors, comprising - at least one current-carrying element (4, 45) having at least two side walls (7, 43) which each have at least one electrical contact area on their mutually facing inner sides, and - at least one substantially W-shaped spring (5, 42), wherein the outer limbs (8, 44) of the spring (5, 42) are connected to a loop (13, 41) of the spring (5, 42), which loop is arranged between the limbs (8, 44), by means of a shoulder in each case, wherein - the spring (5, 42) is arranged between the side walls (7, 43), - the limbs (8, 44) of the spring (5, 42) are each arranged obliquely to the respectively adjacent side wall (7, 43), and - the spring ends are in the form of tension prevention edge, so that an electrical conductor can be inserted between a spring end and a side wall (7, 43), wherein the conductor is pressed against the contact area by the spring force, characterized in that the connecting terminal comprises at least one spring receptacle having at least three abutments (6a, 6b, 6c), wherein one abutment engages into the loop (13, 41) and in each case one abutment (6a, 6c) engages into a shoulder in each case. - at least one current-carrying element (4, 45) having at least two side walls (7, 43) which each have at least one electrical contact area on their mutually facing inner sides, and - at least one substantially W-shaped spring (5, 42), wherein the outer limbs (8, 44) of the spring (5, 42) are connected to a loop (13, 41) of the spring (5, 42), which loop is arranged between the limbs (8, 44), by means of a shoulder in each case, - the spring (5, 42) is arranged between the side walls (7, 43), - the limbs (8, 44) of the spring (5, 42) are each arranged obliquely to the respectively adjacent side wall (7, 43), and - the spring ends are in the form of tension prevention edge,
A rinse-off conditioner composition for hair comprising a 0.1 to 10% by weight of a conditioning surfactant; b a silicone combination of i 0.1 to 0.3% by weight of an amino functional silicone and ii 0.5 to 6% by weight of a silicone blend of dimethicone and amodimethicone in a ratio of 9:1 and c 1 to 20% by weight of a tricarboxylic acid. a 0.1 to 10% by weight of a conditioning surfactant; b a silicone combination of i 0.1 to 0.3% by weight of an amino functional silicone and ii 0.5 to 6% by weight of a silicone blend of dimethicone and amodimethicone in a ratio of 9:1 and i 0.1 to 0.3% by weight of an amino functional silicone and ii 0.5 to 6% by weight of a silicone blend of dimethicone and amodimethicone in a ratio of 9:1 and c 1 to 20% by weight of a tricarboxylic acid.
A device for automatically locking and/or unlocking at least one door leaf of a motor vehicle comprising a remote opening system comprising a central unit intended to be installed inside the vehicle, a portable identification member, said central unit being capable of authenticating by radiofrequency the portable identification member, remote optical recognition means for optically recognizing a predetermined gesture of a limb of the body for locking and/or unlocking said at least one door leaf in front of which the gesture has been executed in case of positive recognition of the gesture, the central unit comprising activation means allowing said remote optical recognition means to be activated when the portable identification member is located in a predefined perimeter around the vehicle, comprising a plurality of door leafs, characterized in that said remote optical recognition means comprise a plurality of cameras, each of said cameras being associated to said door leafs and in that said cameras are arranged in such a manner that their optical axis is perpendicular to lateral or rear plans of the vehicle.
A lubrication system of a power assembly of an electric scooter, wherein the power assembly includes a case, in which a driven gear bearing seat and a driving gear bearing seat are provided; a driven gear has a driven gear shaft and a driven gear bearing on the driven gear shaft, and a driving gear has a driving gear shaft and a driving gear bearing on the driving gear shaft; the driven gear is received in the driven gear bearing seat, and the driving gear is received in the driving gear bearing seat; and the driven gear meshes with the driving gear; the lubrication system being characterized in that it comprises: a case duct provided in the case; a driven gear shaft duct having an axial section, a first bore, and a second bore in the driven gear shaft of the driven gear, wherein the axial section extends in an axial direction of the driven gear shaft while the first bore and the second bore extend in a radial direction of the driven gear shaft; both the first bore and the second bore are communicated with the axial section; the axial section is communicated with the case duct through the first bore and communicated with the driven gear bearing seat through the second bore; and a bearing seat duct provided in the case and having opposite ends connected to the driven gear bearing seat and the driving gear bearing seat respectively; wherein a lubricant flows through the case duct, the first bore, the axial section, the second bore, the driven gear bearing seat, the bearing seat duct, and the driving gear bearing seat in sequence. a case duct provided in the case; a driven gear shaft duct having an axial section, a first bore, and a second bore in the driven gear shaft of the driven gear, wherein the axial section extends in an axial direction of the driven gear shaft while the first bore and the second bore extend in a radial direction of the driven gear shaft; both the first bore and the second bore are communicated with the axial section; the axial section is communicated with the case duct through the first bore and communicated with the driven gear bearing seat through the second bore; and a bearing seat duct provided in the case and having opposite ends connected to the driven gear bearing seat and the driving gear bearing seat respectively; wherein a lubricant flows through the case duct, the first bore, the axial section, the second bore, the driven gear bearing seat, the bearing seat duct, and the driving gear bearing seat in sequence.
A composition comprising: at least two seasonal H1 influenza A-specific amplification primers, wherein the primers comprise a nucleic acid oligonucleotide primer comprising at least 18 contiguous nucleotides of SEQ ID NO:72 and SEQ ID NO:73, or their completely complementary sequences; and a seasonal H1 influenza A-specific oligonucleotide detection probe comprising at least 18 contiguous nucleotides of SEQ ID. NO. 74. at least two seasonal H1 influenza A-specific amplification primers, wherein the primers comprise a nucleic acid oligonucleotide primer comprising at least 18 contiguous nucleotides of SEQ ID NO:72 and SEQ ID NO:73, or their completely complementary sequences; and a seasonal H1 influenza A-specific oligonucleotide detection probe comprising at least 18 contiguous nucleotides of SEQ ID. NO. 74.
A virtual trusted platform module, vTPM, - based virtual machine security protection method, wherein the method comprises: • receiving, by a physical host, a primary seed acquisition request sent by a virtual machine, wherein the primary seed acquisition request carries at least a universally unique identifier, UUID, of the virtual machine (step 201); • sending, by the physical host, the UUID to a key management center, KMC (step 202); • generating, by the KMC, a primary seed according to the UUID (step 203); • receiving, by the physical host, the primary seed fed back by the KMC (step 204); • sending, by the physical host, the primary seed to the virtual machine (step 205); • creating, by the virtual machine, a root key of a virtual trusted platform nodule, vTPM according to the primary seed (step 206), wherein the root key is used by the vTPM to create a key for the virtual machine, to protect security of the virtual machine. • receiving, by a physical host, a primary seed acquisition request sent by a virtual machine, wherein the primary seed acquisition request carries at least a universally unique identifier, UUID, of the virtual machine (step 201); • sending, by the physical host, the UUID to a key management center, KMC (step 202); • generating, by the KMC, a primary seed according to the UUID (step 203); • receiving, by the physical host, the primary seed fed back by the KMC (step 204); • sending, by the physical host, the primary seed to the virtual machine (step 205); • creating, by the virtual machine, a root key of a virtual trusted platform nodule, vTPM according to the primary seed (step 206), wherein the root key is used by the vTPM to create a key for the virtual machine, to protect security of the virtual machine.