mhurhangee/ep-ind-claims huggingface dataset:
A household appliance (18, 21) with at least one self-cleaning surface (20, 33, 37) provided on a base material, wherein the self-cleaning surface (20, 33, 37) comprises a plurality of dual micro-scale structures, wherein a dual micro-scale structure is formed by two single micro-scale structures, wherein one single micro-scale structure has a first geometry and one single micro-scale structure has a second geometry and wherein the single micro-scale structure having the second geometry is located on top of the single micro-scale structure having the first geometry, wherein the first geometry is a micro-pillar geometry and the second geometry is a micro-cell geometry, characterized in that the height of the micro-pillar is 3 to 5 times the height of the micro-cell, and in that the widths of the micro-pillar and the micro-cell are essentially equal.
A signal-regulatory protein α (SIRP-α) variant construct, comprising a SIRP-α variant attached to a CD47-based blocking peptide by way of a cleavable linker, wherein the CD47-based blocking peptide has at least 80% sequence identity to a sequence of wild-type, IgSF domain of CD47 (SEQ ID NO: 35) or a fragment thereof that can bind a SIRP-α variant, and wherein the SIRP-α variant comprises the amino acid sequence set forth in EEEX 1 QX 2 IQPDKSVLVAAGETX 3 TLRCTX 4 TSLX 5 VGPIQWFRGAGPGRX 6 LIYNQX 7 X 8 GX 9 FPRVTTVSDX 10 TX 11 RNNMDFSIRIGX 12 ITX 13 ADAGTYYCX 14 KX 15 RKGSPDDVEX 16 KSGAGTELSVRAKPS (SEQ ID NO: 13), wherein X 1 is L, I, or V; X 2 is V, L, or, I; X 3 is A or V; X 4 is A, I, or L; X 5 is I, T, S, or F; X 6 is E, V, or L; X 7 is K or R; X 8 is E or Q; X 9 is H, P, or R; X 10 is L, T, or G; X 11 is K or R; X 12 is N, A, C, D, E, F, G, H, I, K, L, M, P, Q, R, S, T, V, W, or Y; X 13 is P, A, C, D, E, F, G, H, I, K, L, M, N, Q, R, S, T, V, W, or Y; X 14 is V or I; X 15 is F, L, or V; and X 16 is F or V.
A hydrofluoroolefin-based composition suitable for use for at least one application selected from heat transfer media, refrigerants, foaming agents, solvents, cleaning agents, propellants, and fire extinguishers, which composition comprises a hydrofluoroolefin, water and oxygen, wherein, based on the total amount of the hydrofluoroolefin, (i) the water content is 3-200 mass ppm, and (ii) the oxygen content is ≤ 0.35 mol-%; and the hydrofluoroolefin is 2,3,3,3-tetrafluoropropene and, based on the total amount of hydrofluoroolefin, 0.1 to < 10,000 mass ppm 1,3,3,3- tetrafluoropropene. (i) the water content is 3-200 mass ppm, and (ii) the oxygen content is ≤ 0.35 mol-%;
An adjustable mounting clip for an electronic device, said adjustable mounting clip comprising: a middle portion; and a first gripping clip, said first gripping clip comprising one or more device mounting surfaces, whereby said first gripping clip is pivotally attached to a first end of said middle portion along a first pivot axis; and a second gripping clip, said second gripping clip comprising one or more device mounting surfaces, whereby said second gripping clip is pivotally attached to a second end of said middle portion along a second pivot axis; said middle portion comprising at least one guide (14, 15) which includes a spring said middle portion being extendable along said at least one guide (14, 15); wherein extension of said middle portion increases the distance between said first gripping clip and said second gripping clip; and wherein said adjustable mounting clip is adapted to hold a planar device along a first mounting plane parallel to said extension of the middle portion, whereby said first gripping clip is adapted to pivot from a stowed position wherein said one or more device mounting surfaces are parallel to said extension of the middle portion to a deployed position wherein said one or more device mounting surfaces are perpendicular to said extension of the middle portion; and whereby said second gripping clip is adapted to pivot from a stowed position wherein said one or more device mounting surfaces are parallel to said extension of the middle portion to a deployed position wherein said one or more device mounting surfaces are perpendicular to said extension of the middle portion, characterized in that said spring is configured to apply a contracting force between said first gripping clip and said second gripping clip said extension of said middle portion is resisted with said spring within said middle portion. a middle portion; and a first gripping clip, said first gripping clip comprising one or more device mounting surfaces, whereby said first gripping clip is pivotally attached to a first end of said middle portion along a first pivot axis; and a second gripping clip, said second gripping clip comprising one or more device mounting surfaces, whereby said second gripping clip is pivotally attached to a second end of said middle portion along a second pivot axis; said middle portion comprising at least one guide (14, 15) which includes a spring said middle portion being extendable along said at least one guide (14, 15);
A polyethylene blend comprising a uniform dispersion of constituents and: a Ziegler-Natta catalyst-made linear low density polyethylene (ZN-LLDPE) and a metallocene catalyst-made linear low density polyethylene (MCN-LLDPE); wherein the ZN-LLDPE is from 11 to 79 weight percent (wt%) of the total weight of and and the MCN-LLDPE is from 89 to 21 wt% of the total weight of and; wherein by itself is independently characterized by properties (i) to (iii): (i) a melt index ("I 2 ", 190° C., 2.16 kg) of 0.5 to 2.5 gram per 10 minutes (g/10 min.) measured according to ASTM D1238-04; (ii) a density from 0.905 to 0.930 gram per cubic centimeter (g/cm 3), measured according to ASTM D792-13; and (iii) no detectable amount of long chain branching per 1,000 carbon atoms ("LCB Index"), measured according to LCB Test Method as described in the description; and wherein by itself is independently characterized by properties (i) to (iii): (i) a melt index ("I 2 ", 190° C., 2.16 kg) of 0.5 to 2.5 g/10 min. measured according to ASTM D1238-04; (ii) a density from 0.905 to 0.920 g/cm 3, measured according to ASTM D792-13; and (iii) no detectable amount of long chain branching per 1,000 carbon atoms ("LCB Index"), measured according to LCB Test Method as described in the description; and with the proviso that the density of constituent is within ± 0.003 g/cm 3 of the density of constituent.
A cutting tool comprising: a substrate comprising hard particles and a binder, the binder comprising a near-surface platinum group metal concentration gradient, wherein the near-surface platinum group metal concentration gradient comprises from 20 weight percent to 100 weight percent platinum group metal on a total binder weight basis at the substrate surface and decreases logarithmically with depth to zero or background levels of platinum group metal in a bulk region of the substrate; and at least one wear resistant coating on at least a portion of the substrate. a substrate comprising hard particles and a binder, the binder comprising a near-surface platinum group metal concentration gradient, wherein the near-surface platinum group metal concentration gradient comprises from 20 weight percent to 100 weight percent platinum group metal on a total binder weight basis at the substrate surface and decreases logarithmically with depth to zero or background levels of platinum group metal in a bulk region of the substrate; and at least one wear resistant coating on at least a portion of the substrate.
A method of data transmission, the method comprising: receiving a first non-access stratum, NAS, message from a wireless transmit receive unit, WTRU, wherein the first NAS message indicates that the WTRU is requesting to send user plane data using one or more NAS layer control plane messages; determining a maximum transmission rate for the WTRU to send user plane data using one or more NAS layer control plane messages during a duration of time, wherein the maximum transmission rate is based on at least network conditions or proposed information received from the WTRU; in response to the first NAS message indicating that the WTRU is requesting to send user plane data in NAS layer control plane messages, sending a second NAS message to the WTRU, wherein the second NAS message is an attach message, indicates that the WTRU is permitted to attach to the network, indicates the maximum transmission rate, and indicates that the WTRU is allowed to send the user plane data using the one or more NAS layer control plane messages; and receiving, from the WTRU, the user plane data via one or more NAS layer control plane messages. receiving a first non-access stratum, NAS, message from a wireless transmit receive unit, WTRU, wherein the first NAS message indicates that the WTRU is requesting to send user plane data using one or more NAS layer control plane messages; determining a maximum transmission rate for the WTRU to send user plane data using one or more NAS layer control plane messages during a duration of time, wherein the maximum transmission rate is based on at least network conditions or proposed information received from the WTRU; in response to the first NAS message indicating that the WTRU is requesting to send user plane data in NAS layer control plane messages, sending a second NAS message to the WTRU, wherein the second NAS message is an attach message, indicates that the WTRU is permitted to attach to the network, indicates the maximum transmission rate, and indicates that the WTRU is allowed to send the user plane data using the one or more NAS layer control plane messages; and receiving, from the WTRU, the user plane data via one or more NAS layer control plane messages.
A method for producing a nucleic acid molecule from a template nucleic acid sequence and a linking unit attached to a primer, which method comprises a step of contacting the template nucleic acid sequence with a nucleic acid polymerase under conditions which allow the nucleic acid polymerase to produce the nucleic acid molecule from the primer based on the template nucleic acid sequence, wherein the linking unit is attached with a covalent linkage to a target site within the template nucleic acid sequence and not to a terminal nucleotide of the template nucleic acid sequence, and wherein the linking unit comprises an organic molecule.
Facility for manufacturing a profile strip made from several elastomer mixtures with different compositions by coextrusion, said facility comprising a support, at least two extruders (10, 20, 30, 40) fastened to the support and serving to feed elastomer mixtures to an extrusion head which comprises an extrusion die that enables the forming of the profiled element, and also transfer channels (212, 222, 232, 242) in order to connect the outlets of the extruders (10, 20, 30, 40) to the extrusion die, said facility being characterized in that the extrusion die is mounted movably as one with the extrusion head with respect to the support, such that the extruders (10, 20, 30, 40) discharge directly into said extrusion head and such that said extrusion head forms an interchangeable single assembly which groups together all of the dimensional tooling which is formed by the transfer channels (212, 222, 232, 242) and the extrusion die.
A recording device, having a first scan head which is mounted on a scan head carrier, the scan head being configured for scanning an intraoral scanning area which extends at least partially around the scan head, wherein a balloon made of a film-like material is provided which abuts against the scanning area under overpressure and/or adhesion, wherein the balloon is at least partially deformable, wherein the first scan head is held inside the balloon by the scan head carrier and a further extraoral scan head is arranged outside the balloon and spaced apart from the first scan head, wherein the recoding device is set to scan deformations during pressure application to the film-like material, which deformations occur in a substance, in particular a tissue, which substance substantially extends between the first scan head and the further scan head.
An apparatus for treating back pain comprising: a fixed first body support section; a moveable second body support section moveable toward and away from said fixed first body support section in a direction parallel to a longitudinal axis of said apparatus, said second body support section having a pivotable support section positioned on said apparatus so as to lie below a patient's pelvis when said patient lies on said apparatus, said pivotable support section configured to pivot with respect to the remainder of said second body support section about an axis that is perpendicular to said longitudinal axis of said apparatus; and a controller comprising computer executable code operable to (i) modify the angular orientation of said pivotable support section; and (ii) cause said apparatus to cyclically move said pivotable support section toward and away from said fixed first body support section. a fixed first body support section; a moveable second body support section moveable toward and away from said fixed first body support section in a direction parallel to a longitudinal axis of said apparatus, said second body support section having a pivotable support section positioned on said apparatus so as to lie below a patient's pelvis when said patient lies on said apparatus, said pivotable support section configured to pivot with respect to the remainder of said second body support section about an axis that is perpendicular to said longitudinal axis of said apparatus; and a controller comprising computer executable code operable to (i) modify the angular orientation of said pivotable support section; and (ii) cause said apparatus to cyclically move said pivotable support section toward and away from said fixed first body support section.
A method for laser welding a pair of metal pins, comprising the steps of: delivering a laser beam to a work-side of the pair of metal pins where a respective pair of surfaces of the metal pins are adjacent to each other and face in the same direction; tracing a first path on the work-side with the laser beam at a first delivered rate of energy per unit path length to form a melt pool by keyhole welding, the first path crossing an interface between the metal pins; and after the tracing a first path step, tracing a second path on the work-side with the laser beam at a second delivered rate of energy per unit path length that is at most 2/3 of the first delivered rate of energy per unit path length, the second path crossing the interface and being within the first path. delivering a laser beam to a work-side of the pair of metal pins where a respective pair of surfaces of the metal pins are adjacent to each other and face in the same direction; tracing a first path on the work-side with the laser beam at a first delivered rate of energy per unit path length to form a melt pool by keyhole welding, the first path crossing an interface between the metal pins; and after the tracing a first path step, tracing a second path on the work-side with the laser beam at a second delivered rate of energy per unit path length that is at most 2/3 of the first delivered rate of energy per unit path length, the second path crossing the interface and being within the first path.
A branch vessel prosthesis for placement at least partially between a main vessel and a branch vessel of a patient, the branch vessel prosthesis being insertable into a portion of a main vessel prosthesis and comprising: a graft including a generally tubular body of a biocompatible material, the graft having proximal and distal regions (40, 60), a central region disposed between the proximal and distal regions, and a lumen extending between the proximal and distal regions; at least one stent coupled to the proximal region of the graft, where the proximal region of the graft includes a generally straight configuration in an expanded deployed state that is substantially parallel to a longitudinal axis of a main vessel; and at least one stent coupled to the distal region of the graft, where the distal region of the graft includes a generally straight configuration in the expanded deployed state that is substantially parallel to a branch vessel, where a curvature of the central region varies an angle in which the distal region of the graft is disposed relative to the proximal region of the graft, where an outer diameter at the proximal region of the graft is greater than an outer diameter at the distal region of the graft in the expanded deployed state, where the proximal region has an opening facing in a proximal direction, and the proximal region spans a predetermined length at a diameter that is larger than a diameter at the distal region. a graft including a generally tubular body of a biocompatible material, the graft having proximal and distal regions (40, 60), a central region disposed between the proximal and distal regions, and a lumen extending between the proximal and distal regions; at least one stent coupled to the proximal region of the graft, where the proximal region of the graft includes a generally straight configuration in an expanded deployed state that is substantially parallel to a longitudinal axis of a main vessel; and at least one stent coupled to the distal region of the graft, where the distal region of the graft includes a generally straight configuration in the expanded deployed state that is substantially parallel to a branch vessel, where a curvature of the central region varies an angle in which the distal region of the graft is disposed relative to the proximal region of the graft, where an outer diameter at the proximal region of the graft is greater than an outer diameter at the distal region of the graft in the expanded deployed state, where the proximal region has an opening facing in a proximal direction, and the proximal region spans a predetermined length at a diameter that is larger than a diameter at the distal region.
A follow-focus wheel assembly, comprising: a supporting member, a follow-focus plate, and a follow-focus wheel; wherein the supporting member includes a supporting seat and a mounting seat formed by extending outward from the supporting seat, the follow-focus plate and the follow-focus wheel are located on two opposite sides of the mounting seat, and the follow-focus wheel passes through a through hole on the mounting seat and then connects to the follow-focus plate in a rotatable manner; wherein the supporting member is configured to be used for connecting to an external structure, the follow-focus wheel assembly is mountable in the external structure via the supporting member; wherein a boss axially extending outward from an end portion of the through hole is formed on a side of the mounting seat where the follow-focus wheel is disposed, and the through hole penetrates the mounting seat and the boss; and wherein the follow-focus wheel includes an operation wheel and a rotating shaft that are coaxially connected, a sinking slot coaxial with the rotating shaft is provided on an end surface of the operation wheel facing the mounting seat; wherein the rotating shaft passes through the through hole, and the boss is wholly or partially located in the sinking slot. a supporting member, a follow-focus plate, and a follow-focus wheel; wherein the supporting member includes a supporting seat and a mounting seat formed by extending outward from the supporting seat, the follow-focus plate and the follow-focus wheel are located on two opposite sides of the mounting seat, and the follow-focus wheel passes through a through hole on the mounting seat and then connects to the follow-focus plate in a rotatable manner; wherein the supporting member is configured to be used for connecting to an external structure, the follow-focus wheel assembly is mountable in the external structure via the supporting member; wherein a boss axially extending outward from an end portion of the through hole is formed on a side of the mounting seat where the follow-focus wheel is disposed, and the through hole penetrates the mounting seat and the boss; and wherein the follow-focus wheel includes an operation wheel and a rotating shaft that are coaxially connected, a sinking slot coaxial with the rotating shaft is provided on an end surface of the operation wheel facing the mounting seat; wherein the rotating shaft passes through the through hole, and the boss is wholly or partially located in the sinking slot.
A solid herbicidal mixture comprising an herbicidally effective amount of (a) penoxsulam in admixture with an agriculturally acceptable adjuvant or carrier and (b) a fertilizer, wherein the mixture is in the form of a granule having an average particle size of 0.5 to 2.5 millimeters, and wherein the granule is prepared by spraying an aqueous suspension of pulverized penoxsulam or a solution of penoxsulam in an organic solvent on to a bed of fertilizer granules, under efficient flowing conditions. (a) penoxsulam in admixture with an agriculturally acceptable adjuvant or carrier and (b) a fertilizer,
Electrical oil formulation comprising a base oil component and an additive, wherein (i) at least 80 wt% of the base oil component is a paraffinic base oil obtained by hydroisomerisation of a Fischer-Tropsch derived wax, followed by dewaxing, the paraffin base oil having a paraffin content of greater than 80 wt% paraffins and a saturates content of greater than 98 wt% and comprising a series of iso-paraffins having n, n+1, n+2, n+3 and n+4 carbon atoms and wherein n is between 20 and 35; wherein the paraffin base oil has a kinematic viscosity at 40°C of between land 15 mm 2 /sec and a pour point of below -30°C; and (ii) an anti-oxidant additive wherein the antioxidant additive is a hindered phenolic or amine anti-oxidant and wherein the content of anti-oxidant additive is less than 2wt% and greater than 10mg/kg; wherein the base oil component has a flash point of at least 170 °C, as determined by ISO 2592 and wherein the formulation comprises between 0.05 and 10 wt% of an aromatic compound selected from tetrahydronaphthalene, diethylbenzene, diisopropylbenzene and mixtures of alkylbenzenes as commercially obtainable as "Shell Oil 4697" or "Shellsol A 150". (i) at least 80 wt% of the base oil component is a paraffinic base oil obtained by hydroisomerisation of a Fischer-Tropsch derived wax, followed by dewaxing, the paraffin base oil having a paraffin content of greater than 80 wt% paraffins and a saturates content of greater than 98 wt% and comprising a series of iso-paraffins having n, n+1, n+2, n+3 and n+4 carbon atoms and wherein n is between 20 and 35; wherein the paraffin base oil has a kinematic viscosity at 40°C of between land 15 mm 2 /sec and a pour point of below -30°C; and (ii) an anti-oxidant additive wherein the antioxidant additive is a hindered phenolic or amine anti-oxidant and wherein the content of anti-oxidant additive is less than 2wt% and greater than 10mg/kg;