mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a) an aqueous dispersion of acrylic-based polymer particles functionalized with from 1 to 20 weight percent structural units of an acetoacetoxy functionalized monomer, based on the weight of the polymer particles; and b) an ion exchange resin functionalized with amine groups or quaternary ammonium salt groups or a combination thereof; wherein the composition comprises a substantial absence of ammonium cation; and the ratio of amine or quaternary ammonium salt groups of the ion exchange resin to structural units of the acetoacetoxy functionalized monomer is from 10 to 500 meq/mole of ion exchange resin per mole of structural units of the acetoacetoxy functionalized monomer.
A homogeneous and shelf stable personal cleansing composition, comprising: a structured surfactant system comprising a blend of surfactants that form spherulite structures in an aqueous medium; water; at least one sunscreen compound; and a solubilizer comprising one or more polyethoxylated fatty acid, or polyethoxylated fatty acid glyceride, having between 5 to 30 moles of ethoxy units; wherein the personal cleansing composition deposits the at least one sunscreen compound onto skin in a manner whereby the sunscreen compound imparts to the skin a sun protection factor of at least 4 after rinsing the personal cleansing composition. a structured surfactant system comprising a blend of surfactants that form spherulite structures in an aqueous medium; water; at least one sunscreen compound; and a solubilizer comprising one or more polyethoxylated fatty acid, or polyethoxylated fatty acid glyceride, having between 5 to 30 moles of ethoxy units;
Biocompatible composition with reduced cytotoxicity comprising graphene quantum dots (GQDs) with a particle size ranging from 5-10 nm embedded in polyethylene glycol matrix with a particle size ranging from 80 -100 nm, for drug delivery and biomedical applications.
A tissue puncture closure device, comprising: an anchor; a sealing plug; a filament positioned between the sealing plug and the anchor; a compaction member assembly structured and arranged to apply an axially directed compressive force to automatically compact the sealing plug toward the anchor, the compaction member assembly having a distal end and a proximal end; a spool having a portion of the filament wound thereon; a driving plate connected to the spool; characterized in that the driving plate has a cam surface portion, the cam surface portion being arranged to contact the compaction member assembly upon rotation of the spool to apply a variable driving force to the compaction member assembly to advance the distal end of the compaction member assembly. an anchor; a sealing plug; a filament positioned between the sealing plug and the anchor; a compaction member assembly structured and arranged to apply an axially directed compressive force to automatically compact the sealing plug toward the anchor, the compaction member assembly having a distal end and a proximal end; a spool having a portion of the filament wound thereon; a driving plate connected to the spool; characterized in that the driving plate has a cam surface portion, the cam surface portion being arranged to contact the compaction member assembly upon rotation of the spool to apply a variable driving force to the compaction member assembly to advance the distal end of the compaction member assembly.
An expression vector or a combination of at least two expression vectors comprising: a) a polynucleotide encoding a mutated folate receptor as selectable marker, wherein the mutated folate receptor is a functional membrane-bound folate receptor that has a decreased folate binding affinity compared to the wild type folate receptor and wherein the encoded mutated folate receptor comprises an amino acid substitution in the position corresponding structurally or by amino acid sequence homology to amino acid 49 of the mature wild type human folate receptor alpha sequence as shown in SEQ ID NO 1 wherein the alanine present in the wild type sequence is substituted by an amino acid that results in a decreased folate binding affinity; and b) at least one polynucleotide encoding a polypeptide of interest, wherein when said expression vector or combination of at least two expression vectors is introduced into a host cell, the polypeptide of interest is secreted from said host cell. a) a polynucleotide encoding a mutated folate receptor as selectable marker, wherein the mutated folate receptor is a functional membrane-bound folate receptor that has a decreased folate binding affinity compared to the wild type folate receptor and wherein the encoded mutated folate receptor comprises an amino acid substitution in the position corresponding structurally or by amino acid sequence homology to amino acid 49 of the mature wild type human folate receptor alpha sequence as shown in SEQ ID NO 1 wherein the alanine present in the wild type sequence is substituted by an amino acid that results in a decreased folate binding affinity; and b) at least one polynucleotide encoding a polypeptide of interest,
Element intended for cooling the air of a motor vehicle, having a composite phase-change material made up of at least one first material, which is a phase-change material, and a second material, the structure of which forms a support matrix for said phase-change material, characterized in that said composite phase-change material is covered with a thermally conductive protective layer, and in that the composite phase-change material has at least one reinforcer of rigid structure within it.
A brake system (10, 10', 10") for a utility vehicle, in particular a hydraulic and/or pneumatic brake system (10, 10', 10") for a utility vehicle, having at least one parking brake device (12, 12', 12") and at least one further hydraulic and/or pneumatic module (14, 14', 14"), there also being provided a select-high valve (20, 20', 20") and a spring brake cylinder (22, 22', 22"), the parking brake device (12, 12', 12") being connected to the select-high valve (20, 20', 20") at a first input port (20a, 20a', 20a") by a first connecting line (24, 24', 24"), it being possible to connect the hydraulic and/or pneumatic module (14, 14', 14") to the select-high valve (20, 20', 20") at a second input port (20b, 20b', 20b") by a second connecting line (26, 26', 26"), the spring brake cylinder (22, 22', 22") being connected to the select-high valve (20, 20', 20") at an output port (20c, 20c', 20c") by a third connecting line (30, 30', 30"), and there being provided in the second connecting line (26, 26', 26") a control valve (18, 18', 18") by means of which the hydraulic and/or pneumatic module (14, 14', 14") is not connected to the select-high valve (20, 20', 20") in a first switching state of the control valve (18, 18', 18") and is connected to the select-high valve (20, 20', 20") in an at least second switching state of the control valve (18, 18', 18"), the brake system (10, 10', 10") being constituted and configured in such a way that the spring brake cylinder (22, 22', 22") can be vented via two redundant connected lines, each connected to different pressure medium sources, and via the select-high valve (20, 20', 20") such that section of the second connecting line between the control valve (18, 18', 18") and the select-high valve (20, 20', 20") can also be vented while the utility vehicle is driving operation.
A door for a storage compartment of an aircraft, comprising: a door leaf; a profiled strip connected to an edge of the door leaf and aligned vertically; and a hinge for attaching the door leaf to a door frame; wherein the profiled strip comprises openings (46, 48) that provide a path for gas exchange such that smoke from the storage compartment is detectable outside of the storage compartment by passing the profiled strip, wherein the openings (46, 48) are aligned vertically together with the profiled strip; wherein the profiled strip interconnects the hinge and the door leaf; wherein the profiled strip further comprises: a first side wall for attaching the hinge; a second side wall for attaching the door leaf; a front wall interconnecting the first side wall and the second side wall; wherein the openings are provided in the front wall. a door leaf; a profiled strip connected to an edge of the door leaf and aligned vertically; and a hinge for attaching the door leaf to a door frame; wherein the profiled strip comprises openings (46, 48) that provide a path for gas exchange such that smoke from the storage compartment is detectable outside of the storage compartment by passing the profiled strip, wherein the openings (46, 48) are aligned vertically together with the profiled strip; wherein the profiled strip interconnects the hinge and the door leaf; wherein the profiled strip further comprises: a first side wall for attaching the hinge; a second side wall for attaching the door leaf; a front wall interconnecting the first side wall and the second side wall; wherein the openings are provided in the front wall. a first side wall for attaching the hinge; a second side wall for attaching the door leaf; a front wall interconnecting the first side wall and the second side wall; wherein the openings are provided in the front wall.
A device for delivery of a measured or predetermined dose of an active agent to a dermal or mucosal surface comprising: a) a deformable chamber comprising at least one dome-shaped member defining a reservoir for the active agent; and b) a porated disc wherein the deformable chamber is a spherical or semi-circular shape in vertical section in relation to the longitudinal plane of the porated disc when in use against the skin and wherein the volume of the deformable chamber is predicably changed by the application of external pressure to the deformable dome-shaped member such that the dome-shaped member of the chamber distal from the skin when in use deforms to adopt the shape of either (a) the porated disc if the chamber is semi-circular in shape in vertical section or (b) the shape of the second dome-shaped member adjacent to the skin if the chamber is spherical in shape in vertical section, characterized in that the porated disc has magnetophoretic properties. a) a deformable chamber comprising at least one dome-shaped member defining a reservoir for the active agent; and b) a porated disc wherein the deformable chamber is a spherical or semi-circular shape in vertical section in relation to the longitudinal plane of the porated disc when in use against the skin and wherein the volume of the deformable chamber is predicably changed by the application of external pressure to the deformable dome-shaped member such that the dome-shaped member of the chamber distal from the skin when in use deforms to adopt the shape of either (a) the porated disc if the chamber is semi-circular in shape in vertical section or (b) the shape of the second dome-shaped member adjacent to the skin if the chamber is spherical in shape in vertical section, characterized in that the porated disc has magnetophoretic properties.
Inner sliding surface for a radial plain bearing, which surface comprises four circle arcs (111, 113, 115, 117) in at least one cross section; wherein a first arc and a second arc lie on different sides of a longitudinal sectional plane which intersects a third arc, a fourth arc and a common center point of the third arc and of the fourth arc; characterized in that the first arc and a center point of the first arc lie on different sides of the longitudinal sectional plane; wherein the second arc and a center point of the second arc lie on different sides of the longitudinal sectional plane.
A plug connector arrangement for establishing and disconnecting at least one electrical connection with a further complementary plug connector arrangement, comprising a contact carrier having at least one opening, wherein the plug connector arrangement has a contact connector pin, wherein at least a part of a contact connector pin is inserted into the opening of the contact carrier, wherein the plug connector arrangement has an electric contact element, wherein the contact connector pin has a first connecting area with which the electric contact element is electrically connected, wherein the contact connector pin has a second connecting area with which an electric conductor is connectable, wherein the contact connector pin has at least one snap-in element (73a - 73d) which snaps into a snap-in area of the contact carrier, wherein the contact element inserted into the opening of the connector pin keeps the snap-in element (73a - 73d) in the snapped-in position, and wherein the contact element inserted into the opening exerts a force on at least an area of the snap-in element (73a - 73d) by which the snap-in element (73a - 73d) is pressed into the snap-in area (82a, 82b, 82c) and/or held therein, characterized in that the electric contact element is screwed into an opening provided in the first connecting area of the contact connector pin.
Nozzle for spraying liquid, especially water in a snow production cannon consisting of a cylindrical body and a cap nut (2,3) having an axial spraying hole connected from inside by means of an inlet cone to a vortex chamber and having a swirl insert mounted between the body and the nut which divides a fluid supply channel with a wall having at least two vortex channels and the axes of said channels are situated symmetrically and swirly-obliquely around the axis of the water nozzle and at the same time said elements ( 1, 2 and 4) are threaded connection tightened through elastomeric material having flexible-elastic characteristic, characterized in that the swirl insert has a flange with which said insert is axially fixed between the nut and the body through a front and a rear sealing rings, and both of said rings have circular cross-section and the front sealing ring is mounted in a rectangular groove made on the face of the swirl insert and said face is adjacent to the face of the nut, and the rear sealing ring is mounted in a semicircular socket made at the inner corner of the rear surface of the flange, moreover from the side of the body the rear sealing ring is encircled by a quadrant-of-a-circle socket, having a cone input and in the position of tightening of the nut an axial deformation (Δ) of the rear sealing ring is from 20 to 40% of the diameter of its cross-section, while the dimension of the gap between the faces of the flange and the body is no greater than the deformation (Δ), in addition, the rear sealing ring is made of elastomer having hardness of 60 - 90 IRHD and its hardness is greater than the hardness of the front sealing ring.
Drive apparatus for a divider element which is slidable linearly and/or in curves and optionally rotatable and parkable, comprising a drive assembly which is guidable by two running wheels on a running surface of a rail, wherein the drive apparatus comprises a drive unit with an electric motor and a gearing as well as a drive shaft that is driven by the electric motor and that is coupleable by a toothed gear to a toothed belt that above the running surface is connected to the rail, wherein the drive apparatus is connectable by a load shaft to a divider element, wherein the drive assembly has a traveling assembly unit with a traveling assembly body which holds the load shaft, which emerges from the bottom of the traveling assembly body, and two wheel shafts for the running wheels, emerging in a plane perpendicular to the load shaft on a first side from the traveling assembly body, characterized in that which traveling assembly body has on its top side a head piece which is detachably connected to the drive unit mounted above, in which the electric motor and the gearing are arranged such that the drive shaft running parallel or in fact coaxially relative to the load shaft emerges upward out of the drive unit so that the toothed gear mounted on the drive shaft can engage into the toothed belt.
A seal structure provided with at least one fin that projects in a ring-shape from a circumferential surface of a rotating member and that is provided along an axial direction, and a seal member having a ring-shaped sealing surface opposed to the fin, and on which an abradable layer is formed by thermally spraying abradable material onto the sealing surface, the seal structure comprising: an inclined portion inclined in a radial direction at an end portion of the sealing surface in the axial direction, characterized in that a film thickness of the abradable layer on the inclined portion is made thinner than the film thickness of the abradable layer formed at the other portions. an inclined portion inclined in a radial direction at an end portion of the sealing surface in the axial direction, characterized in that a film thickness of the abradable layer on the inclined portion is made thinner than the film thickness of the abradable layer formed at the other portions.
A rigid transparent substrate successively coated: - with a discontinuous colorless or colored transparent organic layer, comprising zones textured according to dots p i (i = 1, 2, and the like), and organized in macroscopic patterns which have different visual appearances from one another, the dots p i having an area S i, a diameter D i defined as the diameter of the circle which has the area S i, a center C i defined as the barycenter of S i, a period P i defined as the mean distance from the center C i to the center of the dots which are the closest neighbors to the dot p i, defined by Delaunay triangulation, the area between the dots P i being planar and the appearance of the macroscopic patterns being determined by a specific value of the mean of the periods P i, called mean period P, and the mean of the diameters D i, called mean diameter D, of the dots p i of the macroscopic pattern; - with an interfacial layer with a thickness of between 1 and 250 nm, comprising at least one metal layer and at least one overlayer of a dielectric and/or adhesive material deposited on the metal layer; - with a reflective layer; and - with a layer of paint with a thickness of between 1 and 100 μm, which is protective with regard to corrosion and oxidation, inter alia. - with a discontinuous colorless or colored transparent organic layer, comprising zones textured according to dots p i (i = 1, 2, and the like), and organized in macroscopic patterns which have different visual appearances from one another, the dots p i having an area S i, a diameter D i defined as the diameter of the circle which has the area S i, a center C i defined as the barycenter of S i, a period P i defined as the mean distance from the center C i to the center of the dots which are the closest neighbors to the dot p i, defined by Delaunay triangulation, the area between the dots P i being planar and the appearance of the macroscopic patterns being determined by a specific value of the mean of the periods P i, called mean period P, and the mean of the diameters D i, called mean diameter D, of the dots p i of the macroscopic pattern; - with an interfacial layer with a thickness of between 1 and 250 nm, comprising at least one metal layer and at least one overlayer of a dielectric and/or adhesive material deposited on the metal layer; - with a reflective layer; and - with a layer of paint with a thickness of between 1 and 100 μm, which is protective with regard to corrosion and oxidation, inter alia.
A gas turbine, comprising a flame detection system, the gas turbine including a combustor having an inlet in fluid communication with a source of air, and a flow sleeve which forms an annular flow passage, one or more fuel nozzles mounted in a cap at the forward end of the flow sleeve, a combustion chamber, and a no-flame region in a flow path between the air inlet and the combustion chamber, the flame detection system comprising: a flame detector in photonic communication with the no-flame region and arranged to emit a signal responsive to a photon emitted in the no-flame region; and a controller in communication with the flame detector configured to determine whether the flame detector signal indicates flame presence in the no-flame region, characterised in that the flame detector is mounted on the cap and/or on the combustor flow sleeve projecting into the annular flow passage. a flame detector in photonic communication with the no-flame region and arranged to emit a signal responsive to a photon emitted in the no-flame region; and a controller in communication with the flame detector configured to determine whether the flame detector signal indicates flame presence in the no-flame region, characterised in that the flame detector is mounted on the cap and/or on the combustor flow sleeve projecting into the annular flow passage.
Method for automatically counting the number of people in an area, said people carrying a switched-on mobile phone, the method comprising the steps of: broadcasting a Location Area Code, LAC, over a coverage area (4, 4', 4"), in the licensed spectrum of at least one mobile network operator and from at least one local unit (1, 1', 1"), each of said local units (1, 1', 1") being located at an area where people are to be counted, said broadcast LAC being different from any LAC of the radio cells of the mobile network in the surroundings; establishing at each local unit (1, 1', 1") a Location Update dialogue with any mobile phone (3, 3', 3") answering to the LAC broadcast, obtaining from each answering mobile phone (3, 3', 3") its International Mobile Subscriber Identity, IMSI, number; sending from each local unit (1, 1', 1") a Locating Updating Reject message to each mobile phone (3, 3', 3") whose IMSI number has been obtained; counting the different IMSI numbers received; and calculating an estimated number of people in the coverage area (4, 4', 4") using the count of the different IMSI numbers received and additional information; further comprising replacing the LAC with another LAC at the local unit, and repeating the broadcasting, establishing, sending, counting and calculating steps. broadcasting a Location Area Code, LAC, over a coverage area (4, 4', 4"), in the licensed spectrum of at least one mobile network operator and from at least one local unit (1, 1', 1"), each of said local units (1, 1', 1") being located at an area where people are to be counted, said broadcast LAC being different from any LAC of the radio cells of the mobile network in the surroundings; establishing at each local unit (1, 1', 1") a Location Update dialogue with any mobile phone (3, 3', 3") answering to the LAC broadcast, obtaining from each answering mobile phone (3, 3', 3") its International Mobile Subscriber Identity, IMSI, number; sending from each local unit (1, 1', 1") a Locating Updating Reject message to each mobile phone (3, 3', 3") whose IMSI number has been obtained; counting the different IMSI numbers received; and calculating an estimated number of people in the coverage area (4, 4', 4") using the count of the different IMSI numbers received and additional information; further comprising replacing the LAC with another LAC at the local unit, and repeating the broadcasting, establishing, sending, counting and calculating steps.