mhurhangee/patent-ind-claim-en huggingface dataset:
Lashing point on a loading surface of a transport vehicle, wherein the lashing point in is coupled with a lashing means, in that an eyelet body is mounted in a carriage so as to be relatively movable and the drawn out from a rest position located in the carriage into an assembly for use position, wherein the carriage has a slide guide in laterally arranged slide plates and the eyelet body has arms which protrude out laterally, which engage in the slide guide and the eyelet body is held in the assembly position by a resilient tensioning means and/or is held in the rest position by a resilient tensioning means , characterised in that the resilient tensioning means is arranged so as to protrude at least in parts into the slide guide .
An endoluminal device comprising: a frame member having an initial manufactured shape including a generally outwardly extending protrusion; a flexible tubular wall forming a lumen having a predefined peripheral cross-sectional shape, the flexible tubular wall being fixedly secured to the frame member and deforming the protrusion of the frame member from the initial manufactured shape radially inwardly creating a bias in the frame member such that the deformed frame member resists deformation or invagination of the flexible tubular wall . a frame member having an initial manufactured shape including a generally outwardly extending protrusion; a flexible tubular wall forming a lumen having a predefined peripheral cross-sectional shape, the flexible tubular wall being fixedly secured to the frame member and deforming the protrusion of the frame member from the initial manufactured shape radially inwardly creating a bias in the frame member such that the deformed frame member resists deformation or invagination of the flexible tubular wall .
Support structure for attaching units in the engine compartment of a vehicle, comprising a support unit having mounting elements for attaching the units and coupling elements for connecting to the vehicle, in particular in the region of the engine, which support unit is provided with stiffening structures and/or reinforcing struts which are designed as rib-like molded parts, characterized in that the support unit has a support platform which is made of flat, molded material and into which the rib-like reinforcing struts are molded, and in that the stiffening structures are designed as structures that are three-dimensionally molded in the support platform of the support unit and/or as tubular struts .
A tooth model for dental treatment practice, which is made of a transparent material, comprising: a root canal including an empty hollow neural tube formed therein; and a crown formed on top of the root canal , characterized in that a paint based on an opaque material is applied to an inner surface of the neural tube to form a coating layer so as to show the neural tube formed inside the root canal to the outside. a root canal including an empty hollow neural tube formed therein; and a crown formed on top of the root canal , characterized in that a paint based on an opaque material is applied to an inner surface of the neural tube to form a coating layer so as to show the neural tube formed inside the root canal to the outside.
An indium (III) phthalocyanine compound, which is 1,8 ,15 ,22 -tetra-(3,5-di-tert-butylphenoxy) indium (III) phthalocyanine, with the following formula for use in the treatment of cervical cancer;
Connector for two workpieces, in particular made of wood, with a first and a second fitting , which can be mounted with their one sides on a respective one of the workpieces and can be anchored to one another with their other sides and each have a circumferential edge between the one and the other sides , wherein both fittings have an identical shape or are mirror-symmetrical to one another, wherein both fittings each have a projection with an undercut on their other sides and a slot starting from their edges and corresponding to the undercut for anchoring the projection , characterized in that both fittings each have a protrusion running transversely to the direction of the slot on their other sides for resting of the edge of the respective other fitting when the projection is in its position anchored in the slot .
A single cell structure for a fuel cell (C), comprising: a membrane electrode assembly ; a thin-plate-shaped low-rigidity frame that supports the membrane electrode assembly ; a pair of separators that holds the thin-plate-shaped low-rigidity frame and the membrane electrode assembly therebetween; a gas channel (I) for supplying gas to the membrane electrode assembly between the pair of separators ; manifold parts (H1 to H6) that are formed in the thin-plate-shaped low-rigidity frame and the pair of separators to supply the gas to the gas channel (I); restraining ribs that restrain the thin-plate-shaped low-rigidity frame near the manifold parts (H1 to H6); a projected part of the thin-plate-shaped low-rigidity frame that projects toward the manifold parts (H1 to H6) beyond the restraining ribs ; and a gas flow part that is formed in the projected part to supply the gas from the manifold parts (H1 to H6) to the gas channel (I), characterized in that: the gas flow part is a through hole that penetrates the thin-plate-shaped low-rigidity frame . a membrane electrode assembly ; a thin-plate-shaped low-rigidity frame that supports the membrane electrode assembly ; a pair of separators that holds the thin-plate-shaped low-rigidity frame and the membrane electrode assembly therebetween; a gas channel (I) for supplying gas to the membrane electrode assembly between the pair of separators ; manifold parts (H1 to H6) that are formed in the thin-plate-shaped low-rigidity frame and the pair of separators to supply the gas to the gas channel (I); restraining ribs that restrain the thin-plate-shaped low-rigidity frame near the manifold parts (H1 to H6); a projected part of the thin-plate-shaped low-rigidity frame that projects toward the manifold parts (H1 to H6) beyond the restraining ribs ; and a gas flow part that is formed in the projected part to supply the gas from the manifold parts (H1 to H6) to the gas channel (I), characterized in that: the gas flow part is a through hole that penetrates the thin-plate-shaped low-rigidity frame .
An external preparation for skin comprising: a silica aerogel powder including a mixture of hydrophilic aerogel particles having a hydrophilic functional group on a surface thereof, hydrophobic aerogel particles having a hydrophobic functional group on a surface thereof, and hybrid aerogel particles having a hydrophilic functional group and a hydrophobic functional group on a surface thereof; and a solvent, wherein the hydrophilic functional group is a hydroxy group, and the hydrophobic functional group is a methyl group. a silica aerogel powder including a mixture of hydrophilic aerogel particles having a hydrophilic functional group on a surface thereof, hydrophobic aerogel particles having a hydrophobic functional group on a surface thereof, and hybrid aerogel particles having a hydrophilic functional group and a hydrophobic functional group on a surface thereof; and a solvent, wherein the hydrophilic functional group is a hydroxy group, and the hydrophobic functional group is a methyl group.
A Gal-1 polypeptide variant, comprising: a mutation of the histidine residue corresponding to position 52 of the full-length amino acid sequence of native human Gal-1 as shown in SEQ ID NO: 1, the mutation being a substitution of the histidine to tyrosine or asparagine, wherein the Gal-1 polypeptide variant is resistant to acidic conditions of an inflammatory microenvironment that otherwise result in deactivation of native human Gal-1.
An anti-lifting coupling system for the reversible joining of elements for providing a formwork for floor castings, comprising: - a first engagement body , to be fixed to a first beam of a formwork structure, - a second engagement body , to be fixed to a second beam of a formwork structure, whereby said first engagement body and said second engagement body comprise reversible means of mutual engagement which are contoured to prevent the movement upwardly, in the configuration for use, of the second engagement body with respect to the first engagement body , and said first engagement body is constituted by two contoured plates , arranged mirror-symmetrical with respect to each other, which are joined by a cylindrical crossmember , for coupling the second engagement body , on each one of said contoured plates a recess being defined, which is substantially U-shaped in profile, for inserting and resting a corresponding portion of the second engagement body . - a first engagement body , to be fixed to a first beam of a formwork structure, - a second engagement body , to be fixed to a second beam of a formwork structure, whereby said first engagement body and said second engagement body comprise reversible means of mutual engagement which are contoured to prevent the movement upwardly, in the configuration for use, of the second engagement body with respect to the first engagement body , and said first engagement body is constituted by two contoured plates , arranged mirror-symmetrical with respect to each other, which are joined by a cylindrical crossmember , for coupling the second engagement body , on each one of said contoured plates a recess being defined, which is substantially U-shaped in profile, for inserting and resting a corresponding portion of the second engagement body .
A belt drive system comprising: a belt having a plurality of longitudinally spaced belt teeth , the belt further comprising a longitudinal groove extending in the endless direction of the belt through the belt teeth ; a first sprocket comprising a plurality of first sprocket teeth on an outer circumference of the first sprocket , each of the first sprocket teeth extending parallel to the rotation axis, and each first sprocket tooth configured to be received between adjacent belt teeth ; and a first planar fin extending from at least one side of a first sprocket tooth , the first planar fin configured to cooperatively engage the longitudinal groove , the first planar fin extending in a direction normal to a first sprocket axis of rotation, characterised by : the first planar fin having a width no greater than 50% of a sprocket groove width, W, measured in a first sprocket tangential direction at a top of a first sprocket groove immediately below first sprocket tooth shoulders . a belt having a plurality of longitudinally spaced belt teeth , the belt further comprising a longitudinal groove extending in the endless direction of the belt through the belt teeth ; a first sprocket comprising a plurality of first sprocket teeth on an outer circumference of the first sprocket , each of the first sprocket teeth extending parallel to the rotation axis, and each first sprocket tooth configured to be received between adjacent belt teeth ; and a first planar fin extending from at least one side of a first sprocket tooth , the first planar fin configured to cooperatively engage the longitudinal groove , the first planar fin extending in a direction normal to a first sprocket axis of rotation, characterised by : the first planar fin having a width no greater than 50% of a sprocket groove width, W, measured in a first sprocket tangential direction at a top of a first sprocket groove immediately below first sprocket tooth shoulders .
Bone bioactive composition comprising: a water-based salt solution for use in promoting osteogenesis, wherein the water-based salt solution comprises disodium hydrogen phosphate in a concentration from 8 to 12 mM in the solution, sodium chloride in a concentration from 130 to 140 mM in the solution, potassium hydrogen phosphate in a concentration from 1.4 to 2.2 mM in the solution, and potassium chloride in a concentration from 2.3 to 3.1 mM in the solution; and wherein the pH of the composition is between 7.0 and 7.8. a water-based salt solution for use in promoting osteogenesis, wherein the water-based salt solution comprises disodium hydrogen phosphate in a concentration from 8 to 12 mM in the solution, sodium chloride in a concentration from 130 to 140 mM in the solution, potassium hydrogen phosphate in a concentration from 1.4 to 2.2 mM in the solution, and potassium chloride in a concentration from 2.3 to 3.1 mM in the solution; and wherein the pH of the composition is between 7.0 and 7.8.
A thermal valve consisting of a hollow body , a shut-off member , a seat formed by the body and displaceably receiving the shut-off member , inlet/outlet lines communicating with the seat, the shut-off member being kept in a first position by a first elastic member which is interposed between the shut-off member and one of the bottoms of the hollow body , to connect the seat with one of the inlet/outlet lines and shut off in a second position the fluid flow between the seat and the inlet/outlet lines , a second elastic member being disposed between the shut-off member and the second bottom of the hollow body , against the action of the first elastic member, the first elastic member being made of a material that is sensitive to temperature variations in the fluid in which the valve is immersed, characterized in that the hollow body extends into a seat and/or extension with a high heat-transfer coefficient from one of the sides of the inlet/outlet lines to receive the temperature-gradient sensitive elastic member , the hollow body being composed of two parts that can be coupled together, each of the parts having a union for connection to the parallel inlet/outlet lines, and further characterized in that the first extension from the axis of the union , has an open tubular portion equipped with a radial collar , which has two diametrically opposite openings in its perimeter, fitting into respective undercuts , the undercuts being mutually aligned, the tubular portion of the second part having two diametrically opposed teeth which radially project out of the outer surface of the tubular portion in a position that corresponds to the openings of the first part and are angled between the axes of the two parts and in the direction of the periphery of the pipe whereby this position corresponds to an angle of rotation of the teeth if the latter abut their respective undercuts, to orient their axes in the same plane.
A camera that functions as a peripheral device for a portable information terminal , said terminal is configured to recognize information in a symbol on the basis of an acquired image, has an image sensor configured to generate the image, and is configured to transmit the generated image to the portable information terminal, wherein the camera further comprises an imaging unit with the image sensor disposed therein; and a release unit that is separate from the imaging unit and is configured to input to the imaging unit a trigger signal for generating the image, wherein the imaging unit and the release unit are to be worn on different fingers, and wherein the release unit includes a first release unit having a first electrode and to be worn on a thumb; and a second release unit having a second electrode and to be worn on a part of a hand different from the part on which the first release unit is to be worn, and the trigger signal is generated when the first electrode and the second electrode are brought into contact with each other. wherein the camera further comprises an imaging unit with the image sensor disposed therein; and a release unit that is separate from the imaging unit and is configured to input to the imaging unit a trigger signal for generating the image, wherein the imaging unit and the release unit are to be worn on different fingers, and wherein the release unit includes a first release unit having a first electrode and to be worn on a thumb; and a second release unit having a second electrode and to be worn on a part of a hand different from the part on which the first release unit is to be worn, and the trigger signal is generated when the first electrode and the second electrode are brought into contact with each other.
A method of displaying contextual correlations of objects of a lateral map display, LMAP display , to objects of a vertical situational display, VSD , wherein the VSD is located below the LMAP display, the method comprising: receiving, at a processor , data from sensors , instrumentations , on-board radars , or via a wireless transceiver of various broadcast services , for displaying a first set of latitude objects on the LMAP display, and a second set of vertical objects on the VSD, each object representing a turbulence; characterized in that each of the latitude objects on the LMAP display is displayed including a cutout region displayed as a rectangular box around the latitude object, and each of the vertical objects on the VSD is displayed including a cutout region displayed as a rectangular box around the vertical object, wherein each rectangular box is provided with a number in the rectangular box, wherein the numbers in the rectangular boxes in the VSD are correlated to the numbers in the rectangular boxes in the LMAP display, and wherein the size and shape of each rectangular box is determined according to the size and shape of the turbulence represented by the object surrounded by the rectangular box. receiving, at a processor , data from sensors , instrumentations , on-board radars , or via a wireless transceiver of various broadcast services , for displaying a first set of latitude objects on the LMAP display, and a second set of vertical objects on the VSD, each object representing a turbulence; characterized in that each of the latitude objects on the LMAP display is displayed including a cutout region displayed as a rectangular box around the latitude object, and each of the vertical objects on the VSD is displayed including a cutout region displayed as a rectangular box around the vertical object, wherein each rectangular box is provided with a number in the rectangular box, wherein the numbers in the rectangular boxes in the VSD are correlated to the numbers in the rectangular boxes in the LMAP display, and wherein the size and shape of each rectangular box is determined according to the size and shape of the turbulence represented by the object surrounded by the rectangular box.
A current collector, comprising: a support layer comprising opposite two surfaces along the thickness direction thereof; a conductive layer disposed on at least one of the two surfaces of the support layer; wherein the support layer comprises a support material selected from one or more of a polymer material and a polymer matrix composite material, and the light transmittance T of the support layer satisfies: 0≤T≤98%; wherein the support layer contains a colorant selected from one or more of carbon black, cobalt blue, ultramarine blue, iron oxide, cadmium red, chromium orange, molybdenum orange, cadmium yellow, chrome yellow, nickel titanium yellow, titanium white, lithopone, zinc white, phthalocyanine pigment, azo pigment, anthraquinone pigment, indigoid pigment, and metal complex pigment; and wherein the support layer has a thickness D1 of 1 μm ≤ D1 ≤ 30 μm. a support layer comprising opposite two surfaces along the thickness direction thereof; a conductive layer disposed on at least one of the two surfaces of the support layer; wherein the support layer comprises a support material selected from one or more of a polymer material and a polymer matrix composite material, and the light transmittance T of the support layer satisfies: 0≤T≤98%; wherein the support layer contains a colorant selected from one or more of carbon black, cobalt blue, ultramarine blue, iron oxide, cadmium red, chromium orange, molybdenum orange, cadmium yellow, chrome yellow, nickel titanium yellow, titanium white, lithopone, zinc white, phthalocyanine pigment, azo pigment, anthraquinone pigment, indigoid pigment, and metal complex pigment; and wherein the support layer has a thickness D1 of 1 μm ≤ D1 ≤ 30 μm.
An apparel item for a lower torso of a wearer, the apparel item comprising: an outer panel of material having at least a top edge , wherein an opening is formed in the outer panel of material adjacent the top edge ; an inner panel of material having at least a top edge, wherein the outer panel of material and the inner panel of material define at least a torso portion of the apparel item ; and a pocket panel positioned between the outer panel of material and the inner panel of material , the pocket panel having at least a top edge and a bottom edge , characterized in that : the top edge of the pocket panel affixed to the outer panel of material at a location inferior to the opening , and the bottom edge of the pocket panel affixed to the inner panel of material so as to define a space between the pocket panel and the inner panel of material , wherein the opening in the outer panel of material is in communication with the space between the pocket panel and the inner panel of material .
An elasticated material comprising: a first web material; a second web material bonded to the first web material by a plurality of bonds (101, 103; 201, 203, 205; 301, 303, 305); and a plurality of elastomeric strands extending in a lateral direction and disposed between the first web material and the second web material, wherein side portions of a first number of the plurality of bonds form a first bond line crossing the plurality of the elastomeric strands , the first bond line forming a first bond line angle with respect to the plurality of elastomeric strands , wherein at least one pair of bonds forming the first bond line are disposed on opposite sides of an elastomeric strand of the plurality of elastomeric strands and are spaced apart a longitudinal distance less than an un-tensioned diameter of the elastomeric strand of the plurality of elastomeric strands , wherein side portions of a second number of the plurality of bonds form a second bond line crossing the plurality of the elastomeric strands and spaced laterally from the first bond line , the second bond line forming a second bond line angle with respect to the plurality of elastomeric strands , wherein at least one pair of bonds forming the second bond line are disposed on opposite sides of an elastomeric strand of the plurality of elastomeric strands and are spaced apart a longitudinal distance less than an un-tensioned diameter of the elastomeric strand of the plurality of elastomeric strands , the elastic material characterized in that the first bond line angle is different than the second bond line angle . a first web material; a second web material bonded to the first web material by a plurality of bonds (101, 103; 201, 203, 205; 301, 303, 305); and a plurality of elastomeric strands extending in a lateral direction and disposed between the first web material and the second web material, wherein side portions of a first number of the plurality of bonds form a first bond line crossing the plurality of the elastomeric strands , the first bond line forming a first bond line angle with respect to the plurality of elastomeric strands , wherein at least one pair of bonds forming the first bond line are disposed on opposite sides of an elastomeric strand of the plurality of elastomeric strands and are spaced apart a longitudinal distance less than an un-tensioned diameter of the elastomeric strand of the plurality of elastomeric strands , wherein side portions of a second number of the plurality of bonds form a second bond line crossing the plurality of the elastomeric strands and spaced laterally from the first bond line , the second bond line forming a second bond line angle with respect to the plurality of elastomeric strands , wherein at least one pair of bonds forming the second bond line are disposed on opposite sides of an elastomeric strand of the plurality of elastomeric strands and are spaced apart a longitudinal distance less than an un-tensioned diameter of the elastomeric strand of the plurality of elastomeric strands , the elastic material characterized in that the first bond line angle is different than the second bond line angle .