mhurhangee/patent-ind-claim-en huggingface dataset:
A pedestal for load cells , comprising a force transfer bolt and a base plate , wherein the force transfer bolt is connected articulatedly to the load cell by means of an upper joint and to the base plate by means of a lower joint , the upper joint consists of a bearing sleeve which has an inner bearing cup and in which the force transfer bolt is seated, and the lower joint consists of a bore which has a planar support surface and in which the force transfer bolt with its lower convex force receiving surface is seated, characterised in that the bearing sleeve is fully embedded within the load cell , an upper force input surface of the force transfer bolt is spherical in shape, the bore of the lower joint is embedded within the base plate , and the radius of the lower convex force receiving surface is approximately equal to the length of the force transfer bolt , whereas the radius of the upper spherical force input surface is a fraction of and at most one fifth of the radius of the force receiving surface . the force transfer bolt is connected articulatedly to the load cell by means of an upper joint and to the base plate by means of a lower joint , the upper joint consists of a bearing sleeve which has an inner bearing cup and in which the force transfer bolt is seated, and the lower joint consists of a bore which has a planar support surface and in which the force transfer bolt with its lower convex force receiving surface is seated, characterised in that the bearing sleeve is fully embedded within the load cell , an upper force input surface of the force transfer bolt is spherical in shape, the bore of the lower joint is embedded within the base plate , and the radius of the lower convex force receiving surface is approximately equal to the length of the force transfer bolt , whereas the radius of the upper spherical force input surface is a fraction of and at most one fifth of the radius of the force receiving surface .
Assembly for moving door wings adapted to be associated with a piece of furniture (M) comprising at least one sidewall (S), said assembly comprising at least a first door wing , a second door wing and a moving mechanism , said first door wing being adapted to be articulated with its top edge to said piece of furniture around an articulation axis (X-X), said second door wing being hinged with its upper edge to a lower edge of said first door wing and adapted to be slidingly coupled with at least a side end of its lower edge to said sidewall (S), said moving mechanism being adapted to displace said door wings between a closed position, wherein said door wings lie superimposed and on a same substantially vertical plane, and an open position, wherein said door wings are arranged facing with each other and cantilevered with respect to said articulation axis (X-X), said mechanism further comprising a balancing member (G) connected to said second door wing through transmission means cooperating with deviating means associable to said sidewall (S), characterized in that said transmission means comprise a first traction element and a second traction element each formed by a corresponding elongate and essentially inextensible element, said first traction element and said second traction element being operatively associated with each other through a force compensating means so as to continuously counteract the variation of the torque generated by said door wings on said articulation axis (X-X) while being displaced, said force compensating means comprising a rigid arm, having a first end connectable to said sidewall (S) around a fulcrum (F) so as to be freely rotatable on a plane defined by said sidewall (S), said first traction element being associated with a first end to said second door wing and with the opposite end being adapted to be coupled to said sidewall (S), said first traction element being arranged so as to cooperate with a movable deviating member formed by a pulley integrally mounted to said arm and disposed adjacent to a second end of said arm , said second traction element being associated with a first end to said balancing member (G) and with a second end being joined to said arm in correspondence of a coupling portion arranged adjacent to a second end of said arm , said first and said second door wings being articulated to each other around a rotation axis defined by second hinge means configured such that when said door wings are arranged in said closed position said arm is arranged essentially vertical, defining an angle of substantially null degree with said traction element and said rotation axis is recessed with respect to a front edge of said sidewall (S).
An industrial truck comprising: wall structure defining a compartment ; a pivoting door spanning an opening in the wall structure when in a closed position; pivoting structure coupling the pivoting door to the wall structure allowing the pivoting door to pivot relative to the wall structure ; and characterised by a latching structure comprising: a latching bolt coupled to the wall structure ; a latching arm having a first end and a second end , wherein the arm is pivotably mounted at the first end to an element of the pivoting door ; and a latch torsion spring associated with the element and engaging the latching arm to bias the latching arm towards the latching bolt when the pivoting door moves in a direction from the closed position towards an open position. wall structure defining a compartment ; a pivoting door spanning an opening in the wall structure when in a closed position; pivoting structure coupling the pivoting door to the wall structure allowing the pivoting door to pivot relative to the wall structure ; and characterised by a latching structure comprising: a latching bolt coupled to the wall structure ; a latching arm having a first end and a second end , wherein the arm is pivotably mounted at the first end to an element of the pivoting door ; and a latch torsion spring associated with the element and engaging the latching arm to bias the latching arm towards the latching bolt when the pivoting door moves in a direction from the closed position towards an open position. a latching bolt coupled to the wall structure ; a latching arm having a first end and a second end , wherein the arm is pivotably mounted at the first end to an element of the pivoting door ; and a latch torsion spring associated with the element and engaging the latching arm to bias the latching arm towards the latching bolt when the pivoting door moves in a direction from the closed position towards an open position.
A method for recycling waste containing plastics, comprising at least one target polymer and at least one substance to be separated, in which a) the waste containing plastics is mixed with at least one swelling agent, so as to swell the at least one target polymer to form a polymer gel as a first phase having a polymer content of > 30 wt.%, based on the total mass of the target polymer and of the swelling agent present in the polymer gel, and b) at least one impurity that is not soluble in the first phase is separated from the polymer gel by way of filtration, a screen having a mesh size of 1 to 1000 μm being used as a filtration device, and the swollen polymer gel being moved through the screen, wherein the target polymer is selected from the group consisting of polystyrenes, polyolefins, polyesters, polycarbonates, polyamides and the copolymers thereof, as well as the blends or mixtures thereof, and the insoluble impurity is selected from the group consisting of fillers and reinforcement agents, inert impurities, foreign polymers, duromeric adhesive layers or foams, and heavy metal pigments, the polymer gel having a dynamic viscosity in the range of 100 mPas to 10,000 Pas, measured according to ISO 6721-10:1999. a) the waste containing plastics is mixed with at least one swelling agent, so as to swell the at least one target polymer to form a polymer gel as a first phase having a polymer content of > 30 wt.%, based on the total mass of the target polymer and of the swelling agent present in the polymer gel, and b) at least one impurity that is not soluble in the first phase is separated from the polymer gel by way of filtration, a screen having a mesh size of 1 to 1000 μm being used as a filtration device, and the swollen polymer gel being moved through the screen,
A rotor disk blade for a turbine engine, the blade being made of composite material comprising fiber reinforcement obtained by multilayer weaving of yarns and densified by a matrix, the blade having a portion constituting an airfoil and a blade root forming a single piece, the blade root having two substantially plane opposite lateral flanks that are formed respectively extending the pressure side surface and the suction side surface of the airfoil , the blade root being clamped between two metal plates fastened against the lateral flanks of the blade root by a bolt and a nut passing through the plates and the blade root , the bolt having a head bearing against one of the two plates the nut having a head bearing against the other plate , the bolt and the nut applying some minimum level of clamping force against the metal plates for ensuring that a determined centrifugal force applied to the blade is taken up by friction between the metal plates and the lateral flanks of the blade root , characterized in that each metal plate (26; 28) includes on its face opposite from its face in contact with the blade root at least one projecting portion (263; 283), said projecting portion presenting a shape suitable for providing one or both of the following functions: opposing tilting and providing sealing.
Front-mounted hay-making machine (M), comprising a carrying frame at which at least substantially crosswise to the driving direction (R), two rotors having tine arms and tines are arranged side by side to be driven about their rotor axes in opposite directions, wherein the outer orbits of the tines mutually overlap each other in the middle, characterized in that for clearing the tractor track/wheel track (K) of crop and depositing the crop in two side swaths at both sides of the tractor (S) outside of the tractor track the directions of rotation (X) of the rotors in driving direction (R) at the front are directed outwardly.
A printer, comprising: a printer housing; a photoconductor supported in the printer housing to apply toner to a print substrate; a developer supported in the printer housing to apply toner to the photoconductor; a light source to expose parts of the photoconductor to light; and a toner container to supply toner to the developer, the toner container having a container housing enclosing a toner supply reservoir operatively connected to the developer, the container housing integrated into the printer housing as a load bearing structure and the supply reservoir having a capacity sufficient to store enough toner to print a minimum number of pages that corresponds to a predetermined expected useful life of the printer, wherein: an exterior of the container housing defines an opening through which the light may pass from the light source to the photoconductor; and an interior of the container housing defines the supply reservoir, the supply reservoir surrounding the opening and including a lower chamber extending laterally under the opening and an upper chamber extending laterally over the opening, the upper chamber connected to the lower chamber at least at both sides of the opening along a full length of the opening. a printer housing; a photoconductor supported in the printer housing to apply toner to a print substrate; a developer supported in the printer housing to apply toner to the photoconductor; a light source to expose parts of the photoconductor to light; and a toner container to supply toner to the developer, the toner container having a container housing enclosing a toner supply reservoir operatively connected to the developer, the container housing integrated into the printer housing as a load bearing structure and the supply reservoir having a capacity sufficient to store enough toner to print a minimum number of pages that corresponds to a predetermined expected useful life of the printer, wherein: an exterior of the container housing defines an opening through which the light may pass from the light source to the photoconductor; and an interior of the container housing defines the supply reservoir, the supply reservoir surrounding the opening and including a lower chamber extending laterally under the opening and an upper chamber extending laterally over the opening, the upper chamber connected to the lower chamber at least at both sides of the opening along a full length of the opening. an exterior of the container housing defines an opening through which the light may pass from the light source to the photoconductor; and an interior of the container housing defines the supply reservoir, the supply reservoir surrounding the opening and including a lower chamber extending laterally under the opening and an upper chamber extending laterally over the opening, the upper chamber connected to the lower chamber at least at both sides of the opening along a full length of the opening.
An arthrodesis implant allowing promoting the bone fusion of a first bone with a second bone , said implant comprising: - a substantially rigid and non-deformable anchoring body , designed to ensure the anchoring of the implant in the first bone , the anchoring body extending between an end for penetration in said first bone and an opposite base end , and - a deformable portion designed to ensure the anchoring of the implant in the second bone , said deformable portion comprising at least two anchoring arms which protrude beyond the anchoring body from the base end of the latter, the anchoring arms being separated from each other by a free space (E) so as to be able to be brought closer to each other by deformation of said anchoring arms under the action of the second bone , and being characterized in that at least one of the anchoring arms is provided with a longitudinal reinforcing fin protruding beyond the anchoring arm from a lateral side of the latter. - a substantially rigid and non-deformable anchoring body , designed to ensure the anchoring of the implant in the first bone , the anchoring body extending between an end for penetration in said first bone and an opposite base end , and - a deformable portion designed to ensure the anchoring of the implant in the second bone , said deformable portion comprising at least two anchoring arms which protrude beyond the anchoring body from the base end of the latter, the anchoring arms being separated from each other by a free space (E) so as to be able to be brought closer to each other by deformation of said anchoring arms under the action of the second bone ,
A web manufacturing system comprising: a frame comprising multiple separate supports (202a-202b) and multiple flexible rails (206a-206b, 208a-208b), each support configured to be secured in a position apart from another support, each flexible rail configured to be coupled to the supports and placed under tension; and a sensor head configured to be mounted on or to the rails and to move back and forth along the rails, the sensor head being substantially self-contained and comprising a motor configured to receive operating power over the rails as the sensor head moves back and forth along the rails, the motor configured to move the sensor head back and forth along the rails using the operating power, the frame comprises a tensioned member configured to be coupled to the supports and the sensor head is configured to move back and forth using the tensioned member, the tensioned member passes across the frame a single time and is secured at opposite ends to the supports. a frame comprising multiple separate supports (202a-202b) and multiple flexible rails (206a-206b, 208a-208b), each support configured to be secured in a position apart from another support, each flexible rail configured to be coupled to the supports and placed under tension; and a sensor head configured to be mounted on or to the rails and to move back and forth along the rails, the sensor head being substantially self-contained and comprising a motor configured to receive operating power over the rails as the sensor head moves back and forth along the rails, the motor configured to move the sensor head back and forth along the rails using the operating power, the frame comprises a tensioned member configured to be coupled to the supports and the sensor head is configured to move back and forth using the tensioned member, the tensioned member passes across the frame a single time and is secured at opposite ends to the supports.
A ship handling device configured to make a ship move to target coordinates (Pt) and turn to a target orientation (At) based on a signal from a GPS device and a signal from an orientation sensor , characterized in that the ship handling device includes the GPS device , the orientation sensor , an operating tool and a ship handling control device configured to, upon operation of a positioning switch of the operating tool , perform positioning control to calculate the target coordinates and the target orientation based on signals acquired from the operating tool, indicating an operation direction and an amount of operation, wherein the target orientation (At) is calculated based on a rotation amount of the operating tool and the target coordinates (Pt) are calculated from an inclined direction and an inclined amount of the operating tool , set a movement control stop zone (A1) based on the target coordinates, set a turn control stop zone (Ar) based on the target orientation, make the ship move toward the target coordinates and turn to the target orientation after acquiring a signal finalizing the target coordinates and the target orientation, and control the ship in such a manner that, when current coordinates (P(n)) calculated from the signal from the GPS device are in the movement control stop zone and a current orientation (Az(n)) calculated from the signal from the orientation sensor is in the turn control stop zone, the current coordinates and the current orientation are maintained and the positioning control is terminated.
A method of producing a sheet-shaped cell culture, the method comprising: a step of subjecting induced pluripotent stem cells to a myocardial cell derivation treatment to obtain a cell population including myocardial cells; a step of obtaining a cell population including the myocardial cells derived from the cell population obtained in the step , wherein the cell population further includes αSMA positive cells, CD31 positive cells, and TE-7 antigen positive cells and a step of culturing the cell population obtained in the step to form a sheet-shaped cell culture, including a step of inoculating the cell population on a culture substrate, a step of culturing the inoculated cells to form a sheet-shaped cell culture for five days in the absence of a ROCK inhibitor prior to isolating the sheet-shaped cell culture, and a step of isolating the thus formed sheet-shaped cell culture from the culture substrate, wherein the proportion of the number of the myocardial cells to the total number of cells in the cell population obtained in the step is 50% to 70%, and wherein the sheet-shaped cell culture expresses type I collagen, type III collagen, laminin α2, and laminin α4. a step of subjecting induced pluripotent stem cells to a myocardial cell derivation treatment to obtain a cell population including myocardial cells; a step of obtaining a cell population including the myocardial cells derived from the cell population obtained in the step , wherein the cell population further includes αSMA positive cells, CD31 positive cells, and TE-7 antigen positive cells and a step of culturing the cell population obtained in the step to form a sheet-shaped cell culture, including a step of inoculating the cell population on a culture substrate, a step of culturing the inoculated cells to form a sheet-shaped cell culture for five days in the absence of a ROCK inhibitor prior to isolating the sheet-shaped cell culture, and a step of isolating the thus formed sheet-shaped cell culture from the culture substrate, wherein the proportion of the number of the myocardial cells to the total number of cells in the cell population obtained in the step is 50% to 70%, and wherein the sheet-shaped cell culture expresses type I collagen, type III collagen, laminin α2, and laminin α4.
Panel comprising a panel core , a panel top side having a utility layer, a panel underside and edge pairs provided in paired relationship at mutually opposite panel edges , wherein at least a first edge pair is provided with complementary locking means , of which one locking means on a groove side of the edge pair is in the form of a locking groove and the complementary locking means on a tongue side of the edge pair is in the form of a locking tongue which fits together in positively locking relationship with the locking groove so that similar panels can be locked to each other, wherein the locking tongue of a first panel with said panel in an inclined position can be fitted to the locking groove of a second similar panel and then the two panels can be locked together in positively locking relationship by a rotational joining movement of the panels relative to each other so that the positively locking engagement which can be achieved counteracts movement of the locked panel edges away from each other, more specifically in a direction which is in the plane of the locked panels and at the same time perpendicular to the locked panel edges , wherein the locking tongue at its tongue top side has a contact surface which is directed towards the panel top side and wherein the upper groove wall has a contacting surface which is of such a configuration that in the locked state of two panels it fits together with the contact surface of the tongue top side , characterised in that at the front on the locking tongue a rounded portion tangentially adjoins the contact surface , the rounded portion forms a free end of round cross-section of the locking tongue , a round transition to the tongue underside is created, that the rounded portion of the locking tongue is of a radius equal to or greater than the distal extent of the contact surface , and that the rounded portion of the locking tongue merges into an outwardly curved contour extending along the tongue underside .
A substantially spherical microsphere suitable for active embolization and/or drug delivery comprising: a non-ionic contrast agent, at least one drug, and a biocompatible polymeric material comprising a hydrophilic polymer or copolymer prepared from one or more monomers, wherein the one or more monomers comprise an acrylate monomer, wherein the microsphere is swellable in a pharmaceutically acceptable solution and has a diameter of from about 10 μm to about 2000 μm before swelling. a non-ionic contrast agent, at least one drug, and a biocompatible polymeric material comprising a hydrophilic polymer or copolymer prepared from one or more monomers, wherein the one or more monomers comprise an acrylate monomer, wherein the microsphere is swellable in a pharmaceutically acceptable solution and has a diameter of from about 10 μm to about 2000 μm before swelling.