mhurhangee/patent-ind-claim-en huggingface dataset:
An external magnetic actuator for actuating an implanted or implantable medical device that includes a rotatable internal magnet for driving translation between first and second components of the implanted or implantable medical device, the external magnetic actuator comprising: a permanent magnet having a first major surface , a second major surface opposite the first major surface, and a plurality of minor surfaces extending between and perpendicular to the first and second major surfaces, the first and second major surfaces each having an individual surface area, the plurality of minor surfaces each having an individual surface area, the individual surface area of the first and second major surfaces being greater than the individual surface area of each of the minor surfaces, the permanent magnet including a first pole on the first major surface, and a second pole on the second major surface; an actuator body including a housing having a first wall , a second wall opposite the first wall, a plurality of side walls extending between and perpendicular to the first and second walls, and a cavity for receiving the permanent magnet therein; a first handle coupled to a first side wall of the plurality of side walls; and a second handle coupled to a second side wall of the plurality of side walls, the second side wall being opposite to the first side wall. a permanent magnet having a first major surface , a second major surface opposite the first major surface, and a plurality of minor surfaces extending between and perpendicular to the first and second major surfaces, the first and second major surfaces each having an individual surface area, the plurality of minor surfaces each having an individual surface area, the individual surface area of the first and second major surfaces being greater than the individual surface area of each of the minor surfaces, the permanent magnet including a first pole on the first major surface, and a second pole on the second major surface; an actuator body including a housing having a first wall , a second wall opposite the first wall, a plurality of side walls extending between and perpendicular to the first and second walls, and a cavity for receiving the permanent magnet therein; a first handle coupled to a first side wall of the plurality of side walls; and a second handle coupled to a second side wall of the plurality of side walls, the second side wall being opposite to the first side wall.
Tail-lift , having a height-adjustable platform and having a fall protection that incorporates an upright support and a hand-rail carried on the support , where the support can be swivelled between a horizontal rest position and an upright use position, characterised in that the support is held on a projecting arm , and that the projecting arm together with the support can be swivelled at right angles to the longitudinal axis between the rest position and the use position about a swivel axle extending horizontally in a longitudinal direction, such that, when the projecting arm is in the use position, the support is positioned at the side of the platform .
A backpack or schoolbag with shoulder straps, which can be fastened or secured to the outside a rear wall of the backpack or schoolbag by means of an adjusting device, the adjusting device having a housing with a rectangular basic shape with a housing base and a housing cover, the housing base having longitudinal guide webs, which extend into the interior of the housing and form a rail, along which a carriage is displaceable and lockable and is indirectly connected to the shoulder straps by means of a carrier plate and adjusts the shoulder straps displaceably in different positions together with the carriage along the rail between two end positions or locks at the rail or the housing base, respectively, the adjustment and/or locking being effected by an operating element, which is displaceable from a locking position into a release position and vice versa, the carriage being adjustable inside the housing, and the carrier plate being displaceable outside the housing cap along slot-like recesses provided in the housing cap, the adjusting device together with the carriage, the carrier plate, and the operating element being arranged on the outside the rear wall of the backpack or schoolbag and being operable or operated from outside the backpack or schoolbag, the adjustment of the carrier plate and thus the height adjustment of the shoulder straps relative to the adjusting device and thus of the backpack or schoolbag taking place in an infinitely variable manner and being also possible in the position of use on the back of a carrier, characterized by that one recess each and one ball arbor shaft each arranged in said recess are provided close to the transverse-side peripheral edges of the housing base , both ball arbor shafts being spanned by a ball chain , which extends on the front side of the housing base between two mutually parallel, longitudinally extending guide webs and extends on the rear side of the housing base close thereto, the ball chain being connected in a force-fitting manner to the carriage and adjusting the latter between the end positions, at least one of the ball arbor shafts having an engagement or penetration point for the operating element , which rotates this ball arbor shaft and thus adjusts the ball chain together with the carriage , the operating element being enabled to be locked in any desired position.
A sewing machine, preferably a lockstitch sewing machine, comprising: - a gripper which can be rotated around a rotation axis and which comprises a reception space , - a bobbin which provides a lower thread and can be inserted into the reception space , in particular with a bobbin case , - a device for feeding the bobbin and/or the bobbin case into the reception space , wherein - the bobbin is arranged rotatably in the reception space and/or the bobbin case ; - the device for feeding the bobbin and/or the bobbin case comprises two holding and transport devices for the reception, which can be moved alternately between two positions, and the bobbin with a lower thread is transferred from a first position outside of the gripper into a second position inside the gripper , or a bobbin without lower thread is transferred from the second position inside the gripper into the first position outside of the gripper , characterized in that the first holding and transport device has a support arm which is attached in a rotatable or pivotable manner to a frame around a first rotation axis , that the second holding and transport device has a support arm which is attached in a rotatable or pivotable manner to the frame around a second rotation axis , and that the support arms with their free ends having reception spaces for the bobbins can be moved on two circular arc segment-shaped paths, wherein the paths have an intersection in the area of the gripper . - a gripper which can be rotated around a rotation axis and which comprises a reception space , - a bobbin which provides a lower thread and can be inserted into the reception space , in particular with a bobbin case , - a device for feeding the bobbin and/or the bobbin case into the reception space , wherein - the bobbin is arranged rotatably in the reception space and/or the bobbin case ; - the device for feeding the bobbin and/or the bobbin case comprises two holding and transport devices for the reception, which can be moved alternately between two positions, and the bobbin with a lower thread is transferred from a first position outside of the gripper into a second position inside the gripper , or a bobbin without lower thread is transferred from the second position inside the gripper into the first position outside of the gripper ,
A method for providing, on a graphic printing line on a printing paper, a plurality of unique coloured signs with reflecting dots set alongside one another , said sign having an alphanumeric code inscribed at the centre, for filing and reading an original sign and comparing it with a fake sign the method being characterized in that an electrostatic-charge generator is provided, the generator being configured to vary in power, intermittence, and timing on the basis of the pitch between the signs to be created on the printing paper so as to be efficient in attracting a regulated dose of encapsulated micro-drops of colour and glitters on one or more of said unique coloured signs, the method further comprising a step of bursting of the coloured micro-drops with a laser-beam barrier or with an ultrasound barrier.
A drill bit comprising: an apical end , a coronal end , and a longitudinal axis extending between the apical end and the coronal end; a drill bit core circumferentially surrounding the longitudinal axis; a first cutting edge ; and a guide thread which extends radially outward from the drill bit core wherein the first cutting edge is a first radial distance from the longitudinal axis and a maximum outer dimension of the drill bit core is a second radial distance from the longitudinal axis, the second radial distance being larger than the first radial distance. an apical end , a coronal end , and a longitudinal axis extending between the apical end and the coronal end; a drill bit core circumferentially surrounding the longitudinal axis; a first cutting edge ; and a guide thread which extends radially outward from the drill bit core
A suspension body for an elevator, comprising: a core including a load bearing layer formed of an impregnation resin and a plurality of high-strength fibers ; and a covering layer covering at least a part of an outer periphery of the core , wherein the core is divided into a plurality of core segments arranged apart from each other, wherein the covering layer enters a region between the core segments adj acent to each other, and characterised in that : a density of the high-strength fibers in a center portion of each of the core segments in a thickness direction of each of the core segments is higher than a density of the high-strength fibers in both end portions of each of the core segments in the thickness direction. a core including a load bearing layer formed of an impregnation resin and a plurality of high-strength fibers ; and a covering layer covering at least a part of an outer periphery of the core , wherein the core is divided into a plurality of core segments arranged apart from each other, wherein the covering layer enters a region between the core segments adj acent to each other, and characterised in that : a density of the high-strength fibers in a center portion of each of the core segments in a thickness direction of each of the core segments is higher than a density of the high-strength fibers in both end portions of each of the core segments in the thickness direction.
A horizontal solar tracker , comprising at least one front rotating beam and at least one rear rotating beam that can turn, joined by means of a connecting rod-crank mechanism , wherein the solar tracker comprises: - a drive assembly , which in turn comprises: a fixed support , a body fixed to the support , at least one mobile element that can move with respect to the body on which at least one of the front rotating beams is coupled, a motor adjacent to the body that generates a movement on the mobile element , wherein the connecting rod-crank mechanism comprises a first transmission section associated with the rear rotating beam and at least one second transmission section comprising an arm associated with the front rotating beam , characterised in that : - one end of the front rotating beam has a first joining sector that can be coupled to the mobile element , and in that - the second transmission section additionally comprises a tubular portion joined orthogonally to the arm that clasps the rotating beam in an assembly situation, and it also comprises a second joining sector linked to one end of the tubular portion , which can be coupled to the first joining sector and to the mobile element . - a drive assembly , which in turn comprises: a fixed support , a body fixed to the support , at least one mobile element that can move with respect to the body on which at least one of the front rotating beams is coupled, a motor adjacent to the body that generates a movement on the mobile element , a fixed support , a body fixed to the support , at least one mobile element that can move with respect to the body on which at least one of the front rotating beams is coupled, a motor adjacent to the body that generates a movement on the mobile element , wherein the connecting rod-crank mechanism comprises a first transmission section associated with the rear rotating beam and at least one second transmission section comprising an arm associated with the front rotating beam , characterised in that : - one end of the front rotating beam has a first joining sector that can be coupled to the mobile element , and in that - the second transmission section additionally comprises a tubular portion joined orthogonally to the arm that clasps the rotating beam in an assembly situation, and it also comprises a second joining sector linked to one end of the tubular portion , which can be coupled to the first joining sector and to the mobile element . - one end of the front rotating beam has a first joining sector that can be coupled to the mobile element , and in that - the second transmission section additionally comprises a tubular portion joined orthogonally to the arm that clasps the rotating beam in an assembly situation, and it also comprises a second joining sector linked to one end of the tubular portion , which can be coupled to the first joining sector and to the mobile element .
A system of computer readable media, including a program to be run in a digital pen , a program to be run in an electronic device , and a program to be run in an external display device , which when executed simultaneously result in a method being performed, the method comprising: generating, by the digital pen , an induction magnetic field during a period in which handwriting is input to a paper through a handwriting unit of the digital pen ; obtaining, by the electronic device , handwriting information based on the electronic device sensing the induction magnetic field generated by the digital pen , the handwriting information corresponding to the handwriting input to the paper; transmitting the handwriting information from the electronic device to the external display device connected to the electronic device ; and in response to the handwriting information being received, displaying at the external display device the handwriting information, wherein the induction magnetic field is generated by the digital pen based on a pressure-sensitive sensor of the digital pen sensing pressure applied to a pen point portion of the digital pen . generating, by the digital pen , an induction magnetic field during a period in which handwriting is input to a paper through a handwriting unit of the digital pen ; obtaining, by the electronic device , handwriting information based on the electronic device sensing the induction magnetic field generated by the digital pen , the handwriting information corresponding to the handwriting input to the paper; transmitting the handwriting information from the electronic device to the external display device connected to the electronic device ; and in response to the handwriting information being received, displaying at the external display device the handwriting information, wherein the induction magnetic field is generated by the digital pen based on a pressure-sensitive sensor of the digital pen sensing pressure applied to a pen point portion of the digital pen .
A surgical instrument comprising: a handle assembly coupled to a proximal end of a shaft and a dissection head coupled to a distal end of the shaft, the shaft comprising an outer hypotube; a coaxial feedline disposed within a lumen of the shaft; and the dissection head comprising: a dielectric core including a radiating surface , and at least one non-radiating surface ; and a blade extending from the radiating surface; characterised in that a balun dielectric is concentrically disposed about the feedline, the balun dielectric is positioned within the lumen at or near a juncture of the distal end of the hypotube and a proximal side of the dissection head, and a balun outer conductor concentrically disposed about the balun dielectric. a handle assembly coupled to a proximal end of a shaft and a dissection head coupled to a distal end of the shaft, the shaft comprising an outer hypotube; a coaxial feedline disposed within a lumen of the shaft; and the dissection head comprising: a dielectric core including a radiating surface , and at least one non-radiating surface ; and a blade extending from the radiating surface; a dielectric core including a radiating surface , and at least one non-radiating surface ; and a blade extending from the radiating surface; characterised in that a balun dielectric is concentrically disposed about the feedline, the balun dielectric is positioned within the lumen at or near a juncture of the distal end of the hypotube and a proximal side of the dissection head, and a balun outer conductor concentrically disposed about the balun dielectric.
An apparatus for transferring and accumulating objects, comprising: at least a first group and a second group of accumulation channels parallel to each other, each accumulation channel having an elongated extension along a direction parallel to an accumulation direction (D1) between a loading end and an unloading end of objects, the accumulation channels of the first group having the loading ends aligned with each other and the unloading ends aligned with each other, the accumulation channels of the second group having the loading ends aligned with each other and the unloading ends aligned with each other; at least a first and a second transfer device for transferring objects to said accumulation channels , said first transfer device being configured to transfer objects only to accumulation channels of the first group, said second transfer device being configured to transfer objects only to accumulation channels of the second group, said first and said second transfer device receiving at the input objects in turn, i.e., alternatively, characterized in that the loading ends of the accumulation channels of the first group are misaligned with respect to the loading ends of the accumulation channels of the second group and in that the unloading ends of the accumulation channels of the first group are misaligned with respect to the unloading ends of the accumulation channels of the second group. at least a first group and a second group of accumulation channels parallel to each other, each accumulation channel having an elongated extension along a direction parallel to an accumulation direction (D1) between a loading end and an unloading end of objects, the accumulation channels of the first group having the loading ends aligned with each other and the unloading ends aligned with each other, the accumulation channels of the second group having the loading ends aligned with each other and the unloading ends aligned with each other; at least a first and a second transfer device for transferring objects to said accumulation channels , said first transfer device being configured to transfer objects only to accumulation channels of the first group, said second transfer device being configured to transfer objects only to accumulation channels of the second group, said first and said second transfer device receiving at the input objects in turn, i.e., alternatively, characterized in that the loading ends of the accumulation channels of the first group are misaligned with respect to the loading ends of the accumulation channels of the second group and in that the unloading ends of the accumulation channels of the first group are misaligned with respect to the unloading ends of the accumulation channels of the second group.
An in vitro method for measuring a glycemic index GI of food of a multicomponent composition consumed by a human, the method comprising: non-invasively measuring a blood glucose concentration in the human (G(t) from an onset of increase of a blood glucose concentration caused by the food intake until the blood glucose concentration reaches its peak; determining (i) a time interval Δ t from the onset to the peak of the blood glucose concentration (ii) a maximum increase of a blood glucose concentration Δ G max over the time period Δ t, and (iii) a carbohydrate content C sum = K · Δ t · Δ G max wherein a proportionality factor K is selected within a 0.35 g/min·mmol/l to 0.6 g/min·mmol/l range, wherein the amount of carbohydrates C sum of the food is measured in grams, said time period Δt is measured in minutes, and said maximum increase of blood glucose concentration ΔGmax is measured in mmol/l; and determining the glycemic index GI of the food as a ratio Δ G max /ΔG (gl) max , wherein ΔG max is a maximum increase of a blood glucose concentration upon intake of pure glucose in an amount equal to the carbohydrate content C sum . non-invasively measuring a blood glucose concentration in the human (G(t) from an onset of increase of a blood glucose concentration caused by the food intake until the blood glucose concentration reaches its peak; determining (i) a time interval Δ t from the onset to the peak of the blood glucose concentration (ii) a maximum increase of a blood glucose concentration Δ G max over the time period Δ t, and (iii) a carbohydrate content C sum = K · Δ t · Δ G max wherein a proportionality factor K is selected within a 0.35 g/min·mmol/l to 0.6 g/min·mmol/l range, wherein the amount of carbohydrates C sum of the food is measured in grams, said time period Δt is measured in minutes, and said maximum increase of blood glucose concentration ΔGmax is measured in mmol/l; and determining the glycemic index GI of the food as a ratio Δ G max /ΔG (gl) max , wherein ΔG max is a maximum increase of a blood glucose concentration upon intake of pure glucose in an amount equal to the carbohydrate content C sum .
A polymerizable composition for an optical material, containing: polyisocyanate (a) including aliphatic polyisocyanate (a1) and a modified aliphatic polyisocyanate (a2); and polythiol (b) having a di- or higher functional thiol group, wherein the modified aliphatic polyisocyanate (a2) is contained in the polyisocyanate (a) in the amount of more than or equal to 1 weight % and less than or equal to 60 weight% and the modified aliphatic polyisocyanate (a2) is a mononuclear isocyanurate of the aliphatic polyisocyanate. polyisocyanate (a) including aliphatic polyisocyanate (a1) and a modified aliphatic polyisocyanate (a2); and polythiol (b) having a di- or higher functional thiol group, wherein the modified aliphatic polyisocyanate (a2) is contained in the polyisocyanate (a) in the amount of more than or equal to 1 weight % and less than or equal to 60 weight% and the modified aliphatic polyisocyanate (a2) is a mononuclear isocyanurate of the aliphatic polyisocyanate.