mhurhangee/patent-ind-claim-en huggingface dataset:
A connector for connecting together first and second elongate frame members , at least the first elongate frame member comprising a hollow which extends axially along the elongate frame member, at least the second elongate frame member having a ribbed longitudinally extending profiled surface , the connector comprising: a first elongate end portion adapted to slidably fit into the hollow at one end of the first elongate frame member ; and a second end portion having a distal end face which lies perpendicular to the longitudinal axis of the first end portion and which comprises a profile which is complementary to the profiled surface of the second elongate frame member ; and a fastening arrangement for use in fastening said distal end face against the profiled surface of the second elongate frame member , characterised in that : the first elongate end portion of the connector comprises a distal end face which lies obliquely to the longitudinal axis of the first end portion and which comprises transversely extending recesses on at least one pair of opposite side faces of the first end portion of the connector, said recesses forming an engagement structure for engaging an elongate frame member which lies at an oblique angle of 32 to 50 degrees to an elongate frame member into which the second end portion of the connector is inserted. a first elongate end portion adapted to slidably fit into the hollow at one end of the first elongate frame member ; and a second end portion having a distal end face which lies perpendicular to the longitudinal axis of the first end portion and which comprises a profile which is complementary to the profiled surface of the second elongate frame member ; and a fastening arrangement for use in fastening said distal end face against the profiled surface of the second elongate frame member , characterised in that : the first elongate end portion of the connector comprises a distal end face which lies obliquely to the longitudinal axis of the first end portion and which comprises transversely extending recesses on at least one pair of opposite side faces of the first end portion of the connector, said recesses forming an engagement structure for engaging an elongate frame member which lies at an oblique angle of 32 to 50 degrees to an elongate frame member into which the second end portion of the connector is inserted.
A composition comprising: - 0.25 wt% finasteride; - 55.00 wt% ethyl alcohol 96°; - 5.00 wt% propylene glycol; - 1.00 wt% hydroxypropyl chitosan; and - 38.75 wt% purified water, for use in the treatment and/or prevention of scalp and/or hair conditions and/or diseases. - 0.25 wt% finasteride; - 55.00 wt% ethyl alcohol 96°; - 5.00 wt% propylene glycol; - 1.00 wt% hydroxypropyl chitosan; and - 38.75 wt% purified water,
A resin-coated metal sheet for containers, the resin-coated metal sheet comprising a metal sheet and a resin coating layer on at least one surface of the metal sheet, wherein the resin coating layer on the at least one surface contains a resin material that contains 90 mol% or more of an ethylene terephthalate unit and that has a mobile amorphous content of 80% or more.
A method for crimping a web of material for the tobacco industry, comprising the following steps: - feeding a web of material for the tobacco industry along a feed path (A); - crimping the web between two crimping rollers operatively coupled to make a plurality of longitudinal easy folding lines on the web ; characterised in that it also comprises the following steps: - measuring via at least one sensor a value of a thickness of the web before the step of crimping; and in that the step of crimping the web is adjusted as a function of the value of the thickness of the web measured via the at least one sensor . - feeding a web of material for the tobacco industry along a feed path (A); - crimping the web between two crimping rollers operatively coupled to make a plurality of longitudinal easy folding lines on the web ; - measuring via at least one sensor a value of a thickness of the web before the step of crimping;
A semiconductor device , comprising: a gate trench extending into a Si substrate , the gate trench including a gate electrode and a gate dielectric separating the gate electrode from the Si substrate ; a body region in the Si substrate adjacent the gate trench , the body region including a channel region which extends along a sidewall of the gate trench ; a source region in the Si substrate above the body region ; and a contact trench extending into the Si substrate and filled with an electrically conductive material which contacts the source region and a highly doped body contact region at a bottom of the contact trench ; characterized in that the semiconductor device additionally comprises a diffusion barrier structure extending along at least part of the channel region and disposed between the channel region and the highly doped body contact region , the diffusion barrier structure comprising alternating layers of Si and oxygen-doped Si ; wherein the channel region , the gate electrode and the gate dielectric extend deeper into the Si substrate than the diffusion barrier structure . a gate trench extending into a Si substrate , the gate trench including a gate electrode and a gate dielectric separating the gate electrode from the Si substrate ; a body region in the Si substrate adjacent the gate trench , the body region including a channel region which extends along a sidewall of the gate trench ; a source region in the Si substrate above the body region ; and a contact trench extending into the Si substrate and filled with an electrically conductive material which contacts the source region and a highly doped body contact region at a bottom of the contact trench ; characterized in that the semiconductor device additionally comprises a diffusion barrier structure extending along at least part of the channel region and disposed between the channel region and the highly doped body contact region , the diffusion barrier structure comprising alternating layers of Si and oxygen-doped Si ; wherein the channel region , the gate electrode and the gate dielectric extend deeper into the Si substrate than the diffusion barrier structure .
A tube rotator for rotating test tubes arranged in a tube rack , comprising: a pivoted lever having two lever arms , pivotably fixed to a base so as to be pivotable around a pivoting axis between the two lever arms ; a friction wheel , rotatably fixed to one lever arm to rotate around a wheel axis parallel to the pivoting axis and arranged to be pushed within a plane perpendicular to the wheel axis and to be brought in or out of contact with at least one test tube for rotating the test tube by friction; a first actuator , rotatably coupled to the friction wheel for rotating the friction wheel ; a pretensioner , capable of generating a pretensioning force acting on the lever for pivoting the lever in one pivoting direction; an eccentric , which is different from the pretensioner and is rotatably fixed with respect to the base , arranged to roll off the other lever arm for pivoting the lever in the other pivoting direction; a second actuator , rotatably coupled to the eccentric for rotating the eccentric . a pivoted lever having two lever arms , pivotably fixed to a base so as to be pivotable around a pivoting axis between the two lever arms ; a friction wheel , rotatably fixed to one lever arm to rotate around a wheel axis parallel to the pivoting axis and arranged to be pushed within a plane perpendicular to the wheel axis and to be brought in or out of contact with at least one test tube for rotating the test tube by friction; a first actuator , rotatably coupled to the friction wheel for rotating the friction wheel ; a pretensioner , capable of generating a pretensioning force acting on the lever for pivoting the lever in one pivoting direction; an eccentric , which is different from the pretensioner and is rotatably fixed with respect to the base , arranged to roll off the other lever arm for pivoting the lever in the other pivoting direction; a second actuator , rotatably coupled to the eccentric for rotating the eccentric .
A system , comprising: at least one processor ; and at least one memory in communication with the at least one processor , the at least one memory having computer-readable instructions stored thereupon that, when executed by the at least one processor , cause the at least one processor to: cause a false tenant to generate a false user account in association with one or more credentials; cause a machine learning engine to analyze a corpus of text to build a false tenant model that is usable to generate false data files that exhibit properties that have been identified by analyzing a corpus of text ; deploy the false tenant model to populate the false user account with the false data files ; receive, from a computing device , an access request that includes the one or more credentials; and based on the access request , provision the computing device with access to the false data files that are included within the false user account. at least one processor ; and at least one memory in communication with the at least one processor , the at least one memory having computer-readable instructions stored thereupon that, when executed by the at least one processor , cause the at least one processor to: cause a false tenant to generate a false user account in association with one or more credentials; cause a machine learning engine to analyze a corpus of text to build a false tenant model that is usable to generate false data files that exhibit properties that have been identified by analyzing a corpus of text ; deploy the false tenant model to populate the false user account with the false data files ; receive, from a computing device , an access request that includes the one or more credentials; and based on the access request , provision the computing device with access to the false data files that are included within the false user account. cause a false tenant to generate a false user account in association with one or more credentials; cause a machine learning engine to analyze a corpus of text to build a false tenant model that is usable to generate false data files that exhibit properties that have been identified by analyzing a corpus of text ; deploy the false tenant model to populate the false user account with the false data files ; receive, from a computing device , an access request that includes the one or more credentials; and based on the access request , provision the computing device with access to the false data files that are included within the false user account.
An apparatus, comprising: a feed source and a lens , wherein the lens covers the feed source, and an inner surface and/or an outer surface of the lens are/is curved surfaces/a curved surface, and wherein a body of the lens comprises a doping medium representing an impurity doped in a material of the lens, wherein the feed source is configured to provide a first beam; and the lens is configured to adjust the first beam to obtain the second beam such that a beam sweeping angle of the second beam is greater than a beam sweeping angle of the first beam, and a gain of the second beam is different from a gain of the first beam; and wherein doping densities of the doping medium at different positions of the lens are different, and wherein doping densities of the doping medium decrease with the increase in the zenith angle of the lens, the zenith angle being calculated from the normal line of the plane on which the feed source is located. a feed source and a lens , wherein the lens covers the feed source, and an inner surface and/or an outer surface of the lens are/is curved surfaces/a curved surface, and wherein a body of the lens comprises a doping medium representing an impurity doped in a material of the lens, wherein the feed source is configured to provide a first beam; and the lens is configured to adjust the first beam to obtain the second beam such that a beam sweeping angle of the second beam is greater than a beam sweeping angle of the first beam, and a gain of the second beam is different from a gain of the first beam; and wherein doping densities of the doping medium at different positions of the lens are different, and wherein doping densities of the doping medium decrease with the increase in the zenith angle of the lens, the zenith angle being calculated from the normal line of the plane on which the feed source is located.
A plug connector with a first plug and a second plug , which have plug elements which are allocated to each other and can be connected to each other via plug contacting, and a securing device for mechanically securing the plugged-together plugs , the securing device comprising a lever which is pivotably mounted on the first plug and which, eccentrically to its pivot axis, pivotably bears a connecting element , characterised in that the connecting element has a securing cam on its free end, and in that the second plug has a receptacle which is formed adapted to form-fittingly receive the securing cam and which has a ramp surface which cooperates with the free end of the connecting element in a way that, via the ramp surface , the securing cam is forcibly guided behind a locking surface of the receptacle during the plugging-together.
A circuit package, comprising: a substrate ; a dielectric layer on a surface of the substrate; a plurality of metal layers (M1-M4) within the dielectric layer, wherein the plurality of metal layers equals at least four metal layers; and an ultra-thick-metal, UTM, conductor on a surface of the dielectric layer; wherein the plurality of metals layers are configured into a plurality of metal pads ; characterised in that the dielectric layer within a footprint of the UTM conductor is configured with a plurality of vias connecting individual ones of the metal pads between neighboring pairs of the metal layers into a plurality of dummy metal fill interrupted via stacks that do not extend across more than three of the metal layers. a substrate ; a dielectric layer on a surface of the substrate; a plurality of metal layers (M1-M4) within the dielectric layer, wherein the plurality of metal layers equals at least four metal layers; and an ultra-thick-metal, UTM, conductor on a surface of the dielectric layer; wherein the plurality of metals layers are configured into a plurality of metal pads ; characterised in that the dielectric layer within a footprint of the UTM conductor is configured with a plurality of vias connecting individual ones of the metal pads between neighboring pairs of the metal layers into a plurality of dummy metal fill interrupted via stacks that do not extend across more than three of the metal layers.
A device for moving and locking lamellae of a lamellar structure comprising - a rotary bearing with an axis of rotation , - a shaft rotatably received coaxially in the rotary bearing , having a first end face facing the lamella and a second end face , - a connector which is fixedly arranged on the first end face of the shaft , - a connecting element which is fixedly arranged on the second end face of the shaft , and - means for moving the lamella , comprising a coupling rod by means of which the lamella can be moved, the coupling rod having a connection to the connecting element and to a driver device, which has a driver pin and an opening in the form of an elongated hole for receiving and guiding the driver pin , the opening having an end angled at an angle (α) for locking the lamella by means of the driver pin , characterised in that - the connecting element is a lever arm which is non-rotatably arranged with a fixed end on the second end face of the shaft , - the opening is arranged in the lever arm , - the opening is arranged so as to split up, at a vertex (S) of the angle (α), into a first leg and a straight second leg , the first leg pointing towards the fixed end being arranged radially with respect to the axis of rotation and the second leg , pointing towards a loose end of the lever arm , being arranged parallel to the coupling rod when the lamella is closed, - the driver pin is arranged on the coupling rod so as to engage in the opening of the lever arm , and - the coupling rod is guided so as to be linearly movable along its axis. - a rotary bearing with an axis of rotation , - a shaft rotatably received coaxially in the rotary bearing , having a first end face facing the lamella and a second end face , - a connector which is fixedly arranged on the first end face of the shaft , - a connecting element which is fixedly arranged on the second end face of the shaft , and - means for moving the lamella , comprising a coupling rod by means of which the lamella can be moved, the coupling rod having a connection to the connecting element and to a driver device, which has a driver pin and an opening in the form of an elongated hole for receiving and guiding the driver pin , the opening having an end angled at an angle (α) for locking the lamella by means of the driver pin , - the connecting element is a lever arm which is non-rotatably arranged with a fixed end on the second end face of the shaft , - the opening is arranged in the lever arm , - the opening is arranged so as to split up, at a vertex (S) of the angle (α), into a first leg and a straight second leg , the first leg pointing towards the fixed end being arranged radially with respect to the axis of rotation and the second leg , pointing towards a loose end of the lever arm , being arranged parallel to the coupling rod when the lamella is closed, - the driver pin is arranged on the coupling rod so as to engage in the opening of the lever arm , and - the coupling rod is guided so as to be linearly movable along its axis.
A mammography apparatus comprising: a radiation source adapted to emit radiation to mammae of a test subject; a support part adapted to support the radiation source to be rotatable around a first rotation axis and to move the radiation source to a plurality of imaging positions where incidence angles of the radiation to the mammae are different from each other; a protection member adapted to protect the test subject from the radiation emitted from the radiation source ; and characterised by at least one pair of arms that is rotatably connected to the protection member at one end thereof, is rotatably connected to a stationary part that maintains a stationary state with respect to the rotation of the radiation source at the other end thereof, includes a bending part between the one end and the other end, and is rotatable around a second rotation axis that connects the one end and the other end. a radiation source adapted to emit radiation to mammae of a test subject; a support part adapted to support the radiation source to be rotatable around a first rotation axis and to move the radiation source to a plurality of imaging positions where incidence angles of the radiation to the mammae are different from each other; a protection member adapted to protect the test subject from the radiation emitted from the radiation source ; and characterised by at least one pair of arms that is rotatably connected to the protection member at one end thereof, is rotatably connected to a stationary part that maintains a stationary state with respect to the rotation of the radiation source at the other end thereof, includes a bending part between the one end and the other end, and is rotatable around a second rotation axis that connects the one end and the other end.
A preparation method for a surface-textured conductive glass for solar cells, which comprises a transparent conductive film coated on a glass substrate, the upper surface of the transparent conductive film is of a surface texture with nano/micro-scopic U-shaped pits, the preparation method includes the following procedure: The conductive glass is derived by coating a transparent conductive film on a glass substrate by magnetron sputtering; wherein the preparation method is characterized by the following procedures: Prepare the suspension of nano/micro-spheres and adjust its pH value to 3-7; immerse the conductive glass of procedure in the suspension for 2-15 minutes, and then take it out and wash it with water; Taking nano/micro-spheres as a mask, a transparent conductive film is coated on the conductive glass of procedure by magnetron sputtering, wherein the thickness of the film newly coated should not exceed the radius of nano/micro-spheres, and the total thickness of the transparent conductive film is 100-5,000 nm; Remove the nano/micro-spheres deposited on the surface of the transparent conductive film by an ultrasonic vibration method. The conductive glass is derived by coating a transparent conductive film on a glass substrate by magnetron sputtering; Prepare the suspension of nano/micro-spheres and adjust its pH value to 3-7; immerse the conductive glass of procedure in the suspension for 2-15 minutes, and then take it out and wash it with water; Taking nano/micro-spheres as a mask, a transparent conductive film is coated on the conductive glass of procedure by magnetron sputtering, wherein the thickness of the film newly coated should not exceed the radius of nano/micro-spheres, and the total thickness of the transparent conductive film is 100-5,000 nm; Remove the nano/micro-spheres deposited on the surface of the transparent conductive film by an ultrasonic vibration method.
An apparatus for making ice cubes, comprising at least one elongated mould that defines a space for an ice column, which space is at least substantially closed at least while a liquid substance is being refrigerated; a supplying device for supplying the liquid substance to the at least one elongated mould ; a refrigerating device for freezing the liquid substance inside the at least one elongated mould ; and an elongated element configured to extend through said at least one mould in a longitudinal direction of said at least one mould ; wherein the elongated element is configured to rotate around a longitudinal axis of the elongated element , and wherein an inside surface of the mould comprises a recess at an end of the mould in the longitudinal direction of the mould , preferably at a bottom of the mould , characterized in that the recess is configured to receive a tip of the elongated element . at least one elongated mould that defines a space for an ice column, which space is at least substantially closed at least while a liquid substance is being refrigerated; a supplying device for supplying the liquid substance to the at least one elongated mould ; a refrigerating device for freezing the liquid substance inside the at least one elongated mould ; and an elongated element configured to extend through said at least one mould in a longitudinal direction of said at least one mould ; wherein the elongated element is configured to rotate around a longitudinal axis of the elongated element , and wherein an inside surface of the mould comprises a recess at an end of the mould in the longitudinal direction of the mould , preferably at a bottom of the mould , characterized in that the recess is configured to receive a tip of the elongated element .