mhurhangee/ep-ind-claims huggingface dataset:
Drilling head for drilling machines comprising at least a motor member, a drilling tool and transmission devices (25, 26) of the toothed wheel type, provided to transfer the motion from said motor member to said drilling tool, and to reduce the rotation speed of said motor member, said transmission devices comprising first transmission means of the epicycloidal type, defining a first speed reduction stage and suitable to receive the motion from said motor member, and second transmission means with toothed wheels having parallel axes, defining a second speed reduction stage and suitable to receive the motion from said first transmission means and to transmit it to said drilling tool and characterized in that it also comprises a box-like body, substantially closed and defining a chamber inside which said first and said second transmission means are disposed, said box-like body comprising a peripheral wall and being provided with connection means on its first side in order to connect to said motor member, and with second connection means on its second side, substantially opposite and in any case different from the first side, with which said drilling tool is associated, wherein said first transmission means are of the epicycloidal type and comprise a sun toothed wheel, a plurality of satellite wheels and a toothed crown which is external with respect to said satellite wheels and that is fixed with threaded connection means to a fixed part of said peripheral wall.
Device for displaying images for stands or stairways in a public venue comprising a central controller, a set of electronic screens (1110, 201) connected to one another and means for securing said electronic screens (1110, 201) to the risers of an existing stairway or stand, the central controller being positioned separate from the screens (1110, 201) and having means for displaying an advertising motif distributed between all of said electronic screens, characterised in that the signal processing and data elements and the power supply elements of each of said electronic screens intended to be arranged on the risers are placed in a corresponding separate box, each of said separate box being separate from the light-emitting elements of its corresponding electronic screen (1110, 201) and being intended to be installed separately.
Tool holder, in particular a milling cutter holder, which comprises a substantially oblong cylindrical body defining a channel into which a transmission passes which is designed to transmit to the tool, in particular the milling cutter, a movement from the axis of a drive motor acting on a proximal end of the transmission, and a gripping element for gripping the tool holder fixed to the body, characterised in that the body is formed by at least two distinct parts, a distal main part and a proximal auxiliary part, the channel having a respective section defined by each part, the gripping element being fixed to the auxiliary part and the proximal end of the transmission being located in the section of the channel designed by the auxiliary part.
An ultrasonic atomization control system, comprising: a current feedback circuit and a voltage feedback circuit, a microcontroller unit, a push-pull circuit, and an oscillator driving circuit; wherein the push-pull circuit is coupled between the microcontroller unit and the oscillator driving circuit, the current feedback circuit and the voltage feedback circuit are coupled between the oscillator driving circuit and the microcontroller unit; and the oscillator driving circuit is configured to be connected with a load; wherein the microcontroller unit is configured to output a pulse width modulation signal with a predetermined frequency and voltage to the push-pull circuit, judge whether or not a current fluctuation fed back by the current feedback circuit is greater than a threshold, and whether or not a voltage fluctuation fed back by the voltage feedback circuit is greater than a threshold, and stop operation of the load if the fluctuation is greater than the threshold. a current feedback circuit and a voltage feedback circuit, a microcontroller unit, a push-pull circuit, and an oscillator driving circuit; wherein the push-pull circuit is coupled between the microcontroller unit and the oscillator driving circuit, the current feedback circuit and the voltage feedback circuit are coupled between the oscillator driving circuit and the microcontroller unit; and the oscillator driving circuit is configured to be connected with a load; wherein the microcontroller unit is configured to output a pulse width modulation signal with a predetermined frequency and voltage to the push-pull circuit, judge whether or not a current fluctuation fed back by the current feedback circuit is greater than a threshold, and whether or not a voltage fluctuation fed back by the voltage feedback circuit is greater than a threshold, and stop operation of the load if the fluctuation is greater than the threshold.
An antagonist to DCRS5 (SEQ ID NOs: 1 or 2) or to p19 (SEQ ID NOs: 5 or 6) for use in the treatment of a disorder selected from the group consisting of: a) eosinophilic granuloma; and b) hypersensitivity pneumonitis; characterised in that the antagonist is an antagonist antibody, or antigen binding fragment thereof, to DCRS5 (SEQ ID NO: 2) or to p19 (SEQ ID NO: 6), or an antisense nucleic acid or RNA interference nucleic acid to DCRS5 (SEQ ID NO: 1) or to p19 (SEQ ID NO: 5). a) eosinophilic granuloma; and b) hypersensitivity pneumonitis; characterised in that the antagonist is an antagonist antibody, or antigen binding fragment thereof, to DCRS5 (SEQ ID NO: 2) or to p19 (SEQ ID NO: 6), or an antisense nucleic acid or RNA interference nucleic acid to DCRS5 (SEQ ID NO: 1) or to p19 (SEQ ID NO: 5).
A method for casting prefabricated prestressed concrete products with a substantially horizontal slipform casting process, in which method reinforcement strands are stressed in a bundle on a casting bed before the slipform casting is started, and the behavior of at least one measurable variable affecting the strand stressing process is measured during the strand stressing process, characterized in that the expected behavior of the at least one measurable variable affecting the strand stressing process during the strand stressing process is predetermined, and the evolvement and changing of the at least one measurable variable is compared to its predetermined expected behavior during the strand stressing process.
An orthopaedic driving instrument comprising: a first end portion; a second end portion opposite the first end portion; and a central portion, intermediate the first and second end portions (120, 110), comprising a central section having an outer diameter representing a maximum outer diameter of the driving instrument; wherein the first end portion comprises a first driving interface sized and shaped to, in operation of the instrument, engage a screw interface of a screw for applying torque to the screw; and wherein the second end portion comprises a second driving interface sized and shaped as the size and shape of the first driving interface, wherein: the first end portion comprises a first section having a first outer diameter; and the second end portion comprises a second section having a second outer diameter equal to the first outer diameter, characterized in that the first end portion comprises a third section having a third outer diameter equal to the first outer diameter; the second end portion comprises a fourth section having a fourth outer diameter equal to the first outer diameter; the first end portion comprises a fifth section having a fifth outer diameter smaller than the first outer diameter, intermediate the first section and the third section; and the second end portion comprises a sixth section having a sixth outer diameter smaller than the first outer diameter, intermediate the second section and the fourth section. a first end portion; a second end portion opposite the first end portion; and a central portion, intermediate the first and second end portions (120, 110), comprising a central section having an outer diameter representing a maximum outer diameter of the driving instrument; wherein the first end portion comprises a first driving interface sized and shaped to, in operation of the instrument, engage a screw interface of a screw for applying torque to the screw; and wherein the second end portion comprises a second driving interface sized and shaped as the size and shape of the first driving interface, wherein: the first end portion comprises a first section having a first outer diameter; and the second end portion comprises a second section having a second outer diameter equal to the first outer diameter, the first end portion comprises a first section having a first outer diameter; and the second end portion comprises a second section having a second outer diameter equal to the first outer diameter, the first end portion comprises a third section having a third outer diameter equal to the first outer diameter; the second end portion comprises a fourth section having a fourth outer diameter equal to the first outer diameter; the first end portion comprises a fifth section having a fifth outer diameter smaller than the first outer diameter, intermediate the first section and the third section; and the second end portion comprises a sixth section having a sixth outer diameter smaller than the first outer diameter, intermediate the second section and the fourth section.
A method for the processing of a photovoltaic device, having a crystalline silicon region with at least one rectifying junction, the crystalline silicon region containing an internal hydrogen source, the method comprising i) applying encapsulating material to each of the front and rear surfaces of the device to form a lamination; ii) applying pressure to the lamination and heating the lamination to bond the encapsulating material to the device; and iii) subsequently cooling the device, wherein during at least one of the heating step and the cooling step the device is illuminated to passivate defects in the crystalline silicon region. i) applying encapsulating material to each of the front and rear surfaces of the device to form a lamination; ii) applying pressure to the lamination and heating the lamination to bond the encapsulating material to the device; and iii) subsequently cooling the device,
Spectacle lenses comprising: a first lens and a second lens constituting a pair of lenses for left and right eyes of a user, wherein: the first lens and the second lens are multifocal spectacle lenses that include a distance portion having a dioptric power and a near portion having a different dioptric power from the dioptric power of the distance portion, a dioptric power of the distance portion of the first lens is shifted toward a positive side with respect to a dioptric power of the distance portion of the second lens, characterised in that the object-side average surface power of the distance portion of the first lens is smaller than the object-side average surface power of the distance portion of the second lens, wherein an eyeball-side surface of each of the first and second lenses (10L, 10R) is a progressive refraction surface. a first lens and a second lens constituting a pair of lenses for left and right eyes of a user, wherein: the first lens and the second lens are multifocal spectacle lenses that include a distance portion having a dioptric power and a near portion having a different dioptric power from the dioptric power of the distance portion, a dioptric power of the distance portion of the first lens is shifted toward a positive side with respect to a dioptric power of the distance portion of the second lens, characterised in that the object-side average surface power of the distance portion of the first lens is smaller than the object-side average surface power of the distance portion of the second lens, wherein an eyeball-side surface of each of the first and second lenses (10L, 10R) is a progressive refraction surface. the first lens and the second lens are multifocal spectacle lenses that include a distance portion having a dioptric power and a near portion having a different dioptric power from the dioptric power of the distance portion, a dioptric power of the distance portion of the first lens is shifted toward a positive side with respect to a dioptric power of the distance portion of the second lens, characterised in that the object-side average surface power of the distance portion of the first lens is smaller than the object-side average surface power of the distance portion of the second lens, wherein an eyeball-side surface of each of the first and second lenses (10L, 10R) is a progressive refraction surface.
A system for reversibly attaching a decorative trim on a surface of a leathercraft item of flexible material such as leather, cloth or a similar material, the system comprising: • a male part consisting of a rigid bar having decorative pierced parts and having an attachment face carrying: ∘ N attachment buttons, N being an integer higher than or equal to 1, each button comprising a rod and a bulged free end wider than the rod, and ∘ at least one lug for translationally blocking the decorative trim; • a female part comprising as much buttonholes as the male part comprises buttons, each buttonhole being designed to be, in use, permanently attached on the surface of flexible material and to reversibly maintain the bulged end of a button; the or each blocking lug being intended to be engaged, in use, in a port provided in the decorative trim. • a male part consisting of a rigid bar having decorative pierced parts and having an attachment face carrying: ∘ N attachment buttons, N being an integer higher than or equal to 1, each button comprising a rod and a bulged free end wider than the rod, and ∘ at least one lug for translationally blocking the decorative trim; ∘ N attachment buttons, N being an integer higher than or equal to 1, each button comprising a rod and a bulged free end wider than the rod, and ∘ at least one lug for translationally blocking the decorative trim; • a female part comprising as much buttonholes as the male part comprises buttons, each buttonhole being designed to be, in use, permanently attached on the surface of flexible material and to reversibly maintain the bulged end of a button;
A process of extracting brown algae active polysaccharides via a microwave chemistry method, wherein the process comprises the following steps: 1) putting brown algae raw materials after washing, drying and pulverization into a microwave reactor chamber, adding an organic acid or an organic/inorganic acid mixed solution thereinto, sufficiently stirring to make the powder be well wetted; 2) microwave treatment, applying microwave power, using cooperative effects among microwave, organic acid molecules and brown algae polysaccharides, selectively cutting the glycosidic bonds of the brown algae polysaccharides, as to achieve controllable degradation thereof; 3) using distillation under reduced pressure by microwave heating to remove most of the organic acids or the organic/inorganic acid mixed solution, and sufficiently washing with an organic solvent to remove residual acid to complete the microwave pretreatment of brown algae; 4) adding about 5-8 times of water to extract microwave pretreated brown algae, wherein the extracting solution after concentration is subjected to grading alcohol precipitation to obtain excellent water-soluble mannuronic acid rich fragment (M rich) algin, fucoidan and laminaran; 5) microwave pretreated brown algae raw material residue after the water extraction is subjected to alkaline digestion process, to obtain guluronic acid rich fragment (G rich) algin. 1) putting brown algae raw materials after washing, drying and pulverization into a microwave reactor chamber, adding an organic acid or an organic/inorganic acid mixed solution thereinto, sufficiently stirring to make the powder be well wetted; 2) microwave treatment, applying microwave power, using cooperative effects among microwave, organic acid molecules and brown algae polysaccharides, selectively cutting the glycosidic bonds of the brown algae polysaccharides, as to achieve controllable degradation thereof; 3) using distillation under reduced pressure by microwave heating to remove most of the organic acids or the organic/inorganic acid mixed solution, and sufficiently washing with an organic solvent to remove residual acid to complete the microwave pretreatment of brown algae; 4) adding about 5-8 times of water to extract microwave pretreated brown algae, wherein the extracting solution after concentration is subjected to grading alcohol precipitation to obtain excellent water-soluble mannuronic acid rich fragment (M rich) algin, fucoidan and laminaran; 5) microwave pretreated brown algae raw material residue after the water extraction is subjected to alkaline digestion process, to obtain guluronic acid rich fragment (G rich) algin.
A method for manufacturing a golf ball (100, 200, 300) comprising: forming a substrate (424, 524, 624) of the golf ball (100, 200, 300), the substrate (424, 524, 624) having an outer surface (523, 627); disposing a plurality of removable particles (422, 522, 622) at the outer surface (523, 627) of the substrate (424, 524, 624) such that at least a portion of each of the removable particles (422, 522, 622) is exposed at the outer surface (523, 627) of the substrate (424, 524, 624); removing the removable particles (422, 522, 622) from the outer surface (523, 627) of the substrate (424, 524, 624) to form voids (426, 526, 626) in the outer surface (523, 627); and forming a layer (428, 528) over the substrate (424, 524, 624) such that material of the layer (428, 528) occupies the voids (426, 526, 626), characterized in that removing the removable particles further comprises selectively heating the removable particles (422, 522, 622) without appreciably heating the substrate (424, 524, 624). forming a substrate (424, 524, 624) of the golf ball (100, 200, 300), the substrate (424, 524, 624) having an outer surface (523, 627); disposing a plurality of removable particles (422, 522, 622) at the outer surface (523, 627) of the substrate (424, 524, 624) such that at least a portion of each of the removable particles (422, 522, 622) is exposed at the outer surface (523, 627) of the substrate (424, 524, 624); removing the removable particles (422, 522, 622) from the outer surface (523, 627) of the substrate (424, 524, 624) to form voids (426, 526, 626) in the outer surface (523, 627); and forming a layer (428, 528) over the substrate (424, 524, 624) such that material of the layer (428, 528) occupies the voids (426, 526, 626), removing the removable particles (422, 522, 622) from the outer surface (523, 627) of the substrate (424, 524, 624) to form voids (426, 526, 626) in the outer surface (523, 627); and forming a layer (428, 528) over the substrate (424, 524, 624) such that material of the layer (428, 528) occupies the voids (426, 526, 626), removing the removable particles further comprises selectively heating the removable particles (422, 522, 622) without appreciably heating the substrate (424, 524, 624).
A modular semiconductor light source assembly comprising: a substrate; a semiconductor light source mounted to the substrate, the substrate providing electrical power to the semiconductor light source and removing waste heat generated by the semiconductor light source; a heat sink attached to the substrate to remove waste heat therefrom; a light pipe having a first end adjacent the semiconductor light source, to capture substantially all of the light emitted from the semiconductor light source, and a second end; and a lens having a general D-shape, the second end of the light pipe engaging the lens such that the light from the semiconductor light source is emitted from the lens in a pattern wherein the emitted light is spread in a first direction and is constrained in a second direction, the second direction being orthogonal to the first, wherein the light pipe and the lens are manufactured as a single component and the component is in contact with the substrate. a substrate; a semiconductor light source mounted to the substrate, the substrate providing electrical power to the semiconductor light source and removing waste heat generated by the semiconductor light source; a heat sink attached to the substrate to remove waste heat therefrom; a light pipe having a first end adjacent the semiconductor light source, to capture substantially all of the light emitted from the semiconductor light source, and a second end; and a lens having a general D-shape, the second end of the light pipe engaging the lens such that the light from the semiconductor light source is emitted from the lens in a pattern wherein the emitted light is spread in a first direction and is constrained in a second direction, the second direction being orthogonal to the first,
An infusion assembly of a machine for the production of a beverage, of the type comprising an infusion chamber able to house within it a disposable capsule having a bottom wall protected by a pierceable membrane for the delivery, characterized in that the bottom wall of said infusion chamber upon which said membrane is able to rest has hydraulic sealing means against said membrane, so configured that they circumscribe a region of said bottom wall of said infusion chamber comprising at least a delivery way of the beverage and a region of said membrane susceptible of being perforated, said infusion chamber having also discharge means of the beverage positioned externally with respect to said region of the bottom wall of said infusion chamber circumscribed by said sealing means.
A composite sheet having a longitudinal direction and a transverse direction being orthogonal thereto and including an elastic layer defining one surface and being elastically stretchable and contractible at least in the transverse direction and an inelastic layer defining the other surface wherein the elastic layer and the inelastic layer are joined to each other, wherein: the elastic layer and the inelastic layer are joined to each other at a plurality of joints spaced from each other in the longitudinal direction as well as in the transverse direction; the elastic layer has a plurality of first depressions overlapping the joints and extending in the transverse direction and a plurality of first protrusions being adjacent to the first depressions, respectively, and extending in the transverse direction; and the inelastic layer has a plurality of second depressions overlapping the joints and extending in the longitudinal direction and a plurality of second protrusions being adjacent to the second depressions, respectively, and extending in the longitudinal direction. the elastic layer and the inelastic layer are joined to each other at a plurality of joints spaced from each other in the longitudinal direction as well as in the transverse direction; the elastic layer has a plurality of first depressions overlapping the joints and extending in the transverse direction and a plurality of first protrusions being adjacent to the first depressions, respectively, and extending in the transverse direction; and the inelastic layer has a plurality of second depressions overlapping the joints and extending in the longitudinal direction and a plurality of second protrusions being adjacent to the second depressions, respectively, and extending in the longitudinal direction.