mhurhangee/ep-ind-claims huggingface dataset:
A tool holder for an electrically powered hammer comprising: a tube-like tool holder body which can be fitted to or formed at the front of the hammer and having a forward end for non-rotatably receiving a hexagonally cross-sectioned shank of a hex-shanked tool or bit wherein said forward end is formed with a single axially extending slot; a single locking body extending through said slot for releasably engaging an axially extending closed groove formed in a hex-shanked tool fitted in said forward end of the tool holder body; a locking member which in a locked position locks the locking body in a radially inward position in which the locking body is engageable with the groove in the tool and which in a release position allows the locking body to move into a radially outward position to allow a tool to be inserted into or removed from the forward end of the tool holder body; a manually actuable tool release sleeve which is moveable to move the locking member between its locked and release positions to allow insertion and/or removal of a tool from the forward end of the tool holder body; characterised in that tool holder further comprises a brightly coloured warning surface, which warning surface is covered by a part of the tool holder when the locking body engages the groove in the hex-shanked tool and the tool holder is arranged so that when a hex-shanked tool is fitted into the forward end of the tool holder body in an incorrect orientation, the locking body is trapped by the shank of the tool in its radially outward position and whilst the locking body is trapped the warning surface is exposed and made clearly visible to a user of the tool holder, and in that the forward movement of the locking body within the slot is limited by a damping arrangement (72, 74, 78) which arrangement is axially fixed against forward movement on the forward portion of the tool holder body. a tube-like tool holder body which can be fitted to or formed at the front of the hammer and having a forward end for non-rotatably receiving a hexagonally cross-sectioned shank of a hex-shanked tool or bit wherein said forward end is formed with a single axially extending slot; a single locking body extending through said slot for releasably engaging an axially extending closed groove formed in a hex-shanked tool fitted in said forward end of the tool holder body; a locking member which in a locked position locks the locking body in a radially inward position in which the locking body is engageable with the groove in the tool and which in a release position allows the locking body to move into a radially outward position to allow a tool to be inserted into or removed from the forward end of the tool holder body; a manually actuable tool release sleeve which is moveable to move the locking member between its locked and release positions to allow insertion and/or removal of a tool from the forward end of the tool holder body;
A method of using a vegetable material as a feed for ruminants by decreasing the protein solubility of said vegetable material and by increasing the protein fraction that is resistant to microbial degradation in the rumen of the ruminants, the method comprising subjection of a vegetable material to direct heating by means of radiation in the radio frequency range and use of said vegetable material thus treated as the feed for ruminants, said subjection of said vegetable material comprises the steps of: i) providing a vegetable material having an initial Aufrère value measured according to the method in the description, and ii) subjecting the vegetable material of i) to direct heating by means of radiation in the radio frequency range thereby obtaining a RF treated vegetable material, wherein in step ii) the processing time is between 5 minutes and 1.5 hours and the range of the radio frequency radiation is between 10 MHz and 50 MHz to achieve a material temperature of between 110°C and 170°C, such that the Aufrère value of the RF treated vegetable material obtained after step ii) measured according to the method in the description is increased compared to the initial Aufrère value of the vegetable material of step i). i) providing a vegetable material having an initial Aufrère value measured according to the method in the description, and ii) subjecting the vegetable material of i) to direct heating by means of radiation in the radio frequency range thereby obtaining a RF treated vegetable material,
A positive electrode active material for a nonaqueous electrolyte secondary battery having (a) at least a lithium-transition metal composite oxide of a layer structure, wherein the lithium-transition metal composite oxide is lithium cobaltate, and (b) at least one surface element selected from the group consisting of zirconium, magnesium and titanium on a surface of the lithium-transition metal composite oxide, wherein the positive electrode active material is obtained by calcinating a starting material mixture, said starting material mixture being prepared by an aqueous solution containing cobalt ions and surface element ions of predetermined compositional ratio(s) is added dropwise to stirred purified water, an alkali solution is added dropwise to the aqueous solution obtained in step so that a pH of the mixture falls within 7 to 11 and the mixture is stirred at 40 to 80°C and 500 to 1,500 rpm to obtain a precipitate, the precipitate obtained in step is washed with water and heat treated, and the precipitate obtained in step is mixed with a lithium compound to obtain the starting material mixture, wherein, when a line analysis of the surface of the lithium-transition metal composite oxide using an electron probe microanalyzer is carried out, a quotient obtained by dividing the sum of lengths of all portions along a line that exceed 4% of peak intensity (peak value) by a total length of the line is 20% or more on a surface of the lithium-transition metal composite oxide, wherein a part at which the amount of said at least one surface element is the largest in a visual field of observation is selected and line analysis is performed along a line segment passing through this part and a part at which the amount of said at least one surface element is the largest has a peak value (maximum peak value) of 100%. an aqueous solution containing cobalt ions and surface element ions of predetermined compositional ratio(s) is added dropwise to stirred purified water, an alkali solution is added dropwise to the aqueous solution obtained in step so that a pH of the mixture falls within 7 to 11 and the mixture is stirred at 40 to 80°C and 500 to 1,500 rpm to obtain a precipitate, the precipitate obtained in step is washed with water and heat treated, and the precipitate obtained in step is mixed with a lithium compound to obtain the starting material mixture,
A refrigerator comprising: a storage compartment; a drawer movably provided in the storage compartment and provided with a marker; a camera arranged to photograph inside the drawer from outside the drawer; and a controller arranged to sense a position of the marker in a plurality of photographs taken through the camera at time intervals and to determine state information about the drawer based on a change in position of the marker in the plurality of photographs. a storage compartment; a drawer movably provided in the storage compartment and provided with a marker; a camera arranged to photograph inside the drawer from outside the drawer; and a controller arranged to sense a position of the marker in a plurality of photographs taken through the camera at time intervals and to determine state information about the drawer based on a change in position of the marker in the plurality of photographs.
Use of a viscous adhesive tape for production of semiconductor devices, wherein the viscous adhesive tape comprises a tack layer containing a first acrylic resin having an acid value of 30 to 100 mg KOH/g and a second acrylic resin having an acid value of 0 to 10 mg KOH/g, wherein a ratio between the first acrylic resin and the second acrylic resin is, (First acrylic resin):(Second acrylic resin)=85:15 to 65:35, and the first acrylic resin and the second acrylic resin have a semi-interpenetrating polymer network structure, said polymer network structure being a mixture of cross-linked polymer networks, wherein the tack layer further contains a curing agent and is obtained by curing the first acrylic resin by the curing agent, and wherein the curing agent is an epoxy resin. wherein a ratio between the first acrylic resin and the second acrylic resin is, (First acrylic resin):(Second acrylic resin)=85:15 to 65:35, and the first acrylic resin and the second acrylic resin have a semi-interpenetrating polymer network structure, said polymer network structure being a mixture of cross-linked polymer networks, wherein the tack layer further contains a curing agent and is obtained by curing the first acrylic resin by the curing agent, and wherein the curing agent is an epoxy resin.
A method for fabricating a semiconductor device, the method comprising the steps of: doping one or more surface regions of the substrate; metallising over the doped surface regions to form electrodes; depositing a layer of ion-stopping resist on a surface of the substrate; nano-patterning the ion-stopping resist to open an array of holes in it above a region of substantially intrinsic semiconductor; irradiating zones of substantially intrinsic semiconductor in the substrate, below respective holes in the ion-stopping resist, with a beam of dopant ions that pass through each hole via an aperture array arranged with a closable tilting aperture aligned with each hole; individually detecting ion impact at implant sites under each hole, and sensing current flow through at least one of the surface electrodes to register implantation in the zones of substantially intrinsic semiconductor of each of a counted number of ions; and using a control system to close individual closable tilting apertures in the array once implantation of a predetermined number of ions is detected at the respective site, thereby stopping the irradiation of that site. doping one or more surface regions of the substrate; metallising over the doped surface regions to form electrodes; depositing a layer of ion-stopping resist on a surface of the substrate; nano-patterning the ion-stopping resist to open an array of holes in it above a region of substantially intrinsic semiconductor; irradiating zones of substantially intrinsic semiconductor in the substrate, below respective holes in the ion-stopping resist, with a beam of dopant ions that pass through each hole via an aperture array arranged with a closable tilting aperture aligned with each hole; individually detecting ion impact at implant sites under each hole, and sensing current flow through at least one of the surface electrodes to register implantation in the zones of substantially intrinsic semiconductor of each of a counted number of ions; and using a control system to close individual closable tilting apertures in the array once implantation of a predetermined number of ions is detected at the respective site, thereby stopping the irradiation of that site.
An implant comprising a biodegradable magnesium-based alloy, wherein the biodegradable magnesium-based alloy is represented by Formula Mg a Ca b X c, wherein a, b and c are a molar ratio of each component, satisfying the following conditions: 0.5 ≤ a ≤ 1, 0 < b ≤ 0.4 and 0 < c ≤ 0.4, and X being nickel (Ni) and iron (Fe) which are comprised in an amount of up to 0.01 % Ni and 0.1 % Fe.
A light sensor comprising: - at least one wavelength selective photo-detector comprising an interference filter or Fabry-Perot etalon for detecting light within a predefined wavelength range falling on the sensor, - a lens for projecting the light onto the photo-detector, - an aperture for defining the field of view of the sensor, - the lens having a first and second focal plane, and - the photo-detector and the aperture being arranged in the first and second focal plane, respectively, characterized in that the aperture is arranged to be controllable in size, shape or position by means of an electro-optical light modulator comprised in the aperture, such as to allow controlling the range of angles with which the light impinges on the photo-detector and enabling spectral scanning capabilities. - at least one wavelength selective photo-detector comprising an interference filter or Fabry-Perot etalon for detecting light within a predefined wavelength range falling on the sensor, - a lens for projecting the light onto the photo-detector, - an aperture for defining the field of view of the sensor, - the lens having a first and second focal plane, and - the photo-detector and the aperture being arranged in the first and second focal plane, respectively,
Laundry treatment machine comprising: - an outer casing, - a washing tub which is arranged inside the outer casing, - a rotatable washing drum, which is arranged in axially rotating manner inside the washing tub and is structured to receive the laundry to be treated, - a liquid supplying system for supplying hot liquid and/or cold liquid into said washing tub, - a temperature sensor which is designed for sensing the temperature of the liquid contained in said washing tub; characterized by comprising an electronic control device configured to: determine whether the temperature sensor is immersed into liquid; perform a first or a second control procedure, different one another, to control said water supplying system based on a determined immersion status of said temperature sensor. - an outer casing, - a washing tub which is arranged inside the outer casing, - a rotatable washing drum, which is arranged in axially rotating manner inside the washing tub and is structured to receive the laundry to be treated, - a liquid supplying system for supplying hot liquid and/or cold liquid into said washing tub, - a temperature sensor which is designed for sensing the temperature of the liquid contained in said washing tub; characterized by comprising an electronic control device configured to: determine whether the temperature sensor is immersed into liquid; perform a first or a second control procedure, different one another, to control said water supplying system based on a determined immersion status of said temperature sensor. determine whether the temperature sensor is immersed into liquid; perform a first or a second control procedure, different one another, to control said water supplying system based on a determined immersion status of said temperature sensor.
Phosphonated aliphatic fluoropolymer rubbers (pFKM) and phosphonated aliphatic perfluoropolymer rubbers (pFFKM) synthesized from fluoropolymer rubber and perfluoropolymer rubber (FFKM), characterized in that the phosphonic acid group is present directly on the main chain and on/or a side chain of the polymer, respectively, and the side chain is of aliphatic and aryl character, respectively.
Virtual queuing system having a virtual queuing server connected to a call center and maintaining virtual queues (12, 13), characterized by a widget for enqueuing a call of a user of the call center to the virtual queues (12, 13) via the virtual queuing server, wherein the user is prompted through the widget to call the call center when being assigned a next-in-line position in a side queue.
An electrode cutting device (400, 500) comprising: a cutting unit configured to cut an electrode sheet; and a fixing unit configured to fix the electrode sheet, wherein the cutting unit comprises: a cutter (110, 112) configured to cut the electrode sheet by shearing; and a cutter lifting portion configured to move the cutter (110, 112) so as to be perpendicular to a surface of the electrode sheet, and wherein the fixing unit comprises: a gripper (210, 410, 510) configured to press the electrode sheet so as to be fixed; and a driving portion configured to drive the gripper (210, 410, 510) so as to be moved, wherein the driving portion is driven by a cylinder; characterized in that the fixing unit comprises a sensor (230, 430, 530) configured to monitor the driving portion, wherein the sensor (230, 430, 530) is a pneumatic gauge sensor, and wherein the sensor (230, 430, 530) is configured to continuously or periodically monitor a pressure of the cylinder. a cutting unit configured to cut an electrode sheet; and a fixing unit configured to fix the electrode sheet, wherein the cutting unit comprises: a cutter (110, 112) configured to cut the electrode sheet by shearing; and a cutter lifting portion configured to move the cutter (110, 112) so as to be perpendicular to a surface of the electrode sheet, and a cutter (110, 112) configured to cut the electrode sheet by shearing; and a cutter lifting portion configured to move the cutter (110, 112) so as to be perpendicular to a surface of the electrode sheet, and wherein the fixing unit comprises: a gripper (210, 410, 510) configured to press the electrode sheet so as to be fixed; and a driving portion configured to drive the gripper (210, 410, 510) so as to be moved, wherein the driving portion is driven by a cylinder; a gripper (210, 410, 510) configured to press the electrode sheet so as to be fixed; and a driving portion configured to drive the gripper (210, 410, 510) so as to be moved, wherein the driving portion is driven by a cylinder; characterized in that the fixing unit comprises a sensor (230, 430, 530) configured to monitor the driving portion, wherein the sensor (230, 430, 530) is a pneumatic gauge sensor, and wherein the sensor (230, 430, 530) is configured to continuously or periodically monitor a pressure of the cylinder.
Frame for spectacles comprising a frontal framework with respective lateral lugs for the articulation of respective arms and means of articulation between each lug and the corresponding arm for the articulated connection of the respective arm to the frontal framework, said articulation means comprising, for each arm, a flexible member, structurally independent of the lug and the arm, said flexible member being held on the arm and coupled rotatably with at least one hinge pin provided on the corresponding lug, the end of each arm, facing the corresponding lug, being in contact with a surface profile of said lug, shaped in such a manner that the arm, in its movement about the hinge pin, is flexibly constrained towards preselected angular positions relative to the frontal framework, said angular positions including an open position of the arm, suitable for wearing the spectacles, and a closed position of the arm folded on to the frontal framework, characterised in that it comprises, for each arm, a respective distance element interposed between each arm and the corresponding flexible member, and in that said distance element is mounted on the arm in an adjustable manner in order to impose, at the level of said distance member, a preselected distance between the arm and the flexible member, and consequently to regulate the flexible pre-load exerted on said flexible member when coupled rotatably with the hinge pin.
Geared machine, in particular a pump or motor, having at least two gearwheels which mesh in external engagement with one another, wherein their axes of rotation are oriented parallel to a longitudinal direction, wherein the gearwheels are enclosed by a housing which comprises a main body, wherein the main body has an inner peripheral surface with a first portion which is formed with a constant cross-sectional shape along the longitudinal direction, wherein each gearwheel is assigned a second portion of said inner peripheral surface, which second portion is arranged outwardly offset with respect to the first portion transversely to the longitudinal direction, wherein at least one assigned bearing body is arranged in the longitudinal direction next to at least one gearwheel and bears on said inner peripheral surface, wherein the at least one gearwheel is rotatably mounted in the at least one assigned bearing body, characterized in that at least one rectilinear groove is provided on said inner peripheral surface in the first portion and terminates at an assigned second portion.
Covering for walls or surfaces in general, comprising: at least one insulating layer directly or indirectly in contact with the wall to be covered, said insulating layer being constituted by one or more modular insulating panels, at least one layer of cement plaster, positioned in such a way that it adheres to said insulating layer and incorporating at least one layer formed by one or more two- or three-dimensional modular net-like lattices (1, 1'), metallic and/or non-metallic, defining at least one counteracting plane that is spaced from said insulating layer one or more projections or protrusions or spacer elements in general (R, R1, 21, 22, 23, P21) located between said one or more lattices (1, 1') and said one or more insulating panels, suited to define at least one hollow space between said counteracting plane and said one or more insulating panels, said hollow space being filled with said at least one layer of cement plaster, fixing means suited to constrain said lattices (1, 1) to said wall, wherein said lattices (1, 1') are incorporated in said cement plaster and the insulating layer is interposed between them, and wherein said lattice (1, 1') comprises one or more reinforced portions, at the level of which there are holes or seats suitable for the application of said fixing means, so that the heads of said fixing means are completely or partially buried in the layer of cement plaster in order to provide a continuous connection between the wall and the cement plaster, with the insulating layer interposed between them; characterized in that said one or more projections and/or protrusions and/or spacer elements in general (21, 22, 23) are integral with said lattice (1, 1') by being formed together with said lattice (1, 1') itself. at least one insulating layer directly or indirectly in contact with the wall to be covered, said insulating layer being constituted by one or more modular insulating panels, at least one layer of cement plaster, positioned in such a way that it adheres to said insulating layer and incorporating at least one layer formed by one or more two- or three-dimensional modular net-like lattices (1, 1'), metallic and/or non-metallic, defining at least one counteracting plane that is spaced from said insulating layer one or more projections or protrusions or spacer elements in general (R, R1, 21, 22, 23, P21) located between said one or more lattices (1, 1') and said one or more insulating panels, suited to define at least one hollow space between said counteracting plane and said one or more insulating panels, said hollow space being filled with said at least one layer of cement plaster, fixing means suited to constrain said lattices (1, 1) to said wall, wherein said lattices (1, 1') are incorporated in said cement plaster and the insulating layer is interposed between them,