mhurhangee/ep-ind-claims huggingface dataset:
A system for simultaneously disinfecting objects disposed in a chamber and objects disposed in a room in which the chamber is arranged, comprising: a disinfection apparatus comprising a source of germicide configured to generate a germicide in the form of ultraviolet light, a liquid, a gas, a vapor or a plasma and wherein said germicide is able to kill and/or deactivate microorganisms, said source of germicide arranged within the apparatus such that the generated germicide is dispersed exterior to the disinfection apparatus; a hollow chamber comprising a port with a door for loading and unloading an interior cavity of the hollow chamber, wherein exterior sidewalls of the hollow chamber comprise perforations and/or optically transparent material extending to the interior cavity, and wherein the hollow chamber is spaced a distance from the disinfection apparatus such that some of said germicide dispersed exterior to the disinfection apparatus is transmitted into the interior cavity via the perforations and/or optically transparent material; and a means for providing tumbling action to objects placed inside the hollow chamber; wherein the system is absent a containment housing collectively around the disinfection apparatus, the hollow chamber and the means for providing tumbling action such that one or more areas of a room in which the system is arranged are exposed to said germicide dispersed exterior to the disinfection apparatus which is not transmitted into the interior cavity of the hollow chamber. a disinfection apparatus comprising a source of germicide configured to generate a germicide in the form of ultraviolet light, a liquid, a gas, a vapor or a plasma and wherein said germicide is able to kill and/or deactivate microorganisms, said source of germicide arranged within the apparatus such that the generated germicide is dispersed exterior to the disinfection apparatus; a hollow chamber comprising a port with a door for loading and unloading an interior cavity of the hollow chamber, wherein exterior sidewalls of the hollow chamber comprise perforations and/or optically transparent material extending to the interior cavity, and wherein the hollow chamber is spaced a distance from the disinfection apparatus such that some of said germicide dispersed exterior to the disinfection apparatus is transmitted into the interior cavity via the perforations and/or optically transparent material; and a means for providing tumbling action to objects placed inside the hollow chamber; wherein the system is absent a containment housing collectively around the disinfection apparatus, the hollow chamber and the means for providing tumbling action such that one or more areas of a room in which the system is arranged are exposed to said germicide dispersed exterior to the disinfection apparatus which is not transmitted into the interior cavity of the hollow chamber.
An x-ray apparatus comprising: a vacuum box which is sealed at its periphery, and the interior thereof is high vacuum; a plurality of electron transmitting units (1, 11a, 11b, 12a, 12b, 13a, 13b) arranged on a wall of the vacuum box in multiple rows along a direction of an axis of a curved surface in the curved surface facing the axis; an anode made of metal and arranged in the axis in the vacuum box, wherein each of the plurality of electron transmitting units (1, 11a, 11b, 12a, 12b, 13a, 13b) has a thermionic cathode. a vacuum box which is sealed at its periphery, and the interior thereof is high vacuum; a plurality of electron transmitting units (1, 11a, 11b, 12a, 12b, 13a, 13b) arranged on a wall of the vacuum box in multiple rows along a direction of an axis of a curved surface in the curved surface facing the axis; an anode made of metal and arranged in the axis in the vacuum box, wherein each of the plurality of electron transmitting units (1, 11a, 11b, 12a, 12b, 13a, 13b) has a thermionic cathode.
A tube-type cosmetic container having double discharge means, comprising: a tube body containing contents and having a discharging part on the upper part; a nozzle member comprising a body coupled on the upper portion of the tube body and a nozzle connected with the discharging part and extended upwards on the center of the body; a rotation body mounted on the upper portion of the nozzle to be able to be rotated; and a lifting member which is ascended / descended by the rotation of the rotation body and then hides or exposes the nozzle; forming a discharging member 420 which absorbs contents discharged through the nozzle. a tube body containing contents and having a discharging part on the upper part; a nozzle member comprising a body coupled on the upper portion of the tube body and a nozzle connected with the discharging part and extended upwards on the center of the body; a rotation body mounted on the upper portion of the nozzle to be able to be rotated; and a lifting member which is ascended / descended by the rotation of the rotation body and then hides or exposes the nozzle; forming a discharging member 420 which absorbs contents discharged through the nozzle.
Tool retention device of a machine tool, preferably a punching machine, • having a tool receiving member for at least partially receiving a processing tool of the machine tool, optionally a punching tool of the punching machine, • having at least one tool abutment and • having an axial tensioning device having at least one axial tensioning element which can be transferred in a controlled manner into a tensioning state, a processing tool which is received in the tool receiving member being pulled by means of the axial tensioning element which has been transferred into the tensioning state against the associated tool abutment in the direction of a tensioning axis of the axial tensioning device, characterised in that, in addition to the axial tensioning device, there is provided a radial clamping device having at least one radial clamping element which can be transferred in a state decoupled from the axial tensioning element of the axial tensioning device into a clamping state in a controlled manner, the processing tool which is received in the tool receiving member being clamped by means of the radial clamping element which has been transferred into the clamping state to the associated tool abutment in a direction perpendicular relative to the tensioning axis of the axial tensioning device. • having a tool receiving member for at least partially receiving a processing tool of the machine tool, optionally a punching tool of the punching machine, • having at least one tool abutment and • having an axial tensioning device having at least one axial tensioning element which can be transferred in a controlled manner into a tensioning state, a processing tool which is received in the tool receiving member being pulled by means of the axial tensioning element which has been transferred into the tensioning state against the associated tool abutment in the direction of a tensioning axis of the axial tensioning device, characterised in that, in addition to the axial tensioning device, there is provided a radial clamping device having at least one radial clamping element which can be transferred in a state decoupled from the axial tensioning element of the axial tensioning device into a clamping state in a controlled manner, the processing tool which is received in the tool receiving member being clamped by means of the radial clamping element which has been transferred into the clamping state to the associated tool abutment in a direction perpendicular relative to the tensioning axis of the axial tensioning device.
A remote control system for an aircraft, comprising: - an aircraft, of the Magnus-effect type, comprising a cylinder extending along a longitudinal axis, the cylinder being able to rotate about the longitudinal axis; - a pair of rotatable elements, arranged at a distance from the aircraft; - drive means, arranged to drive a rotational movement of the pair of rotatable elements; - a connection cable, arranged to connect the pair of rotatable elements to the cylinder of the aircraft so that the rotational movement of the pair of rotatable elements, driven by the drive means, is mechanically transmitted to the cylinder of the aircraft so as to set the cylinder into rotation about the longitudinal axis. - an aircraft, of the Magnus-effect type, comprising a cylinder extending along a longitudinal axis, the cylinder being able to rotate about the longitudinal axis; - a pair of rotatable elements, arranged at a distance from the aircraft; - drive means, arranged to drive a rotational movement of the pair of rotatable elements; - a connection cable, arranged to connect the pair of rotatable elements to the cylinder of the aircraft so that the rotational movement of the pair of rotatable elements, driven by the drive means, is mechanically transmitted to the cylinder of the aircraft so as to set the cylinder into rotation about the longitudinal axis.
An apparatus for promoting laminar flow, the apparatus comprising: a panel extending between an interior surface and an exterior air flow surface, and including a plurality of macro apertures and a plurality of micro apertures; a first one of the macro apertures extending into the panel from the interior surface; and a first one of the micro apertures extending into the panel from the exterior air flow surface and fluidly coupled with the first one of the macro apertures; characterised in that: the panel comprises a first layer attached to a second layer, the first one of the macro apertures extends through the first layer, the first one of the micro apertures extends through the second layer and the second layer comprises fibrous material with a resin matrix. a panel extending between an interior surface and an exterior air flow surface, and including a plurality of macro apertures and a plurality of micro apertures; a first one of the macro apertures extending into the panel from the interior surface; and a first one of the micro apertures extending into the panel from the exterior air flow surface and fluidly coupled with the first one of the macro apertures; characterised in that: the panel comprises a first layer attached to a second layer, the first one of the macro apertures extends through the first layer, the first one of the micro apertures extends through the second layer and the second layer comprises fibrous material with a resin matrix. the panel comprises a first layer attached to a second layer, the first one of the macro apertures extends through the first layer, the first one of the micro apertures extends through the second layer and the second layer comprises fibrous material with a resin matrix.
A data processing method for determining a rotation of a marker device of a medical tracking system about its mount, comprising the steps of: acquiring a first marker device position dataset representing the position of the marker device before a movement of the marker device; acquiring a second marker device position dataset representing the position of the marker device after a movement of the marker device; calculating a marker device displacement dataset representing the displacement of the marker device from the first and second marker device position datasets; calculating at least one axis of rotation (6, 9) of the marker device displacement dataset; and determining whether or not the marker device is rotated about its mount from the position of the at least one axis of rotation (6, 9) relative to the marker device. acquiring a first marker device position dataset representing the position of the marker device before a movement of the marker device; acquiring a second marker device position dataset representing the position of the marker device after a movement of the marker device; calculating a marker device displacement dataset representing the displacement of the marker device from the first and second marker device position datasets; calculating at least one axis of rotation (6, 9) of the marker device displacement dataset; and determining whether or not the marker device is rotated about its mount from the position of the at least one axis of rotation (6, 9) relative to the marker device.
An axial flow compressor in which an annular flow passage is formed by a rotor having a plurality of rotor blades fitted thereto and a casing having a plurality of stator vanes (35, 36, 37) fitted thereto, wherein two or more of the stator vanes are disposed downstream of a last-stage rotor blade of the annular flow passage, the two or more stator vanes, disposed downstream of said last-stage rotor blade, being fixed stator vanes, characterized in that, a blade loading on a first stator vane disposed at the most upstream side among the two or more stator vanes, disposed downstream of said last-stage rotor blade, is set to be smaller than a blade loading of a second stator vane disposed downstream of said first stator vane by one row.
Cooling box for electrical or electronic components or circuits, which box is made of a thermally conductive material and this material consists of at least one ceramic component, the cooling box being electrically non-conductive, being made up of several pieces and having a cavity encased by the material and this cavity being closed or provided with at least one opening and at least one surface region of the cooling box being defined by the function of electrical conductivity and this surface region being conductor paths, characterized in that at least one and/or a plurality of different or the same cooling box/cooling boxes is/are embedded in a matrix material so as to be oriented randomly or in the same direction and the cooling box/cooling boxes is/are equipped with connectors for a heating or cooling medium.
A shoulder prosthesis glenoid implant, comprising an anchoring base intended to be anchored to the bone of the scapula, and a sliding plate made of a thermoplastic material enhancing the sliding, the anchoring base forming a support part for receiving said sliding plate; - the support part has a first wall intended to contact the bone and a second wall coextensive with, and separate from, the first wall, but integral with the latter, this second wall having a plurality of openings formed through it, - the material of said sliding plate extends through the openings which the second wall has, into the space delimited between said first wall and said second wall, and is spread beyond the perimeter of each opening, so that this material at least partially fills said space; characterized in that: the two walls (10, 11) have said rounded shape, such that said first wall forms a concave surface on its side facing said second wall, and in that this second wall forms a convex surface on its side facing said first wall; the rounded shapes of the two walls (10, 11) are defined by similar or identical radii from one wall to the other, so that said space between the two walls (10, 11) has a thickness substantially constant. - the support part has a first wall intended to contact the bone and a second wall coextensive with, and separate from, the first wall, but integral with the latter, this second wall having a plurality of openings formed through it, - the material of said sliding plate extends through the openings which the second wall has, into the space delimited between said first wall and said second wall, and is spread beyond the perimeter of each opening, so that this material at least partially fills said space; the two walls (10, 11) have said rounded shape, such that said first wall forms a concave surface on its side facing said second wall, and in that this second wall forms a convex surface on its side facing said first wall; the rounded shapes of the two walls (10, 11) are defined by similar or identical radii from one wall to the other, so that said space between the two walls (10, 11) has a thickness substantially constant.
A nebulizer-filter device (902, 904) for delivering aerosolized medicament to a respiratory system of a patient, the device comprising: a filter replaceably held in place by coupling together opposite facing first and second holding elements (906, 910) the first holding element having one or more openings therein; a first port formed in the first holding element and a second port formed in the second holding element; a nebulizer that generates the aerosolized medicament which is detachably coupled to the first port; and a patient respiratory interface that is detachably coupled to the second port, wherein the aerosolized medicament travels from the nebulizer, to the respiratory system of the patient during a patient inhalation phase, and gases respired by the patient, including any residual aerosolized medicament, enters the nebulizer-filter device through the second port and filtered gas exits the one or more openings in the first holding element, having passed through the filter, to escape into the surrounding environment during a patient exhalation phase. a filter replaceably held in place by coupling together opposite facing first and second holding elements (906, 910) the first holding element having one or more openings therein; a first port formed in the first holding element and a second port formed in the second holding element; a nebulizer that generates the aerosolized medicament which is detachably coupled to the first port; and a patient respiratory interface that is detachably coupled to the second port, wherein the aerosolized medicament travels from the nebulizer, to the respiratory system of the patient during a patient inhalation phase, and gases respired by the patient, including any residual aerosolized medicament, enters the nebulizer-filter device through the second port and filtered gas exits the one or more openings in the first holding element, having passed through the filter, to escape into the surrounding environment during a patient exhalation phase.
A method of forming a balloon for a balloon catheter, comprising: extruding a parison having a uniform shape along an entire length thereof, said parison comprising a central opening and first and second longitudinal extensions extending from an exterior surface of said parison and opposing each other, said first and second longitudinal extensions defining first and second longitudinal cavities and a longitudinal opening, wherein said first longitudinal cavity is larger in width than said second longitudinal cavity and is disposed nearer a longitudinal axis of said balloon than said second longitudinal cavity, said second longitudinal cavity extending from said first longitudinal cavity to said longitudinal opening; disposing an anchor portion of a dilation element into said first longitudinal cavity, an intermediate portion of said dilation element being disposed within said second longitudinal cavity and a dilation portion of said dilation element extending outward from said longitudinal opening; and heating said parison inside a mold and pressurizing said central opening, said parison thereby expanding against said mold, wherein said mold comprises a clearance cavity receiving said dilation portion; further comprising stretching said parison while said parison is heated after said anchor portion is disposed into said first longitudinal cavity and before said parison is pressurized, said first longitudinal cavity thereby shrinking against said anchor portion and said second longitudinal cavity shrinking against said intermediate portion. extruding a parison having a uniform shape along an entire length thereof, said parison comprising a central opening and first and second longitudinal extensions extending from an exterior surface of said parison and opposing each other, said first and second longitudinal extensions defining first and second longitudinal cavities and a longitudinal opening, wherein said first longitudinal cavity is larger in width than said second longitudinal cavity and is disposed nearer a longitudinal axis of said balloon than said second longitudinal cavity, said second longitudinal cavity extending from said first longitudinal cavity to said longitudinal opening; disposing an anchor portion of a dilation element into said first longitudinal cavity, an intermediate portion of said dilation element being disposed within said second longitudinal cavity and a dilation portion of said dilation element extending outward from said longitudinal opening; and heating said parison inside a mold and pressurizing said central opening, said parison thereby expanding against said mold, wherein said mold comprises a clearance cavity receiving said dilation portion; further comprising stretching said parison while said parison is heated after said anchor portion is disposed into said first longitudinal cavity and before said parison is pressurized, said first longitudinal cavity thereby shrinking against said anchor portion and said second longitudinal cavity shrinking against said intermediate portion.
A laundry treating apparatus comprising: a cabinet; a drum accommodated in the cabinet; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet during use of the laundry treating apparatus, wherein the dynamic absorber comprises: a support plate coupled to the cabinet; a moving mass disposed on the support plate; and a slider interposed between the moving mass and the support plate to allow the moving mass to be reciprocated with attenuation due to frictional force on the support plate, wherein the support plate comprises a projection, and a moving mass seating part recessed by a predetermined depth downward from the inside of the projection, characterized in that the support plate further comprises a cabinet seating part configured to be seated on an upper end of the cabinet, wherein the projection protrudes upward from a position spaced a predetermined distance from the cabinet seating part. a cabinet; a drum accommodated in the cabinet; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet during use of the laundry treating apparatus, wherein the dynamic absorber comprises: a support plate coupled to the cabinet; a moving mass disposed on the support plate; and a slider interposed between the moving mass and the support plate to allow the moving mass to be reciprocated with attenuation due to frictional force on the support plate, a support plate coupled to the cabinet; a moving mass disposed on the support plate; and a slider interposed between the moving mass and the support plate to allow the moving mass to be reciprocated with attenuation due to frictional force on the support plate, wherein the support plate comprises a projection, and a moving mass seating part recessed by a predetermined depth downward from the inside of the projection, characterized in that the support plate further comprises a cabinet seating part configured to be seated on an upper end of the cabinet, wherein the projection protrudes upward from a position spaced a predetermined distance from the cabinet seating part.