mhurhangee/ep-ind-claims huggingface dataset:
A biopsy instrument for obtaining a tissue biopsy sample, comprising: a housing that movably supports one or more elongate stylets and one or more elongate cannulas, each cannula comprising a lumen through which one of the one or more stylets is movably disposed therethrough; an operator rotatably mounted to the housing about an axis and fixed to an axle; a first wheel rotatable about the axis and in rotational connection with the axle, the first wheel operatively engaged with the one or more cannulas to cause translation of the one or more cannulas with rotation of the first wheel; a second wheel rotatable about the axis and in rotational connection with the axle, the second wheel operatively engaged with the one or more of stylets to cause translation of the one or more stylets with rotation of the second wheel; a shuttle disposed upon the housing and operatively engaged with the first and second wheels, the shuttle being translatable about the housing in a direction substantially parallel to the axis, characterised by the shuttle comprising a pin that is received within a first slot defined about an outer circumference of the first wheel and selectively engageable with the second wheel to selectively allow torque transfer from the axle to the second wheel. a housing that movably supports one or more elongate stylets and one or more elongate cannulas, each cannula comprising a lumen through which one of the one or more stylets is movably disposed therethrough; an operator rotatably mounted to the housing about an axis and fixed to an axle; a first wheel rotatable about the axis and in rotational connection with the axle, the first wheel operatively engaged with the one or more cannulas to cause translation of the one or more cannulas with rotation of the first wheel; a second wheel rotatable about the axis and in rotational connection with the axle, the second wheel operatively engaged with the one or more of stylets to cause translation of the one or more stylets with rotation of the second wheel; a shuttle disposed upon the housing and operatively engaged with the first and second wheels, the shuttle being translatable about the housing in a direction substantially parallel to the axis, characterised by the shuttle comprising a pin that is received within a first slot defined about an outer circumference of the first wheel and selectively engageable with the second wheel to selectively allow torque transfer from the axle to the second wheel.
Reactor having a heat control apparatus, comprising a reflux condenser and an eyebrow coil jacket, wherein the eyebrow coil jacket is configured such that an eyebrow coil type pipe is provided along an outer wall of the reactor to form a spiral tunnel, wherein the spiral tunnel is configured such that an angle between a normal line of the reactor and a tangent line of the eyebrow coil jacket is 35° to 50°, wherein the welding is in full penetration at a welding tangent angle of 50°to 60°. wherein the eyebrow coil type pipe is configured such that the eyebrow coil type pipe has a length equivalent to 25 to 40 % based on an inner diameter of a circular pipe, the inner diameter (b) of the eyebrow coil type pipe is twice or more of the thickness (c) of an outer wall of the reactor, and wherein there is only one welding point between adjacent eyebrow coil type pipes.
Brush device with quick couplings for cleaning elements comprising at least one rotation shaft that can be operated by respective motor elements, a set of support members obtained in the rotation shaft or fixed to it and each one assigned to connect a respective plurality of cleaning elements to said shaft; said device comprises a plurality of first connection elements, each one assigned to be fixed to the respective support member and provided with a housing assigned to house a portion of at least one cleaning element and with a respective second connection element assigned to reversibly fix, i.e. to block and unblock, said at least one cleaning element; said device also comprises first and second retaining elements which are placed at, or obtained in, respective ends of the first connection element and assigned to house, by reversibly blocking them, matching members first and second placed at the ends of the second connection element, or said first and second retaining elements are placed or carried out in the respective ends of the second connection element and are assigned to house, by reversibly blocking them, the first and second matching members which are placed or obtained in the ends of the respective support member; said device is characterized in that said at least one cleaning element is placed or clamped between said first and second connection elements; the first and second retaining elements define respective cavities with a shape approximately complementary to that of the first and second matching members and in that at least the second the retaining element has a tooth delimiting the corresponding cavity, cantilever fixed onto a flexible arm which connects it to the respective end of the first connection element or of the second connection element; said flexible arm is provided with a driving extension fit for the manual actuation of the flexible arm itself to free the matching member (21, 23) from the tooth allowing for the detachment of at least the second connection element and of the cleaning element.
A stent (100;2000) comprising: an elongated body composed of a biodegradable material having a proximal end, a distal end, and two open spiral channels (16;2008) formed on the exterior surface of said body to provide fluid communication between said proximal end and said distal end, and a central lumen (20;2007) open only at the proximal and distal ends of the stent for the passage of a guide wire, wherein the central lumen (20;2007) has a circular, oval or elliptical cross-section, wherein the biodegradable material comprises a polymer or co-polymer formed from: polyethylene glycol and p-dioxanone; p-dioxanone; or polylactide, trimethylene carbonate and caprolactone, and wherein the stent (100;2000) has a minimal strength retention between 12 days and 12 weeks, and wherein the strength retention is defined by the presence of at least 10% of an initial strength parameter. an elongated body composed of a biodegradable material having a proximal end, a distal end, and two open spiral channels (16;2008) formed on the exterior surface of said body to provide fluid communication between said proximal end and said distal end, and a central lumen (20;2007) open only at the proximal and distal ends of the stent for the passage of a guide wire, wherein the central lumen (20;2007) has a circular, oval or elliptical cross-section, wherein the biodegradable material comprises a polymer or co-polymer formed from: polyethylene glycol and p-dioxanone; p-dioxanone; or polylactide, trimethylene carbonate and caprolactone, and wherein the stent (100;2000) has a minimal strength retention between 12 days and 12 weeks, and wherein the strength retention is defined by the presence of at least 10% of an initial strength parameter.
A method for producing an exhaust gas aftertreatment device, which in a housing, which is assembled of a jacket closed in circumferential direction and two face end funnels, comprises at least one monolith for the exhaust gas aftertreatment with the following steps: A: assembling and filling the housing, for the purpose of which the at least one monolith together with at least one bearing mat enclosing the at least one monolith in the circumferential direction is axially inserted in the jacket, and for the purpose of which the funnels are each plugged into the jacket or plugged onto the jacket with an axial connecting section which is formed complementarily to the cross section of the jacket, B: calibrating the housing, for the purpose of which the jacket including the connecting sections the funnel starting out from an initial cross section is reduced to a final cross section in order to create in the at least one bearing mat at least in a bearing region extending from the one connecting section to the other connecting section a predetermined radial preload for retaining the at least one monolith in the jacket, characterized in that the plugging of the funnels is carried out in such a manner that the respective connecting section and an axial end section of the bearing mat axially overlap. A: assembling and filling the housing, for the purpose of which the at least one monolith together with at least one bearing mat enclosing the at least one monolith in the circumferential direction is axially inserted in the jacket, and for the purpose of which the funnels are each plugged into the jacket or plugged onto the jacket with an axial connecting section which is formed complementarily to the cross section of the jacket, B: calibrating the housing, for the purpose of which the jacket including the connecting sections the funnel starting out from an initial cross section is reduced to a final cross section in order to create in the at least one bearing mat at least in a bearing region extending from the one connecting section to the other connecting section a predetermined radial preload for retaining the at least one monolith in the jacket,
Toy vehicle with a chassis comprising - a chassis housing, - a plurality of wheels (2 to 5), which are attached to the chassis, - a steering drive element activated by means of a steering activating device for steering the toy vehicle in different drive positions, characterised by a steering column shift housing, which supports a steering column and which can be shifted between at least two steering column positions relative to the chassis housing, wherein different steering components can be moved into operative connection with one another, wherein the steering column is mounted axially and radially in the steering column shift housing and is connected in a rotationally secure manner to a toy vehicle steering wheel. - a chassis housing, - a plurality of wheels (2 to 5), which are attached to the chassis, - a steering drive element activated by means of a steering activating device for steering the toy vehicle in different drive positions,
A method of providing a pressure test on a tube to identify leakage; wherein said tube is a tube end connected to a bearing support and a scavenge tube is connected to a portion of a housing, wherein said housing is a turbine intermediate case in a gas turbine engine, and wherein said scavenge tube is in fluid communication with said tube end; the method including the steps of: (a) mounting a tool including a clamp on a tube adjacent an end and such that a plug which is part of said tool is positioned to plug an inlet into said tube, wherein said tool includes forceps locks (126, 127), which lock on an outer peripheral surface above of said tube end prior to the movement of step (b); (b) actuating said tool to cause said plug to provide a fluid tight seal in the inlet, wherein a lever on said tool is pivoted to cause said plug to be moved axially into said inlet; and (c) applying a source of pressure to said tube, wherein the pressure source is applied to a remote end of said scavenge tube relative to said tube end, and monitoring the pressure within said tube, and identifying a leak should said pressure drop more than a predetermined amount in a particular period of time. wherein said tube is a tube end connected to a bearing support and a scavenge tube is connected to a portion of a housing, wherein said housing is a turbine intermediate case in a gas turbine engine, and wherein said scavenge tube is in fluid communication with said tube end; the method including the steps of: (a) mounting a tool including a clamp on a tube adjacent an end and such that a plug which is part of said tool is positioned to plug an inlet into said tube, wherein said tool includes forceps locks (126, 127), which lock on an outer peripheral surface above of said tube end prior to the movement of step (b); (b) actuating said tool to cause said plug to provide a fluid tight seal in the inlet, wherein a lever on said tool is pivoted to cause said plug to be moved axially into said inlet; and (c) applying a source of pressure to said tube, wherein the pressure source is applied to a remote end of said scavenge tube relative to said tube end, and monitoring the pressure within said tube, and identifying a leak should said pressure drop more than a predetermined amount in a particular period of time. (a) mounting a tool including a clamp on a tube adjacent an end and such that a plug which is part of said tool is positioned to plug an inlet into said tube, wherein said tool includes forceps locks (126, 127), which lock on an outer peripheral surface above of said tube end prior to the movement of step (b); (b) actuating said tool to cause said plug to provide a fluid tight seal in the inlet, wherein a lever on said tool is pivoted to cause said plug to be moved axially into said inlet; and (c) applying a source of pressure to said tube, wherein the pressure source is applied to a remote end of said scavenge tube relative to said tube end, and monitoring the pressure within said tube, and identifying a leak should said pressure drop more than a predetermined amount in a particular period of time.
A rotational position sensing device for sensing rotation of an axially adjustable shaft, comprising: said shaft extending through a bearing, said bearing being supported by a lower bracket, a fixed bracket fastened to the bearing and the lower bracket supporting an extended member; and a position sensor comprising a housing portion, an extended portion, and a rotating portion, wherein the extended portion extends laterally from the housing portion and engages the extended member of the fixed bracket such that the position sensor is unable to rotate relative to the fixed bracket, and wherein the rotating portion is adapted to be fixed to a top part of a shaft such that the rotating portion axially rotates in correspondence with the shaft and relative to the housing portion, wherein the extended portion has a forked end such that the forked end engages the extended member of the fixed bracket. said shaft extending through a bearing, said bearing being supported by a lower bracket, a fixed bracket fastened to the bearing and the lower bracket supporting an extended member; and a position sensor comprising a housing portion, an extended portion, and a rotating portion, wherein the extended portion extends laterally from the housing portion and engages the extended member of the fixed bracket such that the position sensor is unable to rotate relative to the fixed bracket, and wherein the rotating portion is adapted to be fixed to a top part of a shaft such that the rotating portion axially rotates in correspondence with the shaft and relative to the housing portion, wherein the extended portion has a forked end such that the forked end engages the extended member of the fixed bracket.
A method of making a ceramic article, the method comprising: compounding ceramic precursor batch components, the ceramic precursor batch components comprising kaolin hydrous clay, wherein the kaolin hydrous clay comprises particle components having a platy geometry, wherein the crystallite size of the particle components having a platy geometry is less than a predetermined amount, namely less than 66 nanometers wherein the ceramic precursor batch components comprise at least 10% kaolin hydrous clay by weight; determining the crystallite size of the particle components having a platy geometry using an x-ray diffraction technique as described in the description. compounding ceramic precursor batch components, the ceramic precursor batch components comprising kaolin hydrous clay, wherein the kaolin hydrous clay comprises particle components having a platy geometry, wherein the crystallite size of the particle components having a platy geometry is less than a predetermined amount, namely less than 66 nanometers wherein the ceramic precursor batch components comprise at least 10% kaolin hydrous clay by weight; wherein the kaolin hydrous clay comprises particle components having a platy geometry, wherein the crystallite size of the particle components having a platy geometry is less than a predetermined amount, namely less than 66 nanometers wherein the ceramic precursor batch components comprise at least 10% kaolin hydrous clay by weight; determining the crystallite size of the particle components having a platy geometry using an x-ray diffraction technique as described in the description.
A dry composition comprising one or more viable probiotic microorganisms, one or more hydrolyzed proteins, one or more disaccharides, one or more oligosaccharides, and one or more polysaccharides, wherein the composition comprises at least 40% of the one or more hydrolyzed proteins, based on the total dry weight of the composition, and the one or more hydrolyzed proteins are selected from the group consisting of hydrolyzed casein, hydrolyzed whey protein, hydrolyzed pea protein, hydrolyzed soy protein, and combinations thereof, wherein the composition comprises less than 30% of the one or more disaccharides, based on the total dry weight of the composition, and the one or more disaccharides are selected from the group consisting of sucrose, lactose, and combinations thereof, wherein the composition comprises 1-30% of the one or more oligosaccharides, based on the total dry weight of the composition, and the one or more oligosaccharides are selected from the group consisting of inulin, maltodextrins, dextrans, fructo-oligosaccharides, galacto-oligosaccharides, mannan-oligosaccharides, and combinations thereof, wherein the composition comprises 0.1-40% of the one or more polysaccharides, based on the total dry weight of the composition, and the one or more polysaccharides are selected from the group consisting of carrageenan, guar gum, gum acacia, locust bean gum, starches, modified starches, and combinations thereof, wherein the composition has viability of at least 1x10 10 CFU/g, and wherein the composition has a viability loss of less than 1 log unit/g after 3 months at a temperature of 40 °C and a relative humidity of 33%.
An orthotic device comprising, a torso section fabricated from a first material for conforming to at least a portion of a wearer's torso, the torso section having a first shoulder portion on a first side of the torso section and a second shoulder portion on a second side of the torso section, an arm section attached to the first side of the torso section adjacent to the first shoulder portion for encapsulating a first shoulder of a wearer, and characterised by a reinforcement for applying a compressive force to the first shoulder of the wearer, the reinforcement comprising a resilient material attached to the torso section and extending from a first end located on a front or rear portion of the torso section, over the first shoulder portion, downward and beneath an armpit portion of the first side of the torso section, and diagonally downwards across the front or rear portion of the torso section to a second end located at a hip portion on the second side of the torso section, in which there is no arm portion extending from the second side of the torso section.
A hearing aid with a volume control, wherein the hearing aid is provided with a signal path from a microphone to a receiver, and where the signal path is adapted to provide an amplification of a signal delivered to the receiver, where a first and a second user input means are provided to allow a user of the hearing aid to change the amplification in a downward or an upward direction CHARACTERIZED IN THAT differentiation between a step size of adjusting the amplification up and down is provided in that the first and second user input means have each their impact on a size of change effected and where this impact is programmable, and whereby the size of a downward step is bigger than the size of an upward step, and wherein a first register is provided for holding a user chosen value for a volume up step size and a second register is provided for holding a user chosen value for a volume down step size.
A cartridge of an electronic vaping device comprising: a vaporizer assembly configured to produce a vapor, the vaporizer assembly including, a first tank configured to store a pre-vapor formulation, and a heater configured to heat the pre-vapor formulation and form a vapor; and an atomizer assembly configured to produce an aerosol, the atomizer assembly including, a second tank configured to store a pre-aerosol formulation, and an atomizer configured to atomize the pre-aerosol formulation and form the aerosol without heat, the cartridge further comprising a mixing chamber downstream of the vaporizer assembly and the atomizer assembly, and at least one air inlet configured to provide air to the mixing chamber. a vaporizer assembly configured to produce a vapor, the vaporizer assembly including, a first tank configured to store a pre-vapor formulation, and a heater configured to heat the pre-vapor formulation and form a vapor; and a first tank configured to store a pre-vapor formulation, and a heater configured to heat the pre-vapor formulation and form a vapor; and an atomizer assembly configured to produce an aerosol, the atomizer assembly including, a second tank configured to store a pre-aerosol formulation, and an atomizer configured to atomize the pre-aerosol formulation and form the aerosol without heat, a second tank configured to store a pre-aerosol formulation, and an atomizer configured to atomize the pre-aerosol formulation and form the aerosol without heat, the cartridge further comprising a mixing chamber downstream of the vaporizer assembly and the atomizer assembly, and at least one air inlet configured to provide air to the mixing chamber.