mhurhangee/patent-ind-claim-en huggingface dataset:
A vibration measurement device (1A - 1E) for high-speed rotating machines for measuring balancing vibration of the rotating machines which have variable operating speed, the rotating machines comprising a cartridge including a rotor that rotates about an axial line and a cartridge body that rotatably supports the rotor , the vibration measurement device comprising: a rigidly fixed support structure ; a vibration detection unit that detects vibration of the rotating machines; an elastic support portion (K, 4, 44, 45) that elastically supports the rotating machines with respect to the support structure characterized in that the elastic support portion (K, 4, 44, 45) has a variable spring constant and comprises an intermediate component having a shaft and a protruding portion that are arranged such that the protruding portion projects in a horizontal direction from the upper end portion of the shaft , and wherein the vibration detection unit is fixed to the bottom surfaces of the protruding portions at distal end portions thereof. a rigidly fixed support structure ; a vibration detection unit that detects vibration of the rotating machines; an elastic support portion (K, 4, 44, 45) that elastically supports the rotating machines with respect to the support structure characterized in that the elastic support portion (K, 4, 44, 45) has a variable spring constant and comprises an intermediate component having a shaft and a protruding portion that are arranged such that the protruding portion projects in a horizontal direction from the upper end portion of the shaft , and wherein the vibration detection unit is fixed to the bottom surfaces of the protruding portions at distal end portions thereof.
A milk meter for measuring a flow rate of a milk flow, provided with an inlet to which, in use, the milk flow is supplied, an outlet where the milk flow leaves the milk meter, in use, and a liquid flow path extending from the inlet to the outlet, wherein the milk meter is provided with a stabilization chamber which is included in the liquid flow path and a float which is in the stabilization chamber and is configured to float on milk of the milk flow that is in the stabilization chamber, wherein the milk meter is configured such that a level of milk in the stabilization chamber depends on the flow rate of the milk flow, wherein the milk meter is provided with a buffer reservoir which is included upstream of the stabilization chamber in the liquid flow path, wherein in a sidewall of the buffer reservoir an outflow opening is provided which extends from a lowest point of the outflow opening upwardly and which is in fluid communication with the outlet , wherein a top of the buffer reservoir comprises an inlet opening which is in fluid communication with the inlet , and wherein the buffer reservoir and the stabilization chamber are connected with each other via a fluid connection, such that the buffer reservoir, the fluid connection and the stabilization chamber, in use, function as communicating vessels so that, in use, a level of the milk in the stabilization chamber is equal to a level of the milk in the buffer reservoir, wherein the milk meter is furthermore provided with at least one sensor device for determining the flow rate of the milk flow through the milk meter, wherein the milk meter is further provided with an outflow channel , wherein the outflow opening is in fluid communication with the outlet via the outflow channel, wherein the outflow channel is in the milk meter next to the stabilization chamber.
A through wall light fixture , comprising: a collimated light source; an optic wave guide , wherein the collimated light source is coupled to a first end of the optic wave guide to be located closer to an interior side of a wall ; and a light distribution element coupled to a second end of the optic wave guide to be located closer to an exterior side of the wall, characterized in that the light distribution element comprises compound optics comprising a first optical feature to move a vertical peak intensity of a light emitted by the light source, a second optical feature to split the light emitted by the lights source into two horizontal beams, and a third optical feature to provide a uniform light intensity along a horizontal plane. a collimated light source; an optic wave guide , wherein the collimated light source is coupled to a first end of the optic wave guide to be located closer to an interior side of a wall ; and a light distribution element coupled to a second end of the optic wave guide to be located closer to an exterior side of the wall, characterized in that the light distribution element comprises compound optics comprising a first optical feature to move a vertical peak intensity of a light emitted by the light source, a second optical feature to split the light emitted by the lights source into two horizontal beams, and a third optical feature to provide a uniform light intensity along a horizontal plane.
A medical connector comprising: a body having a distal end , a proximal end , and a sidewall extending between the distal end and the proximal end ; a helical thread extending radially outward from a surface of the sidewall and comprising a crest portion , flank portions , and a root portion , the flank portions connecting the root portion to the crest portion ; and a first protrusion extending radially outward from the crest portion of the helical thread , characterized in that : the first protrusion includes a first end and a second end , the first end being wider in a longitudinal direction of the body than the second end . a body having a distal end , a proximal end , and a sidewall extending between the distal end and the proximal end ; a helical thread extending radially outward from a surface of the sidewall and comprising a crest portion , flank portions , and a root portion , the flank portions connecting the root portion to the crest portion ; and a first protrusion extending radially outward from the crest portion of the helical thread , characterized in that : the first protrusion includes a first end and a second end , the first end being wider in a longitudinal direction of the body than the second end .
A sterilization packaging system having a volume for containing items to be sterilized, the sterilization packaging system comprising: a lid having an upper surface defining a perimeter and a lip extending downward from the perimeter ,; a base having a lower surface , a first sidewall , a second sidewall , a third sidewall , and a fourth side wall extending from the lower surface , wherein the first sidewall , the second sidewall , the third sidewall , and the fourth sidewall terminate at a seal rim defining a perimeter ; and a sealing assembly , wherein the sealing assembly seals the lid to the seal rim of the base , the sealing assembly comprising : a gasket having an upper surface , an outer edge , and an inner edge , and a sheet of filter material extending from the inner edge of the gasket , wherein the gasket completely surrounds and partially overlaps the sheet of filter material , characterized in that : the lip includes a plurality of upper openings and a plurality of lower openings , and the upper surface of the gasket comprises a first row of alternating protrusions and indentations and a second row of alternating protrusions and indentations that define a channel therebetween, wherein the indentations and channel facilitate the delivery of sterilization agent through the sheet of filter material when the sterilization packaging system is sealed with the sealing assembly . a lid having an upper surface defining a perimeter and a lip extending downward from the perimeter ,; a base having a lower surface , a first sidewall , a second sidewall , a third sidewall , and a fourth side wall extending from the lower surface , wherein the first sidewall , the second sidewall , the third sidewall , and the fourth sidewall terminate at a seal rim defining a perimeter ; and a sealing assembly , wherein the sealing assembly seals the lid to the seal rim of the base , the sealing assembly comprising : a gasket having an upper surface , an outer edge , and an inner edge , and a sheet of filter material extending from the inner edge of the gasket , wherein the gasket completely surrounds and partially overlaps the sheet of filter material , a gasket having an upper surface , an outer edge , and an inner edge , and a sheet of filter material extending from the inner edge of the gasket , wherein the gasket completely surrounds and partially overlaps the sheet of filter material , the lip includes a plurality of upper openings and a plurality of lower openings , and the upper surface of the gasket comprises a first row of alternating protrusions and indentations and a second row of alternating protrusions and indentations that define a channel therebetween, wherein the indentations and channel facilitate the delivery of sterilization agent through the sheet of filter material when the sterilization packaging system is sealed with the sealing assembly .
A method for producing a microcapsule formulation comprising: step A of adding a basic amino acid to an aqueous solvent containing a heavy metal salt of a peptidic physiologically active substance to obtain an amino acid-containing S/W suspension; step B of adding a basic amino acid to an organic solvent containing a biodegradable polymer to obtain an amino acid-containing polymer solution; step C of dispersing the amino acid-containing S/W suspension in the amino acid-containing polymer solution, which is an oil phase, to obtain an S/W/O emulsion; step D of dispersing the S/W/O emulsion in a water phase to obtain an S/W/O/W emulsion; and step E of removing the organic solvent from the S/W/O/W emulsion to obtain the microcapsule formulation. step A of adding a basic amino acid to an aqueous solvent containing a heavy metal salt of a peptidic physiologically active substance to obtain an amino acid-containing S/W suspension; step B of adding a basic amino acid to an organic solvent containing a biodegradable polymer to obtain an amino acid-containing polymer solution; step C of dispersing the amino acid-containing S/W suspension in the amino acid-containing polymer solution, which is an oil phase, to obtain an S/W/O emulsion; step D of dispersing the S/W/O emulsion in a water phase to obtain an S/W/O/W emulsion; and step E of removing the organic solvent from the S/W/O/W emulsion to obtain the microcapsule formulation.
A process for producing alpha-olefins comprising contacting an ethylene feed with an oligomerization catalyst system in an oligomerization reaction zone under oligomerization reaction conditions to produce a product stream comprising alpha-olefins wherein the catalyst system comprises an iron-ligand complex and a co-catalyst and the molar ratio of oxygen to iron being fed to the oligomerization reaction zone is of from 1:1 to 200:1.
A thrust reverser assembly configured for reversing thrust of an aircraft engine , wherein the thrust reverser assembly comprises a bypass duct of an aircraft engine , a fixed member and a translating member of an engine nacelle , a flap and a linkage arrangement , wherein the flap is driven between a stowed position (VII) and a deployed position (XI) by the linkage arrangement due to an axial movement of the translating member relative to the fixed member , wherein the linkage arrangement is configured to move the flap along a movement path that, when the flap enters the bypass duct, has a radial translational movement component radially inward in an engine-nacelle-radial-direction characterized in that the linkage arrangement is configured so that the movement path has, towards the deployed position, a portion of the radial translational component directed radially outward.
An electro-optic medium comprising a plurality of capsules and a binder, each capsule containing a plurality of electrically charged particles and a fluid, the charged particles being movable by application of an electric field, the electro-optic medium being characterized in that the binder comprises fish gelatin and acacia, and the capsules comprise gelatin and acacia.
An ophthalmoscope configured for viewing a target of interest, the ophthalmoscope comprising: a housing having a distal end, an opposing proximal end and an interior; an optical system disposed within the interior of the housing , the optical system comprising: a distal objective lens disposed at the distal end of the housing and being the distalmost optical element of the ophthalmoscope; at least one intermediately disposed relay lens and proximal eyepiece lens each commonly disposed along an optical axis and in which the optical system is configured to create an entrance pupil external of the distal end of the housing in order to create closer proximity and an increased field of view of the target of interest; an illumination assembly for directing light at the target of interest, the illumination assembly comprising a plurality of components assembled in an interlocking manner; and a rotatable dioptre wheel attached to illumination assembly such that said wheel is located between the at least one relay lens and the objective lens . a housing having a distal end, an opposing proximal end and an interior; an optical system disposed within the interior of the housing , the optical system comprising: a distal objective lens disposed at the distal end of the housing and being the distalmost optical element of the ophthalmoscope; at least one intermediately disposed relay lens and proximal eyepiece lens each commonly disposed along an optical axis and in which the optical system is configured to create an entrance pupil external of the distal end of the housing in order to create closer proximity and an increased field of view of the target of interest; an illumination assembly for directing light at the target of interest, the illumination assembly comprising a plurality of components assembled in an interlocking manner; and a rotatable dioptre wheel attached to illumination assembly such that said wheel is located between a distal objective lens disposed at the distal end of the housing and being the distalmost optical element of the ophthalmoscope; at least one intermediately disposed relay lens and proximal eyepiece lens each commonly disposed along an optical axis and in which the optical system is configured to create an entrance pupil external of the distal end of the housing in order to create closer proximity and an increased field of view of the target of interest; an illumination assembly for directing light at the target of interest, the illumination assembly comprising a plurality of components assembled in an interlocking manner; and a rotatable dioptre wheel attached to illumination assembly such that said wheel is located between an illumination assembly for directing light at the target of interest, the illumination assembly comprising a plurality of components assembled in an interlocking manner; and a rotatable dioptre wheel attached to illumination assembly such that said wheel is located between
Cap assembly, comprising: an outer cap , defining a central axis and comprising an outer cap base part and an outer cap peripheral part which projects substantially perpendicularly from a periphery of the outer cap base part to define an internal space; and an internal structure supported in the internal space, with a gas passageway in communication with external air being defined between the internal structure and the outer cap , the internal structure characterised by comprising a two-way vent hole extending to the vicinity of the outer cap base part in an axial direction extending along the central axis and a one-way vent hole disposed remotely from the outer cap base part in the axial direction, the two-way vent hole being constructed to allow air in a tube member to be discharged into external air via the two-way vent hole and the gas passageway, thereby defining a gas discharge path, when the tube member is mounted to the cap assembly in a gas-tight fashion, and being constructed to allow external air to enter the tube member via the gas passageway and the two-way vent hole , thereby defining a first gas intake path; and the one-way vent hole being constructed to allow external air to enter the tube member via the gas passageway and the one-way vent hole , thereby defining a second gas intake path, but to prohibit air in the tube member from being discharged into external air via the one-way vent hole . an outer cap , defining a central axis and comprising an outer cap base part and an outer cap peripheral part which projects substantially perpendicularly from a periphery of the outer cap base part to define an internal space; and an internal structure supported in the internal space, with a gas passageway in communication with external air being defined between the internal structure and the outer cap , the internal structure characterised by comprising a two-way vent hole extending to the vicinity of the outer cap base part in an axial direction extending along the central axis and a one-way vent hole disposed remotely from the outer cap base part in the axial direction, the two-way vent hole being constructed to allow air in a tube member to be discharged into external air via the two-way vent hole and the gas passageway, thereby defining a gas discharge path, when the tube member is mounted to the cap assembly in a gas-tight fashion, and being constructed to allow external air to enter the tube member via the gas passageway and the two-way vent hole , thereby defining a first gas intake path; and the one-way vent hole being constructed to allow external air to enter the tube member via the gas passageway and the one-way vent hole , thereby defining a second gas intake path, but to prohibit air in the tube member from being discharged into external air via the one-way vent hole .
Apparatus for machining workpieces (W), preferably panel-formed workpieces (W), wherein the workpieces (W) consist in particular at least partially of wood, wood-based materials, plastic, aluminium, sheet metal or a combination thereof, having: a processing device with a tool for machining the workpieces (W), a suction extraction device for sucking out chips produced during the machining, a suction intake region for sucking in the workpieces (W) during the machining, a vacuum interface region, in particular a connection section , for a vacuum device , said vacuum interface region being connected with the suction extraction device and the suction intake region in order to supply the suction extraction device and the suction intake region with vacuum, and a conveyor device with a conveyor section (FS) for transporting the workpieces (W) by means of at least one transport device , wherein the processing device is arranged in the region of the conveyor section (FS) and wherein the suction intake region sucks in the workpieces (W) in the direction of the at least one transport device , characterised in that the apparatus is configured to transport the workpiece through the conveyor device during the machining. a processing device with a tool for machining the workpieces (W), a suction extraction device for sucking out chips produced during the machining, a suction intake region for sucking in the workpieces (W) during the machining, a vacuum interface region, in particular a connection section , for a vacuum device , said vacuum interface region being connected with the suction extraction device and the suction intake region in order to supply the suction extraction device and the suction intake region with vacuum, and a conveyor device with a conveyor section (FS) for transporting the workpieces (W) by means of at least one transport device , wherein the processing device is arranged in the region of the conveyor section (FS) and wherein the suction intake region sucks in the workpieces (W) in the direction of the at least one transport device , characterised in that the apparatus is configured to transport the workpiece through the conveyor device during the machining.
An electro-acoustic transducer (50; 150), comprising: a diaphragm (62;162) with a front side and a rear side, the diaphragm configured to radiate front side acoustic radiation from its front side and rear side acoustic radiation from its rear side; a magnet (90;190); a magnetic circuit (100;200) that defines a path for magnetic flux of the magnet and comprises a gap , wherein the magnetic circuit comprises a cup-shaped pole piece (104;204); a voice coil located in the magnetic circuit gap and configured to move the diaphragm; a basket (120;220) directly supported by an upstanding wall (105;205) of the cup-shaped pole piece, and wherein the basket indirectly supports the diaphragm via a roll (64;164) extending from the basket to the diaphragm; a first opening in the basket (124;224); and a second opening in the basket (134;234); wherein the magnet, the magnetic circuit, and the voice coil are arranged along the rear side of the diaphragm; wherein the first and second basket openings are both configured to receive the rear side acoustic radiation, the first opening is spaced from the second opening, and the first opening has a greater acoustic resistance than the second opening; wherein the first and second openings are located at a height between the rear side of the diaphragm and a rear wall of the cup-shaped pole piece; wherein the first and second openings accomplish a variable-length dipole, achieving a longer effective dipole length at lower frequencies and a smaller effective dipole length at higher frequencies. a diaphragm (62;162) with a front side and a rear side, the diaphragm configured to radiate front side acoustic radiation from its front side and rear side acoustic radiation from its rear side; a magnet (90;190); a magnetic circuit (100;200) that defines a path for magnetic flux of the magnet and comprises a gap , wherein the magnetic circuit comprises a cup-shaped pole piece (104;204); a voice coil located in the magnetic circuit gap and configured to move the diaphragm; a basket (120;220) directly supported by an upstanding wall (105;205) of the cup-shaped pole piece, and wherein the basket indirectly supports the diaphragm via a roll (64;164) extending from the basket to the diaphragm; a first opening in the basket (124;224); and a second opening in the basket (134;234); wherein the magnet, the magnetic circuit, and the voice coil are arranged along the rear side of the diaphragm; wherein the first and second basket openings are both configured to receive the rear side acoustic radiation, the first opening is spaced from the second opening, and the first opening has a greater acoustic resistance than the second opening; wherein the first and second openings are located at a height between the rear side of the diaphragm and a rear wall of the cup-shaped pole piece; wherein the first and second openings accomplish a variable-length dipole, achieving a longer effective dipole length at lower frequencies and a smaller effective dipole length at higher frequencies.