mhurhangee/ep-ind-claims huggingface dataset:
A propulsion system for coupling to a vehicle, the system comprising: a diffusing structure; a conduit portion configured to introduce to the diffusing structure through a first passage a primary fluid produced by the vehicle, wherein the diffusing structure comprises a terminal end configured to provide egress from the system for the introduced primary fluid; a first constricting element in form of a metallic and flexible shim or of an elastic shim that retains a life of at least 2000 cycles and its elasticity at high temperatures, the shim being disposed face to face to a first wall portion, the first passage being defined by the first wall portion and the first constricting element; and an actuating apparatus coupled to the first constricting element and configured to urge and deflect in a horizontal direction the first constricting element toward the first wall portion, thereby reducing the cross-sectional area of the first passage. a diffusing structure; a conduit portion configured to introduce to the diffusing structure through a first passage a primary fluid produced by the vehicle, wherein the diffusing structure comprises a terminal end configured to provide egress from the system for the introduced primary fluid; a first constricting element in form of a metallic and flexible shim or of an elastic shim that retains a life of at least 2000 cycles and its elasticity at high temperatures, the shim being disposed face to face to a first wall portion, the first passage being defined by the first wall portion and the first constricting element; and an actuating apparatus coupled to the first constricting element and configured to urge and deflect in a horizontal direction the first constricting element toward the first wall portion, thereby reducing the cross-sectional area of the first passage.
A user interface arrangement comprising; - a printed circuit board having a first surface and a second surface, and - a light emitting unit (9.1, 9.2), wherein the printed circuit board comprises a first non-conductive layer provided with at least one aperture and wherein the light emitting unit (9.1, 9.2) is arranged to emit light through the at least one aperture of the first non-conductive layer in a direction from the second surface to the first surface of said printed circuit board to thereby define an image visible at the first surface of said printed circuit board, wherein the printed circuit board further comprises a second layer and a light diffuser layer arranged between the first non-conductive layer and the second layer and wherein said second layer is provided with at least one aperture arranged substantially in a position corresponding to a position of the at least one aperture of the first non-conductive layer on the printed circuit board to admit light being emitted through the printed circuit board in a direction from the second surface to the first surface of said printed circuit board via the at least one aperture of the second layer and the at least one aperture of the first non-conductive layer, wherein the size and the shape of said at least one aperture of the second layer substantially corresponds to the size and the shape of the at least one aperture of said first non-conductive layer, wherein the first non-conductive layer is a solder mask layer, wherein the first non-conductive layer is provided on said first surface of said printed circuit board and the second layer is provided on said second surface of said printed circuit board, characterised in that the second layer is a second non-conductive layer and in that the second non-conductive layer is a solder mask layer. - a printed circuit board having a first surface and a second surface, and - a light emitting unit (9.1, 9.2),
An intravenous catheter assembly comprising a septum having a proximal end, a distal end, and an outer surface, a portion of the distal end forming a seal with a distal ledge of a catheter adapter, the outer surface of the septum further comprising one or more non-sealing centering rib and one or more fluid pathways (82, 86) interposed between the outer surface of the septum and the distal ledge of the catheter adapter, formed into the surface of the distal end from an inner portion of the surface of the distal end along the outer portion of the surface of the distal end and to the outer surface of the septum thereby allowing fluid or air within the distal chamber to bypass the seal formed between the outer portion of the surface of the distal end and the distal ledge and flow around the outer surface of the septum and into a proximal chamber.
An agent for use in treating muscle atrophy comprising: at least one of astaxanthin and an ester thereof. at least one of astaxanthin and an ester thereof.
A backlight unit comprising: a point light source circuit board; and a point light source group row comprising a plurality of point light source groups arranged on the point light source circuit board in a line defining a row direction, wherein each point light source group comprises three point light sources arranged to emit light having mutually different first to third colors, and wherein the three point light sources are disposed in the shape of a triangle, characterized in that all the point light source groups have a different rotation angle (θ) with respect to each other, wherein the rotation angle (θ) of a point light source group is defined as the angle between the line defined by the center of the point light source group and the center of the point light source of the first color and a line perpendicular to the row direction of the point light source group row, wherein the difference of the rotation angles (θ) of all adjacent point light source groups is the same, the direction of the rotation of all the point light source groups is the same, and a difference of the rotation angles (θ) of the point light source groups at both ends of the point light source group row is 180 degrees. a point light source circuit board; and a point light source group row comprising a plurality of point light source groups arranged on the point light source circuit board in a line defining a row direction, wherein each point light source group comprises three point light sources arranged to emit light having mutually different first to third colors, and wherein the three point light sources are disposed in the shape of a triangle, characterized in that all the point light source groups have a different rotation angle (θ) with respect to each other, wherein the rotation angle (θ) of a point light source group is defined as the angle between the line defined by the center of the point light source group and the center of the point light source of the first color and a line perpendicular to the row direction of the point light source group row, wherein the difference of the rotation angles (θ) of all adjacent point light source groups is the same, the direction of the rotation of all the point light source groups is the same, and a difference of the rotation angles (θ) of the point light source groups at both ends of the point light source group row is 180 degrees.
A medicament device sensor configured for removable attachment to a medicament device, the medicament device sensor comprises: a body comprising a bottom surface, the bottom surface shaped so as to mate to a corresponding outer surface of the medicament device; a first wall perpendicular to the bottom surface coupled to a first edge of the bottom surface, a second wall perpendicular to the bottom surface coupled to a second edge of the bottom surface, the second edge opposite that of the first edge; and an audio sensor coupled to the bottom surface of the body configured to detect audio corresponding to use of the medicament device; characterized in that the first wall comprises a securement clip configured to attach the first wall of the medical device sensor to a ledge on a complementary surface of the medicament device, wherein the securement clip comprises a release tab that when pressed causes the securement clip to rotate away from the ledge such that the medicament device can slide vertically relative to the medicament device sensor, the release tab having a topmost surface contiguous with a topmost surface of the first wall; and in that a plurality of pressure sensors are coupled to the bottom surface of the body configured to detect pressure corresponding to use of the medicament device. a body comprising a bottom surface, the bottom surface shaped so as to mate to a corresponding outer surface of the medicament device; a first wall perpendicular to the bottom surface coupled to a first edge of the bottom surface, a second wall perpendicular to the bottom surface coupled to a second edge of the bottom surface, the second edge opposite that of the first edge; and an audio sensor coupled to the bottom surface of the body configured to detect audio corresponding to use of the medicament device; characterized in that the first wall comprises a securement clip configured to attach the first wall of the medical device sensor to a ledge on a complementary surface of the medicament device, wherein the securement clip comprises a release tab that when pressed causes the securement clip to rotate away from the ledge such that the medicament device can slide vertically relative to the medicament device sensor, the release tab having a topmost surface contiguous with a topmost surface of the first wall; and in that a plurality of pressure sensors are coupled to the bottom surface of the body configured to detect pressure corresponding to use of the medicament device.
A removable storage cartridge comprising a housing in which is encased a storage medium, said storage medium being provided with a metal carcass forming the mechanical ground of said storage medium; a cartridge connector linked to a connector of the storage medium, and two centring pins (16, 17), the cartridge being able to be slid along an axis in a receiver chassis comprising a connector able to be connected to the cartridge connector along the axis and a notch (46, 47) for each centring pin, the notches (46, 47) each being able to receive a centring pin (16, 17) so as to allow guidance along the axis of the connection between the cartridge connector and the connector of the receiver chassis, the cartridge being characterised in that a first centring pin is linked electrically to a mechanical ground of the cartridge and in that a second centring pin is linked electrically to an electrical ground of the storage medium, the first and the second centring pins (16, 17) being electrically insulated from one another; and in that the electrical ground of the storage medium is insulated from the mechanical ground of the storage medium or in that the metal carcass forming the mechanical ground of the storage medium is electrically insulated from the housing.
A process for producing polyhydroxyalkanoates or PHAs from volatile fatty acid molecules, termed precursors, produced by anaerobic fermentation from fermentable biomass, characterised in that said process comprises at least the following steps: - a) extracting the volatile fatty acid molecules without interrupting the fermentation using an extraction means chosen from among means which are, at least, insoluble in the fermentation medium, - b) collecting, outside the fermentation reactor, the volatile fatty acid molecules once extracted, - c) synthesising a given α□haloacid by halogenation starting from a type of volatile fatty acid chosen from among the volatile fatty acids collected in step b) and defined according to the type of PHA desired, - d) synthesising, from this α□haloacid, molecules of a given α□hydroxyacid by reaction with a base, - e) polymerising a defined polyhydroxyalkanoate from the α□hydroxyacid obtained. - a) extracting the volatile fatty acid molecules without interrupting the fermentation using an extraction means chosen from among means which are, at least, insoluble in the fermentation medium, - b) collecting, outside the fermentation reactor, the volatile fatty acid molecules once extracted, - c) synthesising a given α□haloacid by halogenation starting from a type of volatile fatty acid chosen from among the volatile fatty acids collected in step b) and defined according to the type of PHA desired, - d) synthesising, from this α□haloacid, molecules of a given α□hydroxyacid by reaction with a base, - e) polymerising a defined polyhydroxyalkanoate from the α□hydroxyacid obtained.
A stator section for a gas turbine engine, comprising: a case including a slot; a stator vane including a vane foot received within the slot; a wear liner for the vane foot, wherein the wear liner comprises: a first hook and a second hook connected by a base to provide an S-shaped channel, the wear liner having an outer surface adapted to lie against a first component and an inner surface adapted to lie against a second component, a first engaging end of the first hook configured to press against, and seal to the first component and a second engaging end of the second hook configured to press against and seal to the second component, wherein the first component is the vane foot, wherein the vane foot has a forward end, an aft end, and a recess on an axially extending surface adjacent to at least one of the radially extending forward end or the radially extending aft end; characterised in that: the first engaging end comprises a curve and extends into the recess; the first hook terminates at the recess; and the first hook is configured to receive the vane foot. a case including a slot; a stator vane including a vane foot received within the slot; a wear liner for the vane foot, wherein the wear liner comprises: a first hook and a second hook connected by a base to provide an S-shaped channel, the wear liner having an outer surface adapted to lie against a first component and an inner surface adapted to lie against a second component, a first engaging end of the first hook configured to press against, and seal to the first component and a second engaging end of the second hook configured to press against and seal to the second component, wherein the first component is the vane foot, wherein the vane foot has a forward end, an aft end, and a recess on an axially extending surface adjacent to at least one of the radially extending forward end or the radially extending aft end; characterised in that: the first engaging end comprises a curve and extends into the recess; the first hook terminates at the recess; and the first hook is configured to receive the vane foot. the first engaging end comprises a curve and extends into the recess; the first hook terminates at the recess; and the first hook is configured to receive the vane foot.
An electronic timepiece comprising: a satellite signal receiving device that executes a reception process including a first reception unit that receives satellite signals transmitted from a first type of positioning information satellite; and a second reception unit that receives satellite signals transmitted from a second type of positioning information satellite; a time display device that displays time information computed based on information acquired from a satellite signal the first or second reception unit received; a solar panel; and a storage battery that is charged with power produced by the solar panel; wherein the first reception unit and second reception unit are driven by power stored in the storage battery and function exclusively between a start and an end of the reception process, wherein the reception process of the electronic timepiece is executed in a cold start mode without locally stored orbit information. a satellite signal receiving device that executes a reception process including a first reception unit that receives satellite signals transmitted from a first type of positioning information satellite; and a second reception unit that receives satellite signals transmitted from a second type of positioning information satellite; a time display device that displays time information computed based on information acquired from a satellite signal the first or second reception unit received; wherein the first reception unit and second reception unit are driven by power stored in the storage battery and function exclusively between a start and an end of the reception process, wherein the reception process of the electronic timepiece is executed in a cold start mode without locally stored orbit information.
Method for producing a double-gate non-volatile memory cell comprising a driver transistor comprising a gate and a memory transistor comprising a control gate adjacent to the gate of the driver transistor, wherein the following steps are carried out: ∘ forming at least partially the gate of the driver transistor comprising the obtaining of a relief made of a semi-conductive material on a substrate (160, 162); ∘ forming the control gate of the memory transistor, comprising steps of depositing a layer made of a semi-conductive material so as to cover at least the relief of the gate of the driver transistor; the formation of the control gate of the memory transistor further comprising the following steps: ∘ depositing on the layer made of a semi-conductive material of another layer of a thickness such that the upper face of said other layer is in any point located above the relief of the gate of the driver transistor; ∘ removing said other layer on either side of the relief of the gate of the driver transistor; ∘ etching of the layer made of a semi-conductive material so as to remove this material above the relief of the gate of the driver transistor and to only letting one pattern subsist on at least one side of the relief of the gate of the driver transistor characterised in that the formation of the control gate of the memory transistor further comprises the following step carried out between said step of depositing said other layer and said removal step: chemical mechanical polishing carried out so as to remove, above the relief of the gate of the driver transistor, said other layer and a portion of the layer made of a semi-conductive material. ∘ forming at least partially the gate of the driver transistor comprising the obtaining of a relief made of a semi-conductive material on a substrate (160, 162); ∘ forming the control gate of the memory transistor, comprising steps of depositing a layer made of a semi-conductive material so as to cover at least the relief of the gate of the driver transistor; ∘ depositing on the layer made of a semi-conductive material of another layer of a thickness such that the upper face of said other layer is in any point located above the relief of the gate of the driver transistor; ∘ removing said other layer on either side of the relief of the gate of the driver transistor; ∘ etching of the layer made of a semi-conductive material so as to remove this material above the relief of the gate of the driver transistor and to only letting one pattern subsist on at least one side of the relief of the gate of the driver transistor
An exhaust gas purification catalyst carrier, characterized by comprising a phosphate salt represented by formula LaPO 4, and SiO 2 particles, and the ratio of the amount of the phosphate salt to that of the total amount of SiO 2 particles and the phosphate salt is 5 to 40 mol%.
An animal management system comprising: a signal source emitting a signal over a range encompassing an area of interest; an animal tag, the animal tag comprising memory and a tag transceiver; the memory being configured to store tag information; the tag transceiver being configured to receive the signal when the animal tag is in or adjacent to the area of interest, and to transmit a tag signal comprising the tag information; the tag information comprising indicia identifying the animal tag and information generated upon receiving the signal; and a reader, the reader comprising a reader transceiver, the reader transceiver being configured to receive the tag signal and to transmit the tag information, information generated upon receiving the tag information, or a combination thereof; characterized in that: the signal is a beacon signal comprising beacon information comprising an identifier of the area of interest and the signal source is a beacon comprising a beacon transceiver configured to broadcast the beacon signal over a beacon range encompassing the area of interest; and in that the tag signal transmitted by the tag transceiver comprises a combination of the indicia identifying the animal tag, the information generated upon receiving the beacon signal and the beacon information. a signal source emitting a signal over a range encompassing an area of interest; an animal tag, the animal tag comprising memory and a tag transceiver; the memory being configured to store tag information; the tag transceiver being configured to receive the signal when the animal tag is in or adjacent to the area of interest, and to transmit a tag signal comprising the tag information; the tag information comprising indicia identifying the animal tag and information generated upon receiving the signal; and a reader, the reader comprising a reader transceiver, the reader transceiver being configured to receive the tag signal and to transmit the tag information, information generated upon receiving the tag information, or a combination thereof; characterized in that: the signal is a beacon signal comprising beacon information comprising an identifier of the area of interest and the signal source is a beacon comprising a beacon transceiver configured to broadcast the beacon signal over a beacon range encompassing the area of interest; and in that the tag signal transmitted by the tag transceiver comprises a combination of the indicia identifying the animal tag, the information generated upon receiving the beacon signal and the beacon information. the signal is a beacon signal comprising beacon information comprising an identifier of the area of interest and the signal source is a beacon comprising a beacon transceiver configured to broadcast the beacon signal over a beacon range encompassing the area of interest; and in that the tag signal transmitted by the tag transceiver comprises a combination of the indicia identifying the animal tag, the information generated upon receiving the beacon signal and the beacon information.
Lighting device equipped for fastening to a surgical instrument or by means of adapters (90, 91) on a body part of a surgeon or an OP-assistant, for example on a finger, in order to serve as a light source during a surgical operation for the illumination of body and organ cavities, with a housing and at least one illuminant, wherein at least one pin pointing outwards from the wall of the housing is arranged on the housing in a wall area directed towards the surgical instrument in the fastening position, wherein the pin has a light-emitting opening at the distal end of the pin and is designed for reaching through a fenestration of the surgical instrument or of the adapter (90; 91) and thus establishing a form-fit or force-fit connection with the fenestration and wherein an additional fastening projection in form of stud or a nub is provided in the wall area, which is in its fastening position directed towards the surgical instrument, for switching the illuminant located in the pin on and off.