mhurhangee/patent-ind-claim-en huggingface dataset:
A puddle lamp device for displaying an image, the puddle lamp device comprising: a housing ; and an illumination system lens , an image film , and a plurality of image forming system lenses embedded in the housing , and sequentially arranged in a predetermined direction, wherein the plurality of image forming system lenses include: a first image forming system lens , a second image forming system lens , and a third image forming system lens sequentially arranged in the predetermined direction away from the image film , characterized in that the first image forming system lens is made of a cycloolefin polymer (COP) material, the second image forming system lens is made of a polycarbonate (PC) material, and the third image forming system lens is made of the cycloolefin polymer (COP) material. a housing ; and an illumination system lens , an image film , and a plurality of image forming system lenses embedded in the housing , and sequentially arranged in a predetermined direction, wherein the plurality of image forming system lenses include: a first image forming system lens , a second image forming system lens , and a third image forming system lens sequentially arranged in the predetermined direction away from the image film , characterized in that the first image forming system lens is made of a cycloolefin polymer (COP) material, the second image forming system lens is made of a polycarbonate (PC) material, and the third image forming system lens is made of the cycloolefin polymer (COP) material.
Method for anchoring an object to the ground with at least one anchor pile that gets inserted into the ground, comprising the steps of: - positioning a sonic drill apparatus at a position where the anchor pile is to be inserted into the ground; - providing an assembly of a head section and one or more rod sections , in which the rod sections are connectable to the head section and to each other while extending in a longitudinal direction (x) for forming the anchor pile; - inserting the anchor pile into the ground; wherein the head section comprises a drilling portion, wherein the inserting of the anchor pile into the ground comprises a drilling of the head section with its drilling portion in rotation directly into the ground by means of the sonic drill apparatus , repeatedly connecting one of the rod sections thereto and then drilling the connected head and rod sections (6; 20) further into the ground by means of the sonic drill apparatus , wherein during at least part of this drilling, a sonic vibration is introduced into the connected sections (6; 20); wherein the provided assembly comprises hollow tube sections as rod sections (6; 20), characterized in that , the head section is closed or substantially closed in a longitudinal direction (x) at its front side; wherein the provided assembly comprises one or more outlet openings in its head section which openings connect to a feed channel inside the hollow tube sections, wherein during at least a final stage of the drilling of the connected sections (6; 20) into the ground, a curable substance is fed pressurized through the feed channel, which curable substance gets injected via the one or more outlet openings into the ground to form a volume of a mixture of the curable substance and ground particles around the head section , and wherein the introduced sonic vibration is used during said final stage of the drilling for compacting the mixture of the curable substance and ground particles around the head section after which the curing of the mixture takes place, and after which the object to be anchored to the ground is coupled to a proximal end of the connected sections (6; 20) of the anchor pile. - positioning a sonic drill apparatus at a position where the anchor pile is to be inserted into the ground; - providing an assembly of a head section and one or more rod sections , in which the rod sections are connectable to the head section and to each other while extending in a longitudinal direction (x) for forming the anchor pile; - inserting the anchor pile into the ground;
A neurokinin 3 receptor antagonist that is (R)-N-{{3-[1-Benzoyl-3-(3,4-dichlorophenyl)piperidin-3-yl]prop-1-yl}-4-phenylpiperidin-4-yl}-N-methylacetamine or a salt thereof, for use in treating or preventing Post-Traumatic Stress Disorder in a human subject, wherein the neurokinin 3 receptor antagonist is administered within three hours of experiencing a traumatic event.
An apparatus structured to contact the external surface of external tissue of a user during use thereof, comprising: - a contacting portion structured to directly engage the external tissue, wherein at least a section of the contacting portion has an engineered surface comprising a plurality of non-random, predesigned surface features each having a like geometry, wherein in the section a pitch between each immediately adjacent pair of the surface features is less than or equal to a predetermined maximum pitch value, and wherein in the section a height of each of the surface features is less than or equal to a predetermined maximum height value, said predetermined maximum pitch value being 100 microns, said predetermined maximum height value being 100 microns, wherein each of the surface features has an axi-symmetric dome-shaped profile, wherein each of the surface features has a tip portion coupled to a base portion , characterized in that the tip portion has a radius of between 5 and 10 microns, and wherein the base portion is frusto-conically-shaped and has a half angle (θ) measured with respect to a central axis of the base portion equal to between 10 and 60 degrees. - a contacting portion structured to directly engage the external tissue, wherein at least a section of the contacting portion has an engineered surface comprising a plurality of non-random, predesigned surface features each having a like geometry, wherein in the section a pitch between each immediately adjacent pair of the surface features is less than or equal to a predetermined maximum pitch value, and wherein in the section a height of each of the surface features is less than or equal to a predetermined maximum height value, said predetermined maximum pitch value being 100 microns, said predetermined maximum height value being 100 microns, wherein each of the surface features has an axi-symmetric dome-shaped profile, wherein each of the surface features has a tip portion coupled to a base portion , characterized in that the tip portion has a radius of between 5 and 10 microns, and wherein the base portion is frusto-conically-shaped and has a half angle (θ) measured with respect to a central axis of the base portion equal to between 10 and 60 degrees.
Apparatus (7; 10; 20; 30; 40; 100) configured to perform a sample analysis of a Peltier controlled sample in a Polarimeter, the sample contained in a sample tube (5; 15; 25; 35; 45), characterized by a combination of a sample tube adapter (6; 16; 26; 36; 46) and sample support rails (1; 11; 21; 31; 41); the sample tube adapter (6; 16; 26; 36; 46) being made of thermally conductive material, and configured with a first part to at least partially contain and touch a sample tube (5; 15; 25; 35; 45) having a sample therein, and configured with a second part to provide a thermal path for heat transfer to and from the sample tube (5; 15; 25; 35; 45) and a thermal assembly, having a combination of a temperature control plate , a Peltier device (3; 13; 23; 33; 43) and a heatsink (4; 14; 24; 34; 44), for performing a sample analysis; and the sample support rails (1; 11; 21; 31; 41) configured to receive the sample tube adapter (6; 16; 26; 36; 46) to provide physical support for the sample tube (5; 15; 25; 35; 45) for performing the sample analysis, orient the sample tube adapter (6; 16; 26; 36; 46) in relation to the thermal assembly so there is contact between the second part of the sample tube adapter (6; 16; 26; 36; 46) and some part of the thermal assembly in order to provide the thermal path for heat transfer to and from the sample tube (5; 15; 25; 35; 45) and the thermal assembly for performing the sample analysis, and align the sample tube adapter (6; 16; 26; 36; 46) in relation to a light source and a light beam provided by the light source for performing the sample analysis. a combination of a sample tube adapter (6; 16; 26; 36; 46) and sample support rails (1; 11; 21; 31; 41); the sample tube adapter (6; 16; 26; 36; 46) being made of thermally conductive material, and configured with a first part to at least partially contain and touch a sample tube (5; 15; 25; 35; 45) having a sample therein, and configured with a second part to provide a thermal path for heat transfer to and from the sample tube (5; 15; 25; 35; 45) and a thermal assembly, having a combination of a temperature control plate , a Peltier device (3; 13; 23; 33; 43) and a heatsink (4; 14; 24; 34; 44), for performing a sample analysis; and the sample support rails (1; 11; 21; 31; 41) configured to receive the sample tube adapter (6; 16; 26; 36; 46) to provide physical support for the sample tube (5; 15; 25; 35; 45) for performing the sample analysis, orient the sample tube adapter (6; 16; 26; 36; 46) in relation to the thermal assembly so there is contact between the second part of the sample tube adapter (6; 16; 26; 36; 46) and some part of the thermal assembly in order to provide the thermal path for heat transfer to and from the sample tube (5; 15; 25; 35; 45) and the thermal assembly for performing the sample analysis, and align the sample tube adapter (6; 16; 26; 36; 46) in relation to a light source and a light beam provided by the light source for performing the sample analysis.
Device for fitting connector housings provided with sealing mats with prefabricated cable ends of cables by means of a fitting unit , by means of which unit the cable ends can be inserted into the connector housing , the fitting unit comprising a cable gripper having an insertion lug which can be guided through a cable passage opening in the sealing mat during the fitting process, characterized in that the insertion lug has a shaft and a tip which is widened in relation to the shaft, and in that , in order to form a free region (FB), the insertion lug has an inner contour which is enlarged in cross section in comparison with the inner contour of the clamping jaws .
A transfer device for transferring a medical fluid from a vial to a medical fluid injection device comprising: a) a vial elevator configured to receive a vial containing a medical fluid b) a vial elevator shaft within which the vial elevator moves between an extended position and a retracted position, wherein the vial elevator shaft includes shaft cam ramps and the vial elevator includes a plurality of locking arms that are moved radially inwards by the shaft cam ramps as the vial elevator is moved towards the retracted position, each of said locking arms including a locking shoulder configured to engage a vial inserted in the vial elevator when the vial elevator is in the retracted position; c) a vial spike positioned within the vial elevator shaft so that the vial spike is positioned within the vial when the vial elevator is in the retracted position; d) an expansion chamber having an interior cavity; e) a pressurized gas cartridge positioned with the interior cavity of the expansion chamber; f) a puncture tip configured to puncture the pressurized gas cartridge when actuated by a user; and g) said vial spike in fluid communication with the interior cavity of the expansion chamber and configured to be in fluid communication with an injection device attached to the transfer device and a vial positioned within the vial elevator when the vial elevator is in the retracted position and the vial spike is positioned in the vial. a) a vial elevator configured to receive a vial containing a medical fluid b) a vial elevator shaft within which the vial elevator moves between an extended position and a retracted position, wherein the vial elevator shaft includes shaft cam ramps and the vial elevator includes a plurality of locking arms that are moved radially inwards by the shaft cam ramps as the vial elevator is moved towards the retracted position, each of said locking arms including a locking shoulder configured to engage a vial inserted in the vial elevator when the vial elevator is in the retracted position; c) a vial spike positioned within the vial elevator shaft so that the vial spike is positioned within the vial when the vial elevator is in the retracted position; d) an expansion chamber having an interior cavity; e) a pressurized gas cartridge positioned with the interior cavity of the expansion chamber; f) a puncture tip configured to puncture the pressurized gas cartridge when actuated by a user; and g) said vial spike in fluid communication with the interior cavity of the expansion chamber and configured to be in fluid communication with an injection device attached to the transfer device and a vial positioned within the vial elevator when the vial elevator is in the retracted position and the vial spike is positioned in the vial.
Non-therapeutic use of isolated thylakoids to reduce the urge for palatable food, in order to decrease hedonic hunger, in man, wherein said use includes intake of isolated thylakoids.
A valve comprising: - a closure member rotating in unison with a shaft and passing through a fixed plate , - an actuator (A) driving the shaft in rotation, and - an annular sensor of the rotational position of the shaft fitted on the shaft , in which - there is only one single transmission coupling of the torque between the shaft and the actuator (A), - the position sensor is supported by the plate and comprises: • an annular target-holder carrying a target sensitive to an action at a distance and fitted on the shaft in such a way as to rotate in unison therewith and to be able to be displaced in translation along the shaft , • a small plate fitted on the shaft by way of an annular portion without being rotationally unified therewith, this annular portion containing two detectors of the target , at 90° one with respect to the other, and - the target-holder and the annular portion are in the same plane, - the sensor is interposed, in the longitudinal direction of the shaft , between closure member and actuator (A) and the actuator (A) has a thickness, i.e. the dimension in the longitudinal direction of the shaft , between 1.5 and 4 mm. - a closure member rotating in unison with a shaft and passing through a fixed plate , - an actuator (A) driving the shaft in rotation, and - an annular sensor of the rotational position of the shaft fitted on the shaft , in which - there is only one single transmission coupling of the torque between the shaft and the actuator (A), - the position sensor is supported by the plate and comprises: • an annular target-holder carrying a target sensitive to an action at a distance and fitted on the shaft in such a way as to rotate in unison therewith and to be able to be displaced in translation along the shaft , • a small plate fitted on the shaft by way of an annular portion without being rotationally unified therewith, this annular portion containing two detectors of the target , at 90° one with respect to the other, and • an annular target-holder carrying a target sensitive to an action at a distance and fitted on the shaft in such a way as to rotate in unison therewith and to be able to be displaced in translation along the shaft , • a small plate fitted on the shaft by way of an annular portion without being rotationally unified therewith, this annular portion containing two detectors of the target , at 90° one with respect to the other, and - the target-holder and the annular portion are in the same plane, - the sensor is interposed, in the longitudinal direction of the shaft , between closure member and actuator (A) and the actuator (A) has a thickness, i.e. the dimension in the longitudinal direction of the shaft , between 1.5 and 4 mm.
A method for electrodepositing stoichiometric, crystalline copper antimonide onto an electrically conducting substrate at room temperature, comprising: preparing a solution having a chosen molar concentration of Cu 2+ and a chosen molar concentration of Sb 3+ in an aqueous solution comprising citric acid, wherein the chosen molar concentration of Cu 2+ is twice the chosen molar concentration of Sb 3+ ; adjusting the pH of the solution to pH 6 such that the difference between the reduction potential of the Sb 3+ to Sb and the reduction potential of Cu 2+ to Cu is minimized; and applying a negative potential to the electrically conducting substrate; such that stoichiometric Cu 2 Sb is electrodeposited onto the substrate. preparing a solution having a chosen molar concentration of Cu 2+ and a chosen molar concentration of Sb 3+ in an aqueous solution comprising citric acid, wherein the chosen molar concentration of Cu 2+ is twice the chosen molar concentration of Sb 3+ ; adjusting the pH of the solution to pH 6 such that the difference between the reduction potential of the Sb 3+ to Sb and the reduction potential of Cu 2+ to Cu is minimized; and applying a negative potential to the electrically conducting substrate; such that stoichiometric Cu 2 Sb is electrodeposited onto the substrate.
A magneto-rheological monotube damping strut suitable to be used in automotive McPherson suspension systems, comprising: a housing tube , a damper body tube , and a bearing assembly disposed between said housing tube and said damper body tube ; said bearing assembly comprising a bearing sleeve , which is provided with two annular bearings within said bearing sleeve and bearing against said damper body tube , and two internal annular seals abutting a radially external surface of said damper body tube and defining a fluid-tight internal lubricant chamber between said internal annular seals , and said annular bearings being integral with said bearing sleeve ; said bearing assembly further comprising two external annular seals abutting an internal surface of said housing tube and defining an external lubricant chamber between said external annular seals and said housing tube ; and said bearing sleeve further comprising a plurality of radial channels passing through its wall and joining said internal lubricant chamber with said external lubricant chamber , wherein an internal surface of said bearing sleeve is provided, between said internal annular seals , with an annular recess having an internal diameter (d I ) which is greater than an external diameter (D I ) of said damper body tube , characterized in that said bearing sleeve is further provided with at least one auxiliary annular bearing disposed between said annular bearings and bearing against said damper body tube . a housing tube , a damper body tube , and a bearing assembly disposed between said housing tube and said damper body tube ; said bearing assembly comprising a bearing sleeve , which is provided with two annular bearings within said bearing sleeve and bearing against said damper body tube , and two internal annular seals abutting a radially external surface of said damper body tube and defining a fluid-tight internal lubricant chamber between said internal annular seals , and said annular bearings being integral with said bearing sleeve ; said bearing assembly further comprising two external annular seals abutting an internal surface of said housing tube and defining an external lubricant chamber between said external annular seals and said housing tube ; and said bearing sleeve further comprising a plurality of radial channels passing through its wall and joining said internal lubricant chamber with said external lubricant chamber , wherein an internal surface of said bearing sleeve is provided, between said internal annular seals , with an annular recess having an internal diameter (d I ) which is greater than an external diameter (D I ) of said damper body tube , characterized in that said bearing sleeve is further provided with at least one auxiliary annular bearing disposed between said annular bearings and bearing against said damper body tube .
Resin particles comprising: mother particles containing a biodegradable resin and a plasticizer; and a metal element with a valence of 2 or more, wherein an amount of the metal element with a valence of 2 or more, obtained by fluorescent X-ray analysis, is 0.1% by mass or more and 1.2% by mass or less with respect to a total amount of the resin particles, and wherein the biodegradable resin is a resin in which the biodegradation rate under aerobic conditions measured by a method in accordance with ISO-14855-2 is 50% or more in one month. mother particles containing a biodegradable resin and a plasticizer; and a metal element with a valence of 2 or more, wherein an amount of the metal element with a valence of 2 or more, obtained by fluorescent X-ray analysis, is 0.1% by mass or more and 1.2% by mass or less with respect to a total amount of the resin particles, and wherein the biodegradable resin is a resin in which the biodegradation rate under aerobic conditions measured by a method in accordance with ISO-14855-2 is 50% or more in one month.
An offshore GNSS reference station apparatus comprising: a processing resource ; a wireless communications module operably coupled to the processing resource ; and a GNSS antenna site; characterised by an underwater acoustic communications unit comprising an underwater acoustic transducer , the underwater acoustic communications unit being arranged to cooperate with the processing resource in order to calculate, when in use, a position; an orientation determination unit operably coupled to the processing resource , the orientation determination unit being arranged to determine an orientation associated with the GNSS antenna site and the acoustic transducer of the underwater acoustic communications unit ; the processing resource being arranged to calculate an acoustically-derived position of the GNSS antenna site using the position calculated and the orientation determined; and the wireless communications module being arranged to broadcast received GNSS observation data and the acoustically-derived position of the GNSS antenna site. a processing resource ; a wireless communications module operably coupled to the processing resource ; and a GNSS antenna site; characterised by an underwater acoustic communications unit comprising an underwater acoustic transducer , the underwater acoustic communications unit being arranged to cooperate with the processing resource in order to calculate, when in use, a position; an orientation determination unit operably coupled to the processing resource , the orientation determination unit being arranged to determine an orientation associated with the GNSS antenna site and the acoustic transducer of the underwater acoustic communications unit ; the processing resource being arranged to calculate an acoustically-derived position of the GNSS antenna site using the position calculated and the orientation determined; and the wireless communications module being arranged to broadcast received GNSS observation data and the acoustically-derived position of the GNSS antenna site.