mhurhangee/ep-ind-claims huggingface dataset:
Process for joining by reactive brazing a first metal element to a second element including at least on its surface an ionocovalent oxide using what is called a filler alloy intended to form a liquid brazing alloy intended to wet the two, metal and ionocovalent oxide, respectively, surfaces of the two aforementioned elements, said brazing alloy including titanium and said metal element including nickel, characterised in that the metal to be joined possesses a content of alloy elements able to form intermetallics with Ti comprised between 20% and 50%, and in that the titanium content in the brazing alloy is comprised between 5 and 10% so as to minimise zones of non-wettability on the surface of the second element made of an ionocovalent oxide by forming at the interface of said element a sufficiently thick and stable reactional layer, and to minimise the formation of intermetallic compounds in the brazed joint.
A semiconductor package (402A, 402B, 402C, 504) comprising: a first patterned conductive carrier; and an inductor (160, 360, 460, 560) coupled between a switch node segment and an output segment of a second patterned conductive carrier characterized in that a control field effect transistor is provided having a control drain attached to a first partially etched segment of said first patterned conductive carrier; a synchronous (sync) FET is provided having a sync source and a sync gate attached to respective second and third partially etched segments (332b, 332c) of said first patterned conductive carrier; a second patterned conductive carrier having a switch node segment situated over and attached to a control source of said control FET and a sync drain of said sync FET. an inductor (160, 360, 460, 560) coupled between a switch node segment and an output segment of a second patterned conductive carrier characterized in that a control field effect transistor is provided having a control drain attached to a first partially etched segment of said first patterned conductive carrier; a synchronous (sync) FET is provided having a sync source and a sync gate attached to respective second and third partially etched segments (332b, 332c) of said first patterned conductive carrier; a second patterned conductive carrier having a switch node segment situated over and attached to a control source of said control FET and a sync drain of said sync FET.
A blade assembly (140, 150, 160, 170, 180, 190) comprising: at least one bent blade (144, 154, 164, 174, 184, 194) including a cutting edge portion (144c, 154c, 164c, 174c, 184c, 194c), a base portion (144e, 154e, 164e, 174e, 184e, 194e) and a bent portion (144d, 154d, 164d, 174d, 184d, 194d) intermediate to the cutting edge portion and the base portion, the bent portion being formed integrally with at least the cutting edge portion, and an incorporated lubricating element (146, 156, 166, 176, 186, 196), characterized in that the incorporated lubricating element is attached to the cutting edge portion of the bent blade.
A retraction system for separating tissue, comprising: a first retraction blade including: a retraction blade portion having a proximal region and a distal region; a flange extending from the proximal region perpendicularly to the retraction blade portion; a foot portion extending from the distal region, the foot portion defining an oblique angle with respect to the retraction blade portion; and characterised in that the first retraction blade further includes a first extension member having a rod-shaped portion extending orthogonally away from the distal region of the retraction blade portion, the rod-shaped portion having a diameter corresponding to the rod-receiving channel of a pedicle screw as used in spine surgery. a first retraction blade including: a retraction blade portion having a proximal region and a distal region; a flange extending from the proximal region perpendicularly to the retraction blade portion; a foot portion extending from the distal region, the foot portion defining an oblique angle with respect to the retraction blade portion; and characterised in that the first retraction blade further includes a first extension member having a rod-shaped portion extending orthogonally away from the distal region of the retraction blade portion, the rod-shaped portion having a diameter corresponding to the rod-receiving channel of a pedicle screw as used in spine surgery. a retraction blade portion having a proximal region and a distal region; a flange extending from the proximal region perpendicularly to the retraction blade portion; a foot portion extending from the distal region, the foot portion defining an oblique angle with respect to the retraction blade portion; and characterised in that the first retraction blade further includes a first extension member having a rod-shaped portion extending orthogonally away from the distal region of the retraction blade portion, the rod-shaped portion having a diameter corresponding to the rod-receiving channel of a pedicle screw as used in spine surgery.
Surgery assistance system for guiding a medical auxiliary instrument, in particular an endoscope camera, at least a section of which can be introduced through a first surgical opening and moved in controlled manner in an operating space in a patient's body, comprising a robot kinematics system (3, 4, 5), the distal end of which accommodates the medical auxiliary instrument by means of an auxiliary instrument carrier, which is movable for guiding the medical auxiliary instrument in the operating space in controlled manner by motorised means, via control signals generated by a control unit, wherein at least one voice control routine is executed in the control unit, via which various voice commands (SB, SB1, SB2) are captured, evaluated, and assigned control signals are calculated on the basis thereof, characterized in that the voice control routine is designed to capture and evaluate voice command combinations consisting of at least a first and a second voice command (SB1, SB2), wherein an item of direction or speed information (RI, VI, RI1 to RI10) is assigned to the first voice command and an item of magnitude information (BI, BI1 to BI10) is assigned to the second voice command in a reference coordinate system, and that at least one assigned control signal is calculated on the basis of the captured direction or speed information (RI, VI, RI1 to RI10) and the captured magnitude information (BI, BI1 to BI10) of the voice command combination, via which signal at least the movement of the medical auxiliary instrument is controlled in terms of direction or speed and magnitude, wherein the direction information (RI, RI1 to RI10) specifies the direction of movement of the auxiliary instrument in the Cartesian reference coordinate system and the magnitude information (BI, BI1 to BI10) specifies the travel distance or travel path along the direction of movement in the Cartesian reference coordinate system, wherein the voice control routine is configured to capture and evaluate temporally immediately consecutive first and second voice commands (SB1, SB2) within a predetermined time period.
An intra ocular lens structure for placement in the capsular bag and securing the IOL in an opening in an anterior part of a capsular bag, with an anterior capsular bag flap surrounding said opening, said IOL having an anterior side which in use when the IOL is implanted in capsular bag of an eye is directed towards a cornea of the eye, and a posterior side which in use when the IOL is implanted in an eye is directed towards a retina of the eye, said IOL comprising: - an optical structure comprising a perimeter; - at least two posterior supports (5, 5'), coupled to and extending away from said perimeter of said optical structure, said posterior supports (5, 5') adapted for in use providing support surfaces for engaging a posterior surface of an anterior capsular bag flap, said posterior supports (5, 5') residing inside the capsular bag when the IOL is implanted in the capsular bag, and - at least two anterior supports (6, 6'), coupled to and extending from said perimeter of said optical structure, for residing outside the capsular bag and extending away from said optical structure, said anterior supports (6, 6') adapted for in use providing support surfaces for engaging an anterior surface of an anterior capsular bag flap, wherein a posterior plane defined by the support surfaces of the posterior supports (5, 5') and an anterior plane defined by the support surfaces of the anterior supports (6, 6') are adapted for in use being spaced apart at a distance adapted for holding an anterior capsular bag flap between them for securing the IOL in said opening, wherein said posterior supports (5, 5') and said anterior supports (6, 6') are in perimetrical sense or azimuthal direction shifted with respect to one another. - an optical structure comprising a perimeter; - at least two posterior supports (5, 5'), coupled to and extending away from said perimeter of said optical structure, said posterior supports (5, 5') adapted for in use providing support surfaces for engaging a posterior surface of an anterior capsular bag flap, said posterior supports (5, 5') residing inside the capsular bag when the IOL is implanted in the capsular bag, and - at least two anterior supports (6, 6'), coupled to and extending from said perimeter of said optical structure, for residing outside the capsular bag and extending away from said optical structure, said anterior supports (6, 6') adapted for in use providing support surfaces for engaging an anterior surface of an anterior capsular bag flap,
Kit for assembling a lamp, comprising: - a base plate having prevailing extension in a plane π and comprising a plurality of through holes having axis perpendicular to the plane π; - a plurality of support rods, each of them having: - prevailing extension along an own axis X, - at least one threaded hole having axis parallel to axis X, - at least one through hole having axis perpendicular to axis X, - at least one light emitting body suitable for generating a light cone having axis L, and comprising a threaded hole having axis perpendicular to axis L, - a first screw suitable for crossing one of the through holes of the base plate and for engaging the threaded hole of a support rod, so as to secure said support rod to the base plate; - a second screw suitable for crossing one of the through holes of a support rod and for engaging the threaded hole of the light emitting body, so as to secure the light emitting body to said support rod; and an accessory screw and the respective nut, wherein the accessory screw is suitable for crossing two consecutive through holes, so as to secure two support rods to each other. - a base plate having prevailing extension in a plane π and comprising a plurality of through holes having axis perpendicular to the plane π; - a plurality of support rods, each of them having: - prevailing extension along an own axis X, - at least one threaded hole having axis parallel to axis X, - at least one through hole having axis perpendicular to axis X, - prevailing extension along an own axis X, - at least one threaded hole having axis parallel to axis X, - at least one through hole having axis perpendicular to axis X, - at least one light emitting body suitable for generating a light cone having axis L, and comprising a threaded hole having axis perpendicular to axis L, - a first screw suitable for crossing one of the through holes of the base plate and for engaging the threaded hole of a support rod, so as to secure said support rod to the base plate; - a second screw suitable for crossing one of the through holes of a support rod and for engaging the threaded hole of the light emitting body, so as to secure the light emitting body to said support rod; and
Cosmetic active ingredient, comprising at least one Metschnikowia reukaufii extract, characterized in that the extract is a hydrolyzate of Metschnikowia reukaufii.
Magnetic and mechanical connection device, wherein the device is provided with, a first connection surface provided on a female part with a female housing having a bottom and a top to which bottom on the inside a first permanent magnet (M 1) is attached and which top is provided with a female opening; a second connection surface provided on a male part with a male housing provided with a connection member having at least a magnetic surface and being slightly smaller than the female opening in the female part in order for the male part to be able to enter the female opening in an insertion direction and to connect magnetically with the permanent magnet (M 1); a spring biased locking pin attached either to the connection member of the male part or to the female opening of the female part which locking pin is directed in a perpendicular direction from the insertion direction and which locking pin is interacting in a locking engagement with an opposite locking groove in the opposite part which locking groove is directed circumferential and essentially perpendicular to the insertion direction and being wide enough to receive the spring biased locking pin; a release member operable to press the locking pin out of the locking groove at a rotation of the release member in order to make it possible to separate said first and second connection surfaces (41, 61) from each other. a first connection surface provided on a female part with a female housing having a bottom and a top to which bottom on the inside a first permanent magnet (M 1) is attached and which top is provided with a female opening; a second connection surface provided on a male part with a male housing provided with a connection member having at least a magnetic surface and being slightly smaller than the female opening in the female part in order for the male part to be able to enter the female opening in an insertion direction and to connect magnetically with the permanent magnet (M 1); a spring biased locking pin attached either to the connection member of the male part or to the female opening of the female part which locking pin is directed in a perpendicular direction from the insertion direction and which locking pin is interacting in a locking engagement with an opposite locking groove in the opposite part which locking groove is directed circumferential and essentially perpendicular to the insertion direction and being wide enough to receive the spring biased locking pin; a release member operable to press the locking pin out of the locking groove at a rotation of the release member in order to make it possible to separate said first and second connection surfaces (41, 61) from each other.
A building construction module, in particular a room module, for a modular building, wherein the building construction module has a concrete floor panel and vertical walls formed from bricks, which are arranged on the concrete floor panel and extend vertically upward from the concrete floor panel, wherein at least two of the walls are perpendicular to each other and engage in each other in a brick bond, wherein the concrete floor panel has at least two suspension elements for lifting the building construction module, wherein the suspension elements are arranged horizontally in the concrete floor panel, and wherein the concrete floor panel has at least one suspension portion for each suspension element, at which the corresponding suspension element is exposed such that a lifting device can be fastened to the suspension element, wherein the concrete floor panel is formed at least substantially trough-shaped with edge portions extending vertically upward.
A soldering device, comprising: a first organic fatty acid-containing solution bath in which a workpiece member having a copper electrode can be immersed in an organic fatty acid-containing solution; an ejection unit to spray a liquid to an excess of a molten solder for removal; the soldering device being characterised by a space section having a steam atmosphere of an organic fatty acid-containing solution, that is the same as the first organic fatty acid-containing solution, the space section horizontally comprising an ejection unit to spray a jet stream of the molten solder to the copper electrode provided on the workpiece member and the ejection unit and by a second organic fatty acid-containing solution bath in which the workpiece member from which the excess of the molten solder is removed in the space section can be immersed again in an organic fatty acid-containing solution. a first organic fatty acid-containing solution bath in which a workpiece member having a copper electrode can be immersed in an organic fatty acid-containing solution; an ejection unit to spray a liquid to an excess of a molten solder for removal;
Apparatus for distance measurement of a target by means of run time measurement of laser pulses reflected thereon, comprising: a laser emitter for emitting a laser pulse (S n) at a point in time of emitting (t s,n) in the form of an emitted laser beam; a laser receiver for receiving the laser pulse (E n) reflected by the target (U n) at a point in time of receiving (t E,n) in form of a received laser beam on a receiving surface of the laser receiver; a beam deflection device, arranged downstream of the laser emitter and upstream of the laser receiver, the beam deflection device deflecting the emitted and received laser beams (2, 4) with a known angular velocity (ω); and an evaluation device connected to the laser emitter and the laser receiver for measuring the run time (ΔT n) between the points in time of emitting and receiving (t S,n, t E,n) and therefrom the distance (D n) of the target (U n); characterized by a selection device configured for selecting the receiving area of the laser receiver used for measurement depending on the angular velocity (ω) and a predetermined range (G i) of measurable distances (D n). a laser emitter for emitting a laser pulse (S n) at a point in time of emitting (t s,n) in the form of an emitted laser beam; a laser receiver for receiving the laser pulse (E n) reflected by the target (U n) at a point in time of receiving (t E,n) in form of a received laser beam on a receiving surface of the laser receiver; a beam deflection device, arranged downstream of the laser emitter and upstream of the laser receiver, the beam deflection device deflecting the emitted and received laser beams (2, 4) with a known angular velocity (ω); and an evaluation device connected to the laser emitter and the laser receiver for measuring the run time (ΔT n) between the points in time of emitting and receiving (t S,n, t E,n) and therefrom the distance (D n) of the target (U n); characterized by a selection device configured for selecting the receiving area of the laser receiver used for measurement depending on the angular velocity (ω) and a predetermined range (G i) of measurable distances (D n).
A battery box, comprising a battery case and a plurality of batteries accommodated in the battery case, wherein the batteries are bonded to an inner wall of the battery case by using an adhesive, a coefficient of thermal expansion of the adhesive is α in units of ppm/°C, and a coefficient of thermal conductivity of the adhesive is β in units of W/mK, wherein a ratio of α and β meets a relation of 15≤α/β≤80; wherein the coefficient of thermal expansion α of the adhesive is 30 ppm/°C to 55 ppm/°C; and wherein the coefficient of thermal conductivity β of the adhesive is 0.6 W/mK to 1.9 W/mK; and wherein the adhesive contains a substrate and a filler; and wherein the substrate is any one of polyurethane, acrylic acid, and epoxy resin, and a percentage of the substrate in the adhesive by weight is 40% to 60%; and the filler is aluminum oxide or boron nitride, and a percentage of the filler in the adhesive by weight is 30% to 50%; and wherein the coefficient of thermal expansion is tested in accordance with GB/T 1036; and wherein the coefficient of thermal conductivity is tested in accordance with ASTM D5470. wherein the coefficient of thermal expansion α of the adhesive is 30 ppm/°C to 55 ppm/°C; and wherein the coefficient of thermal conductivity β of the adhesive is 0.6 W/mK to 1.9 W/mK; and wherein the adhesive contains a substrate and a filler; and wherein the substrate is any one of polyurethane, acrylic acid, and epoxy resin, and a percentage of the substrate in the adhesive by weight is 40% to 60%; and the filler is aluminum oxide or boron nitride, and a percentage of the filler in the adhesive by weight is 30% to 50%; and wherein the coefficient of thermal expansion is tested in accordance with GB/T 1036; and wherein the coefficient of thermal conductivity is tested in accordance with ASTM D5470.
An optical side input/output circuit comprising: a tap portion in which a tap waveguide that outputs light of a higher-order mode from a side surface of an optical fiber (50, 50a) is formed, the light of the higher-order mode being of light propagating in a core of the optical fiber (50, 50a); and a grating portion that is located in a stage before the tap portion in a propagation direction of the light, and has a grating that converts light of a desired wavelength from a basic mode to the higher-order mode, the grating being formed in the core of the optical fiber (50, 50a). a tap portion in which a tap waveguide that outputs light of a higher-order mode from a side surface of an optical fiber (50, 50a) is formed, the light of the higher-order mode being of light propagating in a core of the optical fiber (50, 50a); and a grating portion that is located in a stage before the tap portion in a propagation direction of the light, and has a grating that converts light of a desired wavelength from a basic mode to the higher-order mode, the grating being formed in the core of the optical fiber (50, 50a).
An igniter plug, comprising a cocking arm, a pyrotechnic chain and a firing pin adapted to initiate the pyrotechnic chain after releasing the cocking arm, characterized by the fact that the igniter plug further comprises a ring including at least one opening and movable between a locking position in which the opening is misaligned relative to the cocking arm so that the latter cannot be released and an activation position in which the opening is aligned with the cocking arm for allowing its release.