mhurhangee/ep-ind-claims huggingface dataset:
Method to improve and extend the logics of a test rig for a vehicle component, in particular a battery or an alternator, wherein the test rig is provided with an original software residing in a memory area that implements, under the control of a microprocessor unit, a plurality of original functions - Fl, F2,... Fn - designed to carry out operation and testing and addressable in different operating positions of the memory area, the method being characterised in that it comprises the steps of: a) creating a script using a pseudo code and according to a specific syntax developing an updated test function, said script providing a new sequence of the original functions; b) loading said script into said memory area; c) starting said script; d) running the script implementing the updated test function defined in the same script; e) loading into the memory area an external software component that is a Dynamic Link Library - DLL - which defines a plurality of function pointers, callbacks, each of which addresses an original function - F1, F2,... Fn - of the resident software; said external software component being capable of executing said script, recognizing the functions called in the script itself and for each function called, executing that function using the test rig and calling it by use of said function pointer; said functions being thus executed by the test rig according to the sequence provided by the script and using the variables defined in the script itself to execute by means of the test rig test logics not provided in the original software. a) creating a script using a pseudo code and according to a specific syntax developing an updated test function, said script providing a new sequence of the original functions; b) loading said script into said memory area; c) starting said script; d) running the script implementing the updated test function defined in the same script; e) loading into the memory area an external software component that is a Dynamic Link Library - DLL - which defines a plurality of function pointers, callbacks, each of which addresses an original function - F1, F2,... Fn - of the resident software; said external software component being capable of executing said script, recognizing the functions called in the script itself and for each function called, executing that function using the test rig and calling it by use of said function pointer; said functions being thus executed by the test rig according to the sequence provided by the script and using the variables defined in the script itself to execute by means of the test rig test logics not provided in the original software.
A method for enriching biomolecules and for removal of the biomolecules from a biological sample, characterized in that - in the presence of magnetic or paramagnetic particles - an alginate solution and salts of divalent and/or polyvalent cations or an acid is added to a biological sample, wherein an alginate-gel-biomolecule-complex is formed on the particles, said complex is removed from the sample by separation of the particles, and from which subsequently the biomolecules or contents of the biomolecules are released.
A lens driving device comprising: a base; a housing disposed on the base; a bobbin disposed in the housing; a magnet disposed on the housing; a first coil disposed on the bobbin; and a substrate disposed on the base and comprising a second coil, wherein the housing comprises first and second side parts opposite to each other, and third and fourth side parts opposite to each other, wherein the magnet comprises a first magnet unit disposed on the first side part, a second magnet unit disposed on the third side part, and a third magnet unit disposed on the fourth side part, wherein the second coil comprises a first coil unit disposed at a position corresponding to the first magnet unit, a second coil unit disposed at a position corresponding to the second magnet unit, and a third coil unit disposed at a position corresponding to the third magnet unit, and characterized in that a lengthwise direction length of the first coil unit is greater than a lengthwise direction length of each of the second and third coil units (1422b, 1422c). a base; a housing disposed on the base; a bobbin disposed in the housing; a magnet disposed on the housing; a first coil disposed on the bobbin; and a substrate disposed on the base and comprising a second coil, wherein the housing comprises first and second side parts opposite to each other, and third and fourth side parts opposite to each other, wherein the magnet comprises a first magnet unit disposed on the first side part, a second magnet unit disposed on the third side part, and a third magnet unit disposed on the fourth side part, wherein the second coil comprises a first coil unit disposed at a position corresponding to the first magnet unit, a second coil unit disposed at a position corresponding to the second magnet unit, and a third coil unit disposed at a position corresponding to the third magnet unit, and characterized in that a lengthwise direction length of the first coil unit is greater than a lengthwise direction length of each of the second and third coil units (1422b, 1422c).
Anatomical applicator comprising a first rectal region that extends perpendicularly from a second base region, the two regions (1,2) being mutually concentric, said first rectal region is essentially an appendage having a circular cross-section and a diameter that decreases from the base to the upper end; and where second base region has a circular cross-section; and where furthermore, the two regions (1,2) are hollow and contain a fluid in the free inner space thereof, characterized in that: said fluid is a eutectic and innocuous fluid having a liquid-solid phase change at -3°C; the diameter of the second base region is comprised between 65mm and 75mm, preferably 70mm. said fluid is a eutectic and innocuous fluid having a liquid-solid phase change at -3°C; the diameter of the second base region is comprised between 65mm and 75mm, preferably 70mm.
A method for producing a rim block cage, the rim block cage comprising a housing for accommodating a hygiene product, and a hanger of a length that adjoins the housing and is intended for attachment to an edge of a toilet bowl, wherein the hanger has an end facing the housing and an end facing away from the housing, wherein, starting from its end facing away from the housing, the hanger is wound up into a spiral spring, wherein the length corresponds to a fully unwound state between the end facing the housing and the end facing away from the housing, wherein the hanger is produced by laminating a stretched film and an unstretched film, wherein the method comprises the following steps: - placing a stretched film and an unstretched film on top of one another; - punching out of the film composite the desired shape of the hanger; - carrying out heat activation, preferably by heat introduced during lamination, as a result of which the stretched film contracts and forms the spiral spring in the composite with the unstretched film; - connecting the hanger to the housing. - placing a stretched film and an unstretched film on top of one another; - punching out of the film composite the desired shape of the hanger; - carrying out heat activation, preferably by heat introduced during lamination, as a result of which the stretched film contracts and forms the spiral spring in the composite with the unstretched film; - connecting the hanger to the housing.
A system for assisting in a procedure on an anatomy of a patient, comprising: a medial alignment member; a lateral alignment member; an anterior alignment member extending from a holding member that is fixed relative to at least one of the medial alignment member or the lateral alignment member; a movement pin extending from an elongated member that extends from the holding member; an alignment block mounted to the elongated member and configured to move from a first position to a second position relative to the anterior alignment member; and a movement member configured to moveably engage the elongated member, the movement member including a double nautilus groove (270a, 270b) to moveably receive the movement pin to selectively position the alignment block; wherein the alignment block is moveable to a selected position at the second position based on a predetermined setting of the movement member. a medial alignment member; a lateral alignment member; an anterior alignment member extending from a holding member that is fixed relative to at least one of the medial alignment member or the lateral alignment member; a movement pin extending from an elongated member that extends from the holding member; an alignment block mounted to the elongated member and configured to move from a first position to a second position relative to the anterior alignment member; and a movement member configured to moveably engage the elongated member, the movement member including a double nautilus groove (270a, 270b) to moveably receive the movement pin to selectively position the alignment block; wherein the alignment block is moveable to a selected position at the second position based on a predetermined setting of the movement member.
A mobile terminal, comprising: a display: a wireless communication unit configured to pair the mobile terminal with a doorlock device; and a controller configured to: receive an image captured by the doorlock device, display the received image on the display, and control the doorlock device based on a touch input applied to the displayed image, wherein when the image is received from the doorlock device while a video call screen is displayed on the display, the controller is further configured to automatically mute a video call voice, and transmit a user voice corresponding to a user of the mobile terminal to the doorlock device through the wireless communication unit. a display: a wireless communication unit configured to pair the mobile terminal with a doorlock device; and a controller configured to: receive an image captured by the doorlock device, display the received image on the display, and control the doorlock device based on a touch input applied to the displayed image, wherein when the image is received from the doorlock device while a video call screen is displayed on the display, the controller is further configured to automatically mute a video call voice, and transmit a user voice corresponding to a user of the mobile terminal to the doorlock device through the wireless communication unit. a wireless communication unit configured to pair the mobile terminal with a doorlock device; and a controller configured to: receive an image captured by the doorlock device, display the received image on the display, and control the doorlock device based on a touch input applied to the displayed image, wherein when the image is received from the doorlock device while a video call screen is displayed on the display, the controller is further configured to automatically mute a video call voice, and transmit a user voice corresponding to a user of the mobile terminal to the doorlock device through the wireless communication unit. receive an image captured by the doorlock device, display the received image on the display, and control the doorlock device based on a touch input applied to the displayed image, wherein when the image is received from the doorlock device while a video call screen is displayed on the display, the controller is further configured to automatically mute a video call voice, and transmit a user voice corresponding to a user of the mobile terminal to the doorlock device through the wireless communication unit.
A surgical instrument comprisirig: a coupling assembly including a collet housing for receiving a surgical tool, the collet housing including a first engaging means and a third engaging means; a motor assembly comprising an internal motor and operable to receive the collet housing in a cavity of the motor assembly, the cavity including a second engaging means operable to engage the first engaging means to align and prevent rotation of the collet housing relative to the motor assembly; and a rotatable locking element translatable along an axis of the collet housing, the locking element operable to secure the collet housing to the motor assembly, characterized in further comprising an attachment housing for receiving the surgical tool, for rotating relative to the motor assembly to lock the surgical tool in the coupling assembly into driving engagement with the internal motor, and for providing a gripping surface graspable by a surgeon non-rotating during a surgical procedure and shielding underlying portions of the instrument during a surgical procedure during operation, the attachment housing having a fourth engaging means operable to engage the third engaging means; wherein one of the third and fourth engaging means (122,124) is a groove and the remaining third or fourth engaging means is a protuberance. a coupling assembly including a collet housing for receiving a surgical tool, the collet housing including a first engaging means and a third engaging means; a motor assembly comprising an internal motor and operable to receive the collet housing in a cavity of the motor assembly, the cavity including a second engaging means operable to engage the first engaging means to align and prevent rotation of the collet housing relative to the motor assembly; and a rotatable locking element translatable along an axis of the collet housing, the locking element operable to secure the collet housing to the motor assembly, characterized in further comprising an attachment housing for receiving the surgical tool, for rotating relative to the motor assembly to lock the surgical tool in the coupling assembly into driving engagement with the internal motor, and for providing a gripping surface graspable by a surgeon non-rotating during a surgical procedure and shielding underlying portions of the instrument during a surgical procedure during operation, the attachment housing having a fourth engaging means operable to engage the third engaging means; wherein one of the third and fourth engaging means (122,124) is a groove and the remaining third or fourth engaging means is a protuberance.
A board clamping apparatus in which a board conveyed by a conveyor is lifted by a lifting member from below at each side in a width direction of the board such that a lateral end portion of the board is clamped between the lifting member and a holding member positioned above the lifting member, the board clamping apparatus comprising: the holding member; the lifting member; and an upward warpage correction means configured to correct upward warpage of the board by applying downward bending moment to the board by clamping the lateral end portion of the board between the lifting member and the holding member, characterized in that the holding member is attached to be movable in the width direction between an upward warpage correction position and a normal clamping position with respect to each of guide rails positioned on both sides in a width direction of the conveyor, and the holding member is configured to clamp the board in a state that the downward bending moment is applied to the board by the upward warpage correction means at the upward warpage correction position and clamp the board in a state that the downward bending moment is not applied to the board at the normal clamping position.
A method of operating a base station (22, 52) comprising: transmitting a broadcast-to-pilot ratio to a mobile station (26,27,28, 56, 58, 60, 80), wherein the broadcast-to-pilot ratio is a ratio of a total available transmission power of the base station (22, 52) and a transmission power of a pilot channel; and transmitting a pilot signal to the mobile station (26,27,28 56, 58, 60, 80). transmitting a broadcast-to-pilot ratio to a mobile station (26,27,28, 56, 58, 60, 80), wherein the broadcast-to-pilot ratio is a ratio of a total available transmission power of the base station (22, 52) and a transmission power of a pilot channel; and transmitting a pilot signal to the mobile station (26,27,28 56, 58, 60, 80).
A continuous two-phase hydroformylation process for the production of aldehydes from olefins by means of carbon monoxide, hydrogen and a transition metal catalyst in a reaction zone, the transition metal being in the form of a water-soluble catalyst complex, characterised in that the process comprises the following steps once or several times: a) hydroformylating by reacting the olefins, carbon monoxide and hydrogen over a water-soluble transition metal catalyst comprising water-soluble organophosphorus ligands in the reaction zone; b) reducing the concentration of the olefins in the reaction zone by reducing the olefin feed to the reaction zone by greater than or equal to 50% and less than or equal to 100% based on the concentration of olefin in the reaction zone in process step a) and withdrawing at least a portion of the catalyst solution from the reaction system, wherein the catalyst solution withdrawal and olefin concentration reduction sub-steps may occur in this or reverse order, simultaneously or sequentially; c) feeding a solvent, a transition metal source and water-soluble organophosphorus ligands to the reaction system, wherein the feeding of the components may occur simultaneously or in any order sequentially; d) increasing the concentration of the olefins in the reaction zone by increasing the olefin feed to the reaction zone and hydroformylating by reacting the olefins with carbon monoxide and hydrogen. a) hydroformylating by reacting the olefins, carbon monoxide and hydrogen over a water-soluble transition metal catalyst comprising water-soluble organophosphorus ligands in the reaction zone; b) reducing the concentration of the olefins in the reaction zone by reducing the olefin feed to the reaction zone by greater than or equal to 50% and less than or equal to 100% based on the concentration of olefin in the reaction zone in process step a) and withdrawing at least a portion of the catalyst solution from the reaction system, wherein the catalyst solution withdrawal and olefin concentration reduction sub-steps may occur in this or reverse order, simultaneously or sequentially; c) feeding a solvent, a transition metal source and water-soluble organophosphorus ligands to the reaction system, wherein the feeding of the components may occur simultaneously or in any order sequentially; d) increasing the concentration of the olefins in the reaction zone by increasing the olefin feed to the reaction zone and hydroformylating by reacting the olefins with carbon monoxide and hydrogen.
A rotating electric machine including a number Npe of electric phases consisting of: - a juxtaposition, along the axis of rotation of the rotating electric machine, of at least one pair of armatures (n3, n'3) having a number Np of poles, placed on either side of at least one inductor coil, wound around the axis of rotation of the rotating electric machine, the adjacent armatures being angularly offset by any electrical angle θs, preferably comprised between 0° and 90°/2Np; - at least one inductor (n4, n5, n12) made at least partially of ferromagnetic material, separated from the armatures (n3, n'3) by an air gap; and wherein - one of the armatures and of the inductor is movable in rotation and constitutes at least one rotor and - the other of the armatures and of the inductor is stationary and constitutes at least one stator; characterised in that the inductor includes the same number Np of inductor bars oriented in an axial direction, substantially covering the axial length of the machine, the inductor bars being twisted and attached to a support connecting them, their axial ends (n4a, n4b) being angularly offset. - a juxtaposition, along the axis of rotation of the rotating electric machine, of at least one pair of armatures (n3, n'3) having a number Np of poles, placed on either side of at least one inductor coil, wound around the axis of rotation of the rotating electric machine, the adjacent armatures being angularly offset by any electrical angle θs, preferably comprised between 0° and 90°/2Np; - at least one inductor (n4, n5, n12) made at least partially of ferromagnetic material, separated from the armatures (n3, n'3) by an air gap; and wherein - one of the armatures and of the inductor is movable in rotation and constitutes at least one rotor and - the other of the armatures and of the inductor is stationary and constitutes at least one stator;
A liquid ejection head, comprising an ejection hole surface at which a plurality of nozzles, being through holes formed in a nozzle plate, ejecting liquid open, wherein the ejection hole surface comprises a nozzle arrangement region in which the plurality of nozzles are arranged, each nozzle comprises an inversely tapered part where a cross-sectional area increases toward the ejection hole surface at least on the ejection hole surface side, a first nozzle of the nozzles is arranged at a center part of a predetermined direction of the nozzle arrangement region, while second nozzles of the nozzles are arranged at the end parts at the two sides in the predetermined direction, when viewed from the ejection hole surface side, the inversely tapered part looks like a ring-shaped region on the periphery of a circular portion penetrating through the nozzle plate, with a width of the ring-shaped region being defined as the width T, the width T of the first nozzle is larger than the widths T of the second nozzles, and in the nozzle arrangement region, the ejection hole surface comprises a shape that the center part in the predetermined direction projects with respect to the end parts on the two sides in the predetermined direction.
A device for nasal insertion comprising an open-ended tubular element comprising: a bottom ring (11; 20; 54); a top ring (10; 21; 32; 56); and at least one spiral strut (12; 30; 50, 52; 60; 70; 90) connected to the bottom ring and to the top ring; wherein the tubular element extends along a central tube axis between the bottom ring and the top ring, the bottom ring having a larger diameter than the top ring; and wherein the at least one spiral strut extends in the shape of a conic helix from the bottom ring to the top ring and acts, in use, as a spring between the bottom ring and the top ring; characterized in that: the top ring (10; 21; 32; 56) comprises a closed ring. a bottom ring (11; 20; 54); a top ring (10; 21; 32; 56); and at least one spiral strut (12; 30; 50, 52; 60; 70; 90) connected to the bottom ring and to the top ring; wherein the tubular element extends along a central tube axis between the bottom ring and the top ring, the bottom ring having a larger diameter than the top ring; and wherein the at least one spiral strut extends in the shape of a conic helix from the bottom ring to the top ring and acts, in use, as a spring between the bottom ring and the top ring; characterized in that: the top ring (10; 21; 32; 56) comprises a closed ring. the top ring (10; 21; 32; 56) comprises a closed ring.