mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a semiconductor device comprising: a mounting step of mounting a plurality of semiconductor chips , each semiconductor chip having a solder-tipped electrode , onto an electronic component having a plurality of counter electrodes opposing respective ones of solder-tipped electrodes via an underfill film ; and a compression bonding and heating step of collectively bonding the plurality of semiconductor chips to the electronic component via the underfill film , wherein the underfill film contains an epoxy resin, an acid anhydride, a (meth)acrylate resin, and an organic peroxide, the underfill film having a minimum melt viscosity of 1,000 to 2,000 Pa ∗ s, characterized in that the underfill film has a melt viscosity gradient of 900 to 3,100 Pa ∗ s/°C from a first temperature 10°C higher than a minimum melt viscosity attainment temperature to a second temperature 10°C higher than the first temperature. a mounting step of mounting a plurality of semiconductor chips , each semiconductor chip having a solder-tipped electrode , onto an electronic component having a plurality of counter electrodes opposing respective ones of solder-tipped electrodes via an underfill film ; and a compression bonding and heating step of collectively bonding the plurality of semiconductor chips to the electronic component via the underfill film , wherein the underfill film contains an epoxy resin, an acid anhydride, a (meth)acrylate resin, and an organic peroxide, the underfill film having a minimum melt viscosity of 1,000 to 2,000 Pa ∗ s, characterized in that the underfill film has a melt viscosity gradient of 900 to 3,100 Pa ∗ s/°C from a first temperature 10°C higher than a minimum melt viscosity attainment temperature to a second temperature 10°C higher than the first temperature.
A quick-replace device for welding head of ultrasonic metal welding machine, wherein the quick-replace device comprises a fixing mechanism for a fixed connection to a framework and a movable mechanism for fixing an ultrasonic triplet, the ultrasonic triplet including a transducer, an amplitude modulator and a welding head, the movable mechanism being detachably mounted in the fixing mechanism , and comprising a mounting plate and a connecting assembly for fixing the ultrasonic triplet, the connecting assembly being arranged on the mounting plate ; the fixing mechanism comprising a fixing block for the fixed connection to the framework, an abutting block for fixing the mounting plate being mounted in the fixing block , and a positioning block which is detachably mounted on the fixing block in a direction perpendicular to a sliding direction of the mounting plate and abuts against the mounting plate in a direction perpendicular to the adjusting direction of the abutting block , characterized in that the fixing mechanism comprises a mounting groove being defined in the fixing block with at least one side thereof being open and extending in use in a direction perpendicular to the framework, the mounting plate being slidably mounted in the mounting groove . the quick-replace device comprises a fixing mechanism for a fixed connection to a framework and a movable mechanism for fixing an ultrasonic triplet, the ultrasonic triplet including a transducer, an amplitude modulator and a welding head, a fixing mechanism for a fixed connection to a framework and a movable mechanism for fixing an ultrasonic triplet, the ultrasonic triplet including a transducer, an amplitude modulator and a welding head, the movable mechanism being detachably mounted in the fixing mechanism , and comprising a mounting plate and a connecting assembly for fixing the ultrasonic triplet, the connecting assembly being arranged on the mounting plate ; the fixing mechanism comprising a fixing block for the fixed connection to the framework, an abutting block for fixing the mounting plate being mounted in the fixing block , and a positioning block which is detachably mounted on the fixing block in a direction perpendicular to a sliding direction of the mounting plate and abuts against the mounting plate in a direction perpendicular to the adjusting direction of the abutting block , characterized in that the fixing mechanism comprises a mounting groove being defined in the fixing block with at least one side thereof being open and extending in use in a direction perpendicular to the framework, the mounting plate being slidably mounted in the mounting groove .
Pipe section comprising at least two connected jacking pipes , wherein a first jacking pipe has a sleeve end with a steel guide ring and a second jacking pipe has a pointed end , held in the sleeve end , with an elastomer seal , each jacking pipe having a steel-reinforced outer jacket , a steel-reinforced inner jacket and an intermediate jacket arranged between inner jacket and outer jacket and connected thereto, wherein the inner jacket extends over a shorter axial length than the intermediate jacket, and an inside gap region between the inner jackets is formed within a connecting area between the jacking pipes , whereby exposed terminal sections of the intermediate jackets of the jacking pipes within the inside gap region are tightly connected by a circumferential flexible cover element , the intermediate jackets consisting of steel and within the area of the internal gap region each having a terminal section made of plastic or high-grade steel, which is bonded or welded to the remaining intermediate jacket, the cover element consisting of plastic or high-grade steel and bonded or welded to the terminal sections of the intermediate jackets .
Fusion protein for use in the treatment and/or prevention of a hepatitis B virus infection comprising a hepatitis B PreS polypeptide fused to a peptide consisting of amino acid sequence SEQ ID No. 1, a peptide consisting of amino acid sequence SEQ ID No. 2, a peptide consisting of amino acid sequence SEQ ID No. 3 and a peptide consisting of amino acid sequence SEQ ID No. 4.
A bakery product having an inner part with a croissant-like texture and a crust similar to that of bread and having, in percentage by weight of the total weight, a fat content comprised between 7.0 and 10.0%, a content of simple sugars comprised between 5.0 and 7.0%, obtainable by a process comprising the steps of: a) kneading a mixture comprising wheat flour, water, salt, sugar, yeast; b) rolling the dough obtained from step a) to obtain a sheet of dough of a predetermined thickness; c) incorporating into said sheet of dough at least one vegetable fat by means of folding and rolling operations; d) subjecting the dough sheet obtained from step c), after restoring said predetermined thickness, to shaping operations, thus obtaining croissant-shaped semifinished products; e) subjecting said semifinished products to leavening; f) baking in an oven the leavened semifinished products obtained from step e); wherein the sugar contained in the mixture of step a) is sucrose and constitutes from 2.0 to 4.0 % by weight of the total weight of the sheet of dough obtained from step c) and wherein said at least one vegetable fat constitutes from 10.0 to 14.0 % by weight of the total weight of said sheet of dough obtained from step c). a) kneading a mixture comprising wheat flour, water, salt, sugar, yeast; b) rolling the dough obtained from step a) to obtain a sheet of dough of a predetermined thickness; c) incorporating into said sheet of dough at least one vegetable fat by means of folding and rolling operations; d) subjecting the dough sheet obtained from step c), after restoring said predetermined thickness, to shaping operations, thus obtaining croissant-shaped semifinished products; e) subjecting said semifinished products to leavening; f) baking in an oven the leavened semifinished products obtained from step e); wherein the sugar contained in the mixture of step a) is sucrose and constitutes from 2.0 to 4.0 % by weight of the total weight of the sheet of dough obtained from step c) and wherein said at least one vegetable fat constitutes from 10.0 to 14.0 % by weight of the total weight of said sheet of dough obtained from step c).
A diagnosis apparatus for an exhaust gas sensor applied to an internal combustion engine comprising the exhaust gas sensor to output an output signal representing the oxygen concentration in exhaust gas, the exhaust gas sensor having a measuring part that is configured to measure the oxygen concentration in the exhaust gas comprising a pair of electrodes including an exhaust gas side electrode exposed to the exhaust gas and an atmosphere side electrode exposed to the atmosphere and a porous diffusion rate limiting layer that allows the exhaust gas to travel to said exhaust gas side electrode while limiting the rate of diffusion of the exhaust gas delivered to said exhaust gas side electrode , and a protective cover that is configured to enclose said measuring part and including a plurality of air holes , comprising: a control unit that is configured to perform oxygen concentration control to change the oxygen concentration in the exhaust gas; a calculation unit that is configured to calculate a responsiveness index correlating with the responsiveness of said exhaust gas sensor by dividing the largest value of an absolute change rate defined as the absolute value of the change rate of said output signal during a reference period defined as a period from the time at which said oxygen concentration control starts to be performed to the time at which said output signal changing with the performance of said oxygen concentration control converges by the difference between the value of said output signal at the time when said absolute change rate becomes largest and a converged value of said output signal with said reference period; and a responsiveness diagnosis unit that is configured to estimate the responsiveness of said exhaust gas sensor on the basis of said responsiveness index. a control unit that is configured to perform oxygen concentration control to change the oxygen concentration in the exhaust gas; a calculation unit that is configured to calculate a responsiveness index correlating with the responsiveness of said exhaust gas sensor by dividing the largest value of an absolute change rate defined as the absolute value of the change rate of said output signal during a reference period defined as a period from the time at which said oxygen concentration control starts to be performed to the time at which said output signal changing with the performance of said oxygen concentration control converges by the difference between the value of said output signal at the time when said absolute change rate becomes largest and a converged value of said output signal with said reference period; and a responsiveness diagnosis unit that is configured to estimate the responsiveness of said exhaust gas sensor on the basis of said responsiveness index.
A hydraulic system for an aircraft , the hydraulic system comprising: a flight control member, a hydraulic actuator that is operatively coupled to the flight control member ; an engine driven pump that delivers hydraulic fluid to the actuator at a first pressure; characterized in that the system further comprises a boost pump that delivers hydraulic fluid to the actuator at a second pressure that is higher than the first pressure; wherein hydraulic fluid returning from the actuator to the engine driven pump is delivered to the boost pump prior to reaching the engine driven pump . a flight control member, a hydraulic actuator that is operatively coupled to the flight control member ; an engine driven pump that delivers hydraulic fluid to the actuator at a first pressure; characterized in that the system further comprises a boost pump that delivers hydraulic fluid to the actuator at a second pressure that is higher than the first pressure; wherein hydraulic fluid returning from the actuator to the engine driven pump is delivered to the boost pump prior to reaching the engine driven pump .
Connection device comprising a bearing element and a connecting element for a prosthesis, said connecting element being apt to be coupled to said bearing element , in which the bearing element comprises a base portion on which is disposed a conical portion comprising a first hole and a second hole that is internally threaded, and wherein the connecting element comprises a coupling portion for coupling with the bearing element , from which extends an anchoring portion for anchoring a prosthesis, wherein between the base portion and the conical portion a shoulder is formed which has a stop portion for preventing relative rotation of the connecting element with respect to the bearing element , wherein the stop portion includes a change of inclination of the surface of the shoulder to form a convex or a concave profile or wedge-shaped or V-shaped profile, and wherein the connecting element comprises a longitudinal through hole which allows the introduction of a fixing screw for fixing the connecting element to the bearing element , characterized therein that the connecting element further comprises on the coupling portion a through hole such as to be in alignment with the first hole of the conical portion of the bearing element when the latter and the connecting element are mounted together.
A device for phase stepping in phase contrast image acquisition, the device comprising: a mobile grating ; a guiding element ; a restoring element ; and a locking element ; wherein the guiding element is configured to guide the mobile grating between a first position and a second position ; wherein the restoring element is configured to apply a force to the mobile grating ; wherein the force is directed from the first position to the second position ; and wherein the locking element is configured to releasably lock the mobile grating in the first position . a mobile grating ; a guiding element ; a restoring element ; and a locking element ; wherein the guiding element is configured to guide the mobile grating between a first position and a second position ; wherein the restoring element is configured to apply a force to the mobile grating ; wherein the force is directed from the first position to the second position ; and wherein the locking element is configured to releasably lock the mobile grating in the first position .
A battery, comprising an electrode assembly and a component for collecting a current which are configured to be assembled by means of an external tool for fixing and clamping the component ; wherein the component is arranged to electrically connect an electrode assembly to the outside, the component comprises an introducing body and a connection body bendable relative to the introducing body, the connection body is connected to a tab of the electrode assembly , and the introducing body is electronically connected to the outside; and wherein the introducing body comprises a holding arrangement and an inner connecting structure connecting the holding arrangement and the connection body , the introducing body extends along a side of the electrode assembly , an accommodating space formed between a surface of the holding arrangement adjacent to the electrode assembly and a surface of the electrode assembly , the accommodating space is used to place the external tool. wherein the component is arranged to electrically connect an electrode assembly to the outside, the component comprises an introducing body and a connection body bendable relative to the introducing body, the connection body is connected to a tab of the electrode assembly , and the introducing body is electronically connected to the outside; and wherein the introducing body comprises a holding arrangement and an inner connecting structure connecting the holding arrangement and the connection body , the introducing body extends along a side of the electrode assembly , an accommodating space formed between a surface of the holding arrangement adjacent to the electrode assembly and a surface of the electrode assembly , the accommodating space is used to place the external tool.
Core layer which is intended for a sandwich composite component and has at least one sheet-form core element with a first main surface and a second main surface and side surfaces , wherein at least one flexible core element is designed such that it can be altered along its longitudinal extent in at least one direction in space, wherein first sub-regions of the flexible core element are of rigid design and second sub-regions are designed such that they can be altered along the longitudinal extent, wherein the at least one flexible core element , on both main surfaces , has respectively parallel recesses , which are offset in relation to one another on the first main surface and the second main surface , wherein the recesses of the first main surface and of the second main surface overlap in terms of depth, characterized in that resin channels are incorporated in the sheet-form core element .
An electrical stimulation anchor configured to lock to a bone implant so as to secure the bone implant to a bone, the electrical stimulation anchor comprising: a head configured to lock to the bone implant , the head defining a first electrode that defines a first electrically conductive outer surface ; a tip opposite the head along a central anchor axis; a shaft that connects the head to the tip , the shaft elongate along the central anchor axis, the shaft and the tip defining a second electrode that defines a second electrically conductive outer surface ; an electrical insulator defining a non-conductive outer surface disposed between the first electrically conductive outer surface and the second electrically conductive outer surface along the central anchor axis so as to separate the first electrode and the second electrode from each other, the non-conductive outer surface disposed closer to the head along the central anchor axis as compared to the tip ; a ferromagnetic core disposed within the electrical insulator , wherein the ferromagnetic core defines a core body and a core proximal end disposed at a first end of the core body , and wherein the core proximal end is disposed within the electrical insulator ; and an electrical coil wound around the ferromagnetic core . a head configured to lock to the bone implant , the head defining a first electrode that defines a first electrically conductive outer surface ; a tip opposite the head along a central anchor axis; a shaft that connects the head to the tip , the shaft elongate along the central anchor axis, the shaft and the tip defining a second electrode that defines a second electrically conductive outer surface ; an electrical insulator defining a non-conductive outer surface disposed between the first electrically conductive outer surface and the second electrically conductive outer surface along the central anchor axis so as to separate the first electrode and the second electrode from each other, the non-conductive outer surface disposed closer to the head along the central anchor axis as compared to the tip ; a ferromagnetic core disposed within the electrical insulator , wherein the ferromagnetic core defines a core body and a core proximal end disposed at a first end of the core body , and wherein the core proximal end is disposed within the electrical insulator ; and an electrical coil wound around the ferromagnetic core .
A transparent piezoelectric device comprising: - a transparent substrate ; - a transparent piezoelectric layer ; - a layer of transparent, interdigitated electrodes; the piezoelectric layer being disposed between the substrate and the layer of interdigitated electrodes; wherein said device further comprises a transparent dielectric layer between the substrate and the piezoelectric layer , characterized in that the dielectric layer has a thickness comprised between 1 and 30 nm. - a transparent substrate ; - a transparent piezoelectric layer ; - a layer of transparent, interdigitated electrodes;
Assembly for closing a drain opening of a basin, in particular a basin of a sink, arranged on a drain cup , comprising a sieve element with at least one sieve opening , and a sealing element which, in a closed position, sealingly abuts against the drain cup and, in an open position, allows a liquid to drain out of the basin through the drain opening , wherein the assembly comprises an actuating apparatus by means of which the sealing element is transferable from the closed position into the open position and/or from the open position into the closed position by a movement of the sieve element , and wherein the sieve element and the sealing element are moveable relative to each other in a height direction , characterized in that the sieve element is raisable from a working position on the drain cup , in which the sieve element is placed on the drain cup , and is able to be brought completely out of engagement with the sealing element , without the sealing element being raised together with the sieve element .
An energy supply apparatus for overcurrent-protected supply of electrical power to an electrical consumer , the energy supply apparatus comprising: a power supply device , which is configured to provide an electric current for the electrical consumer ; and a controllable power protection element , which is configured to disable the supply of the electric current to the electrical consumer when the current reaches a first current limit value, wherein the controllable power protection element further comprises a second current limit value, adjustable by the power supply device , wherein the second current limit value is higher than the first current limit value, wherein the power supply device is further configured to detect an increased power requirement of the electrical consumer within a time interval and, in response to the detection of the increased power requirement, to control the controllable power protection element until the time interval expires for adjusting the second current limit value and wherein the controllable power protection element is configured, when the second current limit value is set, to disable the supply of the electric current to the electrical consumer upon reaching the second current limit value by the electric current, characterized in that the power supply device is configured to detect the increased power requirement during an increasing current amplitude of the electric current, if an amplitude gradient does not exceed a predetermined gradient limit value. a power supply device , which is configured to provide an electric current for the electrical consumer ; and a controllable power protection element , which is configured to disable the supply of the electric current to the electrical consumer when the current reaches a first current limit value, wherein the controllable power protection element further comprises a second current limit value, adjustable by the power supply device , wherein the second current limit value is higher than the first current limit value, wherein the power supply device is further configured to detect an increased power requirement of the electrical consumer within a time interval and, in response to the detection of the increased power requirement, to control the controllable power protection element until the time interval expires for adjusting the second current limit value and wherein the controllable power protection element is configured, when the second current limit value is set, to disable the supply of the electric current to the electrical consumer upon reaching the second current limit value by the electric current, characterized in that the power supply device is configured to detect the increased power requirement during an increasing current amplitude of the electric current, if an amplitude gradient does not exceed a predetermined gradient limit value.