mhurhangee/ep-ind-claims huggingface dataset:
A detensioning system for detensioning a portion of a structural element or a tensioning element, comprising - At least one clamping device arranged on at least one side of the portion of the structural element or the tensioning element to be detensioned; - Two or more stressbars arranged to connect between an anchored structure and the clamping device which is arranged on one side of the portion of the structural element or the tensioning element to be detensioned, or arranged to connect between the clamping devices arranged on both sides of the portion of the structural element or tensioning element to be detensioned; - Two or more stressbar hydraulic cylinders, wherein each of the stressbar hydraulic cylinder is either mounted directly on the clamping device, or on a stressing chair which in turn is bearing against the clamping device located on at least one side of the portion structural element or the tensioning element to be detensioned; characterized in that the clamping device has an internal surface profile, arranged to form a substantially elongated, annular cavity surrounding the structural element or the tensioning element to be detensioned, comprising an empty space for receiving one or more inner elements to be introduced therein, wherein the substantially elongated, annular cavity comprises a gradually declining diameter along the longitudinal axis of the elongated annular cavity shaped by at least one peak and one groove of the internal surface profile of the clamping device. - At least one clamping device arranged on at least one side of the portion of the structural element or the tensioning element to be detensioned; - Two or more stressbars arranged to connect between an anchored structure and the clamping device which is arranged on one side of the portion of the structural element or the tensioning element to be detensioned, or arranged to connect between the clamping devices arranged on both sides of the portion of the structural element or tensioning element to be detensioned; - Two or more stressbar hydraulic cylinders, wherein each of the stressbar hydraulic cylinder is either mounted directly on the clamping device, or on a stressing chair which in turn is bearing against the clamping device located on at least one side of the portion structural element or the tensioning element to be detensioned;
A machine for de-stemming grapes comprising a machine frame, a cage with perforated wall on at least part of its length with the perforations of the wall able to allow the grape berries to pass and to retain at least part of the stalks, and a shaft with tips, said cage being a rotary cage assuming the form of an elongated hollow body mounted rotating about a longitudinal axis (XX') of said body, this cage having an open end forming the grape inlet opening inside the cage and a so-called outlet opening of the destemmed stalks arranged at the opposite end of the cage, and the shaft with points being a rotary shaft arranged inside the cage, in a manner coaxial or parallel to the axis (XX') of rotation of the cage, characterized in that the shaft with points has, from its end arranged on the grape inlet opening side of the cage toward its end arranged on the outlet opening side for the stalks of the cage, at least one zone without points followed by a zone with points, and in that the cage is inwardly equipped with deflectors secured in movement with the perforated wall partially delimiting the cage, at least part of said deflectors being arranged around the zone without points of the shaft with points.
A hydrogen production process comprising splitting water into hydrogen and oxygen, wherein the process comprises decomposing sulfuric acid into water, sulfur dioxide and oxygen through a reaction represented by the following formula by using solar thermal energy, the reaction represented by the following formula includes elementary reactions represented by the following formulae (X1-1) and (X1-2), at least a part of the elementary reaction of the following formula (X1-1) is performed using thermal solar energy, at least a part of the elementary reaction of the following formula (X1-2) is performed using additional thermal energy provided by combustion of hydrogen added in a reaction vessel used for performing the elementary reactions of formula (X1-1) and/or formula (X1-2), and the equilibrium of reaction represented by the following formula (X1-2) is shifted to the sulfur dioxide production side by reaction of the remaining added hydrogen after the combustion, and oxygen generated by conversion of SO 3 to SO 2, and wherein the heating temperature by said additional thermal energy is higher by 10°C or more than the heating temperature by the solar thermal energy, and at least a part of said additional thermal energy is generated in the reaction vessel used for performing the elementary reactions of formula (X1-1) and/or formula (X1-2), and the reaction of the remaining added hydrogen after the combustion and the oxygen generated by conversion of SO 3 to SO 2 occurs in the reaction vessel used for performing the elementary reaction of formula (X1-2): H 2 SO 4 → H 2 O + SO 2 + 1/2O 2 (X1-1) H 2 SO 4 → H 2 O + SO 3 (X1-2) SO 3 → SO 2 + 1/2O 2
A device for bone regeneration intended to form a barrier for protecting a space above a surface of a bone, for example a tooth, to allow, after insertion of a biomaterial, which, while mineralising, will form new bone above existing bone, comprising a self-supporting barrier-forming element in the shape of a dome or a shell and means for attaching the barrier-forming element above the bone surface in order thus to form a volume where the biomaterial can be arranged to mineralise and form new bone grafting itself onto the previously present bone, characterised in that the barrier-forming element in the shape of a dome or shell is made of a material, in particular a non-resorbing material, such that the barrier-forming element is radiotransparent, i.e. allows through X-rays with a transmission coefficient of at least 60%, preferably at least 70 %, preferably 80%, even more preferably 90%, specifically substantially 100%.
A composite with a substrate and a structured sol-gel layer, wherein the sol-gel layer has a modulus of elasticity of 200 to 10 000 N/mm 2, measured according to the nanoindentation method, wherein the sol-gel layer is embossed and comprises a reaction product of at least one alkoxysilane with at least one polysiloxane, wherein the polysiloxane has a number average molecular weight of at least 1500 and at most 300 000 g/mol and wherein the alkoxysilane is functionalized with organic crosslinkable groups.
A compound which is a SrcTK/MEK inhibitor having the structure of formula: wherein R 3 is -NHR b, and R b is C 1 -C 3 alkyl substituted with 0, 1, or 2 hydroxyl moieties; or a pharmaceutically acceptable salt or ester thereof, or selected from the compounds listed below: and pharmaceutically acceptable salts and esters thereof, for use in treating a SrcTK/MEK associated cancer selected from the group consisting of chronic myeloid leukemia and colorectal cancer in a subject in need thereof.
A method for producing a prosthesis or partial prosthesis based on digital data, using a plurality of teeth and a prosthesis base to be produced, wherein the teeth are produced in original dimensions, i.e. free from oversize, as prefabricated teeth, and the prosthesis base is produced with oversize, in particular between 0.05 and 0.8 mm, and wherein the teeth are glued into tooth recesses of the prosthesis base by means of joint or composite material while bridging a joint/composite joint, and in a first state of the prosthesis, adjacent to the joint/composite joint in the area of the gingival margin has an excess of joint/composite material, and wherein subsequently to curing the joint or composite material, the oversize (30, 32) is removed from the gingival margin along with the excess of joint/composite material.
A safety valve with a valve seat and with a sealing body which is movable relative to the valve seat along a first axis and which is biased with a holding force (F H) along this first axis in the direction of the valve seat, wherein a sealing element is arranged on the sealing body in a manner such that with a first side it can be brought into sealing contact with the valve seat, a pressure surface which is situated on a second side of the sealing element which is opposite to the first side of the sealing element is connected via at least one pressure channel to a pressure region which is surrounded by the valve seat, and a contact surface is arranged on the sealing body, said contact surface coming to bear on a rest surface in the closed condition of the safety valve, characterised in that the sealing element is movable relative to the sealing body along the first axis (x).
Composite tube for repairing leaky fluid lines, consisting of a glass fiber textile produced by a knitting method and formed as a seamless tube, and of a film fully and sealingly surrounding this glass fiber textile, wherein the film, on its inner side facing the surface of the glass fiber textile, has a coating of hotmelt adhesive that is partially meltable by a thermal treatment, via which the film is only partially cohesively bonded to the glass fiber textile.
A method at a server for transferring a file directory and all file folders and files under the file directory, the method comprising: for each file folder under the file directory to be transferred: receiving, from a first instant messaging, IM, client of a sender, a notification message, the notification message including a name of a first file folder and location information of the first file folder under the file directory; forwarding the notification message to a second IM client of a receiver to establish, at the receiver, a second file folder that corresponds to the first file folder according to the name of the first file folder and located according to the location information of the first file folder in the directory; receiving, from the first IM client of the sender, one or more files under a root directory of the first file folder; and forwarding the received one or more files under the root directory of the first file folder to the second IM client of the receiver to store the received one or more files under the root directory of the second file folder. for each file folder under the file directory to be transferred: receiving, from a first instant messaging, IM, client of a sender, a notification message, the notification message including a name of a first file folder and location information of the first file folder under the file directory; forwarding the notification message to a second IM client of a receiver to establish, at the receiver, a second file folder that corresponds to the first file folder according to the name of the first file folder and located according to the location information of the first file folder in the directory; receiving, from the first IM client of the sender, one or more files under a root directory of the first file folder; and forwarding the received one or more files under the root directory of the first file folder to the second IM client of the receiver to store the received one or more files under the root directory of the second file folder. receiving, from a first instant messaging, IM, client of a sender, a notification message, the notification message including a name of a first file folder and location information of the first file folder under the file directory; forwarding the notification message to a second IM client of a receiver to establish, at the receiver, a second file folder that corresponds to the first file folder according to the name of the first file folder and located according to the location information of the first file folder in the directory; receiving, from the first IM client of the sender, one or more files under a root directory of the first file folder; and forwarding the received one or more files under the root directory of the first file folder to the second IM client of the receiver to store the received one or more files under the root directory of the second file folder.
Composition comprising a complex composed of delphinidin and a sulfoalkyl ether β-cyclodextrin for use as an antiinflammatory and/or immunosuppressant.
An integrated circuit package, comprising: a package substrate; and an integrated circuit die mounted on the package substrate, wherein the package substrate comprises: a silicon die embedded within the package substrate, wherein the silicon die has a front side that faces the integrated circuit die and a back side opposing the front side; and a conductive path that is electrically coupled to the silicon die from the back side of the silicon die wherein the package substrate further comprises: a conductive layer on which the silicon die is mounted, wherein the conductive path is connected to the conductive layer and wherein the package substrate further comprises: a patterned adhesive layer interposed between the silicon die and the conductive layer characterized in that a cavity is included adjacent to the silicon die in order to account for differences between the coefficient of thermal expansion between the silicon die and package substrate. a package substrate; and an integrated circuit die mounted on the package substrate, wherein the package substrate comprises: a silicon die embedded within the package substrate, wherein the silicon die has a front side that faces the integrated circuit die and a back side opposing the front side; and a conductive path that is electrically coupled to the silicon die from the back side of the silicon die wherein the package substrate further comprises: a conductive layer on which the silicon die is mounted, wherein the conductive path is connected to the conductive layer and wherein the package substrate further comprises: a patterned adhesive layer interposed between the silicon die and the conductive layer characterized in that a cavity is included adjacent to the silicon die in order to account for differences between the coefficient of thermal expansion between the silicon die and package substrate. a silicon die embedded within the package substrate, wherein the silicon die has a front side that faces the integrated circuit die and a back side opposing the front side; and a conductive path that is electrically coupled to the silicon die from the back side of the silicon die wherein the package substrate further comprises: a conductive layer on which the silicon die is mounted, wherein the conductive path is connected to the conductive layer and wherein the package substrate further comprises: a patterned adhesive layer interposed between the silicon die and the conductive layer characterized in that a cavity is included adjacent to the silicon die in order to account for differences between the coefficient of thermal expansion between the silicon die and package substrate.
Flushing device that is connectable to a potable water system for flushing at least one water line, comprising a flushing valve, a control line that is connected to the flushing valve in a controlling manner and a control device that controls a position of the flushing valve via the control line in a time-dependent manner and/or in a manner depending on a water temperature and/or in a manner depending on a water consumption, wherein said flushing device is adapted to control the flushing process in a manner depending on the water pressure, characterized in that the control device comprises a mechanical, hydraulic and/or electronic control element (12, 20, 26) and controls said flushing process such that flushing does not occur when said control element (12, 20, 26) perceives a drop in the water pressure in the water system.
A device for coupling, shifting and/or synchronizing in a transmission (1; 71) having gear pairs (11-14; 75, 76), which, to represent gears in the transmission (1; 71), each comprise a fixed gear (15, 17, 19, 21; 77, 79) and an idler gear (16, 18, 20, 22; 78, 80) which is rotatably arranged on a transmission shaft (8, 7; 72), and having a coupling device (30; 38; 81), which comprises a planetary transmission (40, 60; 90; 100; 110), which is assigned two idler gears (16, 18, 20, 22; 78, 80) of the transmission (1; 71) adjacent to a transmission shaft (8, 7; 72), characterized in that the planetary transmission (40, 60; 90; 100; 110) comprises two planetary transmission elements (41, 42; 91, 92; 101, 102; 111, 112), which are coupled to the idler gears (16, 18, 20, 22; 78, 80) so that a first planetary transmission element (41; 91; 101; 111)/second planetary transmission element (42; 92; 102; 112) rotates substantially synchronously with a first idler gear (16; 78)/second idler gear (18; 80) and the first two planetary transmission elements (41; 91; 101; 111; 42; 92; 102; 112) are coupled to the associated idler gears (16, 18, 20, 22; 78, 80) in such a way that relative speeds between the first two planetary transmission elements (41; 91; 101; 111; 42; 92; 102; 112) and the assigned idler gears (16, 18, 20, 22; 78, 80) trigger a coupling process or synchronization process and effect the engagement of a gear in the transmission (8, 7; 72).
A method of processing an image charge/current signal representative of trapped ions undergoing oscillatory motion, the method including: identifying a plurality of candidate fundamental frequencies potentially present in the image charge/current signal based on an analysis of peaks in a frequency spectrum corresponding to the image charge/current signal in the frequency domain, wherein each candidate fundamental frequency falls in a frequency range of interest; deriving a basis signal for each candidate fundamental frequency using a calibration signal; and estimating relative abundances of ions corresponding to the candidate fundamental frequencies by mapping the basis signals to the image charge/current signal; wherein, at least one candidate fundamental frequency is calculated using a frequency associated with a peak that falls outside the frequency range of interest and that has been determined as representing a second or higher order harmonic of the candidate fundamental frequency. identifying a plurality of candidate fundamental frequencies potentially present in the image charge/current signal based on an analysis of peaks in a frequency spectrum corresponding to the image charge/current signal in the frequency domain, wherein each candidate fundamental frequency falls in a frequency range of interest; deriving a basis signal for each candidate fundamental frequency using a calibration signal; and estimating relative abundances of ions corresponding to the candidate fundamental frequencies by mapping the basis signals to the image charge/current signal; wherein, at least one candidate fundamental frequency is calculated using a frequency associated with a peak that falls outside the frequency range of interest and that has been determined as representing a second or higher order harmonic of the candidate fundamental frequency.
Use of a skin permeating compound selected from flavonoids, chalcones and butylparaben for controlling transgene expression under control of the Pseudomonas putida DOT-T1E-derived bacterial repressor protein TtgR.
Fuel injection device, comprising - a rail with at least one outflow opening, - at least one injector which is arranged on the rail, - a connector piece which is arranged on the injector, and - a flange element for the fastening of the injector to the rail, - wherein the flange element has a central opening through which the connector piece is led, - wherein a metal-on-metal seal is provided between the connector piece and the rail, - wherein the connector piece is integrally formed with an undercut, - wherein the flange element engages on the undercut of the connector piece and presses the connector piece against the rail in a sealing manner, wherein the flange element has a central opening into which the connector piece is introduced in a thread-free manner, while fastening elements (6, 7) engage into fastening openings (51, 52) of the flange element with a thread, and - wherein the flange element is formed in one piece, characterized in that the flange element has an installation opening which is connected via a through-extending connecting slot to the central opening. - a rail with at least one outflow opening, - at least one injector which is arranged on the rail, - a connector piece which is arranged on the injector, and - a flange element for the fastening of the injector to the rail, - wherein the flange element has a central opening through which the connector piece is led, - wherein a metal-on-metal seal is provided between the connector piece and the rail, - wherein the connector piece is integrally formed with an undercut, - wherein the flange element engages on the undercut of the connector piece and presses the connector piece against the rail in a sealing manner, wherein the flange element has a central opening into which the connector piece is introduced in a thread-free manner, while fastening elements (6, 7) engage into fastening openings (51, 52) of the flange element with a thread, and - wherein the flange element is formed in one piece, characterized in that the flange element has an installation opening which is connected via a through-extending connecting slot to the central opening.
A device for handling liquid comprising: a body defining an internal liquid handling structure, the body defining a first aperture in an external surface thereof to provide an inlet port to the liquid handling structure; a liquid storage arrangement secured to a bonding layer, wherein the bonding layer is secured the external surface and the liquid storage arrangement overlaps the first aperture, characterised in that the bonding layer defines a second aperture partially overlapping with the first aperture such that the external surface on a first side of the first aperture is exposed to the liquid storage arrangement and the bonding layer partially covers the first aperture on a second side, opposed to the first side, whereby, in use, the liquid storage arrangement is ruptured against the exposed external surface when a pressure exceeding a threshold pressure is applied to the liquid storage arrangement to dispense liquid through the first aperture. a body defining an internal liquid handling structure, the body defining a first aperture in an external surface thereof to provide an inlet port to the liquid handling structure; a liquid storage arrangement secured to a bonding layer, wherein the bonding layer is secured the external surface and the liquid storage arrangement overlaps the first aperture, characterised in that the bonding layer defines a second aperture partially overlapping with the first aperture such that the external surface on a first side of the first aperture is exposed to the liquid storage arrangement and the bonding layer partially covers the first aperture on a second side, opposed to the first side, whereby, in use, the liquid storage arrangement is ruptured against the exposed external surface when a pressure exceeding a threshold pressure is applied to the liquid storage arrangement to dispense liquid through the first aperture.