mhurhangee/ep-ind-claims huggingface dataset:
A fluidic chip adapted to generate a fan spray pattern of a fluid mixture, the fluidic chip comprising: a constricted throat fluid entrance defining a power nozzle opening into a four-way intersection flow control zone; an interaction chamber immediately downstream from the four-way intersection flow control zone such that the fluid mixture passes from the four-way intersection flow control zone and into the interaction chamber; characterized by a pair of backflow control channels disposed within a spaced-apart plane relative to the interaction chamber, wherein the backflow control channels define fluid communication links between a downstream portion of the interaction chamber and the four-way intersection flow control zone and wherein during operation of the fluidic chip the backflow control channels alternate with one another to feed portions of the fluid mixture from the interaction chamber into opposing sides of the four-way intersection flow control zone in a cyclical manner and wherein during operation of the fluidic chip, a beam of the fluid mixture is cyclically shifted between opposing sides of the interaction chamber to generate the fan spray pattern. a constricted throat fluid entrance defining a power nozzle opening into a four-way intersection flow control zone; an interaction chamber immediately downstream from the four-way intersection flow control zone such that the fluid mixture passes from the four-way intersection flow control zone and into the interaction chamber; characterized by a pair of backflow control channels disposed within a spaced-apart plane relative to the interaction chamber, wherein the backflow control channels define fluid communication links between a downstream portion of the interaction chamber and the four-way intersection flow control zone and wherein during operation of the fluidic chip the backflow control channels alternate with one another to feed portions of the fluid mixture from the interaction chamber into opposing sides of the four-way intersection flow control zone in a cyclical manner and wherein during operation of the fluidic chip, a beam of the fluid mixture is cyclically shifted between opposing sides of the interaction chamber to generate the fan spray pattern.
A method for the cathodic corrosion protection of reinforcements of ferroconcrete edifices in the region of construction joints, wherein a) one side of the construction joints between two concrete supporting elements is sealed, b) the CCP anodes are introduced into the construction joints, c) an ionically conductive gel is introduced into the joints closed on one side, and d) optionally the construction joints are sealed completely. a) one side of the construction joints between two concrete supporting elements is sealed, b) the CCP anodes are introduced into the construction joints, c) an ionically conductive gel is introduced into the joints closed on one side, and d) optionally the construction joints are sealed completely.
A method of finishing an interior wall, comprising: preparing a substrate of panels comprising gypsum, cement or combinations thereof, said substrate having a surface; applying a coating to the substrate, said coating comprising 10-40% by weight of a latex emulsion binder, 30-80% by weight calcium sulfate hemihydrate, 0.1-2% by weight of a set inhibiting agent, 0.05-2% of a polymer having a molecular weight less than 6,000 Daltons and 10-40% by weight water. preparing a substrate of panels comprising gypsum, cement or combinations thereof, said substrate having a surface;
A supporting pad for a hiking stick, which is in the form of a stick consisting of a longitudinal tubular profile section with an axis (X, X') whose upper end is equipped with a retaining handle and whose lower end comprises the supporting pad, whereas the periphery of the supporting face of the supporting pad comprises a plurality of supporting and hooking projections (3a, 3b, 3'b, 3c, 3'c, 3d, 3'd, 3e), the projections being elastically deformable to return into their initial position after deformation and that said supporting pad consists of a pad body made of a rigid material, characterised in that the supporting and hooking projections (3a, 3b, 3'b, 3c, 3'c, 3d, 3'd, 3e) are carried by a crown mounted on an assembly part, and in that the crown is fastened by clipping to the pad body so as to be dismountable.
Packaging machine comprising a forming station, a sealing station and a cutting station, which are arranged in this sequence along a production direction and are configured to manufacture filled packages (14, 14') out of first and second films (8, 10), wherein the packaging machine further comprises a shrinking station and a drying appliance to dry the packages (14, 14'), wherein the shrinking station is configured to shrink the packages by immersion in a water bath or by spraying with water, characterized in that the shrinking station is arranged downstream of the cutting station, wherein the packaging machine is further characterized in that the drying appliance is configured to remove water from a surface of the packages (14, 14') with a first airflow that runs in a first direction directed downwards, wherein the first airflow is generated by a blower arrangement comprising two blowers (23, 24) and an air conducting element arranged in between the latter.
A damper, wherein the damper (1000, 2000, 3000) comprises a housing forming an accommodating cavity and a vibration energy dissipation unit located in the housing; the accommodating cavity comprises a liquid storage cavity and a mass body movable cavity located at an upper part of the liquid storage cavity; the vibration energy dissipation unit comprises a damping liquid contained in the liquid storage cavity and a plurality of mass bodies located in the mass body movable cavity; the plurality of mass body floats on a liquid surface of the damping liquid, characterized in that, a plurality of tooth-shaped protrusions are formed on the outer surface of each of the mass bodies. the accommodating cavity comprises a liquid storage cavity and a mass body movable cavity located at an upper part of the liquid storage cavity; the vibration energy dissipation unit comprises a damping liquid contained in the liquid storage cavity and a plurality of mass bodies located in the mass body movable cavity; the plurality of mass body floats on a liquid surface of the damping liquid, characterized in that, a plurality of tooth-shaped protrusions are formed on the outer surface of each of the mass bodies.
A method for error monitoring in a control and data transmission system designed for redundant process control, which comprises at least one first control device and one second control device redundant to the first one and located remotely from the first one, which are connected to at least one process device (300, 400) in the form of an input and/or output device via a communication network; wherein the first and second control devices (100, 200) are in communication through a communication link via which the first and second control devices exchange data for synchronizing the respective control programs for process control that are executed on the control devices, comprising the steps of: - detecting an error by the first control device; - storing error information about the detected error in the first control device; - transmitting the error information from the first control device to the second control device; - storing the error information received from the first control device in the second control device. - detecting an error by the first control device; - storing error information about the detected error in the first control device; - transmitting the error information from the first control device to the second control device; - storing the error information received from the first control device in the second control device.
A method of processing electronic waste comprising plastic constituents, metal constituents and ceramic constituents, the method comprising: heating the electronic waste in a first temperature zone to a first temperature of up to about 350 °C; and characterized by heating the electronic waste from the first temperature zone in a second temperature zone to a second temperature of at least about 850 °C at a rate of about 50 °C/min or greater such that at least some of the metal constituents in the electronic waste are at least partially thermally transformed by melting, alloy formation and/or dissolution. heating the electronic waste in a first temperature zone to a first temperature of up to about 350 °C; and characterized by heating the electronic waste from the first temperature zone in a second temperature zone to a second temperature of at least about 850 °C at a rate of about 50 °C/min or greater such that at least some of the metal constituents in the electronic waste are at least partially thermally transformed by melting, alloy formation and/or dissolution.
A combined preparation, which comprises: (a) LAG-3 protein, or a derivative thereof that is able to bind to MHC class II molecules and which comprises an amino acid sequence that has at least 70% amino acid identity with domain D1, and optionally domain D2, of LAG-3 protein; and (b) an anti-neoplastic agent, wherein the anti-neoplastic agent is a platinum-based anti-neoplastic agent or a topoisomerase I inhibitor.
A drag head for a vacuum cleaner for aspirating undesirable material from a surface of a meat product, said drag head comprising: a. a drag head body; b. an aspiration opening or in-let opening in said drag head body; c. at least one spacer with a resting area, said spacer being connected to said drag head body in front of and/or alongside said aspiration opening and with said resting area located away from said aspiration opening such that said resting area can rest on a meat product surface during application; and which drag head is further characterised by comprising: d. at least one slide shoe with a sliding part comprising a first sliding area, said slide shoe being arranged besides said drag head body such that at least part of the first sliding area is substantially parallel to at least a part of said resting area of said spacer; wherein said slide shoe is movable in a direction substantially perpendicular to said resting area of said spacer. a. a drag head body; b. an aspiration opening or in-let opening in said drag head body; c. at least one spacer with a resting area, said spacer being connected to said drag head body in front of and/or alongside said aspiration opening and with said resting area located away from said aspiration opening such that said resting area can rest on a meat product surface during application; and which drag head is further characterised by comprising: d. at least one slide shoe with a sliding part comprising a first sliding area, said slide shoe being arranged besides said drag head body such that at least part of the first sliding area is substantially parallel to at least a part of said resting area of said spacer;
Orthopaedic device for hallux valgus, said device comprises a substantially flat and elongated body suited to be constrained in such a way as to be positioned with one side, or underside, beside the foot, at the level of the hallux, wherein said body in turn comprises: • a substantially flat and rigid front lateral portion suited to be rested downstream of the hallux joint, • a substantially flat and rigid rear lateral portion suited to be rested on the part upstream of the hallux joint, characterized in that said body further comprises • an intermediate or central portion suited to be substantially rested at the level of the hallux joint and made of a flexible material, and wherein said flexible central portion allows the relative rotation of said flat lateral portions (14, 13), at least on the plane on which they lie, while traction on the hallux is maintained. • a substantially flat and rigid front lateral portion suited to be rested downstream of the hallux joint, • a substantially flat and rigid rear lateral portion suited to be rested on the part upstream of the hallux joint, • an intermediate or central portion suited to be substantially rested at the level of the hallux joint and made of a flexible material,
A method for monitoring a pool containing water from at least one first element comprising at least one submersible robot (2A, 2B, 2C) provided with capabilities for autonomous propulsion in said pool and being provided with capabilities for communicating, in a submerged position, with at least one second element (2A, 2B, 2C, 5) that allow communication with said second element, said first element comprising a plurality of submersible robots and/or said second element being a submersible robot, sensors (15, 150) designed to produce measurements with a value that represents at least one disturbance of said pool compared to a reference state and being placed on board said submersible robots, said method comprising a step of producing measurements with a value that represents at least one disturbance of said pool compared to a reference state, said measurements originating from said sensors, a step of communicating with at least one second element (2A, 2B, 2C, 5) from said first element in a submerged position, a step of processing outputs from said sensors (15, 150), in order to trigger at least one action relating to information on the disturbance of the pool compared to a reference state by means of information means, said method further comprising a step of detecting an intrusion of a body in the water, during which said at least one sensor generates, when it detects the intrusion of an individual in the water, a first warning signal A1 and a first probability signal PA1, PB1, PC1 representing the probability with which the intrusion is likely to have actually occurred, - and, when a first warning signal A1 is generated by a first submersible robot, a confirmation step, during which a check is carried out, at least on the basis of a probability signal originating from at least one second submersible robot, if the intrusion of an individual is confirmed by at least one second submersible robot. - and, when a first warning signal A1 is generated by a first submersible robot, a confirmation step, during which a check is carried out, at least on the basis of a probability signal originating from at least one second submersible robot, if the intrusion of an individual is confirmed by at least one second submersible robot.
A balloon endoscope reprocessing method, the method comprising: introducing a balloon endoscope, to be reprocessed into an endoscope reprocessing system,; and performing reprocessing on said balloon endoscope, to be reprocessed while a balloon, of said balloon endoscope, is deflated with a first arrangement of folds in the balloon,; characterized by: thereafter inflating said balloon, of said balloon endoscope,; thereafter deflating said balloon, of said balloon endoscope, to form a second arrangement of folds in the balloon, such that different regions of the outer surface are exposed than with the first arrangement of folds in the balloon,; and thereafter performing further reprocessing on said balloon endoscope, to be reprocessed while said balloon, of said balloon endoscope, is deflated. introducing a balloon endoscope, to be reprocessed into an endoscope reprocessing system,; and performing reprocessing on said balloon endoscope, to be reprocessed while a balloon, of said balloon endoscope, is deflated with a first arrangement of folds in the balloon,; characterized by: thereafter inflating said balloon, of said balloon endoscope,; thereafter deflating said balloon, of said balloon endoscope, to form a second arrangement of folds in the balloon, such that different regions of the outer surface are exposed than with the first arrangement of folds in the balloon,; and thereafter performing further reprocessing on said balloon endoscope, to be reprocessed while said balloon, of said balloon endoscope, is deflated. thereafter inflating said balloon, of said balloon endoscope,; thereafter deflating said balloon, of said balloon endoscope, to form a second arrangement of folds in the balloon, such that different regions of the outer surface are exposed than with the first arrangement of folds in the balloon,; and thereafter performing further reprocessing on said balloon endoscope, to be reprocessed while said balloon, of said balloon endoscope, is deflated.
An energy storage device, comprising: a battery rack fixedly installed in a building or a container and having a partitioned space in which battery modules are inserted; and a plurality of battery modules installed in the battery rack, wherein the battery module is inserted into the battery rack in a sliding manner, wherein a front surface of the battery module is fixed to the battery rack in a bolt type, and wherein a rear surface of the battery module is fixed to the battery rack in a hook type. a battery rack fixedly installed in a building or a container and having a partitioned space in which battery modules are inserted; and a plurality of battery modules installed in the battery rack, wherein the battery module is inserted into the battery rack in a sliding manner, wherein a front surface of the battery module is fixed to the battery rack in a bolt type, and wherein a rear surface of the battery module is fixed to the battery rack in a hook type.
A consumer product (100, 100B, 300) comprising a detergent product and a container, the container comprising a box, a lid for the box, and a lock to maintain the lid in a closed position, the box comprising the detergent product, the box comprising a base, sidewalls and an opening (180, 380), the lid comprising a top and flanks, the lid covering the opening and the flanks covering at least a specific portion of a specific sidewall of the sidewalls of the box when the lid is in the closed position, the lock comprising a specific actuator moveable from a locking position to an opening position by applying an actuation pressure onto the specific actuator when the lid is in the closed position, the specific actuator being connected to the specific portion of the specific sidewall, the flanks comprising a specific actuation area in a specific flank, the specific actuation area facing the specific actuator and permitting displacing the specific actuator from the locking position to the opening position by applying the actuation pressure at the specific actuation area when the lid is in the closed position, whereby the box further comprises a transversal wall (190, 390, 492), the transversal wall being connected to the specific sidewall and to another sidewall of the box, preferably to the opposite sidewall of the box, the opposite sidewall being opposite to the specific sidewall, whereby the specific actuation area defines a specific centroid, whereby the specific centroid is separated from the top of the lid by less than 5 cm and by more than 0.5 cm, whereby the specific centroid is separated from a distal end of the specific flank by more than 0.5 cm, and whereby the top of the lid spans less than 13 cm and more than 6 cm along a direction normal to the specific portion of the specific sidewall at the specific centroid, whereby the transversal wall is connected to the specific portion of the specific sidewall at at least at a point coinciding with the specific centroid when the lid is in the closed position.
A gas turbine structure comprising a first housing and a second housing, one of said first and second housings (30, 32) being located around the other of said first and second housings (30, 32) such that a core flow passage is obtained between said first and second housings (30, 32), said gas turbine structure further comprising an elongate structural member extending in a structural member direction (D sm) from said first housing to said second housing, said gas turbine structure further comprising a fairing of length less than 50% of said elongate structural member circumferentially enclosing at least a portion of said structural member, said fairing extending in a fairing direction (D f) substantially parallel to said structural member direction (D sm), said fairing comprising a fairing attachment portion that directly faces the first housing, and is attached to said first housing via one or more releasable joints that prevent displacement of said fairing attachment in relation to said first housing at least in said fairing direction (D f), said fairing further comprising a fairing end portion located at the other end of said fairing in said fairing extension direction (D f) as compared to said fairing attachment portion wherein said fairing end portion is allowed to be displaced, in at least said fairing direction (D f), in relation to said second housing.
Method for determining an arc on a power transmission line (K1-K3, L1-L3), wherein at least one test signal (U11, U21, U31, U41) is coupled into the power transmission line (K1-K3, L1-L3) and an interference signal at an interference point, which is formed by the arc, is generated along the power transmission line (K1-K3, L1-L3) with the aid of the at least one test signal (U11, U21, U31, U41), which interference signal is acquired as at least one measuring signal (U12, U22) and the arc is determined from the at least one measuring signal (U12, U22), characterised in that the arc is determined by detecting at least one intermodulation product from the at least one test signal (U11, U21, U31, U41) and the mains signal of the power transmission line (K1-K3, L1-L3) in the at least one measuring signal (U12, U22).
A substantially transparent material comprising: (a) particles of an inorganic titanate or an inorganic zirconate having a median particle diameter of 4 nm to 15 nm, and (b) at least one compound, wherein the particles are uniformly dispersed in the at least one compound, wherein the particles are bonded to the at least one compound via at least one surface functional group of the particles, and wherein the substantially transparent material has a viscosity of 30Pa•s (30,000 centipoise) or more at a shear rate of 0.1 s -1, as measured with a Brookfield Dial viscosimeter or Wells-Brookfield cone/plate viscosimeter, wherein the particle diameter refers to the diameter of the smallest sphere that encloses the particle determined by dynamic light scattering or scanning electron microscopy and the median particle diameter refers to the particle diameter which represents the median of the particle size distribution and refers to the particle diameter when the particles are dispersed in the at least on compound (b), and wherein the substantially transparent material allows a light transmission of 75% or more of a beam of light having a wavelength of 400 nm directed to the substantially transparent material at a specular angle of 10° through a thickness of 2 mm of the substantially transparent material. (a) particles of an inorganic titanate or an inorganic zirconate having a median particle diameter of 4 nm to 15 nm, and (b) at least one compound,
A circuit breaker comprising a first contact assembly and a second contact assembly cooperating with one another for closing and opening an electrical connection of the circuit breaker, wherein at least one of the contact assemblies (1; 2) is movable along a longitudinal axis (z) of the circuit breaker, wherein one of the contact assemblies comprises contact fingers arranged in a finger cage configuration and the other contact assembly comprises a tube or rod contact, wherein the tube or rod enters the finger cage for establishing an electrical connection and exits the finger cage for disconnecting the electrical connection, wherein the contact fingers comprise an impact point where the tube or rod impacts the contact fingers for the first time during electrical connection establishment, and a contact zone which contacts the tube or rod when the electrical connection has been established, characterized in that the contact zone comprises two contact points separated from one another and arranged on a line which is perpendicular to the longitudinal axis (z).