mhurhangee/ep-ind-claims huggingface dataset:
Soundproof panel that is transmission-efficient and has a sandwich structure, comprising: - two outer walls (1, 2) parallel to one another; - a core rigidly connected to the outer walls so that shear stresses are transmitted between said core and each of the outer walls, and the core maintaining the outer walls apart from each other so as to delimit an intermediate space; and - modifying elements contained in the intermediate space, and maintained by the core at locations which are fixed with respect to directions parallel to the outer walls; in which an acoustic wave which is incident onto one on the outer walls is transformed into a stationary bending vibration of the panel, said stationary vibration being a superposition of normal modes of the panel that are excited by the incident acoustic wave, and a transmitted acoustic wave which emerges from the other outer wall results from emission contributions generated by the excited normal modes, the panel being characterized in that the locations of the modifying elements in projection onto a surface parallel to the outer walls (1, 2) form a fractal distribution with a base pattern which is implemented by autosimilarity at least once, said fractal distribution being such that normal modes of bending vibration of the panel, called concentrated modes, have vibration antinodes with non-zero amplitude only inside a restricted zone of the panel which is surrounded by at least some of the modifying elements contributing to the fractal distribution, so that the transmitted acoustic wave results only from emission contributions which are generated inside said restricted zone of the panel when the excited normal modes are all concentrated modes. - two outer walls (1, 2) parallel to one another; - a core rigidly connected to the outer walls so that shear stresses are transmitted between said core and each of the outer walls, and the core maintaining the outer walls apart from each other so as to delimit an intermediate space; and - modifying elements contained in the intermediate space, and maintained by the core at locations which are fixed with respect to directions parallel to the outer walls;
A fusion protein comprising an FGF21 variant and an Fc region, wherein the sequence of said protein is selected from a sequence listed as follows SEQ ID NO: Sequence Name* 10 Variant # 101 = N-term Fc Fusion with the 2 AA linker between Fc and FGF21 = (Q55C, A109T, G148C, K150R, P158S, S195A, P199G, G202A) 11 Variant # 103 = N-term Fc Fusion with the 2 AA linker = (Q55C, R105K, G148C, K150R, P158S, S195A, P199G, G202A) 12 Variant #188 = V103 with 15 AA Linker (GGGGS x 3) between Fc and FGF21 = (Q55C, R105K, G148C, K150R, P158S, S195A, P199G, G202A) 13 Variant #204 = V101 with 15 AA Linker (GGGGS x 3) between Fc and FGF21 = (Q55C, A109T, G148C, K150R, P158S, S195A, P199G, G202A)
PCB arrangement for measuring a battery current of a battery-powered vehicle, whereas the PCB arrangement comprises the following: a main board with one or more plug connectors for a wired electrical connection of the main board to a control device; at least one measuring circuit board (102a, 102b) with a current sensing resistor (103a, 103b) for detecting a battery current of the battery of the battery-powered vehicle, wherein the at least one measuring circuit board (102a, 102b) is applied to the main board via a plurality of metal connecting pads (104a, 104b) and wherein the current sensing resistor (103a, 103b) is connected electrically to the one or more plug connectors, wherein the at least one measuring circuit board (102a, 102b) can be mechanically and electrically connected to a busbar to the battery in order to detect a voltage drop across the current sensing resistor (103a, 103b) and pass it on to the control unit via the one or more plug connectors of the main circuit board. a main board with one or more plug connectors for a wired electrical connection of the main board to a control device; at least one measuring circuit board (102a, 102b) with a current sensing resistor (103a, 103b) for detecting a battery current of the battery of the battery-powered vehicle, wherein the at least one measuring circuit board (102a, 102b) is applied to the main board via a plurality of metal connecting pads (104a, 104b) and wherein the current sensing resistor (103a, 103b) is connected electrically to the one or more plug connectors, wherein the at least one measuring circuit board (102a, 102b) can be mechanically and electrically connected to a busbar to the battery in order to detect a voltage drop across the current sensing resistor (103a, 103b) and pass it on to the control unit via the one or more plug connectors of the main circuit board.
A method for improving safety for a vehicle braking arrangement having air circuits (C1, C2, C3) for supplying compressed air for service brakes (42, 44) and parking brake, comprising the step of determining the compressed air pressure in the respective air circuits (C1, C2, C3), characterized by the steps of: - determining the order in which said air circuits (C1, C2, C3) are pressurised for the respective circuits (C1, C2, C3) during air pressure build up; and - taking action to improve safety if the parking brake air circuit is pressurised prior to any of the service brake air circuits (C1, C2); wherein the step of taking action comprises the step of informing the operator of the vehicle of the service brakes (42, 44) not being sufficiently pressurised or being incorrectly pressurised, and preventing the vehicle from being driven by activating the parking brake if not activated. - determining the order in which said air circuits (C1, C2, C3) are pressurised for the respective circuits (C1, C2, C3) during air pressure build up; and - taking action to improve safety if the parking brake air circuit is pressurised prior to any of the service brake air circuits (C1, C2);
Fuse block or switch-disconnector bar for low voltage, high power fuses having an incorporated current transformer, having a housing, contacts, which are arranged on a front side of the housing, for receiving the fuses at the front side, wherein the respective contact is connected to an electrical conductor (5, 6), and the respective arrangement (4, 5; 4, 6) comprising contact and electrical conductor (5, 6) which is connected to the said contact is mounted in the housing, wherein a current transformer is associated with at least one arrangement comprising contact and electrical conductor (5, 6) which is connected to said contact, and the arrangement comprising contact and electrical conductor (5, 6) which is connected to the said contact passes through an opening in the current transformer, characterized in that the arrangement comprising contact and electrical conductor (5, 6) which is connected to the said contact has a mounting region for mounting the current transformer onto the front side of the arrangement comprising contact and electrical conductor (5, 6) which is connected to the said contact, wherein the cross section of the opening in the current transformer is larger than the cross section of the arrangement comprising contact and electrical conductor (5, 6), which is connected to the said contact, in the mounting region.
A system configured to apply stimulating current to a patient for treating insufficient uterine contractions, the system comprising: a mesh electrode array device configured to be coupled to an outer surface of a uterus of the patient to provide stimulating current to the patient, the mesh electrode array device including: a non-conductive mesh material including a plurality of segments and a plurality of nodes formed at locations where one or more of the plurality of segments intersect; a plurality of electrodes, wherein each one of the plurality of electrodes are coupled to a corresponding one of the plurality of nodes; a plurality of lead wires, wherein each one of the plurality of lead wires are insulated and are coupled to one of the plurality of electrodes; and a current source coupled to the plurality of lead wires and configured to control operation of the plurality of electrodes to apply the simulating current to the patient for treating insufficient uterine contractions, characterised in that the plurality of electrodes each include a conductive, pointed tip and a non-conductive housing, and are positioned along one of the plurality of nodes so that the pointed tips penetrate uterine tissue when the mesh electrode array device is deployed onto the uterus of the patient. a mesh electrode array device configured to be coupled to an outer surface of a uterus of the patient to provide stimulating current to the patient, the mesh electrode array device including: a non-conductive mesh material including a plurality of segments and a plurality of nodes formed at locations where one or more of the plurality of segments intersect; a plurality of electrodes, wherein each one of the plurality of electrodes are coupled to a corresponding one of the plurality of nodes; a plurality of lead wires, wherein each one of the plurality of lead wires are insulated and are coupled to one of the plurality of electrodes; and a non-conductive mesh material including a plurality of segments and a plurality of nodes formed at locations where one or more of the plurality of segments intersect; a plurality of electrodes, wherein each one of the plurality of electrodes are coupled to a corresponding one of the plurality of nodes; a plurality of lead wires, wherein each one of the plurality of lead wires are insulated and are coupled to one of the plurality of electrodes; and a current source coupled to the plurality of lead wires and configured to control operation of the plurality of electrodes to apply the simulating current to the patient for treating insufficient uterine contractions, characterised in that the plurality of electrodes each include a conductive, pointed tip and a non-conductive housing, and are positioned along one of the plurality of nodes so that the pointed tips penetrate uterine tissue when the mesh electrode array device is deployed onto the uterus of the patient.
A method at a network element comprising: monitoring, at the network element, transactions between the network element and at least one client device (120, 122, 124, 126); applying rules to each transaction; and performing a parsing and storing of each transaction based on the rules; wherein the storing is done at a data store that adds an index to the transaction data; wherein the parsing splits the transaction into a header and body; wherein the storing stores the header in a first data store and the body in a second data store; and wherein the header and the body are associated with a session identifier. monitoring, at the network element, transactions between the network element and at least one client device (120, 122, 124, 126); applying rules to each transaction; and performing a parsing and storing of each transaction based on the rules; wherein the storing is done at a data store that adds an index to the transaction data; wherein the parsing splits the transaction into a header and body; wherein the storing stores the header in a first data store and the body in a second data store; and
A rotor blade for a gas turbine engine, comprising: an attachment; an airfoil extending from the attachment to a tip, wherein the airfoil has a stagger angle (φ; 64; 66; 82; 96) that changes as the airfoil extends between the attachment and the tip, the airfoil further comprising a base region disposed adjacent to the attachment, a tip region, and a transition region located between the base region and the tip region; wherein a rate of the change of the stagger angle (66; 82) in the transition region is greater than a rate of the change of the stagger angle (64; 66) in the base region; wherein the rate of the change of the stagger angle (66; 82) in the transition region is greater than a rate of change of the stagger angle (82; 96) in the tip region; and wherein the airfoil has a chord (48; 68; 70; 84; 98) that increases as the airfoil extends from the base region to the tip; characterised in that a squealer pocket is located in a surface of the tip, the squealer pocket being surrounded by a wall located between the squealer pocket and a leading edge, trailing edge, pressure side and suction side of the airfoil, wherein a first surface of the wall has a convex configuration with respect to the pressure side of the airfoil as it extends from a leading edge to a trailing edge of the airfoil; and wherein the squealer pocket comprises a plurality of cooling openings. an attachment; an airfoil extending from the attachment to a tip, wherein the airfoil has a stagger angle (φ; 64; 66; 82; 96) that changes as the airfoil extends between the attachment and the tip, the airfoil further comprising a base region disposed adjacent to the attachment, a tip region, and a transition region located between the base region and the tip region; wherein a rate of the change of the stagger angle (66; 82) in the transition region is greater than a rate of the change of the stagger angle (64; 66) in the base region; wherein the rate of the change of the stagger angle (66; 82) in the transition region is greater than a rate of change of the stagger angle (82; 96) in the tip region; and wherein the airfoil has a chord (48; 68; 70; 84; 98) that increases as the airfoil extends from the base region to the tip; characterised in that a squealer pocket is located in a surface of the tip, the squealer pocket being surrounded by a wall located between the squealer pocket and a leading edge, trailing edge, pressure side and suction side of the airfoil, wherein a first surface of the wall has a convex configuration with respect to the pressure side of the airfoil as it extends from a leading edge to a trailing edge of the airfoil; and wherein the squealer pocket comprises a plurality of cooling openings.
An improved boron-coated straw detector system comprising a boron-coated straw formed from boron-coated foil having a diameter, said detector system being characterized in at least one septum extending radially inward from inner surface of the straw, each septum having a boron-coating on two sides.
A bucket, comprising: a base; a side wall extending from the base; and an outwardly and downwardly directed flange at the top of the side wall opposite the base, wherein the side wall includes a portion which is concave as seen from the outside of the bucket and intended to face and possibly rest against the leg or hip of a user, and wherein the side wall at said portion further includes a plurality of reinforcements extending from the flange and towards the base, characterized in that the reinforcements have the same or substantially the same extension in the downward direction as the flange has at another portion of the side wall. a base; a side wall extending from the base; and an outwardly and downwardly directed flange at the top of the side wall opposite the base, wherein the side wall includes a portion which is concave as seen from the outside of the bucket and intended to face and possibly rest against the leg or hip of a user, and wherein the side wall at said portion further includes a plurality of reinforcements extending from the flange and towards the base, characterized in that the reinforcements have the same or substantially the same extension in the downward direction as the flange has at another portion of the side wall.
A polyphenylene sulfide composite fiber consisting primarily of component A and component B, wherein the PPS composite fiber contains component B by 5 to 70% by weight, and wherein the component A is a resin primarily containing polyphenylene sulfide made from p-phenylene sulfide as a primary unit while the component B is a resin primarily containing a copolymerized polyphenylene sulfide made from at least one kind of copolymerization unit other than p-phenylene sulfide, characterized in that at least one part of a fiber surface is made of the component B, wherein melting point Tm of the component A and melting point Tm of the component B satisfy the following formula. 5 °C ≤ Tm A − Tm B ≤ 80 °C.
A device for controlling a locking/unlocking system with an espagnolette for a leaf comprising an upright receiving the espagnolette follower and said control device, said device comprising an espagnolette actuating shaft, and a handle rotating said shaft and including: - a handling lever capable of being disposed applied on the surface of said receiving upright, - a barrel receiving at least one end of the actuating shaft, secured to the lever, and - a fixing sole which comprises a casing (410, 411) capable of being flush-mounted into the receiving upright of the opening, and a receiving orifice of the barrel of the handle and which is traversed by said actuating shaft, such that said lever extends in a plane parallel to the plane of the front face of the sole, and is only movable in rotation following a circular stroke around the axis of the actuating shaft between a locking position and an unlocking position in said plane parallel to the plane of the front face of the sole, and it overlaps at least partially said front face of the sole, in particular said casing, in the locking position, and in that said lever has a reversible circular stroke ranging from 0 degree to 180 degrees, so that the lever can extend along the upright of the leaf, on the face of the upright, in the locking position and in the unlocking position. - a handling lever capable of being disposed applied on the surface of said receiving upright, - a barrel receiving at least one end of the actuating shaft, secured to the lever, and - a fixing sole which comprises a casing (410, 411) capable of being flush-mounted into the receiving upright of the opening, and a receiving orifice of the barrel of the handle and which is traversed by said actuating shaft, such that said lever extends in a plane parallel to the plane of the front face of the sole, and is only movable in rotation following a circular stroke around the axis of the actuating shaft between a locking position and an unlocking position in said plane parallel to the plane of the front face of the sole, and it overlaps at least partially said front face of the sole, in particular said casing, in the locking position,
A method of processing a substrate with a focussed particle beam which is incident on the substrate, the method comprising the steps of: a. generating at least one reference mark (410, 420) on the substrate using the focused particle beam and at least one processing gas, wherein the focused particle beam comprises at least one of an electron beam and an ion beam; b. determining a reference position of the at least one reference mark (410, 420) by scanning the focussed particle beam across the substrate without using the at least one processing gas; c. processing the substrate using the reference position of the reference mark (410, 420) and the focussed particle beam, wherein processing of the substrate further comprises: i. interrupting processing; ii. determining a drift of a position of the at least one reference mark (410, 420) with respect to the reference position by scanning the focussed particle beam across the substrate without using the at least one processing gas; iii. correcting the determined drift; and iv. continuing processing of the substrate with the corrected drift using the focussed particle beam; characterized by d. removing the at least one reference mark (410, 420) from the substrate. a. generating at least one reference mark (410, 420) on the substrate using the focused particle beam and at least one processing gas, wherein the focused particle beam comprises at least one of an electron beam and an ion beam; b. determining a reference position of the at least one reference mark (410, 420) by scanning the focussed particle beam across the substrate without using the at least one processing gas; c. processing the substrate using the reference position of the reference mark (410, 420) and the focussed particle beam, wherein processing of the substrate further comprises: i. interrupting processing; ii. determining a drift of a position of the at least one reference mark (410, 420) with respect to the reference position by scanning the focussed particle beam across the substrate without using the at least one processing gas; iii. correcting the determined drift; and iv. continuing processing of the substrate with the corrected drift using the focussed particle beam; characterized by i. interrupting processing; ii. determining a drift of a position of the at least one reference mark (410, 420) with respect to the reference position by scanning the focussed particle beam across the substrate without using the at least one processing gas; iii. correcting the determined drift; and iv. continuing processing of the substrate with the corrected drift using the focussed particle beam; d. removing the at least one reference mark (410, 420) from the substrate.
A semiconductor pressure sensor (700, 720, 780), comprising: a) a semiconductor substrate having a diaphragm (402, 402A) and a support portion(404, 404A) provided to surround said diaphragm; b) at least one strain gauge resistor (406, 408, 701, 702, 704, 706, 708, 782) formed on one main surface of said semiconductor substrate and having a resistance value changing by changing a length of the strain gauge resistor according to strain of a portion of said semiconductor substrate that corresponds to said diaphragm; and c) at least one piezoelectric element (701-708, 782) formed in a region at least including part of said diaphragm on said semiconductor substrate, and having a lower electrode layer, a piezoelectric layer, and an upper electrode layer, d) wherein said at least one piezoelectric element is formed in a region away from said at least one strain gauge resistor, e) said semiconductor pressure sensor further comprises a plurality of bonding pads (716A-716F) provided on the support portion, f) said plurality of bonding pads (716A-716F) are provided side-by-side on one side of said semiconductor substrate, and g) said upper electrode layer and said lower electrode layer are connected to a first bonding pad located at a first end and a second bonding pad located at a second end, respectively, of said plurality of bonding pads provided side by side on said one side of said semiconductor substrate. a) a semiconductor substrate having a diaphragm (402, 402A) and a support portion(404, 404A) provided to surround said diaphragm; b) at least one strain gauge resistor (406, 408, 701, 702, 704, 706, 708, 782) formed on one main surface of said semiconductor substrate and having a resistance value changing by changing a length of the strain gauge resistor according to strain of a portion of said semiconductor substrate that corresponds to said diaphragm; and c) at least one piezoelectric element (701-708, 782) formed in a region at least including part of said diaphragm on said semiconductor substrate, and having a lower electrode layer, a piezoelectric layer, and an upper electrode layer, d) wherein said at least one piezoelectric element is formed in a region away from said at least one strain gauge resistor, e) said semiconductor pressure sensor further comprises a plurality of bonding pads (716A-716F) provided on the support portion, f) said plurality of bonding pads (716A-716F) are provided side-by-side on one side of said semiconductor substrate, and g) said upper electrode layer and said lower electrode layer are connected to a first bonding pad located at a first end and a second bonding pad located at a second end, respectively, of said plurality of bonding pads provided side by side on said one side of said semiconductor substrate.