mhurhangee/ep-ind-claims huggingface dataset:
An implantable medical device comprising: a housing defining an interior space; one or more components disposed in the interior space of the housing; a frame disposed in the interior space of the housing, wherein the frame comprises: one or more first polymeric portions; and one or more second polymeric portions integrally joined to the one or more first polymeric portions; wherein the one or more second polymeric portions provides an interference fit between the one or more second polymeric portions and at least one of the housing and the one or more components disposed in the interior space of the housing; and characterized in that at least one of the one or more first polymeric portions has a higher durometer than at least one of the one or more second polymeric portions. a housing defining an interior space; one or more components disposed in the interior space of the housing; a frame disposed in the interior space of the housing, wherein the frame comprises: one or more first polymeric portions; and one or more second polymeric portions integrally joined to the one or more first polymeric portions; wherein the one or more second polymeric portions provides an interference fit between the one or more second polymeric portions and at least one of the housing and the one or more components disposed in the interior space of the housing; and characterized in that at least one of the one or more first polymeric portions has a higher durometer than at least one of the one or more second polymeric portions. one or more first polymeric portions; and one or more second polymeric portions integrally joined to the one or more first polymeric portions; wherein the one or more second polymeric portions provides an interference fit between the one or more second polymeric portions and at least one of the housing and the one or more components disposed in the interior space of the housing; and characterized in that at least one of the one or more first polymeric portions has a higher durometer than at least one of the one or more second polymeric portions.
Post for fitting at least one lattice panel formed of horizontal and vertical wires, and a piece designed for being fitted on such a post, said post comprising a side wall (8A, 8B) provided with a plurality of grooves that are open on the free extremity of said side wall, said grooves enabling the fastening of said panel by the horizontal wires of said lattice, said wall having, in the vicinity of at least one of said grooves, an opening provided for fixing a locking means of a wire of said lattice panel there, passing in said neighbouring groove, and the opening being in close proximity to the groove in order to position the locking means to close the perimeter of the groove in such a way as to lock said wire of the lattice in the interior of said groove, and said fitted piece forming locking means, characterised in that the fitted piece has a shape of a calliper pierced by two openings (17, 19) facing each other, wherein the piece is sized in such a way as to be arranged on an edge of the side wall of the post, in such a way that the two openings are in alignment with the opening of the wall that is provided for fixing said fitted piece there, wherein the two openings (17, 19) of the fitted piece and the opening provided on the post are sized to receive a fixing means that crosses said openings, wherein the fitted piece is sized so as to close the open portion of the groove neighbouring the opening, via which the fitted piece is fixed to the post.
A vehicle comprising: a rotating electric machine ( 130, 130B) generating driving power for running the vehicle ( 100, 100A, 100B); and a control device for controlling the rotating electric machine ( 130, 130B), the control device performing driving power variation operation on the rotating electric machine ( 130, 130B) in which the rotating electric machine is switched between a first state and a second state to run the vehicle ( 100, 100A, 100B) so as to maintain a speed of the vehicle ( 100, 100A, 100B) within an acceptable range, the rotating electric machine generating driving power in the first state, the rotating electric machine generating driving power in the second state smaller than the driving power in the first state, characterized in that the control device starts a transition to the first state in response to a decrease in the speed of the vehicle ( 100, 100A, 100B) to a first threshold value determined from a lower limit value of the acceptable range, and starts a transition to the second state in response to an increase in the speed of the vehicle ( 100, 100A, 100B) to a second threshold value determined from an upper limit value of the acceptable range, the control device gradually varies the driving power output from the rotating electric machine ( 130, 130B) during at least one of a transition of the driving power from the first state to the second state and a transition of the driving power from the second state to the first state, and causes magnitude of temporal variation in the driving power during the transition of the driving power from the first state to the second state and magnitude of temporal variation in the driving power during the transition of the driving power from the second state to the first state to have different values. a rotating electric machine ( 130, 130B) generating driving power for running the vehicle ( 100, 100A, 100B); and a control device for controlling the rotating electric machine ( 130, 130B),
An electrolytic capacitor comprising: a cathode comprising a conductive substrate and a conductive polymer layer placed on a surface of the conductive substrate; an anode comprising a substrate composed of a valve metal and a dielectric layer composed of an oxide of the valve metal that is placed on a surface of the substrate and is so placed that the dielectric layer and the conductive polymer layer of the cathode face each other through a space; and an ion conductive electrolyte having no electron conductivity which is filled in the space, characterized in that the conductive substrate comprises: an aluminum foil with an aluminum oxide film; and an inorganic conductive layer comprising an inorganic conductive material that is placed on a surface of the aluminum oxide film, the inorganic conductive layer and the aluminum foil are electrically connected to each other, and the inorganic conductive material is at least one material selected from a group consisting of carbon, titanium, titanium nitride, titanium carbide, and nickel, the conductive polymer layer is placed on a surface of the inorganic conductive layer, a contact resistance between the conductive substrate and the conductive polymer layer in the cathode is 1 Ωcm 2 or less, and the conductive polymer layer of the cathode that is in contact with the ion conductive electrolyte expresses a redox capacity when a voltage is applied between the anode and the cathode. a cathode comprising a conductive substrate and a conductive polymer layer placed on a surface of the conductive substrate; an anode comprising a substrate composed of a valve metal and a dielectric layer composed of an oxide of the valve metal that is placed on a surface of the substrate and is so placed that the dielectric layer and the conductive polymer layer of the cathode face each other through a space; and an ion conductive electrolyte having no electron conductivity which is filled in the space, characterized in that the conductive substrate comprises: an aluminum foil with an aluminum oxide film; and an inorganic conductive layer comprising an inorganic conductive material that is placed on a surface of the aluminum oxide film, the inorganic conductive layer and the aluminum foil are electrically connected to each other, and the inorganic conductive material is at least one material selected from a group consisting of carbon, titanium, titanium nitride, titanium carbide, and nickel, the conductive polymer layer is placed on a surface of the inorganic conductive layer, a contact resistance between the conductive substrate and the conductive polymer layer in the cathode is 1 Ωcm 2 or less, and the conductive polymer layer of the cathode that is in contact with the ion conductive electrolyte expresses a redox capacity when a voltage is applied between the anode and the cathode.
A composition comprising a water insoluble support having on a surface thereof at least an inner aminodextran layer and an outer dextran aldehyde layer wherein the outer dextran_aldehyde layer has pendant moieties each comprising a terminal amine group wherein a point of linkage of each of the pendant moieties to the dextran aldehyde layer_comprises a secondary amine linkage, but does not comprise an amide bond, and wherein each of the pendant moieties comprises an alkylene of about 2 to about 10 carbon atoms or a poly(alkylene ether) of about 2 to about 20 alternating ether linkages and alkylene moieties.
Method for performing maintenance work on ships, in which at least one parameter for at least one outfitting of the ship is captured by measurement and compared with at least one setpoint value and in which the comparison performed is taken as a basis for triggering performance of a maintenance process, wherein the capture of the parameter by measurement comprises at least one structure-borne sound measurement, wherein the structure-borne sound data are compared with setpoint data and wherein the evaluation of the measurement data involves additional information from an automation and information system of the ship being taken into consideration, characterized in that the automation and information system of the ship is used to access the entire signal inventory of the ship in respect of the ship's operating state and the operating state of the ship's outfittings that are to be tested, wherein a state measurement is performed on a ship's outfitting only if the operating state of the ship and the operating state of the ship's outfitting to be tested are concordant with a prescribed normal measurement state.
A set of fuse holders (400, 410, 420, 800), comprising: a first fuse holder (420, 800) having a first ampacity, the first fuse holder comprising a first pair of fuse receiving receptacles (422 a-b, 810a-b), the first pair of fuse receiving receptacles defining a first area; and a second fuse holder having a second ampacity, the second ampacity being less than the first ampacity, the second fuse holder comprising a second pair of fuse receiving receptacles (412 a-b), the second pair of fuse receiving receptacles defining a second area that is less than the first area, and the second pair of fuse receiving receptacles being configured such that the second area corresponds to a portion of the first area, characterised in that the first and second pair of fuse receiving receptacles (422 a-b, 412 a-b) are respectively configured to receive first and second terminal blades of a mating fuse (320, 310). a first fuse holder (420, 800) having a first ampacity, the first fuse holder comprising a first pair of fuse receiving receptacles (422 a-b, 810a-b), the first pair of fuse receiving receptacles defining a first area; and a second fuse holder having a second ampacity, the second ampacity being less than the first ampacity, the second fuse holder comprising a second pair of fuse receiving receptacles (412 a-b), the second pair of fuse receiving receptacles defining a second area that is less than the first area, and the second pair of fuse receiving receptacles being configured such that the second area corresponds to a portion of the first area,
Cryptography module (100; 100a; 100b) for at least temporarily controlling operation of at least one computing device (200; 200a), wherein the cryptography module (100; 100a; 100b) is designed to inspect at least one memory area (310, 320, 330) of a memory device that the computing device (200; 200a) is able to access and to control the operation of the at least one computing device (200; 200a) on the basis of the inspection, characterized in that the cryptography module (100; 100a; 100b) is designed to keep the computing device (200; 200a) in a reset state, wherein the cryptography module (100; 100a; 100b) is designed in particular to keep the computing device (200; 200a) in the reset state until the inspection is complete.
A method of combusting waste with a stoke-type waste incinerator at a low air; ratio comprising the steps of: shifting said waste from a drying stoker to a combustion stoker, to burnout stoker, in succession for the primary combustion of said waste, said waste being placed on stokers of said incinerator, effecting said combustion by feeding primary combustion air from underneath said stokers to a primary combustion; chamber above said stokers, maintaining the volume of said primary combustion air fed from beneath said stokers to allow the air ratio to be 0.8∼1.0, effecting said combustion for the unburned gas and unburned combustibles contained in the primary combustion gas flowing in from said primary combustion chamber by feeding secondary combustion air into a secondary combustion chamber placed above the primary combustion chamber; controlling the distribution amount and temperature of the primary combustion air fed to the lower part of said stokers and the amount of said waste shifted by said stoker such that an oxygen concentration of the combustion gas in said primary combustion chamber in the zone where said burnout stoker is positioned is 15% or more, drawing re-circulating combustion gas (G') having oxygen! concentration of 15% or more out from said primary combustion chamber in the zone where said burnout stoker is positioned, blowing said drawn re-circulating combustion gas (G') into said primary combustion gas flowing in from said primary combustion chamber upstream of a position of feeding in said secondary combustion air for mixing and stirring said primary combustion gas with the re-circulating combustion gas (G') blown in, thus forming a high-temperature reduction zone with an air ratio of 0.8∼1.0 and also with a uniform distribution of composition and temperature of gas flow; measuring the oxygen concentration of the secondary combustion gas (Go) at the outlet of said secondary combustion chamber continuously in real time, by using a laser-type oxygen analyzer, controlling the feeding volume of said secondary combustion air to allow the air ratio of the secondary combustion gas to be 0.3∼0.4, and the measured value of said oxygen concentration to become substantially 5%, thus achieving a complete combustion of waste with a total air ratio of less than 13; effecting combustion control with a combustion control system comprising a steady state control part responsible for the stable combustion control in normal operating conditions including at least: controlling the heat input of the waste, controlling burning-center and burnout positions and controlling in real time the secondary combustion air, and a fuzzy control part responsible for restoring a state of abnormal combustion to stable, steady conditions when abnormal combustion of waste has occurred, thus achieving complete combustion of said waste.
A vessel, an underwater vessel, with an exhaust gas outlet and with a turret and a crew compartment for accommodating crew members at the upper end of the turret, wherein the crew compartment can optionally be flooded with water, in particular during a submerging operation of the vessel, wherein the crew compartment is arranged outside a pressure hull of the vessel, wherein the crew compartment comprises an opening (4, 6) through which exhaust gases can penetrate the crew compartment, wherein in order to protect the crew members against the effect of exhaust gases penetrating the crew compartment, the vessel comprises an extraction device via which exhaust gases can be sucked off out of the crew compartment, wherein an exhaust gas of the vessel can be supplied as a driving medium to the extraction device, wherein the extraction device is designed as a jet pump, wherein the extraction device is arranged in an exhaust gas tract of the vessel.
A panel light, comprising: a frame, a diffuser plate having an outer surface and an inner surface opposite to each other, a base plate, and a light source assembly configured to be installed on the base plate, and a light-emitting side of the light source assembly face towards the diffuser plate; wherein the frame has an annular retaining rim, and ribs are provided on the annular retaining rim; and an edge portion of the outer surface of the diffuser plate is configured to abut against the ribs; the base plate has an annular flange, an edge portion of the base plate is fixed to the frame, and the annular flange is configured to abut on an edge portion of the inner surface of the diffuser plate, the ribs are arranged in multiple sections, and the ribs with multiple sections are distributed on the frame in an annular manner; the edge portion of the base plate and the frame are connected through fasteners; the fasteners are screws that pass through the edge portion of the base plate and are threaded to the frame; characterized in that the distance between a position where the annular flange abuts on the diffuser plate and a center of the diffuser plate is smaller than the distance between a position where the ribs abut on the diffuser plate and the center of the diffuser plate, so that the diffuser plate bulges outwards. a frame, a diffuser plate having an outer surface and an inner surface opposite to each other, a base plate, and a light source assembly configured to be installed on the base plate, and a light-emitting side of the light source assembly face towards the diffuser plate; wherein the frame has an annular retaining rim, and ribs are provided on the annular retaining rim; and an edge portion of the outer surface of the diffuser plate is configured to abut against the ribs; the base plate has an annular flange, an edge portion of the base plate is fixed to the frame, and the annular flange is configured to abut on an edge portion of the inner surface of the diffuser plate, the ribs are arranged in multiple sections, and the ribs with multiple sections are distributed on the frame in an annular manner; the edge portion of the base plate and the frame are connected through fasteners; the fasteners are screws that pass through the edge portion of the base plate and are threaded to the frame; characterized in that the distance between a position where the annular flange abuts on the diffuser plate and a center of the diffuser plate is smaller than the distance between a position where the ribs abut on the diffuser plate and the center of the diffuser plate, so that the diffuser plate bulges outwards.
Antenna system comprising: - a transmitting or receiving antenna element; - an array of parasitic antenna elements individually associated with reconfigurable loads; - one or a plurality of near-field antennas; and - a circuit (18, 34) for setting the configuration of the array of parasitic antenna elements according to a radiation picked up by the near-field antenna(s) during a radio frequency transmission by the transmitting or receiving antenna element, the antenna system being characterized in that the circuit (18, 34) is configured to adjust impedance values of the reconfigurable loads according to a comparison, with reference data representative of radiation patterns (Dk) of the system in the presence of interferences, of data representative of a radiation pattern (Di, Dp) of the system. - a transmitting or receiving antenna element; - an array of parasitic antenna elements individually associated with reconfigurable loads; - one or a plurality of near-field antennas; and - a circuit (18, 34) for setting the configuration of the array of parasitic antenna elements according to a radiation picked up by the near-field antenna(s) during a radio frequency transmission by the transmitting or receiving antenna element,
An antibody that binds to human angiopoietin 2 (ANG-2) a) for use in a method of treating or delaying progression of cancer, or b) for use in a method of prolonging the survival of a patient suffering from cancer, wherein the method comprises administration of said antibody in combination with an agonistic CD40 antibody.
A continuous assemblage of pots for raising and transplanting seedlings in which hexagonal tubular individual pots that are formed by expanding papers or paper-like thin films are connected by link pieces to form continuous pieces, the continuous pieces are overlapped on one another, and the overlapping continuous pieces are attached to one another with a water-soluble adhesive therebetween, characterized in that: each of the link pieces is formed by folding back one end of a strip-shaped thin film in the length direction, such that approximately one-third of the length of the thin film is folded back, then attaching the folded-back portion to the thin film with a water-soluble adhesive; the link pieces are disposed in a staggered arrangement in which the folded-back portions are oriented such that they face the folded-back portions of the opposing link pieces; the continuous pieces are formed by using a non-water-soluble adhesive to attach both ends in the length direction of each link piece to the opposing link pieces; and the individual pots are formed between the opposing link pieces. each of the link pieces is formed by folding back one end of a strip-shaped thin film in the length direction, such that approximately one-third of the length of the thin film is folded back, then attaching the folded-back portion to the thin film with a water-soluble adhesive; the link pieces are disposed in a staggered arrangement in which the folded-back portions are oriented such that they face the folded-back portions of the opposing link pieces; the continuous pieces are formed by using a non-water-soluble adhesive to attach both ends in the length direction of each link piece to the opposing link pieces; and the individual pots are formed between the opposing link pieces.
Gas turbine, in particular an aircraft engine gas turbine, comprising: a housing having a flow channel inlet; a rotating cascade, which is a first rotating cascade in particular in the flow direction, which can be arranged in the housing; and an outer sealing ring for sealing said rotating cascade, which ring can be frictionally fastened to the housing by a clamping means and has a plurality of ring segments (20 i, 20 i+1); characterized in that a quotient of a clearance sum ∑ i = 1 n u i of the outer sealing ring frictionally fastened to the housing and pi (π) is at least as large as a difference between a maximum outer diameter (D 20) of the outer sealing ring frictionally fastened to the housing and a minimum inner diameter (d 16) of the flow channel inlet of the housing ∑ i = 1 n u i ≥ D 20 − d 16 ⋅ π.