mhurhangee/ep-ind-claims huggingface dataset:
A two-component polyurethane adhesive composition comprising an aromatic polyisocyanate component and a polyol component comprising at least one polyester polyol and a polyol having two or more OH groups and a hydrogen-bridging group; wherein the aromatic polyisocyanate component has an average NCO functionality of at least 2.8 and not to exceed 5; the polyester polyol has an OH functionality of at least 1.8 and not to exceed 3, and an OH number between 2 to 45 mg KOH/g; and the polyol having two or more OH groups and a hydrogen-bridging group has an acid value of at least 50 mg KOH/g and not to exceed 200 mg KOH/g, and an OH functionality of at least 1.8 and not to exceed 3; wherein the aromatic polyisocyanate component is an aromatic polyisocyanate adduct or an aromatic polyisocyanate trimer and wherein the aromatic diisocyanate monomer used to prepare the adduct or trimer is selected from the group consisting of isomers of methylene diphenyl diisocyanate ("MDI"), isomers of toluene diisocyanate ("TDI"), isomers of naphthalene diisocyanante ("NDI"), and combinations thereof; and wherein the weight ratio of the polyol component to the polyisocyanate component is from 100:15 to 100:40.
A bioactive or diagnostic agent delivery device comprising: porous graft means for replacing a natural tissue conduit; and hollow tubing means in contact with an outer surface of said porous graft means for delivering a bioactive or diagnostic agent to said porous graft means via areas in contact with said porous graft means. porous graft means for replacing a natural tissue conduit; and hollow tubing means in contact with an outer surface of said porous graft means for delivering a bioactive or diagnostic agent to said porous graft means via areas in contact with said porous graft means.
A device comprising: a base unit; an attachment means, connected to the base unit, which can be used to attach the base unit releasably to a user's clothing; a leash arrangement comprising a flexible leash element which may be extended from, and retracted into, the base unit; and a holder attached to the leash element, the holder being operable to grip and release at least one type of cigarette lighter, wherein: the holder comprises first and second arms which protrude away from a central point and are deflected towards one another to present generally opposed gripping surfaces; and an adjustment arrangement is provided to allow a user to adjust the distance between the gripping surfaces when the holder is in an undisturbed state, wherein the adjustment arrangement is an adjustment knob which may be grasped by a user and rotated to bring the arms closer to one another, or draw them further apart from one another, thus increasing or decreasing the distance between the gripping surfaces. a base unit; an attachment means, connected to the base unit, which can be used to attach the base unit releasably to a user's clothing; a leash arrangement comprising a flexible leash element which may be extended from, and retracted into, the base unit; and a holder attached to the leash element, the holder being operable to grip and release at least one type of cigarette lighter, wherein: the holder comprises first and second arms which protrude away from a central point and are deflected towards one another to present generally opposed gripping surfaces; and an adjustment arrangement is provided to allow a user to adjust the distance between the gripping surfaces when the holder is in an undisturbed state, wherein the adjustment arrangement is an adjustment knob which may be grasped by a user and rotated to bring the arms closer to one another, or draw them further apart from one another, thus increasing or decreasing the distance between the gripping surfaces. the holder comprises first and second arms which protrude away from a central point and are deflected towards one another to present generally opposed gripping surfaces; and an adjustment arrangement is provided to allow a user to adjust the distance between the gripping surfaces when the holder is in an undisturbed state, wherein the adjustment arrangement is an adjustment knob which may be grasped by a user and rotated to bring the arms closer to one another, or draw them further apart from one another, thus increasing or decreasing the distance between the gripping surfaces.
A method for wireless communication, comprising: receiving multiple transmit power control commands during a first transmission burst; adjusting transmit power of transmission sent during the first transmission burst based on at least one of the multiple TPC commands; and adjusting transmit power of transmission sent during a second transmission burst based on at least two last TPC commands among the multiple TPC commands, the second transmission burst being separated from the first transmission burst by a discontinuous transmission period. receiving multiple transmit power control commands during a first transmission burst; adjusting transmit power of transmission sent during the first transmission burst based on at least one of the multiple TPC commands; and adjusting transmit power of transmission sent during a second transmission burst based on at least two last TPC commands among the multiple TPC commands, the second transmission burst being separated from the first transmission burst by a discontinuous transmission period.
Mounting assembly (30; 230) for mounting a rail to a concrete foundation of a railbed, wherein the mounting assembly comprises a mounting part (31, 60) on which the rail sits, and at least two plugs (40; 240) to be accommodated in the concrete foundation, wherein the plug has a first coupling member and the mounting part has a second coupling member for cooperation with the first coupling member, characterized in that the plugs are provided with an internal channel for accommodating a screw which is screwed into the plug from above through a mounting opening (34, 64) in the mounting part, wherein the cooperating coupling members (43, 35) constitute a form lock that blocks rotation of the plug relative to the mounting part about the centre line of the internal channel, wherein the mounting assembly (30; 230) comprises shape-retaining auxiliary pieces (130; 330) between the mounting part (31, 60) and the heads of the screws which keep the heads at a fixed distance from the mounting part, wherein at the lower side the screws extend into the plugs (40; 240) and keep the coupling members (43, 35) in coupling cooperation.
A jigsaw comprising: a housing containing a motor activated by a trigger assembly; a control member movably supported by the housing between a first position and a second position; a keel connected to the housing; and a shoe member pivotally connected to the housing, characterised in that the shoe member is movable relative to the housing between an extended position and a retracted position, the shoe member including a bottom surface facing away from the housing and defining a channel through which the keel extends when the shoe member is in the retracted position, wherein the jigsaw is configured such that the keel is stowed between the bottom surface and at least a portion of the housing when the shoe member is in the extended position. a housing containing a motor activated by a trigger assembly; a control member movably supported by the housing between a first position and a second position; a keel connected to the housing; and a shoe member pivotally connected to the housing, characterised in that the shoe member is movable relative to the housing between an extended position and a retracted position, the shoe member including a bottom surface facing away from the housing and defining a channel through which the keel extends when the shoe member is in the retracted position, wherein the jigsaw is configured such that the keel is stowed between the bottom surface and at least a portion of the housing when the shoe member is in the extended position.
A monitoring system for the operation of an energy chain for guiding at least one line, such as a cable, hose or the like, between a first connection point at a base and a relatively movable thereto second connection point at an entrainment member, comprising an energy chain which forms a movable strand, a stationary strand and a deflection bend therebetween; at least one sensor generating at least one output dependent on the condition of the energy chain; and an evaluation unit which evaluates the at least one output of the sensor, the evaluation unit preferably comparing with a predetermined tolerance range in order to monitor whether a fault condition occurs during operation of the energy chain; characterized in that the sensor (15; 25; 35; 45; 55; 65; 75) operates contactlessly and is arranged so that the sensor (15; 25; 35; 45; 55; 65; 75) interacts from a distance with at least a subregion of the deflection bend and/or a subregion of the movable strand, and generates an output that is dependent on the position and/or the speed of the interacting region of the energy chain.
An apparatus for controlling an electroporation catheter, the electroporation catheter including a distal end, a proximal end, a plurality of splines (204, 1102, 1254) extending from the distal end to the proximal end, and a plurality of electrodes (210, 410-416, 1010-1016, 1104, 1270) arranged on the plurality of splines and defining at least one quadripolar array (220, 1120), each quadripolar array defined by four electrodes of the plurality of electrodes, the apparatus comprising: a pulse generator coupled to the electroporation catheter; and a computing device coupled to the pulse generator, the computing device operable to control the pulse generator to: selectively energize the electrodes defining the at least one quadripolar array according to a first energization pattern (402, 404, 406, 502, 1002, 1004, 1006, 1008); and selectively energize the electrodes defining the at least one quadripolar array according to a second energization pattern (402, 404, 406, 502, 1002, 1004, 1006, 1008), wherein the first and second energization patterns are different from one another; wherein energizing the electrodes according to the first energization pattern generates first low field spots (512, 522, 602, 702), wherein energizing the electrodes according to the second energization pattern generates second low field spots (512, 522, 602, 702), and wherein the first and second low field spots are located in different locations. a pulse generator coupled to the electroporation catheter; and a computing device coupled to the pulse generator, the computing device operable to control the pulse generator to: selectively energize the electrodes defining the at least one quadripolar array according to a first energization pattern (402, 404, 406, 502, 1002, 1004, 1006, 1008); and selectively energize the electrodes defining the at least one quadripolar array according to a second energization pattern (402, 404, 406, 502, 1002, 1004, 1006, 1008), wherein the first and second energization patterns are different from one another; wherein energizing the electrodes according to the first energization pattern generates first low field spots (512, 522, 602, 702), wherein energizing the electrodes according to the second energization pattern generates second low field spots (512, 522, 602, 702), and wherein the first and second low field spots are located in different locations. selectively energize the electrodes defining the at least one quadripolar array according to a first energization pattern (402, 404, 406, 502, 1002, 1004, 1006, 1008); and selectively energize the electrodes defining the at least one quadripolar array according to a second energization pattern (402, 404, 406, 502, 1002, 1004, 1006, 1008), wherein the first and second energization patterns are different from one another; wherein energizing the electrodes according to the first energization pattern generates first low field spots (512, 522, 602, 702), wherein energizing the electrodes according to the second energization pattern generates second low field spots (512, 522, 602, 702), and wherein the first and second low field spots are located in different locations.
A method of aligning a first-map and a second-map, the method performed by a controller and comprising: receiving, from an object-detector, relative-positions of a first-object and a second-object proximate to a host-vehicle; determining, based on the relative-positions of the first-object and the second-object, first-coordinates of the host-vehicle on the first-map relative to reference-coordinates, the first-map indicating the first-object and the second-object; determining, based on the relative-positions of the first-object and the second-object, second-coordinates of the host-vehicle on the second-map that is different from the first-map relative to the reference-coordinates, the second-map indicating the first-object and the second-object; determining, based on the first-coordinates, the second-coordinates, and the relative-positions of the first-object and the second-object, an offset in three dimensions and a rotation relative to the reference-coordinates; and aligning the first-map and the second-map based on the offset and the rotation. receiving, from an object-detector, relative-positions of a first-object and a second-object proximate to a host-vehicle; determining, based on the relative-positions of the first-object and the second-object, first-coordinates of the host-vehicle on the first-map relative to reference-coordinates, the first-map indicating the first-object and the second-object; determining, based on the relative-positions of the first-object and the second-object, second-coordinates of the host-vehicle on the second-map that is different from the first-map relative to the reference-coordinates, the second-map indicating the first-object and the second-object; determining, based on the first-coordinates, the second-coordinates, and the relative-positions of the first-object and the second-object, an offset in three dimensions and a rotation relative to the reference-coordinates; and aligning the first-map and the second-map based on the offset and the rotation.
Bow of a vessel comprising a hydrodynamic duct mounted in a position such that it may under any circumstances be immersed in water underneath the sea surface, said duct producing an effect of reduction of wave making and frictional resistances encountered during propulsion of the vessel, comprising a horizontal wall portion having a section (a) of a specific geometrical shape with a length (a l) in the direction of flow and a thickness (a t), said horizontal wall portion extending on either side of the bow line with an internal surface within the duct and an external surface outside of the duct and a pair of lateral wall portions (2, 3) of section (b) of a specific geometrical shape with a length (bi) in the direction of flow and a thickness (b t), said lateral wall portions (2, 3) being connected to said horizontal wall portion and extending upwardly on either side of the bow thereby forming together with said horizontal wall portion and with the surfaces of the bow sides to which they are connected by means of supporting pillars a region within the duct wherein the flow is substantially differentiated from the flow of water outside of the duct, such differentiation resulting in the improvement of cruising characteristics of the vessel, said lateral wall portions (2, 3) having internal surfaces (20, 30) within the duct and external surfaces (21, 31) outside of the duct, wherein the lateral wall portions (2, 3) are made at a suitable length so as to obtain coincidence of the trailing edges (2b, 3b) thereof with the trailing edge of the horizontal wall portion wherein the hydrodynamic duct is characterized in that the section (a) of said horizontal wall portion and the section (b) of said lateral wall portions (2, 3) are being arranged with their leading edges and (2a, 3a) respectively at the frontal ends thereof wherein flow enters the duct and their trailing edges and (2b, 3b) respectively at the rear ends thereof wherein flow exits the duct, wherein the position of the Center of Low Pressure located along the internal surface of section (a) of the horizontal wall portion is appropriately selected in correspondence with the angle of attack onto said horizontal wall portion to lie in the region of generation of the first bow wave, along or marginally forwardly the bow line and wherein the position of the Centers of Low Pressure (2c, 3c) located along the internal surfaces (20, 30) of section (b) of the lateral wall portions (2, 3) in the region of connection of the lateral wall portions (2, 3) with the horizontal wall portion is appropriately selected in correspondence with the angle of attack onto said lateral wall portions (2,3) to lie at a selected position in between the Center of Low Pressure and the leading edge of the horizontal wall portion or projecting forwardly beyond the leading edge.
A method comprising: identifying, by a mobile service provider, MSP, a plurality of blockchain mining nodes residing on mobile devices associated with the mobile service provider, MSP, as having trusted computational capabilities to perform a validation of a block of on-line transactions for a blockchain based, at least in part, on recorded information for the mobile devices captured by the MSP; selecting, by the MSP, at least some of the identified plurality of blockchain mining nodes to perform the validation of the block of on-line transactions for the blockchain; and communicating electronically, by the MSP, with the at least some of the plurality of blockchain mining nodes on a network regarding the validation of the block of on-line transactions for the blockchain, the at least some of the plurality of blockchain mining nodes comprising at least one of the following: a full node; a lightweight node; or any combination thereof, one or more communications of the communicating electronically occurring, at least in part, through use of the trusted computational capabilities of the at least some of the plurality of blockchain mining nodes. identifying, by a mobile service provider, MSP, a plurality of blockchain mining nodes residing on mobile devices associated with the mobile service provider, MSP, as having trusted computational capabilities to perform a validation of a block of on-line transactions for a blockchain based, at least in part, on recorded information for the mobile devices captured by the MSP; selecting, by the MSP, at least some of the identified plurality of blockchain mining nodes to perform the validation of the block of on-line transactions for the blockchain; and communicating electronically, by the MSP, with the at least some of the plurality of blockchain mining nodes on a network regarding the validation of the block of on-line transactions for the blockchain, the at least some of the plurality of blockchain mining nodes comprising at least one of the following: a full node; a lightweight node; or any combination thereof, one or more communications of the communicating electronically occurring, at least in part, through use of the trusted computational capabilities of the at least some of the plurality of blockchain mining nodes.
A method for generating geographical identification points (X1, X2), using a cellular mobile radio network being built of radio cells (11, 12, 13), wherein a number of mobile electronic devices is assigned to said mobile radio network and wherein network parameter data (21, 22, 23) being transmitted from the electronic devices in time intervals, characterized in that the geographical identification points (X1, X2) being generated from the transmitted network parameter data (21, 22, 23) of the mobile electronic devices on the network side, that the transmitted network parameter data (21, 22, 23) of the mobile electronic devices being checked on at least one specific parameter, that upon an identification of a parameter change about a predetermined value between two transmissions of network parameter data (21, 22, 23), a geographical position being assigned to the parameter change and/or to the last transmitted network parameter data and that the values of the parameter change and/or the last transmitted network data which are associated with the geographical position, being stored in a data file as geographical identification points.
Household refrigerating appliance device having at least one carcass (12a-b), which at least partially delimits at least one insulation room (14a-b) and which has at least one filling opening (16a-b) for filling insulation material into the insulation room (14a-b) and having at least one valve unit (18a-b), which has at least one valve element (20a-b), wherein the valve element (20a-b) has at least one first material layer (22a-b) and at least one second material layer (24a-b) which differs from the first material layer (22a-b), characterised by a fastening unit (30a-b) which connects the valve element (20a-b) in an operating state to the carcass (12a-b) by means of at least one bracket and/or by means of clamping.
An agricultural sample analysis system (3000, 2803) comprising in communication: an inlet; a mixing device (100, 200) connected to the inlet to receive a quantity of a sample from the inlet; a measurement device to determine the quantity of the sample; the mixing device (100, 200) fluidly coupled to a solvent source and operable to mix and prepare a sample slurry; a separation device (3400, 5807) fluidly coupled to the mixing device (100, 200) to receive the slurry mixture, the separation device (3400, 5807) operable to separate a test material from the slurry mixture; an analysis cell (3320, 3800, 4027, 4150) fluidly coupled to the separation device (3400, 5807) for receiving the test material; and operable to measure an analyte in the test material in the analysis cell (3320, 3800, 4027, 4150); a fluid conveyor connected to the mixing device (100, 200) for extracting the slurry; an injector to inject an extractant into the slurry mixture; and a sample collector configured to collect the sample from an agricultural field and fluidly convey the sample to the inlet, wherein the measurement device comprises a sample collection and volumizing station fluidly coupled to and upstream of the mixing device (100, 200), and wherein the sample collector is configured to transfer the sample to the collection and volumizing station before being received by the mixing device (100, 200) characterized in that the separation device (3400, 5807) is a centrifuge. an inlet; a mixing device (100, 200) connected to the inlet to receive a quantity of a sample from the inlet; a measurement device to determine the quantity of the sample; the mixing device (100, 200) fluidly coupled to a solvent source and operable to mix and prepare a sample slurry; a separation device (3400, 5807) fluidly coupled to the mixing device (100, 200) to receive the slurry mixture, the separation device (3400, 5807) operable to separate a test material from the slurry mixture; an analysis cell (3320, 3800, 4027, 4150) fluidly coupled to the separation device (3400, 5807) for receiving the test material; and operable to measure an analyte in the test material in the analysis cell (3320, 3800, 4027, 4150); a fluid conveyor connected to the mixing device (100, 200) for extracting the slurry; an injector to inject an extractant into the slurry mixture; and a sample collector configured to collect the sample from an agricultural field and fluidly convey the sample to the inlet, wherein the measurement device comprises a sample collection and volumizing station fluidly coupled to and upstream of the mixing device (100, 200), and wherein the sample collector is configured to transfer the sample to the collection and volumizing station before being received by the mixing device (100, 200) characterized in that the separation device (3400, 5807) is a centrifuge.