mhurhangee/ep-ind-claims huggingface dataset:
A superstructure, having an opening extending along a central longitudinal axis of the superstructure and having an interface for fixing the superstructure to a dental implant, wherein the interface comprises an extension that is arranged on a lower side of the superstructure, surrounds the opening and has a lateral surface which forms an outer side of the extension, and wherein the lateral surface is interrupted by a recess which leads into the opening, wherein the recess has two mutually opposite side flanks (60a, 60b) which, in a cross section oriented orthogonally with respect to the longitudinal axis, are at a first distance (d 1) from each other in a first region (62a, 62b) and, in a second region (64a, 64b) which is at a greater distance from the longitudinal axis than the first region (62a, 62b), are at a second distance (d 2) from each other that is smaller than the first distance (d 1), characterized in that each of the two mutually opposite side flanks (60a, 60b) of the recess comprises a planar drive surface (66a, 66b) and an adjacent, concavely curved surface (68a, 68b), wherein the planar drive surfaces (66a, 66b) are each arranged in the first region (62a, 62b) of the side flanks (60a, 60b), and the concavely curved surfaces (68a, 68b) are each arranged in the second region (64a, 64b) of the side flanks (60a, 60b). wherein the recess has two mutually opposite side flanks (60a, 60b) which, in a cross section oriented orthogonally with respect to the longitudinal axis, are at a first distance (d 1) from each other in a first region (62a, 62b) and, in a second region (64a, 64b) which is at a greater distance from the longitudinal axis than the first region (62a, 62b), are at a second distance (d 2) from each other that is smaller than the first distance (d 1), characterized in that each of the two mutually opposite side flanks (60a, 60b) of the recess comprises a planar drive surface (66a, 66b) and an adjacent, concavely curved surface (68a, 68b), wherein the planar drive surfaces (66a, 66b) are each arranged in the first region (62a, 62b) of the side flanks (60a, 60b), and the concavely curved surfaces (68a, 68b) are each arranged in the second region (64a, 64b) of the side flanks (60a, 60b).
A signal feedback device used for an automotive locking apparatus, wherein comprising a car power supply, a motor, a transmission, an actuating lever, a signal feedback module and a body control module, which are interconnected, wherein, the signal feedback module has a first feedback circuit, a second feedback circuit and a third feedback circuit, which are connected in parallel to the body control module, a first resistor and a first on-off switch are in series in the first feedback circuit, a second resistor and a second on-off switch are in series in the second feedback circuit, a third resistor is in series in the third feedback circuit, a touch spot is provided on the actuating lever, under the drive of the linear motion of the actuating lever, the touch spot touches the first on-off switch to turn on the first feedback circuit, so that provides a first signal feedback, the touch spot touches the second on-off switch to turn on the second feedback circuit, so that provides a second signal feedback, or the third feedback circuit is turned on, so that provides a third signal feedback. a car power supply, a motor, a transmission, an actuating lever, a signal feedback module and a body control module, which are interconnected, wherein, the signal feedback module has a first feedback circuit, a second feedback circuit and a third feedback circuit, which are connected in parallel to the body control module, a first resistor and a first on-off switch are in series in the first feedback circuit, a second resistor and a second on-off switch are in series in the second feedback circuit, a third resistor is in series in the third feedback circuit, a touch spot is provided on the actuating lever, under the drive of the linear motion of the actuating lever, the touch spot touches the first on-off switch to turn on the first feedback circuit, so that provides a first signal feedback, the touch spot touches the second on-off switch to turn on the second feedback circuit, so that provides a second signal feedback, or the third feedback circuit is turned on, so that provides a third signal feedback.
Method for matching braking for a vehicle equipped with a regenerative braking means and with an additional braking means, comprising the generation of a matched regenerative braking setpoint C e. f. 2 matched to said braking means, by the temporal filtering of a braking setpoint (C e) intended for one of said braking means, in order to adapt the regenerative braking to a response time of the additional braking means.
A dish washing machine comprising: a cabinet; a washing tub arranged in the cabinet and allowing dishes to be washed therein; a dish basket arranged in the washing tub to accommodate the dishes; a guide member (131, 340, 491, 631, 661, 681) extending across a bottom surface of the washing tub such that the bottom surface of the washing tub is divided by the guide member into a first region and a second region; a first spray unit (110a, 210) and a second spray unit (110b, 210) provided on one surface of the washing tub, each of the first spray unit (110a, 210) and the second spray unit (110b, 210) comprising first and second head groups (211, 212, 241, 242) having at least one head (115, 216a, 216b, 216c, 217a, 217b, 217c), wherein the first head group is disposed above the first region and the second head group is disposed above the second region; a diversion unit coupled to the guide member to allow the diversion unit to move within the washing tub, extending from the first region to the second region, and arranged to face at least one of the first spray unit and the second spray unit to divert wash water sprayed from said at least one of the first spray unit and the second spray unit towards the dish basket; and a drive unit to drive the diversion unit to move within the washing tub; a flow passage switching valve (220, 250) to selectively supply the wash water to at least one of the first and second head groups (211, 212). a cabinet; a washing tub arranged in the cabinet and allowing dishes to be washed therein; a dish basket arranged in the washing tub to accommodate the dishes; a guide member (131, 340, 491, 631, 661, 681) extending across a bottom surface of the washing tub such that the bottom surface of the washing tub is divided by the guide member into a first region and a second region; a first spray unit (110a, 210) and a second spray unit (110b, 210) provided on one surface of the washing tub, each of the first spray unit (110a, 210) and the second spray unit (110b, 210) comprising first and second head groups (211, 212, 241, 242) having at least one head (115, 216a, 216b, 216c, 217a, 217b, 217c), wherein the first head group is disposed above the first region and the second head group is disposed above the second region; a diversion unit coupled to the guide member to allow the diversion unit to move within the washing tub, extending from the first region to the second region, and arranged to face at least one of the first spray unit and the second spray unit to divert wash water sprayed from said at least one of the first spray unit and the second spray unit towards the dish basket; and a drive unit to drive the diversion unit to move within the washing tub; a flow passage switching valve (220, 250) to selectively supply the wash water to at least one of the first and second head groups (211, 212).
A method for identifying faulty event transmissions, comprising: at a receiver at a second location, receiving event signal data from an alarm panel at a first location; processing the event signal data at the receiver; recording the event signal data in memory associated with the receiver; determining whether the event signal data conforms to a predefined parameter or protocol; identifying the recorded event signal data as data to be overwritten if the event signal is recognized by the receiver; and identifying the recorded event signal data as data to be saved if the event signal is not recognized by the receiver. at a receiver at a second location, receiving event signal data from an alarm panel at a first location; processing the event signal data at the receiver; recording the event signal data in memory associated with the receiver; determining whether the event signal data conforms to a predefined parameter or protocol; identifying the recorded event signal data as data to be overwritten if the event signal is recognized by the receiver; and identifying the recorded event signal data as data to be saved if the event signal is not recognized by the receiver.
A continuous process for heating a plurality of articles in a microwave heating system, said process comprising: (a) thermalizing said articles in a thermalization zone to thereby provide a plurality of thermalized articles having a substantially uniform temperature; (b) introducing microwave energy into a microwave heating chamber (620; 720) in a microwave heating zone via at least one microwave launcher (622; 622a-c; 722), wherein said introducing includes propagating microwave energy into said microwave heating chamber (620; 720) along a first central launch axis (660; 660a-c) of said microwave launcher (622; 622a-c; 722); (c) heating said thermalized articles in said microwave heating chamber (620; 720) with at least a portion of said microwave energy to thereby increase the average temperature of each article by at least 30°C, wherein the residence time of said articles in said microwave heating chamber (620; 720) is at least 20 seconds and not more than 10 minutes; and (d) cooling the heated articles in a quench zone, wherein said articles are passed through each of said thermalization zone, said microwave heating zone, and said quench zone via at least one convey line extending in a convey direction, wherein said first central launch axis (660; 660a,c) is tilted to define a launch tilt angle of at least 2° with a plane normal to said convey axis, and wherein said microwave heating system has an overall production rate of at least 20 packages per minute per convey line. (a) thermalizing said articles in a thermalization zone to thereby provide a plurality of thermalized articles having a substantially uniform temperature; (b) introducing microwave energy into a microwave heating chamber (620; 720) in a microwave heating zone via at least one microwave launcher (622; 622a-c; 722), wherein said introducing includes propagating microwave energy into said microwave heating chamber (620; 720) along a first central launch axis (660; 660a-c) of said microwave launcher (622; 622a-c; 722); (c) heating said thermalized articles in said microwave heating chamber (620; 720) with at least a portion of said microwave energy to thereby increase the average temperature of each article by at least 30°C, wherein the residence time of said articles in said microwave heating chamber (620; 720) is at least 20 seconds and not more than 10 minutes; and (d) cooling the heated articles in a quench zone,
Structured packing for mass transfer columns for absorption, desorption, rectification or extraction, which is assembled of single-piece packing elements or of packing elements which are composed of single segments and which is provided with with flow restricting means to prevent peripheral fluid flow inside the column, characterized in that the flow restricting means is configured as conical edge of a plastic film, which is formed of a polytetrafluoroethylene film strip wrapped about the periphery of the packing element or the segments of a packing element, the upper rim of which is bent at least in part outwards with respect to the periphery of the packing element and which is held in abutment with the surface of the packing element or the segment of a packing element by a ring of a shrink film of a tetrafluoroethylene copolymer shrunk on the periphery of the packing element.
A computer-implemented method for participating as a node (110, 130, 112) within a network, the method comprising: computing a value associated with at least one network metric; determining that at least one network condition exists by comparing the value associated with the at least one network metric against a predetermined value; waiting for a random time duration; determining that the at least one network condition still exists after the random time duration has elapsed; and in response to determining that the at least one network condition still exists, determining whether to participate as an active node (110, 130, 112) within the network based on the value of the at least one network metric relative to the predetermined value. computing a value associated with at least one network metric; determining that at least one network condition exists by comparing the value associated with the at least one network metric against a predetermined value; waiting for a random time duration; determining that the at least one network condition still exists after the random time duration has elapsed; and in response to determining that the at least one network condition still exists, determining whether to participate as an active node (110, 130, 112) within the network based on the value of the at least one network metric relative to the predetermined value.
A distal protection device disposable within a vessel of a body comprising: a guidewire; a tube sized to receive the guidewire; a filter basket mounted to the guidewire, the filter basket having a closed distal end and an open proximal end; and characterised in that it further comprises a spacing member (28;44) positioned proximally of the proximal end of the filter basket, the spacing member (28;44) being configured to maintain the proximal end of the filter basket in an opened configuration when the device is deployed within the vessel. a guidewire; a tube sized to receive the guidewire; a filter basket mounted to the guidewire, the filter basket having a closed distal end and an open proximal end; and characterised in that it further comprises a spacing member (28;44) positioned proximally of the proximal end of the filter basket, the spacing member (28;44) being configured to maintain the proximal end of the filter basket in an opened configuration when the device is deployed within the vessel.
An airway device for human or animal use comprising an airway tube having a first end and a second end, the first end of which is surrounded by a laryngeal cuff configured to fit over the laryngeal inlet of a patient when in situ, characterised in that the first end of the airway tube is provided with an intubating ramp configured to direct an endotreacheal tube inserted through the airway tube into the laryngeal inlet of the patient when in situ, wherein the intubating ramp is provided with a plurality of grooves (26, 28) which run longitudinally along the full length of the intubating ramp from the first end to the second end of the longitudinal ramp.
Method for operating an electroacoustic system, in which an electroacoustic device is arranged to at least partially occlude an ear canal, at least partially on one ear, in which a signal processing device is used to process an incoming signal to the electroacoustic device, and in which at least one correction unit of the signal processing device is used to modify the signal incoming to the device, and by means of the at least one correction unit an outgoing signal from the device is generated to achieve acoustic transparency, by which, on the basis of the outgoing signal, a received signal is generated on the eardrum which is adapted to correspond to a free-ear received signal at the eardrum in the case of a free ear canal without the device, wherein the at least one correction unit possesses a first correction filter and a second correction filter, and the first correction filter of the at least one correction unit is arranged upstream of the second correction filter of the at least one correction unit, wherein the incoming signal is firstly modified by the first correction filter to achieve acoustic transparency, wherein for the determination of the first correction filter of the at least one correction unit a total pressure (P tot) of an outer acoustic signal within the ear canal at least partially occluded by the device is equated by taking into account the first correction filter with an expected target pressure (P T,E), wherein the first correction filter, by taking into account a passageway pressure (P HT) measured by means of the inner receiver associated with the device and facing the eardrum of the ear, is determined with the following equation: A = P T, E − P HT P tot − P HT and then the modified incoming signal is modified by means of the second correction filter to filter out transmission effects in the area from the device to the ear drum on the basis of the at least partial occlusion of the ear canal by the device.
A power tool comprising: a handle housing defining a handle (32, 34 36), an interior cavity, and a trigger mount, said trigger mount being adapted to receive a trigger therein; an output spindle assembly having a spindle housing and an output spindle rotatably mounted in said spindle housing; said spindle housing being coupled to said handle housing; the power tool characterized in that the trigger mount includes longitudinally extending, laterally spaced-apart grooves (802, 806) and the spindle housing includes a pair of longitudinally-extending, laterally spaced-apart tongue members (804, 808) such that each of said longitudinally-extending, laterally spaced-apart grooves (802, 806) receives an associated one of said longitudinally extending, laterally spaced-apart tongue members (804, 808). a handle housing defining a handle (32, 34 36), an interior cavity, and a trigger mount, said trigger mount being adapted to receive a trigger therein; an output spindle assembly having a spindle housing and an output spindle rotatably mounted in said spindle housing; said spindle housing being coupled to said handle housing; the power tool characterized in that the trigger mount includes longitudinally extending, laterally spaced-apart grooves (802, 806) and the spindle housing includes a pair of longitudinally-extending, laterally spaced-apart tongue members (804, 808) such that each of said longitudinally-extending, laterally spaced-apart grooves (802, 806) receives an associated one of said longitudinally extending, laterally spaced-apart tongue members (804, 808).
Method, comprising: block spreading a symbol sequence, wherein the symbol sequence is one or more scheduling requests, with spreading codes, and sending the one or more scheduling requests spread block-wise, characterized in that in high Doppler environment a spreading factor having an even number is used for the block spreading, and in that only spreading codes which are partially orthogonal against each other are used, wherein spreading codes are partially orthogonal against each other when cyclic shifts 1:2:N or 2:2:N are mutually orthogonal against each other over the number of symbols N and also over N/2 symbols, or when cyclic shifts 1:3:N, 2:3:N or 3:3:N are mutually orthogonal against each other over the number of symbols N and also over N/3 symbols. block spreading a symbol sequence, wherein the symbol sequence is one or more scheduling requests, with spreading codes, and sending the one or more scheduling requests spread block-wise, characterized in that in high Doppler environment a spreading factor having an even number is used for the block spreading,
A method of manufacturing a plurality of test strips, the method comprising: manufacturing a first plurality of test strips, each test strip comprising a working electrode coated with a reagent formulation having a first density; calibrating the first plurality of test strips to determine a first slope; calculating a second density based on the first slope and a target slope; manufacturing a second plurality of test strips, each test strip comprising a working electrode coated with a reagent formulation having a second density. manufacturing a first plurality of test strips, each test strip comprising a working electrode coated with a reagent formulation having a first density; calibrating the first plurality of test strips to determine a first slope; calculating a second density based on the first slope and a target slope; manufacturing a second plurality of test strips, each test strip comprising a working electrode coated with a reagent formulation having a second density.
A method of controlling plant pests, wherein the plant pests are insects and/or mites, comprising applying to a plant or plant part and/or applying to an area around a plant or plant part an insecticidally effective amount of a composition comprising (i) as the active ingredient a simulated blend of an essential oil extract of Chenopodium ambrosioides near ambrosioides, wherein the simulated blend consists essentially of substantially pure α-terpinene, p-cymene and limonene, wherein substantially pure means that each of α-terpinene, p-cymene and limonene contains less than or equal to 10 % other compounds, wherein each of the substantially pure α-terpinene, p-cymene and limonene is not obtained from a Chenopodium extract and (ii) a carrier.