mhurhangee/ep-ind-claims huggingface dataset:
A composite fabrication vent assembly (12, 12', 12") for connection to the open end of an inflatable bladder, the composite fabrication vent assembly (12, 12', 12") comprising: a body member (14, 14', 14") having a first clamping surface (16, 16', 16"); a clamping member (18, 18', 18") having a second clamping surface (20, 20', 20"), a carriage member (22, 22', 22") interconnecting the body member (14, 14', 14") and the clamping member (18, 18', 18") such that the first (16, 16', 16") and second (20, 20', 20") clamping surfaces are in opposing relationship, wherein the carriage member is adapted for translating the body member (14, 14', 14") and clamping member (18, 18', 18") relative to one another from a substantially open state to a relatively closed state; and a compression member (24, 24', 24"), connected to the carriage member (22, 22', 22") and acting on at least one of the body member (14, 14', 14") and the clamping member (18, 18', 18"), to aid in maintaining adequate clamping force between the first (16, 16', 16") and second (20, 20', 20") clamping surfaces. a body member (14, 14', 14") having a first clamping surface (16, 16', 16"); a clamping member (18, 18', 18") having a second clamping surface (20, 20', 20"), a carriage member (22, 22', 22") interconnecting the body member (14, 14', 14") and the clamping member (18, 18', 18") such that the first (16, 16', 16") and second (20, 20', 20") clamping surfaces are in opposing relationship, wherein the carriage member is adapted for translating the body member (14, 14', 14") and clamping member (18, 18', 18") relative to one another from a substantially open state to a relatively closed state; and a compression member (24, 24', 24"), connected to the carriage member (22, 22', 22") and acting on at least one of the body member (14, 14', 14") and the clamping member (18, 18', 18"), to aid in maintaining adequate clamping force between the first (16, 16', 16") and second (20, 20', 20") clamping surfaces.
Drive belt (1, 11) having an elastic, vulcanizate-based main body, comprising a top layer (2, 12) as belt backing and a substructure (4, 14) having a force transmission zone (7, 17), wherein a tension member (3, 13) is embedded in the main body and wherein, furthermore, the force transmission zone (7, 17) is provided with a coating (8, 18), characterized in that the drive belt is a toothed belt, the substructure of which comprises a tooth region and an interlinking region, and in that, within the substructure (4, 14), between the tension member (3, 13) and the coating (8, 18), a reinforcing strip or a reinforcing mesh is embedded, wherein the reinforcing strip or the reinforcing mesh consists of a metal or a metal alloy or of a high-strength plastic, and wherein the reinforcing mesh is a wire mesh made of a metal or a metal alloy and wherein the reinforcing strip is provided with a perforation for the vulcanizate to pass through.
Actuation device for marking a plurality of possible destinations (30, 23, 33, 72) in a map detail on a display panel, having: an input device that is configured to receive a category selection signal that corresponds to a selection by a user, the category selection signal comprising a piece of information about a chosen category of possible primary destinations; and a controller that is configured to respond to the category selection signal by producing a display signal that causes a reproduction of possible primary destinations corresponding to the information in the chosen category and a reproduction of secondary destinations in at least one other category in the map detail, the depiction of the primary destinations in the chosen category differing from the depiction of the secondary destinations in the other category, wherein the controller is configured to produce the display signal such that, further, a reproduction of a display area is caused, the display area having an associated piece of information pertaining to a selected primary destination (32, 72), characterized in that the controller is configured to produce the display signal such that the display area does not overlap the primary destinations and overlaps secondary destinations. an input device that is configured to receive a category selection signal that corresponds to a selection by a user, the category selection signal comprising a piece of information about a chosen category of possible primary destinations; and a controller that is configured to respond to the category selection signal by producing a display signal that causes a reproduction of possible primary destinations corresponding to the information in the chosen category and a reproduction of secondary destinations in at least one other category in the map detail, the depiction of the primary destinations in the chosen category differing from the depiction of the secondary destinations in the other category, wherein the controller is configured to produce the display signal such that, further, a reproduction of a display area is caused, the display area having an associated piece of information pertaining to a selected primary destination (32, 72), characterized in that the controller is configured to produce the display signal such that the display area does not overlap the primary destinations and overlaps secondary destinations.
A locking device for securing a rod-shaped element in a receiving part of a bone anchor, said locking device comprising: a first locking element (6, 600, 6') having a first end (61, 601) and a second end (62, 602) which is provided with an external thread (63, 603) on at least a portion thereof, a coaxial bore (64, 604) passing entirely through the first locking element the coaxial bore having a bore axis and an internal thread (65, 605) provided in at least a portion of said bore, a second locking element (7, 700, 7'), the second locking element having a first end (71, 701) and a second end (72, 702), an outer surface with an external thread (73, 703) in at least a portion thereof which cooperates with the internal thread provided at said bore of the first locking element, wherein the second locking element (7, 700, 7') is movable along the bore axis by rotating it and wherein a path of advancement of the second locking element is limited towards the first end by a first stop (66, 606c) and towards the second end (62b, 606d) by a second stop, wherein the first stop (66, 606c) is an abutment provided at the first locking element (6, 600, 6'), and wherein the external thread (73, 703) of the second locking element (7, 700, 7') and the internal thread (65, 605) of the first locking element (6, 600, 6') are formed as flat threads. a first locking element (6, 600, 6') having a first end (61, 601) and a second end (62, 602) which is provided with an external thread (63, 603) on at least a portion thereof, a coaxial bore (64, 604) passing entirely through the first locking element the coaxial bore having a bore axis and an internal thread (65, 605) provided in at least a portion of said bore, a second locking element (7, 700, 7'), the second locking element having a first end (71, 701) and a second end (72, 702), an outer surface with an external thread (73, 703) in at least a portion thereof which cooperates with the internal thread provided at said bore of the first locking element, wherein the second locking element (7, 700, 7') is movable along the bore axis by rotating it and wherein a path of advancement of the second locking element is limited towards the first end by a first stop (66, 606c) and towards the second end (62b, 606d) by a second stop, wherein the first stop (66, 606c) is an abutment provided at the first locking element (6, 600, 6'), and wherein the external thread (73, 703) of the second locking element (7, 700, 7') and the internal thread (65, 605) of the first locking element (6, 600, 6') are formed as flat threads.
A compound represented by Chemical Formula 1 below: [Chemical Formula 1] (NH 2 CHNH 2 MX 3) x (AM'X' 3) (1-x) in Chemical Formula 1, M is a divalent metal cation, X is the same or difference halogen, A is CD 3-a H a N + D 3-b H b, wherein a is an integer from 0 to 3, and b is an integer from 0 to 3, with the exception of the case where a is 3 and b is 3, M' is a divalent metal cation, X' are the same or different halogen, and x is a real number of greater than 0 and less than 1, and wherein A is CD 3 N + D 3, CD 3 N + D 2 H, CD 3 N + DH 2, CD 3 N + H 3, CD 2 HN + D 3, CD 2 HN + D 2 H, CD 2 HN + DH 2, CD 2 HN + H 3, CDH 2 N + D 3, CDH 2 N + D 2 H, CDH 2 N + DH 2, CDH 2 N + H 3, CH 3 N + D 3, CH 3 N + D 2 H, or CH 3 N + DH 2. M is a divalent metal cation, X is the same or difference halogen, A is CD 3-a H a N + D 3-b H b, wherein a is an integer from 0 to 3, and b is an integer from 0 to 3, with the exception of the case where a is 3 and b is 3, M' is a divalent metal cation, X' are the same or different halogen, and x is a real number of greater than 0 and less than 1, and wherein A is CD 3 N + D 3, CD 3 N + D 2 H, CD 3 N + DH 2, CD 3 N + H 3, CD 2 HN + D 3, CD 2 HN + D 2 H, CD 2 HN + DH 2, CD 2 HN + H 3, CDH 2 N + D 3, CDH 2 N + D 2 H, CDH 2 N + DH 2, CDH 2 N + H 3, CH 3 N + D 3, CH 3 N + D 2 H, or CH 3 N + DH 2.
A belt tensioner (1, 30) comprising a body defining a first axis, a support rotating about said first axis, a pulley carried by said support, rotating idle about a second axis spaced from the fist axis and configured to contact a belt of an accessory drive, a spring to apply a torque to said support and tension said belt, and characterized by a rotary motor and a gear to control a thrust element to selectively contact the support, said spring surrounding said motor, said thrust element being operable by said rotary motor to limit the maximum angular displacement of the support in the direction of loading of the spring and/or apply an additional torque to the support in addition to said torque applied by said spring.
A process for preparing polyurethanes comprising I) at least two hydrophilic sections S, II) at least one hydrophilic section P different from S, III) at least two terminal hydrophobic sections T, IV) at least two hydrophobic sections D different from T, where a) to each section T is directly attached a section S, b) to each section S on at least one side is attached at least one section D, c) to each section P are attached at least two sections D, wherein the preparation takes place in the presence of at least one carboxylic acid salt of at least one metal selected from the group consisting of the alkali metals, the alkaline earth metals and mixtures thereof. I) at least two hydrophilic sections S, II) at least one hydrophilic section P different from S, III) at least two terminal hydrophobic sections T, IV) at least two hydrophobic sections D different from T, where a) to each section T is directly attached a section S, b) to each section S on at least one side is attached at least one section D, c) to each section P are attached at least two sections D, a) to each section T is directly attached a section S, b) to each section S on at least one side is attached at least one section D, c) to each section P are attached at least two sections D,
A seedling-cutting apparatus comprising: a pair of openable and closable arms (211, 212, 311, 312) that is configured to nip a portion of a stem of a seedling, the stem extending in a Z-direction, the pair of arms extending in parallel with each other in a Y-direction, wherein the arms can be opened and closed by being moved in a X-direction; and a blade (111,121) that is provided so as to be capable of reciprocating, in the X-direction, relative to the portion of the stem to cut the stem, wherein at least one of the pair of arms (211, 212, 311, 312) includes a through hole (210, 310) that penetrates a portion of the arm (211, 212, 311, 312) along the X-direction in which the blade (111, 121) reciprocates, wherein when the pair of arms (211, 212, 311, 312) nip the portion of the stem, at least a portion of the through hole (210, 310) faces the portion of the stem, wherein the blade (111,121) moves through the through hole (210, 310) and cuts the portion of the stem that is nipped and fixed by the pair of arms (211, 212, 311, 312), and wherein the blade (111,121) is shaped like a letter y or x as seen looking in the X-direction in which the blade (111,121) reciprocates. a pair of openable and closable arms (211, 212, 311, 312) that is configured to nip a portion of a stem of a seedling, the stem extending in a Z-direction, the pair of arms extending in parallel with each other in a Y-direction, wherein the arms can be opened and closed by being moved in a X-direction; and a blade (111,121) that is provided so as to be capable of reciprocating, in the X-direction, relative to the portion of the stem to cut the stem, wherein at least one of the pair of arms (211, 212, 311, 312) includes a through hole (210, 310) that penetrates a portion of the arm (211, 212, 311, 312) along the X-direction in which the blade (111, 121) reciprocates, wherein when the pair of arms (211, 212, 311, 312) nip the portion of the stem, at least a portion of the through hole (210, 310) faces the portion of the stem, wherein the blade (111,121) moves through the through hole (210, 310) and cuts the portion of the stem that is nipped and fixed by the pair of arms (211, 212, 311, 312), and wherein the blade (111,121) is shaped like a letter y or x as seen looking in the X-direction in which the blade (111,121) reciprocates.
An Arrangement, comprising: a case comprising coupling structures (30, 32, 34, 36, 38, 40, 44) by means of which the case is stackable on another case in a vertically detachable and horizontally secured against displacement manner; a wall bracket attachable to a wall, comprising at least one attachment structure for attaching the case; wherein the at least one attachment structure is formed to accomplish the attaching of the case to the wall bracket by interacting with at least a part of the coupling structures (30, 32, 34, 36, 38, 40, 44). a case comprising coupling structures (30, 32, 34, 36, 38, 40, 44) by means of which the case is stackable on another case in a vertically detachable and horizontally secured against displacement manner; a wall bracket attachable to a wall, comprising at least one attachment structure for attaching the case; wherein the at least one attachment structure is formed to accomplish the attaching of the case to the wall bracket by interacting with at least a part of the coupling structures (30, 32, 34, 36, 38, 40, 44).
A system for recording an encrypted data stream, the encrypted data comprising a contact center interaction data, the system comprising: a control protocol switch interface configured to interface with a protocol switch and receive an interaction setup signal, the interaction setup signal including an exchange of encryption key information associated with an interaction; an encryption key information buffer coupled to the control protocol switch interface, the encryption key information buffer being configured to receive the encryption key information and hold the encryption key information; a data switch interface configured to interface with a data switch (210, 340, 460, 550, 660) and receive an encrypted data stream associated with the interaction, the encrypted data stream being encrypted such that devices that do not have an encryption key associated with the encrypted data stream are inhibited from reviewing the interaction data; a recording module configured to record the interaction based on an event detected in the interaction; wherein the system is operable to subsequently decrypt the encrypted data stream using associated encryption key information held in the encryption key information buffer, wherein the system is not a party to the interaction, and wherein the recording module receives a duplicate media stream representing the interaction, and the encryption key information is received from a source of the duplicate media stream. a control protocol switch interface configured to interface with a protocol switch and receive an interaction setup signal, the interaction setup signal including an exchange of encryption key information associated with an interaction; an encryption key information buffer coupled to the control protocol switch interface, the encryption key information buffer being configured to receive the encryption key information and hold the encryption key information; a data switch interface configured to interface with a data switch (210, 340, 460, 550, 660) and receive an encrypted data stream associated with the interaction, the encrypted data stream being encrypted such that devices that do not have an encryption key associated with the encrypted data stream are inhibited from reviewing the interaction data; a recording module configured to record the interaction based on an event detected in the interaction; wherein the system is operable to subsequently decrypt the encrypted data stream using associated encryption key information held in the encryption key information buffer, wherein the system is not a party to the interaction, and wherein the recording module receives a duplicate media stream representing the interaction, and the encryption key information is received from a source of the duplicate media stream.
Aircraft gas turbine having a core engine and a bypass duct surrounding the latter, wherein the core engine includes in its inflow zone a booster, in the area of which at least one booster bleed duct is provided for supplying an airflow from the booster into the bypass duct, and a stator vane row arranged in the bypass duct downstream of a fan, wherein a vane root of the stator vane is designed as a structural element mounting the core engine, and that the booster bleed duct is provided inside the vane root and issues downstream of the stator vane into the bypass duct, characterized in that several vane roots are designed as a segment extending in the circumferential direction.
An intermediate transfer medium which comprises a substrate sheet, a protective layer and a receiving layer which are layered on a surface of the substrate sheet; wherein the protective layer comprises a blend of two or more kinds of binder resins which have mutually different number average molecular weights (Mn), and wherein a sum total (∑) of products, each product being calculated by multiplying the number average molecular weight (Mn) of individual binder resin and its content ratio in the blend together, is in the range of not less than 3000 and not more than 17000.
A method for wireless fault-tolerant synchronization of clocks of node computers in a distributed real-time system, which distributed real-time system comprises a number of arenas (110, 120), wherein in each arena (110, 120) a plurality of node computers (115, 116, 117, 125, 126, 127) and one or more base stations (111, 112, 121, 122) are arranged, and wherein the node computers (115, 116, 117, 125, 126, 127) communicate with the base station or base stations by means of time-triggered wireless data messages, wherein GNS designates a Global Navigation System, characterized in that in each arena (110, 120) there is provided at least one Global Navigation System Signal Generator, GNSSG, wherein all GNSSGs communicate with each other by means of time-triggered messages via a wired time-triggered communication system, ZKS, and wherein each GNSSG transmits at least one GNS message exactly at the beginning of each full and half minute of the global time of the time controlled communication system provided by the ZKS, hereinafter referred to as ZKS time, and wherein a node computer (115, 116, 117,125, 126, 127) disciplines an oscillator of its clock with at least one received GNS message, thus participating in the global ZKS time, and wherein, according to a schedule individually established a priori for each node computer (115, 116, 117, 125, 126, 127) and each base station (111, 112, 121, 122), trigger signals for transmission of time-triggered data messages between the node computers and the base stations through one or preferably several wireless bidirectional data channels are derived from the advancement of the global ZKS time.
A method, performed by a first node (20b, 20c, 20d) of a wireless communication system of accessing a shared media, for directive signal transmission from the first node (20b, 20c, 20d), the method comprising: receiving, from a second node (20a, 10a'), a pilot signal (30a, 30a') announcing a directive signal transmission to or from the second node (20a, 10a'); characterized in that the method further comprises: predicting, based on information in the received pilot signal (30a, 30a'), a collision rate between an intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission 40a), the information defining channel resources used by the announced directive signal transmission, wherein the step of predicting the collision rate comprises estimating interference between the intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission to or from the second node (20a, 10a'); and accessing the shared media based on the predicted collision rate, wherein the intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission are at least partly overlapping in the time domain. predicting, based on information in the received pilot signal (30a, 30a'), a collision rate between an intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission 40a), the information defining channel resources used by the announced directive signal transmission, wherein the step of predicting the collision rate comprises estimating interference between the intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission to or from the second node (20a, 10a'); and accessing the shared media based on the predicted collision rate, wherein the intended directive signal transmission (40b, 40c, 40d) from the first node (20b, 20c, 20d) and the announced directive signal transmission are at least partly overlapping in the time domain.
Lock tongue with a tongue body, which extends in an insertion direction and in which a clamping element is arranged in such a way that a belt strap, which is led through a recess in the tongue body and runs through a slot formed between the clamping element and the tongue body, is movable through the tongue body in an unloaded passage position and in a loading position brought about by a tensile force introduced into the belt strap is clamped by means of the clamping element, which is supported pivotably in the tongue body and is pivotable into the recess, on a clamping edge of the recess, wherein at least in the loading position a pretensioning device exerts a reset force directed in the direction of the passage position of the clamping element on the clamping element, characterised by that the pretensioning device is a torsion rod, which is fastened non-rotatably in the tongue body and is connected non-rotatably to the clamping element and is twisted elastically about its longitudinal axis upon pivoting of the clamping element.