mhurhangee/ep-ind-claims huggingface dataset:
A package for an object, such as a medical part, preferably sterilized, said package comprising: - a supporting element provided with means (21; 22, 23; 24, 25; 26) for coupling said object with said supporting element, said means for the coupling capable of being deactivated for allowing the grasping of said object; - a first hollow protective element called a plug which may be coupled with the supporting element of said object, preferably by jointing with partial overlap, so that the supporting element has a portion, called grasping portion, which extends, protruding from said plug, said supporting element delimiting by itself or by cooperating with the plug a first chamber containing said object, - a second hollow protective element, called a cap, said cap being able to be coupled to the plug preferably by jointing with partial overlap, so as to delimit by cooperating with said plug a second chamber inside which extends said grasping portion of the supporting element, characterized in that, in the coupled state of the cap with the plug, a portion, called grasping portion, of the plug extends protruding from the cap. - a supporting element provided with means (21; 22, 23; 24, 25; 26) for coupling said object with said supporting element, said means for the coupling capable of being deactivated for allowing the grasping of said object; - a first hollow protective element called a plug which may be coupled with the supporting element of said object, preferably by jointing with partial overlap, so that the supporting element has a portion, called grasping portion, which extends, protruding from said plug, - a second hollow protective element, called a cap,
Headrest for a seat, in particular for an aircraft passenger seat, with a carrier structure that is mountable to a backrest part of the seat and comprises a support structure provided for resting the the seat user's head against and implemented from individual strand-shaped or ribbon-shaped support elements of predetermined flexibility, wherein a further support structure, which is like a cushion part and has a flexibility selected differing from the support elements of the first support structure, is arranged on the support structure, wherein at least the support structures are provided with an exterior cover structure and wherein the carrier structure comprises a middle part that is anchorable at the backrest part and extends transversely to the longitudinal seat direction, characterised in that the middle part comprises at both lateral ends a respective forward-protruding lateral part and that support elements of the first support structure cover both the middle part and the lateral parts at least in partial regions.
A system for representation of network management information, comprising a network management system represented through a machine-readable basic network information model comprising a number of network elements, each comprising a number of managed objects with managed object instances, and further comprising an external network management interface, characterized in that it comprises first mapping means adapted to generate or fetch mapping rules for mapping the machine-readable basic network information model to a formal ontology based network information model, information enrichment means for manually and/or automatically enriching the information of the formal ontology based model semantically, thus providing a semantically enriched formal ontology based network information model, processing means adapted to receive the mapping rules from the first mapping means, network instance data represented by a generic mark-up language from the external network management interface, and the semantically enriched formal ontology based network information model, and to automatically instantiate the semantically enriched formal ontology based model using said mapping rules and to transform the enriched formal ontology network information model comprising instances and ontologies to formal logic statements, a formal model storing means for storing the formal logic statements, and in that said formal model storing means contains a semantically enriched machine-readable representation of the network management system information model forming a semantically extended configuration-aware external network management interface.
A transmission checking method, comprising: transmitting, by a SERializer/DESerializer SERDES transmitter, a first synchronization frame to a SERDES receiver; upon reception of a second synchronization frame transmitted from the SERDES receiver, determining, by the SERDES transmitter, that each of a transmitting path and a receiving path of the SERDES transmitter is in a normal state; and transmitting, by the SERDES transmitter, a third synchronization frame to the SERDES receiver, characterized in that wherein a first identification tag and a second identification tag are provided in a Frame Header FH of each of the first synchronization frame, the second synchronization frame and the third synchronization frame; when the first identification tag is set to be a preset value, it is indicated that the receiving path of a local terminal is in the normal state; and when the second identification tag is set to be a preset value, it is indicated that the receiving path of a peer terminal is in the normal state. transmitting, by a SERializer/DESerializer SERDES transmitter, a first synchronization frame to a SERDES receiver; upon reception of a second synchronization frame transmitted from the SERDES receiver, determining, by the SERDES transmitter, that each of a transmitting path and a receiving path of the SERDES transmitter is in a normal state; and transmitting, by the SERDES transmitter, a third synchronization frame to the SERDES receiver,
An anvil assembly (112, 112A) for a circular stapling instrument (100, 100D) comprising: a one-piece, polymer anvil (210, 210A, 210C) comprising an anvil base surface (220, 220A) and an anvil shaft (218, 218A) extending from the anvil base surface; and a staple-forming surface (212, 212A) attached to the anvil base surface, wherein the anvil comprises a hole (228, 228A) which extends into the anvil shaft, and a metal shaft (216, 216A) extends through the hole. a one-piece, polymer anvil (210, 210A, 210C) comprising an anvil base surface (220, 220A) and an anvil shaft (218, 218A) extending from the anvil base surface; and a staple-forming surface (212, 212A) attached to the anvil base surface, wherein the anvil comprises a hole (228, 228A) which extends into the anvil shaft, and a metal shaft (216, 216A) extends through the hole.
A method comprising: identifying a final read time for accessing a phase change memory, PCM, cell; identifying a set threshold voltage information (320, 322, 324, 362) for the PCM cell, the set threshold voltage information associated with the final read time; identifying a reset threshold voltage drift associated with the PCM cell; based on the identified final read time, set threshold voltage information and reset threshold voltage drift, determining an initial read time for the PCM cell, wherein the final read time and the initial read time define a time window outside of which the PCM cell is not allowed to be accessed using a first demarcation voltage; and generating an output signal indicating the determined initial read time; wherein an initial reset threshold voltage information (330, 332, 334, 364) is associated with the initial read time, and wherein determining the initial read time for the PCM cell includes: associating a final reset threshold voltage information for the PCM cell with the final read time; determining the initial reset threshold voltage information for the PCM cell based on the set threshold voltage information; determining a time difference based on the reset threshold voltage drift and a difference between the final reset threshold voltage information and the initial reset threshold voltage information; and applying the determined time difference to the final read time to determine the initial read time. identifying a final read time for accessing a phase change memory, PCM, cell; identifying a set threshold voltage information (320, 322, 324, 362) for the PCM cell, the set threshold voltage information associated with the final read time; identifying a reset threshold voltage drift associated with the PCM cell; based on the identified final read time, set threshold voltage information and reset threshold voltage drift, determining an initial read time for the PCM cell, wherein the final read time and the initial read time define a time window outside of which the PCM cell is not allowed to be accessed using a first demarcation voltage; and generating an output signal indicating the determined initial read time; associating a final reset threshold voltage information for the PCM cell with the final read time; determining the initial reset threshold voltage information for the PCM cell based on the set threshold voltage information; determining a time difference based on the reset threshold voltage drift and a difference between the final reset threshold voltage information and the initial reset threshold voltage information; and applying the determined time difference to the final read time to determine the initial read time.
Combustion device (10; 10'), comprising: - a combustion chamber having a cylindrical wall which extends along a vertical centre axis, a lower portion and an upper portion, - a primary combustion zone which is situated in the lower portion of the chamber and which has a substantially annular profile centred on the axis, - a system for supplying fuel which is capable of introducing a controlled quantity of fuel into the chamber, - a system (50; 50') for supplying primary air which is capable of introducing air into the primary combustion zone and creating a swirling flow (P1, P2, P3) of particles (102, 103) in the chamber, and - a system (160, 180) for evacuating the ashes resulting from the combustion, which system is situated beneath the chamber, a dedusting cyclone being arranged in the centre of the combustion chamber, the cyclone being configured to receive combustion products loaded with particles from the chamber through at least one inlet opening and to dedust the combustion products by separating the ashes from the fumes by centrifugal action, the upper end of the cyclone having a substantially horizontal annular profile and carrying a chimney for extraction of the dedusted fumes, characterised in that the inlet opening(s) are distributed annularly at that upper end and have axial symmetry relative to the centre axis of the chamber, and in that the inlet opening(s) comprise vanes which have a shape and/or an arrangement configured to accentuate, in the cyclone, the centrifugal rotational movement of the combustion products relative to the centre axis which has been initiated in the combustion chamber. - a combustion chamber having a cylindrical wall which extends along a vertical centre axis, a lower portion and an upper portion, - a primary combustion zone which is situated in the lower portion of the chamber and which has a substantially annular profile centred on the axis, - a system for supplying fuel which is capable of introducing a controlled quantity of fuel into the chamber, - a system (50; 50') for supplying primary air which is capable of introducing air into the primary combustion zone and creating a swirling flow (P1, P2, P3) of particles (102, 103) in the chamber, and - a system (160, 180) for evacuating the ashes resulting from the combustion, which system is situated beneath the chamber,
A method of producing cuboidal cigarette packs from foldable packaging material, namely at least one blank made of cardboard, which is severed from a material web and has, as applications, folding lines formed by stamping and/or punched lines and/or perforation lines and/or material deformations and/or prints, characterized by the following features: a) the print, appropriate for the outer appearance of the packs which are to be produced, is applied to the continuous material web made of thin cardboard or similar packaging material, b) then blanks are severed from the material web in a positionally precise manner by means of a printed-mark reader for detecting printed marks arranged on the material web, c) thereafter, further applications, in particular stamping arrangements and/or punching arrangements, are provided on the blank, d) finally, the completed blank is fed to a packaging subassembly, in particular a folding turret, via an intermediate roller, which has an edge sensor for sensing a transverse edge of the blank. a) the print, appropriate for the outer appearance of the packs which are to be produced, is applied to the continuous material web made of thin cardboard or similar packaging material, b) then blanks are severed from the material web in a positionally precise manner by means of a printed-mark reader for detecting printed marks arranged on the material web, c) thereafter, further applications, in particular stamping arrangements and/or punching arrangements, are provided on the blank, d) finally, the completed blank is fed to a packaging subassembly, in particular a folding turret, via an intermediate roller, which has an edge sensor for sensing a transverse edge of the blank.
A vascular device for treating vein valve insufficiency comprising: an elongated member (12, 72) having a first upstream portion (15, 76) and a second downstream portion (16, 80); a first retention portion (30, 32, 74) at the first upstream portion, the first retention portion movable from a first elongated insertion position to an expanded position; a second retention portion (40, 42, 78) at the second downstream portion, the second retention portion movable from a first elongated insertion position to an expanded position; an intermediate looped portion positioned between the first upstream portion and the second downstream portion; and a valve (48, 75) supported by the intermediate looped portion and movable between an open position to allow blood flow therethrough and a closed position to inhibit blood flow therethrough, characterised in that the vascular device further comprises a collar (54, 62) mounted on the intermediate looped portion, and in that the first and second members (51, 52) extend from the intermediate looped portion to retain the valve (48, 75), the first member fixedly attached to the intermediate looped portion and the second member slidable within the collar such that the intermediate looped portion is adjustable to loops of different diameters dependent on an inner diameter of a vessel wall.
A fill pack for insertion into a cooling tower to cool a cooling medium flowing through the fill pack, the fill pack comprising: a first fill sheet defining an air intake edge, an air exit edge and an airflow axis extending between the air intake edge and the air exit edge, the first fill sheet defining a first flute section having a first inlet end and a first outlet end, the first flute section also including a first peak and first and second valleys (36d, 36e) extending between the first inlet end and the first outlet end; and a second fill sheet defining a second flute section having a second inlet end, a second outlet end and a second peak extending between the second inlet end and the second outlet end, the second peak extends toward the first peak into the first flute section beyond a valley plane defined by the first and second valleys (36d, 36e), the first inlet end positioned proximate the second inlet end and the first outlet end positioned proximate the second outlet end, the first peak, the second peak, the first valley and the second valley defining a first flute airflow portion, characterized in that the position of the second peak within the first flute section changing along the first flute airflow portion, thereby constanly changing a cross-sectional shape of the first flute airflow portion along the first flute airflow portion. a first fill sheet defining an air intake edge, an air exit edge and an airflow axis extending between the air intake edge and the air exit edge, the first fill sheet defining a first flute section having a first inlet end and a first outlet end, the first flute section also including a first peak and first and second valleys (36d, 36e) extending between the first inlet end and the first outlet end; and a second fill sheet defining a second flute section having a second inlet end, a second outlet end and a second peak extending between the second inlet end and the second outlet end, the second peak extends toward the first peak into the first flute section beyond a valley plane defined by the first and second valleys (36d, 36e), the first inlet end positioned proximate the second inlet end and the first outlet end positioned proximate the second outlet end, the first peak, the second peak, the first valley and the second valley defining a first flute airflow portion, characterized in that the position of the second peak within the first flute section changing along the first flute airflow portion, thereby constanly changing a cross-sectional shape of the first flute airflow portion along the first flute airflow portion.
Light module (5; 6) for a lighting device of a motor vehicle, the light module (5; 6) comprising at least one semiconductor light source and a control module connected to the at least one semiconductor light source, the light module (5; 6) comprising a carrier module made of a material having high thermal conductivity, on which both the at least one semiconductor light source and an electrical circuit of the control module are arranged, and the control module comprising a plug/socket element, by means of which the control module can be connected to a higher-level controller and/or to a power supply of the motor vehicle, characterised in that the electrical connection between the control module and the at least one semiconductor light source comprises a lead frame which is arranged on the carrier module, and in that the light module (5; 6) comprises active cooling means, in particular a fan, associated with the carrier module.
A system for generating a plurality of different monoenergetic neutron energies comprising: a) an ion source configured to produce an ion beam; b) an accelerator operatively coupled to said ion source and configured to receive said ion beam and accelerate said ion beam to generate an accelerated ion beam; c) a target station comprising a target holding mechanism; and d) a plurality of interchangeable ion beam targets, wherein each of said interchangeable ion beam targets: i) is configured to be held by said target holding mechanism, and ii) generates neutrons with a monoenergetic neutron energy value; characterized in that; each of said interchangeable ion beam targets generates neutrons with a monoenergetic neutron energy value unique among said plurality of interchangeable ion beam targets when struck with said accelerated ion beam, and wherein collectively said plurality of interchangeable ion beam targets, when struck with said accelerated ion beam, provide neutrons with a range of monoenergetic neutron energy values that spans at least 300 kiloelectron volts (keV). a) an ion source configured to produce an ion beam; b) an accelerator operatively coupled to said ion source and configured to receive said ion beam and accelerate said ion beam to generate an accelerated ion beam; c) a target station comprising a target holding mechanism; and d) a plurality of interchangeable ion beam targets, wherein each of said interchangeable ion beam targets: i) is configured to be held by said target holding mechanism, and ii) generates neutrons with a monoenergetic neutron energy value; i) is configured to be held by said target holding mechanism, and ii) generates neutrons with a monoenergetic neutron energy value;
A device for binding a cable about a fractured bone to stabilize a fracture comprising: a slot including a distal opening sized to receive an enlarged end of the cable and a proximal opening sized to permit the cable to slide therethrough while preventing the enlarged end from passing therethrough; a bore sized to slideably receive the cable, the bore extending to a proximal opening; a locking element channel extending to a distal end opening into the bore; and a locking element movable into a locking position in which a distal end of the locking element extends into the bore to engage a portion of the cable received therein and lock the cable in a desired position within the bore. a slot including a distal opening sized to receive an enlarged end of the cable and a proximal opening sized to permit the cable to slide therethrough while preventing the enlarged end from passing therethrough; a bore sized to slideably receive the cable, the bore extending to a proximal opening; a locking element channel extending to a distal end opening into the bore; and a locking element movable into a locking position in which a distal end of the locking element extends into the bore to engage a portion of the cable received therein and lock the cable in a desired position within the bore.
Arm rest arrangement for an automotive vehicle seat with a fixed carrier structure and an arm rest body mounted in such a way that it can be pivoted about a pivoting axis in relation to the carrier structure, and with which an incline adjustment device is associated, allowing a modification of an incline of the arm rest body in relation to the fixed carrier structure in a functional position of the arm rest body, wherein the incline adjustment device comprises a manually operable actuating member and a blocking device for securing an incline adjustment carried out by means of the actuating member, wherein the arm rest body comprises a supporting member that can be adjusted in a linearly movable manner transversely to the pivoting axis on the arm rest body and is supported on the front end side on the fixed carrier structure, and the actuating member and the blocking device are operatively connected to the linearly movable supporting member such that the supporting member can be released by the actuating member for a linear adjustment and can be locked by the blocking device in an adjusted supporting position, characterized in that the supporting member is retained in a form-fitting manner in the adjustment direction by a guiding device solidly fixed to the arm rest body, and in that the supporting member is retained in the guiding device solidly fixed to the arm rest body by means of a transmission thread.