mhurhangee/ep-ind-claims huggingface dataset:
An auxiliary device for a tank of an ultrasound apparatus, which comprises a rack and at least one adapter for a medical instrument, wherein the adapter comprises a housing and at least one coupling element (140, 142; 144, 146) which is movable with respect to the housing by way of a drive and which can be coupled to the medical instrument, so that a movement of the coupling element effects an active movement of at least one region of the medical instrument, wherein the drive comprises at least one shaft element which can be driven via a first force transmission element, and the shaft element is coupled to the at least one coupling element via a second force transmission element, so that a movement can be transmitted from the shaft element onto the at least one coupling element, wherein the second force transmission element is coupled to the at least one coupling element in a manner such that on exceeding a predefined movement resistance of the at least one coupling element, the second force transmission element transmits no movement of the shaft element onto the at least one coupling element, and wherein an adapter comprises two or more coupling elements which are connected in each case to a second force transmission element, wherein the drive is configured in a manner such that the respective second force transmission elements are simultaneously movable by the drive.
A membrane comprising: (a) a core layer comprising a composite of alternating thermoplastic polyurethane and barrier microlayers; (b) optionally, at least one TPU structural layer bonded to the core layer; (c) at least one cap layer bonded to the core layer or structural layer; and (d) optionally, at least one tie layer between the core layer and the cap layer, or between the core layer and the optional structural layer when present, or between the optional structural layer when present and the cap layer, or any combination thereof; wherein the at least one cap layer comprises a polydiene polyol-based TPU; and wherein the at least one cap layer comprises a cure package, the cure package comprising molecular sulfur or peroxide curing agents. (a) a core layer comprising a composite of alternating thermoplastic polyurethane and barrier microlayers; (b) optionally, at least one TPU structural layer bonded to the core layer; (c) at least one cap layer bonded to the core layer or structural layer; and (d) optionally, at least one tie layer between the core layer and the cap layer, or between the core layer and the optional structural layer when present, or between the optional structural layer when present and the cap layer, or any combination thereof; wherein the at least one cap layer comprises a polydiene polyol-based TPU; and wherein the at least one cap layer comprises a cure package, the cure package comprising molecular sulfur or peroxide curing agents.
A method performed by a telecommunication network device, comprising the steps of: receiving, at the telecommunication network device associated with an IP multimedia subsystem, IMS, a registration request associated with a user equipment, UE,, the registration request including a feature tag that specifies requested features to be registered with an application server in the IMS; accessing registration data, the registration data indicating currently registered features with the application server; comparing the currently registered features with the requested features, the comparing including determining that one of the currently registered features is absent from the feature tag and that another of the currently registered features is included in the feature tag; performing (508; 706) at least one registration action involving the application server based, at least in part, on the comparison, the at least one registration action including performing a third party deregistration action to deregister the currently registered feature that is absent from the feature tag; and refraining from performing a registration action for one of the requested features that corresponds to the other of the currently registered features that is included in the feature tag. receiving, at the telecommunication network device associated with an IP multimedia subsystem, IMS, a registration request associated with a user equipment, UE,, the registration request including a feature tag that specifies requested features to be registered with an application server in the IMS; accessing registration data, the registration data indicating currently registered features with the application server; comparing the currently registered features with the requested features, the comparing including determining that one of the currently registered features is absent from the feature tag and that another of the currently registered features is included in the feature tag; performing (508; 706) at least one registration action involving the application server based, at least in part, on the comparison, the at least one registration action including performing a third party deregistration action to deregister the currently registered feature that is absent from the feature tag; and refraining from performing a registration action for one of the requested features that corresponds to the other of the currently registered features that is included in the feature tag.
A compound of Formula I or a stereoisomer thereof, wherein X is O or N-R 2; and wherein R 1 is selected from the group consisting of C 2 -C 6 alkyl groups, alkenyl groups, aryl groups, and heteroaryl groups; and wherein R 2 is selected from the group consisting of H, alkyl groups, alkenyl groups, aryl groups, and heteroaryl groups. wherein X is O or N-R 2; and wherein R 1 is selected from the group consisting of C 2 -C 6 alkyl groups, alkenyl groups, aryl groups, and heteroaryl groups; and wherein R 2 is selected from the group consisting of H, alkyl groups, alkenyl groups, aryl groups, and heteroaryl groups.
A hydrogel capsule comprising a fragrance or odorant encapsulated in at least one polymerized acrylic or methacrylic acid, or ester thereof, wherein the hydrogel capsule has a mean diameter in the range of 1 to 100 μm, wherein the fragrance or odorant is encapsulated in the hydrogel capsule during polymerization of the acrylic or methacrylic acid, or ester thereof contained in an oil phase at a level of 10 to 15% by mass of the oil phase, and wherein the oil phase contains: (i) the fragrance or odorant; and (ii) the at least one acrylic or methacrylic acid, or ester thereof. (i) the fragrance or odorant; and (ii) the at least one acrylic or methacrylic acid, or ester thereof.
A brake disc arrangement comprising a brake disc, a hub and at least one connection means, wherein the brake disc arrangement is adapted to rotate about an axis of rotation in the circumferential direction, wherein the brake disc has a contact surface and a mounting surface, wherein the hub has a connection surface and a connection opening, wherein a mounting opening extends from the mounting surface, wherein the contact surface is adapted to indirectly/directly contact the connection surface of the hub, wherein the connection means is adapted to extend at least partially in the mounting opening and the connection opening, characterized in that the mounting surface is free of hub contact. wherein the brake disc arrangement is adapted to rotate about an axis of rotation in the circumferential direction, wherein the brake disc has a contact surface and a mounting surface, wherein the hub has a connection surface and a connection opening, wherein a mounting opening extends from the mounting surface, wherein the contact surface is adapted to indirectly/directly contact the connection surface of the hub, wherein the connection means is adapted to extend at least partially in the mounting opening and the connection opening, characterized in that the mounting surface is free of hub contact.
Sensor module configured to capture an operating parameter of a motor vehicle, comprising: a sensor element configured to deliver a sensor signal, an A/D converter connected to the sensor element, a signal transmission unit, connected to the A/D converter, configured to transmit a sensor signal converted by the A/D converter, and a supply signal tap to which an unconverted supply signal reproducing a supply voltage or a supply current of the sensor module is applied, wherein an input of the A/D converter is connected to the supply signal tap, characterized in that the sensor module has a low-pass filter situated between the A/D converter and the supply signal tap, so that the unconverted supply signal is subjected to low-pass filtering.
An orthopaedic paste delivering tool comprising: a chamber for storing an orthopaedic paste; a tube in fluid communication with the chamber storing the paste; a recovery member movably received in a hole provided on a wall of the chamber, which can be pushed to move from a first position to a second position, so that a portion of the recovery member invades the paste stored in the chamber, and thus the paste enters the tube in an amount substantially equivalent to a volume of the invading portion of the recovery member; and the recovery member does not enter said tube or is only partly inserted into said tube characterized by a press member in contact with the paste stored in the chamber, which presses the paste stored in the chamber to eliminate a space created in the chamber when the recovery member is being pulled from the second position to the first position. a chamber for storing an orthopaedic paste; a tube in fluid communication with the chamber storing the paste; a recovery member movably received in a hole provided on a wall of the chamber, which can be pushed to move from a first position to a second position, so that a portion of the recovery member invades the paste stored in the chamber, and thus the paste enters the tube in an amount substantially equivalent to a volume of the invading portion of the recovery member; and the recovery member does not enter said tube or is only partly inserted into said tube characterized by a press member in contact with the paste stored in the chamber, which presses the paste stored in the chamber to eliminate a space created in the chamber when the recovery member is being pulled from the second position to the first position.
Radiofrequency oscillator comprising: - a free layer, the magnetization of which precesses when a spin-polarized current passes through it perpendicularly to its plane, - an injector (6; 52; 72; 82; 92-95; 102) of spin-polarized current into the free layer in order to make its magnetization precess in a sustained fashion, this injector having a spin-polarized current injection face directly in contact with the free layer, - a magnetoresistive contact (8; 54; 104) having a measurement face directly in contact with the free layer in order to form, in combination with the free layer, a tunnel junction making it possible to measure the precession of the magnetization of the free layer, - a conductive pad, the conductivity of which is greater than that of the magnetoresistive contact, directly in contact with the free layer in order to make an electrical current flow through the injector without passing through the magnetoresistive contact, - at least one current source (32, 36; 62; 96, 98) which is electrically connected to the injector and/or to the magnetoresistive contact and is adapted to make a current flow, the strength of which is greater than the strength of a critical current I c above which the magnetization of the free layer precesses, characterized in that at least a part of the measurement face and a part of the injection face are arranged opposing one another on either side of the free layer. - a free layer, the magnetization of which precesses when a spin-polarized current passes through it perpendicularly to its plane, - an injector (6; 52; 72; 82; 92-95; 102) of spin-polarized current into the free layer in order to make its magnetization precess in a sustained fashion, this injector having a spin-polarized current injection face directly in contact with the free layer, - a magnetoresistive contact (8; 54; 104) having a measurement face directly in contact with the free layer in order to form, in combination with the free layer, a tunnel junction making it possible to measure the precession of the magnetization of the free layer, - a conductive pad, the conductivity of which is greater than that of the magnetoresistive contact, directly in contact with the free layer in order to make an electrical current flow through the injector without passing through the magnetoresistive contact, - at least one current source (32, 36; 62; 96, 98) which is electrically connected to the injector and/or to the magnetoresistive contact and is adapted to make a current flow, the strength of which is greater than the strength of a critical current I c above which the magnetization of the free layer precesses, characterized in that at least a part of the measurement face and a part of the injection face are arranged opposing one another on either side of the free layer.
An anti-theft device intended to be attached to an item sold over-the-counter, formed from two portions (1, 2), one of which comprises a means for remote interaction with a terminal for detecting when it is passed by such a device, with said portions (1, 2) being articulated by a hinge in order to allow travel between a protected position in which they interact with a portion of the item to be protected in order to prevent the anti-theft device from being separated from the item, and a released position in which they can be removed from the item, with one of the portions having, at the end opposite said movable hinge, a needle that is movable in a direction perpendicular to the median plane of the device, with the other portion comprising a housing for receiving said needle, with the housing comprising locking means so configured as to allow said needle to be released using an opener, characterised in that said first portion has three, so-called outer, middle and inner retractable cages (12, 13, 14) that allow said needle to move between a retracted position in which the tip of said needle does not extend beyond the inner surface of the first portion, and a protruding position in which said needle is engaged in the matching housing when the device is in closed position.
An electronic display assembly comprising: an electronic display; a front panel positioned in front of the electronic display; a rear panel; a housing for the electronic display; an ingestion gap for ingesting open loop fluid positioned along a first vertical and a first horizontal portion of a perimeter of the front panel; an exhaustion gap for exhausting open loop fluid positioned along a second vertical and a second horizontal portion of the perimeter of the front panel; a rear gap configured to permit the flow of open loop fluid, in and out, positioned along a perimeter of the rear panel; a channel positioned behind the electronic display; a first gaseous pathway for open loop fluid to travel from the ingestion gap to the channel; a second gaseous pathway for open loop fluid to travel from the channel to the exhaustion gap; a fan positioned to cause the flow of the open loop fluid; a door cavity defined by the space immediately behind the rear panel and an interior panel, the interior panel placed between the rear panel and the electronic display, the door cavity being configured to accept open loop fluid from the rear gap and direct it towards the channel behind the electronic display; a buffer zone positioned between the ingestion gap and the exhaustion gap; and a central septum placed within the buffer zone in the door cavity; wherein the central septum is configured to substantially divide the door cavity in two halves and is configured to substantially prevent the vertical flow of open fluid. an electronic display; a front panel positioned in front of the electronic display; a rear panel; a housing for the electronic display; an ingestion gap for ingesting open loop fluid positioned along a first vertical and a first horizontal portion of a perimeter of the front panel; an exhaustion gap for exhausting open loop fluid positioned along a second vertical and a second horizontal portion of the perimeter of the front panel; a rear gap configured to permit the flow of open loop fluid, in and out, positioned along a perimeter of the rear panel; a channel positioned behind the electronic display; a first gaseous pathway for open loop fluid to travel from the ingestion gap to the channel; a second gaseous pathway for open loop fluid to travel from the channel to the exhaustion gap; a fan positioned to cause the flow of the open loop fluid; a door cavity defined by the space immediately behind the rear panel and an interior panel, the interior panel placed between the rear panel and the electronic display, the door cavity being configured to accept open loop fluid from the rear gap and direct it towards the channel behind the electronic display; a buffer zone positioned between the ingestion gap and the exhaustion gap; and a central septum placed within the buffer zone in the door cavity; wherein the central septum is configured to substantially divide the door cavity in two halves and is configured to substantially prevent the vertical flow of open fluid.
A computer implemented method for processing a database query, the database comprising a row store table stored according to the row-oriented storage model by storing rows as row store records and a column store table stored according to the column-oriented storage model by storing columns as column store records, wherein row store records and column store records consist of multiple cells, and wherein a cell in the row store table includes a value, and a cell in the column store table includes an entry, the entry comprising a column store value identifier which may be used with a column dictionary (210, 304) mapping column store values to column store value identifiers to determine a column store value corresponding to the column store value identifier; the method comprising determining that the query specifies a join condition comprising a first join column of the row store table and a second join column of the column store table; extracting row store records from the row store table, the row store records including the first join column; extracting a set of values in the first join column; referencing a column dictionary corresponding to the column of the second join column (210, 304) to determine column store value identifiers for each value in the set of values by searching the column dictionary (210, 304) for each value in the set of values according to the join condition; referencing an identifier map included in the column dictionary to obtain document identifiers of the second join column of the column store table from the column store value identifiers, the document identifiers being indexes into a column store record referenced by the second join column of the column table, and referring to rows of the column store table; copying columns of column table records of values matching the join condition and providing a table including cells of the copied columns and identifiers to the rows of the copied columns; and providing a result table by placing pairs of row store record identifiers and identifiers to the rows of the copied columns into an intermediate result buffer.
A method for coexistence of multiple devices on a shared communication medium, the method comprising: transmitting within a first time slot a first presence signal from a first device in a first subset, wherein the first presence signal indicates presence of at least one device in the first subset and a second presence signal indicates presence of at least one device in a second subset, in accordance with a schedule that indicates at least one respective time slot for different subsets of the multiple devices; communicating among the multiple devices in accordance with resources allocated based, at least in part, on network status corresponding to the shared communication medium, wherein the network status is determined based, at least in part, on presence signals detected on the shared communication medium; wherein the first presence signal is unique with respect to the second presence signal; further comprising the first device scanning for presence signals when not transmitting the first presence signal; further comprising synchronizing to a detected zero crossing, by the first device, in response to receipt of a synchronization signal from a second device in the second subset, wherein the second device is configured to transmit the synchronization signal in response to an indication that the first presence signal is out of synchronization. transmitting within a first time slot a first presence signal from a first device in a first subset, wherein the first presence signal indicates presence of at least one device in the first subset and a second presence signal indicates presence of at least one device in a second subset, in accordance with a schedule that indicates at least one respective time slot for different subsets of the multiple devices; communicating among the multiple devices in accordance with resources allocated based, at least in part, on network status corresponding to the shared communication medium, wherein the network status is determined based, at least in part, on presence signals detected on the shared communication medium; wherein the first presence signal is unique with respect to the second presence signal; further comprising the first device scanning for presence signals when not transmitting the first presence signal; further comprising synchronizing to a detected zero crossing, by the first device, in response to receipt of a synchronization signal from a second device in the second subset, wherein the second device is configured to transmit the synchronization signal in response to an indication that the first presence signal is out of synchronization.