mhurhangee/ep-ind-claims huggingface dataset:
Cartridge system for making a beverage, wherein the cartridge system can be inserted into a beverage preparation machine, wherein the cartridge system comprises a cartridge, which comprises a reservoir filled with a beverage substance, and a cartridge receptacle, wherein the cartridge receptacle has a mixing chamber, which can be brought into fluidic connection with the reservoir, and a fluid feed opening into the mixing chamber, characterized in that the cartridge system comprises an intermediate cap, wherein the cartridge has a first connecting means, wherein the intermediate cap has a first mating connecting means complementary to the first connecting means, wherein the first mating connecting means is connected to the first connecting means.
A method of processing a periodic data-carrying signal produced by an electromagnetic flowmeter, to reject periodic interference at a first fundamental frequency and a second fundamental frequency, the second fundamental frequency being different from the first fundamental frequency, the periodic data-carrying signal being derived from an excitation signal having an excitation frequency, the excitation frequency being a sub-multiple of the first fundamental frequency, the method being characterized in comprising: subjecting the data-carrying signal to a comb filter operation to reject interference at only the first fundamental frequency and harmonics thereof; wherein the comb filter operation has a comb filter delay period related to the first fundamental frequency; and subjecting the data-carrying signal to an averaging/integrating filter operation to reject interference at only the second fundamental frequency and harmonics thereof; wherein the averaging/integrating filter operation averages or integrates over a period related to the second fundamental frequency. subjecting the data-carrying signal to a comb filter operation to reject interference at only the first fundamental frequency and harmonics thereof; wherein the comb filter operation has a comb filter delay period related to the first fundamental frequency; and subjecting the data-carrying signal to an averaging/integrating filter operation to reject interference at only the second fundamental frequency and harmonics thereof; wherein the averaging/integrating filter operation averages or integrates over a period related to the second fundamental frequency.
Assistance method for a driver of a vehicle comprising communication means capable of exchanging messages by means of waves, characterised in that it comprises a step in which predefined routes to be followed, or to be followed, by other vehicles (Vj) are determined in the said vehicle, then these predefined routes are compared with a chosen route which the said vehicle is about to follow in order to determine the predefined route having the greatest common part with the said chosen route of the vehicle, then the vehicle having the said predefined route determined is chosen as the so-called pilot vehicle in order to use information transmitted by waves by this pilot vehicle and representative of traffic and/or meteorological conditions encountered, of a possible modification of its predefined route, and of a possible event suffered, to inform a driver of the said vehicle and to propose to this driver a possible modification of the said chosen route and/or a possible event.
A suture anchor assembly, comprising: an introducer; a suture; a suture anchor coupled to the suture and to the introducer, the suture anchor having a distal portion and a proximal portion, the distal portion having a sharp distal end, the proximal portion having a proximal end with a sharp tip, wherein the suture anchor has a shoulder positioned at a transition between the distal portion and the proximal portion, the shoulder contacting a distal end of the introducer, the proximal portion having a maximum transverse dimension that is smaller than a maximum transverse dimension of the distal portion and smaller than the introducer which is configured to fit over the proximal portion, and wherein the distal portion of the suture anchor includes a recess sized to receive the suture, and the suture anchor includes a suture channel which extends along the proximal portion of the suture anchor, the suture channel communicating with the recess so that the suture may extend through the suture channel while the suture is positioned in the recess, the suture channel providing passage for the suture while the anchor is coupled to the introducer, and wherein the suture channel is eccentrically positioned along the proximal portion of the suture anchor so that an eccentric force is applied to the suture anchor when suture positioned in the suture channel is tensioned, the eccentric force being eccentric to a central axis of the suture anchor. an introducer; a suture; a suture anchor coupled to the suture and to the introducer, the suture anchor having a distal portion and a proximal portion, the distal portion having a sharp distal end, the proximal portion having a proximal end with a sharp tip, wherein the suture anchor has a shoulder positioned at a transition between the distal portion and the proximal portion, the shoulder contacting a distal end of the introducer, the proximal portion having a maximum transverse dimension that is smaller than a maximum transverse dimension of the distal portion and smaller than the introducer which is configured to fit over the proximal portion, and wherein the distal portion of the suture anchor includes a recess sized to receive the suture, and the suture anchor includes a suture channel which extends along the proximal portion of the suture anchor, the suture channel communicating with the recess so that the suture may extend through the suture channel while the suture is positioned in the recess, the suture channel providing passage for the suture while the anchor is coupled to the introducer, and wherein the suture channel is eccentrically positioned along the proximal portion of the suture anchor so that an eccentric force is applied to the suture anchor when suture positioned in the suture channel is tensioned, the eccentric force being eccentric to a central axis of the suture anchor.
A composition with corrosion inhibiting properties comprising: - a first phosphate salt of at least one of disodium phosphate or a tripolyphosphate; and - a second phosphate salt of at least one of a divalent phosphate or tetravalent pyrophosphate, wherein the second phosphate salt is disodium phosphate and the first phosphate salt is sodium tripolyphosphate, said first phosphate salt present in a weight ratio relative to said second phosphate salt of from 1-4:1, wherein said first phosphate salt and said second phosphate salt are present in an amount of from 90 to 100 total weight percent; and an optional additive is present from 0 to 60 total weight percent, the composition when dissolved at 1 percent by weight in deionized water has a pH of between 9.5 and 9.8. - a first phosphate salt of at least one of disodium phosphate or a tripolyphosphate; and - a second phosphate salt of at least one of a divalent phosphate or tetravalent pyrophosphate, wherein the second phosphate salt is disodium phosphate and the first phosphate salt is sodium tripolyphosphate, said first phosphate salt present in a weight ratio relative to said second phosphate salt of from 1-4:1, wherein said first phosphate salt and said second phosphate salt are present in an amount of from 90 to 100 total weight percent; and an optional additive is present from 0 to 60 total weight percent, the composition when dissolved at 1 percent by weight in deionized water has a pH of between 9.5 and 9.8.
A device including: a wireless communication unit to transmit at least one scheduling frame including an indication (204, 206) of a downlink period allocated for simultaneous transmission from the wireless communication unit to at least one group of a plurality of wireless communication devices, and an indication (210, 212) of an allocation of a plurality of uplink periods allocated for transmissions from the group of wireless communication devices to the wireless communication unit, wherein the wireless communication unit is to simultaneously transmit a plurality of different wireless communication transmissions to the plurality of wireless communication devices of the group (130, 140) during the downlink period. a wireless communication unit to transmit at least one scheduling frame including an indication (204, 206) of a downlink period allocated for simultaneous transmission from the wireless communication unit to at least one group of a plurality of wireless communication devices, and an indication (210, 212) of an allocation of a plurality of uplink periods allocated for transmissions from the group of wireless communication devices to the wireless communication unit, wherein the wireless communication unit is to simultaneously transmit a plurality of different wireless communication transmissions to the plurality of wireless communication devices of the group (130, 140) during the downlink period.
A single unit base for securing a superstructure to a dental bone implant, said base comprising: a top representing a widest portion of the base; a lower tip of the base; an upper external wall (120, 450) extending downward from the top; an inner surface of the upper external wall extending downward from the top so as to define a cavity inside said base, the inner surface having an internally threaded portion; a lower external wall lower than the upper external wall and including an externally threaded portion configured to mate with a bone implant; and a bottom of the cavity, wherein a height of said bottom is within 2.5mm of the height of an uppermost part of the externally threaded portion as measured along a height of the base; characterized in that: said upper external wall (120, 450) includes an inward tapering section adapted to be in contact with a gingiva; the inner surface of the upper external wall has a non-circular anti-rotation configuration shaped to receive a bottom portion of a superstructure; said non-circular anti-rotation configuration is located between said top and said internally threaded portion. a top representing a widest portion of the base; a lower tip of the base; an upper external wall (120, 450) extending downward from the top; an inner surface of the upper external wall extending downward from the top so as to define a cavity inside said base, the inner surface having an internally threaded portion; a lower external wall lower than the upper external wall and including an externally threaded portion configured to mate with a bone implant; and a bottom of the cavity, wherein a height of said bottom is within 2.5mm of the height of an uppermost part of the externally threaded portion as measured along a height of the base; characterized in that: said upper external wall (120, 450) includes an inward tapering section adapted to be in contact with a gingiva; the inner surface of the upper external wall has a non-circular anti-rotation configuration shaped to receive a bottom portion of a superstructure; said non-circular anti-rotation configuration is located between said top and said internally threaded portion. said upper external wall (120, 450) includes an inward tapering section adapted to be in contact with a gingiva; the inner surface of the upper external wall has a non-circular anti-rotation configuration shaped to receive a bottom portion of a superstructure; said non-circular anti-rotation configuration is located between said top and said internally threaded portion.
Method of regulating the growth and development of winter and spring wheat, corn, and rice, the method comprising the following steps: preparing a solution of bis-(hydroxymethyl)-phosphinic acid and salts thereof with biogenic metals of the following general formula: Me n+ [OP (CH 2 OH) 2] n wherein n can be 1 or 2, and Me can be any of the following: H, Na, Ca, Mg, Co, Cu, Zn, Mn, as plant growth and development regulators and treating the seeds with the solution by soaking for a predetermined period of time before sowing. preparing a solution of bis-(hydroxymethyl)-phosphinic acid and salts thereof with biogenic metals of the following general formula: Me n+ [OP (CH 2 OH) 2] n wherein n can be 1 or 2, and Me can be any of the following: H, Na, Ca, Mg, Co, Cu, Zn, Mn, as plant growth and development regulators and treating the seeds with the solution by soaking for a predetermined period of time before sowing.
A process for the production of PET foams, characterized in that it includes the extrusion of a mixture of PET, epoxy resin, a catalyst consisting of imidazole, derivatives of imidazole or mixtures thereof and a blowing agent, wherein the homopolymerization reaction of the epoxy phase is effected in the extruder, upstream of the introduction of the blowing agent.
A system controller, comprising: a processor and an interface; wherein the interface is configured to communicate with a solid state disk group, the solid state disk group comprises a plurality of solid state disks, the solid state disk group comprises a logical chunk group, and the logical chunk group comprises a plurality of stripes; and the processor is configured to: count a data volume of invalid data comprised in each of the plurality of stripes; select a target stripe from the plurality of stripes, wherein the target stripe comprises invalid data whose volume exceeds a specified volume threshold; instruct the solid state disk group to move valid data in the target stripe; instruct the solid state disk group to delete a correspondence between a logical address of the target stripe and an actual address of the target stripe; and keep the logical address of the target stripe unreleased until a logical address of the logical chunk group is released. a processor and an interface; wherein the interface is configured to communicate with a solid state disk group, the solid state disk group comprises a plurality of solid state disks, the solid state disk group comprises a logical chunk group, and the logical chunk group comprises a plurality of stripes; and the processor is configured to: count a data volume of invalid data comprised in each of the plurality of stripes; select a target stripe from the plurality of stripes, wherein the target stripe comprises invalid data whose volume exceeds a specified volume threshold; instruct the solid state disk group to move valid data in the target stripe; instruct the solid state disk group to delete a correspondence between a logical address of the target stripe and an actual address of the target stripe; and keep the logical address of the target stripe unreleased until a logical address of the logical chunk group is released. count a data volume of invalid data comprised in each of the plurality of stripes; select a target stripe from the plurality of stripes, wherein the target stripe comprises invalid data whose volume exceeds a specified volume threshold; instruct the solid state disk group to move valid data in the target stripe; instruct the solid state disk group to delete a correspondence between a logical address of the target stripe and an actual address of the target stripe; and keep the logical address of the target stripe unreleased until a logical address of the logical chunk group is released.
Device for locking a screwable element (34, 36), comprising - a ring part enclosing an opening and having an inner circumference and an outer circumference in a ring dividing plane; - at least one first and one second locking section (84a, 84b), each of which is located on the outer circumference of the ring part in the manner of an arc segment with a pre-determined length and extends in a first direction perpendicular to the ring dividing plane; - at least one first and one second central shoulder section (86a, 86b), each of which is located on the inner circumference of the ring part with an offset relative to the first and second locking sections (84a, 84b) and extends in a second direction perpendicular to the ring dividing plane which is opposite to the first direction; and - at least one first and one second flexible moulding (88a, 88b) in a central region of the ring part, characterised in that the device adopts a locking position in an inoperative state and can be moved into an unlocking position by a flexible tilting deformation about at least one axis extending through the first and second flexible mouldings (88a, 88b). - a ring part enclosing an opening and having an inner circumference and an outer circumference in a ring dividing plane; - at least one first and one second locking section (84a, 84b), each of which is located on the outer circumference of the ring part in the manner of an arc segment with a pre-determined length and extends in a first direction perpendicular to the ring dividing plane; - at least one first and one second central shoulder section (86a, 86b), each of which is located on the inner circumference of the ring part with an offset relative to the first and second locking sections (84a, 84b) and extends in a second direction perpendicular to the ring dividing plane which is opposite to the first direction; and - at least one first and one second flexible moulding (88a, 88b) in a central region of the ring part, characterised in that
A battery separator comprises: a basement layer that comprises polyolefin and/or nonwoven fabric; a composite layer disposed on at least one surface of the basement layer, characterized in that the composite layer comprises polymer adhesive, and boride powder and ceramic powder that are dispersed in the polymer adhesive. a basement layer that comprises polyolefin and/or nonwoven fabric; a composite layer disposed on at least one surface of the basement layer, characterized in that the composite layer comprises polymer adhesive, and boride powder and ceramic powder that are dispersed in the polymer adhesive.
Method of routing an IP data packet in a telecommunications network, said method being implemented by a routing device and comprising on reception of a packet comprising a primary destination address indication different from the primary address of the routing device and a destination port number, the following steps: determining a ports mask defining a range of port numbers to which the destination port number belongs; selecting at least one identifier of a destination equipment of the packet from a plurality of equipment identifiers associated with said primary destination address based on the ports mask; and routing the packet to the destination equipment based on said identifier, said primary destination address indication being kept in said routed packed. determining a ports mask defining a range of port numbers to which the destination port number belongs; selecting at least one identifier of a destination equipment of the packet from a plurality of equipment identifiers associated with said primary destination address based on the ports mask; and routing the packet to the destination equipment based on said identifier, said primary destination address indication being kept in said routed packed.
A computer implemented method comprising: receiving, at a collaboration system, a page view request from a user device, the page view request being in respect of a page; identifying, at the collaboration system, a content item link in the page for which a preview should be generated, the content item link being in respect of a content item; in response to determining that the preview should be generated, causing generation of a preview in respect of the content item by a preview generation application installed on the user device by: generating a preview generation request for the user device to generate the preview in respect of the content item; and communicating the preview generation request to the user device, the preview generation request causing the client device to access content at a location identified by the content item link and causing the client device to generate the preview using the preview generation application operating on the user device; receiving, by the collaboration system from the user device, the preview generated by the preview generation application installed on the user device; and storing, by the collaboration system, the preview. receiving, at a collaboration system, a page view request from a user device, the page view request being in respect of a page; identifying, at the collaboration system, a content item link in the page for which a preview should be generated, the content item link being in respect of a content item; in response to determining that the preview should be generated, causing generation of a preview in respect of the content item by a preview generation application installed on the user device by: generating a preview generation request for the user device to generate the preview in respect of the content item; and communicating the preview generation request to the user device, the preview generation request causing the client device to access content at a location identified by the content item link and causing the client device to generate the preview using the preview generation application operating on the user device; generating a preview generation request for the user device to generate the preview in respect of the content item; and communicating the preview generation request to the user device, the preview generation request causing the client device to access content at a location identified by the content item link and causing the client device to generate the preview using the preview generation application operating on the user device; receiving, by the collaboration system from the user device, the preview generated by the preview generation application installed on the user device; and storing, by the collaboration system, the preview.
Apparatus for metering carbon dioxide snow, with a feed container (2, 31), into which a feed line for liquid or snowy carbon dioxide and a gas vent line for discharging carbon dioxide gas open, and which has a discharge opening which is arranged on the bottom side, and which is equipped with at least one dividing knife (9, 9a, 9b, 9c, 9d) which is arranged spaced apart from the discharge opening and can be moved from a first position which separates the interior space of the feed container (2, 31) into two part volumes, into a second position which is spaced apart laterally from the interior space of the feed container (2, 31), characterized in that the discharge opening is assigned a horizontally and vertically movable bottom which has an external cross section which corresponds to the internal cross section of the discharge opening, and which bottom can be moved between a first position, in which the discharge opening is released and the bottom is arranged laterally on the feed container (2, 31), a second position, in which the bottom closes the discharge opening at the level of its orifice, and a third position, in which the bottom is introduced to a limited extent into the discharge opening of the feed container (2, 31), and in that the dividing knife (9, 9a, 9b, 9c, 9d) and/or the bottom and/or the walls of the feed container are/is equipped with a heating device.