mhurhangee/ep-ind-claims huggingface dataset:
A monitoring system for monitoring smart package content use, wherein the monitoring system comprises: - a smart package of recyclable material, configured to comprise removable content units as well comprising a data transfer module functional in a mobile communication network and a docking unit of recyclable material for docking said data transfer module to the package in releasable and electrical manner for the duration of package use, and - database elements, wherein the smart package is adapted to detect said removal of a content unit and to supply information to said database elements by way of said communication elements, regarding a removal of said content unit, whereby said smart package is capable of being identified by means of the database elements on the basis of information it has supplied by way of said communication elements,. further wherein the database elements comprise means for linking the smart package identification information to the smart package user in the database elements, as well as elements for linking a smart package content use instruction to said smart package identification information in the database elements, as well as communication elements for delivering content use relating instructions either to the smart package and/or to the user's other terminal unit, in which case the monitoring system comprises also said terminal unit, and finally wherein the monitoring system is adapted to compare location data of both the smart package and the user's other terminal unit and to produce an alarm in the event that said pieces of location data deviate from each other more than what has been prescribed, at a time when, according to the smart package content use instruction, some contents of the smart package should have been removed from said smart package. - a smart package of recyclable material, configured to comprise removable content units as well comprising a data transfer module functional in a mobile communication network and a docking unit of recyclable material for docking said data transfer module to the package in releasable and electrical manner for the duration of package use, and - database elements,
A method of increasing the substantivity of a composition to a negatively charged substrate comprising preparing a composition comprising at least one phase and an effective amount of an amino acid ester that is a reaction product of a neutralized amino acid esterified with a fatty alcohol and is selected from the group consisting of octyldodecyl aminolaurate esylate, brassicyl aminolaurate esylate and isostearyl aminolaurate esylate.
Decentralised air renewal and treatment system for a room situated in a building, the "system", including a climatic treatment unit and an air renewal unit, combined in a single standalone module designed to be placed in a plenum situated above a false ceiling in the room, and including for this purpose openings (2111, 2171) communicating with the exterior of the building, located on the air renewal unit and connected to vents (32, 34) respectively intended to be made in the outer wall of the building, to take in the new air from the exterior and discharge the interior air, and openings (231, 232, 2281) communicating with the room, located on the climatic treatment unit and connected to the vents (38, 36) intended to be made in the false ceiling to ensure the circulation of air in the room, and means of connection located on the climatic treatment unit to connect one or more cooling and/or heating means (41, 42, 43, 44, 61, 71, 45), the climatic treatment unit and the air renewal unit being situated on either side of a recirculation chamber where the air sucked in from the room is mixed with the new air delivered by the air renewal unit, the module being connected: - by an external air intake duct to an intake vent intended to be installed passing through the exterior wall, in the latter's upper part, situated above the level of the false ceiling. - by an air discharge duct to an outlet vent intended to be installed passing through the exterior wall, in the latter's upper part, - by a blower duct to a distribution vent intended to be installed passing through the false ceiling, directed towards one end of the room, - by at least one recirculation duct to an intake vent intended to be installed passing through the false ceiling, directed towards the opposite end of the room. - by an external air intake duct to an intake vent intended to be installed passing through the exterior wall, in the latter's upper part, situated above the level of the false ceiling. - by an air discharge duct to an outlet vent intended to be installed passing through the exterior wall, in the latter's upper part, - by a blower duct to a distribution vent intended to be installed passing through the false ceiling, directed towards one end of the room, - by at least one recirculation duct to an intake vent intended to be installed passing through the false ceiling, directed towards the opposite end of the room.
Method for manufacturing a stator (STAT) for an axial flux electric machine, comprising the steps of: - perforating a magnetic metal sheet strip, said perforation step comprising: - cutting material on a first lateral part of the strip, leaving slots on said strip that are intended to form stator teeth, - cutting recesses on a second lateral part of the strip, opposite to said first lateral part of the strip, that are intended to form coolant circulation channels, - winding said metal sheet strip according to a radial stack, characterized in that during the cutting of material between two slots of said strip, the cutting of the recesses is effected by a double perforation symmetrically with respect to a line parallel to the axis of axial symmetry comprised between said two slots, the recesses being cut so as to be positioned on either side of the radial section of the wound stator (STAT) passing through said line, so as to be spaced apart from one another from a first radial peripheral part of said stator (STAT) until they meet on said radial section at the second radial peripheral part of said stator (STAT) that is opposite to said first radial peripheral part, thus forming said channels, said channels being in the form of a V and meeting at the ends of the branches of the V during said winding step. - perforating a magnetic metal sheet strip, said perforation step comprising: - cutting material on a first lateral part of the strip, leaving slots on said strip that are intended to form stator teeth, - cutting recesses on a second lateral part of the strip, opposite to said first lateral part of the strip, that are intended to form coolant circulation channels, - winding said metal sheet strip according to a radial stack, - cutting material on a first lateral part of the strip, leaving slots on said strip that are intended to form stator teeth, - cutting recesses on a second lateral part of the strip, opposite to said first lateral part of the strip, that are intended to form coolant circulation channels, - winding said metal sheet strip according to a radial stack,
A learning assistance device for performing relearning on a processing part having a learned learning device which has undergone learning for performing a predetermined output from a predetermined input, the learning assistance device comprising: an assessment part which assesses an anomaly of the input based on a predetermined reference; the learning assistance device being characterized in further comprising: a relearning part which, in the case where the assessment part assesses that the input is an anomalous input, generates an ideal output with respect to the anomalous input by performing feedback control on an output outputted by the processing part from the anomalous input or generates the ideal output with respect to the anomalous input based on a predetermined physical model, and performs relearning of the learning device by taking the anomalous input and the ideal output as additional learning data under a predetermined condition, wherein the output outputted by the processing part from the input is based on the predetermined physical model.
Method for planning and carrying out soil compaction processes, in particular for asphalt compaction, by means of at least one soil compactor, comprising the following measures: a) defining a soil area to be compacted, limited by two width border areas (BR 1; BR 2) extending in a soil area longitudinal direction (R L), wherein to this purpose the path of at least one width border area (BR 1, BR 2) of the soil area to be compacted is determined by a device moved along the soil area to be compacted for carrying out a soil preparation working measure preceding the compaction process, b) on the basis of the soil area defined in measure a), defining a compaction plan with the number and path of soil compaction passages (BVÜ) in the soil area, c) for carrying out the compaction process, moving at least one soil compactor in the soil area defined in measure a) according to the compaction plan defined in measure b). a) defining a soil area to be compacted, limited by two width border areas (BR 1; BR 2) extending in a soil area longitudinal direction (R L), wherein to this purpose the path of at least one width border area (BR 1, BR 2) of the soil area to be compacted is determined by a device moved along the soil area to be compacted for carrying out a soil preparation working measure preceding the compaction process, b) on the basis of the soil area defined in measure a), defining a compaction plan with the number and path of soil compaction passages (BVÜ) in the soil area, c) for carrying out the compaction process, moving at least one soil compactor in the soil area defined in measure a) according to the compaction plan defined in measure b).
A prepreg composed of a glass cloth with a resin composition comprising a cyanate resin, a non-halogen based epoxy resin and an inorganic filler, characterized in that when weight per 1 m 2 in said glass cloth is W (g/m 2), thickness is t (μm), end count of warp threads per inch is X (thread/inch), and end count of weft threads per inch is Y (thread/inch), the total of X and Y is 150 to 240, t is 17 to 35, and the value of W/t as an apparent density is 1.1 to 1.5, and that volume content of the glass cloth in the prepreg is 32 % to 42 %.
Method for transmission of messages, characterised in that, • in each message, a current item of information (Ia) is transmitted in each case and the information sent as current information in the immediately preceding message is transmitted once again, wherein • on the receiver side, information, which has initially not been transmitted correctly or has not been able to be received or at least not received completely, can be obtained from the subsequent message (Ia). • in each message, a current item of information (Ia) is transmitted in each case and the information sent as current information in the immediately preceding message is transmitted once again, wherein • on the receiver side, information, which has initially not been transmitted correctly or has not been able to be received or at least not received completely, can be obtained from the subsequent message (Ia).
A computer-implemented method, comprising: providing an object store which stores objects (200, 205, 220) in a plurality of physical storage devices (117, 118) housed in or directly attached to a plurality of host computers which host multiple clients; and providing a file system interface for the object store which supports simultaneous access to the objects (200, 205, 220) stored in the object store by the multiple clients, including: providing an abstraction of a storage device to the plurality of host computers in a cluster, wherein the abstraction of the storage device is backed by the object store; and creating multiple top-level file system objects in the object store that each represent a respective separate file system within the abstraction, wherein each top-level file system object is configured to respond according to the semantics of its corresponding file system, and is configured to store metadata for file objects representing the files stored in the corresponding file system, wherein the file objects are stored in the object store separate from their corresponding top-level file system objects. providing an object store which stores objects (200, 205, 220) in a plurality of physical storage devices (117, 118) housed in or directly attached to a plurality of host computers which host multiple clients; and providing a file system interface for the object store which supports simultaneous access to the objects (200, 205, 220) stored in the object store by the multiple clients, including: providing an abstraction of a storage device to the plurality of host computers in a cluster, wherein the abstraction of the storage device is backed by the object store; and creating multiple top-level file system objects in the object store that each represent a respective separate file system within the abstraction, wherein each top-level file system object is configured to respond according to the semantics of its corresponding file system, and is configured to store metadata for file objects representing the files stored in the corresponding file system, wherein the file objects are stored in the object store separate from their corresponding top-level file system objects. providing an abstraction of a storage device to the plurality of host computers in a cluster, wherein the abstraction of the storage device is backed by the object store; and creating multiple top-level file system objects in the object store that each represent a respective separate file system within the abstraction, wherein each top-level file system object is configured to respond according to the semantics of its corresponding file system, and is configured to store metadata for file objects representing the files stored in the corresponding file system, wherein the file objects are stored in the object store separate from their corresponding top-level file system objects.
Self-locking device for driving a footboard (1, 100) of a transport vehicle, particularly of the train, tramway, underground, bus or also trolleybus type, said footboard comprising a step defining a bearing surface for the foot of a user, this step being movable between an extreme upper position, or raised position, wherein it abuts substantially against the body shell of the vehicle, and an extreme lower position, or lowered position, wherein it makes it possible for a user to put weight on the bearing surface, this driving device comprising a rotary motor a transmission assembly (20, 30, 80) capable of being moved under the effect of the rotation of the motor and capable of activating the movement of the step this driving device being characterised in that said transmission assembly is provided with elastically deformable means, making it possible for said transmission assembly to occupy a locked position when the step occupies said extreme upper position, said locked position not requiring an angular overtravel preceding the step. this driving device comprising a rotary motor a transmission assembly (20, 30, 80) capable of being moved under the effect of the rotation of the motor and capable of activating the movement of the step this driving device being characterised in that said transmission assembly is provided with elastically deformable means, making it possible for said transmission assembly to occupy a locked position when the step occupies said extreme upper position, said locked position not requiring an angular overtravel preceding the step.
Bioenvironment-sensitive nanoparticle for use in treating cancer; wherein the bioenvironment-sensitive nanoparticle comprises an anticancer agent as pharmaceutical active ingredient, a block copolymer having positive charges, and a block copolymer having negative charges, wherein the block copolymer contains a hydrophilic polymer and a polymer having positive charges as repeating units; the block copolymer contains a hydrophilic polymer and a polymer, to which an acid radical having a negative charge is bound via an amide bond, as repeating units; the polymer to which the acid radical having a negative charge is bound via the amide bond contains a polymer containing a functional group capable of forming an amide bond, and an acid radical having a negative charge bound thereto via the amide bond;and the block copolymers and form a self-assembly by means of the balance between the positive charges and the negative charges, wherein the polymer containing the functional group capable of forming the amide bond comprises at least one selected from the group consisting of poly-L-lysine, poly-L-histidine, and poly-L-arginine.
A subassembly of a system that includes an exhaust gas turbocharger valve system coupled with an internal combustion engine exhaust system, the subassembly comprising: a manifold and valve that are heated to an operational temperature by heat transfer from engine exhaust gases during engine operation, the manifold and valve being secured in predetermined positions relative to each other by a low-melt material whose melting temperature is less than said operational temperature such that the low-melt material melts upon operation of the engine and turbocharger system and no longer performs any fastening or positioning function for the components. a manifold and valve that are heated to an operational temperature by heat transfer from engine exhaust gases during engine operation, the manifold and valve being secured in predetermined positions relative to each other by a low-melt material whose melting temperature is less than said operational temperature such that the low-melt material melts upon operation of the engine and turbocharger system and no longer performs any fastening or positioning function for the components.
A monoclonal antibody that binds specifically to an epitope of an H5 subtype of avian influenza virus and has the immunological binding characteristics of monoclonal antibody 5F8 as produced by hybridoma 5F8 which is deposited with the American Type Culture Collection with Accession Number PTA-8757, wherein said immunological binding characteristics comprise the specificity and affinity of monoclonal antibody 5F8 for binding to the epitope CNTKCQTP.
A removal device for food products, in particular bread and/or bakery products, preferably French breads or baguettes, comprising a storage chamber and a removal space, which are separated from one another by a barrier wall, wherein the food products are conveyed from the storage chamber into the removal space by means of a handle (5a, 5b), which is acted upon by a user, by overcoming the barrier wall, characterized in that the barrier wall is equipped with a reach-through opening for the handle (5a, 5b), which mainly holds back the food products, and with a passage slot adjacent thereto on the bottom side for the food products.
A semiconductor switch element, comprising a first vertical transistor device (1.1) formed in a substrate, having a source region (2.1) formed on a first side (8.1) of the substrate and a drain region (4.1) formed on a second side (8.2) of the substrate, vertically opposite to the first side (8.1), a second vertical transistor device (1.2) formed laterally aside the first vertical transistor device (1.1) in the same substrate, having a source region (2.2) formed on the first side (8.1) of the substrate and a drain region (4.2) formed on the second side (8.2) of the substrate, a conductive element arranged on the second side (8.2) of the substrate, electrically connecting the drain regions (4.1, 4.2) of the vertical transistor devices (1.1, 1.2), wherein a trench extending vertically into the substrate is formed on the second side (8.2) of the substrate, and wherein at least a part (9.1) of the conductive element is arranged in the trench, wherein a conductive material, of which the conductive element is formed, fills only a portion (11.1) of the trench, characterized in that another portion (11.2) of the trench is filled with a polymeric material, wherein the polymeric material covers the second side (8.2) of the substrate only partly. a first vertical transistor device (1.1) formed in a substrate, having a source region (2.1) formed on a first side (8.1) of the substrate and a drain region (4.1) formed on a second side (8.2) of the substrate, vertically opposite to the first side (8.1), a source region (2.1) formed on a first side (8.1) of the substrate and a drain region (4.1) formed on a second side (8.2) of the substrate, vertically opposite to the first side (8.1), a second vertical transistor device (1.2) formed laterally aside the first vertical transistor device (1.1) in the same substrate, having a source region (2.2) formed on the first side (8.1) of the substrate and a drain region (4.2) formed on the second side (8.2) of the substrate, a source region (2.2) formed on the first side (8.1) of the substrate and a drain region (4.2) formed on the second side (8.2) of the substrate, a conductive element arranged on the second side (8.2) of the substrate, electrically connecting the drain regions (4.1, 4.2) of the vertical transistor devices (1.1, 1.2), wherein a trench extending vertically into the substrate is formed on the second side (8.2) of the substrate, and wherein at least a part (9.1) of the conductive element is arranged in the trench, wherein a conductive material, of which the conductive element is formed, fills only a portion (11.1) of the trench, characterized in that another portion (11.2) of the trench is filled with a polymeric material, wherein the polymeric material covers the second side (8.2) of the substrate only partly.
A removable, chargeable battery system for a robotic vacuum cleaner, comprising: a battery pack comprising one or more batteries; a battery management system extending across all of the one or more batteries of the battery pack; a housing configured to store the battery pack and the battery management system therein; and a connector at least partially connected to the battery management system and extending through the housing; wherein the connector is configured to transmit signals between the battery management system and the robotic vacuum cleaner, characterized in that the housing also has a translucent top cover, which extends over the battery management system; and the removable, chargeable battery system further comprises: a circuit board within the top cover of the housing, the circuit board including a light source to illuminate through the translucent top cover of the housing when the light source is activated, and the circuit board including a capacitive touch sensor to detect a touch of the translucent top cover of the housing and to activate the light source in response to the touch to indicate a charge status of the battery pack. a battery pack comprising one or more batteries; a battery management system extending across all of the one or more batteries of the battery pack; a housing configured to store the battery pack and the battery management system therein; and a connector at least partially connected to the battery management system and extending through the housing; wherein the connector is configured to transmit signals between the battery management system and the robotic vacuum cleaner, characterized in that the housing also has a translucent top cover, which extends over the battery management system; and the removable, chargeable battery system further comprises: a circuit board within the top cover of the housing, the circuit board including a light source to illuminate through the translucent top cover of the housing when the light source is activated, and the circuit board including a capacitive touch sensor to detect a touch of the translucent top cover of the housing and to activate the light source in response to the touch to indicate a charge status of the battery pack.