mhurhangee/ep-ind-claims huggingface dataset:
Composite material comprising a matrix of elastic and electrically insulating material, and a filler of electrically conducting material embedded within the matrix, said filler having form of a one-dimensional, two-dimensional or three-dimensional structure and forming within the matrix at least one conductive path defining an active electrode adapted to be associated with a reference electrode for forming an electrical signal output, wherein at least one deformable gap containing an electrically insulating fluid is formed between an outer surface of the conductive path and an inner surface of the matrix, in such a way that a variation of mechanical load applied to the composite material causes a variation of distance between the outer surface of the conductive path and the inner surface of the matrix, said composite material being capable of producing a signal at the electrical signal output depending on the electrostatic effect and the triboelectric charge accumulated by the conductive path, in response to mechanical stresses applied to the composite material, characterized in that the said composite material is capable of transferring triboelectric charge between the outer surface of the conductive path and the inner surface of the matrix when the outer surface of the conductive path and the inner surface of the matrix come into contact with one another.
Applicator for cosmetic product, comprising a core and protrusions protruding from the core, each protrusion comprising a reservoir, intended for said cosmetic product, and a hinge of said reservoir on said core, said hinge being formed by a narrowed portion, said reservoir extending from said hinge, transversally to said hinge and on either side of said hinge, said core presenting a main longitudinal extension direction, called main direction, said reservoir presenting an extension direction and two opposite ends (23, 24) along said extension direction, one and/or the other of said ends (23, 24) being oriented according to a direction secant to said main direction, in particular transversally to said main direction, so as to give a styling effect, characterised in that said reservoir is oriented dissymmetrically with respect to said hinge such that one of the ends (23, 24) of the reservoir is oriented substantially along the main direction.
Oscillator circuit with a switched capacitor circuit and a switch control unit, the switched capacitor circuit comprising a parallel circuit with a current input to be supplied with a reference current (IREF) on one side and being connected to a reference terminal on the other side, wherein the parallel circuit further comprises a first capacitor in a first branch, the switch control unit comprises a first input (-) coupled to the current input of the parallel circuit, a second input (+) to be supplied with a reference voltage (VREF) and an oscillator output (OSC_OUT) for providing an oscillator signal (VOSC_OUT), wherein - the parallel circuit comprises a second capacitor in a second branch; - the second capacitor is connected in-between a first and second switch (600, 610); - the switch control unit is designed to operate the first and second switch (600, 610) such that, in a charging phase, the first and the second capacitor (200, 300) are charged in parallel with the reference current (IREF) to a respective level depending on the reference voltage (VREF), and, in a discharging phase, the charge stored on the first capacitor is discharged using the charge stored on the second capacitor, wherein - the first capacitor is continuously loaded with the same reference current (IREF'/2) during both the charging and discharging phase. - the parallel circuit comprises a second capacitor in a second branch; - the second capacitor is connected in-between a first and second switch (600, 610); - the switch control unit is designed to operate the first and second switch (600, 610) such that, in a charging phase, the first and the second capacitor (200, 300) are charged in parallel with the reference current (IREF) to a respective level depending on the reference voltage (VREF), and, in a discharging phase, the charge stored on the first capacitor is discharged using the charge stored on the second capacitor, wherein - the first capacitor is continuously loaded with the same reference current (IREF'/2) during both the charging and discharging phase.
A retread band (126; 300; 400, 400'; 604; 704; 804) elastically extensible about an associated plurality of retread rim segments (124; 602; 702; 802), said retread band comprising: a first layer of elastomeric material (310; 418) extending annularly about a longitudinal axis; a first annular edge (302; 402; 620; 724; 824); a second annular edge (304; 404; 622; 726; 826) spaced longitudinally from said first annular edge; an inner surface (154; 306; 406; 626; 730; 830) facing radially inward and dimensioned to abuttingly engage the associated plurality of retread rim segments; an outer surface (156; 308; 408; 624; 728; 828) facing radially outward and dimensioned to abuttingly engage associated beads of an associated tire (TIRE) to be retreaded; and at least one reinforcing ply (318, 318A, 318B; 426, 426A, 426B, 428, 428A, 428B; 636, 638; 744, 746; 844, 846) embedded within said first layer of elastomeric material (310, 418), said at least one reinforcing ply being characterised by including a plurality of reinforcing filaments (320A, 320B) extending annularly about said longitudinal axis within said first layer of elastomeric material. a first layer of elastomeric material (310; 418) extending annularly about a longitudinal axis; a first annular edge (302; 402; 620; 724; 824); a second annular edge (304; 404; 622; 726; 826) spaced longitudinally from said first annular edge; an inner surface (154; 306; 406; 626; 730; 830) facing radially inward and dimensioned to abuttingly engage the associated plurality of retread rim segments; an outer surface (156; 308; 408; 624; 728; 828) facing radially outward and dimensioned to abuttingly engage associated beads of an associated tire (TIRE) to be retreaded; and at least one reinforcing ply (318, 318A, 318B; 426, 426A, 426B, 428, 428A, 428B; 636, 638; 744, 746; 844, 846) embedded within said first layer of elastomeric material (310, 418), said at least one reinforcing ply being characterised by including a plurality of reinforcing filaments (320A, 320B) extending annularly about said longitudinal axis within said first layer of elastomeric material.
Diffuser for the exhaust section of a gas turbine, comprising at least one cone (13, 14) extending along a machine axis and bordering a channel for an exhaust flow, whereby said at least one cone (13, 14) has a wall with an internal structure comprising a plurality of longitudinal liner segments (29, 30) extending in axial direction and establishing a conical liner (15, 15a,b) being in contact with the exhaust flow, a support structure (17, 17a,b) coaxially arranged with respect to said conical liner (15, 15a,b) in a predetermined distance, and an insulation (16, 16a,b) filling the space between said conical liner (15, 15a,b) and said support structure (17, 17a,b), each of said liner segments (29, 30) being fixed in circumferential and longitudinal direction at one fixing point to said support structure (17, 17a,b), and each liner segment (29, 30) being supported from said support structure (17, 17a,b) at a plurality of distributed points outside said fixing point by means of supporting elements (26a,b, 31 a,b), which are confined to the space between said conical liner (15, 15a,b) and said support structure (17, 17a,b), characterized in that the supporting elements (26a,b, 31 a,b) each comprise a pair of C profiles (31 a,b), which are welded to the back surface of the liner segments (29, 30) thereby defining a slotted guiding channel running parallel to said back surface, and a T support (26a,b), which is welded to the respective support structure (17a,b) with its base and engages with its cross beam said pair of C profiles (31 a,b) at said slotted guiding channel.
An apparatus comprising: a processor configured to create a Dynamic Adaptive Streaming over Hypertext Transfer Protocol, DASH, media presentation description, MPD, wherein the MPD comprises an AssetIdentifier element associated with a period, wherein the AssetIdentifier element specifies that the period belongs to a certain asset, and wherein the asset is content including media and metadata together with the rights to use the content by a content provider, the AssetIdentifier element is unique for each asset; and a transmitter configured to transmit the MPD; characterized in that: the MPD further comprises a TrickModeRestriction element, wherein the TrickModeRestriction element comprises an @minSpeed attribute and an @maxSpeed attribute, wherein the @minSpeed attribute specifies a minimum allowed trick play speed, and wherein the @maxSpeed attribute specifies a maximum allowed trick play speed; wherein at least one of the TrickModeRestriction element, the @minSpeed attribute, and the @maxSpeed attribute is determined by the content provider. a processor configured to create a Dynamic Adaptive Streaming over Hypertext Transfer Protocol, DASH, media presentation description, MPD, wherein the MPD comprises an AssetIdentifier element associated with a period, wherein the AssetIdentifier element specifies that the period belongs to a certain asset, and wherein the asset is content including media and metadata together with the rights to use the content by a content provider, the AssetIdentifier element is unique for each asset; and a transmitter configured to transmit the MPD; characterized in that: the MPD further comprises a TrickModeRestriction element, wherein the TrickModeRestriction element comprises an @minSpeed attribute and an @maxSpeed attribute, wherein the @minSpeed attribute specifies a minimum allowed trick play speed, and wherein the @maxSpeed attribute specifies a maximum allowed trick play speed; wherein at least one of the TrickModeRestriction element, the @minSpeed attribute, and the @maxSpeed attribute is determined by the content provider. the MPD further comprises a TrickModeRestriction element, wherein the TrickModeRestriction element comprises an @minSpeed attribute and an @maxSpeed attribute, wherein the @minSpeed attribute specifies a minimum allowed trick play speed, and wherein the @maxSpeed attribute specifies a maximum allowed trick play speed; wherein at least one of the TrickModeRestriction element, the @minSpeed attribute, and the @maxSpeed attribute is determined by the content provider.
Lower-body garment comprising panties in basic elastic knit (5, 6) collaborating with elastic resin (7, 7', 7'a, 7'b) applied to one face of the base elastic knit (5, 6) of the panties, at the front and/or at the back of the panties, and comprising an elastic lining intended to press against the said face of the base knit (5, 6) at least at the site of the said resin (7, 7', 7'a, 7'b), characterized in that the resin is applied in the form of a resin network (7, 7', 7'a, 7'b) and in that the elastic lining is a more lightweight knit than the base knit (5, 6) and lies freely against the said face of the base knit (5, 6).
A fabrication facility processing tool positioning apparatus comprising: a fabricator comprising a primary cleanspace; a processing tool support chassis and configured to assume an extended position and a closed position; said processing tool support chassis further comprising a base plate, attached to the processing tool support chassis, for mounting a processing tool onto, said base plate comprising a mating surface configured to receive a processing tool body; Characterised in that: a processing tool (200; 902) is configured to process a substrate, and is receivable by the base plate, the processing tool comprising a processing tool port and a processing tool body, wherein the processing tool body is the portion of the processing tool other than the portion forming the processing tool's port, and; wherein, when the processing tool support chassis is in the closed position, the processing tool port is within the primary cleanspace and the processing tool body is peripheral to the primary cleanspace. a fabricator comprising a primary cleanspace; a processing tool support chassis and configured to assume an extended position and a closed position; said processing tool support chassis further comprising a base plate, attached to the processing tool support chassis, for mounting a processing tool onto, said base plate comprising a mating surface configured to receive a processing tool body; Characterised in that: a processing tool (200; 902) is configured to process a substrate, and is receivable by the base plate, the processing tool comprising a processing tool port and a processing tool body, wherein the processing tool body is the portion of the processing tool other than the portion forming the processing tool's port, and; wherein, when the processing tool support chassis is in the closed position, the processing tool port is within the primary cleanspace and the processing tool body is peripheral to the primary cleanspace.
A printing device for dispending material on a heated substrate, the device comprising: a printing head having one or more nozzles; and a heat shield that partially masks a side of the printing head that faces the heated substrate when printing so as to reduce heat transfer from the substrate to the printing head, the shield including a slot aligned with the one or more nozzles to enable passage of material from the one or more nozzles to the heated substrate; and characterised in that the printing device further comprises an air suction unit coupled to an air opening in a side of the shield that faces the heated substrate when printing. a printing head having one or more nozzles; and a heat shield that partially masks a side of the printing head that faces the heated substrate when printing so as to reduce heat transfer from the substrate to the printing head, the shield including a slot aligned with the one or more nozzles to enable passage of material from the one or more nozzles to the heated substrate; and characterised in that the printing device further comprises an air suction unit coupled to an air opening in a side of the shield that faces the heated substrate when printing.
A deoxidizing multilayered body constituted by laminating at least: an isolation layer that contains a thermoplastic resin and has an oxygen permeability of 1000 cc/(m 2 ·24h·atm) or more; an odor absorption layer which is made from an odor absorbent resin composition (b) that contains an oxidizable thermoplastic resin, a transition metal catalyst, and an odor absorbent which chemically and/or physically fixes odorous components mainly originating from aldehydes; an oxygen absorption layer which is made from an oxygen absorbent resin composition (c) that contains an oxidizable thermoplastic resin and a transition metal catalyst; and an oxygen barrier layer which contains an oxygen barrier substance having an oxygen permeability of 100 cc/(m 2 ·24h·atm) or less, in this order, wherein the compounding ratio of the odor absorbent is 0.1 to 50 % by mass in the odor absorbent resin composition (b), and the compounding ratio of an inorganic base and an amine compound is 1 % by mass or less in the oxygen absorbent resin composition (c), and wherein the oxidizable thermoplastic resin which is contained in the odor absorbent resin composition (b) and the oxygen absorbent resin composition (c) is 1,2-polybutadiene. an isolation layer that contains a thermoplastic resin and has an oxygen permeability of 1000 cc/(m 2 ·24h·atm) or more; an odor absorption layer which is made from an odor absorbent resin composition (b) that contains an oxidizable thermoplastic resin, a transition metal catalyst, and an odor absorbent which chemically and/or physically fixes odorous components mainly originating from aldehydes; an oxygen absorption layer which is made from an oxygen absorbent resin composition (c) that contains an oxidizable thermoplastic resin and a transition metal catalyst; and an oxygen barrier layer which contains an oxygen barrier substance having an oxygen permeability of 100 cc/(m 2 ·24h·atm) or less, in this order, wherein the compounding ratio of the odor absorbent is 0.1 to 50 % by mass in the odor absorbent resin composition (b), and the compounding ratio of an inorganic base and an amine compound is 1 % by mass or less in the oxygen absorbent resin composition (c), and wherein the oxidizable thermoplastic resin which is contained in the odor absorbent resin composition (b) and the oxygen absorbent resin composition (c) is 1,2-polybutadiene.
A computer controlled method for detecting data patterns in a data stream received by said computer, said data stream comprising a plurality of data symbols, said computer executing a finite automata comprising a plurality of states (11, 12, 13, 14, 15) including a start state and at least one accepting state, and state transitions triggered by a data symbol according to a state transition register, said method is characterized by: determining, by said computer, from a data symbol register, comprised in a lower level memory having lower latency than said state transition register, whether a data symbol of said data stream is comprised in a group of data symbols not resulting in an accepting state; triggering, by said computer, a transition to said start state for data symbols comprised in said group, and triggering, by said computer, a transition to a state (11, 12, 13, 14, 15) according to said state transition register for detecting said data pattern otherwise. determining, by said computer, from a data symbol register, comprised in a lower level memory having lower latency than said state transition register, whether a data symbol of said data stream is comprised in a group of data symbols not resulting in an accepting state; triggering, by said computer, a transition to said start state for data symbols comprised in said group, and triggering, by said computer, a transition to a state (11, 12, 13, 14, 15) according to said state transition register for detecting said data pattern otherwise.
Labelling machine for labelling containers, such as bottles, comprising a transport device for the containers and a vacuum cylinder for transporting and transferring labels onto the containers at a transfer point, wherein downstream of the transfer point a vacuum panel is disposed for holding at least part of the label while the label is applied to the container, and the vacuum panel has a cavity which is bounded at least on the label side by a perforated plate with a plurality of openings for sucking the labels and on the other side by a main body, characterized in that an insulating compound is arranged in the cavity, the insulating compound filling 40 to 90%, preferably 60 to 80% of the volume of the cavity.
Expandable modular sheathing system (100, 400, 500) for covering cables, chair legs or table legs or the like, with at least two elongated, dimensionally stable, identically shaped and to any extent expandable modular sheathing elements, each having connecting means (203a, 203b), - wherein respective connecting means (203a, 203b) of a sheathing element are formed and provided on the longitudinal edges (201a, 201b) of the sheathing elements such that respectively two sheathing elements are each detachably connectable in a form-fitting and/or force-fitting manner by means of respectively corresponding connecting means (203a, 203b) on their longitudinal edges (201a, 201b), - wherein the sheathing system (100, 400, 500) in the connected state of the sheathing elements is provided as a dimensionally stable, elongated hollow body open to both sides, whose passage is suitable for accommodating cables, chair legs or table legs or the like, - wherein the hollow body of the sheathing system in the mounted state has a cross-sectional area which is substantially a regular polygon in form. - wherein respective connecting means (203a, 203b) of a sheathing element are formed and provided on the longitudinal edges (201a, 201b) of the sheathing elements such that respectively two sheathing elements are each detachably connectable in a form-fitting and/or force-fitting manner by means of respectively corresponding connecting means (203a, 203b) on their longitudinal edges (201a, 201b), - wherein the sheathing system (100, 400, 500) in the connected state of the sheathing elements is provided as a dimensionally stable, elongated hollow body open to both sides, whose passage is suitable for accommodating cables, chair legs or table legs or the like, - wherein the hollow body of the sheathing system in the mounted state has a cross-sectional area which is substantially a regular polygon in form.
Flexible electrical elongated device suitable for service in a high mechanical load environment (200, 400), said device having a longitudinal axis, and comprising: - at least one elongated electrical conductor element (2a-c, 2'a-d), - an elongated load bearing component (1, 1') along said longitudinal axis and having an external surface including at least one groove (13a-c, 131 a, 132a, 13'a-d) disposed along said longitudinal axis, said load bearing component comprising a polymeric layer (12, 121, 12') having said external surface, wherein said groove is designed for holding said conductor element within it and is tight enough to hold said conductor element substantially continuously along said longitudinal axis, while allowing said conductor element to move substantially radially when said device is bent. characterized in that at predefined interval(s) along said groove (13a-c), said groove has a maximum width between sidewalls (SW1a-c, SW2a-c) greater than the radial dimension of said conductor element (2a-c). - at least one elongated electrical conductor element (2a-c, 2'a-d), - an elongated load bearing component (1, 1') along said longitudinal axis and having an external surface including at least one groove (13a-c, 131 a, 132a, 13'a-d) disposed along said longitudinal axis, said load bearing component comprising a polymeric layer (12, 121, 12') having said external surface, wherein said groove is designed for holding said conductor element within it and is tight enough to hold said conductor element substantially continuously along said longitudinal axis, while allowing said conductor element to move substantially radially when said device is bent. characterized in that at predefined interval(s) along said groove (13a-c), said groove has a maximum width between sidewalls (SW1a-c, SW2a-c) greater than the radial dimension of said conductor element (2a-c).