mhurhangee/ep-ind-claims huggingface dataset:
A process of direct inkjet ink printing an image on an absorptive textile substrate using a dye-sublimation inkjet composition, comprising contacting at least a portion of the substrate with an immobilizing composition, printing the dye-sublimation ink composition directly on said portion of the substrate, and heating the substrate to thereby form the image on the surface of the substrate, the process is characterized in that: said contacting and said printing is effected on a front side of the substrate; said ink composition comprises a low energy sublimable dye, a property-sensitive agent and a carrier, and said immobilizing composition comprises a property-adjusting agent and a carrier, said dye-sublimation ink composition is essentially devoid of a film-forming agent, said heating is effected under press, said ink composition is formulated to coagulate on said portion of the substrate upon contacting said immobilizing composition, thereby substantially preventing said dye-sublimation ink composition from soaking into the absorptive textile substrate, said immobilizing composition and said ink composition are each individually applied digitally on said portion of the substrate by a separate applicator selected from the group consisting of a nozzle and a printhead, and said ink composition is applied on said substrate while said substrate is still wet with said immobilizing composition. said contacting and said printing is effected on a front side of the substrate; said ink composition comprises a low energy sublimable dye, a property-sensitive agent and a carrier, and said immobilizing composition comprises a property-adjusting agent and a carrier, said dye-sublimation ink composition is essentially devoid of a film-forming agent, said heating is effected under press, said ink composition is formulated to coagulate on said portion of the substrate upon contacting said immobilizing composition, thereby substantially preventing said dye-sublimation ink composition from soaking into the absorptive textile substrate, said immobilizing composition and said ink composition are each individually applied digitally on said portion of the substrate by a separate applicator selected from the group consisting of a nozzle and a printhead, and said ink composition is applied on said substrate while said substrate is still wet with said immobilizing composition.
A method for reporting critical events on a textile machine fed by a plurality of yarns, each subjected to a sensing device (AF1, AF2, AF3; PF1, PF2, PF3; S1, S2, S3) that is adapted to generate a stop signal upon the occurrence of a critical event, said textile machine being controlled by a monitoring device which is connected in order to exchange data with each one of said sensing devices and in order to stop the textile machine upon reception of said stop signal from at least one of them, said monitoring device being further provided with wireless connectivity in order to communicate with at least one mobile terminal (MT1, MT2, MT3), characterized in that said monitoring device, following the reception of said stop signal, sends an alarm signal to the mobile terminal (MT1, MT2, MT3), said mobile terminal (MT1, MT2, MT3) being programmed to generate as a consequence an alert for the user.
A solar heat-collecting pipe (1, 10, 20, 30, 40, 50, 60) comprising, in the stated order from the inner side on the outer surface of a ferrous material pipe through the interior of which a heat transfer medium is allowed to flow, at least a first diffusion-preventing layer, a metal protection layer, an infrared radiation-reflecting layer, a sunlight-to-heat conversion layer, and an anti-reflection layer, wherein the first diffusion-preventing layer includes at least one selected from the group consisting of silicon oxide, aluminum oxide and chromium oxide, characterized in that: the solar heat-collecting pipe further comprises a second diffusion-preventing layer between the first diffusion-preventing layer and the metal protection layer, and in that the second diffusion-preventing layer includes at least one selected from the group consisting of tantalum nitride, tantalum oxynitride, titanium nitride, titanium oxynitride, niobium nitride, and niobium oxynitride.
A method of in-vehicle electromagnetic, EM, radiation detection to be executed by at least one processor, comprising: receiving from one or more EM sensing units (30A-30N) measured vectors, each measured vector comprising an intensity and direction of the magnetic field generated by one or more radiating components (40A-40M) associated with each EM sensing units 30A-30N; receiving an area of interest in a vehicle; calculating the magnetic field for at least one location within the area of interest by vector addition of the measured vectors of the magnetic fields measured by each sensing unit and the distance of the sensing unit from the at least one location; and identifying at least one location having an intensity of the calculated magnetic field, higher than one or more threshold values. receiving from one or more EM sensing units (30A-30N) measured vectors, each measured vector comprising an intensity and direction of the magnetic field generated by one or more radiating components (40A-40M) associated with each EM sensing units 30A-30N; receiving an area of interest in a vehicle; calculating the magnetic field for at least one location within the area of interest by vector addition of the measured vectors of the magnetic fields measured by each sensing unit and the distance of the sensing unit from the at least one location; and identifying at least one location having an intensity of the calculated magnetic field, higher than one or more threshold values.
A window/door securing device for securing a leaf, in particular an outwardly opening leaf, of a window or door in a closed position in which the leaf contacts a frame of the window or door, wherein the window/door securing device comprises a base body and a counter-piece which is selectively latchable to the base body so that, on a fastening of the base body to the frame and of the counter-piece to the leaf, the leaf can be secured in the closed position by latching the counter-piece to the base body; wherein the base body has two installation surfaces (19, 19') so that one of the installation surfaces (19, 19') of the base body can be selectively placed on and fastened to the frame; and wherein the two installation surfaces (19, 19') are aligned perpendicular to one another, characterized in that the base body has a receiver for receiving a latch section of the counter-piece; and in that the two installation surfaces (19, 19') each have a receiver opening through which the latch section of the counter-piece can penetrate into the receiver.
A method of calibrating a particular playback device (102-124; 200; 604-606; 702, 704a-c) in a particular playback environment (600; 703, 705a-c) the method comprising: maintaining, by a computing device (610; 701), a database, that associates audio processing algorithms determined in individual calibrations with respective determined representative spectral characteristics and respective playback device characteristics; receiving, by the computing device, particular spectral data associated with the particular playback environment; based on the particular spectral data, determining, by the computing device, a level of confidence in identifying one of the representative spectral characteristics from the database that substantially matches the particular spectral data; when the level of confidence reaches a threshold, transmitting, to the particular playback device and/or to the control device, an indication that no more particular spectral data is required; and identifying, in the database, an audio processing algorithm based on: the identified representative spectral characteristic; and at least one characteristic of the particular playback device; and transmitting, to the particular playback device, data indicating the identified audio processing algorithm. maintaining, by a computing device (610; 701), a database, that associates audio processing algorithms determined in individual calibrations with respective determined representative spectral characteristics and respective playback device characteristics; receiving, by the computing device, particular spectral data associated with the particular playback environment; based on the particular spectral data, determining, by the computing device, a level of confidence in identifying one of the representative spectral characteristics from the database that substantially matches the particular spectral data; when the level of confidence reaches a threshold, transmitting, to the particular playback device and/or to the control device, an indication that no more particular spectral data is required; and identifying, in the database, an audio processing algorithm based on: the identified representative spectral characteristic; and at least one characteristic of the particular playback device; and the identified representative spectral characteristic; and at least one characteristic of the particular playback device; and transmitting, to the particular playback device, data indicating the identified audio processing algorithm.
A method for fabricating a preform for a portion of an aircraft, the method comprising: acquiring a sheet of broad good fiber reinforced material; trimming the sheet to form layup pieces having boundaries; placing the boundaries into alignment; arranging the layup pieces in a layup pattern to form a ply; performing a placement operation that transports the layup pattern onto a layup tool; and shaping the layup pattern into conformance with a contour of the layup tool, wherein the trimming comprises applying a straight cut (113, 115) across an entire width of the sheet at an angle corresponding to a leading edge angle (θ 1) for a wing skin or a trailing edge angle (θ 2) for the wing skin, and wherein trimming the sheet results in the layup pieces exhibiting a shared leading edge angle (θ 1) and shared trailing edge angle (θ 2), and wherein at the step of arranging the layup pieces are butted against each other to form an uniform trailing edge and leading edge. acquiring a sheet of broad good fiber reinforced material; trimming the sheet to form layup pieces having boundaries; placing the boundaries into alignment; arranging the layup pieces in a layup pattern to form a ply; performing a placement operation that transports the layup pattern onto a layup tool; and shaping the layup pattern into conformance with a contour of the layup tool, wherein the trimming comprises applying a straight cut (113, 115) across an entire width of the sheet at an angle corresponding to a leading edge angle (θ 1) for a wing skin or a trailing edge angle (θ 2) for the wing skin, and wherein trimming the sheet results in the layup pieces exhibiting a shared leading edge angle (θ 1) and shared trailing edge angle (θ 2), and wherein at the step of arranging the layup pieces are butted against each other to form an uniform trailing edge and leading edge.
A method for detecting lag switch cheating in a gaming network, the method comprising: generating a set of rules identifying typical user activity in a gaming network; receiving data packets from one or more clients in the gaming network, the data packets received at a network interface communicatively coupled to the gaming network and having tracking data including at least a sequence number; monitoring the tracking data, wherein the tracking data is monitored in response to execution of a monitoring module by a processor, the monitoring module stored in memory; and detecting whether a first client has deviated from the generated set of rules; characterized by the detecting step comprising: identifying a threshold corresponding to changes in latencies between tracking data of data packets associated with the first client and tracking data of the data packets associated with different clients; determining whether there are changes in latencies between tracking data of data packets associated with the first client and tracking data of data packets associated with different clients; and detecting whether the determined latency changes exceed the threshold. generating a set of rules identifying typical user activity in a gaming network; receiving data packets from one or more clients in the gaming network, the data packets received at a network interface communicatively coupled to the gaming network and having tracking data including at least a sequence number; monitoring the tracking data, wherein the tracking data is monitored in response to execution of a monitoring module by a processor, the monitoring module stored in memory; and detecting whether a first client has deviated from the generated set of rules; characterized by the detecting step comprising: identifying a threshold corresponding to changes in latencies between tracking data of data packets associated with the first client and tracking data of the data packets associated with different clients; determining whether there are changes in latencies between tracking data of data packets associated with the first client and tracking data of data packets associated with different clients; and detecting whether the determined latency changes exceed the threshold. identifying a threshold corresponding to changes in latencies between tracking data of data packets associated with the first client and tracking data of the data packets associated with different clients; determining whether there are changes in latencies between tracking data of data packets associated with the first client and tracking data of data packets associated with different clients; and detecting whether the determined latency changes exceed the threshold.
A polymer precipitation system, comprising: a first plurality of resin channels configured for fluid communication with a resin supply; a first steam channel in fluid communication with the first plurality of resin channels, and the first plurality of resin channels being configured to deliver resin to the interior of the first steam channel; a second plurality of resin channels configured for fluid communication with the resin supply; a second steam channel in fluid communication with the second plurality of resin channels, and the second plurality of resin channels being configured to deliver resin to the interior of the second steam channel; and the first and second steam channels converging at a first stage 1 manifold.. a first plurality of resin channels configured for fluid communication with a resin supply; a first steam channel in fluid communication with the first plurality of resin channels, and the first plurality of resin channels being configured to deliver resin to the interior of the first steam channel; a second plurality of resin channels configured for fluid communication with the resin supply; a second steam channel in fluid communication with the second plurality of resin channels, and the second plurality of resin channels being configured to deliver resin to the interior of the second steam channel; and the first and second steam channels converging at a first stage 1 manifold..
A thermoplastic composition comprising: a homopolycarbonate; a poly(carbonate siloxane) component present in an amount effective to provide 0.5-20 wt% total siloxane content, based on the total weight of the thermoplastic composition; an antimicrobial agent comprising silver zirconium phosphate, silver phosphate glass, or a combination thereof; and, optionally, an additive composition. a homopolycarbonate; a poly(carbonate siloxane) component present in an amount effective to provide 0.5-20 wt% total siloxane content, based on the total weight of the thermoplastic composition; an antimicrobial agent comprising silver zirconium phosphate, silver phosphate glass, or a combination thereof; and, optionally, an additive composition.
An ion implantation system, comprising: an ion source including an arc chamber, arranged to ionize gas therein; a dopant gas source containing a dopant gas comprising at least one boron compound selected from among B 2 F 4, B 3 F 5, BHF 2 and BH 2 F; a dopant gas feed line flowing dopant gas from the dopant gas source and discharging dopant gas at a distal end thereof into the arc chamber; and a cooling structure arranged to cool the dopant gas in a distal end portion of the dopant gas feed line, to thereby combat heating of the dopant gas by heat generated in operation of the arc chamber, and decomposition of the dopant gas resulting from such heat. an ion source including an arc chamber, arranged to ionize gas therein; a dopant gas source containing a dopant gas comprising at least one boron compound selected from among B 2 F 4, B 3 F 5, BHF 2 and BH 2 F; a dopant gas feed line flowing dopant gas from the dopant gas source and discharging dopant gas at a distal end thereof into the arc chamber; and a cooling structure arranged to cool the dopant gas in a distal end portion of the dopant gas feed line, to thereby combat heating of the dopant gas by heat generated in operation of the arc chamber, and decomposition of the dopant gas resulting from such heat.
Interactive display stand comprising a plurality of objects to be displayed, secured to at least one support, and a compartment arranged to contain said plurality of objects to be displayed, secured to at least one support, said compartment forming an enclosed housing accessible through a single orifice, said display stand comprising drive means arranged to control operating means, which comprise transporting means arranged to move at least one said support, such that a single object is visible at a time through said orifice, and said display stand comprising control means accessible to a user for selection of a said object, and interfaced with said drive means, to control said operating means in order to align said support bearing said selected object with said orifice, to allow the user to view said object, the display stand comprising detection means comprising security detection means, arranged to detect the presence of a user's hand within a security space, and interfaced with said drive means arranged to start a programmed cycle when said presence is detected, or to effect the locking of a said object within said compartment through said orifice, and said single orifice being closable by at least one shutter panel movable between a closure position wherein no said object is visible, and an open position wherein one said object is visible, the operating means including closure means arranged to move at least one said shutter panel, such that only one said object is visible at a time through said orifice.
A method for determining the absolute angular position of a steering wheel of a vehicle characterized in that it comprises a step (a) of a first estimation of an absolute position during which a first value ( Angle1) representative of the absolute angular position of said steering wheel is evaluated by means of a first model based on the analysis of at least one first dynamic running parameter of the vehicle, a step (b) of a second estimation of an absolute position during which a second value (Angle2) representative of the absolute angular position of said steering wheel is evaluated by means of a second model, distinct from the first model and based on the analysis of at least a second dynamic running parameter of the vehicle, then a verification step (c) during which the difference between the first value ( Angle1) and the second value (Angle2) is calculated and this difference is compared to a predetermined coherence threshold.
A method for closed-loop control of a device for layered ventilation in a room to be ventilated, wherein a layer boundary is formed between a first geodetically lower air layer and a second geodetically upper air layer, characterized in that the actual value of the height of the layer boundary is determined in at least one place in the room to be ventilated, that the actual value is compared with the nominal value, and that a deviation of the actual value from the nominal value is countered by a closed-loop control of the device for layered ventilation.
Vehicle consisting of a rear frame having two side beams (5, 7) oriented in the longitudinal direction of the vehicle and connected with each other by at least two ties (9, 11) distributed in the longitudinal direction of the vehicle, the two backmost ties (9, 11) connected by a central beam, and the space defined by the crossings its (9, 11) and side beams (5, 7) being closed in part by a lower floor, the vehicle being characterized in that it also includes an absorption device placed between the center beam and the lower floor and comprising at least one absorber (21, 25).
A printer, comprising: a holder configured to house rolled recording paper; a cover that is attached to the holder to be openable and closable relative to the holder; and a contact part that is attached to the cover and configured to contact the recording paper such that positions on the recording paper contacting the contact part change in a width direction of the recording paper as the recording paper is unrolled and a diameter of the recording paper changes, the width direction being orthogonal to the diameter of the recording paper. a holder configured to house rolled recording paper; a cover that is attached to the holder to be openable and closable relative to the holder; and a contact part that is attached to the cover and configured to contact the recording paper such that positions on the recording paper contacting the contact part change in a width direction of the recording paper as the recording paper is unrolled and a diameter of the recording paper changes, the width direction being orthogonal to the diameter of the recording paper.
Mixing head with mechanical stirring for reactive resins, comprising: a head body also acting as a hydraulic block internally defining a main path for a main reactive resin, a first secondary path for a first secondary reactive resin, and a second secondary path for a second secondary reactive resin; characterized in that each of said paths (2; 3; 4) is able to be selectively configured, by means of rotation respectively of a main rotary selector, a first secondary rotary selector and a second secondary rotary selector, in a pouring configuration, where each of said paths (2; 3; 4) extends between a respective upstream entry port (21; 31; 41) and an outlet (26, 260), arranged so as to lead into a downstream mixing chamber, or in a recirculation configuration, where each of said paths (2; 3; 4) extends between the respective upstream entry port (21; 31; 41) and a respective downstream recirculation port (22; 32; 42); and in that said mixing head further comprises: a first coupling for selectively coupling together the first secondary rotary selector and the main rotary selector; and a second coupling for selectively coupling the second secondary rotary selector and the main rotary selector.