mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure-sensitive adhesive film strip comprising three layers, which can be detached again without residue and without destruction by extensive stretching substantially in the bond plane, consisting of a single-layer polyurethane carrier furnished on both sides with a respective layer of adhesive, where • both layers of adhesive are outer layers of adhesive, consisting of an adhesive which is based on vinyl aromatic block copolymers and tackifier resins, wherein at least 75% (based on the total resin fraction) of the resin is a resin having a DACP (Diacetone Alcohol Cloud Point) of greater than -20°C, preferably greater than 0°C, the DACP being determined in each case by cooling a heated solution of 5 g of resin, 5 g of xylene and 5 g of diacetone alcohol to the point at which the solution becomes cloudy, and wherein the tackifier resins comprise at least 75 wt% of hydrocarbon resins or terpene resins or a mixture of the like, and • the carrier has an elongation at break of at least 100%, the elongation at break being measured under test conditions of 23°C and 50% relative humidity in accordance with DIN 53504 using dumbbell specimens of size S3 with a separation velocity of 300 mm per minute, and has a resilience of over 50%, as determined in the Test Methods part of the description. • both layers of adhesive are outer layers of adhesive, consisting of an adhesive which is based on vinyl aromatic block copolymers and tackifier resins, wherein at least 75% (based on the total resin fraction) of the resin is a resin having a DACP (Diacetone Alcohol Cloud Point) of greater than -20°C, preferably greater than 0°C, the DACP being determined in each case by cooling a heated solution of 5 g of resin, 5 g of xylene and 5 g of diacetone alcohol to the point at which the solution becomes cloudy, and wherein the tackifier resins comprise at least 75 wt% of hydrocarbon resins or terpene resins or a mixture of the like, and • the carrier has an elongation at break of at least 100%, the elongation at break being measured under test conditions of 23°C and 50% relative humidity in accordance with DIN 53504 using dumbbell specimens of size S3 with a separation velocity of 300 mm per minute, and has a resilience of over 50%, as determined in the Test Methods part of the description.
An ink comprising a carrier liquid with a dispersion of flakes derived from a layered material, wherein the thickness of each flake depends on the number of layers of the layered material in the flake, and wherein the thickness distribution of the flakes includes: at least 20% by number of single layer flakes; at least 40% by number cumulatively of single, double and triple layer flakes; or not more than 40% by number of flakes having ten or more layers. at least 20% by number of single layer flakes; at least 40% by number cumulatively of single, double and triple layer flakes; or not more than 40% by number of flakes having ten or more layers.
Process for the trimerization of formaldehyde, and more specifically a process for preparing trioxane from formaldehyde, in an aqueous or aqueous-organic medium, said process comprising at least the following steps: 1) bringing formaldehyde into contact with a catalyst comprising at least methanesulfonic acid; 2) carrying out a reaction of trimerization of said formaldehyde into trioxane; and 3) separating the trioxane from the reaction medium; the water content in the reactor ranging from 30% to 70% by weight, limits included, relative to the total weight of the reaction mixture. 1) bringing formaldehyde into contact with a catalyst comprising at least methanesulfonic acid; 2) carrying out a reaction of trimerization of said formaldehyde into trioxane; and 3) separating the trioxane from the reaction medium;
Side plate of a continuous casting mould for producing a cast strip of metal materials, comprising: a hot side , which faces the casting space spanned by the continuous casting mould, and a cold side remote from the hot side; at least one cooling channel on the cold side of the side plate for conducting a coolant; and at least one filler member , which is inserted into the cooling channel, for reducing the cross-section of the cooling channel to a desired residual cross-section, wherein the flow member is made at least partly of plastics material; characterised in that the plastics material for the filler member is polyacetal. a hot side , which faces the casting space spanned by the continuous casting mould, and a cold side remote from the hot side; at least one cooling channel on the cold side of the side plate for conducting a coolant; and at least one filler member , which is inserted into the cooling channel, for reducing the cross-section of the cooling channel to a desired residual cross-section, wherein the flow member is made at least partly of plastics material; characterised in that the plastics material for the filler member is polyacetal.
An LF refined ladle gas-permeable upper nozzle pocket block with microporous ceramic rods, comprising a ladle nozzle pocket block body , microporous ceramic rods , a gas chamber box , and a gas inlet pipe , wherein a steel flowing hole and an upper nozzle mounting hole which run through are formed in the middle of the pocket block body ; the gas chamber box is buried in a surface layer of an upper portion of the ladle nozzle pocket block body ; a plurality of microporous ceramic rods are annularly uniformly distributed in the ladle nozzle pocket block body ; a top end of each microporous ceramic rod extends out of an upper surface of the ladle nozzle pocket block body ; a bottom end of each microporous ceramic rod extends into the gas chamber box ; a plurality of jacks for fixing the microporous ceramic rods are formed in the gas chamber box ; the shapes, number, and positions of the jacks correspond to the shapes, number and positions of the microporous ceramic rods ; a side portion of the gas chamber box is connected with the gas inlet pipe ; one end of the gas inlet pipe is communicated with the gas chamber box , and the other end of the gas inlet pipe extends out from a side portion of the ladle nozzle pocket block body ; the microporous ceramic rods are cylindrical, a diameter d of which is 35-45 mm; a height h of each ceramic rod is 140-180 mm; the gas-permeable upper nozzle pocket block with the microporous ceramic rods comprises an iron ring ; the iron ring is buried in a surface layer of a lower portion of the ladle upper nozzle pocket block body ; the entire iron ring is circular-ring-shaped, a height L of which is 40-50 mm; a distance a between a lower end of the iron ring and a lower end of the ladle upper nozzle pocket block body is 50-60 mm; and a depth z of the iron ring buried in the surface layer of the ladle upper nozzle pocket block body is 10-20 mm; 60-120 ventilation holes are formed in the microporous ceramic rods along an axial directions of the microporous ceramic rods; the ventilation holes are uniformly distributed on cross sections of the microporous ceramic rods; an inner diameter of each ventilation hole is 0.075-0.1 mm; the ventilation holes longitudinally run through upper end faces and lower end faces of the microporous rods; the microporous ceramic rods are fired at a high temperature in an extrusion-forming manner, and adopt zirconium oxide toughened corundum or zirconium oxide toughened corundum mullite.
A container for consumer goods, the container comprising a box portion and a lid portion both formed from a single laminar blank, the lid portion comprising: a lid portion back wall depending from a box portion back wall ; a lid portion top wall depending from the lid portion back wall ; a lid portion front wall depending from the lid portion top wall ; two first lid portion side flaps depending from the lid portion back wall; two second lid portion side flaps depending from the lid portion top wall; two third lid portion side flaps depending from the lid portion front wall; and first and second lid portion side walls , wherein each lid portion side wall comprises one of each of the first, second and third lid portion side flaps, and wherein the container further comprises at least one indicia provided on the lid portion top wall inner surface, and wherein first, second and third lid portion side flaps are arranged such that: each first lid portion side flap defines the inner surface of its respective lid portion side wall; each third lid portion side flap defines the outer surface of its respective lid portion side wall; and each second lid portion side flap is positioned between its respective first lid portion side flap and third lid portion side flap. a lid portion back wall depending from a box portion back wall ; a lid portion top wall depending from the lid portion back wall ; a lid portion front wall depending from the lid portion top wall ; two first lid portion side flaps depending from the lid portion back wall; two second lid portion side flaps depending from the lid portion top wall; two third lid portion side flaps depending from the lid portion front wall; and first and second lid portion side walls , wherein each lid portion side wall comprises one of each of the first, second and third lid portion side flaps, and wherein the container further comprises at least one indicia provided on the lid portion top wall inner surface, and wherein first, second and third lid portion side flaps are arranged such that: each first lid portion side flap defines the inner surface of its respective lid portion side wall; each third lid portion side flap defines the outer surface of its respective lid portion side wall; and each second lid portion side flap is positioned between its respective first lid portion side flap and third lid portion side flap. each first lid portion side flap defines the inner surface of its respective lid portion side wall; each third lid portion side flap defines the outer surface of its respective lid portion side wall; and each second lid portion side flap is positioned between its respective first lid portion side flap and third lid portion side flap.
A resin-metal composite member for a tire , the member comprising a metal member , an adhesion layer , and a covering resin layer in this order, characterized in that : the adhesion layer comprises a polyester-based thermoplastic elastomer having a polar functional group, and the covering resin layer comprises a polyester-based thermoplastic elastomer. the adhesion layer comprises a polyester-based thermoplastic elastomer having a polar functional group, and the covering resin layer comprises a polyester-based thermoplastic elastomer.
An apparatus comprising: an aftertreatment system control circuit structured to: receive a signal indicative of an exhaust gas characteristic from a sensor, determine an aftertreatment system characteristic based on the exhaust gas characteristic, determine an acceptable input value defining a desired condition of exhaust gas exiting an engine responsive to the aftertreatment system characteristic determine a correction factor to achieve the acceptable input value, control at least one of a fuel system actuator and an air handling actuator to achieve or substantially achieve the acceptable input value , compare the acceptable input value to a predetermined acceptable input threshold criteria, compare the correction factor to a predetermined correction threshold, and generate a fault code when the acceptable input value fails to meet the predetermined acceptable input threshold criteria or the correction factor exceeds the predetermined correction threshold. receive a signal indicative of an exhaust gas characteristic from a sensor, determine an aftertreatment system characteristic based on the exhaust gas characteristic, determine an acceptable input value defining a desired condition of exhaust gas exiting an engine responsive to the aftertreatment system characteristic determine a correction factor to achieve the acceptable input value, control at least one of a fuel system actuator and an air handling actuator to achieve or substantially achieve the acceptable input value , compare the acceptable input value to a predetermined acceptable input threshold criteria, compare the correction factor to a predetermined correction threshold, and generate a fault code when the acceptable input value fails to meet the predetermined acceptable input threshold criteria or the correction factor exceeds the predetermined correction threshold.
An automatic analyzer, comprising: a conveyance rack for conveying a sample container which contains a sample and is loaded thereon; a fixed ultrasonic distance sensor for measuring a liquid level position in the sample container loaded on the conveyance rack ; characterized in that the automatic analyzer further comprises: an extendable sound wave guide for suppressing diffusion of sound waves transmitted from the ultrasonic distance sensor , the sound wave guide being disposed between the sample container and the ultrasonic distance sensor ; and a sound wave guide control unit for adjusting a length of the extendable sound wave guide in accordance with a distance between the ultrasonic distance sensor and the sample container. a conveyance rack for conveying a sample container which contains a sample and is loaded thereon; a fixed ultrasonic distance sensor for measuring a liquid level position in the sample container loaded on the conveyance rack ; an extendable sound wave guide for suppressing diffusion of sound waves transmitted from the ultrasonic distance sensor , the sound wave guide being disposed between the sample container and the ultrasonic distance sensor ; and a sound wave guide control unit for adjusting a length of the extendable sound wave guide in accordance with a distance between the ultrasonic distance sensor and the sample container.
A method for deactivating a relay feature of a relay node in a mesh network comprising a plurality of nodes, wherein said relay node formulates a connectivity report comprising routing information to a beacon node in said mesh network, said routing information being based on connectivity control messages received from said beacon node, characterized by said method comprising the steps of: - transmitting , by said relay node, said connectivity report to neighbouring nodes; - transmitting, by said relay node, a query message to said neighbouring nodes for querying whether said relay feature of said relay node may be deactivated; - receiving , by said relay node, response messages from said neighbouring nodes, in response to said query message, wherein each of said response messages indicates that said relay feature of said relay node may be deactivated; - deactivating , by said relay node, said relay feature of said relay node based on said response messages from all of said neighbouring nodes. - transmitting , by said relay node, said connectivity report to neighbouring nodes; - transmitting, by said relay node, a query message to said neighbouring nodes for querying whether said relay feature of said relay node may be deactivated; - receiving , by said relay node, response messages from said neighbouring nodes, in response to said query message, wherein each of said response messages indicates that said relay feature of said relay node may be deactivated; - deactivating , by said relay node, said relay feature of said relay node based on said response messages from all of said neighbouring nodes.
Method for controlling a multimedia decoder that can simultaneously access different programs from different sources and/or of different qualities, wherein the decoder can operate in a multitask mode such that it controls the display and/or recording of a first program simultaneously with the display and/or recording of a second program, characterised in that the decoder communicates with a portal in order to request the transmission of a program and performs the following steps: - the step of identifying the resources available for displaying and/or recording programs accessible by the decoder , - the step of determining the resources required for displaying and/or recording each of the programs accessible by the decoder , the decoder identifying its available resources and the resources required by each program accessible in the form of a quantity of memory required, and - the step, in multitask mode, of inhibiting a displaying and/or recording control of one of these programs when the resources required by the requested program are higher than the available resources of the decoder, the decoder inhibiting said control by blocking said communication with the portal and/or by blocking the processing of the program transmitted by the portal . - the step of identifying the resources available for displaying and/or recording programs accessible by the decoder , - the step of determining the resources required for displaying and/or recording each of the programs accessible by the decoder , the decoder identifying its available resources and the resources required by each program accessible in the form of a quantity of memory required, and - the step, in multitask mode, of inhibiting a displaying and/or recording control of one of these programs when the resources required by the requested program are higher than the available resources of the decoder, the decoder inhibiting said control by blocking said communication with the portal and/or by blocking the processing of the program transmitted by the portal .
A system for use on a planetary surface, the system being characterized by : ridges arranged parallel to each other, wherein the ridges are configured to support a weight of an extraterrestrial vehicle rolling over the ridges; a base configured to maintain a relative position of the ridges to each other; and a controller configured to control one or more of the ridges to vibrate. ridges arranged parallel to each other, wherein the ridges are configured to support a weight of an extraterrestrial vehicle rolling over the ridges; a base configured to maintain a relative position of the ridges to each other; and a controller configured to control one or more of the ridges to vibrate.
A method for discontinuous data reception by a user equipment, UE , in which multiple cells are aggregated, in a wireless communication system, the method comprising: receiving scheduling information on a first cell; receiving first data on a second cell based on the scheduling information; determining whether the first data is successfully decoded; starting a retransmission timer if the first data is not successfully decoded; and monitoring physical downlink control channels, PDCCHs, of the first cell and the second cell for retransmission scheduling of the first data in an active time based on the retransmission timer characterized in that : monitoring PDCCHs of the first cell and the second cell comprises monitoring PDCCHs of all cells in an active time including the first cell and the second cell. receiving scheduling information on a first cell; receiving first data on a second cell based on the scheduling information; determining whether the first data is successfully decoded; starting a retransmission timer if the first data is not successfully decoded; and monitoring physical downlink control channels, PDCCHs, of the first cell and the second cell for retransmission scheduling of the first data in an active time based on the retransmission timer characterized in that : monitoring PDCCHs of the first cell and the second cell comprises monitoring PDCCHs of all cells in an active time including the first cell and the second cell.
A method for applying liners inside containers , comprising: - providing a plurality of liners each having a bottom wall , a side wall , an upper opening opposite the bottom wall and a fold extending around the edge of the upper opening , - placing said plurality of liners in at least one vertical stack in which the liners are upside down and one inside the other, - pulling the liner at the top of the stack out of the stack in a vertical direction and overturning the liner so as to orient it vertically with the upper opening facing upwards, - inserting a gripping tool into the liner and gripping the liner with said gripping tool , - inserting the gripping tool and the liner held thereby inside a container and placing the liner inside the container , and - releasing the liner into the container and removing the gripping tool from the container . - providing a plurality of liners each having a bottom wall , a side wall , an upper opening opposite the bottom wall and a fold extending around the edge of the upper opening , - placing said plurality of liners in at least one vertical stack in which the liners are upside down and one inside the other, - pulling the liner at the top of the stack out of the stack in a vertical direction and overturning the liner so as to orient it vertically with the upper opening facing upwards, - inserting a gripping tool into the liner and gripping the liner with said gripping tool , - inserting the gripping tool and the liner held thereby inside a container and placing the liner inside the container , and - releasing the liner into the container and removing the gripping tool from the container .
A medical device comprising: a pulse generator configured to generate a stimulation signal and to provide the stimulation signal to tissue of a patient via an implantable lead assembly ; a filter configured to couple to the implantable lead assembly ; and characterized by a tuning circuit coupled to the filter , wherein the tuning circuit is configured to perform an adjustment to a combined impedance of the filter and the implantable lead assembly , wherein the combined impedance is adjusted to satisfy an impedance threshold; wherein: the combined impedance of the implantable lead assembly and the filter with respect to a current induced by an external electro-magnetic field satisfies the impedance threshold when the external electro-magnetic field has a first frequency, the combined impedance satisfies the impedance threshold when the external electro-magnetic field has a second frequency, and the combined impedance has a peak impedance value when the external electro-magnetic field has a third frequency that is between the first frequency and the second frequency. a pulse generator configured to generate a stimulation signal and to provide the stimulation signal to tissue of a patient via an implantable lead assembly ; a filter configured to couple to the implantable lead assembly ; and characterized by a tuning circuit coupled to the filter , wherein the tuning circuit is configured to perform an adjustment to a combined impedance of the filter and the implantable lead assembly , wherein the combined impedance is adjusted to satisfy an impedance threshold; wherein: the combined impedance of the implantable lead assembly and the filter with respect to a current induced by an external electro-magnetic field satisfies the impedance threshold when the external electro-magnetic field has a first frequency, the combined impedance satisfies the impedance threshold when the external electro-magnetic field has a second frequency, and the combined impedance has a peak impedance value when the external electro-magnetic field has a third frequency that is between the first frequency and the second frequency. the combined impedance of the implantable lead assembly and the filter with respect to a current induced by an external electro-magnetic field satisfies the impedance threshold when the external electro-magnetic field has a first frequency, the combined impedance satisfies the impedance threshold when the external electro-magnetic field has a second frequency, and the combined impedance has a peak impedance value when the external electro-magnetic field has a third frequency that is between the first frequency and the second frequency.