mhurhangee/ep-ind-claims huggingface dataset:
A tag (800, 900, 1000, 1100) for tracking an animal comprising: a first magnet (806, 906, 1006, 1106) at least partially encased in a pH sensitive material (808a, 908a, 1008a, 1108a) exposed to an external environment of the tag, the pH sensitive material degrading in the presence of an acidic environment; a sensor (810, 910, 1010, 1110) for detecting a magnetic field; a magnetic attractor (912, 1012, 1112) providing a force to induce a change in the magnetic field detectable by the sensor upon release of the first magnet as a result of at least partial degradation of the pH sensitive material; and circuitry for providing a predation event trigger based upon the change in the magnetic field detectable by the sensor. a first magnet (806, 906, 1006, 1106) at least partially encased in a pH sensitive material (808a, 908a, 1008a, 1108a) exposed to an external environment of the tag, the pH sensitive material degrading in the presence of an acidic environment; a sensor (810, 910, 1010, 1110) for detecting a magnetic field; a magnetic attractor (912, 1012, 1112) providing a force to induce a change in the magnetic field detectable by the sensor upon release of the first magnet as a result of at least partial degradation of the pH sensitive material; and circuitry for providing a predation event trigger based upon the change in the magnetic field detectable by the sensor.
Electric device for dispensing volatile substances, comprising: a casing and a container of volatile substance detachably coupled with the casing, heating means arranged in the casing for heating the volatile substance, control means for controlling the operation of the heating means in accordance with a heating program, the device further comprising detection means suitable for detecting an intrinsic characteristic of the container and/or the volatile substance, and wherein the control means are adapted for executing two or more heating programs, and are additionally adapted to execute a specific heating program for a detected intrinsic characteristic, characterized in that said intrinsic characteristic is at least one of the following: - the color of a part of the container, - the container material, or - the volatile substance color. a casing and a container of volatile substance detachably coupled with the casing, heating means arranged in the casing for heating the volatile substance, control means for controlling the operation of the heating means in accordance with a heating program, the device further comprising detection means suitable for detecting an intrinsic characteristic of the container and/or the volatile substance, and wherein the control means are adapted for executing two or more heating programs, and are additionally adapted to execute a specific heating program for a detected intrinsic characteristic, characterized in that said intrinsic characteristic is at least one of the following: - the color of a part of the container, - the container material, or - the volatile substance color. - the color of a part of the container, - the container material, or - the volatile substance color.
Air conditioning system for a compartment of a railway vehicle, of the type comprising: - an air treatment unit for heating and/or cooling air, - a first air distribution system in the lower portion of the compartment, - a second air distribution system in the upper portion of the compartment, the air treatment unit supplying the first and second systems (40, 45) with air, - at least one supply channel for supplying the first distribution system with return air coming from the compartment, and - at least one internal air admission orifice which opens inside the compartment of the railway vehicle, the internal orifice being connected at least to the supply channel of the first air distribution system, characterised in that the supply channel connects the internal air admission orifice to the first system, the supply channel being without an air treatment unit for heating and/or cooling air. - an air treatment unit for heating and/or cooling air, - a first air distribution system in the lower portion of the compartment, - a second air distribution system in the upper portion of the compartment, the air treatment unit supplying the first and second systems (40, 45) with air, - at least one supply channel for supplying the first distribution system with return air coming from the compartment, and - at least one internal air admission orifice which opens inside the compartment of the railway vehicle, the internal orifice being connected at least to the supply channel of the first air distribution system,
A coextruded polyethylene film, particularly for packaging, with a thickness between 20 μm and 250 μm comprising a foamed core layer between a first unfoamed heat-sealable outer layer and a second unfoamed outer layer, wherein the core layer comprises a polyethylene or a polyethylene-based mixture as a polymer component having a melt mass-flow rate according to DIN ISO EN 1133 of greater than 5 g/10 min at 190 °C and 2.16 kg, characterised in that the core layer and the unfoamed outer layers are formed jointly by blown film coextrusion, and in that the core layer contains particles, wherein the proportion of the particles is between 5 and 50 wt.%.
A method for a User Equipment, in the following also referred to as UE, the method comprising: receiving a first Packet Data Convergence Protocol, in the following also referred to as PDCP, Protocol Data Unit, in the following also referred to as PDU, on a logical channel associated with a sidelink radio bearer, in the following also referred to as SLRB,; initializing a first state variable, wherein the first state variable is Last_Submitted_PDCP_RX_SN, which is a variable indicating a Sequence Number, in the following also referred to as SN, of a last PDCP SDU delivered to upper layer(s); and performing a re-ordering procedure for the first PDCP PDU using the first state variable, characterized in that the first state variable is initialized to the PDCP SN of the first PDCP PDU - a partial Reordering_Window if the PDCP SN of the first PDCP PDU >= the partial Reordering_Window, and initialized to the PDCP SN of the first PDCP PDU + the Reordering_Window + the partial Reordering_Window if the PDCP SN of the first PDCP PDU < the partial Reordering_Window, and the partial Reordering_Window is a value less than a Reordering_Window which indicates a size of a PDCP reordering window. receiving a first Packet Data Convergence Protocol, in the following also referred to as PDCP, Protocol Data Unit, in the following also referred to as PDU, on a logical channel associated with a sidelink radio bearer, in the following also referred to as SLRB,; initializing a first state variable, wherein the first state variable is Last_Submitted_PDCP_RX_SN, which is a variable indicating a Sequence Number, in the following also referred to as SN, of a last PDCP SDU delivered to upper layer(s); and performing a re-ordering procedure for the first PDCP PDU using the first state variable, characterized in that the first state variable is initialized to the PDCP SN of the first PDCP PDU - a partial Reordering_Window if the PDCP SN of the first PDCP PDU >= the partial Reordering_Window, and initialized to the PDCP SN of the first PDCP PDU + the Reordering_Window + the partial Reordering_Window if the PDCP SN of the first PDCP PDU < the partial Reordering_Window, and the partial Reordering_Window is a value less than a Reordering_Window which indicates a size of a PDCP reordering window.
Method for a packaging machine, in which at least one container with a perimetral edge is arranged in a sealing station, the method comprising a positioning step in which a lidding film is arranged on the container in the sealing station, such that the lidding film covers the container in said sealing station, and a sealing step in which said lidding film is sealed to the perimetral edge of the corresponding container, characterized in that an additional film narrower than the container is added on the lidding film as a handle, the additional film being arranged longitudinally on the lidding film in the positioning step, and said additional film being sealed to the lidding film on the perimetral edge of the container in the sealing step, said additional film being thus sealed to the lidding film only in two opposite sealing areas on the container, the resulting section of additional film between the two sealing areas not being attached to the lidding film such that it can be gripped by a user.
A system comprising: - a display unit configured for displaying video and/or still images - an image source in communication with the display unit so as to allow content of the image source to be displayed on the display unit, - a physiological information gathering unit configured to obtain current physiological information of a patient when the patient is positioned to see the video and/or still image on the display unit, - a processor for receiving current physiological information from the physiological information gathering unit, the processor being in communication with the image source, the processor being configured to transmit to the display unit a combination of the current physiological information and a target breathing rate, characterized in that images and/or videos in the image source are ranked according to an anxiety provoking level value, and the processor is configured to display images and/or video with a certain anxiety provoking level value and the processor being configured to determine if the current physiological information of the patient viewing the images and/or video is below a threshold, and provided the current physiological information is below the threshold the processor being configured to display images having a higher certain anxiety provoking level value. - a display unit configured for displaying video and/or still images - an image source in communication with the display unit so as to allow content of the image source to be displayed on the display unit, - a physiological information gathering unit configured to obtain current physiological information of a patient when the patient is positioned to see the video and/or still image on the display unit, - a processor for receiving current physiological information from the physiological information gathering unit, the processor being in communication with the image source, the processor being configured to transmit to the display unit a combination of the current physiological information and a target breathing rate,
A method performed by at least one processor, the method comprising: receiving a layered coded video stream that includes an access unit, including multiple pictures; wherein the layered coded video stream includes a first flag, in an access unit delimiter of the coded video stream, wherein the first flag being equal to 1 specifies that the access unit containing the access unit delimiter is a intra random access point, IRAP, access unit or a gradual decoding refresh, GDR, access unit and the first flag being equal to 0 specifies that the access unit containing the access unit delimiter is neither an IRAP access unit nor a GDR access unit; wherein the layered coded video stream includes a second flag, in each picture header of the multiple pictures, wherein the second flag being equal to 1 specifies that the current picture is a GDR picture or an IRAP picture and the second flag being equal to 0 specifies that a picture is not a GDR picture and may or may not be an IRAP picture; and decoding a picture of the multiple pictures as a current picture based on the signaling of the first flag and the second flag, characterized in that a value of the first flag and a value of the second flag are aligned such that when the value of the first flag is equal to 1 the value of the second flag is required to be equal to 1. receiving a layered coded video stream that includes an access unit, including multiple pictures; wherein the layered coded video stream includes a first flag, in an access unit delimiter of the coded video stream, wherein the first flag being equal to 1 specifies that the access unit containing the access unit delimiter is a intra random access point, IRAP, access unit or a gradual decoding refresh, GDR, access unit and the first flag being equal to 0 specifies that the access unit containing the access unit delimiter is neither an IRAP access unit nor a GDR access unit; wherein the layered coded video stream includes a second flag, in each picture header of the multiple pictures, wherein the second flag being equal to 1 specifies that the current picture is a GDR picture or an IRAP picture and the second flag being equal to 0 specifies that a picture is not a GDR picture and may or may not be an IRAP picture; and decoding a picture of the multiple pictures as a current picture based on the signaling of the first flag and the second flag, characterized in that a value of the first flag and a value of the second flag are aligned such that when the value of the first flag is equal to 1 the value of the second flag is required to be equal to 1.
Computer assisted surgery apparatus (1; 18; 19), comprising a surgical instrument (12; 128; 129) having an intervention member for cutting tissue of a body part (2; 23; 24; 25; 26; 27; 28; 29) of a patient; a control unit arranged to control a position and orientation of the intervention member of the surgical instrument (12; 128; 129) in relation to the body part (2; 23; 24; 25; 26; 27; 28; 29) of the patient with regard to a predefined osteotomic line (21; 213; 214; 215; 216; 217; 218; 219) on the body part (2; 23; 24; 25; 26; 27; 28; 29) of the patient; and a tracking device arranged to track a position and orientation of the body part (2; 23; 24; 25; 26; 27; 28; 29) of the patient, characterized in that the surgical instrument (12; 128; 129) comprises an optical monitoring system (15; 198; 199) being fixedly mounted in relation to the intervention member of the surgical instrument (12; 128; 129), wherein the optical monitoring system (15; 198; 199) is arranged to continuously detect positions of marks (223, 233, 243, 253, 263, 273; 224) applied to the body part (2; 23; 24; 25; 26; 27; 28; 29) of the patient and the control unit is arranged to adjust position and/or orientation of the intervention member of the surgical instrument (12; 128; 129) when a predefined deviation of the positions of the marks (223, 233, 243, 253, 263, 273; 224) is detected.
A method of condensing and sulphonating polycyclic aromatic hydrocarbons, comprising heat treating polycyclic aromatic hydrocarbons in concentrated sulphuric acid or fuming sulphuric acid at a temperature T of 200°C 450°C, to thereby prepare a solid acid which is insoluble in a polar solvent, wherein the polycyclic aromatic hydrocarbons are selected from naphthalene, anthracene, perylene, coronene and mixtures thereof, tar, pitch, fuel oil and asphalt containing a polycyclic aromatic hydrocarbon in which two or more aromatic rings are condensed.
A head restraint assembly comprising: an armature including a cross member having an offset portion; a frame; a first side structure (320, 420) operatively coupled to the frame; a second side structure (324, 424) operatively coupled to the frame; an upper ratchet member rigidly coupled to at least one of the first side structure (320, 420) and the second side structure (324, 424); a pivot plate having a forked interface, the forked interface engaged with the offset portion of the cross member; a lower ratchet member operatively coupled to the pivot plate and selectively engaged with the upper ratchet member; and a pivot pin extending through respective apertures of the pivot plate, the first side structure (320, 420) and the second side structure (324, 424), the pivot pin tangentially contacting a forward portion of the armature. an armature including a cross member having an offset portion; a frame; a first side structure (320, 420) operatively coupled to the frame; a second side structure (324, 424) operatively coupled to the frame; an upper ratchet member rigidly coupled to at least one of the first side structure (320, 420) and the second side structure (324, 424); a pivot plate having a forked interface, the forked interface engaged with the offset portion of the cross member; a lower ratchet member operatively coupled to the pivot plate and selectively engaged with the upper ratchet member; and a pivot pin extending through respective apertures of the pivot plate, the first side structure (320, 420) and the second side structure (324, 424), the pivot pin tangentially contacting a forward portion of the armature.
Filling element for filling containers with liquid contents, comprising a liquid channel, which is formed in a filling-element housing and to which the liquid contents are fed via a product channel, and having a liquid valve, by means of which the contents are dispensed in a controlled manner to the container which is to be filled in each case at at least one contents-dispensing opening leading from the liquid channel, wherein the liquid valve has at least one valve element which can be moved, by an actuating device (16, 28), at least between a state in which it blocks the dispensing operation of the contents, and in which the valve element butts against a valve surface (15.2) formed in the liquid channel, and a state in which it opens the liquid valve, and in which the controllable valve element is spaced apart from the valve surface (15.2), wherein the controllable valve element is a closure diaphragm (14, 14a, 14c) made of an elastic material, wherein the closure diaphragm (14, 14a-14c) is configured as a hollow body which is open on both sides and is rotationally symmetric in relation to a closure diaphragm axis, wherein the valve surface (15.2) is formed from the surface of a valve body arranged in the liquid channel, wherein the valve body is configured as rod-shaped, and comprises the valve surface (15.2), against which, when the liquid valve is closed, the closure diaphragm (14, 14a-14c) comes in pressure contact with an inner surface, due to the actuating device (16, 28), characterised in that the closure diaphragm (14, 14a-14c) is configured as funnel-shaped and is arranged in such a way that, with the liquid valve open, it forms the extension of the liquid channel, which narrows in the form of a funnel in the direction of the contents-dispensing opening at least on a first section (14.2) of the closure diaphragm (14, 14a-14c), and that the valve body is configured with at least one tapering end, and at this end comprises the valve surface (15.2).
A mould and a valve for introducing a gas and punching plastic in the mould used to make hollow footwear soles, characterised in that said valve is linearly actuated, and comprises a casing attached to the mould (6.1) inside which it houses a valve body, a helical spring, a stop and means for attaching the valve body to the stop, the casing is cylindrical and has attachment means (1.1) on its rear part and punching means (1.2) on its front part, the valve body can run inside the casing and comprises a head (2.1) and a stem (2.2), said valve body being attached to the stop by the means for attaching the valve body to the stop, so that the helical spring is crossed by the valve body stem (2.2) and limited on its front end by the casing and on its rear end by the stop, the gas running between the valve body and the casing, the valve body head (2.1) effecting a seal in a seat (1.3) in the front part of the casing, the punching means (1.2) surround the seat (1.3) and are farther forward than the front end of the valve body head (2.1) such that when the front part of the casing meets the plastic it does so first with the punching means (1.2) in order to punch the plastic.
A pharmaceutical oral composition comprising furazidin, characterized in that it is in the form of powder or/and granules or/and coated granules, and it comprises from 0.5% by weight to 95% by weight of furazidin and it comprises at least one bulking agent in an amount from 5% by weight to 99% by weight chosen from the group consisting of starch, gelatinized starch, microcrystalline cellulose, lactose, glucose, mannitol, sorbitol, anhydrous colloidal silica, talc, dextrins or/and their mixture, and it comprises at least one compound having binding or/and coating properties chosen from the group consisting of saccharides, polyhydric alcohols, polymers of acrylic acid derivatives, polymers of methacrylic acid derivatives, polymers of vinyl alcohol derivatives, chemically modified cellulose derivatives, polyvinylpyrrolidones and/or polyethylene oxides in an amount from 0.1% by weight to 30 % by weight.
An electrically actuated braking system for an aircraft, comprising: an electro-mechanical brake actuator (EMAbrake) proximate a wheel of the aircraft, the electro-mechanical brake actuator (EMAbrake) including a motor; an electro-mechanical actuator controller (EMAC) including a motor controller for generating a drive signal for the electro-mechanical brake actuator (EMAbrake); and a braking control unit for generating a braking force command signal for the electro-mechanical actuator controller (EMAC); characterized in that the braking control unit and the electro-mechanical actuator controller (EMAC) are disposed together with the electro-mechanical brake actuator (EMAbrake) in a common line replaceable unit. an electro-mechanical brake actuator (EMAbrake) proximate a wheel of the aircraft, the electro-mechanical brake actuator (EMAbrake) including a motor; an electro-mechanical actuator controller (EMAC) including a motor controller for generating a drive signal for the electro-mechanical brake actuator (EMAbrake); and a braking control unit for generating a braking force command signal for the electro-mechanical actuator controller (EMAC); characterized in that the braking control unit and the electro-mechanical actuator controller (EMAC) are disposed together with the electro-mechanical brake actuator (EMAbrake) in a common line replaceable unit.
A method for sterilizing a blow molding machine, comprising: filling a liquid sterilizer into preforms, supplying to a heating unit of a blow molding machine the preforms into which the liquid sterilizer is filled that are of at least a same number as a number of spindles that hold the preforms that travel through the heating unit of the blow molding machine, activating and diffusing some of the liquid sterilizer in the heating unit, sterilizing locations that the diffused liquid sterilizer contacts, blasting blow air into the heated preforms in a state in which the liquid sterilizer remains in the preforms, causing the liquid sterilizer to diffuse inside a molding unit of the blow molding machine, molding the preforms into bottles, and discharging the bottles that are molded.