mhurhangee/patent-ind-claim-en huggingface dataset:
A method for inactivating bacteria and/or reducing microbial count on a food product susceptible to microbial presence, the method comprising passing the food product on a conveyor into a continuous processing/treatment chamber and subjecting the food product to exposure to treatments within the continuous processing/treatment chamber for a processing dwell time through the continuous processing/treatment chamber of between 5-120 seconds, wherein the treatments are aqueous free and comprise ultraviolet C (UV-C) light, hydrogen peroxide vapor, ozone, and heat, the hydrogen peroxide vapor is present at up to 12% v/v solution, a temperature of the heat treatment inside the processing/treatment chamber is maintained between about 22°C and 60°C, the continuous processing/treatment chamber has ozone lamps located therein, and the ozone lamps emit at a wavelength of a range of 125-225 nm to produce ozone from oxygen present in the air. passing the food product on a conveyor into a continuous processing/treatment chamber and subjecting the food product to exposure to treatments within the continuous processing/treatment chamber for a processing dwell time through the continuous processing/treatment chamber of between 5-120 seconds, wherein the treatments are aqueous free and comprise ultraviolet C (UV-C) light, hydrogen peroxide vapor, ozone, and heat, the hydrogen peroxide vapor is present at up to 12% v/v solution, a temperature of the heat treatment inside the processing/treatment chamber is maintained between about 22°C and 60°C, the continuous processing/treatment chamber has ozone lamps located therein, and the ozone lamps emit at a wavelength of a range of 125-225 nm to produce ozone from oxygen present in the air.
A haptic peripheral comprising: a housing ; and a haptically-enhanced user input element configured to receive an input from a user, the haptically-enhanced user input element including a mechanical key having a keycap with a user contact surface configured for being contacted by the user and a smart material actuator integrated into the user contact surface of the keycap , wherein at least a portion of the user contact surface of the keycap is formed by a deformable substrate and the smart material actuator is attached to the deformable substrate and wherein the smart material actuator is configured to receive a control signal from a processor and is configured to bend the deformable substrate such that it is deformed relative to the keycap of the mechanical key in response to the control signal from the processor to thereby provide a haptic effect to a user of the haptic peripheral . a housing ; and a haptically-enhanced user input element configured to receive an input from a user, the haptically-enhanced user input element including a mechanical key having a keycap with a user contact surface configured for being contacted by the user and a smart material actuator integrated into the user contact surface of the keycap , wherein at least a portion of the user contact surface of the keycap is formed by a deformable substrate and the smart material actuator is attached to the deformable substrate and wherein the smart material actuator is configured to receive a control signal from a processor and is configured to bend the deformable substrate such that it is deformed relative to the keycap of the mechanical key in response to the control signal from the processor to thereby provide a haptic effect to a user of the haptic peripheral .
Method for facilitating the ability to wash out cosmetic preparations comprising 4-(tert-butyl)-4'-methoxydibenzoylmethane from textiles, characterized in that 1-hydroxy-4-methyl-6-(2,4,4-trimethylpentyl)-2(1 H)-pyridone (piroctone) and/or the monoethanolamine salt thereof is added to the cosmetic.
A medicine injection device to which a formulation syringe containing a formulation is to be attached, the medicine injection device being used to inject the formulation into a living body, the medicine injection device comprising: a formulation injection button to be pushed when the formulation is injected; a timer ; a microprocessor which determines a timing at which the formulation injection button is pressed for the first time after replacement of the formulation syringe, as a timing to start using the formulation, then activates the timer from the timing to start using the formulation, and manages an elapsed time from the timing to start using the formulation; a notification section which notifies information on the elapsed time; and a memory which stores therein information on an expiration date of the formulation, wherein the microprocessor calculates a remaining time until the expiration date based on the expiration date and the elapsed time, and the notification section notifies information on the remaining time. a formulation injection button to be pushed when the formulation is injected; a timer ; a microprocessor which determines a timing at which the formulation injection button is pressed for the first time after replacement of the formulation syringe, as a timing to start using the formulation, then activates the timer from the timing to start using the formulation, and manages an elapsed time from the timing to start using the formulation; a notification section which notifies information on the elapsed time; and a memory which stores therein information on an expiration date of the formulation, wherein the microprocessor calculates a remaining time until the expiration date based on the expiration date and the elapsed time, and the notification section notifies information on the remaining time.
Switching device for a busbar system, wherein the switching device has an input contact , which is associated with the respective busbar of the busbar system, for making contact with the busbar, an outgoing contact which is associated with the respective input contact , and a fuse receptacle which is associated with the respective busbar, wherein the fuse receptacle has a receiving device for receiving a fuse insert , wherein the receiving device can be mounted in a mounting section of the switching device , wherein the receiving device has first locking means and the mounting section has second locking means , wherein the receiving device has a preloading means , wherein, in a locking position of the receiving device and the mounting section , a fuse insert which can be arranged in the receiving device and has a first contact-making area is preloaded against a mounting section-side first contact , wherein the receiving device has a receiving body , wherein the receiving body has a cover section and a casing section , wherein the casing section serves to receive the fuse insert , characterized in that , in a first angular position of the receiving device with respect to the mounting section , the receiving device can be moved in an axial direction (Z) in the mounting section and, in a second angular position of the receiving device with respect to the mounting section , interaction between the first and the second locking means prevents axial movement of the receiving device with respect to the mounting section , wherein the receiving device has a contact lug , which is mounted in the receiving body , for making contact with a second contact-making area of the fuse insert , wherein the contact lug is movably mounted in the receiving body and wherein the preloading means is arranged between the contact lug and the cover section .
A method of producing an assembly of hexaboride particles, comprising: pulverizing the hexaboride particles having an average particle size of 0.5 to 5 μm by a wet beads mill using beads having a Vickers hardness of 1/3 to 1/2 with respect to a Vickers hardness of the hexaboride particles, wherein the pulverizing by the wet beads mill is performed for 30 to 50 hours with a rotation speed of a rotor of 0.3 to 0.8 times 13 m/sec, a ratio of the number of the hexaboride particles contained in the assembly and having an aspect ratio [(long axis length)/(short axis length)] of 1.5 or more and less than 4.0 is expressed as variable a (the number of particles) %, a ratio of the number of the hexaboride particles contained in the assembly and having an aspect ratio [(long axis length)/(short axis length)] of 4.0 or more and less than 20.0 is expressed as a variable b (the number of particles) %, the aspect ratio [(long axis length)/(short axis length)] obtained based on a spheroid of the hexaboride particles, conditions of 60%≤the sum of the variables (a+b) %≤100% and a ratio of the variables a:b=20:80 to 80:20 are satisfied in the assembly, the hexaboride particles are lanthanum hexaboride particles, and the beads are made of yttria-stabilized zirconia. pulverizing the hexaboride particles having an average particle size of 0.5 to 5 μm by a wet beads mill using beads having a Vickers hardness of 1/3 to 1/2 with respect to a Vickers hardness of the hexaboride particles, wherein the pulverizing by the wet beads mill is performed for 30 to 50 hours with a rotation speed of a rotor of 0.3 to 0.8 times 13 m/sec, a ratio of the number of the hexaboride particles contained in the assembly and having an aspect ratio [(long axis length)/(short axis length)] of 1.5 or more and less than 4.0 is expressed as variable a (the number of particles) %, a ratio of the number of the hexaboride particles contained in the assembly and having an aspect ratio [(long axis length)/(short axis length)] of 4.0 or more and less than 20.0 is expressed as a variable b (the number of particles) %, the aspect ratio [(long axis length)/(short axis length)] obtained based on a spheroid of the hexaboride particles, conditions of 60%≤the sum of the variables (a+b) %≤100% and a ratio of the variables a:b=20:80 to 80:20 are satisfied in the assembly, the hexaboride particles are lanthanum hexaboride particles, and the beads are made of yttria-stabilized zirconia.
Method for operating an automated industrial truck with a control device comprising a data processing device for automatically controlling the industrial truck , and a data exchange device operatively connected to the data processing device and comprising at least one data receiving device, characterized in that by means of at least one mobile electronic device with integrated data processing, data transmitting and data receiving device and also information output and input device, said electronic device being portable for carrying by an operator and being defined as a smart device , order data for at least one order for the industrial truck are transmitted via a wireless data connection to the data receiving device of the industrial truck , wherein the order is formed by a transport order with transport destination stipulation selected manually on the smart device , and the order data are forwarded to the data processing device, in which the order data are read into a control program that controls processing of the order by the industrial truck .
A system for monitoring glucose concentration in aqueous humor, the system comprising: an implantable device configured to be surgically implanted in an eye and defining a lumen extending through the implantable device configured to transmit aqueous humor from an interior portion of the eye to an exterior of the eye; and a contact lens configured to be worn on the exterior of the eye, the contact lens including a sensor coupled thereto, the sensor responsive to the glucose concentration of aqueous humor transmitted through the lumen to the exterior of the eye. an implantable device configured to be surgically implanted in an eye and defining a lumen extending through the implantable device configured to transmit aqueous humor from an interior portion of the eye to an exterior of the eye; and a contact lens configured to be worn on the exterior of the eye, the contact lens including a sensor coupled thereto, the sensor responsive to the glucose concentration of aqueous humor transmitted through the lumen to the exterior of the eye.
A method for preparing a non-infectious antigenic composition capable of producing neutralizing HIV-1 antibodies comprising: obtaining infectious HIV-1 virus particles from human CD4+ cell-culture grown in serum-free media comprising insulin, transferrin, selenium and human IL-2; contacting said infectious HIV-1 virus particles with agents that selectively remove from said particle viral RNA and viral capsid protein while retaining viral envelope protein in a non-denatured conformation, wherein said agents comprise cyclodextrin and do not chemically fix or cross-link said envelope protein; and isolating protein from said contacted infectious HIV-1 virus particles wherein said isolated protein comprises non-infectious complexes comprising a trimeric envelope glycoprotein subunit, said subunit comprising HIV-1 envelope, gp120, and gp41 proteins that are not chemically fixed or cross-linked and substantially free of HIV-1 capsid protein, reverse transcriptase and RNA, optionally wherein said infectious HIV-1 virus particles are Fiebig I/II isolates or founder virus. obtaining infectious HIV-1 virus particles from human CD4+ cell-culture grown in serum-free media comprising insulin, transferrin, selenium and human IL-2; contacting said infectious HIV-1 virus particles with agents that selectively remove from said particle viral RNA and viral capsid protein while retaining viral envelope protein in a non-denatured conformation, wherein said agents comprise cyclodextrin and do not chemically fix or cross-link said envelope protein; and isolating protein from said contacted infectious HIV-1 virus particles wherein said isolated protein comprises non-infectious complexes comprising a trimeric envelope glycoprotein subunit, said subunit comprising HIV-1 envelope, gp120, and gp41 proteins that are not chemically fixed or cross-linked and substantially free of HIV-1 capsid protein, reverse transcriptase and RNA, optionally wherein said infectious HIV-1 virus particles are Fiebig I/II isolates or founder virus.
An optical apparatus comprising: a lens element disposed to face an object to be measured; a light source configured to generate an incident beam (L10) that passes through the lens element to be incident on the object (OBJ); a photodetector configured to receive scattered light (L50) that is scattered by the object; and a guide member provided between the object and the lens element, wherein the incident beam is obliquely incident on the object off the optical center axis of the lens element, without passing through the optical center axis, and wherein the scattered light is transmitted to the photodetector by passing through the optical center axis of the lens element and a region around the optical center axis, wherein the lens element comprises: at least one lens unit provided at a periphery of the lens element in a direction perpendicular to the optical center axis of the lens element, wherein the at least one lens unit has a ball shape and is configured to focus the incident beam on the object, and wherein the guide member has a barrel shape, preferably wherein the guide member comprises an aperture configured to expose a partial region of the object. a lens element disposed to face an object to be measured; a light source configured to generate an incident beam (L10) that passes through the lens element to be incident on the object (OBJ); a photodetector configured to receive scattered light (L50) that is scattered by the object; and a guide member provided between the object and the lens element, wherein the incident beam is obliquely incident on the object off the optical center axis of the lens element, without passing through the optical center axis, and wherein the scattered light is transmitted to the photodetector by passing through the optical center axis of the lens element and a region around the optical center axis, wherein the lens element comprises: at least one lens unit provided at a periphery of the lens element in a direction perpendicular to the optical center axis of the lens element, wherein the at least one lens unit has a ball shape and is configured to focus the incident beam on the object, and wherein the guide member has a barrel shape, preferably wherein the guide member comprises an aperture configured to expose a partial region of the object. at least one lens unit provided at a periphery of the lens element in a direction perpendicular to the optical center axis of the lens element, wherein the at least one lens unit has a ball shape and is configured to focus the incident beam on the object, and wherein the guide member has a barrel shape, preferably wherein the guide member comprises an aperture configured to expose a partial region of the object.
Suspension device for suspending a food storage container in a freely projecting manner, with a central rail for directly suspending a food storage container , wherein the central rail is U-shaped and is embodied in one piece from metal, characterised in that a holding part is a plate with two layers and the holding part is embodied in one piece and a first plate layer is oriented parallel to a second plate layer of the holding part , wherein the two plate layers are produced by way of bending.
Method for validating a digital user certificate of a user by means of a checking apparatus , wherein the user certificate is protected by a digital signature using an issuer key of an issuing authority issuing the user certificate, and a certificate path is a chain of certificates each confirming the signature of the preceding certificate, comprising the method steps of: - receiving (S1) the user certificate in the checking apparatus , - checking (S2) the user certificate on the basis of a certificate path positive list (CPL), containing at least one valid certificate path, that is provided to the checking apparatus by at least one positive path server , and - confirming (S3) the validity of the user certificate if the issuer key of the user certificate is traceable to a root certificate on the basis of one of the valid certificate paths on the certificate path positive list (CPL). wherein the user certificate is protected by a digital signature using an issuer key of an issuing authority issuing the user certificate, and a certificate path is a chain of certificates each confirming the signature of the preceding certificate, comprising the method steps of: - receiving (S1) the user certificate in the checking apparatus , - checking (S2) the user certificate on the basis of a certificate path positive list (CPL), containing at least one valid certificate path, that is provided to the checking apparatus by at least one positive path server , and - confirming (S3) the validity of the user certificate if the issuer key of the user certificate is traceable to a root certificate on the basis of one of the valid certificate paths on the certificate path positive list (CPL). - receiving (S1) the user certificate in the checking apparatus , - checking (S2) the user certificate on the basis of a certificate path positive list (CPL), containing at least one valid certificate path, that is provided to the checking apparatus by at least one positive path server , and - confirming (S3) the validity of the user certificate if the issuer key of the user certificate is traceable to a root certificate on the basis of one of the valid certificate paths on the certificate path positive list (CPL).
A passenger service unit assembly for a passenger transport vehicle , the assembly comprising: a first passenger service unit having a main body and at least one mount ; a second passenger service unit having a main body and at least one mount ; and at least one rail configured to couple with the at least one mount of the first and second passenger service units and to hold the first and second passenger service units , wherein the main body of the first passenger service unit comprises a recess at a longitudinal end of the first passenger service unit configured to and dimensioned to receive a portion of the main body of the second passenger service unit at a longitudinal end of the second passenger service unit , wherein the recess is formed on a side of the main body facing the at least one rail , and the portion of the main body of the first passenger service unit forming the recess overlaps the portion of the main body of the second passenger service unit , and characterized in that the portion of the main body of the second passenger service unit comprises a plurality of movable sub-elements covered with a flexible skin , wherein the sub-elements are configured to be moved relative to one another in a direction substantially parallel to the at least one rail and to be fixed in a particular position with respect to one another. a first passenger service unit having a main body and at least one mount ; a second passenger service unit having a main body and at least one mount ; and at least one rail configured to couple with the at least one mount of the first and second passenger service units and to hold the first and second passenger service units , wherein the main body of the first passenger service unit comprises a recess at a longitudinal end of the first passenger service unit configured to and dimensioned to receive a portion of the main body of the second passenger service unit at a longitudinal end of the second passenger service unit , wherein the recess is formed on a side of the main body facing the at least one rail , and the portion of the main body of the first passenger service unit forming the recess overlaps the portion of the main body of the second passenger service unit , and characterized in that the portion of the main body of the second passenger service unit comprises a plurality of movable sub-elements covered with a flexible skin , wherein the sub-elements are configured to be moved relative to one another in a direction substantially parallel to the at least one rail and to be fixed in a particular position with respect to one another.
A method for secure video processing, the method comprising storing an encrypted video stream in a public stream buffer in public memory which is accessible by a central processing unit ; allocating a private stream buffer at a buffer location in private memory which is accessible by a decryption unit , wherein the private memory is not accessible for the central processing unit ; configuring the decryption unit to copy the encrypted video stream as stored in the public stream buffer and decrypt the copied encrypted video stream as stored in the public stream buffer and output the associated decrypted video stream to the private stream buffer at the allocated buffer location in private memory; appending the allocated buffer location to the public stream buffer ; sending the buffer location as appended to the public stream buffer to a video decoder unit having access to the private memory; wherein the step of appending the buffer location to the public stream buffer comprises appending a meta structure to the public stream buffer , the meta structure comprising the buffer location and size information of the decrypted video stream in the private stream buffer , wherein the step of appending the meta structure to the public stream buffer subsequently comprises passing the public stream buffer to a video filter element being executed on the central processing unit , the video filter element being arranged to configure the video decoder unit , the method further comprising verifying existence of the buffer location in the public stream buffer by the video filter element , and if the buffer location exists, sending the buffer location as appended to the public stream buffer to the video decoder unit by the video filter element and configuring the video decoder unit to read the decrypted video stream from the private stream buffer at the buffer location for further processing, otherwise configuring the video decoder unit to read decrypted video stream data from the public stream buffer .