mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the packaging of treated and at least partially solid food products , which owing to their nature require an essential heating step, comprising the steps: a) heating these food products so that the P90/10 pasteurization conditions are obtained; b) providing a tray-shaped container for the food products ; c) after steps a and b, introducing the food products into the container when as a result of the heating in step a, these food products still have a temperature of at least 65°; d) after step c, injecting superheated steam into the container with the food products contained therein; e) after step d, by means of a welding technique with a sealing film , barrier-forming closure of the container with the food products contained therein to form a sealed package ; and f) after step e, cooling the sealed package ; characterized in that between step d) and step e), a gas mixture , comprising nitrogen and carbon dioxide, is injected into the container with the food products contained therein. a) heating these food products so that the P90/10 pasteurization conditions are obtained; b) providing a tray-shaped container for the food products ; c) after steps a and b, introducing the food products into the container when as a result of the heating in step a, these food products still have a temperature of at least 65°; d) after step c, injecting superheated steam into the container with the food products contained therein; e) after step d, by means of a welding technique with a sealing film , barrier-forming closure of the container with the food products contained therein to form a sealed package ; and f) after step e, cooling the sealed package ;
A method for detecting cleaved high molecular weight kininogen (HMWK) in a sample, the method comprising: (i) providing a sample suspected of containing HMWK, (ii) contacting the sample with a protease to generate a plurality of digested peptides; and (iii) measuring the level of a signature peptide indicative of the 46 kDa light chain of cleaved HMWK in the plurality of digested peptides, wherein the signature peptide indicative of the 46 kDa light chain is: KHNLGHGH (SEQ ID NO: 1); KHNLGHGHKHE (SEQ ID NO: 2); KHNLGHGHK (SEQ ID NO: 3); or KHNLGHGHKHER (SEQ ID NO: 4), wherein the protease is selected from the group consisting of chymotrypsin, endoproteinase Glu-C, endoproteinase Asp-N, and endoproteinase Lys-C. (i) providing a sample suspected of containing HMWK, (ii) contacting the sample with a protease to generate a plurality of digested peptides; and (iii) measuring the level of a signature peptide indicative of the 46 kDa light chain of cleaved HMWK in the plurality of digested peptides, wherein the signature peptide indicative of the 46 kDa light chain is: KHNLGHGH (SEQ ID NO: 1); KHNLGHGHKHE (SEQ ID NO: 2); KHNLGHGHK (SEQ ID NO: 3); or KHNLGHGHKHER (SEQ ID NO: 4), wherein the protease is selected from the group consisting of chymotrypsin, endoproteinase Glu-C, endoproteinase Asp-N, and endoproteinase Lys-C. KHNLGHGH (SEQ ID NO: 1); KHNLGHGHKHE (SEQ ID NO: 2); KHNLGHGHK (SEQ ID NO: 3); or KHNLGHGHKHER (SEQ ID NO: 4), wherein the protease is selected from the group consisting of chymotrypsin, endoproteinase Glu-C, endoproteinase Asp-N, and endoproteinase Lys-C.
A movable crane arrangement that comprises a main girder for a trolley; end girders with running wheels to be supported on both ends of the main girder ; and running platforms for the running wheels of the end girders , wherein the crane arrangement also comprises one elongated transport container , inside which at least part of the crane arrangement can be placed, in a disassembled or folded state for transport, and one running platform is arranged to be implemented on the roof of the container at a selected height, characterised in that and the other running platform is arranged to be implemented on the erection platform of the crane arrangement, and auxiliary erecting means are arranged that comprise erecting columns supported to the container, and lifting devices fastened to the erecting columns , and at least part of the auxiliary erecting means may be fitted into the same container.
A visible light communication "VLC" system, comprising: an array of light emitting diode "LED" elements configured to emit omnidirectional light ; and control circuitry configured to control individual LED elements of the array of LED elements to sinusoidally vary an intensity of the omni-directional light emitted from the individual LED elements, where a data carrying light beam is generated within an information beam region by constructively combining sinusoidal intensity variations of the emitted omni-directional light and uniform intensity light is generated outside the information beam region by destructively combining the sinusoidal intensity variations of the emitted omni-directional light, wherein the control circuitry is configured to control amplitude and phase of the sinusoidal variations of the intensity of the omnidirectional light emitted from the individual LED elements to generate the data carrying light beam in a defined direction, and data is carried by the light signal from each of the LED elements as amplitude variation levels. an array of light emitting diode "LED" elements configured to emit omnidirectional light ; and control circuitry configured to control individual LED elements of the array of LED elements to sinusoidally vary an intensity of the omni-directional light emitted from the individual LED elements, where a data carrying light beam is generated within an information beam region by constructively combining sinusoidal intensity variations of the emitted omni-directional light and uniform intensity light is generated outside the information beam region by destructively combining the sinusoidal intensity variations of the emitted omni-directional light, wherein the control circuitry is configured to control amplitude and phase of the sinusoidal variations of the intensity of the omnidirectional light emitted from the individual LED elements to generate the data carrying light beam in a defined direction, and data is carried by the light signal from each of the LED elements as amplitude variation levels.
A method for manufacturing a bubble wrap film (F) by means of a film-forming apparatus, the method comprising a step (S10) of forming the bubble wrap film by extrusion through a nozzle (D), a step (S30) of flattening the bubble wrap film with a variable bend angle by driving a rotation generating member, a step (S50) of measuring a transverse profile of a characteristic additive quantity of the bubble wrap film totaled over two juxtaposed portions of a wall of the flattened bubble wrap film, a step of estimating a discretized polar profile of said characteristic additive quantity of the bubble wrap film on the basis of the transverse profile, and a step of controlling the film-forming apparatus in response to the estimation of the discretized polar profile of the bubble wrap film, wherein, for each measurement point of the transverse profile, in the measurement system: - an angular position ( α i ) of the rotation generating member is acquired (S50); - on the basis of this angular position, and for a transverse position ( x i ) of the measurement point in question, two polar positions ( α i sup , α i inf ) of the periphery of the flattened bubble wrap film which are located at this transverse position are determined (S70); - for each of the two polar positions, two discretized values of angles flanking the polar position in question are determined (S80); characterized in that - on the basis of said discretized values of angles, coefficients of interpolation ( w i sup , w i inf ) that link a polar profile of the film to said discretized polar profile of the film are calculated (S90), and in that - on the basis of said coefficients of interpolation, an observation matrix of a main Kalman filter is determined (S100); and - the estimation of the discretized polar profile of the film is updated (S110) by applying this main Kalman filter, into which the transverse profile acquired at the measuring step (S50) is entered. - an angular position ( α i ) of the rotation generating member is acquired (S50); - on the basis of this angular position, and for a transverse position ( x i ) of the measurement point in question, two polar positions ( α i sup , α i inf ) of the periphery of the flattened bubble wrap film which are located at this transverse position are determined (S70); - for each of the two polar positions, two discretized values of angles flanking the polar position in question are determined (S80); characterized in that - on the basis of said discretized values of angles, coefficients of interpolation ( w i sup , w i inf ) that link a polar profile of the film to said discretized polar profile of the film are calculated (S90), and in that - on the basis of said coefficients of interpolation, an observation matrix of a main Kalman filter is determined (S100); and - the estimation of the discretized polar profile of the film is updated (S110) by applying this main Kalman filter, into which the transverse profile acquired at the measuring step (S50) is entered.
A 5G millimeter wave band Over-the-Air, OTA, measurement system, the system comprising: a signal generator configured to generate a Tx local oscillator, LO, signal and a Tx intermediate frequency, IF, signal; the system is characterised by a level control device configured to receive the Tx LO signal generated by the signal generator , amplify the Tx LO signal to a maximum output, and compensate for mismatches generated when the Tx LO signal is amplified; a frequency up converter configured to receive each of the Tx IF signal generated by the signal generator and the Tx LO signal amplified and compensated by the level control device , and convert a signal frequency to a Tx radio frequency, RF, signal frequency by synthesizing the Tx IF signal and the Tx LO signal and increasing the signal frequency; and a Tx antenna configured to transmit the Tx RF converted by the frequency up converter to outside. a signal generator configured to generate a Tx local oscillator, LO, signal and a Tx intermediate frequency, IF, signal; the system is characterised by a level control device configured to receive the Tx LO signal generated by the signal generator , amplify the Tx LO signal to a maximum output, and compensate for mismatches generated when the Tx LO signal is amplified; a frequency up converter configured to receive each of the Tx IF signal generated by the signal generator and the Tx LO signal amplified and compensated by the level control device , and convert a signal frequency to a Tx radio frequency, RF, signal frequency by synthesizing the Tx IF signal and the Tx LO signal and increasing the signal frequency; and a Tx antenna configured to transmit the Tx RF converted by the frequency up converter to outside. a level control device configured to receive the Tx LO signal generated by the signal generator , amplify the Tx LO signal to a maximum output, and compensate for mismatches generated when the Tx LO signal is amplified; a frequency up converter configured to receive each of the Tx IF signal generated by the signal generator and the Tx LO signal amplified and compensated by the level control device , and convert a signal frequency to a Tx radio frequency, RF, signal frequency by synthesizing the Tx IF signal and the Tx LO signal and increasing the signal frequency; and a Tx antenna configured to transmit the Tx RF converted by the frequency up converter to outside.
Liquid acetyl radicals generator composition comprising N-acetylcaprolactam and an organic solvent, characterized in that the organic solvent is selected from propylene glycol ethers and that the solvent content is from 20 % to 60 % by weight relative to the total weight of the composition, and characterized in that the composition is free of aliphatic alcohol.
A device for administering a needle to a subject, comprising: a housing comprising a shell with a distal opening and a proximal opening ; a drive plunger occupying the space defined by the shell of the housing and in shifting engagement with the housing , wherein the drive plunger has a proximal end with a handle extending from the proximal opening of the housing and a distal end dimensioned to receive and deliver a needle ; a drive spring associated with the drive plunger such that when the handle is retracted proximally relative to the housing , the drive spring compresses and when the drive plunger is released, the drive plunger travels distally from the force of the drive spring ; and characterised by a component for relieving discomfort associated with injecting a needle to the subject receiving the injection, the component comprising a vibrator motor and power source associated with the housing such that the power source supplies power to the vibrator motor when the motor is activated, wherein the needle is a butterfly needle having wings, the housing further comprises two opposing channels extending from the distal opening towards the proximal opening, the distal end of the drive plunger further includes recessions for receiving the wings of the butterfly needle, and the recessions are aligned to the channels of the housing to permit each wing of the butterfly needle to extend from the housing. a housing comprising a shell with a distal opening and a proximal opening ; a drive plunger occupying the space defined by the shell of the housing and in shifting engagement with the housing , wherein the drive plunger has a proximal end with a handle extending from the proximal opening of the housing and a distal end dimensioned to receive and deliver a needle ; a drive spring associated with the drive plunger such that when the handle is retracted proximally relative to the housing , the drive spring compresses and when the drive plunger is released, the drive plunger travels distally from the force of the drive spring ; and characterised by a component for relieving discomfort associated with injecting a needle to the subject receiving the injection, the component comprising a vibrator motor and power source associated with the housing such that the power source supplies power to the vibrator motor when the motor is activated, wherein the needle is a butterfly needle having wings, the housing further comprises two opposing channels extending from the distal opening towards the proximal opening, the distal end of the drive plunger further includes recessions for receiving the wings of the butterfly needle, and the recessions are aligned to the channels of the housing to permit each wing of the butterfly needle to extend from the housing.
A method for sequencing lumbercore from veneer, comprising: receiving a veneer grain width input and a veneer thickness input; and characterized by : determining a cut angle based on the veneer grain width input and the veneer thickness input; receiving a lumbercore width input and a lumbercore height input; determining a set of dimensions for a stack of lumber; and generating a template mapping the lumbercore to the stack of lumber, the template being based on the lumbercore width input, the lumbercore height input, and the set of dimensions for the stack of lumber, the template including the cut angle , the lumbercore being rotated relative to horizontal at the cut angle within the stack of lumber. determining a cut angle based on the veneer grain width input and the veneer thickness input; receiving a lumbercore width input and a lumbercore height input; determining a set of dimensions for a stack of lumber; and generating a template mapping the lumbercore to the stack of lumber, the template being based on the lumbercore width input, the lumbercore height input, and the set of dimensions for the stack of lumber, the template including the cut angle , the lumbercore being rotated relative to horizontal at the cut angle within the stack of lumber.
A processor-implemented method programmed in a non-transitory processor-readable medium and to execute on one or more processors configured to execute the method, characterized in that the method comprises: obtaining from a content service a unique address for a mobile application that is processing on a first device of a user (step 310), wherein the mobile application creates the unique address when the mobile application is executed for a first time on the first device and the unique address persists for a lifetime of the mobile application on the first device; receiving a request from the content service to deliver customized secure content to the mobile application on the first device (step 320); acquiring the customized secure content for the user based on the unique address and the request (step 330); and delivering the customized secure content to the mobile application using the unique address (step 340). obtaining from a content service a unique address for a mobile application that is processing on a first device of a user (step 310), wherein the mobile application creates the unique address when the mobile application is executed for a first time on the first device and the unique address persists for a lifetime of the mobile application on the first device; receiving a request from the content service to deliver customized secure content to the mobile application on the first device (step 320); acquiring the customized secure content for the user based on the unique address and the request (step 330); and delivering the customized secure content to the mobile application using the unique address (step 340).
method of manufacturing a multi-layer wooden wall from planks arranged crosswise at right angles to one another in alternate layers consisting of a number of planks of equal width that adhere to one another edgewise along their longer edges which are cut to a same length, arranged into a stack on an even surface of an assembly base, whereby the stack consists of 5 to 17 layers of planks , until the wall of required thickness is obtained, whereby the stack of planks is stabilised on the sides and from the top by exerting a pressure of 200 to 600 kg/m 2 on it by means of pressure clamps, which is transferred to the side walls and base of the stack so that the individual layers adhere to one another thoroughly and form the wall with the top and bottom layers parallel to one another, and then 1 to 5 holes are made through all the layers of the planks in a stack on a plank width "A" to join each layer, with their axes of symmetry inclined at an angle higher than 0° up to 45° to the longitudinal and/or side edges of a stack planks , and then pins are driven in the holes and a stack joined in that manner is sized to obtain correct thickness and door and/or window openings are cut out in it, as needed, and pins from door and/or window cut-outs are pushed out in the direction opposite to the pinning direction and the planks reclaimed are reused for arranging wall layers that form the next stack , which is again subjected to the process of joining all the layers by drilling the next diagonal holes and driving in pins , and then the process is repeated until the wall without openings or the wall with the openings is obtained.
A computer server rack, the computer server rack having a control unit, a first grid power source, a second grid power source, and a battery backup system, BBS, wherein the computer server rack further comprises a first power supply unit and a second power supply unit in each of multiple servers in the rack, each of said first power supply units is coupled to the first grid power source and each of said second power supply units is coupled to the BBS and to the second grid power source, and wherein each server of the multiple servers in the rack is configured to balance a power demand from the first power supply unit and a power demand from the second power supply unit, the control unit adapted to: detect that a power demand by the multiple servers in the rack exceeds a specified maximum power limit for the rack by twice a first determined amount; set a BBS output power to the first determined amount; set an output power from the second grid power source to one half the maximum power limit minus the first determined amount; and set the BBS output power to twice the first determined amount and set an output from the first grid power source to one half the maximum power limit plus the first determined amount. detect that a power demand by the multiple servers in the rack exceeds a specified maximum power limit for the rack by twice a first determined amount; set a BBS output power to the first determined amount; set an output power from the second grid power source to one half the maximum power limit minus the first determined amount; and set the BBS output power to twice the first determined amount and set an output from the first grid power source to one half the maximum power limit plus the first determined amount.
Circuit for operating an auxiliary assembly for starting internal combustion engines by means of a starter battery , wherein the circuit is intended to receive a state-of-function signal, a state-of-charge signal and/or a state-of-health signal from a battery management system , which signals accordingly indicate whether the starter battery is capable of operating the auxiliary assembly , the state of charge of the starter battery , and whether the starter battery is damaged, wherein the circuit is intended to receive electrical energy from a high-voltage battery , which is connected to the circuit , when the state-of-function signal indicates that operation of the auxiliary assembly with the starter battery is not possible, when the state-of-charge signal indicates that the state of charge of the starter battery is too low to operate the auxiliary assembly and/or when the state-of-health signal indicates that the starter battery is damaged, wherein the circuit is intended to directly operate the auxiliary assembly with the received energy, wherein an energy converter is intended to convert the electrical energy which is received from the high-voltage battery into an electrical energy which is suitable for operating the auxiliary assembly , and wherein the circuit is provided with a pilot control unit , characterized in that the pilot control unit is intended to adjust the energy which is supplied to the energy converter , based on a predetermined engine starting power requirement.