mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld internal reflection apparatus , comprising: a handheld enclosure ; an internally reflective element disposed in the handheld enclosure and also configured to provide a sample contact surface external to the handheld enclosure ; an optical assembly contained within the handheld enclosure , the optical assembly further comprising a radiation source and a radiation detector , the source being configured to direct radiation towards the sample contact surface and the detector being configured to detect the source radiation optically interacting with the sample contact surface ; a sample contact arm ; a motorized force actuator coupled to the sample contact arm ; a timer having a user pre-set time delay interval; and a processor also configured within the handheld enclosure and electronically coupled to the motorized force actuator , the radiation source , and the radiation detector ; wherein after the pre-set time delay interval the processor is configured to direct the motorized force actuator to apply a controlled contact force to a sample disposed between the sample contact arm and the sample contact surface , wherein after the controlled contact force is met, the electronic processor analyzes the sample information received by the radiation detector . a handheld enclosure ; an internally reflective element disposed in the handheld enclosure and also configured to provide a sample contact surface external to the handheld enclosure ; an optical assembly contained within the handheld enclosure , the optical assembly further comprising a radiation source and a radiation detector , the source being configured to direct radiation towards the sample contact surface and the detector being configured to detect the source radiation optically interacting with the sample contact surface ; a sample contact arm ; a motorized force actuator coupled to the sample contact arm ; a timer having a user pre-set time delay interval; and a processor also configured within the handheld enclosure and electronically coupled to the motorized force actuator , the radiation source , and the radiation detector ; wherein after the pre-set time delay interval the processor is configured to direct the motorized force actuator to apply a controlled contact force to a sample disposed between the sample contact arm and the sample contact surface , wherein after the controlled contact force is met, the electronic processor analyzes the sample information received by the radiation detector .
A component for a thermal system or a thermal machine, the component comprising a first material for the thermochemical accumulation of heat; the component being a heat exchanger or a container, in particular a reactor, containing said first material therein, the component being characterized in that the first material comprises or consists of calcium lactate.
A method for producing a fiber based product, characterized in that the method comprises the steps of: a) applying a binder composition over at least one surface of at least one fiber based substrate, which binder composition is prepared by using at least polymerizable substance, crosslinking agent, and colorant, wherein the colorant is lignin or alkalated lignin and wherein the colorant is used in an amount such that the difference between the color of the binder composition and the color of a corresponding binder composition prepared without the use of the colorant, as measured on a Gardner scale in a manner as described in the description, is at least 3 units; b) determining the distribution of the applied binder composition over the entire at least one surface of the at least one fiber based substrate; and c) based on the determination in step b) either accepting the treated at least one fiber based substrate for the production of the fiber based product or rejecting the treated at least one fiber based substrate from the production of the fiber based product, the treated at least one fiber based substrate is accepted for the production of the fiber based product when the contrast value is 50% or less, wherein the contrast value is determined as (D s -D t )/D s ·100%, wherein D s is the reflection density of the binder composition and D t is the reflection density of the surface of the at least one fiber based substrate having the binder composition applied thereon, as measured by reflection densitometry as defined in the description. a) applying a binder composition over at least one surface of at least one fiber based substrate, which binder composition is prepared by using at least polymerizable substance, crosslinking agent, and colorant, wherein the colorant is lignin or alkalated lignin and wherein the colorant is used in an amount such that the difference between the color of the binder composition and the color of a corresponding binder composition prepared without the use of the colorant, as measured on a Gardner scale in a manner as described in the description, is at least 3 units; b) determining the distribution of the applied binder composition over the entire at least one surface of the at least one fiber based substrate; and c) based on the determination in step b) either accepting the treated at least one fiber based substrate for the production of the fiber based product or rejecting the treated at least one fiber based substrate from the production of the fiber based product, the treated at least one fiber based substrate is accepted for the production of the fiber based product when the contrast value is 50% or less, wherein the contrast value is determined as (D s -D t )/D s ·100%, wherein D s is the reflection density of the binder composition and D t is the reflection density of the surface of the at least one fiber based substrate having the binder composition applied thereon, as measured by reflection densitometry as defined in the description.
An orthopedic device comprising: a textile panel having interior and exterior surfaces having a patella relief area ; a first stabilizer assembly including a first plurality of tubular welts sewn or knitted within and extending from the exterior surface of the textile panel , and a first cable freely and slidably extending through the first plurality of tubular welts ; a strap connected to a first end of the cable extending from a first opening of the first plurality of tubular welts, the strap adjustably securable over the textile panel ; characterized in that the textile panel includes first and second stretch bands knitted into it such that the second stretch band is more stretchable than the first stretch band , the first and second stretch bands being adjacent to one another, the first and second stretch bands arranged to extend about the patella relief area of the orthopedic device and in that the textile panel defines a first stretchable region and a gradient stiffness region having greater stiffness than the first stretchable region, the gradient stiffness region having a variable stiffness over its length. a textile panel having interior and exterior surfaces having a patella relief area ; a first stabilizer assembly including a first plurality of tubular welts sewn or knitted within and extending from the exterior surface of the textile panel , and a first cable freely and slidably extending through the first plurality of tubular welts ; a strap connected to a first end of the cable extending from a first opening of the first plurality of tubular welts, the strap adjustably securable over the textile panel ; characterized in that the textile panel includes first and second stretch bands knitted into it such that the second stretch band is more stretchable than the first stretch band , the first and second stretch bands being adjacent to one another, the first and second stretch bands arranged to extend about the patella relief area of the orthopedic device and in that the textile panel defines a first stretchable region and a gradient stiffness region having greater stiffness than the first stretchable region, the gradient stiffness region having a variable stiffness over its length.
A plasmid coding for a membrane bound form of an agonist of GITR, CD137, or CD134, wherein the agonist is a membrane bound form of GITR-L, CD137-L, CD134-L, for use in a method of treating a subject having a cancerous tumor, the method comprising: injecting the cancerous tumor with an effective dose of said plasmid and a nucleic acid encoding at least one immunostimulatory cytokine; and administering electroporation therapy to the tumor, the electroporation therapy comprising the administration of at least one voltage pulse of 200 V/cm to 1500 V/cm over a pulse width of 100 microseconds to 20 milliseconds.
A radio base station comprising: a transmitter adapted to transmit, to a radio terminal being connected to the radio base station , a capability information transmission request for requesting a transmission of terminal capability information indicating the positioning capability of the radio terminal , wherein the terminal capability information indicates whether the radio terminal has a positioning system capable of acquiring location information by itself, without an assist from a network; a receiver adapted to receive the terminal capability information transmitted from the radio terminal ; a terminal selecting unit adapted to select the radio terminal as a radio terminal to be used for a Minimization of Drive Test, MDT, measurement process based on the terminal capability information; the transmitter adapted to transmit, to the radio terminal selected to be used for MDT measurement process, an MDT indication including information on control over radio quality information and location information measurement; and the receiver adapted to receive from the selected radio terminal a measurement report message including radio quality information and location information measured by the selected radio terminal configured by the MDT indication. a transmitter adapted to transmit, to a radio terminal being connected to the radio base station , a capability information transmission request for requesting a transmission of terminal capability information indicating the positioning capability of the radio terminal , wherein the terminal capability information indicates whether the radio terminal has a positioning system capable of acquiring location information by itself, without an assist from a network; a receiver adapted to receive the terminal capability information transmitted from the radio terminal ; a terminal selecting unit adapted to select the radio terminal as a radio terminal to be used for a Minimization of Drive Test, MDT, measurement process based on the terminal capability information; the transmitter adapted to transmit, to the radio terminal selected to be used for MDT measurement process, an MDT indication including information on control over radio quality information and location information measurement; and the receiver adapted to receive from the selected radio terminal a measurement report message including radio quality information and location information measured by the selected radio terminal configured by the MDT indication.
A method of assembling a drum brake device including at least one brake shoe having a friction lining on a support structure with at least one window having a first portion and a second portion, the first portion of the window being wider than the second portion, a shoe mount , a brake actuating cylinder , and a drum having a braking surface inside the drum, the method comprising: positioning a portion of the support structure near an opening of the brake actuating cylinder ; manipulating the support structure so that the first portion of the window is received over a portion of the shoe mount ; moving the support structure relative to the shoe mount so that the portion of the support structure is received into the brake actuating cylinder and the second portion of the window is engaged by the portion of the shoe mount in a manner that the shoe mount restricts movement of the brake shoe in two dimensions and allows selective movement in a third dimension; and securing the brake shoe in an installed position by placing the drum over the brake shoe with the braking surface facing the friction lining. positioning a portion of the support structure near an opening of the brake actuating cylinder ; manipulating the support structure so that the first portion of the window is received over a portion of the shoe mount ; moving the support structure relative to the shoe mount so that the portion of the support structure is received into the brake actuating cylinder and the second portion of the window is engaged by the portion of the shoe mount in a manner that the shoe mount restricts movement of the brake shoe in two dimensions and allows selective movement in a third dimension; and securing the brake shoe in an installed position by placing the drum over the brake shoe with the braking surface facing the friction lining.
Container made of plastic for an operating means of a vehicle, the container to be mounted on a fuel tank of the vehicle and having a mantle and two end walls closing the mantle on both ends, characterised in that one of the end walls has at least two recesses each for receiving a corresponding projection of the fuel tank and the mantle has an indentation behind each recess , wherein a lateral section of the indentation is welded or glued with a floor section of the recess impermeably to the operating means and said sections are traversed by a bore for the passage of a fastening means for anchoring on the projection .
An arrangement for separating a connection between two pressurized flanged tube sections , wherein the arrangement comprises - a first type element comprising a first body adapted to be arranged around a flange of a first tube section of said connection , and which first body comprising a first sealing arrangement , - a second type element comprising a second body adapted to be arranged around a flange of a second tube section of said connection , and which second body comprising a second sealing arrangement , and wherein the second type element further comprises a displaceable obstruction , wherein the first type element and the second type element are adapted to form a sealed compartment between the flange of the first tube section and the flange of the second tube section , and the first sealing arrangement and the second sealing arrangement are adapted to maintain the sealing of the sealed compartment while allowing the flange of the first tube section and the flange of the second tube section to be displaced away from each other so that a gap is formed, which allows the obstruction to enter and isolate the second tube section . - a first type element comprising a first body adapted to be arranged around a flange of a first tube section of said connection , and which first body comprising a first sealing arrangement , - a second type element comprising a second body adapted to be arranged around a flange of a second tube section of said connection , and which second body comprising a second sealing arrangement , and wherein the second type element further comprises a displaceable obstruction ,
A method of measuring the pH of a solution, wherein the method comprises the steps of: - providing a solution comprising a quinone, a quinone derivative, and/or a pH indicator, wherein the quinone, quinone derivative, and/or pH indicator is dissolved in the solution; - applying the solution to a three-electrode electrochemical cell; - measuring an electrochemical response of the electrochemical cell; and - quantifying the pH of the solution as a function of the electrochemical response of the electrochemical cell, wherein the response correlates with the electrochemical state of the quinone, quinone derivative and/or pH indicator. - providing a solution comprising a quinone, a quinone derivative, and/or a pH indicator, wherein the quinone, quinone derivative, and/or pH indicator is dissolved in the solution; - applying the solution to a three-electrode electrochemical cell; - measuring an electrochemical response of the electrochemical cell; and - quantifying the pH of the solution as a function of the electrochemical response of the electrochemical cell, wherein the response correlates with the electrochemical state of the quinone, quinone derivative and/or pH indicator.
An adapter for connecting a blade assembly to a handle , and the blade assembly , the adapter comprising: an adapter body configured to connect with the handle , the adapter body having a channel therethrough, said channel being configured to receive a pusher of the handle ; the adapter further comprising two arms extending distally from the adapter body , wherein one or more of the distal ends of the arms have a finger that is configured to engage a respective connecting region of the blade assembly , characterised in that the connecting regions comprise partially spherical recessed surfaces, and the connecting regions allow the blade assembly to pivot relative to the adapter . an adapter body configured to connect with the handle , the adapter body having a channel therethrough, said channel being configured to receive a pusher of the handle ; the adapter further comprising two arms extending distally from the adapter body , wherein one or more of the distal ends of the arms have a finger that is configured to engage a respective connecting region of the blade assembly , characterised in that the connecting regions comprise partially spherical recessed surfaces, and the connecting regions allow the blade assembly to pivot relative to the adapter .
A recombinant Tetrahymena thermophila Glutathione S Transferase Mu34 (TtGSTm34] enzyme encoded by the nucleic acid sequence comprising 8xHis tag (TtGSTm34-8xHis] which is at least 95% homologous to SEQ ID NO: 1.
A method, comprising: receiving, by a hash engine of a switch module of a multi-stage switch , a plurality of validation packets, wherein the plurality of validation packets are defined based on replication of a single validation packet received at an input port of the switch module from a source edge device ; and forwarding, by the hash engine, each validation packet from the plurality of validation packets to a different output port from a plurality of output ports of the switch module based on an output of a hash function in order to reach a destination edge device , a header portion of each validation packet from the plurality of validation packets being an input to the hash function, the header portion of each validation packet from the plurality of validation packets being defined from a reverse hash table lookup having an association between a hash function input that results in a hash function output of an identifier of an output port from the plurality of output ports and the identifier of that output port from the plurality of output ports, wherein each validation packet from the plurality of validation packets is configured to verify a different data path through the multi-stage switch between the source edge device and the destination edge device . receiving, by a hash engine of a switch module of a multi-stage switch , a plurality of validation packets, wherein the plurality of validation packets are defined based on replication of a single validation packet received at an input port of the switch module from a source edge device ; and forwarding, by the hash engine, each validation packet from the plurality of validation packets to a different output port from a plurality of output ports of the switch module based on an output of a hash function in order to reach a destination edge device , a header portion of each validation packet from the plurality of validation packets being an input to the hash function, the header portion of each validation packet from the plurality of validation packets being defined from a reverse hash table lookup having an association between a hash function input that results in a hash function output of an identifier of an output port from the plurality of output ports and the identifier of that output port from the plurality of output ports, wherein each validation packet from the plurality of validation packets is configured to verify a different data path through the multi-stage switch between the source edge device and the destination edge device .
A method for managing the supply of electrical power to Ethernet devices , each Ethernet device being electrically power-supplied by an Ethernet cable connected to a management system comprising a memory storing a first list of Ethernet devices and identifiers , the first list mapping the Ethernet devices to the identifiers ; the method comprising the following steps of: - the management system receives an input information allowing to determine one of the identifiers , - the management system determines , based on the first list , the Ethernet device corresponding to the determined identifier , and - the management system interrupts the electrical current or reestablish the electrical current to the Ethernet cable supplying power to the determined Ethernet device ; characterised in that the reception of the input information allowing for determining said at least one of the identifiers is triggered by an operation using an input system , distinct from the Ethernet devices and the management system , and comprising a user device and/or an electronic calendar corresponding to one of the identifiers ; the input information indicating the user device or the electronic calendar used in the operation. - the management system receives an input information allowing to determine one of the identifiers , - the management system determines , based on the first list , the Ethernet device corresponding to the determined identifier , and - the management system interrupts the electrical current or reestablish the electrical current to the Ethernet cable supplying power to the determined Ethernet device ;