mhurhangee/patent-ind-claim-en huggingface dataset:
An in vitro method for the detection of one or more human antibody species in a sample, the method comprising a. Contacting a sample suspected to contain the one or more human antibody species with one or more non-human probing cell species and an antibody binding agent, i. wherein the antibody binding agent is coupled to a first detectable label and is capable of binding human antibodies, and ii. wherein a probing cell of the non-human probing cell species expresses, or is capable to express, a second detectable label and an antigenic protein, the antigenic protein comprising an antigenic portion that is capable of binding, or is capable to be bound by, an antibody of the one or more human antibody species to be detected; and b. Detecting the presence of a signal from the first detectable label and the second detectable label for each probing cell, wherein the presence of a signal from the first detectable label and the presence of a signal from the second detectable label indicates the presence of the one or more human antibody species in the sample. a. Contacting a sample suspected to contain the one or more human antibody species with one or more non-human probing cell species and an antibody binding agent, i. wherein the antibody binding agent is coupled to a first detectable label and is capable of binding human antibodies, and ii. wherein a probing cell of the non-human probing cell species expresses, or is capable to express, a second detectable label and an antigenic protein, the antigenic protein comprising an antigenic portion that is capable of binding, or is capable to be bound by, an antibody of the one or more human antibody species to be detected; and i. wherein the antibody binding agent is coupled to a first detectable label and is capable of binding human antibodies, and ii. wherein a probing cell of the non-human probing cell species expresses, or is capable to express, a second detectable label and an antigenic protein, the antigenic protein comprising an antigenic portion that is capable of binding, or is capable to be bound by, an antibody of the one or more human antibody species to be detected; and b. Detecting the presence of a signal from the first detectable label and the second detectable label for each probing cell, wherein the presence of a signal from the first detectable label and the presence of a signal from the second detectable label indicates the presence of the one or more human antibody species in the sample.
A cover actuating and self-locking device, comprising a cover , provided with a cover hinging point (J4) on the top surface thereof; a fixed frame , arranged with a stopping groove and a fixed hinging point (J1); and an actuating mechanism, comprising a first lever , a second lever and a third lever that are hinged sequentially from the head end to the tail end, a fixed end of the first lever is hingedly connected to the fixed hinging point (J1), a bottom end of the third lever is hingedly connected to the cover hinging point (J4), a stopping hinge shaft between the bottom end of the second lever and the top end of the third lever extends into the stopping groove and slides in the stopping groove ; wherein, when the first lever rotates around the fixed hinging point (J1) in a locking rotation direction (w), it can push the stopping hinge shaft via the second lever to slide from a free end of the stopping groove to a locking end (S) of the stopping groove , and can push the cover via the third lever to move downward from an upper locking position to a lower locking position; at the lower locking position, the cover is in a locked downward pressing state; when a line connecting a top-end hinging point (J3) and a bottom-end hinging point of the third lever rotates in the locking rotation direction (w), the included angle of rotation (α) of the top-end hinging point (J3) is not greater than 90 degrees at the locking position, wherein at the upper locking position, in the top surface direction of the cover , the fixed hinging point (J1) and the stopping hinge shaft are the same side of the cover hinging point (J4); characterized in that , at the lower locking position, in the top surface direction of the cover , the fixed hinging point (J1) at one side of the cover hinging point (J4), and the stopping hinge shaft at the locking end (S) of the stopping groove is at the other side of the cover hinging point (J4).
A load wheel assembly for a pallet truck , the load wheel assembly comprising: a load arm rotatable about an axis of rotation, the load arm including a first end that pivotably couples to at least one pull rod and a second end opposite the first end; and a wheel assembly pivotably coupled to the second end of the load arm , the wheel assembly including: first and second pivot brackets pivotably disposed at or adjacent to the second end of the load arm , each of the first and second pivot brackets including a first end that extends toward the load arm and a second end, opposite the first end, extending away from the load arm ; a fixed wheel rotatably disposed between the first ends of the first and second pivot brackets ; and an adjustable wheel rotatably disposed between the second ends of the first and second pivot brackets , characterized in that the adjustable wheel includes an eccentric hub, and wherein the eccentric hub does not pass through the geometric center of the adjustable wheel . a load arm rotatable about an axis of rotation, the load arm including a first end that pivotably couples to at least one pull rod and a second end opposite the first end; and a wheel assembly pivotably coupled to the second end of the load arm , the wheel assembly including: first and second pivot brackets pivotably disposed at or adjacent to the second end of the load arm , each of the first and second pivot brackets including a first end that extends toward the load arm and a second end, opposite the first end, extending away from the load arm ; a fixed wheel rotatably disposed between the first ends of the first and second pivot brackets ; and an adjustable wheel rotatably disposed between the second ends of the first and second pivot brackets , characterized in that the adjustable wheel includes an eccentric hub, and wherein the eccentric hub does not pass through the geometric center of the adjustable wheel . first and second pivot brackets pivotably disposed at or adjacent to the second end of the load arm , each of the first and second pivot brackets including a first end that extends toward the load arm and a second end, opposite the first end, extending away from the load arm ; a fixed wheel rotatably disposed between the first ends of the first and second pivot brackets ; and an adjustable wheel rotatably disposed between the second ends of the first and second pivot brackets , characterized in that the adjustable wheel includes an eccentric hub, and wherein the eccentric hub does not pass through the geometric center of the adjustable wheel .
An axle assembly comprising: a differential assembly that is rotatable about an axis and that has a ring gear ; a housing assembly that receives the differential assembly ; a lubricant reservoir that is disposed above the differential assembly and that captures lubricant that is splashed by the ring gear ; and a lubricant distribution trough that receives lubricant from the lubricant reservoir , the lubricant distribution trough including: a first trough that receives lubricant from the lubricant reservoir ; a second trough that is disposed below the first trough ; and a dam that separates the first trough from the second trough . a differential assembly that is rotatable about an axis and that has a ring gear ; a housing assembly that receives the differential assembly ; a lubricant reservoir that is disposed above the differential assembly and that captures lubricant that is splashed by the ring gear ; and a lubricant distribution trough that receives lubricant from the lubricant reservoir , the lubricant distribution trough including: a first trough that receives lubricant from the lubricant reservoir ; a second trough that is disposed below the first trough ; and a dam that separates the first trough from the second trough . a first trough that receives lubricant from the lubricant reservoir ; a second trough that is disposed below the first trough ; and a dam that separates the first trough from the second trough .
A vacuum adiabatic body comprising: a first plate that defines at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate that defines at least one portion of a second side opposite the first side of the wall, the second side is adjacent to a second space having a second temperature different from the first temperature of the first space; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first temperature of the first space and the second temperature of the second space, the third space being in a vacuum state; a support that supports the first and second plates and is provided in the third space ; a heat resistance device that reduces a heat transfer amount between the first plate and the second plate ; and an exhaust port through which a gas in the third space is exhausted, wherein the support includes a porous substance package comprising: a porous substance ; and a film made of a resin material, the film shaped to accommodate the porous substance therein; characterized in that at least one hole is provided in the film and configured to allow exhaustion of a gas or liquid component existing in the porous substance package . a first plate that defines at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate that defines at least one portion of a second side opposite the first side of the wall, the second side is adjacent to a second space having a second temperature different from the first temperature of the first space; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first temperature of the first space and the second temperature of the second space, the third space being in a vacuum state; a support that supports the first and second plates and is provided in the third space ; a heat resistance device that reduces a heat transfer amount between the first plate and the second plate ; and an exhaust port through which a gas in the third space is exhausted, wherein the support includes a porous substance package comprising: a porous substance ; and a film made of a resin material, the film shaped to accommodate the porous substance therein; characterized in that at least one hole is provided in the film and configured to allow exhaustion of a gas or liquid component existing in the porous substance package . a porous substance ; and a film made of a resin material, the film shaped to accommodate the porous substance therein; characterized in that at least one hole is provided in the film and configured to allow exhaustion of a gas or liquid component existing in the porous substance package .
A power-input stage for a DC-powered device , the power-input stage including - a connection unit comprising at least four pairs of power-input elements for connecting to the same number of at least four pairs of external electrical conductors for delivering DC power; and - a powering-mode assessment unit having a balance measurement stage that is configured to perform, before power is drawn for operation of the DC-powered device, a balance measurement for determining whether or not a first number of pairs of power-input elements, at which a positive power-supply voltage is available from the external electrical conductors, is equal to a second number of pairs of power-input elements, from which a negative power-supply voltage is available, and to provide a balance output signal indicative of a result of the balance measurement. - a connection unit comprising at least four pairs of power-input elements for connecting to the same number of at least four pairs of external electrical conductors for delivering DC power; and - a powering-mode assessment unit having a balance measurement stage that is configured to perform, before power is drawn for operation of the DC-powered device, a balance measurement for determining whether or not a first number of pairs of power-input elements, at which a positive power-supply voltage is available from the external electrical conductors, is equal to a second number of pairs of power-input elements, from which a negative power-supply voltage is available, and to provide a balance output signal indicative of a result of the balance measurement.
A method for preparing dehydro-cyclofarnesal from dehydro-farnesal by cyclization in the presence of an acid.
A ground-penetrating radar device comprising - a frame , - a radar antenna , - an antenna assembly , wherein the radar antenna is part of the antenna assembly , - a mount for adaptively mounting the antenna assembly to the frame , - a ground support for supporting the frame on a ground, wherein in an operational state, the mount prevents a horizontal displacement of the antenna assembly relative to the frame in two horizontal directions, and the mount allows a vertical displacement of the antenna assembly relative to the frame and a tilting of the antenna assembly relative to the frame , wherein the mount comprises - at least three slide rails , and - at least three sliding elements , wherein in the operational state, the sliding elements are slidable along the slide rails, wherein the sliding elements are tiltable relative to the slide rails around an axis perpendicular to a sliding direction along the slide rail. - a frame , - a radar antenna , - an antenna assembly , wherein the radar antenna is part of the antenna assembly , - a mount for adaptively mounting the antenna assembly to the frame , - a ground support for supporting the frame on a ground, wherein in an operational state, the mount prevents a horizontal displacement of the antenna assembly relative to the frame in two horizontal directions, and the mount allows a vertical displacement of the antenna assembly relative to the frame and a tilting of the antenna assembly relative to the frame , wherein the mount comprises wherein in an operational state, the mount prevents a horizontal displacement of the antenna assembly relative to the frame in two horizontal directions, and the mount allows a vertical displacement of the antenna assembly relative to the frame and a tilting of the antenna assembly relative to the frame , wherein the mount comprises - at least three slide rails , and - at least three sliding elements , wherein in the operational state, the sliding elements are slidable along the slide rails, wherein the sliding elements are tiltable relative to the slide rails around an axis perpendicular to a sliding direction along the slide rail. wherein in the operational state, the sliding elements are slidable along the slide rails, wherein the sliding elements are tiltable relative to the slide rails around an axis perpendicular to a sliding direction along the slide rail.
A voice alarm notification device of a fire alarm system, comprising: a network port for receiving an alarm notification signal; an audio file library in which audio files include audio voice message files; a speaker ; a processor unit connected to the network port operable to process an alarm notification signal and to select one of the audio files from the audio library to be played through the speaker; and a Bluetooth module operable to establish a Bluetooth communication link to a Bluetooth communication device, via which link an audio voice file can be received; wherein the device is arranged to add the audio voice file received via the Bluetooth communication link to the library so as to be available for selection by the processor unit when it receives the alarm notification signal. a network port for receiving an alarm notification signal; an audio file library in which audio files include audio voice message files; a speaker ; a processor unit connected to the network port operable to process an alarm notification signal and to select one of the audio files from the audio library to be played through the speaker; and a Bluetooth module operable to establish a Bluetooth communication link to a Bluetooth communication device, via which link an audio voice file can be received; wherein the device is arranged to add the audio voice file received via the Bluetooth communication link to the library so as to be available for selection by the processor unit when it receives the alarm notification signal.
A brake light sensor module comprising: a retainer which is provided to move together with an operation element of a master cylinder in response to a depression of a brake pedal, wherein the operation element is a power piston; an operation rod which is connected to the retainer so as to move together with the retainer ; an elastic member which is installed in the master cylinder ; a signal transmitting element which is installed in the master cylinder , one end of the signal transmitting element being elastically supported by the elastic member , and the other end of the signal transmitting element being supported by the operation rod ; and a sensor which is installed in the master cylinder so as to be operated by the signal transmitting element , characterized by the retainer comprising: an operation rod supporting portion which is connected to an opening side of the power piston and to which the operation rod is connected; a reaction rod supporting portion which is disposed within the power piston and supports a reaction rod ; and a rib which connects the operation rod supporting portion and the reaction rod supporting portion together. a retainer which is provided to move together with an operation element of a master cylinder in response to a depression of a brake pedal, wherein the operation element is a power piston; an operation rod which is connected to the retainer so as to move together with the retainer ; an elastic member which is installed in the master cylinder ; a signal transmitting element which is installed in the master cylinder , one end of the signal transmitting element being elastically supported by the elastic member , and the other end of the signal transmitting element being supported by the operation rod ; and a sensor which is installed in the master cylinder so as to be operated by the signal transmitting element , characterized by the retainer comprising: an operation rod supporting portion which is connected to an opening side of the power piston and to which the operation rod is connected; a reaction rod supporting portion which is disposed within the power piston and supports a reaction rod ; and a rib which connects the operation rod supporting portion and the reaction rod supporting portion together. an operation rod supporting portion which is connected to an opening side of the power piston and to which the operation rod is connected; a reaction rod supporting portion which is disposed within the power piston and supports a reaction rod ; and a rib which connects the operation rod supporting portion and the reaction rod supporting portion together.
A bitstream generation method, comprising: judging whether it is needed to execute a Picture Order Count, POC, alignment operation on a multi-layer video bitstream according to an application requirement indicating whether to decode and output pictures on multiple or all layers simultaneously, wherein a POC alignment means that pictures within a same access unit, AU, in the bitstream have a same POC value; and writing identification and control information into the bitstream according to a result of the judgment , wherein the identification and control information comprises: a POC_alignment_ enable_flag information indicating whether to execute the POC alignment operation on the multi-layer video bitstream, said POC_alignment_enable_flag being set to a value of 1 if it is needed to execute the POC alignment operation, to 0 otherwise; wherein the identification and control information is written into one or more parameter sets comprising at least one of: a Video Parameter Set, VPS, a Sequence Parameter Set, SPS, and a Picture Parameter Set, PPS; the method further comprising: determining, according to a predictive structure and the application requirement, a value of start picture position information, start_info, and a value of end picture position information, end_info, of a section of successive pictures, arranged in a picture displaying order or a picture decoding order, for which the POC alignment operation is enabled and/or disabled, according to the value of the poc_alignment_enable_flag; and writing the values of the start_info and end_info information into the bitstream. judging whether it is needed to execute a Picture Order Count, POC, alignment operation on a multi-layer video bitstream according to an application requirement indicating whether to decode and output pictures on multiple or all layers simultaneously, wherein a POC alignment means that pictures within a same access unit, AU, in the bitstream have a same POC value; and writing identification and control information into the bitstream according to a result of the judgment , wherein the identification and control information comprises: a POC_alignment_ enable_flag information indicating whether to execute the POC alignment operation on the multi-layer video bitstream, said POC_alignment_enable_flag being set to a value of 1 if it is needed to execute the POC alignment operation, to 0 otherwise; wherein the identification and control information is written into one or more parameter sets comprising at least one of: a Video Parameter Set, VPS, a Sequence Parameter Set, SPS, and a Picture Parameter Set, PPS; the method further comprising: determining, according to a predictive structure and the application requirement, a value of start picture position information, start_info, and a value of end picture position information, end_info, of a section of successive pictures, arranged in a picture displaying order or a picture decoding order, for which the POC alignment operation is enabled and/or disabled, according to the value of the poc_alignment_enable_flag; and writing the values of the start_info and end_info information into the bitstream.