mhurhangee/patent-ind-claim-en huggingface dataset:
An expression vector comprising a synthetic gene construct comprising a promoter, a chimeric polynucleotide comprising either (i) SEQ ID NO:2 and SEQ ID NO:3; or (ii) SEQ ID NO:4 and SEQ ID NO:3; operably linked to a polynucleotide encoding a therapeutic protein.
A galectin-9 protein for use in a method of treating HIV infection by reversing human immunodeficiency virus (HIV) latency in a cell, the method comprising administering the galectin protein to a subject.
A method for identifying a pseudo base station, the method being carried out by a mobile terminal and comprising the steps of: obtaining (S110) a tracking area code value, a TAC value, of a detected base station; obtaining (S120) a reference TAC value of a legal base station; and determining (S140) the detected base station to be a pseudo base station in response to a difference value between the TAC value of the detected base station and the reference TAC value satisfying a target condition, wherein the target condition comprises at least one of a first condition and a second condition, wherein the first condition indicates that the difference value between the TAC value of the detected base station and the reference TAC value is greater than a threshold; and the second condition indicates that the difference value between the TAC value of the detected base station and the reference TAC value is within a target interval; the target condition comprises both the first condition and the second condition in response to a strength of a wireless signal broadcasted by the detected base station being not greater than a threshold strength; the target condition comprises both the first condition and the second condition in response to a moving speed of the mobile terminal being greater than a threshold speed; and the target condition comprises either one of the first condition and the second condition in response to a moving speed of the mobile terminal being not greater than a threshold speed. obtaining (S110) a tracking area code value, a TAC value, of a detected base station; obtaining (S120) a reference TAC value of a legal base station; and determining (S140) the detected base station to be a pseudo base station in response to a difference value between the TAC value of the detected base station and the reference TAC value satisfying a target condition, wherein the target condition comprises at least one of a first condition and a second condition, wherein the first condition indicates that the difference value between the TAC value of the detected base station and the reference TAC value is greater than a threshold; and the second condition indicates that the difference value between the TAC value of the detected base station and the reference TAC value is within a target interval; the target condition comprises both the first condition and the second condition in response to a strength of a wireless signal broadcasted by the detected base station being not greater than a threshold strength; the target condition comprises both the first condition and the second condition in response to a moving speed of the mobile terminal being greater than a threshold speed; and the target condition comprises either one of the first condition and the second condition in response to a moving speed of the mobile terminal being not greater than a threshold speed.
A compact coffee press device comprising: a) a substantially rigid frustoconical plunger member tapering towards a base ; b) a soft, flexible diaphragm located below, and integrally formed with, connected or connectable to, the base of the plunger member , the diaphragm comprising frustoconical side walls , widening from a top portion of the diaphragm closest to the base of the plunger member and having a diameter substantially the same as the base of the plunger member , towards a base portion ; and c) a substantially rigid, frustoconical receptacle member connected or connectable to the base portion of the diaphragm, the receptacle member tapering from the end connected or connectable to the base of the diaphragm to a base portion defining an aperture , the base portion sized to rest on or within, or be supported by a coffee receptacle, wherein the diaphragm is reversibly displaceable between a first position where the plunger member is elevated above the diaphragm , and a second position where the plunger member is depressed and the diaphragm is inverted, the plunger member fitting substantially within the inverted frustoconical side walls of the diaphragm , and the inverted diaphragm fitting substantially within the frustoconical receptacle member , and wherein the aperture of the base portion of the frustoconical receptacle comprises, connects or is releasably connectable to, or defines a filter portion that opens the aperture when released. a) a substantially rigid frustoconical plunger member tapering towards a base ; b) a soft, flexible diaphragm located below, and integrally formed with, connected or connectable to, the base of the plunger member , the diaphragm comprising frustoconical side walls , widening from a top portion of the diaphragm closest to the base of the plunger member and having a diameter substantially the same as the base of the plunger member , towards a base portion ; and c) a substantially rigid, frustoconical receptacle member connected or connectable to the base portion of the diaphragm, the receptacle member tapering from the end connected or connectable to the base of the diaphragm to a base portion defining an aperture , the base portion sized to rest on or within, or be supported by a coffee receptacle, wherein the diaphragm is reversibly displaceable between a first position where the plunger member is elevated above the diaphragm , and a second position where the plunger member is depressed and the diaphragm is inverted, the plunger member fitting substantially within the inverted frustoconical side walls of the diaphragm , and the inverted diaphragm fitting substantially within the frustoconical receptacle member , and wherein the aperture of the base portion of the frustoconical receptacle comprises, connects or is releasably connectable to, or defines a filter portion that opens the aperture when released.
A monitoring apparatus for monitoring the operating state of a laser vehicle headlamp , wherein the laser vehicle headlamp comprises at least one laser light source and one light conversion element which can be illuminated by the laser light source and which can thereby be excited to emit visible light, wherein the monitoring apparatus has at least one light-sensing device and one comparing device , characterized in that the light-sensing device comprises at least one LED (D1) designed to convert the light received from the laser light source into an electric signal (U D ) which is supplied to the comparing device , wherein the comparing device is designed to compare the electric signal (U D ) with a defined value and to emit an error signal (U O ) depending on the result of the comparison, wherein the light-sensing device comprises at least two LEDs, wherein one of the LEDs is designed to measure the laser light and another one of the LEDs is designed to measure the remaining light that was converted by the light conversion element , wherein the at least two LEDs are connected antiparallel to each other.
Composition (A) for dyeing keratin fibers, comprising: - one or more oxidation dyes; - one or more scleroglucan gums in a total weight content of greater than or equal to 0.5% relative to the total weight of the composition; - one or more alkaline agents chosen from amino acids, preferably basic amino acids, said amino acid(s) being present in a total content of greater than or equal to 1% by weight relative to the weight of the composition. - one or more oxidation dyes; - one or more scleroglucan gums in a total weight content of greater than or equal to 0.5% relative to the total weight of the composition; - one or more alkaline agents chosen from amino acids, preferably basic amino acids, said amino acid(s) being present in a total content of greater than or equal to 1% by weight relative to the weight of the composition.
An audio apparatus for generating a flutter echo audio signal, the audio apparatus comprising: a receiver arranged to receive room metadata indicative of properties of a room; an estimator arranged to determine a flutter echo estimate for the room in response to the room metadata, the flutter echo estimate being indicative of a level of a flutter echo in the room; a signal generator including a feedback delay network comprising a plurality of feedback loops, the signal generator being arranged to generate the flutter echo audio signal from output signals of a set of feedback loops of the plurality of feedback loops being fed an audio source signal; and an adapter arranged to adapt a first parameter for a first feedback loop of the set of feedback loops in response to the flutter echo estimate. a receiver arranged to receive room metadata indicative of properties of a room; an estimator arranged to determine a flutter echo estimate for the room in response to the room metadata, the flutter echo estimate being indicative of a level of a flutter echo in the room; a signal generator including a feedback delay network comprising a plurality of feedback loops, the signal generator being arranged to generate the flutter echo audio signal from output signals of a set of feedback loops of the plurality of feedback loops being fed an audio source signal; and an adapter arranged to adapt a first parameter for a first feedback loop of the set of feedback loops in response to the flutter echo estimate.
A method of manufacturing a tamper-evident closure , comprising the steps of: (a) forming a body having a base and a lid , in which the base and lid are formed with an integral hinge ; and (b) inserting a dispensing member and a tamper-evident member into the body, in which the dispensing member comprises or includes a spout, in which: the body is formed with the lid in an open position, prior to inserting the tamper-evident member and the dispensing member into the body the lid is closed onto the base , and wherein the tamper-evident member secures the lid in a closed position prior to inserting the dispensing member into the body. (a) forming a body having a base and a lid , in which the base and lid are formed with an integral hinge ; and (b) inserting a dispensing member and a tamper-evident member into the body, in which the dispensing member comprises or includes a spout, in which: the body is formed with the lid in an open position, prior to inserting the tamper-evident member and the dispensing member into the body the lid is closed onto the base , and wherein the tamper-evident member secures the lid in a closed position prior to inserting the dispensing member into the body. the body is formed with the lid in an open position, prior to inserting the tamper-evident member and the dispensing member into the body the lid is closed onto the base , and wherein the tamper-evident member secures the lid in a closed position prior to inserting the dispensing member into the body.
A power receiving apparatus comprising: - a power reception coil (L2) configured to wirelessly receive a transmitted power from a power transmission apparatus, - a battery configured to be charged by the transmitted power, and - a memory that stores a threshold Quality Factor unique to the power receiving apparatus prior to receiving the transmitted power, wherein the power receiving apparatus is configured to send the threshold Quality Factor to the power transmission apparatus before the transmitted power is supplied to the battery. wherein the threshold Quality Factor is predetermined when no foreign matter is near the power receiving apparatus . - a power reception coil (L2) configured to wirelessly receive a transmitted power from a power transmission apparatus, - a battery configured to be charged by the transmitted power, and - a memory that stores a threshold Quality Factor unique to the power receiving apparatus prior to receiving the transmitted power, wherein the power receiving apparatus is configured to send the threshold Quality Factor to the power transmission apparatus before the transmitted power is supplied to the battery.
A collision avoidance management system for a first crane (G1) in a job site on which a second crane (G2) is disposed, the second crane being mobile, the system comprising: - a collision avoidance system for the first crane, configured to avoid a collision between the first crane and its environment, - a communication device configured to receive from the second crane an indication of the position of the second crane in the job site and to send to the second crane confirmation of receipt of the indication of the position of the second crane in the job site when the indication of the position of the second crane corresponds to a distance from the first crane less than or equal to a first threshold value Zc, - a collision avoidance management module for the first crane, configured to activate the collision avoidance system of the first crane when the indication of the position of the second crane corresponds to a distance from the first crane less than or equal to a second threshold value Zd less than the first threshold value Zc. - a collision avoidance system for the first crane, configured to avoid a collision between the first crane and its environment, - a communication device configured to receive from the second crane an indication of the position of the second crane in the job site and to send to the second crane confirmation of receipt of the indication of the position of the second crane in the job site when the indication of the position of the second crane corresponds to a distance from the first crane less than or equal to a first threshold value Zc, - a collision avoidance management module for the first crane, configured to activate the collision avoidance system of the first crane when the indication of the position of the second crane corresponds to a distance from the first crane less than or equal to a second threshold value Zd less than the first threshold value Zc.
Method for fabricating a silicon-based micromechanical component comprising the following steps: a) taking a silicon-based substrate ; b) forming a mask pierced with holes on a horizontal portion of the substrate ; c) etching, in an etching chamber, according to substantially vertical walls , in a part of the thickness of the substrate , from holes of the mask , in order to form a peripheral wall forming gearing comprising a reduced contact surface of the micromechanical component ; d) forming a protective layer only on the vertical walls , leaving the bottom of the etch made in step c) without any protective layer; e) etching, in the etching chamber, according to predetermined oblique walls , in the remaining thickness of the substrate from the bottom , which has no protective layer, in order to form oblique lower surfaces beneath the peripheral walls of the micromechanical component, so that each oblique lower surface of the peripheral wall forms with a vertical surface of this wall an angle larger than 10° and smaller than 45° and preferably comprised between 20 and 40°; f) releasing the micromechanical component from the mask and from the substrate , and in that step e) is achieved by mixing an etching gas and a passivation gas in the etching chamber in order to form oblique walls , and during this step e), the continuous etching and passivation gas flows are pulsed to enhance etching of the cavity bottom. a) taking a silicon-based substrate ; b) forming a mask pierced with holes on a horizontal portion of the substrate ; c) etching, in an etching chamber, according to substantially vertical walls , in a part of the thickness of the substrate , from holes of the mask , in order to form a peripheral wall forming gearing comprising a reduced contact surface of the micromechanical component ; d) forming a protective layer only on the vertical walls , leaving the bottom of the etch made in step c) without any protective layer; e) etching, in the etching chamber, according to predetermined oblique walls , in the remaining thickness of the substrate from the bottom , which has no protective layer, in order to form oblique lower surfaces beneath the peripheral walls of the micromechanical component, so that each oblique lower surface of the peripheral wall forms with a vertical surface of this wall an angle larger than 10° and smaller than 45° and preferably comprised between 20 and 40°; f) releasing the micromechanical component from the mask and from the substrate , and
A scintillation crystal comprising: Ln (1-y) RE y X 3 :Ca, wherein: Ln represents a rare earth element; RE represents a different rare earth element; y has a value in a range of 0 to 1; X represents a halogen; and the scintillation crystal is formed from a melt having a Ca concentration of at least approximately 0.02 wt.%. Ln represents a rare earth element; RE represents a different rare earth element; y has a value in a range of 0 to 1; X represents a halogen; and the scintillation crystal is formed from a melt having a Ca concentration of at least approximately 0.02 wt.%.
A multi-piece electromagnetic radiation and heat dissipation shield for electrical components, comprising: a fence having sidewalls forming an enclosure surrounding electrical components; a lid having a top wall , an interior wall depending from the top wall and defining a recess , a shelf extending from the interior wall and offset from the top wall, the shelf having an inner edge defining an aperture , and a plurality of depending fingers about an outer periphery of the lid, the plurality of depending fingers engaging the sidewalls of the fence; and an insert having a perimeter sized and shaped to be received within the recess and on the shelf, wherein a bottom surface of the insert rests on the shelf, wherein the insert is press fit and/or interference fit into the lid ; wherein the lid is manufactured from a single sheet of metal that is stamped, punched, pressed, and/or bent; wherein the insert is formed by stamping and is made of a different and/or thicker material than the lid . a fence having sidewalls forming an enclosure surrounding electrical components; a lid having a top wall , an interior wall depending from the top wall and defining a recess , a shelf extending from the interior wall and offset from the top wall, the shelf having an inner edge defining an aperture , and a plurality of depending fingers about an outer periphery of the lid, the plurality of depending fingers engaging the sidewalls of the fence; and an insert having a perimeter sized and shaped to be received within the recess and on the shelf, wherein a bottom surface of the insert rests on the shelf, wherein the insert is press fit and/or interference fit into the lid ; wherein the lid is manufactured from a single sheet of metal that is stamped, punched, pressed, and/or bent; wherein the insert is formed by stamping and is made of a different and/or thicker material than the lid .
A method of increasing a ratio of di-complex content to unreacted boric acid in a preparative reaction for producing fructoborate complexes, wherein said complexes are prepared by a method comprising: selecting a molar ratio between a fructose and boric acid of between 1.8:1 and 2.4:1; reacting the fructose and boric acid in an aqueous solution at the molar ratio to generate a liquid composition comprising fructoborate di-complexes and borate, wherein the preparative scale for the reaction is at least 1000 ml; and drying the liquid composition to generate a dry product comprising fructoborate di-complexes and borate. selecting a molar ratio between a fructose and boric acid of between 1.8:1 and 2.4:1; reacting the fructose and boric acid in an aqueous solution at the molar ratio to generate a liquid composition comprising fructoborate di-complexes and borate, wherein the preparative scale for the reaction is at least 1000 ml; and drying the liquid composition to generate a dry product comprising fructoborate di-complexes and borate.
An ink delivery device for delivering ink from an ink reservoir to an ink ejection device, the ink delivery device comprising: an ink die with a first surface (208-1) which is a first mounting surface on a reservoir side of the ink die; an overmold encapsulating a number of surfaces of the ink die, including the first surface, the overmold having a second surface (208-2) that is wider than the first surface, in which the second surface receives an adhesive to attach the ink delivery device to a printhead ; and an ink slot passing through the overmold and at least a portion of the ink die. an ink die with a first surface (208-1) which is a first mounting surface on a reservoir side of the ink die; an overmold encapsulating a number of surfaces of the ink die, including the first surface, the overmold having a second surface (208-2) that is wider than the first surface, in which the second surface receives an adhesive to attach the ink delivery device to a printhead ; and an ink slot passing through the overmold and at least a portion of the ink die.
A method comprising: determining , by an assistant executing at one or more processors , a default group of actions that the assistant is configured to execute in response to receiving a particular audible command; determining, by the assistant, that a new computing device not previously associated with a particular user is now associated with the particular user; responsive to determining that the new computing device is now associated with the particular user, customizing the default group of actions to generate a custom group of actions that the assistant is configured to execute in response to receiving the particular audible command from the particular user, wherein the custom group of actions includes one or more additional actions associated with the new computing device that are not included in the default group of actions; receiving , by the assistant, an indication of the particular audible command; determining , by the assistant, whether the indication of particular audible command originated from the particular user; responsive to determining that the indication of particular audible command originated from the particular user, executing , by the assistant, each action from the custom group of actions; and responsive to determining that the indication of particular audible command did not originate from the particular user, executing , by the assistant, each action from the default group of actions. determining , by an assistant executing at one or more processors , a default group of actions that the assistant is configured to execute in response to receiving a particular audible command; determining, by the assistant, that a new computing device not previously associated with a particular user is now associated with the particular user; responsive to determining that the new computing device is now associated with the particular user, customizing the default group of actions to generate a custom group of actions that the assistant is configured to execute in response to receiving the particular audible command from the particular user, wherein the custom group of actions includes one or more additional actions associated with the new computing device that are not included in the default group of actions; receiving , by the assistant, an indication of the particular audible command; determining , by the assistant, whether the indication of particular audible command originated from the particular user; responsive to determining that the indication of particular audible command originated from the particular user, executing , by the assistant, each action from the custom group of actions; and responsive to determining that the indication of particular audible command did not originate from the particular user, executing , by the assistant, each action from the default group of actions.