mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a clothing care machine, wherein the clothing care machine is provided with a steam generator and a steam handle, and the steam handle is provided with a human body sensing module, and the method comprises: controlling the human body sensing module to sense whether the steam handle is operated by a user; controlling an operation state of the steam generator according to a touch signal sensed by the human body sensing module; characterized in that, the steam generator is configured with a heating driver module, the clothing care machine is further provided with a control unit and a wireless communication module, the control unit is coupled to the steam handle and the heating driver module, the wireless communication module is coupled between the control unit and the heating driver module via a wireless communication network, and configured to transmit a control instruction from the control unit to the heating driver module; the method further comprises: obtaining a heating instruction sent by the control unit via the wireless communication module, and controlling the steam generator to heat; and obtaining a stop heating instruction sent by the control unit via the wireless communication module, and controlling the steam generator to stop heating. controlling the human body sensing module to sense whether the steam handle is operated by a user; controlling an operation state of the steam generator according to a touch signal sensed by the human body sensing module; characterized in that, the steam generator is configured with a heating driver module, the clothing care machine is further provided with a control unit and a wireless communication module, the control unit is coupled to the steam handle and the heating driver module, the wireless communication module is coupled between the control unit and the heating driver module via a wireless communication network, and configured to transmit a control instruction from the control unit to the heating driver module; the method further comprises: obtaining a heating instruction sent by the control unit via the wireless communication module, and controlling the steam generator to heat; and obtaining a stop heating instruction sent by the control unit via the wireless communication module, and controlling the steam generator to stop heating. obtaining a heating instruction sent by the control unit via the wireless communication module, and controlling the steam generator to heat; and obtaining a stop heating instruction sent by the control unit via the wireless communication module, and controlling the steam generator to stop heating.
A method for the synthesis of a N-protected 3,6-bis-aminoalkyl-2,5-diketopiperazine of Formula I, wherein PG is selected from CBz, Boc, trifluoroacetyl, and acetyl and wherein n is from 1 to 8; the method comprising: adding a cyclic α-N protected active amino ester according Formula II wherein PG is selected from CBz, Boc, trifluoroacetyl, and acetyl, wherein X is C, and wherein n is from 1 to 8; to a mixture of an amidoxime in an organic solvent.
A hemodialysis and vascular access system to shunt blood between a vein and an artery, said system having a single lumen comprising: a tube having first and second ends, said first end adapted to be anastomosed to said artery; and characterised by a catheter, comprising tubing having a first end and a second end, said second end being connected to said second end of said tube; said tube and said catheter being adapted to be entirely subcutaneous in use and to provide continuous blood flow; wherein said first end of the catheter is adapted for percutaneous insertion in said vein; and by said catheter having a site for entering said vein, said site being away from said first end of said catheter so that, in use, said first end can be located downstream in said vein; and needle receiving sites between said first end of said tube and said first end of said catheter. a tube having first and second ends, said first end adapted to be anastomosed to said artery; and characterised by a catheter, comprising tubing having a first end and a second end, said second end being connected to said second end of said tube; said tube and said catheter being adapted to be entirely subcutaneous in use and to provide continuous blood flow; wherein said first end of the catheter is adapted for percutaneous insertion in said vein; and by said catheter having a site for entering said vein, said site being away from said first end of said catheter so that, in use, said first end can be located downstream in said vein; and needle receiving sites between said first end of said tube and said first end of said catheter.
An apparatus to isolate parasites from organic tissue with a chamber that can be closed airtight and into which a rotation apparatus is introduced which is designed to comminute and mix an organic tissue introduced into the chamber, wherein a first supply apparatus that is designed as a water supply apparatus is provided to automatically supply water at a specifiable amount to the chamber, wherein a second supply apparatus that is designed as a digestive preparation supply apparatus is provided to automatically supply a digestive preparation at a specifiable amount to the chamber, and wherein a control apparatus is provided that is designed to control the rotation apparatus, the first supply apparatus and the second supply apparatus, wherein the rotation apparatus comprises a stirring apparatus that has first and second stirring arms (24, 24', 24", 24"', 25, 25'), wherein at least a first stirring arm (24-24'") is provided that is elongated and is angled at an angle of +30° to -30° to a perpendicular of a rotational axis of the rotation apparatus, wherein at least one first steering arm (24', 24'") is angled upward, and at least one first stirring arm (24, 24") is angled downward, wherein at least one second stirring arm (25, 25') is provided that is at least partially angled downward at an angle of 60° to 120°, in particular 70° to 90°, toward a chamber floor of the chamber.
A network intersection structure for a cargo net, a ladder, a stretcher or a rescue cradle, the network intersection comprising a first elongate non-rigid element, a second elongate non-rigid element and an elongate central component, wherein: the first non-rigid element comprises a longitudinal axis, a width perpendicular to the longitudinal axis, an axially-oriented bore and a transverse passage extending across the whole width of the first non-rigid element, the second non-rigid element comprises a longitudinal axis, a width perpendicular to the longitudinal axis and a transverse passage extending across the whole width of the second non-rigid element, and the central component is positioned within the axially-oriented bore of the first non-rigid element and the transverse passages (9, 13) of the first and second non-rigid elements (2, 6). the first non-rigid element comprises a longitudinal axis, a width perpendicular to the longitudinal axis, an axially-oriented bore and a transverse passage extending across the whole width of the first non-rigid element, the second non-rigid element comprises a longitudinal axis, a width perpendicular to the longitudinal axis and a transverse passage extending across the whole width of the second non-rigid element, and the central component is positioned within the axially-oriented bore of the first non-rigid element and the transverse passages (9, 13) of the first and second non-rigid elements (2, 6).
A portable electronic device, comprising: a single piece seamless housing having a front opening, the single piece housing comprising a bottom wall and side walls cooperating with the bottom wall to form a cavity in cooperation with the front opening, the side walls being rounded such that they form a curved side surface and an undercut within the cavity, the side walls further defining an edge that defines the front opening; a cover disposed within the front opening and attached to the seamless housing without a bezel, the cover having a flat top surface and being disposed within the cavity at the front opening, the cover substantially filling the front opening between the side walls, the flat top surface being substantially flush with an upper surface of the edge of the side walls, wherein the cover is attached to a metal frame member, and wherein the metal frame member is mounted to the housing within the cavity of the housing; and a display attached to the metal frame member and visible through the cover. a single piece seamless housing having a front opening, the single piece housing comprising a bottom wall and side walls cooperating with the bottom wall to form a cavity in cooperation with the front opening, the side walls being rounded such that they form a curved side surface and an undercut within the cavity, the side walls further defining an edge that defines the front opening; a cover disposed within the front opening and attached to the seamless housing without a bezel, the cover having a flat top surface and being disposed within the cavity at the front opening, the cover substantially filling the front opening between the side walls, the flat top surface being substantially flush with an upper surface of the edge of the side walls, wherein the cover is attached to a metal frame member, and wherein the metal frame member is mounted to the housing within the cavity of the housing; and a display attached to the metal frame member and visible through the cover.
A bleed valve for a gas turbine engine, the bleed valve comprising: • an inlet coupled to an air source; • an outlet coupled to an air sink; • a first stage comprising one or more elements or valve members which modulate the flow area between the inlet and the outlet when actuated; • a second stage comprising one or more elements or valve members which modulate the flow area between the first stage and the outlet when actuated; and, • a controller to control the modulation of the flow area of at least one of the first stage and second stage, wherein the controller is configured to equalise the pressure drop across the first stage and the second stage. • an inlet coupled to an air source; • an outlet coupled to an air sink; • a first stage comprising one or more elements or valve members which modulate the flow area between the inlet and the outlet when actuated; • a second stage comprising one or more elements or valve members which modulate the flow area between the first stage and the outlet when actuated; and, • a controller to control the modulation of the flow area of at least one of the first stage and second stage, wherein the controller is configured to equalise the pressure drop across the first stage and the second stage.
A nucleic acid for inhibiting expression of TMPRSS6, comprising a duplex region that comprises a first strand and a second strand that is at least partially complementary to the first strand, wherein said first strand is at least partially complementary to a portion of RNA transcribed from the TMPRSS6 gene, wherein said nucleic acid comprises the following first strand: 5' - 3': aaccagaagaagcagguga; optionally wherein the nucleic acid further comprises the following second strand: 5' - 3': ucaccugcuucuucugguu. 5' - 3': aaccagaagaagcagguga; optionally wherein the nucleic acid further comprises the following second strand: 5' - 3': ucaccugcuucuucugguu.
A pharmaceutical composition comprising: -methyl-3-[4-(2-hydroxy-3-isopropylamino) propoxy] phenylpropionate or a pharmaceutically acceptable salt thereof, wherein the -methyl-3-[4-(2-hydroxy-3-isopropylamino) propoxy] phenylpropionate or pharmaceutically acceptable salt thereof is present at a concentration between 60 mM and 150 mM, and wherein the pharmaceutical composition contains less than 10% by weight of -methyl-3-[4-(2-hydroxy-3-isopropylamino) propoxy] phenylpropionate or pharmaceutically acceptable salt thereof based on the total amount of methyl-3-[4-(2-hydroxy-3-isopropylamino) propoxy] phenylpropionate or a pharmaceutically acceptable salt thereof in the composition.
A method of managing a plurality of photovoltaic devices each photovoltaic device comprising one single input electrode, one single output electrode and a p-n junction semiconductor body positioned between the input electrode and the output electrode, wherein the DC current generated by each photovoltaic device flows from the respective input electrode to the respective output electrode through the semiconductor body, said method comprising: applying a first component of a voltage signal generated by a common voltage pulser circuit connected in parallel to all photovoltaic devices to the single input electrode of each of the plurality of photovoltaic devices, the first component including a series of voltage pulses (VApp) and comprising an on state for generating an external electric field across each semiconductor body of said photovoltaic devices; applying a second component of the voltage signal to said photovoltaic devices, the second component comprising an off cycle between adjacent first components; and superimposing the first component on top of an existing voltage generated by the photovoltaic devices. applying a first component of a voltage signal generated by a common voltage pulser circuit connected in parallel to all photovoltaic devices to the single input electrode of each of the plurality of photovoltaic devices, the first component including a series of voltage pulses (VApp) and comprising an on state for generating an external electric field across each semiconductor body of said photovoltaic devices; applying a second component of the voltage signal to said photovoltaic devices, the second component comprising an off cycle between adjacent first components; and superimposing the first component on top of an existing voltage generated by the photovoltaic devices.
A process for the preparation and purification of protein(s), comprising - obtaining proteins made by recombinant expression or tissue culture by cell lysis in the absence of detergent to obtain a cell lysate, - capturing the protein(s) by the addition of divalent ionic salts having a concentration in the range from 0.2% to 10% to form an insoluble matrix, - obtaining the insoluble matrix and centrifuging it to separate the bound protein mass, - obtaining the pellet and desorbing it repeatedly by using either Tris buffer of pH 8.0 to 8.5 or Tris buffer with EDTA at pH 7.0 to 8.0, and - recovering the said protein(s), wherein the divalent cations of the salts are selected from Zn, Ca and Mg or combinations thereof and the anions of the salts are selected from acetate, phosphate and chloride. - obtaining proteins made by recombinant expression or tissue culture by cell lysis in the absence of detergent to obtain a cell lysate, - capturing the protein(s) by the addition of divalent ionic salts having a concentration in the range from 0.2% to 10% to form an insoluble matrix, - obtaining the insoluble matrix and centrifuging it to separate the bound protein mass, - obtaining the pellet and desorbing it repeatedly by using either Tris buffer of pH 8.0 to 8.5 or Tris buffer with EDTA at pH 7.0 to 8.0, and - recovering the said protein(s), wherein the divalent cations of the salts are selected from Zn, Ca and Mg or combinations thereof and the anions of the salts are selected from acetate, phosphate and chloride.
A system for waste system pressure management, comprising: an electronically controlled valve coupled to a suction path of an aircraft waste system; and a controller communicatively coupled to the electronically controlled valve, the controller configured to: determine a pressure differential between an aircraft cabin and a vacuum source for the suction path; and generate one or more signals to actuate the electronically controlled valve from a first position to a second position to regulate a pressure in the suction path when the pressure differential between the aircraft cabin and the vacuum source exceeds a threshold pressure differential, wherein the electronically controlled valve is configured to allow more airflow through the electronically controlled valve in the second position than in the first position. an electronically controlled valve coupled to a suction path of an aircraft waste system; and a controller communicatively coupled to the electronically controlled valve, the controller configured to: determine a pressure differential between an aircraft cabin and a vacuum source for the suction path; and generate one or more signals to actuate the electronically controlled valve from a first position to a second position to regulate a pressure in the suction path when the pressure differential between the aircraft cabin and the vacuum source exceeds a threshold pressure differential, wherein the electronically controlled valve is configured to allow more airflow through the electronically controlled valve in the second position than in the first position. determine a pressure differential between an aircraft cabin and a vacuum source for the suction path; and generate one or more signals to actuate the electronically controlled valve from a first position to a second position to regulate a pressure in the suction path when the pressure differential between the aircraft cabin and the vacuum source exceeds a threshold pressure differential, wherein the electronically controlled valve is configured to allow more airflow through the electronically controlled valve in the second position than in the first position.
Fluid lens for the controlled adjustment of a variable focal length for a light guided through the fluid lens, comprising: a) a carrier having a light transition area for the light; b) a fluid drop which is highly transparent to the light and arranged on the carrier above the light transition area as part of a lens function; c) a ferrofluid which is arranged above the fluid drop such that it surrounds and contacts the fluid drop at least at those surfaces which are not in direct contact with the carrier; d) a magnet means arranged below the carrier and around the light transition area in order to draw the ferrofluid arranged on the carrier towards the carrier and keep it in its position on the carrier in all possible spatial positions of the fluid lens, keeping the fluid drop in its position on the carrier as well; and e) a temperature element which is arranged so as to be in thermal connection with the fluid drop in order to bring the fluid drop to a predetermined temperature and accordingly alter the surface tension of the fluid drop by means of the predetermined temperature in order to adjust the focal length thereby. a) a carrier having a light transition area for the light; b) a fluid drop which is highly transparent to the light and arranged on the carrier above the light transition area as part of a lens function; c) a ferrofluid which is arranged above the fluid drop such that it surrounds and contacts the fluid drop at least at those surfaces which are not in direct contact with the carrier; d) a magnet means arranged below the carrier and around the light transition area in order to draw the ferrofluid arranged on the carrier towards the carrier and keep it in its position on the carrier in all possible spatial positions of the fluid lens, keeping the fluid drop in its position on the carrier as well; and e) a temperature element which is arranged so as to be in thermal connection with the fluid drop in order to bring the fluid drop to a predetermined temperature and accordingly alter the surface tension of the fluid drop by means of the predetermined temperature in order to adjust the focal length thereby.
A flow sensing ozone converter, comprising: an inlet housing extending between a first inlet housing end and a second inlet housing end; an outlet housing extending between a first outlet housing end and a second outlet housing end; and an ozone converter core that is removably coupled to at least one of the inlet housing and the outlet housing, the ozone converter core having an ozone converter flange that is disposed between the second inlet housing end and the first outlet housing end; wherein the ozone converter core is at least partially disposed within the inlet housing; characterized in that the flow sensing ozone converter comprises a flow sensor assembly fluidly connected to the inlet housing, by at least one pressure sense hole of a restriction section defining a throat of the inlet housing, wherein the flow sensor assembly includes: - a heat shield that is at least partially disposed about and is secured to the inlet housing; - a first pressure sensor disposed on a first portion of the heat shield; and - a second pressure sensor disposed on a second portion of the heat shield that is disposed opposite the first portion. an inlet housing extending between a first inlet housing end and a second inlet housing end; an outlet housing extending between a first outlet housing end and a second outlet housing end; and an ozone converter core that is removably coupled to at least one of the inlet housing and the outlet housing, the ozone converter core having an ozone converter flange that is disposed between the second inlet housing end and the first outlet housing end; wherein the ozone converter core is at least partially disposed within the inlet housing; characterized in that the flow sensing ozone converter comprises a flow sensor assembly fluidly connected to the inlet housing, by at least one pressure sense hole of a restriction section defining a throat of the inlet housing, wherein the flow sensor assembly includes: - a heat shield that is at least partially disposed about and is secured to the inlet housing; - a first pressure sensor disposed on a first portion of the heat shield; and - a second pressure sensor disposed on a second portion of the heat shield that is disposed opposite the first portion. - a heat shield that is at least partially disposed about and is secured to the inlet housing; - a first pressure sensor disposed on a first portion of the heat shield; and - a second pressure sensor disposed on a second portion of the heat shield that is disposed opposite the first portion.
An applicator for applying a product to the eyebrows, comprising - a stem, - an application member which is fixed to one end of the stem and comprises: • a body having a free end and having an application face with a portion whose width decreases in the direction of the free end, • spikes projecting from the application face, at least some of them being connected to the portion of decreasing width, with a succession of at least three spikes in the direction of its width of the application face and a succession of at least three spikes in the direction of its length, characterized in that the application face to which the spikes are connected is inclined with respect to the longitudinal axis of the application member. - a stem, - an application member which is fixed to one end of the stem and comprises: • a body having a free end and having an application face with a portion whose width decreases in the direction of the free end, • spikes projecting from the application face, at least some of them being connected to the portion of decreasing width, with a succession of at least three spikes in the direction of its width of the application face and a succession of at least three spikes in the direction of its length, • a body having a free end and having an application face with a portion whose width decreases in the direction of the free end, • spikes projecting from the application face, at least some of them being connected to the portion of decreasing width, with a succession of at least three spikes in the direction of its width of the application face and a succession of at least three spikes in the direction of its length,