mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising a ribonucleic acid aptamer, characterized in that the pharmaceutical composition comprises a ribonucleic acid aptamer and a pharmaceutically acceptable carrier, wherein, the ribonucleic acid aptamer is selected from: a ribonucleic acid aptamer having a nucleotide sequence as shown in SEQ ID NO: 1; or a ribonucleic acid aptamer capable of hybridizing with a nucleotide sequence shown in SEQ ID NO: 1 under stringent conditions and having a function of specifically binding to human non-small cell lung cancer cells; or a ribonucleic acid aptamer having 80% or more identity with the nucleotide sequence shown in SEQ ID NO: 1 and having a function of specifically binding to human non-small cell lung cancer cells; or a ribonucleic acid aptamer being a truncation of the nucleotide sequence shown in SEQ ID NO: 1 and having a function of specifically binding to human non-small cell lung cancer cells; or a ribonucleic acid aptamer having a nucleotide sequence complementary to a nucleotide sequence of the ribonucleic acid aptamer defined by any one of to. a ribonucleic acid aptamer having a nucleotide sequence as shown in SEQ ID NO: 1; or a ribonucleic acid aptamer capable of hybridizing with a nucleotide sequence shown in SEQ ID NO: 1 under stringent conditions and having a function of specifically binding to human non-small cell lung cancer cells; or a ribonucleic acid aptamer having 80% or more identity with the nucleotide sequence shown in SEQ ID NO: 1 and having a function of specifically binding to human non-small cell lung cancer cells; or a ribonucleic acid aptamer being a truncation of the nucleotide sequence shown in SEQ ID NO: 1 and having a function of specifically binding to human non-small cell lung cancer cells; or a ribonucleic acid aptamer having a nucleotide sequence complementary to a nucleotide sequence of the ribonucleic acid aptamer defined by any one of to.
A method of monitoring usage of a lighting system using apparatus comprising a processor, the method comprising: the processor receiving an output from at least one component (3,5,6) of a lighting system, the output indicating usage of the lighting system by a user; the processor accessing a database of available lighting system products; the processor selecting a lighting system product from the database in view of the usage of the lighting system by the user; and the processor arranging for an indication of the selected lighting system product to be provided to the user; wherein the usage of the lighting system indicates that the user frequently sets a light source dimmer control of a light source to a maximum or a minimum setting, or that the user is attempting to select a color to be rendered by the lighting system that is not a color that can be rendered by the lighting system; and wherein the processor arranges for an indication to be provided to the user of a light source that provides a greater maximum output or a lesser minimum output respectively, or for an indication to be provided to the user of a light source that will allow the selected color to be rendered, respectively. the processor receiving an output from at least one component (3,5,6) of a lighting system, the output indicating usage of the lighting system by a user; the processor accessing a database of available lighting system products; the processor selecting a lighting system product from the database in view of the usage of the lighting system by the user; and the processor arranging for an indication of the selected lighting system product to be provided to the user; wherein the usage of the lighting system indicates that the user frequently sets a light source dimmer control of a light source to a maximum or a minimum setting, or that the user is attempting to select a color to be rendered by the lighting system that is not a color that can be rendered by the lighting system; and wherein the processor arranges for an indication to be provided to the user of a light source that provides a greater maximum output or a lesser minimum output respectively, or for an indication to be provided to the user of a light source that will allow the selected color to be rendered, respectively.
A compressor, comprising: a compressor body; and a compression cavity having an enthalpy increasing gas supply port; characterized in that the compressor further comprises: a flash cavity for flashing a liquid refrigerant, arranged on the compressor body, and having a flash cavity inlet for communicating with an outlet of a condenser, a flash cavity gas outlet, and a flash cavity liquid outlet for communicating with an inlet of an evaporator; and a communicating passage communicating with the flash cavity gas outlet of the flash cavity and the enthalpy increasing gas supply port of the compression cavity. a compressor body; and a compression cavity having an enthalpy increasing gas supply port; characterized in that the compressor further comprises: a flash cavity for flashing a liquid refrigerant, arranged on the compressor body, and having a flash cavity inlet for communicating with an outlet of a condenser, a flash cavity gas outlet, and a flash cavity liquid outlet for communicating with an inlet of an evaporator; and a communicating passage communicating with the flash cavity gas outlet of the flash cavity and the enthalpy increasing gas supply port of the compression cavity. a flash cavity for flashing a liquid refrigerant, arranged on the compressor body, and having a flash cavity inlet for communicating with an outlet of a condenser, a flash cavity gas outlet, and a flash cavity liquid outlet for communicating with an inlet of an evaporator; and a communicating passage communicating with the flash cavity gas outlet of the flash cavity and the enthalpy increasing gas supply port of the compression cavity.
Hand-held sweeping machine, comprising at least one sweeping means mounted to be rotatable about a rotational axis, at least one drive means associated with the at least one sweeping means, by means of which the sweeping means is drivable for rotation about the rotational axis, and a freewheel clutch device provided between the at least one sweeping means and the at least one associated drive means, wherein the freewheel clutch device comprises a coupling sleeve (25, 29, 32) and a coupling ring (5, 6, 8) received in the coupling sleeve (25, 29, 32) for unidirectional transmission of motion, characterized in that the coupling ring (5, 6, 8) is made of synthetic material and has a plurality of elastically deformable slats (51, 61, 81) molded thereon and projecting in the direction of the coupling sleeve (25, 29, 32).
An Ethernet data processing method, applicable to data processing at a transmit end, comprising: • performing line coding on data from a media access control layer, so as to obtain serial data code blocks; • performing Forward Error Correction, FEC, coding on the serial data code blocks, so as to obtain FEC frames, which specifically comprises: inserting Y check bits every X consecutive data bits, wherein the Y check bits are generated when FEC coding is performed on the X consecutive data bits, and each of the FEC frames comprises the X consecutive data bits and the Y check bits that are generated when FEC coding is performed on the X consecutive data bits, wherein X and Y are both positive integers; and • distributing, at a distribution granularity of a bits, Q FEC frames successively to N virtual channels, wherein a, Q and N are positive integers, a is less than a quantity of bits comprised in each of the FEC frames, characterized in that the distributing, at the distribution granularity of the bits, Q FEC frames successively to N virtual channels specifically comprises: ∘ inserting, every (Q×(X+Y))/(N×a)-th of the distribution granularity, at least one alignment word into each virtual channel, wherein a value of Q enables data of the Q FEC frames to be evenly distributed to the N virtual channels. • performing line coding on data from a media access control layer, so as to obtain serial data code blocks; • performing Forward Error Correction, FEC, coding on the serial data code blocks, so as to obtain FEC frames, which specifically comprises: inserting Y check bits every X consecutive data bits, wherein the Y check bits are generated when FEC coding is performed on the X consecutive data bits, and each of the FEC frames comprises the X consecutive data bits and the Y check bits that are generated when FEC coding is performed on the X consecutive data bits, wherein X and Y are both positive integers; and • distributing, at a distribution granularity of a bits, Q FEC frames successively to N virtual channels, wherein a, Q and N are positive integers, a is less than a quantity of bits comprised in each of the FEC frames, ∘ inserting, every (Q×(X+Y))/(N×a)-th of the distribution granularity, at least one alignment word into each virtual channel, wherein a value of Q enables data of the Q FEC frames to be evenly distributed to the N virtual channels.
A (meth)acrylate composition comprising: at least one (meth)acrylate compound selected from the group consisting of a (meth)acrylate-modified silicone oil, a (meth)acrylate having a long-chain aliphatic hydrocarbon group, and a polyalkylene glycol (meth)acrylate having number-average molecular weight of not less than 400, a (meth)acrylate compound to which an alicyclic hydrocarbon group having 6 or more carbon atoms is ester-linked, (meth)acrylic acid or a (meth)acrylate compound having a polar group, a radical polymerization initiator, and a white pigment; wherein the amount of the component is 5 to 90% by mass, the amount of the component is 5 to 90% by mass, and the amount of the component is 0.5 to 50% by mass, based on totality of the components, and, and the amount of the component is 0.01 to 10 parts by mass and the amount of the component is 3 to 200 parts by mass, relative to 100 parts by mass of totality of the components, and. at least one (meth)acrylate compound selected from the group consisting of a (meth)acrylate-modified silicone oil, a (meth)acrylate having a long-chain aliphatic hydrocarbon group, and a polyalkylene glycol (meth)acrylate having number-average molecular weight of not less than 400, a (meth)acrylate compound to which an alicyclic hydrocarbon group having 6 or more carbon atoms is ester-linked, (meth)acrylic acid or a (meth)acrylate compound having a polar group, a radical polymerization initiator, and a white pigment;
Ball joint (20, 120), in particular for a chassis of a motor vehicle, the ball joint (20, 120) having a housing (21, 121) with a first opening (24, 124), the first opening (24, 124) being enclosed by a circumferential reshaped edge (33, 133), characterized in that the housing (21, 121) has, at an end which lies opposite the first opening (24, 124), a caulking force absorption means (39, 139) which extends in a trough-shaped manner towards the interior of the housing in the direction of the first opening (24, 124) for absorbing a caulking force F which is required for reshaping the circumferential reshaped edge (33, 133), the caulking force absorption means (39, 139) being configured in the form of a recess which is pillar-shaped and at the same time blind bore-like.
A method for correcting a vertical speed of an aircraft, the method comprises: obtaining an instantaneous vertical speed of the aircraft based on inertial data from an inertial reference unit on the aircraft; applying a first correction to the instantaneous vertical speed to generate a baro-inertial vertical speed; and applying a second correction to the baro-inertial vertical speed based on an error between a geometric vertical speed and the baro-inertial vertical speed to obtain a temperature-corrected baro-inertial vertical speed; the method is characterized in that: applying the second correction to the baro-inertial vertical speed comprises applying a time-based function of the error between the geometric vertical speed and the pressure altitude vertical speed; wherein the time-based function of the error is estimated as a moving-average of an instantaneous error between the geometric vertical speed and the baro-inertial vertical speed, over a given portion of time prior to a current time; and wherein the instantaneous error corresponds to: Err inst = V z, Geom V z, Press ⋅ V z, BI − V z, BI where V z,Geom is a geometric vertical speed, V z,Press is a pressure altitude vertical speed, and V z,BI is the baro-inertial vertical speed. obtaining an instantaneous vertical speed of the aircraft based on inertial data from an inertial reference unit on the aircraft; applying a first correction to the instantaneous vertical speed to generate a baro-inertial vertical speed; and applying a second correction to the baro-inertial vertical speed based on an error between a geometric vertical speed and the baro-inertial vertical speed to obtain a temperature-corrected baro-inertial vertical speed; applying the second correction to the baro-inertial vertical speed comprises applying a time-based function of the error between the geometric vertical speed and the pressure altitude vertical speed; wherein the time-based function of the error is estimated as a moving-average of an instantaneous error between the geometric vertical speed and the baro-inertial vertical speed, over a given portion of time prior to a current time; and wherein the instantaneous error corresponds to: Err inst = V z, Geom V z, Press ⋅ V z, BI − V z, BI where V z,Geom is a geometric vertical speed, V z,Press is a pressure altitude vertical speed, and V z,BI is the baro-inertial vertical speed.
A method of repairing damages of a component made of weldable thermoplastic material(s) or thermoplastic-elastomer composite(s), including the following steps: - cleaning damaged area of the component; - preparing the damaged area for welding preferably by notching of the crack or other type of damage to predetermined shape of a notch; - providing weld filler material, preferably in form of a welding rod; - providing heat to the contact area of weld filler material and the notch and at the same providing pressure to the weld filler material so as to introduce the softened weld filler material into the notch and fuse the weld filler material with the thermoplastic material of the notch walls; - allowing the weld to cool down, characterized in that the component being repaired is an aircraft engine component and the weld filler material is obtained from the original aircraft engine components of weldable thermoplastic material(s) by controlled crushing of the initially prepared components to a granulate of predetermined granule size, melting the granulate and extruding the weld filler material to form regularly shaped rods to be used in the repair method, - cleaning damaged area of the component; - preparing the damaged area for welding preferably by notching of the crack or other type of damage to predetermined shape of a notch; - providing weld filler material, preferably in form of a welding rod; - providing heat to the contact area of weld filler material and the notch and at the same providing pressure to the weld filler material so as to introduce the softened weld filler material into the notch and fuse the weld filler material with the thermoplastic material of the notch walls; - allowing the weld to cool down,
An aerosol-generating device comprising: a cavity for receiving an aerosol-forming substrate; an external heating element of the aerosol-generating device adapted to exclusively externally heat the aerosol-forming substrate when said aerosol-forming substrate is received in the cavity, and an elongate temperature sensor which is provided in the cavity and wherein the elongate temperature sensor is configured to penetrate the aerosol-forming substrate when said aerosol-forming substrate is received in the cavity. a cavity for receiving an aerosol-forming substrate; an external heating element of the aerosol-generating device adapted to exclusively externally heat the aerosol-forming substrate when said aerosol-forming substrate is received in the cavity, and an elongate temperature sensor which is provided in the cavity and wherein the elongate temperature sensor is configured to penetrate the aerosol-forming substrate when said aerosol-forming substrate is received in the cavity.
A capacitive device, comprising: a substrate; an electrically conductive ink layer and a non-electrically conductive ink layer printed on a substrate side in a selected sequence, wherein the electrically conductive ink contains an electrically conductive material in particle form that gives the ink its electrically conductive property; one or more layers printed on another substrate side, the layers selected from one or more non-electrically conductive ink layers, one or more masking layers, one or more graphic artwork layers, and one or more overprint layers. a substrate; an electrically conductive ink layer and a non-electrically conductive ink layer printed on a substrate side in a selected sequence, wherein the electrically conductive ink contains an electrically conductive material in particle form that gives the ink its electrically conductive property; one or more layers printed on another substrate side, the layers selected from one or more non-electrically conductive ink layers, one or more masking layers, one or more graphic artwork layers, and one or more overprint layers.
A material for producing a piezoceramic multi-layer element from a PZT material as a base material, characterised in that an electrically non-conductive sintering aid is added to the base material, wherein the electrically non-conductive sintering aid is selected from trivalent metal oxides, wherein the trivalent metal oxides are selected from Al 2 O 3, Mn 2 O 3 or Cr 2 O 3, or wherein the electrically non-conductive sintering aid contains tetravalent cations selected from InO 2, TlO 2 or SnO 2, or wherein the electrically non-conductive sintering aid contains pentavalent cations selected from P 2 O 5, As 2 O 5 or Bi 2 O 5, or wherein the electrically non-conductive sintering aid consists of combinations of the sintering aids mentioned, and wherein a sintering temperature of the material for the production of the piezoceramic multi-layer element is lower than 900°C, wherein the base material is lead zirconate titanate.
Zirconia-based particles comprising: a) 0.02 to 20 mole percent lanthanide element oxide based on total moles of inorganic oxide in the zirconia-based particles; and b) 0 to 15 mole percent yttrium oxide based on total moles of inorganic oxide in the zirconia-based particles; and wherein the zirconia-based particles are crystalline and have an average primary particle size no greater than 100 nanometers, and wherein the zirconia-based particles comprise at least some organic material in addition to the inorganic oxides, wherein the organic material is sorbed on the surface of the zirconia-based particles, and wherein the organic material sorbed on the surface originates from a carboxylate species selected from the group consisting of anions, acids or both.. a) 0.02 to 20 mole percent lanthanide element oxide based on total moles of inorganic oxide in the zirconia-based particles; and b) 0 to 15 mole percent yttrium oxide based on total moles of inorganic oxide in the zirconia-based particles; and
A fuel storage system comprising: a fuel tank for containing a liquid, said fuel tank enclosing a liquid storage space; and a plurality of spaced apart protrusions extending from an internal surface of the fuel tank into the liquid storage space; wherein each protrusion is limited in its dimensions in directions parallel to the internal surface of the fuel tank, said dimensions being of the same order of magnitude; each protrusion is homogeneous; and the shape of a planform of each protrusion is a polygon. a fuel tank for containing a liquid, said fuel tank enclosing a liquid storage space; and a plurality of spaced apart protrusions extending from an internal surface of the fuel tank into the liquid storage space; wherein each protrusion is limited in its dimensions in directions parallel to the internal surface of the fuel tank, said dimensions being of the same order of magnitude; each protrusion is homogeneous; and the shape of a planform of each protrusion is a polygon.
A method for reducing the visibility of a signal difference between a blue screen and a garbage matte in the background scene of a composite image when the blue screen control signal, Ec, is less than the signal level of an adjoining garbage matte and said visibility reduction does not cause a subject to become semitransparent when closely approaching an edge of the garbage matte, wherein said garbage matte covers non-blue screen parts of an image frame plus an overlap into the blue screen; said method comprised of: a) defining a transition region of said garbage matte, wherein said transition region is from the edge of said garbage matte joining the blue screen where said transition region extends a predetermined distance over said blue screen; and b) adjusting a level of a cleanup signal in proportion to a level of each pixel defining said transition region, wherein the cleanup signal raises the level of the Ec control signal up to the level of each pixel defining said transition region, thereby providing a gradual transition from the level of the Ec control signal, generated from the blue screen, and the garbage matte edge, without affecting the remainder of the image. a) defining a transition region of said garbage matte, wherein said transition region is from the edge of said garbage matte joining the blue screen where said transition region extends a predetermined distance over said blue screen; and b) adjusting a level of a cleanup signal in proportion to a level of each pixel defining said transition region, wherein the cleanup signal raises the level of the Ec control signal up to the level of each pixel defining said transition region, thereby providing a gradual transition from the level of the Ec control signal, generated from the blue screen, and the garbage matte edge, without affecting the remainder of the image.
A steering head for a rotary steering angle sensor on an industrial truck having a steering shaft which is provided for connection to the steering angle sensor, characterised in that an output shaft is provided for a connection to a sensor system for capturing a rotational movement, and a bearing unit (22, 24, 26) is provided which has two bearing rows arranged in O-shape with respect to each other, from which one cooperates with the steering shaft and one with the output shaft, wherein means are provided on the steering- and the output shaft in order to tension the steering- and the output shaft against each other against the bearing unit with a predefined force.
An inhibitor of Rad18 expression or activity, for use in the treatment of a tumor that comprises cancer stem cells and that is resistant to a treatment with a DNA damaging antineoplastic agent, in a patient by killing cancer stem cells, reducing self-renewal of cancer stem cells and/or decreasing the growth of cancer stem cells.