mhurhangee/patent-ind-claim-en huggingface dataset:
A hybrid promoter, comprising: (i) a murine cytomegalovirus (mCMV) enhancer sequence, comprising a mCMV enhancer element (mCMV-E) and a CMV promoter (CMV-P) sequence at its 3' end, operably linked 5' to a rat elongation factor-1 alpha (EF-1alpha) intron sequence; (ii) an intervening first leader sequence operably linked, 3' to the CMV promoter sequence of the mCMV enhancer sequence, and 5' to the rat EF-1alpha intron sequence; and (iii) a second leader sequence operably linked 3' to the rat EF-1alpha intron sequence. (i) a murine cytomegalovirus (mCMV) enhancer sequence, comprising a mCMV enhancer element (mCMV-E) and a CMV promoter (CMV-P) sequence at its 3' end, operably linked 5' to a rat elongation factor-1 alpha (EF-1alpha) intron sequence; (ii) an intervening first leader sequence operably linked, 3' to the CMV promoter sequence of the mCMV enhancer sequence, and 5' to the rat EF-1alpha intron sequence; and (iii) a second leader sequence operably linked 3' to the rat EF-1alpha intron sequence.
An electronic apparatus comprising: a communication interface comprising communication circuitry; a memory including at least one instruction; and a processor connected to the communication interface and the memory and configured to control the electronic apparatus , wherein the processor is configured to execute the at least one instruction to: obtain (S210) first text information including a plurality of words, identify (S220) a security level of the first text information based on at least one of a source from which the first text information is obtained or a type of the first text information, obtain (S230) second text information by converting at least one of the plurality of words included in the first text information based on the identified security level, obtain (S250) first summary sentence information summarizing the second text information through a summary module (200-1), characterized in that the processor is further configured to execute the at least one instruction to: obtain (S270) second summary sentence information by restoring a converted word included in the first summary sentence information. a communication interface comprising communication circuitry; a memory including at least one instruction; and a processor connected to the communication interface and the memory and configured to control the electronic apparatus , wherein the processor is configured to execute the at least one instruction to: obtain (S210) first text information including a plurality of words, identify (S220) a security level of the first text information based on at least one of a source from which the first text information is obtained or a type of the first text information, obtain (S230) second text information by converting at least one of the plurality of words included in the first text information based on the identified security level, obtain (S250) first summary sentence information summarizing the second text information through a summary module (200-1), characterized in that the processor is further configured to execute the at least one instruction to: obtain (S270) second summary sentence information by restoring a converted word included in the first summary sentence information. obtain (S210) first text information including a plurality of words, identify (S220) a security level of the first text information based on at least one of a source from which the first text information is obtained or a type of the first text information, obtain (S230) second text information by converting at least one of the plurality of words included in the first text information based on the identified security level, obtain (S250) first summary sentence information summarizing the second text information through a summary module (200-1),
A method of producing a fireproofing composition, the method comprising: (i) forming a slurry comprising a binder, at least one latex polymer, at least one silicone, and water; (ii) conveying the slurry to a length of hose; and (iii) introducing an amount of gas into the slurry in the length of hose at a flow rate and pressure sufficient to cause the slurry to foam and to convey the foam through the length of hose. (i) forming a slurry comprising a binder, at least one latex polymer, at least one silicone, and water; (ii) conveying the slurry to a length of hose; and (iii) introducing an amount of gas into the slurry in the length of hose at a flow rate and pressure sufficient to cause the slurry to foam and to convey the foam through the length of hose.
A logic circuitry package (204, 400a, 400b, 400c, 400d, 806a-d, 900, 1302, 1401, 1501, 1601, 1701, 2201, 2501) for a replaceable print apparatus component (104, 200, 802a-d, 802, 1812, 2112, 2212) comprising an interface to communicate with a print apparatus logic circuit , and at least one logic circuit (402a, 402b and 406a, 402c and 406b, 402d, 402e and 406c, 1403 and 1405, 1603, 1703, 2503), configured to identify, from a command stream, a read request; and output, via the interface , a count value (CV) in response to a read request, the count value (CV) based on identified received parameters; configured to identify, from a command stream received from the print apparatus , parameters including class parameters (CS) and sub-class parameters (SCS), identify more sub-class parameters (SCS) than class-parameters (CS), associate at least two classes with at least 40 sub-classes and other classes with not more than one sub-class, wherein communicated sub-classes may the same for different classes, and output in response to a read request, a count value (CV) based on the last-received class parameter (CS) and sub-class parameter (SCS). identify, from a command stream, a read request; and output, via the interface , a count value (CV) in response to a read request, the count value (CV) based on identified received parameters; configured to identify, from a command stream received from the print apparatus , parameters including class parameters (CS) and sub-class parameters (SCS), identify more sub-class parameters (SCS) than class-parameters (CS), associate at least two classes with at least 40 sub-classes and other classes with not more than one sub-class, wherein communicated sub-classes may the same for different classes, and output in response to a read request, a count value (CV) based on the last-received class parameter (CS) and sub-class parameter (SCS).
Motor vehicle latch, in particular a motor vehicle door latch, having a locking mechanism consisting of at least one catch and at least one pawl , and having an actuating lever mounted for rotation about a shaft , the pawl being mounted on the actuating lever for rotation about a shaft , the catch acting upon the pawl with a closing moment when the locking mechanism is in the closed state, which moment transitions into an opening moment on the pawl when the locking mechanism is opened as a result of the associated movement of the actuating lever and the displacement of the shaft for the pawl , the actuating lever being provided with a stop for limiting the angle of the rotational movement of the pawl with respect to the actuating lever , characterized in that an annular recess is implemented in the pawl , into which recess a pin of the actuating lever dips as the stop and ensures the desired limitation of rotational movement of the pawl with respect to the actuating lever .
A stent graft prosthesis comprising: a tubular member having a length dimension (L) extending between a first end of the tubular member and a second end of the tubular member , and a lumen width dimension (W); and a plurality of discrete compressible ring stents spaced apart and attached along the length of the tubular member , each compressible ring stent having an undulating contour forming a plurality of alternate peaks and valleys , and a height dimension (H), each compressible ring stent extending around a surface of the tubular member in a direction non-parallel to the length of the tubular member , wherein the undulating contour of each compressible ring stent comprises two peaks and two valleys to form a saddle-shaped ring stent, characterised in that the peaks and valleys of at least one compressible ring stent are offset angularly with respect to the peaks and valleys of an adjacent compressible ring stent . a tubular member having a length dimension (L) extending between a first end of the tubular member and a second end of the tubular member , and a lumen width dimension (W); and a plurality of discrete compressible ring stents spaced apart and attached along the length of the tubular member , each compressible ring stent having an undulating contour forming a plurality of alternate peaks and valleys , and a height dimension (H), each compressible ring stent extending around a surface of the tubular member in a direction non-parallel to the length of the tubular member , wherein the undulating contour of each compressible ring stent comprises two peaks and two valleys to form a saddle-shaped ring stent, characterised in that the peaks and valleys of at least one compressible ring stent are offset angularly with respect to the peaks and valleys of an adjacent compressible ring stent .
A vibration damping device for a blade of a rotating machine, the device comprising: at least one housing configured to be containable in a cavity formed under a platform of the blade , and to be detachable from the blade ; and an attenuation material disposed in a vibration damping space formed inside the housing , characterized in that the housing further includes: a heavy member made of a material higher in density than the attenuation material , and configured to be detachable from the housing . at least one housing configured to be containable in a cavity formed under a platform of the blade , and to be detachable from the blade ; and an attenuation material disposed in a vibration damping space formed inside the housing , characterized in that the housing further includes: a heavy member made of a material higher in density than the attenuation material , and configured to be detachable from the housing .
A method of making an electrocaloric element , comprising: providing an electrocaloric material; forming a first electrode at a first surface of the electrocaloric material; and forming a second electrode at a second surface, wherein forming the first electrode comprises, or forming the second electrode comprises, or forming each of the first and second electrodes independently comprises modifying the respective first and/or second surface of the electrocaloric material with an electrically conductive surface modification, characterized in that the electrically conductive surface modification comprises an atomic or molecular modification of the electrocaloric material at said first surface and/or second surface. providing an electrocaloric material; forming a first electrode at a first surface of the electrocaloric material; and forming a second electrode at a second surface, wherein forming the first electrode comprises, or forming the second electrode comprises, or forming each of the first and second electrodes independently comprises modifying the respective first and/or second surface of the electrocaloric material with an electrically conductive surface modification, characterized in that the electrically conductive surface modification comprises an atomic or molecular modification of the electrocaloric material at said first surface and/or second surface.
A pharmaceutical composition for use in treating an infectious disease, the composition comprising: (a) up to four peptides selected from the group consisting of: (i) a peptide consisting of the amino acid sequence SEQ ID NO:1; (ii) a peptide consisting of the amino acid sequence SEQ ID NO:2; (iii) a peptide consisting of the amino acid sequence SEQ ID NO:3; and (iv) a peptide consisting of the amino acid sequence SEQ ID NO:4; and (b) a pharmaceutically acceptable vehicle, wherein the pharmaceutical composition is for administration to enhance, stimulate, and/or increase an individual's immune response to an infectious agent. (a) up to four peptides selected from the group consisting of: (i) a peptide consisting of the amino acid sequence SEQ ID NO:1; (ii) a peptide consisting of the amino acid sequence SEQ ID NO:2; (iii) a peptide consisting of the amino acid sequence SEQ ID NO:3; and (iv) a peptide consisting of the amino acid sequence SEQ ID NO:4; and (i) a peptide consisting of the amino acid sequence SEQ ID NO:1; (ii) a peptide consisting of the amino acid sequence SEQ ID NO:2; (iii) a peptide consisting of the amino acid sequence SEQ ID NO:3; and (iv) a peptide consisting of the amino acid sequence SEQ ID NO:4; and (b) a pharmaceutically acceptable vehicle,
Garment , comprising at least a first , a second and a third zone wherein: a. the first zone of the garment comprises a higher degree of air permeability than the other zones, wherein the first zone is arranged in a spine area and laterally at a torso; b. the second zone of the garment comprises a higher degree of moisture wicking than the other zones, wherein the second zone is arranged below a breast area and in an area of the lumbar vertebrae; and c. the third zone of the garment comprises a higher degree of wind protection than the other zones. a. the first zone of the garment comprises a higher degree of air permeability than the other zones, wherein the first zone is arranged in a spine area and laterally at a torso; b. the second zone of the garment comprises a higher degree of moisture wicking than the other zones, wherein the second zone is arranged below a breast area and in an area of the lumbar vertebrae; and c. the third zone of the garment comprises a higher degree of wind protection than the other zones.
A nitrile group-containing highly saturated copolymer rubber comprising an α,β-ethylenically unsaturated nitrile monomer unit (a) in a content of 28 to 45 wt% and a conjugated diene monomer unit (b) in a content of 20 to 72 wt%, and having an iodine value of 120 or less, wherein the conjugated diene monomer unit (b) is at least partially hydrogenated, and a proportion of an isoprene unit in the conjugated diene monomer unit (b) is 33 wt% or more.
An air-cooling heat dissipation device for removing heat from an electronic component disposed on a thermal conduction plate , the air-cooling heat dissipation device comprising: a supporting substrate having a top surface , a bottom surface and an introduction opening ; and an air pump ; wherein the thermal conduction plate is located over the top surface of the supporting substrate and aligned with the introduction opening , the air pump is fixed on the bottom surface of the supporting substrate and aligned with the introduction opening , a heat sink is attached on the electronic component , and the air pump introduces ambient air into the introduction opening to remove heat from the thermal conduction plate ; characterized in that a gap (G) is formed between the thermal conduction plate and the supporting substrate for allowing the air to go through, wherein the supporting substrate further comprises at least one circulating groove running through the top surface and the bottom surface of the supporting substrate , and the at least one circulating groove is adjacent to and outside a periphery of the thermal conduction plate , so that the air is dispersed across the bottom of the thermal conduction plate via the gap (G) and a part of the air is discharged through the circulating groove to remove heat from the thermal conduction plate . a supporting substrate having a top surface , a bottom surface and an introduction opening ; and an air pump ; wherein the thermal conduction plate is located over the top surface of the supporting substrate and aligned with the introduction opening , the air pump is fixed on the bottom surface of the supporting substrate and aligned with the introduction opening , a heat sink is attached on the electronic component , and the air pump introduces ambient air into the introduction opening to remove heat from the thermal conduction plate ; characterized in that a gap (G) is formed between the thermal conduction plate and the supporting substrate for allowing the air to go through, wherein the supporting substrate further comprises at least one circulating groove running through the top surface and the bottom surface of the supporting substrate , and the at least one circulating groove is adjacent to and outside a periphery of the thermal conduction plate , so that the air is dispersed across the bottom of the thermal conduction plate via the gap (G) and a part of the air is discharged through the circulating groove to remove heat from the thermal conduction plate .
A device for transparently executing secret portions of content, comprising: a communication module to interact with at least a remote resource ; a content presentation module to at least cause content received from the remote resource via the communication module to be presented by the device; a secure workspace to execute at least one secret portion of the content; and a director module to direct the at least one secret portion of the content to be loaded into the secure workspace, wherein the director module is to direct the at least one secret portion of the content to be loaded into the secure workspace based on at least one of a name, type or attribute associated with the at least one secret portion of the content, wherein the attribute associated with the secret portion of the content is an element attribute as defined in Hypertext Markup Language, HTML, wherein in executing the at least one secret portion of the content the secure workspace is to: receive at least one input from the content presentation module; generate at least one output by executing the at least one secret portion of the content in the secure workspace utilizing the at least one input; and provide the at least one output to the content presentation module, wherein the director module is further to indicate to the content presentation module that the at least one secret portion of the content is loaded in the secure workspace. a communication module to interact with at least a remote resource ; a content presentation module to at least cause content received from the remote resource via the communication module to be presented by the device; a secure workspace to execute at least one secret portion of the content; and receive at least one input from the content presentation module; generate at least one output by executing the at least one secret portion of the content in the secure workspace utilizing the at least one input; and provide the at least one output to the content presentation module, wherein the director module is further to indicate to the content presentation module that the at least one secret portion of the content is loaded in the secure workspace.
Agricultural machine comprising: a machine frame , a working unit which is connected to the machine frame and is guided over the ground via support means, and a connecting device which connects the working unit to the machine frame in such a manner that they can move in relation to each other, which connecting device comprises a connecting device frame , a top link which connects the working unit to the connecting device frame at a top link attachment point (P1), characterized in that the connecting device has at least two cam joints which are spaced vertically downward from the top link attachment point (P1), with the pivot point of said cam joints being movable along a cam track, the cam joints are spaced apart from one another in the transverse direction, wherein the cam track extends substantially along the vertical, the connecting device frame and the working unit are connected via the cam joints , and the cam track has at least two different inclinations (alpha1, alpha2) with respect to the vertical (V).
A method for scanning surfaces with a stereo camera comprising at least two camera modules which each comprise a lens and an image sensor and are arranged in such a manner that they capture in each case a color image having a plurality of image points from a common area of a surface to be scanned, wherein the camera modules comprise different color filters so that the individual camera modules capture color images in different predetermined spectral ranges, the individual color images being transformed into feature images by converting the image points of the color images into scalar intensities, the disparities of the image points of the two color images are determined, the feature images being used to determine the disparities, the image points of the two color images are registered to a color image pair while considering the disparities by shifting color image intensities of the color images by the disparities so that the corresponding color intensities, which have been captured by means of the respective camera module from the same position of the surface to be scanned, are contained in the registered color image pair at the image points, and the color image pair registered in such a manner is evaluated, a surface spectrum of a scanned surface being determined with the aid of the registered color image pair. the camera modules comprise different color filters so that the individual camera modules capture color images in different predetermined spectral ranges, the individual color images being transformed into feature images by converting the image points of the color images into scalar intensities, the disparities of the image points of the two color images are determined, the feature images being used to determine the disparities, the image points of the two color images are registered to a color image pair while considering the disparities by shifting color image intensities of the color images by the disparities so that the corresponding color intensities, which have been captured by means of the respective camera module from the same position of the surface to be scanned, are contained in the registered color image pair at the image points, and the color image pair registered in such a manner is evaluated, a surface spectrum of a scanned surface being determined with the aid of the registered color image pair.
An article (30; 50; 60; 80) comprising: a biodata page (14; 32; 52; 62; 82) defining a perimeter including an edge ; and a hinge layer (20; 34; 64; 84) attached to at least a portion of the biodata page (14; 32; 52; 62; 82), wherein the hinge layer (20; 34; 64; 84) comprises a cross-linked thermoset elastomeric polyurethane sheet, and wherein a portion (42; 66; 90) of the hinge layer (20; 34; 64; 84) extends beyond the edge to form a flexible hinge. a biodata page (14; 32; 52; 62; 82) defining a perimeter including an edge ; and a hinge layer (20; 34; 64; 84) attached to at least a portion of the biodata page (14; 32; 52; 62; 82), wherein the hinge layer (20; 34; 64; 84) comprises a cross-linked thermoset elastomeric polyurethane sheet, and wherein a portion (42; 66; 90) of the hinge layer (20; 34; 64; 84) extends beyond the edge to form a flexible hinge.