mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus comprising: a substrate comprising a display area (DA) and a peripheral area (PA) outside the display area (DA); a first pad (PD1) disposed on a first layer in the peripheral area (PA); a second pad (PD2) disposed adjacently to the first pad (PD1) in a first direction in the peripheral area (PA), the second pad (PD2) being disposed on a second layer different from the first layer; a third pad (PD3) disposed adjacently to the first pad (PD1) in a second direction in the peripheral area (PA), the third pad (PD3) being disposed on the second layer; a fourth pad (PD4) disposed adjacently to the third pad (PD3) in the second direction in the peripheral area (PA) such that the third pad (PD3) is interposed between the first pad (PD1) and the fourth pad (PD4), the fourth pad (PD4) being disposed on the first layer; a first connection line (CL1) disposed on the first layer and connected to the first pad (PD1); a second connection line (CL2) disposed on the second layer and connected to the second pad (PD2); a third connection line (CL3) disposed on the second layer and connected to the third pad (PD3), and disposed between the first connection line (CL1) and the second connection line (CL2); and a fourth connection line (CL4) disposed on the first layer and connected to the fourth pad (PD4), and disposed between the second connection line (CL2) and the third connection line (CL3), wherein the second layer covers the first pad (PD1), the fourth pad (PD4), the first connection line (CL1), and the fourth connection line (CL4). a substrate comprising a display area (DA) and a peripheral area (PA) outside the display area (DA); a first pad (PD1) disposed on a first layer in the peripheral area (PA); a second pad (PD2) disposed adjacently to the first pad (PD1) in a first direction in the peripheral area (PA), the second pad (PD2) being disposed on a second layer different from the first layer; a third pad (PD3) disposed adjacently to the first pad (PD1) in a second direction in the peripheral area (PA), the third pad (PD3) being disposed on the second layer; a fourth pad (PD4) disposed adjacently to the third pad (PD3) in the second direction in the peripheral area (PA) such that the third pad (PD3) is interposed between the first pad (PD1) and the fourth pad (PD4), the fourth pad (PD4) being disposed on the first layer; a first connection line (CL1) disposed on the first layer and connected to the first pad (PD1); a second connection line (CL2) disposed on the second layer and connected to the second pad (PD2); a third connection line (CL3) disposed on the second layer and connected to the third pad (PD3), and disposed between the first connection line (CL1) and the second connection line (CL2); and a fourth connection line (CL4) disposed on the first layer and connected to the fourth pad (PD4), and disposed between the second connection line (CL2) and the third connection line (CL3), wherein the second layer covers the first pad (PD1), the fourth pad (PD4), the first connection line (CL1), and the fourth connection line (CL4).
Fabric, particularly textile fabric, with a flexible substrate, to which a plurality of platelet-shaped elements made of a wear-resistant material that is stiffer than the substrate are applied, characterised in that the platelets are made as elevations in a circular shape or another basic geometric shape in a kind of nap structure, interspersed with an electrically conductive material, and are connected to each other in an electrically conductive way.
Device for closing an atrial appendage, particularly the left atrial appendage, comprising: - a closing element , configured to be arranged in an atrial appendage entrance and to prevent an entrance of blood into the atrial appendage and/or a leakage of thrombus out of the atrial appendage, - a first anchoring element , adjacent to the closing element and connected to the closing element , wherein the first anchoring element is configured for anchoring on the atrial appendage wall, - a connecting element , which is at least in a radial direction flexible and connected to the first anchoring element , and - a second anchoring element , which is connected to the connecting element and configured for anchoring on the atrial appendage wall, wherein the first anchoring element is disc-shaped or umbrella-shaped and extends in a radial direction, wherein the closing element is cylindrical, conical, tapered, frustoconical, cylindrically conical, cylindrically conically tapered or cylindrically frustoconical, and characterized in that the closing element extends over a length of 0,5 cm to 2,5 cm in the longitudinal direction of the device , and the diameter of the closing element is between 5 % and 20 % larger than the atrial appendage entrance, and in that the surface of the closing element facing the atrium of the heart is smooth and in the implanted state does not protrude from the atrial appendage into the atrium of the heart, and in that the connecting element is made of a tube. - a closing element , configured to be arranged in an atrial appendage entrance and to prevent an entrance of blood into the atrial appendage and/or a leakage of thrombus out of the atrial appendage, - a first anchoring element , adjacent to the closing element and connected to the closing element , wherein the first anchoring element is configured for anchoring on the atrial appendage wall, - a connecting element , which is at least in a radial direction flexible and connected to the first anchoring element , and - a second anchoring element , which is connected to the connecting element and configured for anchoring on the atrial appendage wall, wherein the first anchoring element is disc-shaped or umbrella-shaped and extends in a radial direction, wherein the closing element is cylindrical, conical, tapered, frustoconical, cylindrically conical, cylindrically conically tapered or cylindrically frustoconical, and characterized in that the closing element extends over a length of 0,5 cm to 2,5 cm in the longitudinal direction of the device , and the diameter of the closing element is between 5 % and 20 % larger than the atrial appendage entrance, and in that the surface of the closing element facing the atrium of the heart is smooth and in the implanted state does not protrude from the atrial appendage into the atrium of the heart, and in that the connecting element is made of a tube.
A method for detection of an analyte of interest in a sample comprising - bringing a first ligand capable of specific binding to the analyte in contact with the sample under conditions facilitating specific binding of the ligand to the analyte, wherein the first ligand comprises a binding moiety capable of specific binding to the analyte and a primer oligo-deoxyribonucleotide bound to the binding moiety wherein the primer oligo-deoxyribonucleotide has a length of 18-40 nucleotides; - removing unbound first ligand from the sample; - bringing the bound first ligand in contact with a template polyribonucleotide being longer than the primer oligo-deoxyribonucleotide and having a sequence that is at least partially complementary to the primer oligo-deoxyribonucleotide; a plurality of labelled deoxyribonucleotide triphosphates; and an enzyme with reverse transcriptase activity; - incubating the bound first ligand comprising the attached primer oligo-deoxyribonucleotide, the template polyribonucleotide, the labelled deoxyribonucleotide triphosphates, and the enzyme under conditions suitable for synthesis of a labelled DNA-strand by said enzyme; and - detecting any synthesized labelled DNA strand. - bringing a first ligand capable of specific binding to the analyte in contact with the sample under conditions facilitating specific binding of the ligand to the analyte, wherein the first ligand comprises a binding moiety capable of specific binding to the analyte and a primer oligo-deoxyribonucleotide bound to the binding moiety wherein the primer oligo-deoxyribonucleotide has a length of 18-40 nucleotides; - removing unbound first ligand from the sample; - bringing the bound first ligand in contact with a template polyribonucleotide being longer than the primer oligo-deoxyribonucleotide and having a sequence that is at least partially complementary to the primer oligo-deoxyribonucleotide; a plurality of labelled deoxyribonucleotide triphosphates; and an enzyme with reverse transcriptase activity; - incubating the bound first ligand comprising the attached primer oligo-deoxyribonucleotide, the template polyribonucleotide, the labelled deoxyribonucleotide triphosphates, and the enzyme under conditions suitable for synthesis of a labelled DNA-strand by said enzyme; and - detecting any synthesized labelled DNA strand.
Watch comprising a watch case , the watch case containing a watch movement and two dials ; the watch further including a casing ring arranged inside the watch case , the watch movement being mounted in the casing ring so as to be suspended in a cantilever arrangement inside the watch case , said casing ring supporting the two dials the two dials having upper surfaces , the casing ring having a shape such that the upper surfaces of the two dials are coplanar.
A composition suitable for human consumption comprising decanoic acid and octanoic acid in a ratio of at least 2:1 wt/wt, in which the decanoic acid is greater than 50% of the total weight of fatty acid content, and optionally is substantially free from any other saturated fatty acid, for use in the treatment of a disease associated with mitochondria dysfunction, wherein the disease is epilepsy, diabetes, Parkinson's disease, or dementias including Alzheimer's disease.
Sorting apparatus for sorting objects , the sorting apparatus comprising at least - a chute , on which the objects can be moved in succession in a conveying direction by means of the acting gravitational force, wherein the chute has a cutout comprising a measuring region , - a LIBS laser device , wherein the LIBS laser device is arranged adjacent to the cutout of the chute in order to carry out, through the cutout , a spectroscopic measurement on the objects moving along the chute , - a separating device for separating out certain objects , and - a control device for controlling and/or adjusting the separating device as a function of the measurement results of the LIBS laser device , characterized in that the chute comprises at least two portions, wherein the first portion , through which the objects can be moved first, is designed in such a way that the objects moving along the first portion are centred normal to the conveying direction by means of gravitational force, and the second portion of the chute is designed to be flat, and in that the cutout comprising the measuring region is arranged in the second portion of the chute . - a chute , on which the objects can be moved in succession in a conveying direction by means of the acting gravitational force, wherein the chute has a cutout comprising a measuring region , - a LIBS laser device , wherein the LIBS laser device is arranged adjacent to the cutout of the chute in order to carry out, through the cutout , a spectroscopic measurement on the objects moving along the chute , - a separating device for separating out certain objects , and - a control device for controlling and/or adjusting the separating device as a function of the measurement results of the LIBS laser device , characterized in that the chute comprises at least two portions, wherein the first portion , through which the objects can be moved first, is designed in such a way that the objects moving along the first portion are centred normal to the conveying direction by means of gravitational force, and the second portion of the chute is designed to be flat, and in that the cutout comprising the measuring region is arranged in the second portion of the chute .
An electrostatic image developer comprising: a toner A to which silica particles (A) containing an elemental nitrogen-containing compound containing elemental molybdenum are externally added; and a carrier B including a core material and a coating resin layer that covers the core material and contains inorganic particles, wherein, in the silica particles (A), the ratio N Mo /N Si of a Net intensity N Mo of elemental molybdenum that is measured by X-ray fluorescence analysis to a Net intensity N Si of elemental silicon that is measured by the X-ray fluorescence analysis, following the technique described in the detailed description, is from 0.035 to 0.45 inclusive; and wherein the inorganic particles selected from the group consisting of silica, alumina, strontium titanate, calcium titanate, barium titanate, and titanium oxide. a toner A to which silica particles (A) containing an elemental nitrogen-containing compound containing elemental molybdenum are externally added; and a carrier B including a core material and a coating resin layer that covers the core material and contains inorganic particles, wherein, in the silica particles (A), the ratio N Mo /N Si of a Net intensity N Mo of elemental molybdenum that is measured by X-ray fluorescence analysis to a Net intensity N Si of elemental silicon that is measured by the X-ray fluorescence analysis, following the technique described in the detailed description, is from 0.035 to 0.45 inclusive; and wherein the inorganic particles selected from the group consisting of silica, alumina, strontium titanate, calcium titanate, barium titanate, and titanium oxide.
An information processing apparatus comprising: an image acquiring unit that acquires captured image information of a sample dyed with a fluorescent dye reagent; an information acquiring unit that acquires information related to the fluorescent dye reagent; a correcting unit that corrects luminance of pixels of the captured image information using a fluorescence fading coefficient that represents rapidness at which a fluorescence intensity of the fluorescent dye reagent drops, the fluorescence fading coefficient being included in the information related to the fluorescent dye reagent; a calculating unit that calculates information corresponding to fluorescent molecules in the captured image information, using the corrected luminance; characterized in that the calculating unit converts the corrected luminance of the pixels of the captured image information into at least one of a number of fluorescent molecules and a number of antibodies bonded to the fluorescent molecules; and in that the information processing apparatus comprises an image generating unit that generates image information based on the calculated number of fluorescent molecules or the calculated number of antibodies. an image acquiring unit that acquires captured image information of a sample dyed with a fluorescent dye reagent; an information acquiring unit that acquires information related to the fluorescent dye reagent; a correcting unit that corrects luminance of pixels of the captured image information using a fluorescence fading coefficient that represents rapidness at which a fluorescence intensity of the fluorescent dye reagent drops, the fluorescence fading coefficient being included in the information related to the fluorescent dye reagent; a calculating unit that calculates information corresponding to fluorescent molecules in the captured image information, using the corrected luminance; characterized in that the calculating unit converts the corrected luminance of the pixels of the captured image information into at least one of a number of fluorescent molecules and a number of antibodies bonded to the fluorescent molecules; and in that the information processing apparatus comprises an image generating unit that generates image information based on the calculated number of fluorescent molecules or the calculated number of antibodies.
A method for separating a target oligonucleotide from a mixture containing the target oligonucleotide and a product-related impurity, the method comprising the steps of: a) adding salt to the mixture, wherein the salt is ammonium sulfate; b) contacting the diluted mixture with a hydrophobic adsorbent at a dynamic loading capacity of about 32 to about 78 % of the capacity of the hydrophobic adsorbent, wherein the hydrophobic adsorbent comprises phenyl or hexyl; c) washing the hydrophobic adsorbent with an aqueous salt solution; d) eluting the target oligonucleotide with an eluting solution; and e) collecting the eluent comprising the target oligonucleotide; wherein the product-related impurity includes at least one n-1 impurity, thereby separating the target oligonucleotide from the product-related impurity. a) adding salt to the mixture, wherein the salt is ammonium sulfate; b) contacting the diluted mixture with a hydrophobic adsorbent at a dynamic loading capacity of about 32 to about 78 % of the capacity of the hydrophobic adsorbent, wherein the hydrophobic adsorbent comprises phenyl or hexyl; c) washing the hydrophobic adsorbent with an aqueous salt solution; d) eluting the target oligonucleotide with an eluting solution; and e) collecting the eluent comprising the target oligonucleotide;
An ultraviolet disinfection method comprising: selecting operating parameters for an ultraviolet disinfection process of flowing liquid carrying first and second types of entities to affect the first type of entities while the second type of entities remains intact; illuminating the liquid with ultraviolet light according to the operating parameters; and adjusting the operating parameters based on real-time measurements of ultraviolet transmission and flow rate of the liquid; wherein adjusting the operating parameters includes continuously adjusting intensity of the ultraviolet light; wherein the first type of entities includes Vibrio; and wherein the second type of entities includes rotifiers and the UV dose is maintained above 15 miliJoules/cm 2 and below 60 miliJoules/cm 2 . selecting operating parameters for an ultraviolet disinfection process of flowing liquid carrying first and second types of entities to affect the first type of entities while the second type of entities remains intact; illuminating the liquid with ultraviolet light according to the operating parameters; and adjusting the operating parameters based on real-time measurements of ultraviolet transmission and flow rate of the liquid; wherein adjusting the operating parameters includes continuously adjusting intensity of the ultraviolet light; wherein the first type of entities includes Vibrio; and wherein the second type of entities includes rotifiers and the UV dose is maintained above 15 miliJoules/cm 2 and below 60 miliJoules/cm 2 .
A male touch fastener strip having a front fastening face and a rear face, the strip comprising: an elongated base ; a field of exposed male fastener elements each having a stem extending from the base on the front fastening face of the strip; and a pair of wings , each wing extending from a respective longitudinal edge of the base outboard of the field of fastener elements; characterized in that each wing defines discrete corrugations extending in a series along the fastener strip and forming corresponding undulations in the rear face of the strip along longitudinal edge regions of the fastener strip. an elongated base ; a field of exposed male fastener elements each having a stem extending from the base on the front fastening face of the strip; and a pair of wings , each wing extending from a respective longitudinal edge of the base outboard of the field of fastener elements; characterized in that each wing defines discrete corrugations extending in a series along the fastener strip and forming corresponding undulations in the rear face of the strip along longitudinal edge regions of the fastener strip.
Method for making a support element for the human body, such as a vehicle saddle, a bicycle or motorcycle saddle, a backrest or seat or armrest for an anatomical chair, or a similar support element, comprising the following steps: - provide a material suitable for making a padding of said support element , - provide a support component , comprising an external face suitable in use to be constrained to a support base of said support element, - place said support component at a punch element of a first component of a molding unit , - insert and/or pour and/or inject said material into a cavity of a second component of said molding unit , - close said cavity with said punch element , bringing said first component closer to said second component or vice versa, bringing said support component to face towards said cavity , determining for said molding unit a closing operating configuration, - harden and/or polymerize and/or solidify said material, obtaining a hardened and/or polymerized and/or solidified material which forms a padding , with consequent adhesion of said support component to said padding , in which said support component is at least partially inserted and/or embedded in said hardened and/or polymerized and/or solidified material of said padding , so that said external face of said support component is at least partially not-covered by said hardened and/or polymerized and/or solidified material of said padding , - move said first component away from said second component or vice versa, determining an open operating configuration for said molding unit , - extract said padding from said molding unit . - provide a material suitable for making a padding of said support element , - provide a support component , comprising an external face suitable in use to be constrained to a support base of said support element, - place said support component at a punch element of a first component of a molding unit , - insert and/or pour and/or inject said material into a cavity of a second component of said molding unit , - close said cavity with said punch element , bringing said first component closer to said second component or vice versa, bringing said support component to face towards said cavity , determining for said molding unit a closing operating configuration, - harden and/or polymerize and/or solidify said material, obtaining a hardened and/or polymerized and/or solidified material which forms a padding , with consequent adhesion of said support component to said padding , in which said support component is at least partially inserted and/or embedded in said hardened and/or polymerized and/or solidified material of said padding , so that said external face of said support component is at least partially not-covered by said hardened and/or polymerized and/or solidified material of said padding , - move said first component away from said second component or vice versa, determining an open operating configuration for said molding unit , - extract said padding from said molding unit .