mhurhangee/patent-ind-claim-en huggingface dataset:
Liquid-crystal medium, characterised in that it consists of a plurality of compounds comprising one or more compounds of formula I in which R 1 denotes H, unfluorinated alkyl or unfluorinated alkoxy having 1 to 17 C atoms or unfluorinated alkenyl, unfluorinated alkenyloxy or unfluorinated alkoxyalkyl having 2 to 15 C atoms, n is 0, 1 or 2, and independently of one another, denote or where alternatively denotes preferably and in case n = 2, one of preferably denotes and the other preferably denotes and where the total concentration of the one or more compounds of formula I in the medium is 73 % by weight or more. R 1 denotes H, unfluorinated alkyl or unfluorinated alkoxy having 1 to 17 C atoms or unfluorinated alkenyl, unfluorinated alkenyloxy or unfluorinated alkoxyalkyl having 2 to 15 C atoms, n is 0, 1 or 2, and independently of one another, denote or where alternatively denotes preferably and in case n = 2, one of preferably denotes and the other preferably denotes
A display device comprising a display element (D); a print layer disposed on a circumference of a screen display region (A) of the display element; a window member (G2) disposed over the display element, wherein the print layer is disposed between the display element and the window member; and a guiding portion disposed between the window member and at least a part of the screen display region of the display element, wherein the guiding portion redirects a traveling path of light (L2), emitted from the display element, beyond a designated angle and thereby prevents the light from being totally reflected at a surface of the window member and reaching the print layer, wherein the guiding portion is disposed more adjacent to the display element than the print layer. a display element (D); a print layer disposed on a circumference of a screen display region (A) of the display element; a window member (G2) disposed over the display element, wherein the print layer is disposed between the display element and the window member; and a guiding portion disposed between the window member and at least a part of the screen display region of the display element, wherein the guiding portion redirects a traveling path of light (L2), emitted from the display element, beyond a designated angle and thereby prevents the light from being totally reflected at a surface of the window member and reaching the print layer, wherein the guiding portion is disposed more adjacent to the display element than the print layer.
A method for operating a computing device , the method being performed by one or more processors of the computing device and comprising: enabling a user to enter a sequence of alphanumeric characters; presenting a user interface feature on a contact-sensitive display of the computing device , the user interface feature including one or more images of persons associated with the one or more images, each of the one or more images being (i) associated with a person and a contact record for that person, and (ii) selectable by a user, wherein for each of the one or more images the associated contact record matches the sequence of alphanumeric characters entered by the user; enabling the user to select a first image from the one or more images by a screen tap; in response to the user selecting the first image, presenting information from the contact record associated with the first image on the display, the contact information including multiple types of selectable communication identifiers, wherein each of the selectable communication identifiers includes an alphanumeric data element that identifies a device and/or location available for communications through a network; and in response to the user selecting one of the selectable communication identifiers, automatically initiating a communication using an application corresponding to the type of the selected communication identifier. enabling a user to enter a sequence of alphanumeric characters; presenting a user interface feature on a contact-sensitive display of the computing device , the user interface feature including one or more images of persons associated with the one or more images, each of the one or more images being (i) associated with a person and a contact record for that person, and (ii) selectable by a user, wherein for each of the one or more images the associated contact record matches the sequence of alphanumeric characters entered by the user; enabling the user to select a first image from the one or more images by a screen tap; in response to the user selecting the first image, presenting information from the contact record associated with the first image on the display, the contact information including multiple types of selectable communication identifiers, wherein each of the selectable communication identifiers includes an alphanumeric data element that identifies a device and/or location available for communications through a network; and in response to the user selecting one of the selectable communication identifiers, automatically initiating a communication using an application corresponding to the type of the selected communication identifier.
Electric heating device comprising a housing (102; 104; 500) with a partition wall which separates a connection chamber from a heating chamber for dissipating heat and from which at least one PTC heating device protrudes as a heating fin in the direction toward the heating chamber , wherein the PTC heating device comprises at least one PTC element and, for energizing the PTC element with different polarity, conductor tracks electrically conductively connected thereto, which are electrically connected in the connection chamber , and with a temperature sensor which is connected in terms of data to a control device and is accommodated in a sealed manner in a temperature sensor receptacle which is formed in a wall delimiting the heating chamber , characterized in that that the temperature sensor is accommodated in a sliding manner in the temperature sensor receptacle and a support cooperating with the temperature sensor is provided for the temperature sensor , which support prevents the temperature sensor from sliding out of the temperature sensor receptacle .
A computer-implemented method of detecting data leakage, the method comprising: receiving, at a host external to a firewall of an enterprise, a data communication originating from an online account of a user device associated with the enterprise; the host performing an analysis to determine that the data communication is a candidate data leakage, based on a context of the data communication; the host encrypting the data communication using a first encryption key and providing the host-encrypted data communication to a software agent at the enterprise; in response to receiving the host-encrypted data communication, and by using a second encryption key that is different from and commutative with the first encryption key, the software agent encrypting a database of enterprise information and re-encrypting the host-encrypted data communication; the software agent providing the software agent-encrypted database of enterprise information and the re-encrypted data communication to the host; the host performing a decrypting operation on the re-encrypted data communication to remove the encryption that it had initially applied, thereby generating a software agent-encrypted data communication; the host performing a matching operation to determine whether a match exists between the encrypted database of enterprise information and the software agent-encrypted data communication; for the match determined to exist, the host reporting the match to the software agent, and the software agent taking a first action; and for the match determined to not exist, the host taking a second action. receiving, at a host external to a firewall of an enterprise, a data communication originating from an online account of a user device associated with the enterprise; the host performing an analysis to determine that the data communication is a candidate data leakage, based on a context of the data communication; the host encrypting the data communication using a first encryption key and providing the host-encrypted data communication to a software agent at the enterprise; in response to receiving the host-encrypted data communication, and by using a second encryption key that is different from and commutative with the first encryption key, the software agent encrypting a database of enterprise information and re-encrypting the host-encrypted data communication; the software agent providing the software agent-encrypted database of enterprise information and the re-encrypted data communication to the host; the host performing a decrypting operation on the re-encrypted data communication to remove the encryption that it had initially applied, thereby generating a software agent-encrypted data communication; the host performing a matching operation to determine whether a match exists between the encrypted database of enterprise information and the software agent-encrypted data communication; for the match determined to exist, the host reporting the match to the software agent, and the software agent taking a first action; and for the match determined to not exist, the host taking a second action.
A picture display method, performed by an electronic device, characterized in that the method comprises: obtaining (S102) a first picture, and the first picture comprising a first region and a second region arranged in a first direction; and displaying (S104) a second picture if a first size of the first picture in the first direction satisfies a predetermined condition, and the second picture comprising the first region and the second region arranged in a second direction; wherein before the displaying (S104) a second picture, the method further comprises: splitting the first picture into at least two subpictures, the at least two subpictures comprising a first subpicture and a second subpicture, the first subpicture comprising the first region, the second subpicture comprising the second region, and a size of each of the subpictures in the first direction being smaller than the first size; and using the at least two subpictures as the second picture; or splicing the at least two subpictures in the second direction to obtain the second picture. obtaining (S102) a first picture, and the first picture comprising a first region and a second region arranged in a first direction; and displaying (S104) a second picture if a first size of the first picture in the first direction satisfies a predetermined condition, and the second picture comprising the first region and the second region arranged in a second direction; wherein before the displaying (S104) a second picture, the method further comprises: splitting the first picture into at least two subpictures, the at least two subpictures comprising a first subpicture and a second subpicture, the first subpicture comprising the first region, the second subpicture comprising the second region, and a size of each of the subpictures in the first direction being smaller than the first size; and using the at least two subpictures as the second picture; or splicing the at least two subpictures in the second direction to obtain the second picture. splitting the first picture into at least two subpictures, the at least two subpictures comprising a first subpicture and a second subpicture, the first subpicture comprising the first region, the second subpicture comprising the second region, and a size of each of the subpictures in the first direction being smaller than the first size; and using the at least two subpictures as the second picture; or splicing the at least two subpictures in the second direction to obtain the second picture.
A purification method for purifying a biological liquid comprising antibodies corresponding to whole human or animal blood or to a product obtained from human or animal blood, by bringing the biological liquid into contact with at least one substrate comprising a solid phase onto which molecules of at least one oligosaccharide that is capable of binding to one or more of said antibodies present in said biological liquid are grafted by covalent bonding, in a manner such as to obtain the capture of at least a portion of said antibodies present in said biological liquid by binding with at least some of the molecules of oligosaccharide(s) grafted onto said solid phase, characterized in that said solid phase carries free aldehyde functions -CHO, said free aldehyde functions -CHO being present directly on the solid phase, and not on the oligosaccharide molecules.
A method of producing filler, comprising precipitated calcium carbonate (PCC), , which method comprises the steps of; - providing fly ash generated in paper or paper board production; - fractionating said fly ash in at least one step, whereby a coarser fraction is separated from a finer fraction; - grinding said coarser fraction to an average particle size of 20 μm or less; - forming a suspension of said grinded coarser fraction; - adding carbon dioxide to said suspension to form precipitated calcium carbonate. - providing fly ash generated in paper or paper board production; - fractionating said fly ash in at least one step, whereby a coarser fraction is separated from a finer fraction; - grinding said coarser fraction to an average particle size of 20 μm or less; - forming a suspension of said grinded coarser fraction; - adding carbon dioxide to said suspension to form precipitated calcium carbonate.
Radiation emitting device having: - a substrate ; - a first electrode and a second electrode , - at least one emitter layer being arranged between the first and second electrodes, which emits light in the violet or blue spectral range, wherein the emitter layer comprises a matrix material and, based on the matrix material, 0.1 - 5 wt.% of a fluorescent radiation emitting emitter and 1-30 wt.% of a phosphorescent exciton trap, wherein the triplet level of the exciton trap T1 exciton trap is higher than the singlet level of the radiation emitting emitter S1 emitter , and wherein the emission maximum of the fluorescent emitter and that of the phosphorescent exciton trap being in the blue, violet or ultraviolet spectral range, characterized in that the phosphorescent exciton trap and the fluorescent radiation emitting emitter are statistically distributed over the emitter layer. - a substrate ; - a first electrode and a second electrode , - at least one emitter layer being arranged between the first and second electrodes, which emits light in the violet or blue spectral range, wherein
A method for casting a blade , the blade comprising: an airfoil having: a proximal end ; a tip having at least one of a tip pocket and a tip shelf , each said at least one of a tip pocket and a tip shelf having a base surface and a sidewall surface ; a pressure side ; and a suction side ; an attachment root ; and a cooling passageway system having one or more inlets on the attachment root and a plurality of outlets , the method comprising: forming a shell , the forming of the shell including shelling a pattern having at least one ceramic casting core ; and casting in the shell , the shell having a first portion formed by the at least one ceramic casting core and a second potion formed by applied shell material, wherein: for at least a first tip pocket or tip shelf of the least one of a tip pocket and a tip shelf , the at least one ceramic casting core molds the base surface and the sidewall surface and an adjacent portion of at least one of the pressure side and the suction side spanwise inboard of the base surface ; and the casting is optionally an alloy, for example a nickel-based alloy. an airfoil having: a proximal end ; a tip having at least one of a tip pocket and a tip shelf , each said at least one of a tip pocket and a tip shelf having a base surface and a sidewall surface ; a pressure side ; and a suction side ; a proximal end ; a tip having at least one of a tip pocket and a tip shelf , each said at least one of a tip pocket and a tip shelf having a base surface and a sidewall surface ; a pressure side ; and a suction side ; an attachment root ; and a cooling passageway system having one or more inlets on the attachment root and a plurality of outlets , forming a shell , the forming of the shell including shelling a pattern having at least one ceramic casting core ; and casting in the shell , the shell having a first portion formed by the at least one ceramic casting core and a second potion formed by applied shell material, wherein: for at least a first tip pocket or tip shelf of the least one of a tip pocket and a tip shelf , the at least one ceramic casting core molds the base surface and the sidewall surface and an adjacent portion of at least one of the pressure side and the suction side spanwise inboard of the base surface ; and the casting is optionally an alloy, for example a nickel-based alloy. for at least a first tip pocket or tip shelf of the least one of a tip pocket and a tip shelf , the at least one ceramic casting core molds the base surface and the sidewall surface and an adjacent portion of at least one of the pressure side and the suction side spanwise inboard of the base surface ; and the casting is optionally an alloy, for example a nickel-based alloy.
A coating composition comprising: a hydroxyphenyl functional polymer, wherein the hydroxyphenyl functional polymer is a poly(hydroxystyrene); a latex polymer; and a crosslinker. a hydroxyphenyl functional polymer, wherein the hydroxyphenyl functional polymer is a poly(hydroxystyrene); a latex polymer; and a crosslinker.
Cannula assembly , comprising an infusion cannula and a hub , the hub comprising a pressure sensor with a fluid channel , the fluid channel being fluidically arranged upstream of the infusion cannula , c haracterized by the pressure sensor comprising a stack of coplanar layers, the stack of coplanar layers comprising: a) a rigid top layer and a rigid base layer , b) a resilient metallic electrode layer and a metallic counter-electrode layer , the electrode layer and the counter-electrode layer being electrodes of a sensing capacitor, c) a spacer layer which has a through cut-out, the through cut-out defining an electrode cavity , wherein the fluid channel is coupled to the electrode layer such that a positive fluidic pressure of the drug in the fluid channel causes the electrode layer to bend into the electrode cavity , thus modifying the capacitance of the sensing capacitor, and wherein the electrode layer and the spacer layer are made from foils and the layers which are arranged between the top layer and the bottom layer are of substantially the same size. a) a rigid top layer and a rigid base layer , b) a resilient metallic electrode layer and a metallic counter-electrode layer , the electrode layer and the counter-electrode layer being electrodes of a sensing capacitor, c) a spacer layer which has a through cut-out, the through cut-out defining an electrode cavity ,
A thermoplastic resin composition comprising: (A) 100 parts by mass of thermoplastic resin; (B) 0.05 to 5 parts by mass of one or more kinds selected from the group consisting of an unsaturated carboxylic acid and an unsaturated carboxylic acid derivative; and (C) 0.01 to 3 parts by mass of organic peroxide; the component (A) comprising: (a1) 10 to 90% by mass cyclic polyolefin-based polymer; and (a2) 90 to 10% by mass a hydrogenated product of a block copolymer comprising a polymer block composed mainly of an aromatic vinyl compound and a random copolymer block of a conjugated diene compound and an aromatic vinyl compound with the proviso that the total of the component (a1) and the component (a2) is 100% by mass. (A) 100 parts by mass of thermoplastic resin; (B) 0.05 to 5 parts by mass of one or more kinds selected from the group consisting of an unsaturated carboxylic acid and an unsaturated carboxylic acid derivative; and (C) 0.01 to 3 parts by mass of organic peroxide; (a1) 10 to 90% by mass cyclic polyolefin-based polymer; and (a2) 90 to 10% by mass a hydrogenated product of a block copolymer comprising a polymer block composed mainly of an aromatic vinyl compound and a random copolymer block of a conjugated diene compound and an aromatic vinyl compound with the proviso that the total of the component (a1) and the component (a2) is 100% by mass.
A method of processing a rolled aluminum alloy product in an F temper, comprising: solutionizing a rolled aluminum alloy product in an F temper at a solutionizing temperature of at least 400 °C; deforming the rolled aluminum alloy product at a temperature of from 125 °C to 500 °C and quenching the rolled aluminum alloy product to produce a W temper rolled aluminum alloy product, wherein quenching the rolled aluminum alloy product is performed after deforming the rolled aluminum alloy product; naturally aging the W temper rolled aluminum alloy product comprising aging the W temper rolled aluminum alloy product at room temperature for 1 day up to 12 months to produce an intermediate aged rolled aluminum alloy product; and artificially aging the intermediate aged rolled aluminum alloy product for a period of time up to 8 hours, wherein artificially aging the intermediate aged rolled aluminum alloy product comprises a multiple-step aging procedure, wherein the multiple-step aging procedure comprises at least a first aging step and at least a second aging step, wherein the first aging step includes heating the intermediate aged rolled aluminum alloy product to a first aging temperature and maintaining the intermediate aged rolled aluminum alloy product at the first aging temperature for 30 min to 2 hours, and following the first aging step, the temperature of the intermediate aged rolled aluminum alloy product is increased to a second aging temperature and maintained at the second aging temperature for 30 min to 7.5 hours. solutionizing a rolled aluminum alloy product in an F temper at a solutionizing temperature of at least 400 °C; deforming the rolled aluminum alloy product at a temperature of from 125 °C to 500 °C and quenching the rolled aluminum alloy product to produce a W temper rolled aluminum alloy product, wherein quenching the rolled aluminum alloy product is performed after deforming the rolled aluminum alloy product; naturally aging the W temper rolled aluminum alloy product comprising aging the W temper rolled aluminum alloy product at room temperature for 1 day up to 12 months to produce an intermediate aged rolled aluminum alloy product; and artificially aging the intermediate aged rolled aluminum alloy product for a period of time up to 8 hours, wherein artificially aging the intermediate aged rolled aluminum alloy product comprises a multiple-step aging procedure, wherein the multiple-step aging procedure comprises at least a first aging step and at least a second aging step, wherein the first aging step includes heating the intermediate aged rolled aluminum alloy product to a first aging temperature and maintaining the intermediate aged rolled aluminum alloy product at the first aging temperature for 30 min to 2 hours, and following the first aging step, the temperature of the intermediate aged rolled aluminum alloy product is increased to a second aging temperature and maintained at the second aging temperature for 30 min to 7.5 hours.