mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing a user device access to a resource or data, the system comprising: the user device comprising: - a light detector configured to detect light emitted by a light source , which light comprises an embedded code comprising a light source identifier of the light source , - a communication unit configured to communicate with a network device , - a processor configured to retrieve the light source identifier from the light , and to communicate the light source identifier to the network device , wherein the system further comprises the network device , comprising: - a receiver configured to receive the light source identifier from the user device , and - a controller configured to determine at which light source of a plurality of light sources the user device is present by identifying the light source based on the light source identifier, to encrypt an access key or data with a public key corresponding to a private key, and to control the identified light source such that the light comprises an updated embedded code comprising the encrypted access key or the encrypted data, wherein the processor of the user device is further configured to retrieve the encrypted access key or the encrypted data from the updated embedded code comprised in the light , and to decrypt the encrypted access key or the encrypted data with the private key, and access the resource with the decrypted access key or retrieve the decrypted data. - a light detector configured to detect light emitted by a light source , which light comprises an embedded code comprising a light source identifier of the light source , - a communication unit configured to communicate with a network device , - a processor configured to retrieve the light source identifier from the light , and to communicate the light source identifier to the network device , wherein the system further comprises the network device , comprising: - a receiver configured to receive the light source identifier from the user device , and - a controller configured to determine at which light source of a plurality of light sources the user device is present by identifying the light source based on the light source identifier, to encrypt an access key or data with a public key corresponding to a private key, and to control the identified light source such that the light comprises an updated embedded code comprising the encrypted access key or the encrypted data, - a receiver configured to receive the light source identifier from the user device , and - a controller configured to determine at which light source of a plurality of light sources the user device is present by identifying the light source based on the light source identifier, to encrypt an access key or data with a public key corresponding to a private key, and to control the identified light source such that the light comprises an updated embedded code comprising the encrypted access key or the encrypted data,
Lid configuration for a bioreactor , comprising: - a lid configured for connection with a vessel of the bioreactor , the vessel during use containing a bioreactor fluid , the lid being provided with one or more 3D-printed sensor or controller elements for, during use, sensing or controlling one or more parameters of the bioreactor , in particular the bioreactor fluid , characterized, in that the one or more 3D-printed sensor or controller elements comprise one or more 3D-printed inlets or outlets . - a lid configured for connection with a vessel of the bioreactor , the vessel during use containing a bioreactor fluid , the lid being provided with one or more 3D-printed sensor or controller elements for, during use, sensing or controlling one or more parameters of the bioreactor , in particular the bioreactor fluid , characterized, in that the one or more 3D-printed sensor or controller elements comprise one or more 3D-printed inlets or outlets .
A simulated solid fuel, comprising: a fuel body , a flow guiding device , a mist source and a light source , wherein the fuel body has a hollow structure inside, and is provided with a mist distribution chamber and an air directing chamber inside, the mist distribution chamber and the air directing chamber being isolated from each other inside the fuel body , mist outlets and mist inlets are respectively disposed on an outer surface of the fuel body , the mist outlets and the mist inlets all communicating with the mist distribution chamber , an upper surface of the fuel body is provided with an air ejection port , the air ejection port communicating with the air directing chamber ; wherein the mist source is a device capable of generating mist, the mist source is provided with a mist delivery pipe connected to the mist inlets , and the mist source delivers the mist to the mist distribution chamber through the mist delivery pipe ; the flow guiding device is disposed inside or at the bottom of the air directing chamber such that air inside the air directing chamber forms an upwardly rising air flow; and light emitted from the light source is irradiated onto the mist venting from the mist outlets , characterized in that : the mist outlets are disposed on a peripheral surface of the fuel body . an upper surface of the fuel body is provided with an air ejection port , the air ejection port communicating with the air directing chamber ; wherein the mist source is a device capable of generating mist, the mist source is provided with a mist delivery pipe connected to the mist inlets , and the mist source delivers the mist to the mist distribution chamber through the mist delivery pipe ; the flow guiding device is disposed inside or at the bottom of the air directing chamber such that air inside the air directing chamber forms an upwardly rising air flow; and light emitted from the light source is irradiated onto the mist venting from the mist outlets , characterized in that : the mist outlets are disposed on a peripheral surface of the fuel body .
An ethylene-vinyl alcohol copolymer composition comprising: (A) an ethylene-vinyl alcohol copolymer; (B) a phosphoric acid compound; and an iron compound; wherein the iron compound is present in a proportion of 0.01 to 100 ppm on a metal basis based on weight of the ethylene-vinyl alcohol copolymer composition; and wherein the phosphoric acid compound (B) is present in a proportion of 1 to 100 ppm on a phosphorus basis based on weight of the ethylene-vinyl alcohol copolymer composition. (A) an ethylene-vinyl alcohol copolymer; (B) a phosphoric acid compound; and
A method of manufacturing a container consisting of a substantially stiff outer container and readily deformable inner bag of thermoplastic plastic materials, which do not form a weld connection with one another, with a container opening and holes in the outer container, through which a pressure balance occurs in the gap between the inner bag and the outer container , wherein a preform consisting of at least two tubes is coextruded and is arranged between the open halves of a blow mold and the blow mold is closed when the preform has the length necessary for the manufacture of the container, wherein excess material in the base region of the container to be manufactured is squeezed out and a web is formed from welded material of the outer container, in which the welded base seam of the inner bag is clamped and held in the axial direction and the preform is inflated by a pressure medium into engagement with the wall of the blow mold and is removed from the blow mold, whereafter holes are formed in the wall of the outer container , the inner bag is detached from the wall of the outer container and again applied to it, characterized in that a respective hole is formed in the wall of the outer container at diametrically opposed positions, which lie on the intersection line of a plane defined by the base seam and the longitudinal axis of the container with the container wall and that a pin-shaped tool presses the inner bag through the holes by a predetermined distance back from the wall of the outer container and thus detaches it from the wall, whereafter a pressure medium, preferably compressed air, is introduced into the gap between the inner bag and the outer container, which detaches the inner bag from the wall of the outer container.
An apparatus for digital printing on closing components for containers, comprising: - a conveyor line for said closing components ; - a digital printing station , arranged along said conveyor line and comprising a digital printing device aimed at executing a graphic and/or text reproduction on each of said closing components ; - at least one position sensor , arranged upstream of the digital printing station , provided for detecting the position of at least one metallic closing component passing along said conveyor line ; - a command and control unit , to which said position sensor is connected so as to provide information about the position of the closing components situated on said conveyor line and acting on said digital printing device to activate said digital printing device at a predetermined times, which depends on said detected position; the apparatus being characterized in that it further comprises: - a loading container aimed at containing a plurality of closing components for said containers; - a withdrawing device for withdrawing said closing components from said loading container , aimed at taking said closing components from said loading container and placing them along said conveyor line ; - a user interface device , configured to allow the user to interact with said command and control unit in order to select and/or modify an image to be printed, according to which said command and control unit sends control instructions to said digital printing device to reproduce the selected and/or modified image on said closing components . - a conveyor line for said closing components ; - a digital printing station , arranged along said conveyor line and comprising a digital printing device aimed at executing a graphic and/or text reproduction on each of said closing components ; - at least one position sensor , arranged upstream of the digital printing station , provided for detecting the position of at least one metallic closing component passing along said conveyor line ; - a command and control unit , to which said position sensor is connected so as to provide information about the position of the closing components situated on said conveyor line and acting on said digital printing device to activate said digital printing device at a predetermined times, which depends on said detected position; - a loading container aimed at containing a plurality of closing components for said containers; - a withdrawing device for withdrawing said closing components from said loading container , aimed at taking said closing components from said loading container and placing them along said conveyor line ; - a user interface device , configured to allow the user to interact with said command and control unit in order to select and/or modify an image to be printed, according to which said command and control unit sends control instructions to said digital printing device to reproduce the selected and/or modified image on said closing components .
An image forming method for forming an image on a recording medium by use of an inkjet ink which contains a photocurable compound and a gelling agent having no polymerizable group and which undergoes temperature-induced sol-gel phase transition, wherein the gelling agent has an alkyl group with a linear portion containing 12 or more and 26 or less carbon atoms, the method comprising the steps of: (a) ejecting droplets of the inkjet ink from a nozzle of an inkjet head and landing the droplets on a surface of the recording medium ; and (b) irradiating the droplets of the inkjet ink landed on the recording medium surface with actinic radiation to cure the inkjet ink, characterized in that the recording medium is a paper substrate having a 60° gloss value of 5 or more and 50 or less before a corona discharge treatment, and the method further comprises performing the corona discharge treatment on the paper substrate before step (a). (a) ejecting droplets of the inkjet ink from a nozzle of an inkjet head and landing the droplets on a surface of the recording medium ; and (b) irradiating the droplets of the inkjet ink landed on the recording medium surface with actinic radiation to cure the inkjet ink,
A method for preparing a tissue sample for 3D imaging, said method comprising treating said tissue sample with a solution, wherein the solution comprises a buffer solution with a pH below 9 and a detergent, and wherein said tissue sample has not been hydrogel embedded and/or has not been fixed with glutaraldehyde.
A honeycomb extrusion die (403; 800; 900; 903; 905), comprising: a die body (407; 939) comprising: a die face comprising a plurality of central slots and a skin former region disposed peripheral to the central slots, wherein the central slots define matrix pins that extend axially to an exit face , with the skin former region comprising a plurality of annular slots (425, 429, 439; 913, 915, 917, 919, 921), wherein the annular slots (425, 429, 439; 913, 915, 917, 919, 921) define annular rings (423, 427; 923, 925, 927, 929) that extend axially to the exit face , wherein the central slots terminate at a first annular slot (425; 913) of the plurality of annular slots, (425, 429, 439; 913, 915, 917, 919, 921) and do not extend beyond a first annular ring of the annular rings (423, 427; 923, 925, 927, 929) in the skin forming region , central feed holes in communication with the central slots , and peripheral feed holes in communication with the annular slots (425, 429, 439; 913, 915, 917, 919, 921), characterized in that the matrix pins extend further than the annular rings (423, 427; 923, 925, 927, 929) axially and have exit surfaces generally parallel with the die face , and the annular rings (423, 427; 923, 925, 927, 929) have exit surfaces inclined away from the matrix pins . a die face comprising a plurality of central slots and a skin former region disposed peripheral to the central slots, wherein the central slots define matrix pins that extend axially to an exit face , with the skin former region comprising a plurality of annular slots (425, 429, 439; 913, 915, 917, 919, 921), wherein the annular slots (425, 429, 439; 913, 915, 917, 919, 921) define annular rings (423, 427; 923, 925, 927, 929) that extend axially to the exit face , wherein the central slots terminate at a first annular slot (425; 913) of the plurality of annular slots, (425, 429, 439; 913, 915, 917, 919, 921) and do not extend beyond a first annular ring of the annular rings (423, 427; 923, 925, 927, 929) in the skin forming region , central feed holes in communication with the central slots , and peripheral feed holes in communication with the annular slots (425, 429, 439; 913, 915, 917, 919, 921), characterized in that the matrix pins extend further than the annular rings (423, 427; 923, 925, 927, 929) axially and have exit surfaces generally parallel with the die face , and the annular rings (423, 427; 923, 925, 927, 929) have exit surfaces inclined away from the matrix pins .
A roller of a roller press comprising a side wear protection element with a base body of an elastic material with a threaded bolt on the base body side that projects from that directed toward a roller axis, wherein the threaded bold of the side wear protection element is run through a roller edge of the roller .
A fuse module comprising: an electrically insulating base ; a busbar disposed on a top surface of the base and comprising a fuse element and first and second terminal portions extending from opposite ends of the fuse element, the fuse element extending over a cavity formed in the top surface of the base; a pyrotechnic interrupter (PI) disposed atop the base, the PI comprising: a piston disposed within a shaft above the fuse element: a first pyrotechnic ignitor coupled to a controller , the first pyrotechnic ignitor configured to detonate and force the piston through the fuse element upon receiving an initiation signal from the controller; and a second pyrotechnic ignitor coupled to the busbar by a pair of leads , the second pyrotechnic ignitor configured to detonate and force the piston through the fuse element upon an increase in voltage across the leads, wherein the leads extend through the shaft and across a path of the piston and are configured to be severed by the piston upon detonation of the first pyrotechnic ignitor or upon detonation of the second pyrotechnic ignitor. an electrically insulating base ; a busbar disposed on a top surface of the base and comprising a fuse element and first and second terminal portions extending from opposite ends of the fuse element, the fuse element extending over a cavity formed in the top surface of the base; a pyrotechnic interrupter (PI) disposed atop the base, the PI comprising: a piston disposed within a shaft above the fuse element: a first pyrotechnic ignitor coupled to a controller , the first pyrotechnic ignitor configured to detonate and force the piston through the fuse element upon receiving an initiation signal from the controller; and a second pyrotechnic ignitor coupled to the busbar by a pair of leads , the second pyrotechnic ignitor configured to detonate and force the piston through the fuse element upon an increase in voltage across the leads, wherein the leads extend through the shaft and across a path of the piston and are configured to be severed by the piston upon detonation of the first pyrotechnic ignitor or upon detonation of the second pyrotechnic ignitor. a first pyrotechnic ignitor coupled to a controller , the first pyrotechnic ignitor configured to detonate and force the piston through the fuse element upon receiving an initiation signal from the controller; and a second pyrotechnic ignitor coupled to the busbar by a pair of leads , the second pyrotechnic ignitor configured to detonate and force the piston through the fuse element upon an increase in voltage across the leads, wherein the leads extend through the shaft and across a path of the piston and are configured to be severed by the piston upon detonation of the first pyrotechnic ignitor or upon detonation of the second pyrotechnic ignitor.
An Artificial Intelligence, Al, based network control system comprising: an Al system configured to obtain data from a network having a plurality of network elements and to determine actions for network control through one or more Machine Learning, ML, algorithms; a controller configured to cause the actions in the network ; and a safeguard module located between the Al system and the controller , wherein the safeguard module is configured to obtain the actions from the Al system , one of allow, block, and modify the actions from the Al system based on analysis of the actions and provide the allowed or modified actions to the controller for automated control of the network . an Al system configured to obtain data from a network having a plurality of network elements and to determine actions for network control through one or more Machine Learning, ML, algorithms; a controller configured to cause the actions in the network ; and a safeguard module located between the Al system and the controller , wherein the safeguard module is configured to obtain the actions from the Al system , one of allow, block, and modify the actions from the Al system based on analysis of the actions and provide the allowed or modified actions to the controller for automated control of the network .
Remotely operated submersible vehicle , suspended from a surface vessel and substantially free-hanging above the seabed, for preparing a trench in a subsea bottom, the vehicle comprising a frame , hoisting and control cables for suspending the vehicle from the surface vessel, thrusters for manoeuvring the vehicle, an elongated mechanical excavating tool connected to the vehicle by a hinged connection and extending across the width of the trench, and conveying means for carrying away excavated seabed material to a position outside the trench.
Method for determining a refractive error of one or both eyes of a user , wherein the method comprises the following steps: a) displaying at least one periodic pattern on a visual display unit , wherein at least one parameter of the at least one periodic pattern displayed on the visual display unit comprises at least one spatial frequency, wherein the spatial frequency is varied; b) capturing, by using an input unit , a reaction of the user depending on the at least one periodic pattern displayed on the visual display unit ; and c) establishing, by using an evaluation unit , a point in time at which a recognizability of the at least one periodic pattern displayed on the visual display unit by the user is evident from the reaction of the user , d) determining, by using an evaluation unit , a value for the refractive error of the one or the two eyes of the user from the established point in time, wherein the value for the refractive error is determined from the at least one spatial frequency of the at least one periodic pattern defined at the point in time, characterized in that the input unit is selected from a keyboard or a touch-sensitive screen of a mobile communication device . a) displaying at least one periodic pattern on a visual display unit , wherein at least one parameter of the at least one periodic pattern displayed on the visual display unit comprises at least one spatial frequency, wherein the spatial frequency is varied; b) capturing, by using an input unit , a reaction of the user depending on the at least one periodic pattern displayed on the visual display unit ; and c) establishing, by using an evaluation unit , a point in time at which a recognizability of the at least one periodic pattern displayed on the visual display unit by the user is evident from the reaction of the user , d) determining, by using an evaluation unit , a value for the refractive error of the one or the two eyes of the user from the established point in time, wherein the value for the refractive error is determined from the at least one spatial frequency of the at least one periodic pattern defined at the point in time,