mhurhangee/patent-ind-claim-en huggingface dataset:
Process for sequencing oligosaccharides, characterized in that it comprises the steps of i. fragmentation of the oligosaccharides into disaccharides and monosaccharides while preserving the molecular structure of the constituents as present in the oligosaccharide to be sequenced ii. separation of each previously obtained disaccharide and monosaccharide by mass spectrometry, iii. analysis by infrared or "IR" vibrational spectroscopy of each previously separated disaccharide and monosaccharide, iv. identification of the structure of each disaccharide and monosaccharide by comparison of the obtained IR spectra with a set of reference disaccharide and monosaccharide IR spectra, and v. definition of the oligosaccharide sequence by combination of the structures identified for each disaccharide and monosaccharide. i. fragmentation of the oligosaccharides into disaccharides and monosaccharides while preserving the molecular structure of the constituents as present in the oligosaccharide to be sequenced ii. separation of each previously obtained disaccharide and monosaccharide by mass spectrometry, iii. analysis by infrared or "IR" vibrational spectroscopy of each previously separated disaccharide and monosaccharide, iv. identification of the structure of each disaccharide and monosaccharide by comparison of the obtained IR spectra with a set of reference disaccharide and monosaccharide IR spectra, and v. definition of the oligosaccharide sequence by combination of the structures identified for each disaccharide and monosaccharide.
A method of producing a bedding material comprising the steps of: a) providing an organic raw material of plant fibres, in particular straw in the unpressed or prepressed state; b) adding to the organic raw material firstly at least one acid, an acid combination or its salts, then a bacterial suspension comprising at least one of the species Bacillus amyloliquefaciens, Bacillus licheniformis, Bacillus subtilis, Bacillus megaterium and/or Bacillus pumilus individually or in combinations and then at least one natural or nature-identical monoterpene and/or phenol and/or phenylpropanoid and/or flavonoid; and then c) compressing of the organic raw material into pellets and/or granules. a) providing an organic raw material of plant fibres, in particular straw in the unpressed or prepressed state; b) adding to the organic raw material firstly at least one acid, an acid combination or its salts, then a bacterial suspension comprising at least one of the species Bacillus amyloliquefaciens, Bacillus licheniformis, Bacillus subtilis, Bacillus megaterium and/or Bacillus pumilus individually or in combinations and then at least one natural or nature-identical monoterpene and/or phenol and/or phenylpropanoid and/or flavonoid; and then c) compressing of the organic raw material into pellets and/or granules.
An article comprising: a plurality of fibers having a conformed coating thereon, the conformed coating including a compound of aluminum (Al), boron (B) and nitrogen (N) including Al-N bonds and B-N bonds; a matrix in which the plurality of fibers is disposed; wherein the compound includes an atom of nitrogen covalently bonded to atoms of boron and aluminum; and wherein the compound has a composition B x Al (1-x) N, where x is 0.001 to 0.999. a plurality of fibers having a conformed coating thereon, the conformed coating including a compound of aluminum (Al), boron (B) and nitrogen (N) including Al-N bonds and B-N bonds; a matrix in which the plurality of fibers is disposed; wherein the compound includes an atom of nitrogen covalently bonded to atoms of boron and aluminum; and wherein the compound has a composition B x Al (1-x) N, where x is 0.001 to 0.999.
A method for updating a Closed Subscriber Group, CSG, state, characterized by comprising: obtaining (S101), by an evolved Node B, eNB, from a Mobility Management Entity, MME, updated CSG state information about a User Equipment, UE, and executing (S102) an update operation according to the updated CSG state information, the eNB being a Master eNB, MeNB, or a Secondary eNB, SeNB, in a dual connection architecture; the method further comprising: when the eNB is the MeNB, the step of obtaining, by the MeNB from the MME, comprises obtaining updated CSG state information about the UE in a hybrid cell of the SeNB, and sending, by the MeNB, the updated CSG state information or CSG state update indication information to the SeNB, wherein the updated CSG state information comprises updated CSG identity state information, and the CSG state update indication information comprises CSG identity state update indication information. obtaining (S101), by an evolved Node B, eNB, from a Mobility Management Entity, MME, updated CSG state information about a User Equipment, UE, and executing (S102) an update operation according to the updated CSG state information, the eNB being a Master eNB, MeNB, or a Secondary eNB, SeNB, in a dual connection architecture; the method further comprising: when the eNB is the MeNB, the step of obtaining, by the MeNB from the MME, comprises obtaining updated CSG state information about the UE in a hybrid cell of the SeNB, and sending, by the MeNB, the updated CSG state information or CSG state update indication information to the SeNB, wherein the updated CSG state information comprises updated CSG identity state information, and the CSG state update indication information comprises CSG identity state update indication information.
A mobile tank for educational or recreational activities in aquatic environments, consisting of a tank containing water for human use, supporting means (1,2,5-14) to support the operation of the mobile tank and support infrastructures to carry out its activity integrated in a platform , the platform comprising means for displacement, characterized in that : - at least one of the substantially vertical walls of the tank is made of a transparent material. - at least one of the substantially vertical walls of the tank is made of a transparent material.
A method for selecting an edge node from a plurality of edge nodes in a fixed access communications network, the method comprising: at a selection node, receiving from a host entity a request for a network service; obtaining, from a dynamically updated database, data comprising information relating to a status and capabilities of each edge node from a plurality of edge nodes, wherein the database is dynamically updated as the status and capabilities of each edge node from the plurality of edge nodes is changed, which allows edge nodes to be changed, removed, upgraded or added, wherein at least some of the data is obtained prior to the host entity's request being received; on a basis of the obtained data, selecting an edge node from the plurality of edge nodes, the selected edge node providing a path between the host entity and the requested network service; and sending a response to the host entity, the response including information identifying the selected edge node. at a selection node, receiving from a host entity a request for a network service; obtaining, from a dynamically updated database, data comprising information relating to a status and capabilities of each edge node from a plurality of edge nodes, wherein the database is dynamically updated as the status and capabilities of each edge node from the plurality of edge nodes is changed, which allows edge nodes to be changed, removed, upgraded or added, wherein at least some of the data is obtained prior to the host entity's request being received; on a basis of the obtained data, selecting an edge node from the plurality of edge nodes, the selected edge node providing a path between the host entity and the requested network service; and sending a response to the host entity, the response including information identifying the selected edge node.
A vaporizer comprising: a vaporizer body comprising an outer housing; a structural housing component configured to be received within the outer housing such that the structural housing component is contained within the outer housing ; a heater housed within the structural housing component, the heater having at least one opening through which air is passed and heated; an oven chamber configured to hold vaporizable material to be heated by the air heated by the heater, causing the vaporizable material to at least partially vaporize into the heated air, the oven chamber comprising side walls and housed within the structural housing component such that an air gap is defined between the side walls of the oven chamber and the structural housing component contained within the outer housing , the air gap thermally isolating the oven chamber to aid in the prevention of thermal transfer into the outer housing; a controller , the controller housed within the structural housing component and coupled to the heater and configured to cause the heater to heat to a temperature; and a mouthpiece at an end of the vaporizer body, the mouthpiece being configured to deliver the heated air and vaporized material. a vaporizer body comprising an outer housing; a structural housing component configured to be received within the outer housing such that the structural housing component is contained within the outer housing ; a heater housed within the structural housing component, the heater having at least one opening through which air is passed and heated; an oven chamber configured to hold vaporizable material to be heated by the air heated by the heater, causing the vaporizable material to at least partially vaporize into the heated air, the oven chamber comprising side walls and housed within the structural housing component such that an air gap is defined between the side walls of the oven chamber and the structural housing component contained within the outer housing , the air gap thermally isolating the oven chamber to aid in the prevention of thermal transfer into the outer housing; a controller , the controller housed within the structural housing component and coupled to the heater and configured to cause the heater to heat to a temperature; and a mouthpiece at an end of the vaporizer body, the mouthpiece being configured to deliver the heated air and vaporized material.
A method, performed by an electronic device , of performing an operation based on bending, the method comprising: sensing bending that deforms a shape of the electronic device ; determining a first region, from which the bending is sensed, from among regions of the electronic device ; selecting an object indicated by the first region from among objects displayed on the electronic device ; and performing the operation on the selected object, wherein the performing the operation on the selected object further comprises: displaying information related to the operation on a display area of the electronic device , generating a memo regarding an application represented by the selected object; and adding the memo to an app diary corresponding to the selected object. sensing bending that deforms a shape of the electronic device ; determining a first region, from which the bending is sensed, from among regions of the electronic device ; selecting an object indicated by the first region from among objects displayed on the electronic device ; and performing the operation on the selected object, wherein the performing the operation on the selected object further comprises: displaying information related to the operation on a display area of the electronic device , generating a memo regarding an application represented by the selected object; and adding the memo to an app diary corresponding to the selected object. displaying information related to the operation on a display area of the electronic device , generating a memo regarding an application represented by the selected object; and adding the memo to an app diary corresponding to the selected object.
Lighting optics comprising: a plurality of optical elements arranged in a row, wherein two adjacent optical elements are respectively connected to one another via a bendable articulation element , wherein the bendable articulation element comprises an articulation region , wherein the articulation region allows defined bending of the bendable articulation element , wherein the articulation region is provided between the respective optical elements , characterized in that the articulation region is provided by a material reinforcement, and the material reinforcement is formed as a rod-shaped element. a plurality of optical elements arranged in a row, wherein two adjacent optical elements are respectively connected to one another via a bendable articulation element , wherein the bendable articulation element comprises an articulation region , wherein the articulation region allows defined bending of the bendable articulation element , wherein the articulation region is provided between the respective optical elements , characterized in that the articulation region is provided by a material reinforcement, and the material reinforcement is formed as a rod-shaped element.
A valve assembly comprising: a vessel for receiving a liquid comprising a lip and an inner wall comprising a substantially vertical engagement surface , and a valve element comprising a body comprising a resiliently deformable portion having a rim , the rim located in a first plane, wherein at least the rim of the resiliently deformable portion is configured to deform substantially inwardly, to be located in a second plane, so as to be located within the vessel inner wall and into a sealing position within a valve assembly , and further wherein a portion of the rim is configured to lift out of the second plane upon application of a suction force to an upper surface of a corresponding portion of the resiliently deformable portion , wherein the resiliently deformable portion has a lower surface , the lower surface comprising a sealing surface configured to provide a sealing abutment with the substantially vertical engagement surface on the inner wall of the vessel , and wherein the rim has an outer edge and, when the rim is in the second plane, the sealing surface is substantially cylindrical, and the outer edge is configured to sit above the sealing surface . a vessel for receiving a liquid comprising a lip and an inner wall comprising a substantially vertical engagement surface , and a valve element comprising a body comprising a resiliently deformable portion having a rim , the rim located in a first plane, wherein at least the rim of the resiliently deformable portion is configured to deform substantially inwardly, to be located in a second plane, so as to be located within the vessel inner wall and into a sealing position within a valve assembly , and further wherein a portion of the rim is configured to lift out of the second plane upon application of a suction force to an upper surface of a corresponding portion of the resiliently deformable portion , wherein the resiliently deformable portion has a lower surface , the lower surface comprising a sealing surface configured to provide a sealing abutment with the substantially vertical engagement surface on the inner wall of the vessel , and wherein the rim has an outer edge and, when the rim is in the second plane, the sealing surface is substantially cylindrical, and the outer edge is configured to sit above the sealing surface .
A method for a first device-to-device capable user equipment, D2DUE, for buffer status reporting, the method comprising: - determining an amount of data in a buffer of the first D2DUE to be transmitted to a second D2DUE in addition to an amount of data previously transmitted to the second D2DUE but unacknowledged by the second D2DUE; - transmitting a buffer status report, to a scheduler of a network node, the buffer status report comprising information including the determined amounts, wherein the information further comprises information on a modulation and coding scheme used by a first D2DUE; and - receiving a scheduling assignment from the network node for transmission of the unacknowledged data and the data in the buffer to the second D2DUE via a direct link between the first and second D2DUE. - determining an amount of data in a buffer of the first D2DUE to be transmitted to a second D2DUE in addition to an amount of data previously transmitted to the second D2DUE but unacknowledged by the second D2DUE; - transmitting a buffer status report, to a scheduler of a network node, the buffer status report comprising information including the determined amounts, wherein the information further comprises information on a modulation and coding scheme used by a first D2DUE; and - receiving a scheduling assignment from the network node for transmission of the unacknowledged data and the data in the buffer to the second D2DUE via a direct link between the first and second D2DUE.
A cooking appliance comprising a front panel that forms a front side of the appliance and a knob assembly, the knob assembly comprising: a knob located at a front side of the front panel and configured to rotate based on operation by a user; a knob shaft that is coupled to the knob and that extends through the front panel ; a supporting pipe that receives and supports the knob shaft , the supporting pipe being configured to maintain a position thereof relative to the front panel ; a valve located in the appliance and configured to control supply of gas to the appliance; a valve shaft connected to the valve and configured to control the valve to adjust a flow rate of gas based on rotation of the valve shaft; and a joint that couples the knob shaft to the valve shaft and that is configured to transfer a rotational motion and a linear motion of the knob shaft to the valve shaft , characterized in that the knob assembly further comprises a fixed pipe coupled to a rear side of the front panel and supporting the knob shaft between the supporting pipe and the joint . a knob located at a front side of the front panel and configured to rotate based on operation by a user; a knob shaft that is coupled to the knob and that extends through the front panel ; a supporting pipe that receives and supports the knob shaft , the supporting pipe being configured to maintain a position thereof relative to the front panel ; a valve located in the appliance and configured to control supply of gas to the appliance; a valve shaft connected to the valve and configured to control the valve to adjust a flow rate of gas based on rotation of the valve shaft; and a joint that couples the knob shaft to the valve shaft and that is configured to transfer a rotational motion and a linear motion of the knob shaft to the valve shaft , characterized in that the knob assembly further comprises a fixed pipe coupled to a rear side of the front panel and supporting the knob shaft between the supporting pipe and the joint .
Organic light-emitting device, in particular an organic light-emitting diode, with: - a light-emitting element (1; 2) and - an illuminated surface (1f; 2f), comprising the light-emitting element (1; 2), and which is formed by means of an electrode (1a; 2a), a counter-electrode (1d; 2d) and an organic layer arrangement (1e; 2e), which is arranged between the electrode (1a; 2a) and the counter-electrode (1d; 2d), and is in electrical contact with the electrode (1a; 2a) and the counter-electrode (1d; 2d), wherein sections of the organic layer arrangement (1e; 2e), which are arranged in the region of the illuminated surface (1f; 2f), and which emit light when an electrical voltage is applied to the electrode (1a; 2a) and the counter-electrode (1d; 2d), have a uniform organic material structure, and are formed on a plurality of electrically parallel-connected sub-electrodes (1b; 2b) of the electrode (1a; 2a), which at one side are electrically connected to one another, and on the opposite side are not electrically connected, characterised in that the plurality of electrically parallel-connected sub-electrodes (1b; 2b) are formed as strip electrodes, which extend along a singly or multiply curved line, or a zigzag line, and a lateral distance between adjacent members of the plurality of electrically parallel-connected sub-electrodes (1b; 2b) is less than half the width of the adjacent sub-electrodes (1b; 2b). - a light-emitting element (1; 2) and - an illuminated surface (1f; 2f), comprising the light-emitting element (1; 2), and which is formed by means of an electrode (1a; 2a), a counter-electrode (1d; 2d) and an organic layer arrangement (1e; 2e), which is arranged between the electrode (1a; 2a) and the counter-electrode (1d; 2d), and is in electrical contact with the electrode (1a; 2a) and the counter-electrode (1d; 2d),
Vehicle, in particular a rail vehicle , with at least one drive motor and one brake control device , characterised in that a monitoring device of the vehicle is designed to measure, in the braking mode of the vehicle, at least one drive current flowing through the drive motor , and at least one drive voltage applied to the drive motor , to form measurement values, and to generate operational information specifying the mode of operation of the drive motor , in particular braking information (B) specifying the braking effect of the drive motor , on the basis of the measurement values (U, I).
A method comprising: generating , using a processor of a client machine, a graphical representation of a dataset using a first rendering convention, the graphical representation of the dataset comprising a view of a plurality of nodes; receiving user input requesting a viewing scale adjustment for the graphical representation, the user input specifying a scale level for viewing the plurality of nodes; determining , using said processor of said client machine, that the scale level specified by the user input is above a predefined threshold; and in response to determining that the scale level is above the predefined threshold, updating , using said processor of said client machine, the graphical representation of the dataset using a second rendering convention, the updated graphical representation comprising a scaled view of the plurality of nodes; wherein the first rendering convention involves using a hypertext modelling language (HTML) canvas element, wherein the second rendering convention involves rendering nodes in a domain object model (DOM), and wherein the predefined threshold is set by an administrator to optimize the quality of the graphical representation as learned by analyzing rendering quality at various scale levels to identify a breakpoint in quality. generating , using a processor of a client machine, a graphical representation of a dataset using a first rendering convention, the graphical representation of the dataset comprising a view of a plurality of nodes; receiving user input requesting a viewing scale adjustment for the graphical representation, the user input specifying a scale level for viewing the plurality of nodes; determining , using said processor of said client machine, that the scale level specified by the user input is above a predefined threshold; and in response to determining that the scale level is above the predefined threshold, updating , using said processor of said client machine, the graphical representation of the dataset using a second rendering convention, the updated graphical representation comprising a scaled view of the plurality of nodes; wherein the first rendering convention involves using a hypertext modelling language (HTML) canvas element, wherein the second rendering convention involves rendering nodes in a domain object model (DOM), and wherein the predefined threshold is set by an administrator to optimize the quality of the graphical representation as learned by analyzing rendering quality at various scale levels to identify a breakpoint in quality.