mhurhangee/patent-ind-claim-en huggingface dataset:
A remote application server comprising: a state information collector configured to transmit a state information request signal to a subscriber terminal device and receive state information about the subscriber terminal device ; a control command generator configured to generate a control command comprising a rendering control command for controlling a rendering at the subscriber terminal device with respect to at least one of content and a user interface, UI, resource and a terminal control command for controlling the subscriber terminal device , based on the received state information; and a controller configured to analyze the state information received from the state information collector , to transfer the analyzed state information to the control command generator , and to control a generation of the control command, wherein the rendering control command is configured to control the subscriber terminal device to request at least one of the content and the UI resource to a media storage separated from the remote application server over a network , wherein the command generator is configured to send the rendering control command to the subscriber terminal device over the network . a state information collector configured to transmit a state information request signal to a subscriber terminal device and receive state information about the subscriber terminal device ; a control command generator configured to generate a control command comprising a rendering control command for controlling a rendering at the subscriber terminal device with respect to at least one of content and a user interface, UI, resource and a terminal control command for controlling the subscriber terminal device , based on the received state information; and a controller configured to analyze the state information received from the state information collector , to transfer the analyzed state information to the control command generator , and to control a generation of the control command, wherein the rendering control command is configured to control the subscriber terminal device to request at least one of the content and the UI resource to a media storage separated from the remote application server over a network , wherein the command generator is configured to send the rendering control command to the subscriber terminal device over the network .
System for authenticating a user, having a removable storage medium having at least one memory area, having a data processing system to which the removable storage medium is connected via a data transmission connection, identifying data for identifying the removable storage medium being stored in the memory area of the removable storage medium , data relating to a digital certificate being stored in this memory area or in a further memory area of the removable storage medium , characterized in that the certificate is an attribute certificate, the identifying data being used as attributes which have been associated with the certificate by a certification authority , in that identifying data and the data relating to the attribute certificate are transmitted from the removable storage medium to the data processing system , in that the data processing system processes the identifying data and the data relating to the attribute certificate and authenticates the user, wherein, by virtue of the attribute certificate being associated with the identifying data for identifying the removable storage medium , the authentication of the user is tied to the removable storage medium tied to the attribute certificate , in that rights are preset for the user and/or a user group to which the user is assigned, which rights are activated for the user by authenticating this user, and in that the attribute certificate authorizes the user to execute at least one application program by means of the data processing system .
A device for housing lengths of optical fibres, comprising: - a fibre support surface ; - a spool projecting from said fibre support surface wherein said spool comprises an upper surface ; - a fin projecting towards said spool , wherein said fin is at substantially the same height as said upper surface ; and - a passageway between a free end of said fin and said spool , characterized in that said spool cooperates with said fibre support surface and is made elastic thereto so that said passageway widens when said spool upper surface is pushed towards said fibre support surface for easing arrangement of a portion of said lengths of optical fibres. - a fibre support surface ; - a spool projecting from said fibre support surface wherein said spool comprises an upper surface ; - a fin projecting towards said spool , wherein said fin is at substantially the same height as said upper surface ; and - a passageway between a free end of said fin and said spool ,
A method for assaying a vitamin D moiety in a sample, which method comprises: a) contacting a sample containing or suspected of containing a vitamin D moiety with a buffer of acidic pH in the range from 2.5 to 6.9, and at least two antibodies that are separately conjugated to particles, wherein at least one of said antibodies or the first antibody has a specific binding affinity towards the vitamin D moiety, and at least another said antibody or the second antibody has a specific binding affinity towards the complex formed between the first antibody and the vitamin D moiety; and b) assessing binding between said antibodies and said vitamin D moiety to determine the presence, absence and/or amount of said vitamin D moiety in said sample, wherein said method is conducted as a homogeneous assay. a) contacting a sample containing or suspected of containing a vitamin D moiety with a buffer of acidic pH in the range from 2.5 to 6.9, and at least two antibodies that are separately conjugated to particles, wherein at least one of said antibodies or the first antibody has a specific binding affinity towards the vitamin D moiety, and at least another said antibody or the second antibody has a specific binding affinity towards the complex formed between the first antibody and the vitamin D moiety; and b) assessing binding between said antibodies and said vitamin D moiety to determine the presence, absence and/or amount of said vitamin D moiety in said sample,
An apparatus comprising: a 64b66b encoder configured to: determine one bit of operations, administration, and maintenance, OAM, information; form forward error correction, FEC, parity sync-headers based on the one bit of the OAM information, wherein the FEC parity sync-headers include one of two pre-determined bit patterns and wherein the bit pattern included in the parity sync-headers is determined based on the one bit of the OAM information; and form an FEC codeword with the FEC parity sync-headers and parity blocks, so that the OAM information is carried in the FEC codeword, wherein the parity blocks are calculated using the one bit of the OAM information; and a transmitter coupled to the 64b66b encoder and configured to transmit the FEC codeword. a 64b66b encoder configured to: determine one bit of operations, administration, and maintenance, OAM, information; form forward error correction, FEC, parity sync-headers based on the one bit of the OAM information, wherein the FEC parity sync-headers include one of two pre-determined bit patterns and wherein the bit pattern included in the parity sync-headers is determined based on the one bit of the OAM information; and form an FEC codeword with the FEC parity sync-headers and parity blocks, so that the OAM information is carried in the FEC codeword, wherein the parity blocks are calculated using the one bit of the OAM information; and determine one bit of operations, administration, and maintenance, OAM, information; form forward error correction, FEC, parity sync-headers based on the one bit of the OAM information, wherein the FEC parity sync-headers include one of two pre-determined bit patterns and wherein the bit pattern included in the parity sync-headers is determined based on the one bit of the OAM information; and form an FEC codeword with the FEC parity sync-headers and parity blocks, so that the OAM information is carried in the FEC codeword, wherein the parity blocks are calculated using the one bit of the OAM information; and a transmitter coupled to the 64b66b encoder and configured to transmit the FEC codeword.
A tubular photobioreactor , comprising at least one tube , a circulation tank and a gas supply , wherein the at least one tube is connected as a loop to the circulation tank , wherein the gas supply is connected to the at least one tube , characterized in that the loop of the at least one tube has a length of at least 100 meter and that the at least one tube builds at least one reaction section which is substantially horizontal or has an inclination of at least 0.1 degree to at most 3.0 degree, characterized in that the photobioreactor is a closed system, wherein the gas supply is connected to the top of the circulation tank and to a CO 2 supply , wherein the tubular photobioreactor has an air-pump , an air-blower or a fan to introduce a gas phase through the gas supply into the at least one tube .
An implant delivery system , comprising: a catheter shaft having a distal end region and a proximal end region ; an implant coupled to the distal end region of the catheter shaft ; a handle coupled to the proximal end region of the catheter shaft ; and an expandable introducer sheath disposed along the catheter shaft in an unexpanded position; characterized in that the introducer sheath is pre-loaded on the implant delivery system and configured to shift from the unexpanded position to an expanded position as the distal end region of the catheter shaft is withdrawn through the introducer sheath . a catheter shaft having a distal end region and a proximal end region ; an implant coupled to the distal end region of the catheter shaft ; a handle coupled to the proximal end region of the catheter shaft ; and an expandable introducer sheath disposed along the catheter shaft in an unexpanded position; characterized in that the introducer sheath is pre-loaded on the implant delivery system and configured to shift from the unexpanded position to an expanded position as the distal end region of the catheter shaft is withdrawn through the introducer sheath .
A terminal comprising: a reception section configured to receive a synchronization signal and a broadcast channel; and a control section configured to control to transmit a random access preamble by using a resource that is configured associated with the synchronization signal and the broadcast channel, wherein the resource used for transmitting the random access preamble is associated with a plurality of synchronization signals and broadcast channels, including the received synchronization signal and broadcast channel, and the control section is configured to control reception of a response signal to the random access preamble based on timing of the resource. a reception section configured to receive a synchronization signal and a broadcast channel; and a control section configured to control to transmit a random access preamble by using a resource that is configured associated with the synchronization signal and the broadcast channel, wherein the resource used for transmitting the random access preamble is associated with a plurality of synchronization signals and broadcast channels, including the received synchronization signal and broadcast channel, and the control section is configured to control reception of a response signal to the random access preamble based on timing of the resource.
A method to be performed by an integration reference point, IRP, manager module of a management apparatus , the method comprising: identifying a value for an energy-saving-coverage attribute corresponding to a target cell , the energy-saving-coverage attribute designated as IsESCoveredBy, wherein the IsESCoveredBy includes at least one of "yes", "no" or "partial"; storing the "partial" value for the IsEScoveredBy attribute corresponding to the target cell if the target cell is recommended along with at least one other target cell to be considered as an entirety of candidate cells to take over coverage when a source cell is about to be transferred to an energy saving state, wherein the source cell is of a network of a first radio access technology, RAT, the network of the first RAT is an evolved universal terrestrial radio access network, E-UTRAN, and the target cell is of a network of a second RAT different from the first RAT; and storing the "yes" value for the IsEScoveredBy attribute corresponding to the target cell if the target cell is recommended to be considered as a candidate cell to take over an entirety of coverage when the source cell is about to be transferred to an energy saving state, wherein the "no" value is to indicate that the target cell is not recommended to be considered as candidate cell to take over coverage when the source cell is about to be transferred to energy saving state. identifying a value for an energy-saving-coverage attribute corresponding to a target cell , the energy-saving-coverage attribute designated as IsESCoveredBy, wherein the IsESCoveredBy includes at least one of "yes", "no" or "partial"; storing the "partial" value for the IsEScoveredBy attribute corresponding to the target cell if the target cell is recommended along with at least one other target cell to be considered as an entirety of candidate cells to take over coverage when a source cell is about to be transferred to an energy saving state, wherein the source cell is of a network of a first radio access technology, RAT, the network of the first RAT is an evolved universal terrestrial radio access network, E-UTRAN, and the target cell is of a network of a second RAT different from the first RAT; and storing the "yes" value for the IsEScoveredBy attribute corresponding to the target cell if the target cell is recommended to be considered as a candidate cell to take over an entirety of coverage when the source cell is about to be transferred to an energy saving state, wherein the "no" value is to indicate that the target cell is not recommended to be considered as candidate cell to take over coverage when the source cell is about to be transferred to energy saving state.
An antimicrobial coating material for surface coating comprising: (a) biocides comprising at least one antimicrobial component selected from the group consisting of chlorine dioxide, hydrogen peroxide, peroxy acids, alcoholic compounds, phenolic compounds, essential oils, antimicrobial components of essential oils, antimicrobial phytochemicals, and combinations thereof; and (b) inorganic-organic shells permeable to the biocides, comprising: inorganic materials selected from the group consisting of metal oxides, which are selected from the group of titania sol, silica sol, and alumina sol, metal complexes, which are titanium peroxo complex sol, and combinations thereof; and organic materials comprising a nonionic polymer, wherein the inorganic materials are present in a concentration of 0.5-95 wt% of the inorganic-organic shells, and wherein the inorganic-organic shells enclose and contain the biocides permitting storage and release. (a) biocides comprising at least one antimicrobial component selected from the group consisting of chlorine dioxide, hydrogen peroxide, peroxy acids, alcoholic compounds, phenolic compounds, essential oils, antimicrobial components of essential oils, antimicrobial phytochemicals, and combinations thereof; and (b) inorganic-organic shells permeable to the biocides, comprising: inorganic materials selected from the group consisting of metal oxides, which are selected from the group of titania sol, silica sol, and alumina sol, metal complexes, which are titanium peroxo complex sol, and combinations thereof; and organic materials comprising a nonionic polymer, inorganic materials selected from the group consisting of metal oxides, which are selected from the group of titania sol, silica sol, and alumina sol, metal complexes, which are titanium peroxo complex sol, and combinations thereof; and organic materials comprising a nonionic polymer,
An oven comprising: a body part having an inner space opened in one direction; a front plate disposed along a circumference of the opening of the body part and extending in a direction intersecting with the one direction; and a door part coming into contact with the front plate to cover the inner space, wherein the door part comprises: a door plate overlapping the inner space and the front plate in the one direction and having a protrusion protruding from a central portion thereof toward the inner space; a first choke formed in an annular shape along a circumference of the protrusion ; and a second choke disposed outside the first choke , formed in an annular shape along a circumference of the first choke , and overlapping the front plate in the one direction, wherein the first choke is configured such that an inner portion faces the inner space and an outer portion faces the front plate , and characterized in that a shortest distance between the first choke and the front plate is shorter than a shortest distance between the second choke and the front plate . a body part having an inner space opened in one direction; a front plate disposed along a circumference of the opening of the body part and extending in a direction intersecting with the one direction; and a door part coming into contact with the front plate to cover the inner space, wherein the door part comprises: a door plate overlapping the inner space and the front plate in the one direction and having a protrusion protruding from a central portion thereof toward the inner space; a first choke formed in an annular shape along a circumference of the protrusion ; and a second choke disposed outside the first choke , formed in an annular shape along a circumference of the first choke , and overlapping the front plate in the one direction, a door plate overlapping the inner space and the front plate in the one direction and having a protrusion protruding from a central portion thereof toward the inner space; a first choke formed in an annular shape along a circumference of the protrusion ; and a second choke disposed outside the first choke , formed in an annular shape along a circumference of the first choke , and overlapping the front plate in the one direction, wherein the first choke is configured such that an inner portion faces the inner space and an outer portion faces the front plate , and characterized in that a shortest distance between the first choke and the front plate is shorter than a shortest distance between the second choke and the front plate .
An information processing device comprising: a processor configured to realize an image generation function of generating an image including a plurality of sub-images, a display control function of displaying the image on the display arranging the sub-images in predetermined display regions, an address term definition function of defining an address term for each of the display regions of the sub-images to be displayed on the display and temporarily displaying the address term on the display in association with the respective one of the display regions, a voice input acquisition function of acquiring a voice input for the image, and characterized in that it is further configured to realize a command issuing function of issuing a command relevant to the respective region when the address term is included in the voice input, wherein the display regions include at least subordinate layer region, and wherein the command issuing function issues a command to expand and display the subordinate layer region. a processor configured to realize an image generation function of generating an image including a plurality of sub-images, a display control function of displaying the image on the display arranging the sub-images in predetermined display regions, an address term definition function of defining an address term for each of the display regions of the sub-images to be displayed on the display and temporarily displaying the address term on the display in association with the respective one of the display regions, a voice input acquisition function of acquiring a voice input for the image, and characterized in that it is further configured to realize a command issuing function of issuing a command relevant to the respective region when the address term is included in the voice input, an image generation function of generating an image including a plurality of sub-images, a display control function of displaying the image on the display arranging the sub-images in predetermined display regions, an address term definition function of defining an address term for each of the display regions of the sub-images to be displayed on the display and temporarily displaying the address term on the display in association with the respective one of the display regions, a voice input acquisition function of acquiring a voice input for the image, and characterized in that it is further configured to realize a command issuing function of issuing a command relevant to the respective region when the address term is included in the voice input, wherein the display regions include at least subordinate layer region, and wherein the command issuing function issues a command to expand and display the subordinate layer region.
A silicon purification device, characterized in that it comprises: - means for supplying liquid silicon, - at least one inclined flow plate supplied with the liquid silicon, each flow plate including a path for the liquid silicon flow, the path comprising several changes of direction, and - means for supplying on each flow plate a gas for evacuating silicon impurities counter to the liquid silicon flow, so that the path is overall perpendicular to the gas flow, allowing a friction of the gas inducing a vortex in the liquid silicon, and thus increasing the transport of the impurities from the liquid silicon to the gas. - means for supplying liquid silicon, - at least one inclined flow plate supplied with the liquid silicon, each flow plate including a path for the liquid silicon flow, the path comprising several changes of direction, and - means for supplying on each flow plate a gas for evacuating silicon impurities counter to the liquid silicon flow, so that the path is overall perpendicular to the gas flow, allowing a friction of the gas inducing a vortex in the liquid silicon, and thus increasing the transport of the impurities from the liquid silicon to the gas.
Method for determining the mass flow of a dosing device for bulk materials, which has a storage container , the storage container of the dosing device being connected to a refilling station having a refilling container , wherein the doser has at least one gravimetric scale for gravimetric dosing via a discharge conveyor of the doser , and the refill container periodically refills the supply container with bulk material from a lower filling level to a filled state and is provided with a sensor for a parameter for the refill quantity dispensed, and wherein, during refilling, the output conveyor is controlled by a volumetric control model, characterized in that the weight of bulk material refilled into the storage container during refilling is determined from the data of the sensor for the refilling quantity output from the refilling station and the increase in the weight of bulk material in the storage container during refilling of the storage container , and the actual bulk material flow output during refilling is calculated from the difference between these weights.