mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating information between a plurality of communication devices (102, 152), comprising: storing (806, 810, 812, 814) a plurality of message sets in local memories (104, 154) of the plurality of communication devices so as to be respectively associated with speaker information, each said message set comprising a plurality of reference audio files including audio data for words or phrases spoken by a given individual of a plurality of individuals using the communication devices; performing operations, by a first communication device of the plurality of communication devices, to capture an audio message spoken by a first individual of the plurality of individuals and to convert the audio message into a message audio file; comparing the message audio file to each said reference audio file in the plurality of message sets to determine whether one of the plurality of reference audio files matches the message audio file by a certain amount; converting the audio message into a text message when a determination is made that a reference audio file of the plurality of reference audio files does match the message audio file by a certain amount; generating a secure text message by appending the speaker information that is associated with the matching reference audio file to the text message, or by appending other information generated using the speaker information that is associated with the matching reference audio file to the text message; transmitting the secure text message from the first communication device. storing (806, 810, 812, 814) a plurality of message sets in local memories (104, 154) of the plurality of communication devices so as to be respectively associated with speaker information, each said message set comprising a plurality of reference audio files including audio data for words or phrases spoken by a given individual of a plurality of individuals using the communication devices; performing operations, by a first communication device of the plurality of communication devices, to capture an audio message spoken by a first individual of the plurality of individuals and to convert the audio message into a message audio file; comparing the message audio file to each said reference audio file in the plurality of message sets to determine whether one of the plurality of reference audio files matches the message audio file by a certain amount; converting the audio message into a text message when a determination is made that a reference audio file of the plurality of reference audio files does match the message audio file by a certain amount; generating a secure text message by appending the speaker information that is associated with the matching reference audio file to the text message, or by appending other information generated using the speaker information that is associated with the matching reference audio file to the text message; transmitting the secure text message from the first communication device.
A dressing for treating a tissue site with negative pressure, prior to the application of reduced pressure the dressing comprising: a contact layer comprising a first manifold having a plurality of holes through the first manifold; and a retainer layer comprising a second manifold having a plurality of projections, at least one of the projections protruding, without the application of reduced pressure, into at least one of the plurality of holes. a contact layer comprising a first manifold having a plurality of holes through the first manifold; and a retainer layer comprising a second manifold having a plurality of projections, at least one of the projections protruding, without the application of reduced pressure, into at least one of the plurality of holes.
A machined spring comprising: opposed first and second spring bases (418, 420) separated apart along a longitudinal axis; and a spring body connecting the first and second spring bases, wherein the spring body includes a generally annular wall with a first helical spring channel (424, 426) defined therethrough, wherein at least one of the spring bases includes a valve cross-over configured and adapted to allow flow of liquid out from inside the generally annular wall through the valve cross-over for use in a valve. opposed first and second spring bases (418, 420) separated apart along a longitudinal axis; and a spring body connecting the first and second spring bases, wherein the spring body includes a generally annular wall with a first helical spring channel (424, 426) defined therethrough, wherein at least one of the spring bases includes a valve cross-over configured and adapted to allow flow of liquid out from inside the generally annular wall through the valve cross-over for use in a valve.
A modelling tool comprising: a database server for storing a database including a static model representing a technical object to be manufactured, the model comprising entities and connection elements, each of which defines a group of associated entities; a processor designed to handle incoming and outgoing information to and from the database server; a set of rules for structured storage and accessing of the database, the rules further defining characteristics of the entities and the connection elements; and a user interface allowing a user to communicate with the database server, characterized in that each connection element has an identification mark indicating one, and only one, of the entities in the corresponding group as owner entity, wherein a user's accessibility to a connection element and to the entities in the corresponding group is limited by the user's accessibility to the owner entity, as defined by rights stored for the entity, wherein the modelling tool further comprises an erasing tool which is arranged, upon an instruction to erase an entity given by a user: to verify that the user has a right to erase the entity according to rights that have been stored for the entity, if the right to erase does not exist, to terminate the operation and instead send a message to the client, thereafter, to identify all the connection elements that identify the entity as owner entity and to erase all such connection elements, after which the entity itself is erased. a database server for storing a database including a static model representing a technical object to be manufactured, the model comprising entities and connection elements, each of which defines a group of associated entities; entities and connection elements, each of which defines a group of associated entities; a processor designed to handle incoming and outgoing information to and from the database server; a set of rules for structured storage and accessing of the database, the rules further defining characteristics of the entities and the connection elements; and a user interface allowing a user to communicate with the database server, wherein the modelling tool further comprises an erasing tool which is arranged, upon an instruction to erase an entity given by a user: to verify that the user has a right to erase the entity according to rights that have been stored for the entity, if the right to erase does not exist, to terminate the operation and instead send a message to the client, thereafter, to identify all the connection elements that identify the entity as owner entity and to erase all such connection elements, after which the entity itself is erased. to verify that the user has a right to erase the entity according to rights that have been stored for the entity, if the right to erase does not exist, to terminate the operation and instead send a message to the client, thereafter, to identify all the connection elements that identify the entity as owner entity and to erase all such connection elements, after which the entity itself is erased.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a system information block, SIB, including information on frequency resources for a random access procedure, wherein the frequency resources include a first frequency resource for monitoring a physical downlink control channel, PDCCH, for a random access response, RAR, and a second frequency resource for monitoring a PDCCH for a contention resolution message; transmitting, to the base station, a random access preamble of the random access procedure; receiving, from the base station, first downlink control information, DCI, associated with the RAR by monitoring the PDCCH for the RAR based on the first frequency resource; transmitting, to the base station, a physical uplink shared channel, PUSCH, based on an uplink grant which is received on a physical downlink shared channel, PDSCH, corresponding to the first DCI associated with the RAR; and receiving, from the base station, second DCI associated with the contention resolution message by monitoring the PDCCH for the contention resolution message based on the second frequency resource, wherein a reception channel bandwidth of the terminal is less than a carrier bandwidth of a serving cell of the base station, and wherein a bandwidth of the PDCCH for the RAR and a bandwidth of the PDCCH for the contention resolution message is less than the reception channel bandwidth of the terminal. receiving, from a base station, a system information block, SIB, including information on frequency resources for a random access procedure, wherein the frequency resources include a first frequency resource for monitoring a physical downlink control channel, PDCCH, for a random access response, RAR, and a second frequency resource for monitoring a PDCCH for a contention resolution message; transmitting, to the base station, a random access preamble of the random access procedure; receiving, from the base station, first downlink control information, DCI, associated with the RAR by monitoring the PDCCH for the RAR based on the first frequency resource; transmitting, to the base station, a physical uplink shared channel, PUSCH, based on an uplink grant which is received on a physical downlink shared channel, PDSCH, corresponding to the first DCI associated with the RAR; and receiving, from the base station, second DCI associated with the contention resolution message by monitoring the PDCCH for the contention resolution message based on the second frequency resource, wherein a reception channel bandwidth of the terminal is less than a carrier bandwidth of a serving cell of the base station, and wherein a bandwidth of the PDCCH for the RAR and a bandwidth of the PDCCH for the contention resolution message is less than the reception channel bandwidth of the terminal.
Connection arrangement for the transmission and reception of electromagnetic waves, in particular in the millimeter-range, the arrangement comprising at least one antenna member for transmitting and/or receiving electromagnetic waves and at least one waveguide member for transporting said waves, wherein, at least in a transmission state, at least an end section of the at least one waveguide member is arranged at the at least one antenna member such that electromagnetic radiation can be transmitted between these, wherein the at least one waveguide member is provided with at least one recess which extends from a free end of the at least one waveguide member into the same, and wherein at least in the transmission state, the at least one antenna member is at least partially inserted in the at least one recess, characterized in that the at least one waveguide member has in the following order: a core made from polymer fibres, a dielectric layer surrounding the core, a metallic shield and an outer layer made from plastic material, wherein the dielectric layer surrounding the core has a dielectric constant that is lower than that of the core.
A method of monitoring the microbiological state, in a process stream by measuring the concentration of dissolved oxygen and the rH value in said stream, the method comprising - providing a process stream originating from said process; - batch-wise conducting a sample of the process stream to a measuring unit; - measuring in the measuring unit at least at two time points, the concentration of dissolved oxygen in the sample in order to calculate the relative oxygen consumption in the process stream if having aerobic conditions between said at least two time points, - determining at least at two time points the rH value of the sample in order to calculate the change or relative change of the rH value in the process stream if having anaerobic conditions between said at least two time points, and - determining, based on at least one calculated relative oxygen consumption value or change or relative change of the rH value, the microbiological state of the process stream, wherein rH = 2 * pH + 2 * Eh * F / c. R. T wherein F = Faraday constant 9.64853399 ×10 4 Cmol -1, c = ln10, T = temperature, Eh = redox potential measured with standard hydrogen electrode, and R = universal gas constant 8.314472 JK -1 mol -1. - providing a process stream originating from said process; - batch-wise conducting a sample of the process stream to a measuring unit; - measuring in the measuring unit at least at two time points, the concentration of dissolved oxygen in the sample in order to calculate the relative oxygen consumption in the process stream if having aerobic conditions between said at least two time points, - determining at least at two time points the rH value of the sample in order to calculate the change or relative change of the rH value in the process stream if having anaerobic conditions between said at least two time points, and - determining, based on at least one calculated relative oxygen consumption value or change or relative change of the rH value, the microbiological state of the process stream,
An arrangement for ventilating a laboratory space which has at least a first aisle region and a second aisle region which are separated from each other by a first and a second row (4a, 4b) of laboratory benches arranged head to head relative to each other, wherein the arrangement comprises supporting elements which are arranged above the laboratory benches, on which elements at least one incoming-air duct (8a, 8b) for supplying fresh air into the laboratory space is accommodated, and wherein at least one outgoing-air duct for removing outgoing air from the laboratory space is provided, characterised in that each supporting element comprises a vertical column element which is fastened by a first, upper, end to the ceiling of the laboratory space, and on the second, lower, end of which a cantilever is accommodated which possesses a first cantilever arm extending above the first row of laboratory benches and also a second cantilever arm extending above the second row of laboratory benches, and the column elements are arranged at preferably equal distances from each other in a vertical plane extending in the region of the laboratory benches, in that a first incoming-air duct having air exit openings is accommodated on the underside of the first cantilever arms and a second incoming-air duct having further air exit openings is accommodated on the underside of the second cantilever arms, in that the first and second incoming-air ducts (8a, 8b) are arranged at a horizontal distance from each other and delimit with their respective outer walls a receiving space extending parallel to the incoming-air ducts (8a, 8b) over the length of the first and second row (4a, 4b) of laboratory benches, in which space supply lines for supplying laboratory media required in the laboratory space, such as technical gases and liquids, can be accommodated, and in that the outgoing-air duct for removing air from the laboratory space is arranged on the upper side of the first and/or second cantilever arm (14a, 14b) or in that at least one lateral outgoing-air duct (10a, 10b) is accommodated on the side, located opposite the first or second incoming-air duct (10a, 10b), of the adjoining aisle region (2a, 2b) on lateral supporting elements.
A luminaire, comprising: a substrate; a plurality of solid state light sources mounted on the substrate, wherein the plurality of solid state light sources can emit light having a measurable characteristic, and wherein the plurality of solid state light sources includes an adjustable solid state light source, such that the measurable characteristic of the outputted light exiting the luminaire changes in response to adjustment of the adjustable solid state light source; a sensor (112A, 112B), wherein the sensor (112A, 112B) is configured to detect the measurable characteristic from the outputted light, to compare the measurable characteristic to a baseline value and, based on a result of the comparison, to adjust the adjustable solid state light source; an exit optic, wherein the outputted light travels through the exit optic to exit the luminaire; and a lightguide (110A, 110B); characterized in that a portion of the lightguide (110A, 110B) overlaps a portion of the exit optic so as to capture a portion of the outputted light after it passes through the exit optic and to provide the captured outputted light exiting the luminaire to the sensor (112A, 112B). a substrate; a plurality of solid state light sources mounted on the substrate, wherein the plurality of solid state light sources can emit light having a measurable characteristic, and wherein the plurality of solid state light sources includes an adjustable solid state light source, such that the measurable characteristic of the outputted light exiting the luminaire changes in response to adjustment of the adjustable solid state light source; a sensor (112A, 112B), wherein the sensor (112A, 112B) is configured to detect the measurable characteristic from the outputted light, to compare the measurable characteristic to a baseline value and, based on a result of the comparison, to adjust the adjustable solid state light source; an exit optic, wherein the outputted light travels through the exit optic to exit the luminaire; and a lightguide (110A, 110B); characterized in that a portion of the lightguide (110A, 110B) overlaps a portion of the exit optic so as to capture a portion of the outputted light after it passes through the exit optic and to provide the captured outputted light exiting the luminaire to the sensor (112A, 112B).
A device for providing communications in a virtual space comprising; a communication unit that communicates with a communication terminal; a storage unit that stores virtual space control data in association with one or more update times of the virtual space control data, the virtual space control data including an identifier that identifies a character, position data that represents a position of the character in a virtual space, and action data that represents an action of the character; an updating unit that, upon receipt of an update request including the identifier, the position data, and the action data from the communication terminal via the communication unit, updates the global virtual space control data stored in the storage unit based on the update request; a first transmission control unit that extracts an identifier, position data, and action data of another character that is positioned within a predetermined range with respect to a position represented by the position data included in the update request, from the virtual space control data stored in the storage unit in association with a latest update time, and transmits the extracted information to the communication terminal via the communication unit; characterized by a second transmission control unit that, upon receipt of a history replay request including the identifier, position data with respect to which the replay of the history is to be conducted, and replay start time of the virtual space control data from the communication terminal via the communication unit, extracts an identifier, position data, and action data of another character that is positioned within a predetermined range with respect to a position represented by the position data included in the history replay request, from the virtual space control data stored in the storage unit in association with the replay start time, and transmits the extracted information to the communication terminal via the communication unit, wherein, upon receipt of a history modification request including the identifier, the position data, the action data, and replay time of the virtual space control data from the communication terminal via the communication unit, the updating unit updates the virtual space control data stored in the storage unit in association with an update time corresponding to the replay time in accordance with a content included in the history modification request.
A method for the electrolytic reduction of CO 2, the method comprising: providing an electrolytic cell comprising at least one reaction chamber comprising at least one anode and at least one cathode, wherein the at least one cathode comprises at least one catalyst surface comprising at least one transition metal oxide selected from the group consisting of HfO 2, OsO 2, RhO 2, CrO 2, NbO 2, MnO 2, and VO 2; placing at least one electrolyte solution between the at least one anode and the at least one cathode, so that the at least one anode and the at least one cathode come into contact with the electrolyte solution; providing CO 2 in the electrolyte solution; and applying electrical potential to the electrolytic cell; whereby CO 2 undergoes at least one reduction reaction at the cathode to provide at least formic acid. providing an electrolytic cell comprising at least one reaction chamber comprising at least one anode and at least one cathode, wherein the at least one cathode comprises at least one catalyst surface comprising at least one transition metal oxide selected from the group consisting of HfO 2, OsO 2, RhO 2, CrO 2, NbO 2, MnO 2, and VO 2; placing at least one electrolyte solution between the at least one anode and the at least one cathode, so that the at least one anode and the at least one cathode come into contact with the electrolyte solution; providing CO 2 in the electrolyte solution; and applying electrical potential to the electrolytic cell; whereby CO 2 undergoes at least one reduction reaction at the cathode to provide at least formic acid.
Accessory for a household electrical appliance for preparing food, comprising a supporting element carrying an accessory body forming a housing, designed to hold a rotating work tool, the accessory body comprising a feed tube, connected to said housing; the feed tube having an opening for introducing food and suitable for receiving a plunger, characterised in that the supporting element can be mounted onto the accessory body in a storage position, in which the plunger housed in the feed tube is retained by the supporting element.
A color filter material, comprising: a curable resin; a coupling agent; a solvent; a quantum dot for producing color; and a functional material comprising an inorganic powder whose surface has a modified layer, wherein the inorganic powder comprises any one or more of aluminum oxide, magnesium oxide, zinc oxide, zirconium oxide, silicon dioxide, titanium dioxide, boron oxide, diiron trioxide, calcium oxide, potassium oxide, sodium oxide and lithium oxide; and the modified layer is generated by a reaction of a dianhydride and a diamine. a curable resin; a coupling agent; a solvent; a quantum dot for producing color; and a functional material comprising an inorganic powder whose surface has a modified layer, wherein the inorganic powder comprises any one or more of aluminum oxide, magnesium oxide, zinc oxide, zirconium oxide, silicon dioxide, titanium dioxide, boron oxide, diiron trioxide, calcium oxide, potassium oxide, sodium oxide and lithium oxide; and the modified layer is generated by a reaction of a dianhydride and a diamine.