mhurhangee/ep-ind-claims huggingface dataset:
A modular incubator comprising a housing structure, which comprises a plurality of cells, and a plurality of incubator modules, each of which can be housed, in a removable manner, in a relative cell and comprises a respective incubation chamber to incubate microbiological or cellular cultures; each cell comprising first connectors and each incubator module comprising second connectors, each of which can be coupled to a corresponding connector of the first connectors of the relative cell when the incubator module is housed in said cell; the first connectors comprising at least one pneumatic connector, which is suited to be placed in communication with at least one source of aeriform substance, and the second connectors comprising a corresponding pneumatic connector communicating with the relative incubation chamber to allow said aeriform substance to be introduced into the incubation chamber; the modular incubator comprising electronic control means; each incubator module comprising at least one sensor to monitor the incubation process in the incubation chamber; said second connectors comprising at least one electric connector, which is connected to the relative sensor, and said first connectors comprising a corresponding electric connector, which is connected to the electronic control means so as to allow them to receive signals transmitted by the sensor; the modular incubator further comprising at least one delivery manifold, which is suited to establish communication between a respective source of aeriform substance and a relative pneumatic connector of said first connectors of each cell; said at least one pneumatic connector of said first connectors is connected to the relative delivery manifold by means of a respective valve; the modular incubator being characterised in that each said valve is suited to adjust the flow of the relative aeriform substance towards the relative incubator module and in that said electronic control means are configured to control the valves associated with different cells as a function of the signals transmitted by the sensors of the relative incubator modules, so as to keep, in each incubation chamber, a respective concentration of said aeriform substance.
A method for transmitting a packet in a mobile communication system, the method comprising: allocating, by a transmitting side, a short sequence number for an initial transmission packet using some bits of a predetermined number of bits for expressing a sequence number of the packet, and setting a flag to a first value indicating use of the short sequence number; and inserting the short sequence number and the flag into the packet, and transmitting the packet to a receiving side, the method characterized by allocating, by the transmitting side, a full sequence number for a retransmission packet using all bits of the predetermined number of bits, and setting a flag to a second value indicating use of the full sequence number; and inserting the full sequence number and the flag set to the second value into the packet, and transmitting the packet to a receiving side, wherein the short sequence number corresponds to the last n bits in the full sequence number and n denotes an integer. allocating, by a transmitting side, a short sequence number for an initial transmission packet using some bits of a predetermined number of bits for expressing a sequence number of the packet, and setting a flag to a first value indicating use of the short sequence number; and inserting the short sequence number and the flag into the packet, and transmitting the packet to a receiving side, the method characterized by allocating, by the transmitting side, a full sequence number for a retransmission packet using all bits of the predetermined number of bits, and setting a flag to a second value indicating use of the full sequence number; and inserting the full sequence number and the flag set to the second value into the packet, and transmitting the packet to a receiving side, wherein the short sequence number corresponds to the last n bits in the full sequence number and n denotes an integer.
A method of providing a visual and/or audio narrative during a presentation, the method comprising the steps of: providing a viewer of a presentation with a portable device, the portable device being pre-programmed with data representing a visual and/or audio narrative of the presentation; said method being characterized by: wirelessly transmitting at least one time code during the presentation, the time code being a time from a start of the presentation; receiving the at least one time code at the device; processing said at least one time code to determine where to start the narrative; and automatically playing and/or displaying the visual and/or audio narrative in synchronization with the presentation. providing a viewer of a presentation with a portable device, the portable device being pre-programmed with data representing a visual and/or audio narrative of the presentation; said method being characterized by: wirelessly transmitting at least one time code during the presentation, the time code being a time from a start of the presentation; receiving the at least one time code at the device; processing said at least one time code to determine where to start the narrative; and automatically playing and/or displaying the visual and/or audio narrative in synchronization with the presentation.
A method for authorizing wireless communications from a mobile device, comprising: receiving at a processor of a mobile device having sensitive information stored in a computer readable memory thereof, from a magnetometer on the mobile device, a signal corresponding to a motion or sequence of motions of the mobile device relative to a magnetic field detected by the magnetometer; analyzing the signal, with a processor, to generate data relevant to a predetermined mobile device motion requirement; determining, with the processor and based on the data, whether the predetermined mobile device motion requirement has been satisfied; and selectively transmitting, based on the determination, the sensitive information from the mobile device using a wireless communication protocol. receiving at a processor of a mobile device having sensitive information stored in a computer readable memory thereof, from a magnetometer on the mobile device, a signal corresponding to a motion or sequence of motions of the mobile device relative to a magnetic field detected by the magnetometer; analyzing the signal, with a processor, to generate data relevant to a predetermined mobile device motion requirement; determining, with the processor and based on the data, whether the predetermined mobile device motion requirement has been satisfied; and selectively transmitting, based on the determination, the sensitive information from the mobile device using a wireless communication protocol.
A computer-implemented method of sharing data, the method comprising: obtaining access to a communication service provided to a first group of users from a first organization and a second group of users from a second organization, the communication service comprising a chatroom accessible to the first group of users and the second group of users, the first organization comprising a first computing environment, and the second organization comprising a second computing environment; creating a data storage schema on at least one computer from the first computing environment; encrypting the data storage schema using at least one encryption key on the at least one computer from the first computing environment; sending the encrypted data storage schema from the first computing environment to a cloud storage infrastructure associated with the communication service, wherein at least one computer from the second computing environment receives the encrypted data storage schema from the cloud storage infrastructure, wherein the at least one computer from the second computing environment decrypts the data storage schema using the at least one encryption key; and using the data storage schema to share data between the first group of users and the second group of users through the communication service, wherein using the data storage scheme comprises creating a database record or editing a database record. obtaining access to a communication service provided to a first group of users from a first organization and a second group of users from a second organization, the communication service comprising a chatroom accessible to the first group of users and the second group of users, the first organization comprising a first computing environment, and the second organization comprising a second computing environment; creating a data storage schema on at least one computer from the first computing environment; encrypting the data storage schema using at least one encryption key on the at least one computer from the first computing environment; sending the encrypted data storage schema from the first computing environment to a cloud storage infrastructure associated with the communication service, wherein at least one computer from the second computing environment receives the encrypted data storage schema from the cloud storage infrastructure, wherein the at least one computer from the second computing environment decrypts the data storage schema using the at least one encryption key; and using the data storage schema to share data between the first group of users and the second group of users through the communication service, wherein using the data storage scheme comprises creating a database record or editing a database record.
A Digital Subscriber Line, DSL, transceiver or G.fast/G.hn transceiver comprising - a plurality of first interfaces configured to transmit data packet streams in a downlink direction to different subscribers and to receive data packet streams from the different subscribers, - a second interface configured to transmit data packet streams in an uplink direction to a passive optical network element, characterized by - at least one processing unit configured to detect a physical layer indicator of a loss of signal of one of the first interfaces received at a physical layer at said one first interface, wherein the physical layer indicator is a parameter of a physical layer of an OSI model deployed in one of the first interfaces, wherein when the at least one processing unit is configured to detect the physical layer indicator for said one first interface, the second interface is configured to transmit the physical layer indicator in the uplink direction to the passive optical network element, wherein the physical layer indicator is an indicator of a Physical Medium Dependent, PMD, sublayer. - a plurality of first interfaces configured to transmit data packet streams in a downlink direction to different subscribers and to receive data packet streams from the different subscribers, - a second interface configured to transmit data packet streams in an uplink direction to a passive optical network element, characterized by - at least one processing unit configured to detect a physical layer indicator of a loss of signal of one of the first interfaces received at a physical layer at said one first interface, wherein the physical layer indicator is a parameter of a physical layer of an OSI model deployed in one of the first interfaces, wherein when the at least one processing unit is configured to detect the physical layer indicator for said one first interface, the second interface is configured to transmit the physical layer indicator in the uplink direction to the passive optical network element, wherein the physical layer indicator is an indicator of a Physical Medium Dependent, PMD, sublayer.
A process for the preparation of layered particles comprising: (a) forming a first liquid stream comprising: (i) introducing one or more core particles into a first liquid carrier; (ii) mixing the one or more core particles in the first liquid carrier to form a first mixture; (iii) optionally, homogenizing the first mixture; and (iv) introducing one or more reactants into the first mixture; (b) forming a second liquid stream comprising: (i) introducing one or more reactants into a second liquid carrier; (ii) mixing the one or more reactants in the second liquid carrier to form a second mixture; and (iii) optionally, homogenizing the second mixture; (c) continuously pumping the first liquid stream into a first port of a multi-port mixing device, wherein the first liquid stream is pumped into the mixing device at a fraction of the flow rate of the mixing device; (d) continuously pumping the second liquid stream into a second port of the multi-port mixing device; and (e) mixing the first liquid stream and the second liquid stream inside the mixing device for an effective period of time to form a layer on the one or more core particles, wherein the mixing is performed with the mixing device at an average energy rate per kilogram of the mixture of liquid streams of from 10 5 to 10 10 W/kg. (a) forming a first liquid stream comprising: (i) introducing one or more core particles into a first liquid carrier; (ii) mixing the one or more core particles in the first liquid carrier to form a first mixture; (iii) optionally, homogenizing the first mixture; and (iv) introducing one or more reactants into the first mixture; (i) introducing one or more core particles into a first liquid carrier; (ii) mixing the one or more core particles in the first liquid carrier to form a first mixture; (iii) optionally, homogenizing the first mixture; and (iv) introducing one or more reactants into the first mixture; (b) forming a second liquid stream comprising: (i) introducing one or more reactants into a second liquid carrier; (ii) mixing the one or more reactants in the second liquid carrier to form a second mixture; and (iii) optionally, homogenizing the second mixture; (i) introducing one or more reactants into a second liquid carrier; (ii) mixing the one or more reactants in the second liquid carrier to form a second mixture; and (iii) optionally, homogenizing the second mixture; (c) continuously pumping the first liquid stream into a first port of a multi-port mixing device, wherein the first liquid stream is pumped into the mixing device at a fraction of the flow rate of the mixing device; (d) continuously pumping the second liquid stream into a second port of the multi-port mixing device; and (e) mixing the first liquid stream and the second liquid stream inside the mixing device for an effective period of time to form a layer on the one or more core particles, wherein the mixing is performed with the mixing device at an average energy rate per kilogram of the mixture of liquid streams of from 10 5 to 10 10 W/kg.
A vacuum cleaner having a motor denoising structure, whereby a spring device is disposed between a motor support and a motor cover to support the motor support, characterized in that the motor support comprises at least one pair of supports engaging each other, between each of the supports and the motor cover being connected a spring device, which comprises a flexible support and a spring; the inner end portion of the flexible support is jointed to the corresponding support, and connected and fixed through a screw; the spring extends longitudinally, and is disposed between a lower end face of an outer end portion of the flexible support and the motor cover.
An emulsion for use in asphalt rejuvenation applications, comprising: (a) An oil phase comprising a polymerized oil, crosslinked with a sulfur-containing compound, the polymerized oil having i. a polymeric distribution having about 2 to about 80 wt% oligomer content, wherein an oligomer is a polymer having a number average molecular weight (Mn) larger than 1000; ii. a polydispersity index ranging from about 1.30 to about 5.0; and iii. sulfur content less than about 8 wt%; and (b) An aqueous phase, comprising a surfactant. (a) An oil phase comprising a polymerized oil, crosslinked with a sulfur-containing compound, the polymerized oil having i. a polymeric distribution having about 2 to about 80 wt% oligomer content, wherein an oligomer is a polymer having a number average molecular weight (Mn) larger than 1000; ii. a polydispersity index ranging from about 1.30 to about 5.0; and iii. sulfur content less than about 8 wt%; and i. a polymeric distribution having about 2 to about 80 wt% oligomer content, wherein an oligomer is a polymer having a number average molecular weight (Mn) larger than 1000; ii. a polydispersity index ranging from about 1.30 to about 5.0; and iii. sulfur content less than about 8 wt%; and (b) An aqueous phase, comprising a surfactant.
An armature for use in a control valve assembly of a fuel injection system, the armature comprising: a body section including a middle body portion connected to at least one outer body portion, the middle body portion being adapted to secure to an actuatable control valve, characterised in that the armature has at least one elongate through-slot formed through the armature along an interface between the middle body portion and the at least one outer body portion, the at least one slot being configured to allow the armature to flex, and the middle body portion to move relative to the outerbody portion, during actuation to damp the movement of a control valve connected thereto, wherein the at least one outer body portion comprises two outer body portions arranged either side of the middle body portion, and the at least one slot comprises a pair of parallel slots located on opposite sides of the middle body portion. a body section including a middle body portion connected to at least one outer body portion, the middle body portion being adapted to secure to an actuatable control valve, characterised in that the armature has at least one elongate through-slot formed through the armature along an interface between the middle body portion and the at least one outer body portion, the at least one slot being configured to allow the armature to flex, and the middle body portion to move relative to the outerbody portion, during actuation to damp the movement of a control valve connected thereto, wherein the at least one outer body portion comprises two outer body portions arranged either side of the middle body portion, and the at least one slot comprises a pair of parallel slots located on opposite sides of the middle body portion.
A method for perforating a conduit (115, 117) disposed in a subterranean formation comprising the steps of: providing a target mass (150A, 150B), wherein the target mass is substantially radioactively inert; wherein the conduit is characterized by a longitudinal axis and a radial axis; locating the target mass (150A, 150B) in proximity to the conduit (115, 117) wherein the target mass is situated at a radial offset angle from a sensitive apparatus (140A, 140B); irradiating a region around the target mass (150A, 150B); detecting the radial location of the target mass (150A, 150B) as an area of reduced radioactive response; determining a perforation target based on the radial location of the target mass (150A, 150B) and the radial offset angle so as to reduce the risk of damage to the sensitive apparatus (140A, 140B); and perforating the conduit (115, 117) at the perforation target in a direction substantially away from the sensitive apparatus (140A, 140B) so as to not damage the sensitive apparatus. providing a target mass (150A, 150B), wherein the target mass is substantially radioactively inert; wherein the conduit is characterized by a longitudinal axis and a radial axis; locating the target mass (150A, 150B) in proximity to the conduit (115, 117) wherein the target mass is situated at a radial offset angle from a sensitive apparatus (140A, 140B); irradiating a region around the target mass (150A, 150B); detecting the radial location of the target mass (150A, 150B) as an area of reduced radioactive response; determining a perforation target based on the radial location of the target mass (150A, 150B) and the radial offset angle so as to reduce the risk of damage to the sensitive apparatus (140A, 140B); and perforating the conduit (115, 117) at the perforation target in a direction substantially away from the sensitive apparatus (140A, 140B) so as to not damage the sensitive apparatus.
A page wide type liquid ejection head comprising a plurality of element substrates being arranged in the liquid ejection head, each of the element substrates having an ejection port for ejecting liquid, a pressure chamber equipped in the inside thereof with an energy generating element which generates energy for ejecting liquid, a supply flow path for supplying liquid to the pressure chamber and a recovery flow path for recovering liquid from the pressure chamber, wherein, in a supply flow path for supplying liquid to the element substrates, a filter chamber having a filter for catching a foreign object contained in liquid is provided, in operation, the filter being arranged to intersect the vertical direction, the liquid being driven to flow from downward to upward relative to the filter to pass through the filter, characterized in that the liquid ejection head further comprises: a negative pressure control unit arranged at the upstream side relative to the element substrate and the downstream side relative to the filter chamber so as to maintain the liquid pressure at the downstream side relative to the negative pressure control unit within a predetermined range, wherein the negative pressure control unit has a sub tank arranged above the filter chamber, and wherein the filter is located on the upstream side from the element substrate. a negative pressure control unit arranged at the upstream side relative to the element substrate and the downstream side relative to the filter chamber so as to maintain the liquid pressure at the downstream side relative to the negative pressure control unit within a predetermined range, wherein the negative pressure control unit has a sub tank arranged above the filter chamber, and wherein the filter is located on the upstream side from the element substrate.