mhurhangee/ep-ind-claims huggingface dataset:
A milk frothing device, comprising: a. a lid assembly; b. a stirrer assembly comprising a stirrer handle (2.1), a cantilever (2.3), a baffle frame (2.4), and a stirrer (2.5); and c. a cup body assembly comprising a cup (3.6), a cup bushing (3.7) which surrounds the cup (3.6), a driving magnet (3.1) which is opposite to a stirrer magnet (2.6) of the stirrer (2.5) and a driving motor (3.3) which drives the driving magnet (3.1); the stirrer handle (2.1) being connected to the baffle frame (2.4) by the cantilever (2.3); the stirrer (2.5) comprising a stirrer magnet (2.6) to be driven by the driving magnet (3.1) of the cup body assembly; the stirrer assembly being positioned automatically by the magnetic effect between the stirrer magnet (2.6) and the driving magnet (3.1); the lid assembly comprises a lid (1.1) and a lid magnet (1.2) arranged in the inner surface of the lid (1.1); after use, the lid assembly being placed with the inner surface up, and being fit for the stirrer assembly which is also magnetic to be placed on, the lid magnet (1.2) and the stirrer assembly being attracted together due to the magnetic force; characterized in that the stirrer handle (2.1) is positioned on the cup bushing (3.7). a. a lid assembly; b. a stirrer assembly comprising a stirrer handle (2.1), a cantilever (2.3), a baffle frame (2.4), and a stirrer (2.5); and c. a cup body assembly comprising a cup (3.6), a cup bushing (3.7) which surrounds the cup (3.6), a driving magnet (3.1) which is opposite to a stirrer magnet (2.6) of the stirrer (2.5) and a driving motor (3.3) which drives the driving magnet (3.1);
Method for the identification and localization of proteins in a histologic thin tissue section, comprising the steps: (a) Digesting enzymatically the proteins in two thin tissue sections from the same tissue in situ; (b) Acquiring a mass spectrometric image of the first thin tissue section; (c) Extracting the digest peptides of the second thin tissue section, separating the digest peptides by a separation method, and acquiring mass spectra and daughter ion mass spectra from the digest peptides in separated fractions; (d) Identifying the proteins of the second tissue section by comparing the mass spectra and daughter ion mass spectra from Step c) with protein databases or spectral libraries, and creating a protein list with information on their digest peptides; and (e) Assigning the proteins in the protein list, on the basis of the measured or calculated masses of their digest peptides, to digest peptides of the same mass in the mass spectra of the mass spectrometric image of the first thin tissue section. (a) Digesting enzymatically the proteins in two thin tissue sections from the same tissue in situ; (b) Acquiring a mass spectrometric image of the first thin tissue section; (c) Extracting the digest peptides of the second thin tissue section, separating the digest peptides by a separation method, and acquiring mass spectra and daughter ion mass spectra from the digest peptides in separated fractions; (d) Identifying the proteins of the second tissue section by comparing the mass spectra and daughter ion mass spectra from Step c) with protein databases or spectral libraries, and creating a protein list with information on their digest peptides; and (e) Assigning the proteins in the protein list, on the basis of the measured or calculated masses of their digest peptides, to digest peptides of the same mass in the mass spectra of the mass spectrometric image of the first thin tissue section.
A method of configuring a mobile telephone to interact with external service providers, in which a client application adapted for a specific application area or service type and loaded on the telephone, is operable to interact with several different external service providers, each providing a service of the same specific application area or service type via an intermediary server; wherein the server sends to the mobile telephone configuration information to enable or disable defined sets of functionality in the client application, the configuration information depending on and appropriate to only one of the external service providers and being sent automatically to the mobile telephone over-the-air.
A composition suitable for fragmentation by in vitro transposition comprising a plurality of transposome complexes, wherein: at least one transposome complex comprises a transposase and at least a first polynucleotide comprising a transposon end sequence and a first tag sequence; and at least one transposome complex comprises a transposase and at least a second polynucleotide comprising a transposon end sequence and a second tag sequence. at least one transposome complex comprises a transposase and at least a first polynucleotide comprising a transposon end sequence and a first tag sequence; and at least one transposome complex comprises a transposase and at least a second polynucleotide comprising a transposon end sequence and a second tag sequence.
Peristaltic pump, preferably for a dialysis device, having a rotor mount, a rotor connectable to the rotor mount, characterised in that the rotor has one or more marking devices (6, 7), the type and/or arrangement of which serves to encode at least one characteristic of the rotor, and a safety device with at least one detection device (8, 9, 10), by means of which the at least one characteristic of the rotor coded by the marking device(s) (6, 7) can be controlled, wherein the safety device is activatable according to at least one of the characteristics of the rotor.
An instrumented gas turbine component comprising: a metal substrate thermally insulated by a thermal barrier coating; a layer of electrically insulating material that maintains a resistance greater than 0.5 mega ohms above 1100°C deposited on an exposed surface of the thermal barrier coating; and a thermocouple formed on the layer of electrically insulating material, the thermocouple comprising a first leg comprising a first pure metal and a second leg making ohmic contact with the first leg, characterised in that the layer of electrically insulating material comprises yttrium aluminum garnet. a metal substrate thermally insulated by a thermal barrier coating; a layer of electrically insulating material that maintains a resistance greater than 0.5 mega ohms above 1100°C deposited on an exposed surface of the thermal barrier coating; and a thermocouple formed on the layer of electrically insulating material, the thermocouple comprising a first leg comprising a first pure metal and a second leg making ohmic contact with the first leg, characterised in that the layer of electrically insulating material comprises yttrium aluminum garnet.
A system for performing motor activity, comprising a plurality of modular devices, where each modular device comprises at least: - means of generating at least one sensory stimulus; - an activation unit of means of generating at least one sensory stimulus; - means of detecting a human reaction to said sensory stimuli; the system also comprising a control unit intended to generate commands for the activation unit of each modular device, said external control unit comprising means for measuring the parameters acquired by at least: - one or more sensors to be associated with the body of at least one user, said sensor(s) to be associated with the body of a person comprising at least one microphone associated with a voice-recognition system and/or a sensor configured to detect movements or gestures of the body; and - one or more position sensors mounted on the modular device or on a supporting structure for said modular devices; said control unit being configured to generate said commands for the activation units of the modular devices as a function of the parameters acquired by the aforesaid sensors, wherein the one or more sensors are associable with the body of a trainer, or a person in charge of controlling the system, so that it is possible for gestures of the body of the trainer or voice commands to be detected by detection means and generate signals for activation of the modular devices. - means of generating at least one sensory stimulus; - an activation unit of means of generating at least one sensory stimulus; - means of detecting a human reaction to said sensory stimuli; the system also comprising a control unit intended to generate commands for the activation unit of each modular device, said external control unit comprising means for measuring the parameters acquired by at least: - one or more sensors to be associated with the body of at least one user, said sensor(s) to be associated with the body of a person comprising at least one microphone associated with a voice-recognition system and/or a sensor configured to detect movements or gestures of the body; and - one or more position sensors mounted on the modular device or on a supporting structure for said modular devices;
A method of modulating splicing of a selected target pre-mRNA in cells or tissues in vitro, said method comprising contacting said cells or tissues in vitro with a chimeric oligomeric compound, comprising: 13 to 30 nucleobases; 1 to 5 modified sugar residues at the 5' end and at the 3' end; and 3 separate regions of 2' deoxynucleosides with 1 to 4 nucleosides in each region, wherein each region is separated by at least one nucleoside with a modified sugar moiety; and wherein: the oligomeric compound is targeted to a splice site of a target pre-mRNA; the oligomeric compound is capable of modulating the splicing of a selected target pre-mRNA, such that there is a change in the ratio of two or more splice products; and the oligomeric compound is RNase H-independent. 13 to 30 nucleobases; 1 to 5 modified sugar residues at the 5' end and at the 3' end; and 3 separate regions of 2' deoxynucleosides with 1 to 4 nucleosides in each region, wherein each region is separated by at least one nucleoside with a modified sugar moiety; and wherein: the oligomeric compound is targeted to a splice site of a target pre-mRNA; the oligomeric compound is capable of modulating the splicing of a selected target pre-mRNA, such that there is a change in the ratio of two or more splice products; and the oligomeric compound is RNase H-independent. the oligomeric compound is targeted to a splice site of a target pre-mRNA; the oligomeric compound is capable of modulating the splicing of a selected target pre-mRNA, such that there is a change in the ratio of two or more splice products; and the oligomeric compound is RNase H-independent.
A repair method of sanitary facilities of a block of flats, in which the sanitary facilities to be repaired are disposed on top of each other, i.e. at the same point in all storeys, characterized in that the load-bearing structures of different storeys that are supported on the walls enclosing the sanitary facilities are provided with temporary supports, said temporary supports being supported on top of each other to one another from outside of the walls of the sanitary facilities; the sanitary facilities are cut off from the rest of the structure of the block of flats from between the temporary supports and the walls of the sanitary facilities; the sanitary facilities are removed completely; new self-supporting sanitary facility elements are dropped from above down into the pit thus formed and stacked one upon the other and connected to one another to form a actively bearing structure, the load-bearing structures of different storeys are connected to the sanitary facilities disposed at a corresponding height so that said structure receives and actively bears the loads that were carried by the demolished structures; and the temporary supports disposed in different storeys are removed.
A semisolid aqueous pharmaceutical composition containing tapentadol or a physiologically acceptable salt thereof, which does not contain any preservative.
Steriliser for medical instruments comprising a sterilisation chamber defining a main extension axis and an inner space suitable for containing medical instruments and pressurised sterilisation fluid; a hatch suitable to hermetically seal the inner space; a closure system comprising at least one engagement tooth suitable to firmly constrain said hatch to said sterilisation chamber; at least one discharge valve suitable for placing said inner space in connection for fluid passage with the outside, and a control unit suitable to kinematically control both said at least one discharge valve and said closure system defining an open configuration in which said hatch is movable in relation to said sterilisation chamber and in which said at least one discharge valve forms said connection for fluid passage between said inner space and said outside; a closed configuration in which said hatch is firmly constrained to said sterilisation chamber and in which said at least one discharge valve prevents said connection for fluid passage between said inner space and said outside; and an intermediate configuration, mechanically forcibly positioned between said open configuration and said closed configuration, in which said at least one discharge valve permits said connection for fluid passage between said inner space and said outside and in which said hatch is firmly constrained to said sterilisation chamber; and characterised in that the control unit comprises a manoeuvring member kinematically connected to said at least one engagement tooth so as to move said at least one engagement tooth along an actuation direction transversal to said main extension axis so that, in said closed configuration, said at least one engagement tooth protrudes from said hatch engaging at least one housing made in said sterilisation chamber and that in said open configuration, said at least one engagement tooth is substantially totally housed in said hatch; and in that said manoeuvring member is kinematically connected to said at least one discharge valve so that, depending on the movement of said manoeuvring body, the opening or closing of said at least one discharge valve is selectively commanded.
Housing comprising a bottom part and a top part which are interconnected by means of a screw connection, the screw connection being designed such that one or more tabs, which protrude outwards beyond an adjacent side wall, are integrally formed on the top part on at least one side, each of which tabs comprises at least one screw hole, and the top part is screwed to a connection profile by means of the screw hole, which connection profile also has, at a position corresponding to the tab-side screw hole, a way of screwing in that acts as the screw fitting, and the connection profile connects the bottom part to the top part, characterised in that the connection profile is composed of two profile parts (14a, 14b) that are interconnected by means of a hinge, and the connection profile, in its assembled position, surrounds the tab formed on the top part, or the tabs formed thereon, from outside and above and comprises, in the outwardly pointing region of the way of screwing in that acts as the screw fitting, a sealed surface, such that the screw screwed into the profile-side screw hole is screwed into the screw hole from below.
A coating device comprising: a rotary head; a drive part configured to rotate the rotary head; a coating material supply pipe configured to supply a coating material to the rotary head; a power supply part configured to apply an output voltage to the rotary head; and a control part configured to control the output voltage of the power supply part, wherein: the rotary head includes a diffusion surface where the coating material is diffused by centrifugal force to an outer edge portion, and a plurality of groove portions provided in the outer edge portion, the rotary head being configured so that the thread-shaped coating material is discharged from the groove portions, and that the thread-shaped coating material is electrostatically atomized; and wherein a discharge current is discharged from the rotary head towards a workpiece that is grounded; characterised in that: the control part is configured to: calculate a calculated discharge current based on a total current flowing from the power supply part to the rotary head and a leak current that leaks from the rotary head through the coating material supply pipe, and use the calculated discharge current to carry out feedback control controlling the output voltage of the power supply part so that the calculated discharge current reaches a given target value. a rotary head; a drive part configured to rotate the rotary head; a coating material supply pipe configured to supply a coating material to the rotary head; a power supply part configured to apply an output voltage to the rotary head; and a control part configured to control the output voltage of the power supply part, wherein: the rotary head includes a diffusion surface where the coating material is diffused by centrifugal force to an outer edge portion, and a plurality of groove portions provided in the outer edge portion, the rotary head being configured so that the thread-shaped coating material is discharged from the groove portions, and that the thread-shaped coating material is electrostatically atomized; and wherein a discharge current is discharged from the rotary head towards a workpiece that is grounded; calculate a calculated discharge current based on a total current flowing from the power supply part to the rotary head and a leak current that leaks from the rotary head through the coating material supply pipe, and use the calculated discharge current to carry out feedback control controlling the output voltage of the power supply part so that the calculated discharge current reaches a given target value.
Plug-in connector arrangement comprising a plug-in connector, an optical waveguide and a printed circuit board, wherein the printed circuit board has at least one first passage opening and a transceiver unit for transmitting and/or receiving optical signals, the plug-in connector is connected in a positively locking and releasable manner to the printed circuit board by means of at least one fastening element which is guided through the first passage opening and is connected to the printed circuit board, the plug-in connector has a first receiving space which at least partially adjoins the transceiver unit, a lens unit is arranged in the first receiving space and connects the transceiver unit in a light-guiding manner to the optical waveguide, a locking element is movably arranged on the plug-in connector, the locking element is at least partially arranged within the first receiving space and fastens the lens unit in the first receiving space, and the locking element can be moved to a final latching position in which the locking element at least partially projects into the first passage opening and blocks the fastening element from being released from the printed circuit board. wherein the printed circuit board has at least one first passage opening and a transceiver unit for transmitting and/or receiving optical signals, the plug-in connector is connected in a positively locking and releasable manner to the printed circuit board by means of at least one fastening element which is guided through the first passage opening and is connected to the printed circuit board, the plug-in connector has a first receiving space which at least partially adjoins the transceiver unit, a lens unit is arranged in the first receiving space and connects the transceiver unit in a light-guiding manner to the optical waveguide, a locking element is movably arranged on the plug-in connector, the locking element is at least partially arranged within the first receiving space and fastens the lens unit in the first receiving space, and the locking element can be moved to a final latching position in which the locking element at least partially projects into the first passage opening and blocks the fastening element from being released from the printed circuit board.
A nitrogen gas system for an aircraft operable in warm-up and normal modes, the system comprising: an air separation module -ASM-; a line to transport nitrogen enriched air -NEA- from the ASM to a fuel distribution system; and a diverter valve disposed on the line; characterised by: an ejector having an outlet by which fluids are transportable to an aircraft exterior; a flow control valve disposed on the line and coupled to the ejector, the flow control valve being configured to control relative amounts of NEA permitted to flow to the fuel distribution system and to the ejector; and the diverter valve being coupled to the ejector and configured to divert the NEA to the ejector during warm-up operations. an air separation module -ASM-; a line to transport nitrogen enriched air -NEA- from the ASM to a fuel distribution system; and a diverter valve disposed on the line; an ejector having an outlet by which fluids are transportable to an aircraft exterior; a flow control valve disposed on the line and coupled to the ejector, the flow control valve being configured to control relative amounts of NEA permitted to flow to the fuel distribution system and to the ejector; and the diverter valve being coupled to the ejector and configured to divert the NEA to the ejector during warm-up operations.
A network node device, comprising: a radio transceiver configured to receive a data sequence from a plurality of user equipment over a first set of resource elements and a second set of resource elements, wherein the first set of resource elements is mapped non-orthogonally and the second set of resource elements is mapped orthogonally; and a processor configured to: - determine channel vectors based on at least the data sequence received over the first set of resource elements or the second set of resource elements, - utilize the data sequence received over the second set of resource elements to associate the determined channel vectors with each of the plurality of user equipment; and wherein the processor is further configured to determine the channel vectors based on a scaled covariance matrix of the data sequence over at least one of the first set of resource elements and the second set of resource elements, determine eigenvalues and eigenvectors of the determined scaled covariance matrix, and scale the eigenvectors to obtain a candidate set of channel vectors. a radio transceiver configured to receive a data sequence from a plurality of user equipment over a first set of resource elements and a second set of resource elements, wherein the first set of resource elements is mapped non-orthogonally and the second set of resource elements is mapped orthogonally; and a processor configured to: - determine channel vectors based on at least the data sequence received over the first set of resource elements or the second set of resource elements, - utilize the data sequence received over the second set of resource elements to associate the determined channel vectors with each of the plurality of user equipment; and - determine channel vectors based on at least the data sequence received over the first set of resource elements or the second set of resource elements, - utilize the data sequence received over the second set of resource elements to associate the determined channel vectors with each of the plurality of user equipment; and wherein the processor is further configured to determine the channel vectors based on a scaled covariance matrix of the data sequence over at least one of the first set of resource elements and the second set of resource elements, determine eigenvalues and eigenvectors of the determined scaled covariance matrix, and scale the eigenvectors to obtain a candidate set of channel vectors.