mhurhangee/ep-ind-claims huggingface dataset:
A nasal mucus suction device, which includes an air pump and a head structure, wherein the air pump includes an intake tube and an outlet tube; the head structure is coupled to the intake tube and the outlet tube of the air pump, wherein the head structure has a nasal mucus suction inlet, a gas outlet and a channel defined between the nasal mucus suction inlet and the gas outlet, wherein the channel has a first channel section in communication with the nasal mucus suction inlet and a second channel section in communication with the gas outlet, wherein the first channel section has at least one mucus storage cavity and the second channel section is in communication with the intake tube and the outlet tube of the air pump, wherein the first channel section has an air channel and a nasal mucus channel and the second channel section is extended from the air channel to the gas outlet, wherein the second channel section has a noise reduction space being in communication with the outlet tube of the air pump; the nasal mucus suction device is characterized in that: the outer cup comprises a lower ring wall extended from a bottom of an inner side thereof, and the inner cup comprises an upper ring wall extended from a bottom of an outer side thereof and surrounding a lower ring wall of the outer cup, wherein the upper ring wall and the lower ring wall form a plurality of curved paths of the first channel section inside the second mucus storage cavity; the noise reduction space and the gas outlet are spaced by two partition plates, each of which forms a small groove thereon, so that noise goes into the noise reduction space with air through the small grooves and is circulated therein. the outer cup comprises a lower ring wall extended from a bottom of an inner side thereof, and the inner cup comprises an upper ring wall extended from a bottom of an outer side thereof and surrounding a lower ring wall of the outer cup, wherein the upper ring wall and the lower ring wall form a plurality of curved paths of the first channel section inside the second mucus storage cavity; the noise reduction space and the gas outlet are spaced by two partition plates, each of which forms a small groove thereon, so that noise goes into the noise reduction space with air through the small grooves and is circulated therein.
Machine tool having a tool for the processing of workpieces preferably made of wood, derived timber products and/or plastics, and having a housing, further comprising: a control unit, comprising - a sensor device having at least one sensor for detecting at least one data signal; - a data processing device which is designed to process the data detected by the sensors and data from an external main control system; the control unit is designed on the basis of the processed data to generate and output control commands which directly influence process parameters, wherein the control unit is designed to emulate signals of different spindle types, wherein the data signal detected by the at least one sensor device is a position of the tool clamp. a control unit, comprising - a sensor device having at least one sensor for detecting at least one data signal; - a data processing device which is designed to process the data detected by the sensors and data from an external main control system; - a sensor device having at least one sensor for detecting at least one data signal; - a data processing device which is designed to process the data detected by the sensors and data from an external main control system; the control unit is designed on the basis of the processed data to generate and output control commands which directly influence process parameters, wherein the control unit is designed to emulate signals of different spindle types, wherein the data signal detected by the at least one sensor device is a position of the tool clamp.
Device for the surface processing of floors and coverings for mounting on a driven receiving disc of a floor grinder comprising a roller holder with a rotatably mounted contoured milling roller, wherein the roller holder has a shaft, on which the contoured milling roller is arranged, wherein the roller holder has a housing, in which the shaft is rotatably mounted, which shaft is provided with means for releasable fixing of a milling roller without tools, characterised in that the means for releasable fixing of a milling roller without tools comprise a locking element, which can at least partially be radially moved out of the surface area of the shaft for engaging in a recess arranged in the milling roller as well as at least one driver, which engages in a corresponding recess of the milling roller, wherein the shaft has a section with an enlarged diameter vis-à-vis the free end of the shaft, by which a shoulder is formed, at which at least two axially protruding drivers are arranged, which engage in recesses of the milling roller corresponding thereto.
An ultrasonic transducer, comprising: a complementary metal oxide semiconductor (CMOS) wafer having an integrated circuit formed therein, wherein the CMOS wafer comprises a metallization layer as a top layer of the CMOS wafer; a membrane (140; 1006) for transducing between an acoustic signal and an electric signal, the membrane (140; 1006) being disposed above a cavity in the CMOS wafer, being integrated with the CMOS wafer and having a first side proximate the cavity and a second side distal the cavity; wherein the cavity is defined at least in part by a standoff (128; 1002) comprising an embedded via in the standoff, and wherein a liner is formed in the via and on the second side of the membrane, the liner forming a conductive electrical path contacting the second side of the membrane and electrically connecting the membrane to the metallization layer. a complementary metal oxide semiconductor (CMOS) wafer having an integrated circuit formed therein, wherein the CMOS wafer comprises a metallization layer as a top layer of the CMOS wafer; a membrane (140; 1006) for transducing between an acoustic signal and an electric signal, the membrane (140; 1006) being disposed above a cavity in the CMOS wafer, being integrated with the CMOS wafer and having a first side proximate the cavity and a second side distal the cavity; wherein the cavity is defined at least in part by a standoff (128; 1002) comprising an embedded via in the standoff, and wherein a liner is formed in the via and on the second side of the membrane, the liner forming a conductive electrical path contacting the second side of the membrane and electrically connecting the membrane to the metallization layer.
A compound selected from the group consisting of: and pharmaceutically acceptable salts, solvates, hydrates and stereoisomers (including enantiomers and racemic mixtures) thereof.
A controller for controlling a centrifugal compressor (100, 404) with a gas foil bearing supporting a shaft of an impeller (106, 116, 407) driven by a motor (108, 406), the controller comprising: a VFD including a motor interface for connection to the motor (108, 406); an unloading interface for connection to an unloading device; a processor; and a memory containing instructions that, when executed by the processor, cause the controller to: start the centrifugal compressor (100, 404) from a stopped condition by: operating the unloading device to remove a load from the centrifugal compressor (100, 404), accelerating the motor (108, 406) to a first speed above a liftoff speed of the gas foil bearing and below an operating speed of the centrifugal compressor (100, 404), running the motor (108, 406) at the first speed for a period of time, operating the unloading device to apply the load to the centrifugal compressor (100, 404), and accelerating the motor (108, 406) to the operating speed. a VFD including a motor interface for connection to the motor (108, 406); an unloading interface for connection to an unloading device; a processor; and a memory containing instructions that, when executed by the processor, cause the controller to: start the centrifugal compressor (100, 404) from a stopped condition by: operating the unloading device to remove a load from the centrifugal compressor (100, 404), accelerating the motor (108, 406) to a first speed above a liftoff speed of the gas foil bearing and below an operating speed of the centrifugal compressor (100, 404), running the motor (108, 406) at the first speed for a period of time, operating the unloading device to apply the load to the centrifugal compressor (100, 404), and accelerating the motor (108, 406) to the operating speed. operating the unloading device to remove a load from the centrifugal compressor (100, 404), accelerating the motor (108, 406) to a first speed above a liftoff speed of the gas foil bearing and below an operating speed of the centrifugal compressor (100, 404), running the motor (108, 406) at the first speed for a period of time, operating the unloading device to apply the load to the centrifugal compressor (100, 404), and accelerating the motor (108, 406) to the operating speed.
A method of wireless communication comprising: sending, from a first wireless communications device, a discovery chirp signal to one or more second wireless communications devices in a mesh network during a first wake-up period common to the first wireless communications device and to the one or more second wireless communications devices; receiving, at the first wireless communications device, multiple keep alive signals from one or more second wireless communications devices during the first wake-up period in response to the discovery chirp signal, wherein the multiple keep alive signals contain associated metrics; analyzing, by the first wireless communications device, the multiple keep alive signals and any metrics associated with those keep alive signals; selecting based on the analyzing, by the first wireless communications device, a relay wireless communications device; and receiving, at the first wireless communications device, connection setup information from the selected relay wireless communications device during the first wake-up period, the connection setup information comprising resource allocation information, wherein the first wireless communications device is asleep at a time that overlaps a sleep time of the one or more second wireless communications devices. sending, from a first wireless communications device, a discovery chirp signal to one or more second wireless communications devices in a mesh network during a first wake-up period common to the first wireless communications device and to the one or more second wireless communications devices; receiving, at the first wireless communications device, multiple keep alive signals from one or more second wireless communications devices during the first wake-up period in response to the discovery chirp signal, wherein the multiple keep alive signals contain associated metrics; analyzing, by the first wireless communications device, the multiple keep alive signals and any metrics associated with those keep alive signals; selecting based on the analyzing, by the first wireless communications device, a relay wireless communications device; and receiving, at the first wireless communications device, connection setup information from the selected relay wireless communications device during the first wake-up period, the connection setup information comprising resource allocation information, wherein the first wireless communications device is asleep at a time that overlaps a sleep time of the one or more second wireless communications devices.
A in vitro method for determining whether a cellular protein is intracellularly degraded or transported following a change in environment, said method employing an enzyme system comprising a small fragment of a β-galactosidase enzyme as an enzyme donor ("ED") and a larger fragment of said enzyme as an enzyme acceptor ("EA"), wherein the ED is from 35 to 100 amino acids, further employing a mammalian cell into which is introduced a genetic expression construct encoding a fusion protein of said ED with said cellular protein, said method comprising: expressing said fusion protein in said mammalian cell in a cellular environment; adding EA as a protein and a substrate to said fusion protein expressed in said cellular environment under conditions where said ED of said fusion protein complexes with said EA to form an active β-galactosidase enzyme that acts on said substrate to form a detectable product, said conditions comprising either (i) a permeable cell or (ii) a lysed cell; detecting said detectable product, as indicative of whether said cellular protein is degraded or transported; and wherein a change in measurable activity of said β-galactosidase enzyme results from degradation, and a change in said measurable activity in a cellular compartment results from transport. expressing said fusion protein in said mammalian cell in a cellular environment; adding EA as a protein and a substrate to said fusion protein expressed in said cellular environment under conditions where said ED of said fusion protein complexes with said EA to form an active β-galactosidase enzyme that acts on said substrate to form a detectable product, said conditions comprising either (i) a permeable cell or (ii) a lysed cell; detecting said detectable product, as indicative of whether said cellular protein is degraded or transported; and wherein a change in measurable activity of said β-galactosidase enzyme results from degradation, and a change in said measurable activity in a cellular compartment results from transport.
A substrate having a coating bonded to the substrate and configured to protect the substrate from corrosion and biofouling, the coating having a sol-gel derived inorganic oxide network resultant from condensation reactions of at least one inorganic oxide; the coating comprising: a viable microorganism incorporated within the coating, the microorganism capable of reacting chemically with microbes responsible for microbial induced corrosion and/or biofouling and configured to inhibit the biological activity of said microbes; and a corrosion inhibitor configured to inhibit corrosion and/or biofouling at the substrate; wherein the microorganism and the corrosion inhibitor are separate species. a viable microorganism incorporated within the coating, the microorganism capable of reacting chemically with microbes responsible for microbial induced corrosion and/or biofouling and configured to inhibit the biological activity of said microbes; and a corrosion inhibitor configured to inhibit corrosion and/or biofouling at the substrate; wherein the microorganism and the corrosion inhibitor are separate species.
Assembly aid for assembling at least one assembly, the assembly aid having at least one receptacle for releasably, form-fittingly and/or frictionally fixing the at least one assembly to be assembled to the assembly aid, characterized in that the assembly aid also has at least one gear transmission arrangement by means of which the rotational movement of a drive element can be transmitted to at least two output elements, the output elements each acting on at least one tool and/or one tool insert.
A method for forming a closed loop wellbore into a formation for geothermal heat recovery, the wellbore comprising a continuous circuit, wherein said method comprises: forming, during a drilling operation, an interface between said wellbore and said formation extending at least between an inlet well and an outlet well of said loop by inducing formation damage to said formation with a chemical mechanism, wherein said interface is impermeable to fluids; and introducing a working fluid into the wellbore while at least a portion of the wellbore is open hole and while maintaining the interface impermeable to fluids. forming, during a drilling operation, an interface between said wellbore and said formation extending at least between an inlet well and an outlet well of said loop by inducing formation damage to said formation with a chemical mechanism, wherein said interface is impermeable to fluids; and introducing a working fluid into the wellbore while at least a portion of the wellbore is open hole and while maintaining the interface impermeable to fluids.
Oven installation having an oven cabinet and a first device (20, 21) for guiding a sliding element, wherein the sliding element by means of the first device (20, 21) is able to be received so as to be displaceable on a wall portion (16, 17) of the oven cabinet; wherein the first device (20, 21) has a guide unit (24 - 26); wherein the guide unit is connected to a first receptacle element of the device (20, 21); wherein the first device (20, 21) comprises the first receptacle element and a second receptacle element; wherein the wall portions (16, 17) of the oven cabinet have in each case one internal side; wherein the first receptacle element is configured as a first support plate and the second receptacle element is configured as a second support plate; wherein the first support plate is configured from a plate-shaped sheet-metal material; wherein the second support plate is configured so as to be of appreciably less height than the first support plate; wherein the support plates (22, 23) by way of an inner planar side bear in a planar manner on an internal side of one of the wall portions (16, 17) and are present so as to be vertically mutually offset; wherein the receptacle element has a projecting penetrating portion which is configured to penetrate a wall clearance of the wall portion; that a plurality of guide units (24 - 26) which are vertically mutually offset are present on the receptacle element; wherein adjustment means which engage on the penetrating portion and by way of which the receptacle element having guide units (24 - 26) attached thereto is adjustable and lockable in the vertical direction are provided; wherein the guide units (24 - 26) have mutually displaceable guide rails; wherein the first device is present on the first lateral wall portion of the oven cabinet; and wherein a second device, of identical type as the first device, is present on the second lateral wall portion of the oven cabinet that lies opposite the first lateral wall portion; wherein the plurality of guide units (24 - 26) on the respective receptacle element are present in an identical manner on both lateral wall portions; wherein, in addition to the guide units on the respective first receptacle element, at least one further guide unit on each wall portion below and/or above the guide units is fastened in an identical manner to the respective second receptacle element; wherein the respective second receptacle element is configured so as to be positionally fixed or height-adjustable.
A method for the additive manufacture of a three-dimensional physical object at a pre-determined formation site, in which a first polymer, whose monomer units comprise first reactive side groups amenable to coupling, and a second polymer, whose monomer units comprise second reactive side groups amenable to coupling, are crosslinked with one another to give the physical object, wherein the first polymer and the second polymer are introduced with the aid of a metering device into an alternating-current electric field, characterised in that the alternating-current electric field is generated between at least one first electrode (3, 4, 12), which is arranged in the region of an outlet aperture of the metering device, and at least one second electrode (5, 6, 19), which is arranged at a distance from the first electrode (3, 4, 12) in the region of the outlet aperture of the orifice space or in the region of the pre-determined formation site of the physical object, wherein the voltage, the frequency, the current intensity and the field energy intensity of the alternating-current electric field are selected in such a way that the first reactive side groups of the first polymer and the second reactive side groups of the second polymer become bonded to one another via an electrostrictively assisted chemical reaction.
A method for a network node to transmit System Frame Number, in the following also referred to as SFN, in a cell controlled by the network node in a wireless communication system in which transmissions are organized into radio frames and one radio frame contains multiple subframes, the method comprising: broadcasting in the cell, by the network node, a synchronization signal in an Orthogonal Frequency Division Multiplexing, in the following also referred to as OFDM, symbol of a subframe; and broadcasting in the cell, by the network node, a signaling indicating the SFN of the cell in multiple OFDM symbols of the subframe, wherein the multiple OFDM symbols include the OFDM symbol used for broadcasting the synchronization signal. broadcasting in the cell, by the network node, a synchronization signal in an Orthogonal Frequency Division Multiplexing, in the following also referred to as OFDM, symbol of a subframe; and broadcasting in the cell, by the network node, a signaling indicating the SFN of the cell in multiple OFDM symbols of the subframe, wherein the multiple OFDM symbols include the OFDM symbol used for broadcasting the synchronization signal.
A telephone switching system comprising a telephone switchboard and a management terminal connected to the telephone switchboard, wherein the telephone switchboard comprises: detection means for detecting an occurrence of a predetermined event; e-mail creation means for creating a notification mail in which a content of the event detected by the detection means is described; and transmitting means for transmitting the notification mail to the management terminal, the management terminal comprises: receiving means for receiving the notification mail; e-mail creation means for creating a reply mail corresponding to the notification mail received by the receiving means; and transmitting means for transmitting the reply mail to the telephone switchboard, the telephone switchboard further comprises: receiving means for receiving the reply mail; characterized by setting means for setting an operation condition for a predetermined operation performed by the telephone switchboard based on the reply mail received by the receiving means, and wherein the reply mail is a blank mail, and wherein the creation and the transmission of the reply mail in the management terminal are automatically carried out based on a preparatory setting without involving an operation by a user. detection means for detecting an occurrence of a predetermined event; e-mail creation means for creating a notification mail in which a content of the event detected by the detection means is described; and transmitting means for transmitting the notification mail to the management terminal, receiving means for receiving the notification mail; e-mail creation means for creating a reply mail corresponding to the notification mail received by the receiving means; and transmitting means for transmitting the reply mail to the telephone switchboard, receiving means for receiving the reply mail; characterized by setting means for setting an operation condition for a predetermined operation performed by the telephone switchboard based on the reply mail received by the receiving means, and wherein the reply mail is a blank mail, and