mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a network node of a communication network, the communication network comprising a plurality of coordinated radio access network nodes for transmitting multiple streams of data to a wireless device in a given time resource, the method comprising: causing transmission , to the wireless device , of an indication that the wireless device should perform multiple separate phase-tracking processes on the signals received from the plurality of coordinated radio access network nodes in the given time resource, wherein the indication comprises an indication that the wireless device should perform a respective phase-tracking process on each of multiple streams of data received from each of the plurality of coordinated radio access network nodes .
A method implemented by a client device to facilitate provision of web services by web clients comprising: obtaining by a client application credentials from an authentication service, the credentials usable with a tunnel service to obtain a persistent uniform resource locator to enable exposure of the client application as a web service; storing the credentials in local storage associated with the client application; providing the credentials to access the tunnel service; establishing via the tunnel service the persistent URL that is derived based on the credentials and configured for use by the client application to expose the client application as a publicly addressable web service; and communicating through the tunnel service as the web service with one or more endpoints using the persistent URL . obtaining by a client application credentials from an authentication service, the credentials usable with a tunnel service to obtain a persistent uniform resource locator to enable exposure of the client application as a web service; storing the credentials in local storage associated with the client application; providing the credentials to access the tunnel service; establishing via the tunnel service the persistent URL that is derived based on the credentials and configured for use by the client application to expose the client application as a publicly addressable web service; and communicating through the tunnel service as the web service with one or more endpoints using the persistent URL .
A system for automatically controlling the timbre and loudness of sound in a listening room, comprising: a loudspeaker configured to generate an acoustic sound output (e[k]) from an electrical sound signal (Out[k]); a microphone configured to generate an electrical total sound signal (d[k]) representative of the total acoustic sound in the room, wherein the total acoustic sound comprises the acoustic sound output (e[k]) from the loudspeaker and ambient noise within the room, wherein an adaptive filter estimates a transfer function (H(z)) from the loudspeaker to the microphone output as estimated room data (W(ω)); a noise extraction block configured to receive the total sound signal (d[k]) from the microphone and to extract an estimated ambient noise signal ( N (ω)); a gain control block configured to provide a reference signal (Ns(co)), wherein the gain control block receives a desired noise power spectral density (DNPSD) and is controlled by a volume setting (VOL); and a gain-shaping block configured to receive the electrical sound signal (X(ω)), a volume setting (VOL), the estimated ambient noise signal ( N (ω)), the reference signal (N S (ω)) and a room-dependent gain signal (G room (ω)), the room-dependent gain signal (G room (ω)) being determined from reference room data (W ref (ω)) and the estimated room data (W(ω)); wherein the gain-shaping block is further configured to adjust the gain (G(ω)) of the electrical sound signal (X(ω)) dependent on the volume setting (VOL), the estimated ambient noise signal ( N (ω)), the reference signal (Ns(co)), and the room-dependent gain signal (G room (ω)). a loudspeaker configured to generate an acoustic sound output (e[k]) from an electrical sound signal (Out[k]); a microphone configured to generate an electrical total sound signal (d[k]) representative of the total acoustic sound in the room, wherein the total acoustic sound comprises the acoustic sound output (e[k]) from the loudspeaker and ambient noise within the room, wherein an adaptive filter estimates a transfer function (H(z)) from the loudspeaker to the microphone output as estimated room data (W(ω)); a noise extraction block configured to receive the total sound signal (d[k]) from the microphone and to extract an estimated ambient noise signal ( N (ω)); a gain control block configured to provide a reference signal (Ns(co)), wherein the gain control block receives a desired noise power spectral density (DNPSD) and is controlled by a volume setting (VOL); and a gain-shaping block configured to receive the electrical sound signal (X(ω)), a volume setting (VOL), the estimated ambient noise signal ( N (ω)), the reference signal (N S (ω)) and a room-dependent gain signal (G room (ω)), the room-dependent gain signal (G room (ω)) being determined from reference room data (W ref (ω)) and the estimated room data (W(ω)); wherein the gain-shaping block is further configured to adjust the gain (G(ω)) of the electrical sound signal (X(ω)) dependent on the volume setting (VOL), the estimated ambient noise signal ( N (ω)), the reference signal (Ns(co)), and the room-dependent gain signal (G room (ω)).
A surgical milling cutter designed for the removal of bone and/or cartilage tissue comprising a shaft which defines a longitudinal axis and which is rotatable about an axis of rotation and which has a nominal diameter and a proximal end which can be non-rotatably connected to a drive unit and a distal end opposite the proximal end, wherein provided at the distal end is a milling head having a milling surface (4.1) which circumferentially surrounds the shaft and extends along the longitudinal axis of the shaft , wherein the milling surface (4.1) is delimited by a proximally disposed milling surface proximal end and a distally disposed milling surface distal end and a milling surface maximum radius (R1), wherein the milling surface is also proximally operative, the milling surface is enlarged in the distal direction radially beyond the nominal diameter of the shaft, that a protective arrangement is provided at the distal end, the protective arrangement is provided distally from the milling surface distal end, the protective arrangement has a distal contact surface, characterised in that the milling head is of an atraumatic configuration, that the protective arrangement is provided with a protective arrangement maximum radius (R2) for forming a protective ring (4.2) which surrounds the milling surface maximum radius (R1) in an annular configuration so that the protective arrangement upon rotation of the milling cutter defines around the milling surface (4.1) a circumferentially surrounding protective zone extending from the protective arrangement maximum radius (R2) to the milling surface distal end.
An inventory control system for monitoring removal and replacement of tools stored in the system, the system comprising: a storage container including a plurality of storage locations for storing objects; a sensing device configured to detect presence or absence of tools in the storage locations; a display device; characterized by a data processor configured to: receive a tool list; determine whether each of the tools on the tool list is present in one of the storage locations; and cause the display device to display a list of users and locations for each of the tools that is not present. a storage container including a plurality of storage locations for storing objects; a sensing device configured to detect presence or absence of tools in the storage locations; a display device; characterized by a data processor configured to: receive a tool list; determine whether each of the tools on the tool list is present in one of the storage locations; and cause the display device to display a list of users and locations for each of the tools that is not present. receive a tool list; determine whether each of the tools on the tool list is present in one of the storage locations; and cause the display device to display a list of users and locations for each of the tools that is not present.
A controller for a microscope , the controller being configured to: receive image data representing a wound , the image data comprising multiple images of the wound taken along different directions; determine a line of sight towards a bottom of the wound using the image data comprising; calculating an area of the wound within each image; and determining the line of sight based on the direction corresponding to the image having the wound with the greatest area; and output a control signal for the microscope , the control signal instructing the microscope to align its optical axis with the line of sight . receive image data representing a wound , the image data comprising multiple images of the wound taken along different directions; determine a line of sight towards a bottom of the wound using the image data comprising; calculating an area of the wound within each image; and determining the line of sight based on the direction corresponding to the image having the wound with the greatest area; and calculating an area of the wound within each image; and determining the line of sight based on the direction corresponding to the image having the wound with the greatest area; and output a control signal for the microscope , the control signal instructing the microscope to align its optical axis with the line of sight .
A method comprising the steps of: (a) emulsifying a library comprising a plurality of nucleic acid templates to form a plurality of droplets, wherein each nucleic acid template comprises: (i) a first nucleotide sequence encoding a variant of an RNA-guided_nuclease operably linked to a first promoter; and (ii) a second nucleotide sequence comprising a target site for the RNA-guided nuclease; and wherein each of the droplets comprises a unique nucleic acid template; (b) expressing the RNA-guided nuclease variants in the plurality of droplets; (c) subjecting the plurality of droplets to conditions favorable for nuclease cleavage of the target site to produce a population of cleaved nucleic acid templates, each cleaved nucleic acid template comprising the first nucleotide sequence and a predetermined cleaved end; (d) ligating the cleaved nucleic acid templates with at least one oligonucleotide capture probe specific for the predetermined cleaved end to produce a plurality of ligation products; and (e) identifying at least one first nucleotide sequence encoding an RNA-guided nuclease variant in at least one ligation product. (a) emulsifying a library comprising a plurality of nucleic acid templates to form a plurality of droplets, wherein each nucleic acid template comprises: (i) a first nucleotide sequence encoding a variant of an RNA-guided_nuclease operably linked to a first promoter; and (ii) a second nucleotide sequence comprising a target site for the RNA-guided nuclease; and wherein each of the droplets comprises a unique nucleic acid template; (i) a first nucleotide sequence encoding a variant of an RNA-guided_nuclease operably linked to a first promoter; and (ii) a second nucleotide sequence comprising a target site for the RNA-guided nuclease; and (b) expressing the RNA-guided nuclease variants in the plurality of droplets; (c) subjecting the plurality of droplets to conditions favorable for nuclease cleavage of the target site to produce a population of cleaved nucleic acid templates, each cleaved nucleic acid template comprising the first nucleotide sequence and a predetermined cleaved end; (d) ligating the cleaved nucleic acid templates with at least one oligonucleotide capture probe specific for the predetermined cleaved end to produce a plurality of ligation products; and (e) identifying at least one first nucleotide sequence encoding an RNA-guided nuclease variant in at least one ligation product.
Apparatus to distribute and use electric energy comprising a connection device and an electric energy distribution device connectable to electrical components that comprises a containing body with an oblong development, provided with an internal compartment that extends for the entire length of the containing body , wherein in said internal compartment at least four electrical conductors are housed, defining a three-phase system, wherein the containing body is provided with two long walls and at least one short wall that connects the long walls with each other to define a substantially flattened rectangular shape of the cross section, wherein the short wall , which defines a thickness of the containing body , is shorter than the long wall , which defines a height of the containing body , wherein the containing body is provided with a longitudinal aperture made in a position opposite said at least one short wall in order to allow access to said electrical conductors , by means of said connection device , wherein said electrical conductors are installed in a fixed position on only one of the long walls , leaving the other long wall of said containing body free, wherein said connection device comprises a connection body provided with at least two contact elements both provided on a same face of said connection body and suitable to be inserted through the longitudinal aperture , in order to position said contact elements each in contact with one of said electrical conductors , said connection device comprising activation/deactivation members and a sliding cover associated with said activation/deactivation members , characterized in that the connection device comprises a slider to house the contact elements associated with said activation/deactivation members , said slider being translatable in order to activate/deactivate said contact elements due to the driving of said activation/deactivation members .
Vacuum toilet with a toilet bowl , a transfer tank and a flushing water tank , and a first flushing water pipe, wherein the flushing water tank is designed and connected to the toilet bowl in such a way that, when the toilet is actuated, a flushing process is triggered in which, with the aid of an overpressure created in the flushing water tank by a compressed air source , flushing water is conveyed from the latter via the first flushing water line into the toilet bowl , and wherein the transfer tank is designed and connected to the toilet bowl in such a way that, following the flushing process, suction mass is sucked out of the toilet bowl into the transfer tank with the aid of a negative pressure applied to the transfer tank , characterized by a second flushing water line fed by the first flushing water line and having a controllable valve (Q07), through which flushing water is conveyed into the transfer tank when the controllable valve (Q07) opens the second flushing water line in order to flush the transfer tank . a toilet bowl , a transfer tank and a flushing water tank , and a first flushing water pipe, wherein the flushing water tank is designed and connected to the toilet bowl in such a way that, when the toilet is actuated, a flushing process is triggered in which, with the aid of an overpressure created in the flushing water tank by a compressed air source , flushing water is conveyed from the latter via the first flushing water line into the toilet bowl , and wherein the transfer tank is designed and connected to the toilet bowl in such a way that, following the flushing process, suction mass is sucked out of the toilet bowl into the transfer tank with the aid of a negative pressure applied to the transfer tank , characterized by a second flushing water line fed by the first flushing water line and having a controllable valve (Q07), through which flushing water is conveyed into the transfer tank when the controllable valve (Q07) opens the second flushing water line in order to flush the transfer tank .
A fluid-operated percussion drill tool comprising: an outer wear sleeve comprising a substantially cylindrical wall and having inner and outer surfaces; a percussion bit having a head portion and a bit retaining portion and located at a forward end of the outer wear sleeve; a sliding piston mounted for reciprocating movement within the outer wear sleeve to strike the percussion bit; a drive ring having a substantially cylindrical wall and comprising connection means adapted for connecting the drive ring to a drive means of the fluid-operated percussion drill tool; at least one flushing channel to provide a fluid path to a cutting face of the bit for a flushing medium, characterised in that a first portion of the at least one flushing channel extends longitudinally within the wall of the wear sleeve, a second portion of the at least one flushing channel extends longitudinally within the wall of the drive ring and a third portion of the at least one flushing channel extends through the head portion of the percussion bit to the cutting face of the bit. an outer wear sleeve comprising a substantially cylindrical wall and having inner and outer surfaces; a percussion bit having a head portion and a bit retaining portion and located at a forward end of the outer wear sleeve; a sliding piston mounted for reciprocating movement within the outer wear sleeve to strike the percussion bit; a drive ring having a substantially cylindrical wall and comprising connection means adapted for connecting the drive ring to a drive means of the fluid-operated percussion drill tool; at least one flushing channel to provide a fluid path to a cutting face of the bit for a flushing medium, characterised in that a first portion of the at least one flushing channel extends longitudinally within the wall of the wear sleeve, a second portion of the at least one flushing channel extends longitudinally within the wall of the drive ring and a third portion of the at least one flushing channel extends through the head portion of the percussion bit to the cutting face of the bit.
A display system arranged to present a displayed virtual image at a predetermined distance in front of a viewing position, the display system comprising an optical projection system and a primary reflecting optic arranged to deflect an off-axis incoming optical signal from the projection system toward the viewing position, the projection system arranged to provide an adapted output image signal that compensates for optical aberration effects introduced by the reflecting optic to ensure provision of a reduced aberration display image to the viewing position, the optical projection system comprising: a system of image generation optics arranged to provide a source image in a source image plane in the form of a spatially defined pattern of light; and a system of image projection optics arranged to relay the source image in combination with the primary reflecting optic to the virtual image , the image projection optics characterised by comprising a sequence of optical surface groups arranged such that rays encounter the following sequence of refractive powers, in order from the source image : a first optical surface group having positive refractive power, a second optical surface group having positive refractive power, a third optical surface group having negative refractive power, a fourth optical surface group having positive refractive power and a fifth optical surface group having positive refractive power; wherein the fourth and fifth optical surface groups are formed as two aspheric refracting surfaces of a compound optical component , the compound optical component further comprising a reflecting surface for deflecting the beam. a system of image generation optics arranged to provide a source image in a source image plane in the form of a spatially defined pattern of light; and a system of image projection optics arranged to relay the source image in combination with the primary reflecting optic to the virtual image , the image projection optics characterised by comprising a sequence of optical surface groups arranged such that rays encounter the following sequence of refractive powers, in order from the source image : a first optical surface group having positive refractive power, a second optical surface group having positive refractive power, a third optical surface group having negative refractive power, a fourth optical surface group having positive refractive power and a fifth optical surface group having positive refractive power; wherein the fourth and fifth optical surface groups are formed as two aspheric refracting surfaces of a compound optical component , the compound optical component further comprising a reflecting surface for deflecting the beam.
A device configured to selectively and reversibly break a subject's blood-brain barrier by emitting ultrasound, comprising: - a structure configured to be placed on at least a portion of a user's head; - at least two ultrasound transducers coupled to said structure and configured to emit ultrasound at diagnostic intensity; said at least two ultrasonic transducers being of the capacitive micromachined, piezoelectric micromachined or piezoelectric type and being adapted to increase the bioavailability in brain tissue of at least one agent combating inflammatory mediators, preferably at least one anti-inflammatory agent, even more preferably at least one anti-TNF alpha agent; said at least two ultrasound transducers are configured so that microbubbles previously injected into said subject enter into oscillation and increase vascular porosity at at least one targeted site in said subject's brain, the microbubbles having a diameter of between 2 and 11 μm and being microbubbles of sulfur hexafluoride or perfluorocarbon characterized in that said at least two ultrasound transducers are configured to deliver an ultrasound frequency of between 1 and 4 MHz, and an emitted ultrasound power of between 400 and 800 mW/cm 2 . - a structure configured to be placed on at least a portion of a user's head; - at least two ultrasound transducers coupled to said structure and configured to emit ultrasound at diagnostic intensity; said at least two ultrasonic transducers being of the capacitive micromachined, piezoelectric micromachined or piezoelectric type and being adapted to increase the bioavailability in brain tissue of at least one agent combating inflammatory mediators, preferably at least one anti-inflammatory agent, even more preferably at least one anti-TNF alpha agent; said at least two ultrasound transducers are configured so that microbubbles previously injected into said subject enter into oscillation and increase vascular porosity at at least one targeted site in said subject's brain, the microbubbles having a diameter of between 2 and 11 μm and being microbubbles of sulfur hexafluoride or perfluorocarbon characterized in that said at least two ultrasound transducers are configured to deliver an ultrasound frequency of between 1 and 4 MHz, and an emitted ultrasound power of between 400 and 800 mW/cm 2 .