mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: sending , from an access point , a first scheduling grant to a first access terminal for a first set of resources for uplink transmission on a communication medium; sending , from the access point , a second scheduling grant to a second access terminal for a second set of resources for uplink transmission on the communication medium; scheduling , by the access point , a series of re-contention gaps for access terminal contention within or between the first set of resources and the second set of resources, wherein a corresponding schedule of the re-contention gaps is included in at least one of the first or second scheduling grants, and wherein each of the re-contention gaps is less than a subframe; and silencing uplink and downlink transmission, by the access point , on the communication medium during each of the series of re-contention gaps. sending , from an access point , a first scheduling grant to a first access terminal for a first set of resources for uplink transmission on a communication medium; sending , from the access point , a second scheduling grant to a second access terminal for a second set of resources for uplink transmission on the communication medium; scheduling , by the access point , a series of re-contention gaps for access terminal contention within or between the first set of resources and the second set of resources, wherein a corresponding schedule of the re-contention gaps is included in at least one of the first or second scheduling grants, and wherein each of the re-contention gaps is less than a subframe; and silencing uplink and downlink transmission, by the access point , on the communication medium during each of the series of re-contention gaps.
An inactivation method of inactivating microorganisms and/or viruses by emitting light, comprising: emitting, from a light source , light having a wavelength range that inactivates microorganisms and/or viruses, the light being emitted from the light source in a space where a human is present and the microorganisms and/or viruses exist, the light being ultraviolet light having a wavelength range of 200 nm to 235 nm; characterized in that the light source is controlled such that an effective incident irradiance of the ultraviolet light on an eye of the human present in the space is within an irradiance range having an upper limit equal to or less than 3.5 μ W/cm 2 . emitting, from a light source , light having a wavelength range that inactivates microorganisms and/or viruses, the light being emitted from the light source in a space where a human is present and the microorganisms and/or viruses exist, the light being ultraviolet light having a wavelength range of 200 nm to 235 nm; characterized in that the light source is controlled such that an effective incident irradiance of the ultraviolet light on an eye of the human present in the space is within an irradiance range having an upper limit equal to or less than 3.5 μ W/cm 2 .
A pharmaceutical composition comprising a plurality of microRNAs and a pharmaceutically acceptable carrier and/or diluent and/or excipient, said plurality of micro mRNAs comprising a microRNA comprising nucleotides 1-8 of SEQ ID NO:1, a microRNA comprising nucleotides 2-11 of SEQ ID NO:2, a microRNA comprising nucleotides 2-11 of SEQ ID NO:3, a microRNA comprising nucleotides 2-8 of SEQ ID NO:4, a microRNA comprising nucleotides 2-11 of SEQ ID NO:5, a microRNA comprising nucleotides 2-8 of SEQ ID NO:6, a microRNA comprising nucleotides 2-11 of SEQ ID NO:7, a microRNA comprising nucleotides 2-11 of SEQ ID NO:8, a microRNA comprising nucleotides 2-11 of SEQ ID NO:9, a microRNA comprising nucleotides 2-11 of SEQ ID NO:10 and a microRNA comprising nucleotides 2-11 of SEQ ID NO:11, wherein the nucleotide positions are indicated with reference to the 5' terminus of the sequence.
Cooking appliance having at least - a muffle which delimits a cooking compartment and has a muffle opening , - a drive device comprising a drive motor , - a door for closing the muffle opening , said door being movable by means of this drive device , and - a control circuit for controlling the drive device , - wherein the door can only execute a travel movement if at least one safety signal (S1,S2) activating the travel movement is present, characterised in that - the door can only execute a travel movement if at least two safety signals (S1, S2) are present, wherein - the at least two safety signals (S1, S2) comprise a first internal safety signal (S1) output by a first process sensor unit of the control circuit , and a second external safety signal (S2) output by a second processor unit of the control circuit and - the control circuit comprises at least the first processor unit for actuating the drive motor of the drive device and the second processor unit for switching and/or regulating the first processor unit . - a muffle which delimits a cooking compartment and has a muffle opening , - a drive device comprising a drive motor , - a door for closing the muffle opening , said door being movable by means of this drive device , and - a control circuit for controlling the drive device , - wherein the door can only execute a travel movement if at least one safety signal (S1,S2) activating the travel movement is present, characterised in that - the door can only execute a travel movement if at least two safety signals (S1, S2) are present, wherein - the at least two safety signals (S1, S2) comprise a first internal safety signal (S1) output by a first process sensor unit of the control circuit , and a second external safety signal (S2) output by a second processor unit of the control circuit and - the control circuit comprises at least the first processor unit for actuating the drive motor of the drive device and the second processor unit for switching and/or regulating the first processor unit .
Method for operating a motor vehicle , wherein the motor vehicle includes an electrical traction motor and a traction battery , wherein when a discharging state prevails, an item of charging information is transmitted by means of a communication device of the motor vehicle via a data communication connection to several data receiving devices external to the vehicle, wherein a discharging state prevails if a charging state of the electrical energy stored in the traction battery is not sufficient to operate the traction motor and/or if a charging state of the electrical energy stored in the traction battery is not sufficient to reach the charging station closest to the position of the motor vehicle , wherein the item of charging information includes the positional data of the motor vehicle , wherein as a data receiving device external to the vehicle is used in each case a navigation device of a further motor vehicle , wherein the positional data of the motor vehicle are displayed on a display device of the navigation device and/or a route from the position of the further motor vehicle to the motor vehicle is determined by the navigation device.
An information recording medium formed by laminating a transparent protective layer and a base material having laser color-developing properties, comprising an intermediate layer that is disposed between the transparent protective layer and the base material, wherein the intermediate layer includes a diffraction structure layer that has a diffraction structure , and a first reflective layer that reflects visible light and is destroyed when irradiated with a laser beam; light, when incident from a transparent protective layer side, causes a diffracted light pattern to appear in the diffraction structure layer so as to be observable from the transparent protective layer side; characterised in that a laser beam, when applied from the transparent protective layer side, passes through the diffraction structure layer, destroys the first reflective layer, and develops color and forms an image in the base material. the intermediate layer includes a diffraction structure layer that has a diffraction structure , and a first reflective layer that reflects visible light and is destroyed when irradiated with a laser beam; light, when incident from a transparent protective layer side, causes a diffracted light pattern to appear in the diffraction structure layer so as to be observable from the transparent protective layer side; characterised in that a laser beam, when applied from the transparent protective layer side, passes through the diffraction structure layer, destroys the first reflective layer, and develops color and forms an image in the base material.
A vehicle storage system, comprising: a tank adapted to contain vapour or liquid and vapour, and; a gas convertor for chemically converting at least one part of the vapour contained in the tank into liquid reaction product(s), wherein the gas convertor is configured to contain, in use, a biological catalyst for the conversion of the vapour, wherein the conversion of the vapour into liquid reaction product(s) is controlled such that the pressure in the tank does not exceed a prescribed limit or is reduced. a tank adapted to contain vapour or liquid and vapour, and; a gas convertor for chemically converting at least one part of the vapour contained in the tank into liquid reaction product(s), wherein the gas convertor is configured to contain, in use, a biological catalyst for the conversion of the vapour, wherein the conversion of the vapour into liquid reaction product(s) is controlled such that the pressure in the tank does not exceed a prescribed limit or is reduced.
A method for configuring an industrial automation component , whereby at least one feature of the industrial automation component that is not configurable with an engineering system supporting the component , non-supported feature, is configured by interpreting a description of a configuration of the at least one non-supported feature with an on-board compiler of the component and integrating the interpreted description to a basic configuration having been generated with the engineering system and regarding at least one further feature, supported feature, of the component , wherein the basic configuration is generated with the engineering system before the integration of the interpreted description to the basic configuration , characterized in that the description of the configuration of the at least one non-supported feature is provided in the form of a text file, the description of the configuration of the at least one non-supported feature is provided in a domain specific language, interpreting the description includes translating the description into binary machine code, and integrating the interpreted description to the basic configuration comprises merging of a machine-readable, binary and compact version of the description to the basic configuration . whereby at least one feature of the industrial automation component that is not configurable with an engineering system supporting the component , non-supported feature, is configured by interpreting a description of a configuration of the at least one non-supported feature with an on-board compiler of the component and integrating the interpreted description to a basic configuration having been generated with the engineering system and regarding at least one further feature, supported feature, of the component , wherein the basic configuration is generated with the engineering system before the integration of the interpreted description to the basic configuration , characterized in that the description of the configuration of the at least one non-supported feature is provided in the form of a text file, the description of the configuration of the at least one non-supported feature is provided in a domain specific language, interpreting the description includes translating the description into binary machine code, and integrating the interpreted description to the basic configuration comprises merging of a machine-readable, binary and compact version of the description to the basic configuration .
An ejector comprising: a nozzle configured to eject first fluid; a suction chamber configured to house the nozzle and to suck second fluid by negative pressure generated by ejection of the first fluid from the nozzle ; and a diffuser including an outlet flow path and configured to mix and discharge the first fluid and the second fluid of the suction chamber , wherein the outlet flow path includes a narrowed flow path having a sectional area narrowed toward downstream, a parallel flow path connected to a downstream end of the narrowed flow path and having a constant sectional area, and an expanded flow path connected to a downstream end of the parallel flow path and having a sectional area expanded toward downstream, the diffuser further includes a changing unit configured to change a dimension of the outlet flow path , characterized in that the changing unit changes a length X of the narrowed flow path and a length Y and an inner diameter D of the parallel flow path such that expressions and represented using constants A, B are satisfied: X = A × D and Y = B × D a nozzle configured to eject first fluid; a suction chamber configured to house the nozzle and to suck second fluid by negative pressure generated by ejection of the first fluid from the nozzle ; and a diffuser including an outlet flow path and configured to mix and discharge the first fluid and the second fluid of the suction chamber , wherein the outlet flow path includes a narrowed flow path having a sectional area narrowed toward downstream, a parallel flow path connected to a downstream end of the narrowed flow path and having a constant sectional area, and an expanded flow path connected to a downstream end of the parallel flow path and having a sectional area expanded toward downstream, the diffuser further includes a changing unit configured to change a dimension of the outlet flow path , characterized in that the changing unit changes a length X of the narrowed flow path and a length Y and an inner diameter D of the parallel flow path such that expressions and represented using constants A, B are satisfied: X = A × D and Y = B × D
Drawer having a rear panel , a front panel , and two side frames connecting the front panel and the rear panel , and a bottom , wherein at least one adapter is provided on or in at least one side frame , which adapter has at least one connecting element for fixing the rear panel , whereby the at least one connecting element has at least two bearing surfaces against which the rear panel can be supported and the connecting element is rotatably mounted in or on the adapter , whereby the connecting element is mounted rotatably about an axis and at least two bearing surfaces are arranged at a different distance from the axis , characterized in that the axis is aligned parallel to the bottom and parallel to a longitudinal direction of the rear panel .
Augmented reality (AR) spectacles for mixing virtual images into an image that is visible for a wearer of the spectacles through at least one spectacle glass, comprising a plurality of optical fiber projectors made of multimode optical fibers which project a virtual image with a large depth of field into at least one eye of the spectacle wearer, wherein the virtual image is an integral image of a grid of individual projections generated by the optical fiber projectors arranged besides one another and above one another, which, when viewed from close proximity, for the spectacle wearer merge into an overall projection, wherein each of the individual projections is a section of the virtual image, wherein at an entry end of each optical fiber a computer-controlled spatial light modulator (SLM) or another imaging system is mounted, for which a computer calculates a complex pixel pattern, which is determined by the transformation of the original image through a transmission matrix of the optical fiber , wherein an optics couples a wave front supplied by the spatial light modulator (SLM) as a hologram or as a complex projection with amplitudes and relative phase shifts into the optical fiber , and wherein in a point variant, for generating the individual projections, a large number of multimode optical fibers is routed around the spectacle rim and is distributed to a grid of projection points arranged directly next to one another and above one another in the spectacle glass through camouflage tubes, wherein the optical fibers have an optical system at their end and thus the optical fibers form projectors and thus in combination with the properties of the camouflage tubes, the wave front coupled into the individual multimode optical fiber is emitted in the direction of the pupil in a projection cone as a light signal, or wherein in a line variant, a plurality of multimode optical fibers having respective optical fiber projector ends are directed to the spectacle rim for generating the individual projections and the individual wave front coupled into the multimode optical fiber exits the respective optical fiber projector end as a light signal and propagates in the spectacle glass, until the light signal is directed onto the eye from the spectacle glass through one of the fast-switching mirror surfaces , which are switched to be reflective, from the spectacle glass into the eye.
A syringe having a syringe barrel , a plunger rod and a stopper being adapted for attachment with the plunger rod the stopper comprising: a main body portion having a closed front end that forms a flexible roof, the main body portion defining an open rearward end configured to receive the plunger rod , the main body portion manufactured from a rigid or semi-rigid polymeric material; and a first perimetrical skirt extending around an outer circumference of the main body portion toward the closed front end and defining a gap with respect to an outer circumference of the main body portion , wherein, when fluid pressure is increased inside the syringe barrel during an injection, the increased fluid pressure enters into the gap to cause the first perimetrical skirt to bend such that the first perimetrical skirt flexes toward the inner wall of the syringe barrel and is forced against the inner wall of the syringe barrel, characterised in that a sliding action of the plunger rod during the injection results in an engagement between the plunger rod and an engagement portion provided along an inner circumference of the main body portion which forces the main body portion to expand in the radial direction toward the inner wall of the syringe barrel , wherein the engagement portion comprises a notch having an upwardly angled portion and a downwardly angled portion . a main body portion having a closed front end that forms a flexible roof, the main body portion defining an open rearward end configured to receive the plunger rod , the main body portion manufactured from a rigid or semi-rigid polymeric material; and a first perimetrical skirt extending around an outer circumference of the main body portion toward the closed front end and defining a gap with respect to an outer circumference of the main body portion , wherein, when fluid pressure is increased inside the syringe barrel during an injection, the increased fluid pressure enters into the gap to cause the first perimetrical skirt to bend such that the first perimetrical skirt flexes toward the inner wall of the syringe barrel and is forced against the inner wall of the syringe barrel, characterised in that a sliding action of the plunger rod during the injection results in an engagement between the plunger rod and an engagement portion provided along an inner circumference of the main body portion which forces the main body portion to expand in the radial direction toward the inner wall of the syringe barrel , wherein the engagement portion comprises a notch having an upwardly angled portion and a downwardly angled portion .
A tissue resecting device comprising: a motor having a drive shaft , the motor configured to rotate the drive shaft in a single rotational direction around a longitudinal axis; a gear mechanism comprising a plurality of gears (655A-E) coupled to an output shaft, the plurality of gears (655A-E) comprising a first set of pinion gears (655A-C), a second set of pinion gears (655D-E), and a ring gear partially circumferentially surrounding the first set of pinion gears (655A-C) and the second set of pinion gears (655D-E), the plurality of gears (655A-E) being coupled to the drive shaft and configured to produce oscillation of the output shaft between a first rotational direction and a second rotational direction in response to rotation of the drive shaft in the single rotational direction, wherein the oscillation of the output shaft is around the longitudinal axis; a cutting member coupled to the drive shaft such that oscillation of the drive shaft causes oscillation of the cutting member ; and a handpiece encasing at least the motor . a motor having a drive shaft , the motor configured to rotate the drive shaft in a single rotational direction around a longitudinal axis; a gear mechanism comprising a plurality of gears (655A-E) coupled to an output shaft, the plurality of gears (655A-E) comprising a first set of pinion gears (655A-C), a second set of pinion gears (655D-E), and a ring gear partially circumferentially surrounding the first set of pinion gears (655A-C) and the second set of pinion gears (655D-E), the plurality of gears (655A-E) being coupled to the drive shaft and configured to produce oscillation of the output shaft between a first rotational direction and a second rotational direction in response to rotation of the drive shaft in the single rotational direction, wherein the oscillation of the output shaft is around the longitudinal axis; a cutting member coupled to the drive shaft such that oscillation of the drive shaft causes oscillation of the cutting member ; and a handpiece encasing at least the motor .