mhurhangee/patent-ind-claim-en huggingface dataset:
A reticle manipulating device comprising: an at least substantially closed housing for maintaining clean-room conditions therein; at least one functional unit connected to the housing, the at least one functional unit being selected from a number of functional units, each of the functional units being capable of one of inputting/outputting, storing, cleaning and examining reticles ; a transport robot arranged inside the housing for transporting reticles between a first functional unit , for inputting/outputting reticles, and another functional unit and vice versa; characterized in that the at least one functional unit (8, 8', 8a, 8b, 20, 71, 108A, 208, 208' 209, 216) is modularly mateable to the housing, the at least one functional unit having an interface adapted for removably coupling the functional unit to the housing, and characterized in that the at least one functional unit is selectable for connection to the housing from a number of different interchangeable functional units each having a different predetermined characteristic and being capable of connection to the housing. an at least substantially closed housing for maintaining clean-room conditions therein; at least one functional unit connected to the housing, the at least one functional unit being selected from a number of functional units, each of the functional units being capable of one of inputting/outputting, storing, cleaning and examining reticles ; a transport robot arranged inside the housing for transporting reticles between a first functional unit , for inputting/outputting reticles, and another functional unit and vice versa; characterized in that the at least one functional unit (8, 8', 8a, 8b, 20, 71, 108A, 208, 208' 209, 216) is modularly mateable to the housing, the at least one functional unit having an interface adapted for removably coupling the functional unit to the housing, and characterized in that the at least one functional unit is selectable for connection to the housing from a number of different interchangeable functional units each having a different predetermined characteristic and being capable of connection to the housing.
An air intake of an aircraft turbojet engine nacelle extending along an axis X in which an air stream (F) circulates from upstream to downstream, the air intake extending circumferentially about axis X and comprising an internal wall pointing to axis X to guide an internal air stream INT and an external wall which is opposite to the internal wall , to guide an external air stream EXT, the walls being connected through a leading edge and an internal partition wall so as to delimit an annular cavity , the air intake comprising means for injecting at least one hot air stream FAC into the internal cavity and at least one ventilation opening formed in the external wall to allow exhaust of the hot air stream FAC after heating the internal cavity , which air intake is characterized in that the ventilation opening comprises an upstream edge the circumferential profile of which is discontinuous to generate turbulences and a downstream edge the radial profile of which is aerodynamic to limit formation of pressure fluctuations.
Device for weighing a plurality of pharmaceutical containers nested in a carrier , comprising at least one weighing station , at least one receptacle being provided for the carrier of the containers , the receptacle being connected to the weighing station for weight measurement and characterized in that the weighing station comprises at least two or more weighing cells , each of which is connected to the receptacle via at least one stem , preferably on opposite sides of the receptacle . receptacle being provided for the carrier of the containers , the receptacle being connected to the weighing station for weight measurement and characterized in that the weighing station comprises at least two or more weighing cells , each of which is connected to the receptacle via at least one stem , preferably on opposite sides of the receptacle .
Machine for preparing beverages and comprising: - a plurality of beverage concentrate cartridges , each thereof comprising a container part adapted for collecting a beverage concentrate and a discharge part adapted for discharge of said beverage concentrate , arranged in a cartridge support , - only one concentrate discharge device adapted for interacting with said discharge part of each of said beverage concentrate cartridges , - at least one diluent reservoir adapted for collecting a beverage diluent and in fluid connection with a diluent discharge provided downstream, - a control device provided in operational connection with said concentrate discharge device , whereby said beverage concentrate cartridges comprise a container part of generally cylindrical or prismatic form, and said discharge part having a smaller cross-section than said container part , and whereby said beverage concentrate cartridges are disposed on a cartridge support with said discharge part oriented downwards, whereby said concentrate discharge device is adapted so that said beverage concentrate can be discharged, from the discharge part of each of said beverage concentrate cartridges , directly to the exterior of said machine , in particular to a beverage recipient (A) that can be placed aligned with the discharge zone of a service disposition , without thereby touching in any other part of said machine characterized in that said diluent reservoir is provided at a central region of a circular-like arrangement of said beverage concentrate cartridges , and in that the machine comprises an access window provided on the top face and providing simultaneous access to said beverage concentrate cartridges and also to said diluent reservoir , whereby said access window is configured to provide passage to said diluent reservoir . - a plurality of beverage concentrate cartridges , each thereof comprising a container part adapted for collecting a beverage concentrate and a discharge part adapted for discharge of said beverage concentrate , arranged in a cartridge support , - only one concentrate discharge device adapted for interacting with said discharge part of each of said beverage concentrate cartridges , - at least one diluent reservoir adapted for collecting a beverage diluent and in fluid connection with a diluent discharge provided downstream, - a control device provided in operational connection with said concentrate discharge device ,
Allopregnanolone for use in a method of treating postpartum depression in a human subject, the method comprising administering a continuous intravenous infusion, wherein the infusion comprises administering a first infusion, second infusion, and third infusion to the subject, and wherein the first (step-up) infusion delivers a smaller amount of allopregnanolone/unit time than the second (maintenance) infusion and wherein the third (step-down/downward taper) infusion delivers a smaller amount of allopregnanolone /unit time than the second (maintenance) infusion.
A method for wireless communication by a base station , comprising: receiving a paging indication and at least an indication of a limited amount of data targeted for a user equipment, UE , that is not in a connected state with the base station ; transmitting a paging message to the UE with at least one of the data or an indication of the data, wherein the paging message includes an indication of whether the data is to be acknowledged or not; and monitoring for a physical random access channel, PRACH, transmission from the UE as an acknowledgment of receipt of the data. receiving a paging indication and at least an indication of a limited amount of data targeted for a user equipment, UE , that is not in a connected state with the base station ; transmitting a paging message to the UE with at least one of the data or an indication of the data, wherein the paging message includes an indication of whether the data is to be acknowledged or not; and monitoring for a physical random access channel, PRACH, transmission from the UE as an acknowledgment of receipt of the data.
An avionics system for a subject aircraft , the avionics system comprising: an intruder aircraft detection device; and a processor programmed to: identify an intruder aircraft using the intruder aircraft detection device; predict a future path of the intruder aircraft ; estimate strength, size, and location characteristics of a wake vortex created by the intruder aircraft at past, present, and future points in time along the intruder aircraft's past, present, and future path; calculate a trajectory with positions of the subject aircraft at each of the past, and present points in time and with potential positions of the subject aircraft at each of the future points in time; compare the positions with the estimated strength, size, and location characteristics of the wake vortex to identify a wake conflict; and manoeuvre the subject aircraft based on the wake conflict. an intruder aircraft detection device; and a processor programmed to: identify an intruder aircraft using the intruder aircraft detection device; predict a future path of the intruder aircraft ; estimate strength, size, and location characteristics of a wake vortex created by the intruder aircraft at past, present, and future points in time along the intruder aircraft's past, present, and future path; calculate a trajectory with positions of the subject aircraft at each of the past, and present points in time and with potential positions of the subject aircraft at each of the future points in time; compare the positions with the estimated strength, size, and location characteristics of the wake vortex to identify a wake conflict; and manoeuvre the subject aircraft based on the wake conflict. identify an intruder aircraft using the intruder aircraft detection device; predict a future path of the intruder aircraft ; estimate strength, size, and location characteristics of a wake vortex created by the intruder aircraft at past, present, and future points in time along the intruder aircraft's past, present, and future path; calculate a trajectory with positions of the subject aircraft at each of the past, and present points in time and with potential positions of the subject aircraft at each of the future points in time; compare the positions with the estimated strength, size, and location characteristics of the wake vortex to identify a wake conflict; and manoeuvre the subject aircraft based on the wake conflict.
A communication circuit arrangement comprising: a kernel generation circuit configured to process an input signal for an amplifier to derive a plurality of kernel signals from the input signal, each of the plurality of kernel signals approximating a non-linear component of a response of the amplifier , wherein each of the plurality of kernel signals is composed of a plurality of delay taps kernel samples (Xt(1:k)); a signal path circuit configured to separately apply a kernel dimension filter and a delay tap dimension filter to the input signal for the amplifier to obtain an estimated interference signal by first applying the kernel dimension filter and subsequently the delay tap dimension filter to the plurality of kernel signals; and wherein each weight of the kernel dimension filter corresponds to a respective one of the plurality of kernel signals and each weight of the delay tap dimension filter corresponds to a respective one of the plurality of delay taps kernel samples; a cancellation circuit configured to subtract the estimated interference signal from a received signal to obtain a clean signal; and a filter update circuit configured to alternate between updating the kernel dimension filter and the delay tap dimension filter using the clean signal. a kernel generation circuit configured to process an input signal for an amplifier to derive a plurality of kernel signals from the input signal, each of the plurality of kernel signals approximating a non-linear component of a response of the amplifier , wherein each of the plurality of kernel signals is composed of a plurality of delay taps kernel samples (Xt(1:k)); a signal path circuit configured to separately apply a kernel dimension filter and a delay tap dimension filter to the input signal for the amplifier to obtain an estimated interference signal by first applying the kernel dimension filter and subsequently the delay tap dimension filter to the plurality of kernel signals; and wherein each weight of the kernel dimension filter corresponds to a respective one of the plurality of kernel signals and each weight of the delay tap dimension filter corresponds to a respective one of the plurality of delay taps kernel samples; a cancellation circuit configured to subtract the estimated interference signal from a received signal to obtain a clean signal; and a filter update circuit configured to alternate between updating the kernel dimension filter and the delay tap dimension filter using the clean signal.
A composition, comprising particles including at least 95% by weight of a taxane selected from the group consisting of paclitaxel and docetaxel, or a pharmaceutically acceptable salt thereof, wherein the paclitaxel particles have a specific surface area (SSA) determined by BET analysis of 18 to 40 m 2 /g and a mean bulk density between 0.050 g/cm 3 and 0.12 g/cm 3 and the docetaxel particles have a SSA determined by BET analysis of 18 to 50 m 2 /g and a mean bulk density between 0.050 g/cm 3 and 0.12 g/cm 3 ; wherein the mean bulk density is the mass of the totality of particles divided by the total volume they occupy when poured.
A flaskless molding machine forming a flaskless upper mold and lower mold, comprising: an upper flask ; a lower flask disposed below the upper flask and capable of clamping a match plate with the upper flask ; an upper sand tank disposed above the upper flask , communicating with a compressed air source, being open at a lower end thereof, and internally storing mold sand; an upper plate attached to a lower end of the upper sand tank , with at least one supply port being formed in the upper plate , the supply port allowing the upper sand tank to communicate with an inside of the upper flask ; a first lower sand tank communicating with a compressed air source, internally storing mold sand, and having a first communication port for discharging the stored mold sand; a second lower sand tank disposed below the lower flask , being open at an upper end thereof, having a second communication port capable of communicating with the first communication port of the first lower sand tank , and storing the mold sand supplied from the first lower sand tank and to be supplied into the lower flask ; a lower plate attached to an upper end of the second lower sand tank , with at least one supply port being formed in the lower plate , the supply port allowing the second lower sand tank to communicate with an inside of the lower flask ; a drive unit configured to move the second lower sand tank in a vertical direction, and allowing the upper plate and the lower plate to perform squeezing; and characterized by further comprising an adjustment drive unit configured to move the first lower sand tank in the vertical direction. an upper flask ; a lower flask disposed below the upper flask and capable of clamping a match plate with the upper flask ; an upper sand tank disposed above the upper flask , communicating with a compressed air source, being open at a lower end thereof, and internally storing mold sand; an upper plate attached to a lower end of the upper sand tank , with at least one supply port being formed in the upper plate , the supply port allowing the upper sand tank to communicate with an inside of the upper flask ; a first lower sand tank communicating with a compressed air source, internally storing mold sand, and having a first communication port for discharging the stored mold sand; a second lower sand tank disposed below the lower flask , being open at an upper end thereof, having a second communication port capable of communicating with the first communication port of the first lower sand tank , and storing the mold sand supplied from the first lower sand tank and to be supplied into the lower flask ; a lower plate attached to an upper end of the second lower sand tank , with at least one supply port being formed in the lower plate , the supply port allowing the second lower sand tank to communicate with an inside of the lower flask ; a drive unit configured to move the second lower sand tank in a vertical direction, and allowing the upper plate and the lower plate to perform squeezing; and characterized by further comprising an adjustment drive unit configured to move the first lower sand tank in the vertical direction.
Lighting system, in particular in the form of a luminaire, having at least one heat sink , an LED module and a upper part , the heat sink having at least one first recess , in particular in the form of a groove, which forms a first module receptacle for at least one LED module , wherein the at least one LED module is or can be inserted, in particular slide-in or is slid in, in the recess (10d, lOOp, 510p), wherein the first recess having a base wall and limiting side walls , and wherein the LED module located in the first recess (10d, lOOp, 510p) is pressurizable or pressurized in the direction of the base wall by the upper part which can be fastened to the heat sink by means of a screw connection, characterized in that the upper part is screwed with its internal thread onto the thread of the heat sink , and the threads are formed in such a way that a lateral recess of the upper part is aligned with the groove of the heat sink , wherein the lateral recess can be rotated in front of the groove by loosening the screw connection, whereby the contact pressure is released and the LED module can be removed laterally from the lighting system.
A method for protecting a truncated parameter, wherein the method comprises: determining (S101), by a mobility management network element, whether a terminal uses a control plane cellular internet of things, CloT, 5th generation system, 5GS optimization function; and sending (S102), by the mobility management network element to the terminal when the terminal uses the control plane CloT 5GS optimization function, a downlink non-access stratum, NAS, message on which NAS security protection is performed by using a NAS security context, wherein the downlink NAS message comprises a truncated parameter, and the truncated parameter is used to truncate a 5th generation-system architecture evolution-temporary mobile subscriber identity, 5G-S-TMSI, of the terminal. determining (S101), by a mobility management network element, whether a terminal uses a control plane cellular internet of things, CloT, 5th generation system, 5GS optimization function; and sending (S102), by the mobility management network element to the terminal when the terminal uses the control plane CloT 5GS optimization function, a downlink non-access stratum, NAS, message on which NAS security protection is performed by using a NAS security context, wherein the downlink NAS message comprises a truncated parameter, and the truncated parameter is used to truncate a 5th generation-system architecture evolution-temporary mobile subscriber identity, 5G-S-TMSI, of the terminal.
A method, comprising: receiving orbital parameter data indicating at least a position of a satellite and sensor parameter data of a sensor that is on the satellite and configured to measure electromagnetic radiation at microwave frequencies; determining, based on the orbital parameter data and the sensor parameter data, a pixel representing a predicted instantaneous field of view of the sensor ; determining, based on the pixel, a window , wherein the window is an area comprising the pixel; determining, based on antenna location data, one or more antennas located within the window; and reducing transmission power, at the microwave frequencies measured by the sensor, of at least one of the one or more antennas by causing a modification to a transmission characteristic or network traffic. determining, based on the orbital parameter data and the sensor parameter data, a pixel representing a predicted instantaneous field of view of the sensor ; determining, based on the pixel, a window , wherein the window is an area comprising the pixel; determining, based on antenna location data, one or more antennas located within the window; and reducing transmission power, at the microwave frequencies measured by the sensor, of at least one of the one or more antennas by causing a modification to a transmission characteristic or network traffic.
Spray nozzle, in particular for a dispensing system of a pressurised fluid provided with a pushbutton, the nozzle comprising a dispensing orifice and a vortex chamber leading to the dispensing orifice , the chamber comprising a conic portion delimited by a conic side surface , said conic side surface being convergent from an upstream end to a downstream end for supplying the dispensing orifice , the nozzle further comprising at least one supply channel of said vortex chamber, the supply channel(s) leading to the upstream end of the conic portion , the side surface having at least one staged portion provided with a level or a plurality of levels , the nozzle being characterised in that it comprises at least one continuous portion , the continuous portion(s) overhanging the adjacent staged portion(s) .
Device for promoting the growth of plants , comprising a conveyor belt which can be moved along a conveyor line and is intended for transporting, at least in sections, plants which, during movement along the conveyor line , are at least temporarily supplied with nutrients by a nutrient supply and illuminated with natural light and/or with light artificially generated by an illumination unit , wherein the conveyor line is arranged at least approximately horizontally in at least one first section and at least approximately vertically in at least one second section , wherein the conveyor belt moved along the conveyor line is moved on a closed circular or oval path in such a way that a deflection takes place in each case in the region of an upper deflection point and a lower deflection point , which connect the vertical sections to one another, characterized in that the plants are at least temporarily fixed relative to the conveyor belt during transport along the conveyor line such that at least parts of roots of the plants protrude into a region located below a lower side of the conveyor belt , wherein a nutrient medium supply for aeroponically supplying the roots with nutrient medium is arranged below the conveyor belt, while at least parts of leaves and/or fruits of the plants protrude into a region located above an upper side of the conveyor belt which is opposite to the lower side, and in that the plants are exposed to a constant orbitropical realignment with respect to the gravitational field of the earth, wherein the alignment of the plants, from the root to the shoot tip, is perpendicular to the direction of movement of the plants.
7-hydroxy-cannabidivarin (7-OH-CBDV) in a pure, isolated or synthetic form for use as a medicament.
A method for controlling an LED lamp , which comprises at least one first LED arrangement and one second LED arrangement , the first LED arrangement and the second LED arrangement emitting light with different light spectra during operation in the process and the first LED arrangement preferably emitting a higher blue-light portion than the second LED arrangement , the portions of the light emitted by the first LED arrangement and the second LED arrangement within a total light spectrum of the LED arrangements being controlled in accordance with a predetermined time-dependent, preferably circadian, spectrum control curve (STK), characterized in that upon receipt of a change signal from a user interface to manually change the spectrum control curve for a current instant, the spectrum control curve (STK) is locally modified and this local modification is automatically taken into account at least partially during a subsequent new pass of the spectrum control curve (STK).