mhurhangee/patent-ind-claim-en huggingface dataset:
A projection system comprising a projection device , an adjustment unit , and a judgment unit ; wherein the projection device includes a light source and a scanner ; wherein the light source is a semiconductor laser element configured to emit visible light; wherein the scanner is configured to scan with the visible light; wherein the projection device is configured to project one or more drawings individually onto work spots in a work site , such that a worker can perform work at the work spots in accordance with the projected one or more drawings ; wherein the adjustment unit is configured to adjust at least one of (i) a quantity of the one or more drawings to be simultaneously projected by the projection device or (ii) a setting parameter regarding a mode of projection performed by the projection device; wherein the judgment unit is configured to judge whether a drawing among the one or more drawings is projectable onto the work spots ; and wherein, when the judgment unit judges that there is a work spot onto which the drawing is unprojectable, the projection device is configured to stop projecting the drawing onto the work spot onto which the drawing is unprojectable, such that the worker can perform work at one or more other work spots onto which the one or more drawings are projected. wherein the projection device includes a light source and a scanner ; wherein the light source is a semiconductor laser element configured to emit visible light; wherein the scanner is configured to scan with the visible light; wherein the projection device is configured to project one or more drawings individually onto work spots in a work site , such that a worker can perform work at the work spots in accordance with the projected one or more drawings ; wherein the adjustment unit is configured to adjust at least one of (i) a quantity of the one or more drawings to be simultaneously projected by the projection device or (ii) a setting parameter regarding a mode of projection performed by the projection device; wherein the judgment unit is configured to judge whether a drawing among the one or more drawings is projectable onto the work spots ; and wherein, when the judgment unit judges that there is a work spot onto which the drawing is unprojectable, the projection device is configured to stop projecting the drawing onto the work spot onto which the drawing is unprojectable, such that the worker can perform work at one or more other work spots onto which the one or more drawings are projected.
An air data sensor for determining a plane's angle of attack, static air pressure, total air pressure, Mach number, static air temperature and true air speed in one device using pressure and temperature readings comprising two data probes installed on either side of a fuselage of an aircraft in a redundant configuration which protrude horizontally into the airflow, each data probe comprising: a base having a first surface configured for attachment to a fuselage of the plane; a tip having a tip surface pressure passageway , wherein the tip is rounded; a long portion that is cylindrical, the long portion extending perpendicular to the base between the base and the tip , the long portion having a first air pressure passageway , a second air pressure passageway and third pressure passageway ; a temperature passageway in the long portion ; and a housing coupled to a second surface of the base opposite the first surface, the housing including a pressure sensor coupled to the tip surface pressure passageway and electronics located on boards, wherein the third pressure passageway is pneumatically connected to a first absolute pressure transducer , the first and second pressure passageways are pneumatically connected to differential a pressure transducer , the tip surface pressure passageway is arranged on the rounded tip at a 45-degree angle or Φ = 41.4° from the long axis of long portion and is pneumatically connected to a second absolute pressure transducer , and a detector that measures temperature is arranged inside the temperature passageway , wherein each of the differential pressure sensor , the first absolute pressure transducer , the second absolute pressure sensor and the temperature detector are coupled to electronics located on boards . a base having a first surface configured for attachment to a fuselage of the plane; a tip having a tip surface pressure passageway , wherein the tip is rounded; a long portion that is cylindrical, the long portion extending perpendicular to the base between the base and the tip , the long portion having a first air pressure passageway , a second air pressure passageway and third pressure passageway ; a temperature passageway in the long portion ; and a housing coupled to a second surface of the base opposite the first surface, the housing including a pressure sensor coupled to the tip surface pressure passageway and electronics located on boards, wherein the third pressure passageway is pneumatically connected to a first absolute pressure transducer , the first and second pressure passageways are pneumatically connected to differential a pressure transducer , the tip surface pressure passageway is arranged on the rounded tip at a 45-degree angle or Φ = 41.4° from the long axis of long portion and is pneumatically connected to a second absolute pressure transducer , and a detector that measures temperature is arranged inside the temperature passageway , wherein each of the differential pressure sensor , the first absolute pressure transducer , the second absolute pressure sensor and the temperature detector are coupled to electronics located on boards .
A combination of a plastic cap and a resin container, wherein the plastic cap is to be applied to a mouth of the resin container having a screw formed with a vent , the vent comprising notches and extending axially, the plastic cap comprising a top plate section and a skirt section suspending from the top plate section , wherein an outer ring for sealing at least an outer surface of the mouth of the container, and an inner ring for sealing an inner surface of the mouth of the container are formed on an inner surface of the top plate section , while a screw is formed on an inner surface of the skirt section ; an inner surface of the outer ring has a shape inclined toward an interior of the cap and, in a closed state, at least a seal point on the inner surface of the outer ring is pressure-contacted with the outer surface of the mouth of the container, whereby sealability is maintained; in an unsealing step, a seal point on an outer surface of the inner ring is shifted into a pressure-contacted state on the inner surface of the mouth of the container located above a starting point of the screw of the mouth of the container before a seal by the outer ring is released, whereby sealability is maintained, and the seal point of the inner ring in the closed state is at a position on the inner surface of the mouth of the container corresponding to the notch formed first in a path beginning at the starting point of the screw formed on the outer surface of the mouth of the container and heading in a direction of threading. the plastic cap comprising a top plate section and a skirt section suspending from the top plate section , wherein an outer ring for sealing at least an outer surface of the mouth of the container, and an inner ring for sealing an inner surface of the mouth of the container are formed on an inner surface of the top plate section , while a screw is formed on an inner surface of the skirt section ; an inner surface of the outer ring has a shape inclined toward an interior of the cap and, in a closed state, at least a seal point on the inner surface of the outer ring is pressure-contacted with the outer surface of the mouth of the container, whereby sealability is maintained; in an unsealing step, a seal point on an outer surface of the inner ring is shifted into a pressure-contacted state on the inner surface of the mouth of the container located above a starting point of the screw of the mouth of the container before a seal by the outer ring is released, whereby sealability is maintained, and the seal point of the inner ring in the closed state is at a position on the inner surface of the mouth of the container corresponding to the notch formed first in a path beginning at the starting point of the screw formed on the outer surface of the mouth of the container and heading in a direction of threading.
A method for a Mobility Management Entity, MME, comprising: receiving location measurements for a user equipment, UE, that is using Narrowband Internet of Things, NB-IoT, radio access or Cellular Internet of Things, CIoT, features to access a wireless network; storing the location measurements and a timestamp; receiving a location request for the UE when the UE is not connected to the wireless network; transmitting the location measurements to a location server with an indication that the UE is not connected to the wireless network and to a Visited Public Land Mobile Network Evolved Packet Core, VPLMN EPC, based on knowledge by the MME of support of features applicable to CloT and NB-IoT for the UE by the VPLMN EPC; and receiving a response from the location server comprising a last known location for the UE. receiving location measurements for a user equipment, UE, that is using Narrowband Internet of Things, NB-IoT, radio access or Cellular Internet of Things, CIoT, features to access a wireless network; storing the location measurements and a timestamp; receiving a location request for the UE when the UE is not connected to the wireless network; transmitting the location measurements to a location server with an indication that the UE is not connected to the wireless network and to a Visited Public Land Mobile Network Evolved Packet Core, VPLMN EPC, based on knowledge by the MME of support of features applicable to CloT and NB-IoT for the UE by the VPLMN EPC; and receiving a response from the location server comprising a last known location for the UE.
A furniture connecting fitting having an attachment section for coupling to a cabinet body , wherein a kinematic arrangement is coupled directly to the attachment section , wherein an assembly piece is provided, which assembly piece has a fitting end facing the attachment section and a furniture attachment end (81.3) facing away from the fitting end , wherein the attachment section has at least one locating element, which, in an assembly position, interacts with a mating element of the assembly piece to form a connection, which acts transversely to the furniture attachment end (81.3) in a form-fitting and detachable manner, wherein an actuating element is provided, which can be moved between a release position and a blocking position, and wherein the actuating element rests against a support section in the blocking position to secure the assembly position, characterized in that the locating element and the mating element can be brought into the form-fitting active engagement along an adjustment path, and in that the actuating element is guided by an operating element on a control cam during its travel from the release position to the blocking position to effect a travel of the attachment section relative to the assembly piece in the direction of the adjustment path.
A structure for interfacing a body part of a patient with a plurality of sources for delivering illuminating light to the body part and a plurality of detectors for collecting light from the body part, respectively, for effecting diffuse optical tomography, the structure comprising: a first set of at least 3 interattached annular support members (202a-202e) of increasing diameters for the sources and the detectors, said annular support members being positioned one on top of the other with the annular support member having the smallest diameter at the bottom, wherein the annular support members together form a cup-shaped structure configured to hold the body part therein, each of the annular support members is detachably attached to an adjacent annular support member and the structure is adapted to provide an adjustable displacement in an axial direction, the number of annular support members is adjustable by removing some of the annular support members to accommodate various body part sizes, the displacements in the axial direction of the annular support members are adjustable based on the size and shape of the body part, and each annular support member has a plurality of sources and detectors optical apertures , the structure is adapted so that each annular support member is independently displaceable in the axial direction of the annular support members and optionally rotatable out of plane to bring a surface thereof into touch contact with the body part. a first set of at least 3 interattached annular support members (202a-202e) of increasing diameters for the sources and the detectors, said annular support members being positioned one on top of the other with the annular support member having the smallest diameter at the bottom, wherein the annular support members together form a cup-shaped structure configured to hold the body part therein, each of the annular support members is detachably attached to an adjacent annular support member and the structure is adapted to provide an adjustable displacement in an axial direction, the number of annular support members is adjustable by removing some of the annular support members to accommodate various body part sizes, the displacements in the axial direction of the annular support members are adjustable based on the size and shape of the body part, and each annular support member has a plurality of sources and detectors optical apertures , the structure is adapted so that each annular support member is independently displaceable in the axial direction of the annular support members and optionally rotatable out of plane to bring a surface thereof into touch contact with the body part.
A scroll pump comprising a spiral component which has a base plate and a spiral wall which extends starting from the base plate , wherein the spiral wall has a groove , in which a sealing element is received, at its end remote from the base plate , wherein the groove is bounded by two oppositely disposed side walls , and wherein, in a first spiral section , a first one of the side walls is thicker than a second one of the side walls in the first spiral section and/or than one or both of the side walls in a second spiral section , characterized in that the first spiral section at least extends over 100°. wherein the spiral wall has a groove , in which a sealing element is received, at its end remote from the base plate , wherein the groove is bounded by two oppositely disposed side walls , and wherein, in a first spiral section , a first one of the side walls is thicker than a second one of the side walls in the first spiral section and/or than one or both of the side walls in a second spiral section , characterized in that the first spiral section at least extends over 100°.
A personalized medicine (PM) based method comprising high throughput screening (HTS) for identifying antitumor effect of cannabis strains, said method comprises steps of: a. providing an array comprising a plurality of a patient's biopsy derived tumor cell samples b. providing at least one cannabis extract of at least one strain to be tested; and c. contacting said patient's biopsy derived tumor cells with said at least one cannabis extract; and detecting a signal indicative of said antitumor effect relative to a control sample. a. providing an array comprising a plurality of a patient's biopsy derived tumor cell samples b. providing at least one cannabis extract of at least one strain to be tested; and c. contacting said patient's biopsy derived tumor cells with said at least one cannabis extract; and detecting a signal indicative of said antitumor effect relative to a control sample.
A communication method performed by a terminal, comprising: receiving, by the terminal, network type indication information from a cell of an access network device via broadcast information, wherein the network type indication information indicates whether the cell is a non-standalone new radio, NSA NR, cell; barring, by the terminal, the cell from cell selection or cell reselection when the network type indication information indicates the cell is a NSA NR cell. receiving, by the terminal, network type indication information from a cell of an access network device via broadcast information, wherein the network type indication information indicates whether the cell is a non-standalone new radio, NSA NR, cell; barring, by the terminal, the cell from cell selection or cell reselection when the network type indication information indicates the cell is a NSA NR cell.
A tool for a retainer assembly of a gyratory crusher, the tool being intended to be arranged around a shaft of the crusher on top of a retainer assembly securing a crushing shell , characterzed in that the tool comprising: a first plate being arranged on top of a second plate and wherein the plates being able to rotate in relation to each other, and wherein the plates comprising a centered through hole coinciding with each other; the first plate having a smaller outer periphery than the second plate ; a first and a second actuator mounted on the second plate at the periphery on opposite sides; a first and a second lever arm mounted on the first plate and mounted in connection to the first and the second actuator , respectively, and wherein the lever arms comprising gripping surfaces intended to be arranged around the shaft ; a first and a second movable spigot mounted on the first plate in connection to the first and the second lever arm , respectively; and pins mounted on the lower side of the second plate in order for the tool being adapted to fit with the retainer assembly . a first plate being arranged on top of a second plate and wherein the plates being able to rotate in relation to each other, and wherein the plates comprising a centered through hole coinciding with each other; the first plate having a smaller outer periphery than the second plate ; a first and a second actuator mounted on the second plate at the periphery on opposite sides; a first and a second lever arm mounted on the first plate and mounted in connection to the first and the second actuator , respectively, and wherein the lever arms comprising gripping surfaces intended to be arranged around the shaft ; a first and a second movable spigot mounted on the first plate in connection to the first and the second lever arm , respectively; and pins mounted on the lower side of the second plate in order for the tool being adapted to fit with the retainer assembly .
A process for adjusting one or more of the high load melt index (I 21.6 ), weight average molecular weight (M w ), and molecular weight distribution (M W /M n ) of one or more of polyolefin polymers during a polymerization reaction or adjusting the catalyst activity of the polymerization reaction, the process comprising: a) pre-contacting at least one activated chromium-containing catalyst with at least one aluminum alkyl to form a catalyst slurry mixture outside of a polymerization reactor; b) passing the catalyst slurry mixture to the polymerization reactor; c) contacting the catalyst mixture with one or more monomers under polymerizable conditions to form the one or more of polyolefin polymers; and d) recovering the one or more of polyolefin polymers wherein one or more of the high load melt index (I 21.6 ), the weight average molecular weight (M w ), and the molecular weight distribution (M W /M n ) of the one or more of polyolefin polymers or the catalyst activity of the polymerization reaction changes when the ratio of aluminum alkyl to chromium-containing catalyst changes. a) pre-contacting at least one activated chromium-containing catalyst with at least one aluminum alkyl to form a catalyst slurry mixture outside of a polymerization reactor; b) passing the catalyst slurry mixture to the polymerization reactor; c) contacting the catalyst mixture with one or more monomers under polymerizable conditions to form the one or more of polyolefin polymers; and d) recovering the one or more of polyolefin polymers
Method for producing a base body or a turbine rotor blade , comprising at least the successive steps of a) providing the base body , which comprises, following one another along a longitudinal axis , a blade root , a blade platform and a blade airfoil , b) sensing a value of at least one parameter of the base body , at least one of the parameters representing a vibrational property of the base body , c) comparing the sensed value with a predetermined target interval, d) if the sensed value lies outside the target interval, reducing the mass of the base body , characterized in that the reduction of the mass takes place at the blade root and/or on the blade platform by introducing at least one recess and/or by reducing a dimension below the corresponding target value. a) providing the base body , which comprises, following one another along a longitudinal axis , a blade root , a blade platform and a blade airfoil , b) sensing a value of at least one parameter of the base body , at least one of the parameters representing a vibrational property of the base body , c) comparing the sensed value with a predetermined target interval, d) if the sensed value lies outside the target interval, reducing the mass of the base body ,
A temperature-controlled transport container , said temperature-controlled transport container comprising a cargo space for accommodating temperature-sensitive goods and a refrigeration system, said refrigeration system comprising: a closed air circuit , separate from said cargo space , located outside of and contiguous with at least one wall of said cargo space ; and at least one refrigeration unit configured to cool air in said closed air circuit , characterized by a pressurizing unit for establishing a pressure difference between said closed air circuit and the ambient environment outside of, but in a vicinity of, said temperature-controlled transport container ; said pressure difference being a higher pressure in said closed air circuit than in the ambient environment . a closed air circuit , separate from said cargo space , located outside of and contiguous with at least one wall of said cargo space ; and at least one refrigeration unit configured to cool air in said closed air circuit , characterized by a pressurizing unit for establishing a pressure difference between said closed air circuit and the ambient environment outside of, but in a vicinity of, said temperature-controlled transport container ; said pressure difference being a higher pressure in said closed air circuit than in the ambient environment .