mhurhangee/patent-ind-claim-en huggingface dataset:
A system for dosimetry, comprising: a radiation source adapted to provide a pulsed radiation beam to a treatment zone ; a thin sheet of scintillator disposed between the radiation source and skin of a subject , the thin sheet of scintillator being in the treatment zone ; a gated camera configured to image the sheet of scintillator; and an image capture and processing machine coupled to receive images from the gated camera ; wherein the gated camera is configured to capture images of light from the thin sheet of scintillator during a plurality of pulses of the pulsed radiation beam while excluding light received from the thin sheet of scintillator between pulses of the plurality of pulses of the pulsed radiation beam to form a scintillation image, characterised in that the system further comprises a 3-D imaging camera, and wherein the image capture and processing machine is configured to process images from the 3-D imaging camera into a three-dimensional model of the subject and to use the three-dimensional model of the subject to correct the scintillation image while determining a corrected total dose image. a radiation source adapted to provide a pulsed radiation beam to a treatment zone ; a thin sheet of scintillator disposed between the radiation source and skin of a subject , the thin sheet of scintillator being in the treatment zone ; a gated camera configured to image the sheet of scintillator; and an image capture and processing machine coupled to receive images from the gated camera ; wherein the gated camera is configured to capture images of light from the thin sheet of scintillator during a plurality of pulses of the pulsed radiation beam while excluding light received from the thin sheet of scintillator between pulses of the plurality of pulses of the pulsed radiation beam to form a scintillation image, characterised in that the system further comprises a 3-D imaging camera, and wherein the image capture and processing machine is configured to process images from the 3-D imaging camera into a three-dimensional model of the subject and to use the three-dimensional model of the subject to correct the scintillation image while determining a corrected total dose image.
An implement attachment system for a lawn maintenance vehicle comprising: an implement mounting structure , wherein the implement mounting structure is box-like and defines a hook configured to cooperate with fasteners located on the lawn maintenance vehicle; a pin , wherein the pin is attached to the implement mounting structure and the pin extends in a downward direction from the implement mounting structure, the pin is configured to cooperate with an aperture defined by a portion of an associated frame located on the lawn maintenance vehicle; a resilient force member , wherein the resilient force member is attached to the implement mounting structure; and a latch rod , wherein the latch rod is attached to the resilient force member and the latch rod is slidingly attached to the implement mounting structure; wherein the latch rod includes a curved handle , the curved handle is configured to maintain the latch rod in a disengaged position against a force supplied by the resilient force member when the curved handle is in a first rotated position, and wherein the curved handle is configured to release the latch rod to an engaged position when the curved handle is in a second rotated position, characterized by the curved handle being in contact with a rear side of the box-like implement mounting structure , when the curved handle is in the first rotated position, to maintain the latch rod in the disengaged position by preventing the curved handle from being urged toward the lawn maintenance vehicle . an implement mounting structure , wherein the implement mounting structure is box-like and defines a hook configured to cooperate with fasteners located on the lawn maintenance vehicle; a pin , wherein the pin is attached to the implement mounting structure and the pin extends in a downward direction from the implement mounting structure, the pin is configured to cooperate with an aperture defined by a portion of an associated frame located on the lawn maintenance vehicle; a resilient force member , wherein the resilient force member is attached to the implement mounting structure; and a latch rod , wherein the latch rod is attached to the resilient force member and the latch rod is slidingly attached to the implement mounting structure; wherein the latch rod includes a curved handle , the curved handle is configured to maintain the latch rod in a disengaged position against a force supplied by the resilient force member when the curved handle is in a first rotated position, and wherein the curved handle is configured to release the latch rod to an engaged position when the curved handle is in a second rotated position, characterized by the curved handle being in contact with a rear side of the box-like implement mounting structure , when the curved handle is in the first rotated position, to maintain the latch rod in the disengaged position by preventing the curved handle from being urged toward the lawn maintenance vehicle .
Injection moulding machine for the online sensing of the rheology of thermoplastic and/or elastomeric material for the production of injection-moulded parts, having an injection unit , a stationary platen , a movable platen and a closing device, wherein there is arranged between the stationary platen and the movable platen a measuring tool which has a measuring channel to which thermoplastic and/or elastomeric material can be admitted by the injection unit via a runner in the stationary platen , wherein the measuring channel is configured to be open at its end opposite the injection unit , characterised in that the measuring channel is enclosed by a housing which is arranged between two mounting plates and consists of a first, two-part, conically tapering inner part forming the measuring channel and an outer part which is complementary to the inner part and encloses the inner part , wherein at least two pressure sensors and at least two temperature probes are arranged in the inner part such that at least the measuring diaphragms of the pressure sensors are flush with the inside wall of the measuring channel .
Composition, in particular comprising a physiologically acceptable medium, in particular for coating keratin materials, more particularly for making up and/or caring for keratin materials, such as the skin, in the form of a water-in-oil emulsion comprising: a) a continuous oily phase, and b) at least one discontinuous aqueous phase dispersed in said oily phase; c) at least one emulsifying system comprising: i) at least one fatty acid ester of a polyol and ii) at least one polymer of polyoxyethylenated fatty acid ester of glycol; and d) at least one lipophilic clay; and e) at least one organopolysiloxane elastomer powder coated with a silicone resin. a) a continuous oily phase, and b) at least one discontinuous aqueous phase dispersed in said oily phase; c) at least one emulsifying system comprising: i) at least one fatty acid ester of a polyol and ii) at least one polymer of polyoxyethylenated fatty acid ester of glycol; and i) at least one fatty acid ester of a polyol and ii) at least one polymer of polyoxyethylenated fatty acid ester of glycol; and d) at least one lipophilic clay; and e) at least one organopolysiloxane elastomer powder coated with a silicone resin.
An ink set for inkjet recording, comprising a white ink and colour inks including a cyan ink, a magenta ink and a yellow ink, wherein: each ink independently comprises a pigment, a pigment-dispersing resin, an organic solvent and water; the pigment-dispersing resin of each colour ink is, independently, a pigment-dispersing resin A having an alkyl chain with a carbon number of 10 or greater; the pigment-dispersing resin of the white ink is a pigment-dispersing resin B having a polyoxyalkylene chain; and the pigment-dispersing resin A and the pigment-dispersing resin B are different resins. each ink independently comprises a pigment, a pigment-dispersing resin, an organic solvent and water; the pigment-dispersing resin of each colour ink is, independently, a pigment-dispersing resin A having an alkyl chain with a carbon number of 10 or greater; the pigment-dispersing resin of the white ink is a pigment-dispersing resin B having a polyoxyalkylene chain; and the pigment-dispersing resin A and the pigment-dispersing resin B are different resins.
A method of passive asset tracking comprising: associating, in an asset tracking database , unique identifying information of a Wi-Fi access point with a moveable asset to be tracked, wherein the Wi-Fi access point is disposed on, attached to, or integrated with the moveable asset, and wherein the Wi-Fi access point broadcasts the unique identifying information in a beacon frame or probe response frame as part of Wi-Fi wireless network discovery; receiving, in the asset tracking database , information relating to a location of the Wi-Fi access point encountered by a wireless device , wherein the information comprises one or more of information relating to a GPS location of the reporting wireless device , a last known location of the Wi-Fi access point , or information relating to other in-range Wi-Fi access points, and their respective signal strengths, wherein the information is received directly or indirectly from the wireless device that reports its location and the unique identifying information of the Wi-Fi access point encountered, and wherein the wireless device is not required to associate with the Wi-Fi access point encountered; determining, at the asset tracking database , a location of the moveable asset to be tracked based, at least in part, on the location of the Wi-Fi access point as proxy for the location of the moveable asset to be tracked; and providing, via the asset tracking database , a user access to information relating to the location of the moveable asset to be tracked. associating, in an asset tracking database , unique identifying information of a Wi-Fi access point with a moveable asset to be tracked, wherein the Wi-Fi access point is disposed on, attached to, or integrated with the moveable asset, and wherein the Wi-Fi access point broadcasts the unique identifying information in a beacon frame or probe response frame as part of Wi-Fi wireless network discovery; receiving, in the asset tracking database , information relating to a location of the Wi-Fi access point encountered by a wireless device , wherein the information comprises one or more of information relating to a GPS location of the reporting wireless device , a last known location of the Wi-Fi access point , or information relating to other in-range Wi-Fi access points, and their respective signal strengths, wherein the information is received directly or indirectly from the wireless device that reports its location and the unique identifying information of the Wi-Fi access point encountered, and wherein the wireless device is not required to associate with the Wi-Fi access point encountered; determining, at the asset tracking database , a location of the moveable asset to be tracked based, at least in part, on the location of the Wi-Fi access point as proxy for the location of the moveable asset to be tracked; and providing, via the asset tracking database , a user access to information relating to the location of the moveable asset to be tracked.
An electric axle for a vehicle comprising: a first support member including a first end , a second end and an intermediate portion supporting a first axle receiver , and a second support member including a first end portion , a second end portion and an intermediate section supporting a second axle receiver ; a torsion member extending between the first support member and the second support member ; a first drive unit including a first transmission mounted to the first support member , and a first electric motor operatively connected to the first transmission , wherein the first transmission includes a first transmission housing and a first transmission shaft, wherein the first electric motor includes a first stator operatively coupled to the first transmission housing and a first rotor operatively connected to the first transmission shaft; and a second drive unit including a second transmission mounted to the second support member , and a second electric motor operatively connected to the second transmission , characterized in that the first rotor includes a first rotor member connected to the first transmission shaft and a second rotor member coupled to the first transmission shaft spaced from the first rotor member , the first stator being arranged between the first and second rotor members . a first support member including a first end , a second end and an intermediate portion supporting a first axle receiver , and a second support member including a first end portion , a second end portion and an intermediate section supporting a second axle receiver ; a torsion member extending between the first support member and the second support member ; a first drive unit including a first transmission mounted to the first support member , and a first electric motor operatively connected to the first transmission , wherein the first transmission includes a first transmission housing and a first transmission shaft, wherein the first electric motor includes a first stator operatively coupled to the first transmission housing and a first rotor operatively connected to the first transmission shaft; and a second drive unit including a second transmission mounted to the second support member , and a second electric motor operatively connected to the second transmission , characterized in that the first rotor includes a first rotor member connected to the first transmission shaft and a second rotor member coupled to the first transmission shaft spaced from the first rotor member , the first stator being arranged between the first and second rotor members .
Greenhouse arrangement having a housing , an inner space arranged in the housing , a plurality of plant levels arranged one above the other in the direction of gravity in the inner space , a lighting arrangement and an air supply , the air supply having at least one air distribution chamber (10; 10a-10d), characterized in that the air distribution chamber (10; 10a-10d) adjoins the inner space by means of an air-permeable membrane , wherein an air duct opens into the distribution chamber with a flow direction, which distribution chamber has a baffle plate directed perpendicular to the flow direction.
A beverage or its base material, particularly an energy drink, containing a liquid formulation comprising cannabidiol and water and at least one emulsifier, wherein the cannabidiol is a synthetic cannabidiol or purified cannabidiol from a cannabis extract, comprising 50 mg/L to 300 mg/L CBD, particularly 50 mg/L to 100 mg/L CBD.
A flight vehicle , comprising: a solid-propellant rocket motor ; control circuitry ; and an electrically-interconnective support structure , comprising: a unitary load-bearing frame , to which the solid-propellant rocket motor is mounted, comprising a woven insulative composite material; and a plurality of electrical conductors embedded within the unitary load-bearing frame and electrically coupling the solid-propellant rocket motor to the control circuitry; wherein the woven insulative composite material comprises a plurality of woven layers ; and the plurality of electrical conductors is embedded within the woven layers. a solid-propellant rocket motor ; control circuitry ; and an electrically-interconnective support structure , comprising: a unitary load-bearing frame , to which the solid-propellant rocket motor is mounted, comprising a woven insulative composite material; and a plurality of electrical conductors embedded within the unitary load-bearing frame and electrically coupling the solid-propellant rocket motor to the control circuitry; a unitary load-bearing frame , to which the solid-propellant rocket motor is mounted, comprising a woven insulative composite material; and a plurality of electrical conductors embedded within the unitary load-bearing frame and electrically coupling the solid-propellant rocket motor to the control circuitry; wherein the woven insulative composite material comprises a plurality of woven layers ; and the plurality of electrical conductors is embedded within the woven layers.
A computer-implemented method comprising: transmitting a Continuous Wave Frequency Modulated, CWFM, signal on a first drive line of a grid based capacitive sensor; transmitting the CWFM signal with an imposed delay (D1) on a second drive line of grid based capacitive sensor simultaneously with transmission of the CWFM signal on the first drive line; correlating output on a receive line with the CWFM signal; performing Fourier transformation on the correlation of the output; and identifying coordinates of an object interacting with the grid based capacitive sensor based on the amplitude of the frequencies and phase information determined from the Fourier transformation. transmitting a Continuous Wave Frequency Modulated, CWFM, signal on a first drive line of a grid based capacitive sensor; transmitting the CWFM signal with an imposed delay (D1) on a second drive line of grid based capacitive sensor simultaneously with transmission of the CWFM signal on the first drive line; correlating output on a receive line with the CWFM signal; performing Fourier transformation on the correlation of the output; and identifying coordinates of an object interacting with the grid based capacitive sensor based on the amplitude of the frequencies and phase information determined from the Fourier transformation.
A system for generating a multi-dimensional surface model of a geometric structure, comprising a processing apparatus configured to: acquire a set of location data points comprising a plurality of location data points corresponding to respective locations on the surface of a region of the geometric structure; define a minimum bounding box containing each location data point of said set of location data points ; expanding the minimum bounding box by a predetermined value α in all three axial directions; construct a voxel grid within said expanded bounding box , wherein said voxel grid comprises a plurality of voxels; calculate a distance d between a data point and each of the voxels in the grid; determine certain of the plurality of voxels of the voxel grid for which the distance d between it and one of the data points is less than the predetermined value α as voxels of a first subset of voxels; determine certain of the plurality of voxels of the voxel grid for which the distance d between it and one of the data points is greater than the predetermined value α and that are neighboring a voxel of the first subset as voxels of a second subset of voxels; change identification of each voxel in the first subset of voxels, for which the distance to one or more of the determined voxels of the second subset of voxels is less than a predetermined distance, to a voxel of the second subset of voxels; and extract a multi-faceted surface model from the first subset of voxels. acquire a set of location data points comprising a plurality of location data points corresponding to respective locations on the surface of a region of the geometric structure; define a minimum bounding box containing each location data point of said set of location data points ; expanding the minimum bounding box by a predetermined value α in all three axial directions; construct a voxel grid within said expanded bounding box , wherein said voxel grid comprises a plurality of voxels; calculate a distance d between a data point and each of the voxels in the grid; determine certain of the plurality of voxels of the voxel grid for which the distance d between it and one of the data points is less than the predetermined value α as voxels of a first subset of voxels; determine certain of the plurality of voxels of the voxel grid for which the distance d between it and one of the data points is greater than the predetermined value α and that are neighboring a voxel of the first subset as voxels of a second subset of voxels; change identification of each voxel in the first subset of voxels, for which the distance to one or more of the determined voxels of the second subset of voxels is less than a predetermined distance, to a voxel of the second subset of voxels; and extract a multi-faceted surface model from the first subset of voxels.
An inkjet recording method comprising the sequential steps of: applying an aqueous pre-coat composition to a substrate (F), or applying and drying the aqueous pre-coat composition to the substrate (F); and subsequently applying and drying an aqueous ink composition, wherein the aqueous pre-coat composition contains at least an aggregating agent; the aqueous ink composition contains at least a pigment, a polymer dispersant, and resin fine particles; the aggregating agent is selected from a pyrolytic cation resin, an organic acid, or a multivalent metal salt; a neutralizer for the polymer dispersant is selected from an organic amine; characterized in that , in the step of drying the aqueous ink composition, a temperature at which the aqueous ink composition is dried is set to be equal to or higher than a pyrolytic temperature of the aggregating agent. applying an aqueous pre-coat composition to a substrate (F), or applying and drying the aqueous pre-coat composition to the substrate (F); and subsequently applying and drying an aqueous ink composition, wherein the aqueous pre-coat composition contains at least an aggregating agent; the aqueous ink composition contains at least a pigment, a polymer dispersant, and resin fine particles; the aggregating agent is selected from a pyrolytic cation resin, an organic acid, or a multivalent metal salt; a neutralizer for the polymer dispersant is selected from an organic amine; characterized in that , in the step of drying the aqueous ink composition, a temperature at which the aqueous ink composition is dried is set to be equal to or higher than a pyrolytic temperature of the aggregating agent.
A valve member of a fuel injector , comprising: - a cylindrical body at a first end of which is formed a valve plug defining a conical male face adapted to cooperate with a female complementary face of a valve seat integrated in a nozzle body , the cylindrical body and the plug connecting to each other along an intersection line , characterized in that the valve member comprises at least one first annular groove arranged adjacent to the intersection line , and a second annular groove adjacent to the intersection line , one of the two grooves is arranged on the cylindrical body on one side of the intersection zone and the other of the two grooves is arranged on the plug on the other side of the intersection line . - a cylindrical body at a first end of which is formed a valve plug defining a conical male face adapted to cooperate with a female complementary face of a valve seat integrated in a nozzle body , the cylindrical body and the plug connecting to each other along an intersection line ,
A feed ingredient comprising at least 20% by weight Clostridium tyrobutyricum, wherein said Clostridium tyrobutyricum comprises at least 70% of dry weight crude protein and optionally at least 7% of dry weight lysine and/or at least 1% of dry weight methionine.