mhurhangee/patent-ind-claim-en huggingface dataset:
Method for dispensing in a target area, such as in a crop, a particulate material, such as a particulate material comprising beneficial arthropods, the method comprising the steps of: (i) providing a reservoir for the particulate material, preferably a reservoir having a circular circumference, said reservoir comprising a number of openings , suitable to allow particulate material to exit from the reservoir; (ii) providing a number of closing means suitable for at least partially closing the openings of the reservoir; (iii) providing a number of screens in the void of the reservoir, said screens being movable, through the void of the reservoir between at least a first and a second position, in particular such that in their movement from the first to the second position, the screens push against particulate material, when present in the void; (iv) loading particulate material in the reservoir , preferably when the closing means are closing the openings; (v) moving the reservoir loaded with particulate material over the target area and at least partially opening the number of openings while alternatingly moving the screens between the first and the second position and vice versa; Characterized in that in the movement between the first and the second position the closing of the openings by the closing means is changed. (i) providing a reservoir for the particulate material, preferably a reservoir having a circular circumference, said reservoir comprising a number of openings , suitable to allow particulate material to exit from the reservoir; (ii) providing a number of closing means suitable for at least partially closing the openings of the reservoir; (iii) providing a number of screens in the void of the reservoir, said screens being movable, through the void of the reservoir between at least a first and a second position, in particular such that in their movement from the first to the second position, the screens push against particulate material, when present in the void; (iv) loading particulate material in the reservoir , preferably when the closing means are closing the openings; (v) moving the reservoir loaded with particulate material over the target area and at least partially opening the number of openings while alternatingly moving the screens between the first and the second position and vice versa;
Massage device suitable for massage of the Achilles tendon (tendo Achillis) with the leg extended, the massage device having: - a housing having a housing base (103") for placement on a flat surface ; - two massage means (3, 3") projecting at least partially from the housing , which are drivable about a rotational axis in each case by a motor, wherein the rotational axes are aligned perpendicular with respect to the longitudinal direction of the leg , wherein the massage means are arranged on the housing and with respect to each other in such a way, that they at least partially place the Achilles tendon between them, - a rest device arranged above the housing suited for resting the leg during the massage, wherein at least one of the massage means has a plurality of massage heads , preferably in each case three massage heads , wherein one of the massage heads , preferably all massage heads , is freely rotatable about a rotational axis in each case. - a housing having a housing base (103") for placement on a flat surface ; - two massage means (3, 3") projecting at least partially from the housing , which are drivable about a rotational axis in each case by a motor, wherein the rotational axes are aligned perpendicular with respect to the longitudinal direction of the leg , wherein the massage means are arranged on the housing and with respect to each other in such a way, that they at least partially place the Achilles tendon between them, - a rest device arranged above the housing suited for resting the leg during the massage, wherein at least one of the massage means has a plurality of massage heads , preferably in each case three massage heads , wherein one of the massage heads , preferably all massage heads , is freely rotatable about a rotational axis in each case.
Diamond manufacturing system via chemical vapor deposition assisted with laser initiated plasma fed with microwave energy which comprises a reactor , equipped with a gas inlet configured for introducing a carbon-and-hydrogen rich gas into the reactor , wherein the reactor comprises a gas outlet configured for extracting the gas from the reactor , wherein the reactor is equipped with a microwave heating system configured to heat the gas introduced into the reactor and to stabilize a plasma formed from this gas, wherein the reactor is additionally equipped with a sample holder inside the reactor , configured to hold a substrate provided for surface diamond formation, wherein the diamond manufacturing system comprises a laser source and laser beam direction means , linked to the reactor and configured to project at least one laser beam into the reactor and to direct the at least one laser beam towards the substrate , characterized in that the laser beam direction means are linked to a focalizing lens configured to produce a maximum energy incidence point of the at least one laser beam on the substrate surface , such that the diamond manufacturing system is configured to: - scan a part of the substrate surface by the laser beam, by means of the laser beam direction means ; - clean the substrate surface by means of the laser beam; - induce plasma formation at the surface of the substrate , upon heating the surface of the substrate with the laser beam, thereby promoting diamond-phase carbon deposition on the substrate surface. - scan a part of the substrate surface by the laser beam, by means of the laser beam direction means ; - clean the substrate surface by means of the laser beam; - induce plasma formation at the surface of the substrate , upon heating the surface of the substrate with the laser beam, thereby promoting diamond-phase carbon deposition on the substrate surface.
A method for receiving data over an optical communication path at a receiving device, the method comprising: determining a first power level transmitted by a transmitter over the optical communication path at a first timeslot based upon a received photon having a binary value, the first power level is less than a threshold power level; determining a second power level transmitted by a transmitter over the optical communication path at a second timeslot following the first timeslot based upon a second received photon having the binary value, the second power level less than the threshold power level; creating a first bit sequence of repeating values of the binary value from the first received photon , a count of the first bit sequence of repeating values determined based on a mapping of the first power level to the count, wherein the count is proportional to the first power level; creating a second bit sequence of repeating values of the binary value from the second received photon, the second bit sequence comprising a second count of the second bit sequence of repeating values based on the mapping and the second count being proportional to the second power level; combining the first and second bit sequences into a bitstream; and storing the bitstream in a memory. determining a first power level transmitted by a transmitter over the optical communication path at a first timeslot based upon a received photon having a binary value, the first power level is less than a threshold power level; determining a second power level transmitted by a transmitter over the optical communication path at a second timeslot following the first timeslot based upon a second received photon having the binary value, the second power level less than the threshold power level; creating a first bit sequence of repeating values of the binary value from the first received photon , a count of the first bit sequence of repeating values determined based on a mapping of the first power level to the count, wherein the count is proportional to the first power level; creating a second bit sequence of repeating values of the binary value from the second received photon, the second bit sequence comprising a second count of the second bit sequence of repeating values based on the mapping and the second count being proportional to the second power level; combining the first and second bit sequences into a bitstream; and storing the bitstream in a memory.
A liquid ejection head comprising: a first pressure chamber and a second pressure chamber , one end portion of the first pressure chamber being connected to a liquid supply path through a first flow path , one end portion of the second pressure chamber being connected to the liquid supply path through a second flow path , the other end portion of the first pressure chamber and the other end portion of the second pressure chamber being communicated with each other by a communication path ; an ejection port open to the first pressure chamber ; a hole open to the second pressure chamber ; an ejection energy generating element provided in the first pressure chamber so that a liquid in the first pressure chamber is ejected from the ejection port ; and a pressurization energy generating element provided in the second pressure chamber so that the liquid in the first pressure chamber is pressurized, wherein an opening area of the hole is smaller than an opening area of the ejection port , characterized in that an inertial resistance of the liquid in the hole is at least 1.3 times an inertial resistance of the liquid in the ejection port . a first pressure chamber and a second pressure chamber , one end portion of the first pressure chamber being connected to a liquid supply path through a first flow path , one end portion of the second pressure chamber being connected to the liquid supply path through a second flow path , the other end portion of the first pressure chamber and the other end portion of the second pressure chamber being communicated with each other by a communication path ; an ejection port open to the first pressure chamber ; a hole open to the second pressure chamber ; an ejection energy generating element provided in the first pressure chamber so that a liquid in the first pressure chamber is ejected from the ejection port ; and a pressurization energy generating element provided in the second pressure chamber so that the liquid in the first pressure chamber is pressurized, wherein an opening area of the hole is smaller than an opening area of the ejection port , characterized in that an inertial resistance of the liquid in the hole is at least 1.3 times an inertial resistance of the liquid in the ejection port .
An oscillator (100; 200) providing a precise clock signal, comprising: a tunable oscillator comprising an output coupled with a first pin (OSCOUT) wherein the first pin provides for a drive signal driving directly an external resonant element ; a phase detector circuit having a first input coupled with the output of the tunable oscillator and a second input coupled with an external input to the oscillator (100; 200); and an oscillator controller circuit configured to adjust frequency of the tunable oscillator based upon phase detection by the phase detector circuit between the output signal of the tunable oscillator and a voltage output signal provided by the external resonant element directly received at the external input to the oscillator (100; 200), wherein the external resonant element is only driven by the drive signal. a tunable oscillator comprising an output coupled with a first pin (OSCOUT) wherein the first pin provides for a drive signal driving directly an external resonant element ; a phase detector circuit having a first input coupled with the output of the tunable oscillator and a second input coupled with an external input to the oscillator (100; 200); and an oscillator controller circuit configured to adjust frequency of the tunable oscillator based upon phase detection by the phase detector circuit between the output signal of the tunable oscillator and a voltage output signal provided by the external resonant element directly received at the external input to the oscillator (100; 200), wherein the external resonant element is only driven by the drive signal.
An electric power tool comprising: a driving shaft that is driven into rotation by a motor of the electric power tool ; an output shaft on which a front-end tool is attachable; a torque transmission mechanism that transmits a torque produced by a rotation of the driving shaft to the output shaft ; and a clutch mechanism provided between the motor and the torque transmission mechanism , wherein the torque transmission mechanism includes a magnet coupling including a driving magnet member coupled to the driving shaft side and a driven magnet member coupled to the output shaft side, characterized in that the clutch mechanism is configured to transmit the torque produced by the rotation of the driving shaft to the driving magnet member but does not transmit a torque the driving magnet member receives from the driven magnet member to the driving shaft . a driving shaft that is driven into rotation by a motor of the electric power tool ; an output shaft on which a front-end tool is attachable; a torque transmission mechanism that transmits a torque produced by a rotation of the driving shaft to the output shaft ; and a clutch mechanism provided between the motor and the torque transmission mechanism , wherein the torque transmission mechanism includes a magnet coupling including a driving magnet member coupled to the driving shaft side and a driven magnet member coupled to the output shaft side, characterized in that the clutch mechanism is configured to transmit the torque produced by the rotation of the driving shaft to the driving magnet member but does not transmit a torque the driving magnet member receives from the driven magnet member to the driving shaft .
A mooring system, comprising: objects partially or fully submerged in a body of water; pand a floating outer ring that is moored to a single point mooring, the single point mooring comprising an anchor point on a floor of the body of water and a plurality of mooring lines ; wherein the mooring system further comprises a submerged outer ring moored to the floating outer ring , and a central structure comprising an inner ring ; wherein the floating outer ring and the submerged outer ring encompass the objects; wherein the objects comprise net pens bridled by bridle lines to the floating outer ring and used to retain fish, and a plurality of tension spoke lines that run from one side of the floating outer ring to the other, to maintain a shape of the floating outer ring , the central structure acting as a connection point for the spoke lines; wherein a buoyancy of one or more rings from the floating outer ring , the submerged outer ring and the inner ring keeps the net pens submerged at a required depth: and wherein the plurality of mooring lines are attached to the floating outer ring and connect the floating outer ring to the anchor point . objects partially or fully submerged in a body of water; pand a floating outer ring that is moored to a single point mooring, the single point mooring comprising an anchor point on a floor of the body of water and a plurality of mooring lines ; wherein the mooring system further comprises a submerged outer ring moored to the floating outer ring , and a central structure comprising an inner ring ; wherein the floating outer ring and the submerged outer ring encompass the objects; wherein the objects comprise net pens bridled by bridle lines to the floating outer ring and used to retain fish, and a plurality of tension spoke lines that run from one side of the floating outer ring to the other, to maintain a shape of the floating outer ring , the central structure acting as a connection point for the spoke lines; wherein a buoyancy of one or more rings from the floating outer ring , the submerged outer ring and the inner ring keeps the net pens submerged at a required depth: and wherein the plurality of mooring lines are attached to the floating outer ring and connect the floating outer ring to the anchor point .
A battery tray where a plurality of rechargeable batteries are received, the battery tray comprising: a first support wall and a second support wall that are disposed facing each other; a third support wall and a fourth support wall disposed facing each other, which connect an end of the first support wall and an end of the second support wall to each other; and a partition connected to an inner side of the third support wall and an inner side of the fourth support wall, wherein a first interior undercut is provided in the first support wall, a second interior undercut is provided in the second support wall, and the first interior undercut and the second interior undercut are asymmetrically disposed with reference to the partition wherein a third interior undercut is provided in the third support wall, a fourth interior undercut is provided in the fourth support wall, and the third interior undercut and the fourth interior undercut are symmetrical to each other with reference to a virtual line that perpendicularly passes the partition at the center of the partition. a first support wall and a second support wall that are disposed facing each other; a third support wall and a fourth support wall disposed facing each other, which connect an end of the first support wall and an end of the second support wall to each other; and a partition connected to an inner side of the third support wall and an inner side of the fourth support wall, wherein a first interior undercut is provided in the first support wall, a second interior undercut is provided in the second support wall, and the first interior undercut and the second interior undercut are asymmetrically disposed with reference to the partition wherein a third interior undercut is provided in the third support wall, a fourth interior undercut is provided in the fourth support wall, and the third interior undercut and the fourth interior undercut are symmetrical to each other with reference to a virtual line that perpendicularly passes the partition at the center of the partition.
Implant preform made of plastic, characterized in that it comprises an assembly of at least one biocompatible - being intended for contact with a biological material - thermoplastic plastics unit (A) having an elastic modulus E A and at least one thermoplastic plastics unit (B) having an elasticity modulus E B , where for the elasticity moduli of these plastics units E A < E B , and the plastics units in their assembly zone are seamlessly connected to one another by a thermal joining technique, the plastics units being seamlessly connected to one another in such a way that in the assembly zone there is a gradient from the elasticity modulus E B of the plastics unit (material B) to the elasticity modulus E A of the plastics unit (material A), and characterized in that the elasticity modulus E B of the thermoplastic plastics unit (B) is 30 to 110 GPa.
An emulsifiable concentrate consisting of a) a pesticide, b) 1,2-cyclohexandicarboxylic acid diisononyl ester, c) an amide of the formula (I) R 1 -C(O)N(R 2 ) 2 (I) where R 1 is C 5 -C 19 -alkyl and R 2 is C 1 -C 4 -alkyl, and d) a nonionic surfactant. a) a pesticide, b) 1,2-cyclohexandicarboxylic acid diisononyl ester, c) an amide of the formula (I) R 1 -C(O)N(R 2 ) 2 (I) where R 1 is C 5 -C 19 -alkyl and R 2 is C 1 -C 4 -alkyl, and d) a nonionic surfactant.
Hermetic enclosure comprising at least one glass substrate having at least one electrical feedthrough configured as a through glass via , the through glass via comprising a conductive rod electrically connecting the inside of the hermetic enclosure to the outside through the glass substrate , wherein the part of the conductive rod's surface facing towards the outside of the hermetic enclosure is completely covered with an electrically conductive coating , wherein the electrically conductive coating is a multilayer structure comprising at least an adhesion layer in direct contact with the conductive rod and a corrosion resistant layer, characterized in that the electrical feedthrough comprises a depression in or an elevation on an outside facing surface of the glass substrate and/or on an inside facing surface of the glass substrate , wherein the recess or elevation surrounds the conductive rod .
A method for verifying certificates, the method comprising: obtaining a certificate image of a certificate to be verified; verifying the certificate image and a first background image that is collected on site in advance to obtain a probability that the certificate image comes from a same shooting scene as the first background image, wherein verifying comprises comparing a background area in the certificate image with the first background image that is collected on site in advance, to obtain a degree of overlap between the certificate image and the first background image to obtain a comparison result, wherein the background area is an area other than the area occupied by the certificate to be verified in the certificate image, and determining, based on the comparison result, the probability that the certificate image comes from the same shooting scene as the first background image; and determining a verification result of the certificate to be verified, using the probability that the certificate image comes from the same shooting scene as the first background image. obtaining a certificate image of a certificate to be verified; verifying the certificate image and a first background image that is collected on site in advance to obtain a probability that the certificate image comes from a same shooting scene as the first background image, wherein verifying comprises comparing a background area in the certificate image with the first background image that is collected on site in advance, to obtain a degree of overlap between the certificate image and the first background image to obtain a comparison result, wherein the background area is an area other than the area occupied by the certificate to be verified in the certificate image, and determining, based on the comparison result, the probability that the certificate image comes from the same shooting scene as the first background image; and comparing a background area in the certificate image with the first background image that is collected on site in advance, to obtain a degree of overlap between the certificate image and the first background image to obtain a comparison result, wherein the background area is an area other than the area occupied by the certificate to be verified in the certificate image, and determining, based on the comparison result, the probability that the certificate image comes from the same shooting scene as the first background image; and determining a verification result of the certificate to be verified, using the probability that the certificate image comes from the same shooting scene as the first background image.
Filter element, in particular for gas filtration, having at least two filter medium bodies which are disposed on a carrier body , which delimit an intermediate flow chamber for a fluid, characterized in that at the carrier body respectively two guide elements for guiding the filter element in insertion direction in a receiving filter housing are disposed on opposing sides, wherein the guide elements are designed as parallel or approximately parallel extending guide rails which extend approximately or completely across the length of the filter element .