mhurhangee/patent-ind-claim-en huggingface dataset:
A harvesting system for bottom-dwelling shellfish comprising a harvesting unit and a towing and launching system for deployment and propulsion of the harvesting unit , the harvesting unit comprising: - one or more pumps comprising: - one or more suction nozzles directed towards the seabed, - one or more inlets that lead from the suction nozzle to the pump , - an outlet to a sorting device ; - one or more motors for driving the one or more pumps , - a structural main frame that carries the harvesting unit the harvesting system being characterised in that : - the sorting device , which at least separates shellfish from bycatch and foreign bodies, has an outlet for shellfish leading to a collecting unit ; - the towing and launching system comprises towlines running between the main frame and winches (V), wherein the winches (V) are arranged on a vessel (F), and the winches (V) further comprises a heave compensation system for adjusting the position of the harvesting unit relative to the seabed. - one or more pumps comprising: - one or more suction nozzles directed towards the seabed, - one or more inlets that lead from the suction nozzle to the pump , - an outlet to a sorting device ; - one or more suction nozzles directed towards the seabed, - one or more inlets that lead from the suction nozzle to the pump , - an outlet to a sorting device ; - one or more motors for driving the one or more pumps , - a structural main frame that carries the harvesting unit the harvesting system being characterised in that : - the sorting device , which at least separates shellfish from bycatch and foreign bodies, has an outlet for shellfish leading to a collecting unit ; - the towing and launching system comprises towlines running between the main frame and winches (V), wherein - the sorting device , which at least separates shellfish from bycatch and foreign bodies, has an outlet for shellfish leading to a collecting unit ; - the towing and launching system comprises towlines running between the main frame and winches (V), wherein
A cooking appliance comprising: a body that includes an inner frame defining a cooking chamber , an outer frame surrounding the inner frame on the outer side of the inner frame and a base forming a bottom; a door connected to the body by a hinge mechanism to open or close the cooking chamber ; and a sensor module that is configured to be inserted into the body through a lateral wall of the outer frame or the base and that is configured to, based on closing and opening of the door , come into contact with or be spaced apart from, respectively, the hinge mechanism , characterized in that the lateral wall of the outer frame or the base defines a module opening into which the sensor module is inserted, and wherein a portion of the sensor module is inserted into the body through the module opening , and another portion of the sensor module comes into contact with the wall of the body outside the body . a body that includes an inner frame defining a cooking chamber , an outer frame surrounding the inner frame on the outer side of the inner frame and a base forming a bottom; a door connected to the body by a hinge mechanism to open or close the cooking chamber ; and a sensor module that is configured to be inserted into the body through a lateral wall of the outer frame or the base and that is configured to, based on closing and opening of the door , come into contact with or be spaced apart from, respectively, the hinge mechanism , characterized in that the lateral wall of the outer frame or the base defines a module opening into which the sensor module is inserted, and wherein a portion of the sensor module is inserted into the body through the module opening , and another portion of the sensor module comes into contact with the wall of the body outside the body .
A motor drive system comprising: a power converter arranged to supply an input voltage; a motor connected to the power converter by a cable arrangement , said cable arrangement comprising first, second, and third conductors (8a-c), each of said conductors being electrically coupled at a respective first end thereof to the power converter , each of said conductors being further electrically coupled at a respective second end thereof to the motor ; and a resistive-capacitive network comprising a resistive portion (5a-c) and a capacitive portion (7a-c), wherein the capacitive portion is connected to the resistive portion in series; wherein the resistive-capacitive network is connected to a respective node (13a-c) of each of said first, second, and third conductors (8a-c); characterised in that the system further comprises: a switching portion (6a-c) connected in parallel to the capacitive portion (7a-c), said switching portion being operable in an open state and in a closed state; wherein the switching portion (6a-c) is arranged such that when it is operated in the closed state, the capacitive portion (7a-c) is bypassed; and wherein the switching portion (6a-c) is arranged such that when it is operated in the open state, the capacitive portion (7a-c) is not bypassed. a power converter arranged to supply an input voltage; a motor connected to the power converter by a cable arrangement , said cable arrangement comprising first, second, and third conductors (8a-c), each of said conductors being electrically coupled at a respective first end thereof to the power converter , each of said conductors being further electrically coupled at a respective second end thereof to the motor ; and a resistive-capacitive network comprising a resistive portion (5a-c) and a capacitive portion (7a-c), wherein the capacitive portion is connected to the resistive portion in series; wherein the resistive-capacitive network is connected to a respective node (13a-c) of each of said first, second, and third conductors (8a-c); characterised in that the system further comprises: a switching portion (6a-c) connected in parallel to the capacitive portion (7a-c), said switching portion being operable in an open state and in a closed state; wherein the switching portion (6a-c) is arranged such that when it is operated in the closed state, the capacitive portion (7a-c) is bypassed; and wherein the switching portion (6a-c) is arranged such that when it is operated in the open state, the capacitive portion (7a-c) is not bypassed. a switching portion (6a-c) connected in parallel to the capacitive portion (7a-c), said switching portion being operable in an open state and in a closed state; wherein the switching portion (6a-c) is arranged such that when it is operated in the closed state, the capacitive portion (7a-c) is bypassed; and wherein the switching portion (6a-c) is arranged such that when it is operated in the open state, the capacitive portion (7a-c) is not bypassed.
A method for upgrading an Executable Load File, ELF , on a Secure Element, SE , the method comprising: - receiving (S10) a request for upgrading an ELF , the request comprising a first identifier, identifying a first ELF version loaded on the SE , a second identifier, identifying a second ELF version loaded on the SE , and an upgrade option; - determining (S20) dependencies of the first ELF version from other ELFs loaded on the SE ; - if dependencies have been determined (S21), checking (S30) whether the upgrade request is allowed; and - if the update request is allowed (S33): - starting (S40) an upgrade session; - replacing (S50) the first ELF version with the second ELF version ; and - linking (S60) the dependencies of the first ELF version to the second ELF version , wherein the upgrade option is a tag-length-value, TLV, field comprising a plurality of bits, one bit being reserved for indicating to the SE to perform a hot replacement, that is, to allow the upgrade session, if dependencies have been determined. - receiving (S10) a request for upgrading an ELF , the request comprising a first identifier, identifying a first ELF version loaded on the SE , a second identifier, identifying a second ELF version loaded on the SE , and an upgrade option; - determining (S20) dependencies of the first ELF version from other ELFs loaded on the SE ; - if dependencies have been determined (S21), checking (S30) whether the upgrade request is allowed; and - if the update request is allowed (S33): - starting (S40) an upgrade session; - replacing (S50) the first ELF version with the second ELF version ; and - linking (S60) the dependencies of the first ELF version to the second ELF version ,
Diagnostic method for a flow measurement system which is attached to flow-traversable piping in which an orifice plate is disposed, wherein the flow measurement system comprises a flow measurement apparatus which is connected to at least two effective pressure lines which are disposed in the region of the orifice plate to acquire an effective pressure , comprising the steps of a) causing a fluid to flow through the piping and acquiring the effective pressure in one of the effective pressure lines ; characterised in that the diagnostic method further comprises the steps of b) acquiring a vibration variable of a vibration via a vibration sensor which is mounted in the region of the orifice plate ; c) detecting a blockage of the effective pressure line if the magnitude of the effective pressure acquired in step a) is below an adjustable first threshold value and the magnitude of the vibration variable detected in step b) is above an adjustable second threshold value ; wherein a warning is output to a user and/or a data interface if a blockage of the effective pressure line is detected. a) causing a fluid to flow through the piping and acquiring the effective pressure in one of the effective pressure lines ; characterised in that the diagnostic method further comprises the steps of b) acquiring a vibration variable of a vibration via a vibration sensor which is mounted in the region of the orifice plate ; c) detecting a blockage of the effective pressure line if the magnitude of the effective pressure acquired in step a) is below an adjustable first threshold value and the magnitude of the vibration variable detected in step b) is above an adjustable second threshold value ;
Inner door opener for a vehicle, comprising a spring-loaded push button with a front surface , where the push button is adapted to close an electric circuit in a first pushed-in position , where the push button is adapted to release a door lock latch through a Bowden cable in a second pushed-in position , where the inner door opener comprises a micro switch for the closing of the electric circuit, where the push button is attached to the wire of the Bowden cable through a transmission element , characterized in that the transmission element is a toothed wheel .
An EGF(A) derivative comprising an EGF(A) peptide analogue comprising 301Leu and a substituent comprising at least one fatty acid group, wherein the EGF(A) peptide analogue has 1-8 amino acid substitutions compared to the EGF(A) domain, amino acids 293-332 of LDL-R, defined by SEQ ID NO:1 and wherein the derivative has a Ki below 5 nM when measured in a PCSK9-LDL-R binding competitive ELISA as described in section D1.1 of the description.
A spray chamber for cooling a computer processor on a circuit board, the spray chamber comprising: - a wall assembly for sealable mounting on an exposed cooling surface of the computer processor defining an enclosure having a top opening and a bottom opening which opens on the exposed cooling surface of the computer processor; and - a lid for covering the top opening of the wall assembly in a sealable manner, the lid having a spray nozzle adapted to perform spray cooling which sprays coolant that impinges on the exposed cooling surface of the computer processor, wherein the wall assembly and the lid are distinct and separate parts which together form the spray chamber, characterized in that the spray chamber comprises a board fastening system adapted to fasten to the circuit board and to form a hermetic seal between the spray chamber and the exposed cooling surface of the computer processor, wherein the board fastening system comprises mounting arms that are compatible with a standard heatsink mounting mechanism of the circuit board. - a wall assembly for sealable mounting on an exposed cooling surface of the computer processor defining an enclosure having a top opening and a bottom opening which opens on the exposed cooling surface of the computer processor; and - a lid for covering the top opening of the wall assembly in a sealable manner, the lid having a spray nozzle adapted to perform spray cooling which sprays coolant that impinges on the exposed cooling surface of the computer processor, wherein the wall assembly and the lid are distinct and separate parts which together form the spray chamber, characterized in that the spray chamber comprises a board fastening system adapted to fasten to the circuit board and to form a hermetic seal between the spray chamber and the exposed cooling surface of the computer processor, wherein the board fastening system comprises mounting arms that are compatible with a standard heatsink mounting mechanism of the circuit board.
A handheld applicator for treating a skin by means of microwave radiation, comprising an applicator housing , and a microwave emitter configured to emit microwave radiation for treating tissue in a target area, characterized by an actuator assembly configured to move the microwave emitter relative to the applicator housing whilst emitting microwave radiation for increasing uniformity of tissue treatment in the target area. an applicator housing , and a microwave emitter configured to emit microwave radiation for treating tissue in a target area, characterized by an actuator assembly configured to move the microwave emitter relative to the applicator housing whilst emitting microwave radiation for increasing uniformity of tissue treatment in the target area.
A heated aerosol-generating article comprising an aerosol-generating substrate, wherein the aerosol-generating substrate comprises a rod comprising a gathered sheet of homogenised tobacco material circumscribed by a wrapper , wherein the gathered sheet of homogenised tobacco material extends along substantially the entire length of the rod and across substantially the entire cross-sectional area of the rod and wherein the sheet of homogenised tobacco material comprises between about 5 percent by weight and about 25 percent by weight triethyl citrate on a dry weight basis and between about 5 percent by weight and about 25 percent by weight plasticiser on a dry weight basis, wherein the plasticiser is glycerine.
A stator assembly for a rotating electric machine, comprising a stator core and a stator bracket supporting the stator core , wherein the stator assembly further comprises an airflow conveying device configured to convey first cold airflow, in a radial direction of the stator core , to a radial side surface of the stator core opposite - in the radial direction - to an air gap side of the stator core, wherein the stator core is configured to face - in the radial direction - a rotor of the electric machine on the air gap side, wherein the airflow conveying device comprises a plurality of ejection tubes , the plurality of ejection tubes are arranged on the stator bracket , and a nozzle of each of the ejection tubes faces the radial side surface of the stator core , wherein the stator bracket comprises an enclosure plate , the stator core is mounted on the enclosure plate , an annular gap is formed between the radial side surface of the stator core and the enclosure plate , the enclosure plate is provided with a plurality of first through holes, and the ejection tubes are inserted in the first through holes and configured to eject the first cold airflow towards the radial side surface, wherein the stator core is mounted at a radial outer side of the enclosure plate , one or at least two cavities extending axially are formed at a radial inner side of the enclosure plate , and the at least two cavities are arranged in a circumferential direction of the stator bracket ; the enclosure plate is provided with a second through hole configured to make the annular gap and the cavity be in communication with each other, to allow the first cold airflow ejected into the annular gap through the ejection tube to enter into the cavity through the second through hole . wherein the airflow conveying device comprises a plurality of ejection tubes , the plurality of ejection tubes are arranged on the stator bracket , and a nozzle of each of the ejection tubes faces the radial side surface of the stator core , wherein the stator bracket comprises an enclosure plate , the stator core is mounted on the enclosure plate , an annular gap is formed between the radial side surface of the stator core and the enclosure plate , the enclosure plate is provided with a plurality of first through holes, and the ejection tubes are inserted in the first through holes and configured to eject the first cold airflow towards the radial side surface, wherein the stator core is mounted at a radial outer side of the enclosure plate , one or at least two cavities extending axially are formed at a radial inner side of the enclosure plate , and the at least two cavities are arranged in a circumferential direction of the stator bracket ; the enclosure plate is provided with a second through hole configured to make the annular gap and the cavity be in communication with each other, to allow the first cold airflow ejected into the annular gap through the ejection tube to enter into the cavity through the second through hole .
A system for determining whether a piezoelectric actuator of a piezoelectric motor is connected to a power driver , and if connected, a type of the piezoelectric actuator connected to the power driver, comprising: a detection circuit configured to determine whether the piezoelectric actuator is connected to the power driver, and if connected, the type of the piezoelectric actuator connected to the power driver based on a measured characteristic of the piezoelectric actuator in response to a drive voltage (V D ) generated by the power driver.
An apparatus for indicating actuation or de-actuation of a magnetically actuated device , said device actuated by a magnetic actuation unit comprising: - a controllably displaceable stem configured to actuate or de-actuate said device ; - a core connected to said stem ; - a plugnut cooperating with said core ; and - an electric coil configured to induce a magnetic field in said plugnut to control displacement of said stem , thereby controlling actuation or de-actuation of said device , said apparatus comprising: - an indicating magnet configured to be displaced in relation to the movement of said core ; and - an indication unit configured to be actuated by the displacement of said indicating magnet to indicate actuation or de-actuation of said actuation unit and said device , characterized in that, the indicating magnet is associated with said plugnut and is configured to, when the actuation unit is actuated, and the electric coil induces the magnetic field in the plugnut , at the same time, have the polarity of a side of the indicating magnet being the same as the polarity induced in a side of the plugnut facing the side of the indicating magnet , due to which repulsive force is developed between the plugnut and the indicating magnet , which results in repulsion of the indicating magnet by the plugnut . - a controllably displaceable stem configured to actuate or de-actuate said device ; - a core connected to said stem ; - a plugnut cooperating with said core ; and - an electric coil configured to induce a magnetic field in said plugnut to control displacement of said stem , thereby controlling actuation or de-actuation of said device , said apparatus comprising: - an indicating magnet configured to be displaced in relation to the movement of said core ; and - an indication unit configured to be actuated by the displacement of said indicating magnet to indicate actuation or de-actuation of said actuation unit and said device , - an indicating magnet configured to be displaced in relation to the movement of said core ; and - an indication unit configured to be actuated by the displacement of said indicating magnet to indicate actuation or de-actuation of said actuation unit and said device , characterized in that, the indicating magnet is associated with said plugnut and is configured to, when the actuation unit is actuated, and the electric coil induces the magnetic field in the plugnut , at the same time, have the polarity of a side of the indicating magnet being the same as the polarity induced in a side of the plugnut facing the side of the indicating magnet , due to which repulsive force is developed between the plugnut and the indicating magnet , which results in repulsion of the indicating magnet by the plugnut .
A method of inspecting an article comprising a plurality of positive temperature coefficient resistors, the method comprising: receiving, by a thermal imager , a first thermal image of the article at a first time; characterized by receiving, by the thermal imager , a second thermal image of the article at a second time after the first time; supplying, using a power source , a target voltage across each of the plurality of positive temperature coefficient resistors after the first time and up to the second time; and outputting a health indication of a first positive temperature coefficient resistor among the plurality of positive temperature coefficient resistors based on a comparison between the first thermal image and the second thermal image. receiving, by a thermal imager , a first thermal image of the article at a first time; characterized by receiving, by the thermal imager , a second thermal image of the article at a second time after the first time; supplying, using a power source , a target voltage across each of the plurality of positive temperature coefficient resistors after the first time and up to the second time; and outputting a health indication of a first positive temperature coefficient resistor among the plurality of positive temperature coefficient resistors based on a comparison between the first thermal image and the second thermal image.