mhurhangee/patent-ind-claim-en huggingface dataset:
A culinary press comprising an elongate body including a pressing portion and a handle portion arranged at opposite ends thereof, wherein the pressing portion comprises: a) a receptacle made of surrounding walls and a perforated member defining the bottom of the receptacle ; b) a pressing member ; and c) a scraping member disposed adjacent the perforated member ; and wherein the handle portion having a first handle member and a second handle member extending from the pressing member and the receptacle , respectively; wherein i) the pressing member is pivotably connected to the receptacle for pressing against foodstuff accommodated in the receptacle through the perforated member ; ii) the scraping member is disposed adjacent or against an outwardly facing surface of the receptacle , extending across the receptacle , and movable between a proximal end and a distal end of the receptacle ; iii) the culinary press being characterized in that it further comprises a transmission mechanism configured to transfer moment of force to both the receptacle and the scraping member such that in response to movement of the first handle member or the second hand member in relation to the other handle member pressing of foodstuff in the receptacle and removing of pressed foodstuff by the scraping member occur simultaneously. a) a receptacle made of surrounding walls and a perforated member defining the bottom of the receptacle ; b) a pressing member ; and c) a scraping member disposed adjacent the perforated member ; and i) the pressing member is pivotably connected to the receptacle for pressing against foodstuff accommodated in the receptacle through the perforated member ; ii) the scraping member is disposed adjacent or against an outwardly facing surface of the receptacle , extending across the receptacle , and movable between a proximal end and a distal end of the receptacle ; iii) the culinary press being characterized in that it further comprises a transmission mechanism configured to transfer moment of force to both the receptacle and the scraping member such that in response to movement of the first handle member or the second hand member in relation to the other handle member pressing of foodstuff in the receptacle and removing of pressed foodstuff by the scraping member occur simultaneously.
An anti-theft system for a human-propelled cart, the anti-theft system comprising: a vibration sensor configured to measure vibration data of the human-propelled cart; a communication system configured to communicate with a wheel of the human-propelled cart, the wheel comprising a brake system configured to inhibit rotation of the wheel in response to receipt of a locking signal; and a hardware processor programmed to: analyze the vibration data to determine the cart has received an impulse; analyze the vibration data to determine a vibration signature indicative of ringing of the cart in response to the impulse; determine, based at least partly on the analysis of the vibration data, whether the cart is loaded or unloaded; determine whether the cart has crossed a confinement boundary; determine, based at least partly on the estimate of whether the cart is loaded or unloaded and whether the cart has crossed the confinement boundary, an anti-theft instruction to communicate to the brake system or to an external surveillance system; and communicate the instruction. a vibration sensor configured to measure vibration data of the human-propelled cart; a communication system configured to communicate with a wheel of the human-propelled cart, the wheel comprising a brake system configured to inhibit rotation of the wheel in response to receipt of a locking signal; and a hardware processor programmed to: analyze the vibration data to determine the cart has received an impulse; analyze the vibration data to determine a vibration signature indicative of ringing of the cart in response to the impulse; determine, based at least partly on the analysis of the vibration data, whether the cart is loaded or unloaded; determine whether the cart has crossed a confinement boundary; determine, based at least partly on the estimate of whether the cart is loaded or unloaded and whether the cart has crossed the confinement boundary, an anti-theft instruction to communicate to the brake system or to an external surveillance system; and communicate the instruction. analyze the vibration data to determine the cart has received an impulse; analyze the vibration data to determine a vibration signature indicative of ringing of the cart in response to the impulse; determine, based at least partly on the analysis of the vibration data, whether the cart is loaded or unloaded; determine whether the cart has crossed a confinement boundary; determine, based at least partly on the estimate of whether the cart is loaded or unloaded and whether the cart has crossed the confinement boundary, an anti-theft instruction to communicate to the brake system or to an external surveillance system; and communicate the instruction.
A cleaning apparatus for suctioning suctioned-air volume flow laden with particles from an environment, the cleaning apparatus having an air reception opening comprising a first tube cross section and serving to suction the suctioned-air volume flow laden with the particles, aerosols, bacteria and/or viruses from the environment in an active operating state of the cleaning apparatus , a liquid reception unit comprising a dip pipe and serving to receive a liquid, in particular water, the dip pipe being connected to the air reception opening at a first end in an air-suctioning manner and being designed such that it dips into the liquid to be received, in particular into the water, at a second end in such a manner that the suctioned-air volume flow laden with the particles flows through the receivable liquid in the active operating state of the cleaning apparatus in order to retain the particles, and a negative pressure generator for generating the suctioned-air volume flow in the active operating state, a second tube cross section of the dip tube for guiding the suctioned-air volume flow being larger at least at the second end than the first tube cross section of the air reception opening , characterized in that the dip tube , in particular in the area of the lowering section , has an exit area having a plurality of openings for forming a coarse filter , the openings being designed preferably by a plurality of rod-shaped tines , which are in particular disposed and/or aligned parallel to each other, further preferably designed in a slit or gap-like manner. a liquid reception unit comprising a dip pipe and serving to receive a liquid, in particular water, the dip pipe being connected to the air reception opening at a first end in an air-suctioning manner and being designed such that it dips into the liquid to be received, in particular into the water, at a second end in such a manner that the suctioned-air volume flow laden with the particles flows through the receivable liquid in the active operating state of the cleaning apparatus in order to retain the particles, and a negative pressure generator for generating the suctioned-air volume flow in the active operating state, a second tube cross section of the dip tube for guiding the suctioned-air volume flow being larger at least at the second end than the first tube cross section of the air reception opening , characterized in that the dip tube , in particular in the area of the lowering section , has an exit area having a plurality of openings for forming a coarse filter , the openings being designed preferably by a plurality of rod-shaped tines , which are in particular disposed and/or aligned parallel to each other, further preferably designed in a slit or gap-like manner.
A wave energy converter comprising: a. a buoyant body that is arranged to oscillate under the influence of ocean swell; b. a power take off system (12-16, 155) that is arranged to generate electricity in response to the motion of said buoyant body; c. a rigid connection connecting said buoyant body to a submerged vessel (17, 21, 31, 41, 51, 61, 71-73, 81, 91, 121, 131, 144, 157); d. said vessel being always full of water; e. said vessel being substantially neutrally buoyant; f. said vessel having a geometry that can be dynamically varied; g. said vessel including the mass of water contained in said vessel is arranged to oscillate with said buoyant body; h. said vessel being characterized in that at least one linear actuator is connected to said vessel and is arranged to vary dynamically the geometry of said vessel, so varying the volume of water contained in said vessel and thereby varying the mass of said vessel and thereby varying dynamically the oscillation period of said buoyant body. a. a buoyant body that is arranged to oscillate under the influence of ocean swell; b. a power take off system (12-16, 155) that is arranged to generate electricity in response to the motion of said buoyant body; c. a rigid connection connecting said buoyant body to a submerged vessel (17, 21, 31, 41, 51, 61, 71-73, 81, 91, 121, 131, 144, 157); d. said vessel being always full of water; e. said vessel being substantially neutrally buoyant; f. said vessel having a geometry that can be dynamically varied; g. said vessel including the mass of water contained in said vessel is arranged to oscillate with said buoyant body; h. said vessel being characterized in that at least one linear actuator is connected to said vessel and is arranged to vary dynamically the geometry of said vessel, so varying the volume of water contained in said vessel and thereby varying the mass of said vessel and thereby varying dynamically the oscillation period of said buoyant body.
Case element for a timepiece, comprising an inner wall and an outer wall and having a through-hole extending between said inner wall and outer wall , the case element comprising a pushbutton comprising a tube that is at least partially accommodated inside said through-hole and is closed by an actuating surface at its end oriented towards the outside of the case element , said actuating surface being designed to be pressed by a user in order to actuate a timepiece mechanism that can be arranged inside the case element , wherein said pushbutton is made in one piece, of a bulk metallic glass, and further comprises a connection surface which is arranged against a connection region of the case element so as to establish a permanent, leaktight connection with the latter, and wherein said pushbutton is shaped in such a way that at least one part of said actuating surface is able to move, with respect to said connection surface , in response to a pressure exerted thereon by the user. wherein said pushbutton is made in one piece, of a bulk metallic glass, and further comprises a connection surface which is arranged against a connection region of the case element so as to establish a permanent, leaktight connection with the latter, and wherein said pushbutton is shaped in such a way that at least one part of said actuating surface is able to move, with respect to said connection surface , in response to a pressure exerted thereon by the user.
A method performed by a client side application executed on a client device , comprising: transmitting a request to an authorization service , via a network , for access to a resource ; receiving from the authorization service , via the network , a request for confirmation that the client device complies with a distribution rule associated with the resource , wherein the distribution rule requires a key application to be installed on the client device as a prerequisite to accessing the resource and the request for confirmation includes a key application identifier identifying the key application; and in response to a determination (210-Y) that the client device complies with the distribution rule , receiving an authorization credential from the key application , and accessing the resource using the authorization credential, wherein the determination that the client device complies with the distribution rule is performed by the client side application based on the key application identifier. transmitting a request to an authorization service , via a network , for access to a resource ; receiving from the authorization service , via the network , a request for confirmation that the client device complies with a distribution rule associated with the resource , wherein the distribution rule requires a key application to be installed on the client device as a prerequisite to accessing the resource and the request for confirmation includes a key application identifier identifying the key application; and in response to a determination (210-Y) that the client device complies with the distribution rule , receiving an authorization credential from the key application , and accessing the resource using the authorization credential, wherein the determination that the client device complies with the distribution rule is performed by the client side application based on the key application identifier.
A method for detecting the presence of a target nucleic acid comprising: (a) contacting a sample with a first cleavable probe, said probe comprising, from 5' to 3', (i) a first sequence region comprising at least one non-natural nucleotide labeled with a first member of a reporter-quencher pair; (ii) a second sequence region; (iii) a sequence that is the reverse complement of the second sequence region; and (iv) a sequence comprising one or more ribonucleotide base that is complementary to a first region on a first strand of the target nucleic acid; (b) contacting the cleavable probe with an endoribonuclease, thereby cleaving probe that is hybridized with target nucleic acid to form a truncated cleavable probe; (c) allowing the truncated cleavable probe to hybridize to itself to form a hairpin probe; (d) extending the hairpin probe in the presence of a non-natural nucleotide labeled with a second member of a reporter-quencher pair that is capable of base-pairing with the at least one non-natural nucleotide of the first sequence region; and (e) detecting the target nucleic acid by detecting a change in signal from the label on the cleavable probe and the hairpin probe. (a) contacting a sample with a first cleavable probe, said probe comprising, from 5' to 3', (i) a first sequence region comprising at least one non-natural nucleotide labeled with a first member of a reporter-quencher pair; (ii) a second sequence region; (iii) a sequence that is the reverse complement of the second sequence region; and (iv) a sequence comprising one or more ribonucleotide base that is complementary to a first region on a first strand of the target nucleic acid; (b) contacting the cleavable probe with an endoribonuclease, thereby cleaving probe that is hybridized with target nucleic acid to form a truncated cleavable probe; (c) allowing the truncated cleavable probe to hybridize to itself to form a hairpin probe; (d) extending the hairpin probe in the presence of a non-natural nucleotide labeled with a second member of a reporter-quencher pair that is capable of base-pairing with the at least one non-natural nucleotide of the first sequence region; and (e) detecting the target nucleic acid by detecting a change in signal from the label on the cleavable probe and the hairpin probe.
A cleaning device to wipe a surface to be cleaned with a cleaning sheet which is attached as covering a cleaning surface being a lower face of a base body, comprising: a cleaning device body which includes a cleaning head and a base body attached as covering a lower face of the cleaning head ; and a handle portion which is attached to a face at the opposite side to the lower face of the cleaning head , wherein the lower face of the base body includes a wave-like corrugated surface portion of which cross-section in a direction perpendicular to a predetermined direction along which cleaning is performed with the cleaning device body in a planar view is wave-shaped as having a ridge portion and a valley portion arranged alternately and continuously; the valley portion of the wave-like corrugated surface portion includes an oblique valley portion of which an end part is opened to a side portion of the base body facing to the predetermined direction as being extended obliquely against the predetermined direction; the wave-like corrugated surface portion is arranged as a part of a corrugated surface extended in a watering manner over an entire surface of the base body ; and the corrugated surface extended in a watering manner is a corrugated surface extended over the entire surface of the base body as being circle-shaped or rhomboid-shaped. a cleaning device body which includes a cleaning head and a base body attached as covering a lower face of the cleaning head ; and a handle portion which is attached to a face at the opposite side to the lower face of the cleaning head , wherein the lower face of the base body includes a wave-like corrugated surface portion of which cross-section in a direction perpendicular to a predetermined direction along which cleaning is performed with the cleaning device body in a planar view is wave-shaped as having a ridge portion and a valley portion arranged alternately and continuously; the valley portion of the wave-like corrugated surface portion includes an oblique valley portion of which an end part is opened to a side portion of the base body facing to the predetermined direction as being extended obliquely against the predetermined direction; the wave-like corrugated surface portion is arranged as a part of a corrugated surface extended in a watering manner over an entire surface of the base body ; and the corrugated surface extended in a watering manner is a corrugated surface extended over the entire surface of the base body as being circle-shaped or rhomboid-shaped.
An invoice access method based on a blockchain, comprising: receiving a creation request initiated by a creation user for a target invoice by using a client; determining an invoice issuer and an invoice receiver of the target invoice in response to the creation request; invoking an encryption logic provided in a smart contract, to separately encrypt plaintext data of the target invoice based on keys corresponding to the invoice issuer and the invoice receiver, and adding encrypted ciphertext data of the target invoice and user identifiers of the invoice issuer and the invoice receiver of the target invoice to the blockchain for storage; receiving an access request initiated by an access user for the target invoice by using a client; determining , in response to the access request, whether the access user has an authority to access the target invoice; and in response to that the access user has the authority to access the target invoice, invoking decryption logic provided in a predetermined smart contract to decrypt ciphertext data of the target invoice stored in the blockchain based on a key corresponding to the access user, and returning decrypted plaintext data of the target invoice to the client. receiving a creation request initiated by a creation user for a target invoice by using a client; determining an invoice issuer and an invoice receiver of the target invoice in response to the creation request; invoking an encryption logic provided in a smart contract, to separately encrypt plaintext data of the target invoice based on keys corresponding to the invoice issuer and the invoice receiver, and adding encrypted ciphertext data of the target invoice and user identifiers of the invoice issuer and the invoice receiver of the target invoice to the blockchain for storage; receiving an access request initiated by an access user for the target invoice by using a client; determining , in response to the access request, whether the access user has an authority to access the target invoice; and in response to that the access user has the authority to access the target invoice, invoking decryption logic provided in a predetermined smart contract to decrypt ciphertext data of the target invoice stored in the blockchain based on a key corresponding to the access user, and returning decrypted plaintext data of the target invoice to the client.
A sensor roller unit comprising: a sensor roller having a rotation center axis (CL), and a sensor housing portion (P) capable of housing a sensor and a cable (K); and a journal coupled to the sensor roller along the axis direction, wherein the sensor housing portion (P) is formed to extend along the axis direction on the radially outer side of the rotation center axis (CL), and the journal has a hollow portion (Q) communicating with the sensor housing portion (P) along the axis direction and receiving the cable (K), characterized in that on a section perpendicular to the axis direction, a maximum distance from the rotation center axis (CL) to an inner surface of the hollow portion (Q) of the journal is set to be larger than a minimum distance from the rotation center axis (CL) to the sensor housing portion (P). a sensor roller having a rotation center axis (CL), and a sensor housing portion (P) capable of housing a sensor and a cable (K); and a journal coupled to the sensor roller along the axis direction, wherein the sensor housing portion (P) is formed to extend along the axis direction on the radially outer side of the rotation center axis (CL), and the journal has a hollow portion (Q) communicating with the sensor housing portion (P) along the axis direction and receiving the cable (K), characterized in that on a section perpendicular to the axis direction, a maximum distance from the rotation center axis (CL) to an inner surface of the hollow portion (Q) of the journal is set to be larger than a minimum distance from the rotation center axis (CL) to the sensor housing portion (P).
A personal heating ventilation and air conditioning system (HVAC) for an aircraft seat, comprising: a plurality of aircraft seats ; a heating/cooling device disposed on the plurality of aircraft seats ; a plurality of branches configured to provide a plurality of flow paths from the heating/cooling device ; a plurality of sub-branches provided within the plurality of aircraft seats , wherein the plurality of sub-branches are configured to provide flow from the plurality of branches through the plurality of aircraft seats ; and means for expelling air from the plurality of sub-branches to an interior surface of the plurality of aircraft seats . a plurality of aircraft seats ; a heating/cooling device disposed on the plurality of aircraft seats ; a plurality of branches configured to provide a plurality of flow paths from the heating/cooling device ; a plurality of sub-branches provided within the plurality of aircraft seats , wherein the plurality of sub-branches are configured to provide flow from the plurality of branches through the plurality of aircraft seats ; and means for expelling air from the plurality of sub-branches to an interior surface of the plurality of aircraft seats .