mhurhangee/patent-ind-claim-en huggingface dataset:
A surface cleaning apparatus, comprising: a housing; a fluid container provided with the housing; and a fluid distributor provided with the housing and in fluid communication with the fluid container , the fluid distributor comprising a spray bar assembly having a body with a fluid inlet, characterized by the body defining an internal cavity including a set of reservoirs , channels formed by internal baffling fluidly coupling the sets of reservoirs , a plurality of outlets included along a length of the body, the plurality of outlets fluidly coupled to the fluid inlet via the set of reservoirs and the channels, the spray bar assembly configured to provide consistent and even fluid distribution from the plurality of outlets during operation when fluid is supplied to the fluid inlet via the fluid container . a housing; a fluid container provided with the housing; and a fluid distributor provided with the housing and in fluid communication with the fluid container , the fluid distributor comprising a spray bar assembly having a body with a fluid inlet, characterized by the body defining an internal cavity including a set of reservoirs , channels formed by internal baffling fluidly coupling the sets of reservoirs , a plurality of outlets included along a length of the body, the plurality of outlets fluidly coupled to the fluid inlet via the set of reservoirs and the channels, the spray bar assembly configured to provide consistent and even fluid distribution from the plurality of outlets during operation when fluid is supplied to the fluid inlet via the fluid container .
A method performed by an electronic device, the electronic device being a base station, the method comprising: generating a state model of the electronic device on the basis of learning data for a state of the electronic device; deriving state related information from the generated state model, wherein the derived state related information includes at least one parameter selected for determining the state of the electronic device; and transmitting the derived state related information to at least one other electronic device, wherein the state model of the electronic device includes information regarding at least one of power consumption of the base station, resource usage of the base station, abnormal operation of the base station, and performance of a terminal. generating a state model of the electronic device on the basis of learning data for a state of the electronic device; deriving state related information from the generated state model, wherein the derived state related information includes at least one parameter selected for determining the state of the electronic device; and transmitting the derived state related information to at least one other electronic device, wherein the state model of the electronic device includes information regarding at least one of power consumption of the base station, resource usage of the base station, abnormal operation of the base station, and performance of a terminal.
A cooking device, wherein it comprises a cover and a body on which the cover is arranged to open and close the body, the body comprising a heating structure, the cover comprising: - a cover body provided with a venting passage; - a baking assembly arranged inside the cover body and comprising a heat shield and a heating element arranged below the heat shield , characterized in that - an inner cover is detachably provided below the baking assembly and provided with a venting assembly extending towards the cover body , a sealing structure being provided between the venting assembly and the venting passage. - a cover body provided with a venting passage; - a baking assembly arranged inside the cover body and comprising a heat shield and a heating element arranged below the heat shield , - an inner cover is detachably provided below the baking assembly and provided with a venting assembly extending towards the cover body , a sealing structure being provided between the venting assembly and the venting passage.
Electromagnet device having a magnet armature and having an armature counterpart which is arranged at an end side of the magnet armature , wherein the magnet armature and the armature counterpart are displaceable relative to one another, and an air gap , via which a magnetic series connection of the electromagnet device is present, is provided between a magnet armature end side and an armature counterpart end side , wherein a disc which can be brought into contact at least regionally with the magnet armature end side and the armature counterpart end side and consists of a magnetizable material is arranged in the air gap , and wherein, in at least one position of the magnet armature and the armature counterpart in relation to one another, a magnetic shunt connection which extends at least regionally over the disc is present, characterized in that , in the at least one position of the magnet armature and the armature counterpart in relation to one another, preferably in every position, the series connection has lower reluctance than the shunt connection extending over the disc , wherein the armature counterpart end side is at least regionally concave, and wherein, for reducing the reluctance of the series connection, the magnet armature end side has at least one projection which faces the armature counterpart end side .
A method for generating a protected version of a digital content, the method comprising: obfuscating the digital content to yield a functionally equivalent obfuscated digital content using at least one device or non-device parameter, wherein the obfuscated digital content comprises a valid executable code that maintains an underlying functionality of the original source code of the digital content; installing an execution control check in the obfuscated digital content forcing the obfuscated digital content to check with a server if the obfuscated digital content is allowed to execute on a client, encrypting the obfuscated digital content using the at least one device or non-device parameter generating a decryption logic which upon execution generates a decryption key, the decryption key being based upon the at least one device or non-device parameter; concatenating the encrypted digital content and the decryption logic to generate the protected version of the digital content; and sending the protected version of the digital content wherein the protected version will only work when the client can execute the obfuscated digital content after a successful decryption of the encrypted digital content. obfuscating the digital content to yield a functionally equivalent obfuscated digital content using at least one device or non-device parameter, wherein the obfuscated digital content comprises a valid executable code that maintains an underlying functionality of the original source code of the digital content; installing an execution control check in the obfuscated digital content forcing the obfuscated digital content to check with a server if the obfuscated digital content is allowed to execute on a client, encrypting the obfuscated digital content using the at least one device or non-device parameter generating a decryption logic which upon execution generates a decryption key, the decryption key being based upon the at least one device or non-device parameter; concatenating the encrypted digital content and the decryption logic to generate the protected version of the digital content; and sending the protected version of the digital content wherein the protected version will only work when the client can execute the obfuscated digital content after a successful decryption of the encrypted digital content.
A medical device comprising: a surgical needle ; and an elongated mesh suture having a first end attached to the surgical needle and a second end located away from the surgical needle , the elongated mesh suture comprising: a tubular wall ; a hollow core inside the tubular wall ; and a plurality of pores extending through the tubular wall , each of the plurality of pores having a pore size between 200 microns and 2.5 millimeters, to facilitate tissue integration through the pores and thus the tubular wall of the elongated mesh suture when introduced into a body, wherein the elongated mesh suture has a uniform diameter from the first end to the second end ; and an anchor attached to the second end of the elongated mesh suture for preventing the second end from being pulled through tissue during use, wherein the anchor has a dimension that is larger than the uniform diameter of the elongated mesh suture . a surgical needle ; and an elongated mesh suture having a first end attached to the surgical needle and a second end located away from the surgical needle , the elongated mesh suture comprising: a tubular wall ; a hollow core inside the tubular wall ; and a plurality of pores extending through the tubular wall , each of the plurality of pores having a pore size between 200 microns and 2.5 millimeters, to facilitate tissue integration through the pores and thus the tubular wall of the elongated mesh suture when introduced into a body, wherein the elongated mesh suture has a uniform diameter from the first end to the second end ; and an anchor attached to the second end of the elongated mesh suture for preventing the second end from being pulled through tissue during use, wherein the anchor has a dimension that is larger than the uniform diameter of the elongated mesh suture . a tubular wall ; a hollow core inside the tubular wall ; and a plurality of pores extending through the tubular wall , each of the plurality of pores having a pore size between 200 microns and 2.5 millimeters, to facilitate tissue integration through the pores and thus the tubular wall of the elongated mesh suture when introduced into a body, wherein the elongated mesh suture has a uniform diameter from the first end to the second end ; and an anchor attached to the second end of the elongated mesh suture for preventing the second end from being pulled through tissue during use, wherein the anchor has a dimension that is larger than the uniform diameter of the elongated mesh suture .
A safety mark for application on a carrier , in particular on a container or packaging, wherein the safety mark has a planar first color element , wherein the first color element is designed to, when irradiated with light of a first wavelength range (W1), which contains light of a first wavelength (A1), emit light with an emission wavelength (A2) different from the first wavelength (A1), when irradiated with light of a second wavelength range (W2), which differs from the first wavelength range (W1), be transmissive to the light from the second wavelength range (W2), preferably to have a transmittance of at least 90%, and when irradiated with light from a third wavelength range (W3), which differs from the second wavelength range (W2), absorb and/or reflect the light from the third wavelength range (W3). wherein the safety mark has a planar first color element , wherein the first color element is designed to, when irradiated with light of a first wavelength range (W1), which contains light of a first wavelength (A1), emit light with an emission wavelength (A2) different from the first wavelength (A1), when irradiated with light of a second wavelength range (W2), which differs from the first wavelength range (W1), be transmissive to the light from the second wavelength range (W2), preferably to have a transmittance of at least 90%, and when irradiated with light from a third wavelength range (W3), which differs from the second wavelength range (W2), absorb and/or reflect the light from the third wavelength range (W3).
A computer-implemented method comprising: providing a first party data in a first account in a network-based data system; providing a second party data in a second account in the network-based data system; executing, by a first account, a secure function using the first party data and, thereby, generating a first result, the executing of the secure function using the first party data including creating links to the first party data and anonymizing identification information in the first party data; sharing, by the first account, the secure function with the second account by using a secure share, which allows the second account to execute the secure function while restricting the second account from accessing the first party data; executing, by the second account, the secure function using the second party data and, thereby, generating a second result, wherein the second account is restricted from accessing the first party data; generating a cross reference table with the first and second results, the cross reference table providing anonymized matches of the first and second results. providing a first party data in a first account in a network-based data system; providing a second party data in a second account in the network-based data system; executing, by a first account, a secure function using the first party data and, thereby, generating a first result, the executing of the secure function using the first party data including creating links to the first party data and anonymizing identification information in the first party data; sharing, by the first account, the secure function with the second account by using a secure share, which allows the second account to execute the secure function while restricting the second account from accessing the first party data; executing, by the second account, the secure function using the second party data and, thereby, generating a second result, wherein the second account is restricted from accessing the first party data; generating a cross reference table with the first and second results, the cross reference table providing anonymized matches of the first and second results.
A microfluidic device for processing cells comprising: a plurality of microchannels disposed in a substrate or chip and fluidically coupled to an inlet configured to receive a solution containing the cells as well as molecules or other cargo to be delivered intracellularly to the cells, each of the plurality of microchannels containing a constriction region therein, wherein the microchannels including the constriction region comprise a porous or textured surface containing a lubricant film disposed on or in the porous or textured surface, wherein the lubricant film is immiscible with the solution containing the cells.
A mussel culture rope , comprising a terminal end, a starting end and a loopwork of spaced-apart hitches between said terminal end and said starting end; said loopwork being a recyclable loopwork, characterised in that said spaced-apart hitches can be undone and recycled into an unknotted plain rope during mussel harvest by pulling on said terminal end; said recyclable loopwork belonging to a type of recyclable loopworks including loopworks known as Chain Sinnet; Non-Jamming Knots; Chain Sennit; Chain Shortening; Monkey Braid; Single Trumpet Cord; Single Bugle Cord; Double Chain Stitch; Spinal Sinnet; Crochet Stitch; Square Loop Sinnets; French Knitting; Corking; Rat's Tail; Peg Knitting; Two Chain Sinnets; Double Loop Chain; Serbian Cord; Crocket Cord, and Idiot's Delight.
A system for detecting and measuring biomarkers, comprising: an implantable sensor configured to be implanted in an individual, comprising: an array of Surface Plasmon Resonance, SPR, biosensors ; and a plurality of optical couplers located at a top surface of the implantable sensor, each optical coupler operatively configured such that light received at the optical coupler is focused to a corresponding biosensor of the array of SPR biosensors; an interface device configured to be worn by the individual proximate to the implantable sensor, comprising: a plurality of emitters , each emitter configured to emit light to a corresponding optical coupler of the implantable sensor; and a plurality of detectors , each detector configured to receive light reflected by a corresponding biosensor of the implantable sensor. an implantable sensor configured to be implanted in an individual, comprising: an array of Surface Plasmon Resonance, SPR, biosensors ; and a plurality of optical couplers located at a top surface of the implantable sensor, each optical coupler operatively configured such that light received at the optical coupler is focused to a corresponding biosensor of the array of SPR biosensors; an array of Surface Plasmon Resonance, SPR, biosensors ; and a plurality of optical couplers located at a top surface of the implantable sensor, each optical coupler operatively configured such that light received at the optical coupler is focused to a corresponding biosensor of the array of SPR biosensors; an interface device configured to be worn by the individual proximate to the implantable sensor, comprising: a plurality of emitters , each emitter configured to emit light to a corresponding optical coupler of the implantable sensor; and a plurality of detectors , each detector configured to receive light reflected by a corresponding biosensor of the implantable sensor. a plurality of emitters , each emitter configured to emit light to a corresponding optical coupler of the implantable sensor; and a plurality of detectors , each detector configured to receive light reflected by a corresponding biosensor of the implantable sensor.
A mosquito trapping device, wherein it comprises a carbon dioxide generating module, a temperature control module, a humidity control module, and a mosquito-killing module; the carbon dioxide generating module, the temperature control module, and the humidity control module attract mosquitoes, then the mosquitoes are lured into the mosquito trapping device via the mosquito-killing module and are air-dried and dehydrated to death; wherein the carbon dioxide generating module comprises a container A and a container B, a solution in the container A reacts with a solution in the container B to generate carbon dioxide; characterised in that the temperature control module is configured to control a temperature of the mosquito trapping device to be between 38 °C and 45 °C; the temperature changes within a preset range over a preset time; the humidity control module is configured to control humidity of the mosquito trapping device to be between 50% and 80%; the mosquito-killing module is configured to generate a guiding wind having a wind speed of 0.7 m/s to 15 m/s, the wind speed changes within a preset amplitude over a preset time. wherein the carbon dioxide generating module comprises a container A and a container B, a solution in the container A reacts with a solution in the container B to generate carbon dioxide; characterised in that the temperature control module is configured to control a temperature of the mosquito trapping device to be between 38 °C and 45 °C; the temperature changes within a preset range over a preset time; the humidity control module is configured to control humidity of the mosquito trapping device to be between 50% and 80%; the mosquito-killing module is configured to generate a guiding wind having a wind speed of 0.7 m/s to 15 m/s, the wind speed changes within a preset amplitude over a preset time.
Assembly for a plug-in connector part , with a plug housing made from metal, and with a contact insert which is connectable to the plug housing and has an insulating body which is composed of an electrically insulating material and which forms a plug-in portion , which is connectable in a plug-in manner along a plug-in direction (E) to a mating plug-in connector part , and is arranged on the at least one electric contact element for making electrical contact with an associated mating contact element of the mating plug-in connector part , and with an earthing element which is arranged on the insulating body and which has a housing contact portion and is electrically connected to an earthing contact element , which is arranged on the plug-in portion , for making earthing contact with the mating plug-in connector part , wherein the housing contact portion is designed to make electrical contact with the plug housing when the contact insert is connected to the plug housing , characterized in that the housing contact portion is arranged in the region of a fastening portion of the insulating body , said fastening portion extending transversely with respect to the plug-in direction (E) and being able to be brought into operative contact with the plug housing in a supporting manner, and in that the earthing contact element is surrounded by the plug-in portion .
A cyclist warning system for the nearside of a heavy goods vehicle (HGV) and comprising a controller for a vehicle cab and one or more warning devices responsive to said controller for providing a visual and/or audible warning at the nearside of said vehicle , said controller being automatically triggered by operation of a vehicle nearside turn indicator, characterized in that said warning system further includes a plurality of proximity sensors arranged along the nearside of the vehicle, for sensing a cycle at the nearside of the vehicle , said plurality of proximity sensors communicating with said controller , said controller being adapted to discriminate signals from the plurality of proximity sensors to detect movement of a cycle relative to the vehicle to which said sensors are mounted, said discrimination using the relative forward movement of the cycle by detecting successive inputs from a rearmost sensor to a front most sensor of the plurality of proximity sensors and eliminating stationary objects using a relative speed threshold, and wherein the cyclist warning system includes a GPS sensor to provide location and speed information of the heavy goods vehicle and wherein the cyclist warning system further includes an inhibit above a minimum road speed of the vehicle , wherein the road speed at which inhibition occurs is settable according to the location information from the GPS sensor.
A heat transfer system, comprising an electrocaloric material comprising: a copolymer of a monomer mixture comprising: (i) vinylidene fluoride, (ii) an addition polymerization monomer selected from tetrafluoroethylene or a monomer smaller than trifluoroethylene, and (iii) a halogenated addition polymerization monomer different than (ii) that is larger than vinylidene fluoride, and an additive comprising a nucleating agent having a polar surface charge; electrodes disposed on opposite surfaces of the electrocaloric material; a first thermal flow path between the electrocaloric material and a heat sink; a second thermal flow path between the electrocaloric material and a heat source; and an electric power source configured to provide voltage to the electrodes. an electrocaloric material comprising: a copolymer of a monomer mixture comprising: (i) vinylidene fluoride, (ii) an addition polymerization monomer selected from tetrafluoroethylene or a monomer smaller than trifluoroethylene, and (iii) a halogenated addition polymerization monomer different than (ii) that is larger than vinylidene fluoride, and an additive comprising a nucleating agent having a polar surface charge; a copolymer of a monomer mixture comprising: (i) vinylidene fluoride, (ii) an addition polymerization monomer selected from tetrafluoroethylene or a monomer smaller than trifluoroethylene, and (iii) a halogenated addition polymerization monomer different than (ii) that is larger than vinylidene fluoride, and (i) vinylidene fluoride, (ii) an addition polymerization monomer selected from tetrafluoroethylene or a monomer smaller than trifluoroethylene, and (iii) a halogenated addition polymerization monomer different than (ii) that is larger than vinylidene fluoride, and an additive comprising a nucleating agent having a polar surface charge; electrodes disposed on opposite surfaces of the electrocaloric material; a first thermal flow path between the electrocaloric material and a heat sink; a second thermal flow path between the electrocaloric material and a heat source; and an electric power source configured to provide voltage to the electrodes.