mhurhangee/ep-ind-claims huggingface dataset:
A method of logging smoking data, the method comprising: sending a first signal indicating that a puff has been initiated; receiving the first signal that a puff has been initiated by a data logging device; storing a first time incident in a memory by the data logging device; sending a second signal indicating that the puff has stopped; storing a second time incident in the memory by the data logging device; and determining a puff duration using the first time incident and the second time incident, characterized in that the steps are repeated at least one time, and further comprising the data logging device storing a puff count value in the memory, wherein the puff count value tracks the number of puffs that have been taken on a particular battery or a device since the device has been manufactured, the number of puffs that have been taken on a particular battery since the last recharging, the number of puffs that have been taken since a new cartomizer has been connected to the battery. sending a first signal indicating that a puff has been initiated; receiving the first signal that a puff has been initiated by a data logging device; storing a first time incident in a memory by the data logging device; sending a second signal indicating that the puff has stopped; storing a second time incident in the memory by the data logging device; and determining a puff duration using the first time incident and the second time incident, characterized in that the steps are repeated at least one time, and further comprising the data logging device storing a puff count value in the memory, wherein the puff count value tracks the number of puffs that have been taken on a particular battery or a device since the device has been manufactured, the number of puffs that have been taken on a particular battery since the last recharging, the number of puffs that have been taken since a new cartomizer has been connected to the battery.
A mobile terminal, comprising: a touchscreen configured to display a three-dimensional, 3D, image on a screen, the 3D image comprising a first 3D object and a second 3D object; and a controller configured to control operations related to the 3D image, wherein: the touchscreen is further configured to receive a first touch scheme and a second touch scheme, the first touch scheme comprising a maintained touch on the first 3D object and the second touch scheme comprising a moving touch in a certain direction on the second 3D object that is performed while maintaining the first touch scheme; and characterized in that the controller is further configured to only change a depth level of the second 3D object such that the depth level of the second 3D object approaches a depth level of the first 3D object based on the movement of the received second touch scheme while not changing the depth level of the first 3D object. a touchscreen configured to display a three-dimensional, 3D, image on a screen, the 3D image comprising a first 3D object and a second 3D object; and a controller configured to control operations related to the 3D image, wherein: the touchscreen is further configured to receive a first touch scheme and a second touch scheme, the first touch scheme comprising a maintained touch on the first 3D object and the second touch scheme comprising a moving touch in a certain direction on the second 3D object that is performed while maintaining the first touch scheme; and characterized in that the controller is further configured to only change a depth level of the second 3D object such that the depth level of the second 3D object approaches a depth level of the first 3D object based on the movement of the received second touch scheme while not changing the depth level of the first 3D object. the touchscreen is further configured to receive a first touch scheme and a second touch scheme, the first touch scheme comprising a maintained touch on the first 3D object and the second touch scheme comprising a moving touch in a certain direction on the second 3D object that is performed while maintaining the first touch scheme; and characterized in that the controller is further configured to only change a depth level of the second 3D object such that the depth level of the second 3D object approaches a depth level of the first 3D object based on the movement of the received second touch scheme while not changing the depth level of the first 3D object.
A unit for transporting at least one passenger, wherein the unit has at least one first rail line, with at least one vehicle that is travelable and guided on the at least one first rail line being located on the at least one first rail line, wherein the vehicle and the at least one first rail line are actively connected by a drive device, with the drive device being configured as an electric linear motor, with the at least one vehicle having a control for influencing the speed of the at least one vehicle on the at least one first rail line, and with the first control being manually operable as a passenger control by the at least one passenger in the vehicle, characterized in that the stator of the electric linear motor is arranged in the region of the at least one first rail line, with the rotor being received by the at least one vehicle. the stator of the electric linear motor is arranged in the region of the at least one first rail line, with the rotor being received by the at least one vehicle.
A nano polycrystalline bio thin film photovoltaic cell with layer structure in a sequence from top to bottom as the followings: a top plate insulated and sealed layer; a conductive layer; a nano semiconductor layer; a chromophoric molecular layer; an electrolyte polymer layer; a conductive catalyst layer; a conductive layer; a bottom plate insulated and sealed layer; wherein said nano semiconductor layer is made of a mixture of three oxides or sulfides of Ti, Zn, Nb, In, Sn, V, Cr, Mo, Fe, W and Al, and said electrolyte polymer layer is made of a LiI electrolytic solution of gas phase SiO 2, organic polymer and catalyst CeCl 3. a top plate insulated and sealed layer; a conductive layer; a nano semiconductor layer; a chromophoric molecular layer; an electrolyte polymer layer; a conductive catalyst layer; a conductive layer; a bottom plate insulated and sealed layer;
A light emitting apparatus for dermatological treatment comprising a housing structure for housing a light emitting source, a fan and a duct, the light emitting source arranged to emit light energy to external of the device, the fan configured for directing air heated by operation of the light emitting source into the duct, the duct being arranged to direct heated air in an airstream pathway from an outlet port of a distal end of the duct and through an aperture in the housing structure, wherein the housing structure and the duct are relatively arranged such that no part of the housing structure extends into the airstream pathway in order to minimise heat exchange from the heated air to the housing structure characterised in that the distal end of the duct is insulated from the housing structure.
A data management method for a computer system including at least one processor (702, 796; 801) and at least a first tag-less cache (720, 792; 830), a second tag-less cache (740; 840), a memory allocated to the at least one processor (702, 796; 801), at least one cache location buffer (710, 730, 810, 820) wherein the cache location buffer entries track a corresponding cache line by pointing to its location using a location information pointer, and a set-associative victim buffer (771; 860), wherein each entry of the victim buffer (771; 860) is configured to store a cache line data field, a backwards pointer identifying a cache location buffer entry storing the location information associated with the victim buffer entry, and a victim space identifier storing the location information to which the victim cache line should be written, wherein each entry of the first cache and the second cache is configured to store a backwards pointer identifying a cache location buffer entry storing the location information associated with the cache entry, the method comprising: selecting a dirty victim cache line to be evicted from the first cache (720, 792; 830); finding a victim buffer location corresponding to the victim cache line from a set of the victim buffer (771; 860); copying the data of the victim cache line to the data field of the victim buffer location; copying the backward pointer associated with the victim cache line to the backward pointer field of the victim buffer location; writing the location information for the destination of the data in the victim space identifier of the victim buffer (771; 860); and reclaiming the victim cache line of the first cache (720, 792; 830). selecting a dirty victim cache line to be evicted from the first cache (720, 792; 830); finding a victim buffer location corresponding to the victim cache line from a set of the victim buffer (771; 860); copying the data of the victim cache line to the data field of the victim buffer location; copying the backward pointer associated with the victim cache line to the backward pointer field of the victim buffer location; writing the location information for the destination of the data in the victim space identifier of the victim buffer (771; 860); and reclaiming the victim cache line of the first cache (720, 792; 830).
A stent for use in the interventional treatment of vascular diseases and vascular surgery, in which a tubular support structure, which is formed of struts that are connected to one another at selective points and made of a first bioresorbable metallic material, is formed, and a completely covering coating (5.1), which is produced with a second bioresorbable metallic material, is created on the surface of the struts, wherein the second metallic material having a lower dissolution rate under physiological conditions when implanted during bioresorption and a more positive electrode potential compared to the first metallic material, characterized in that the first metallic material is tungsten, molybdenum, or a base alloy of one of these two metals, at least one metal contained in a molybdenum base alloy being selected from W, Re, Nb, Ta and Mn, or at least one metal contained in the tungsten base alloy being selected from Mo, Re, Nb, Ta and Mn, and in that the second metallic material is made of rhenium or a base alloy of rhenium, molybdenum or tungsten, at least one metal contained in the rhenium base alloy being selected from W and Mo or the metal contained in a molybdenum or tungsten base alloy being Re. a completely covering coating (5.1), which is produced with a second bioresorbable metallic material, is created on the surface of the struts, wherein the second metallic material having a lower dissolution rate under physiological conditions when implanted during bioresorption and a more positive electrode potential compared to the first metallic material, characterized in that the first metallic material is tungsten, molybdenum, or a base alloy of one of these two metals, at least one metal contained in a molybdenum base alloy being selected from W, Re, Nb, Ta and Mn, or at least one metal contained in the tungsten base alloy being selected from Mo, Re, Nb, Ta and Mn, and in that the second metallic material is made of rhenium or a base alloy of rhenium, molybdenum or tungsten, at least one metal contained in the rhenium base alloy being selected from W and Mo or the metal contained in a molybdenum or tungsten base alloy being Re.
A beverage preparation machine (2; 200) for preparing a beverage by injection of a liquid into an ingredient capsule, said beverage preparation machine (2; 200) having: - an injection unit (73; 204) with at least one inner through channel (75; 210) for injecting a liquid into the ingredient capsule; - operating means for causing the machine to prepare a beverage, the machine (2; 200) further comprising a cleaning device (90; 220) for automatically cleaning said at least one inner through channel, said cleaning device being actuated by said operating means, the cleaning device (90; 220) being an elongated cleaning member (102; 232), actuation of said cleaning device causing said elongated cleaning member to slide within the at least one inner through channel of said injection needle, characterized in that the elongated cleaning member (102; 232) is able to automatically occupy two positions, a first active position in which said elongated cleaning member extends within the at least one inner through channel (75; 210) through to the free emerging end thereof, and a second rest position in which said elongated cleaning member is at least partly withdrawn from said at least one inner through channel, the elongated cleaning member being able to automatically occupy said two positions depending on the injection or not of liquid into the at least one inner through channel, said elongated cleaning member being in said first active position in the absence of liquid injection thereinto, said elongated cleaning member being in said second active position due to the pressure of liquid injected into the at least one inner through channel, and the cleaning device including active means for exerting upon the elongated cleaning member a first predetermined force so as to urge said elongated cleaning member to be inserted into the at least one inner through channel with a view to occupying the first active position, said elongated cleaning member being able to be pushed backwards under the action of the pressure of the liquid to be injected into the at least one inner through channel and which counteracts the first predetermined force so that the elongated cleaning member is at least partly withdrawn from said at least one inner through channel. - an injection unit (73; 204) with at least one inner through channel (75; 210) for injecting a liquid into the ingredient capsule; - operating means for causing the machine to prepare a beverage,
Domestic refrigerator having an interior (4, 5) for accommodating food, which is delimited by walls of an inner container, and a keep-fresh container for food which is arranged in the interior (4, 5) and can be closed off by a lid, and having a mounting apparatus, with which the lid for opening and closing the keep-fresh container is mounted in the interior (4, 5) in a manner so as to be able to raised and lowered, and having an operating element, with which the lid can be actuated, characterised in that the operating element is embodied as a push-push actuation mechanism for moving the lid, so that an actuation in respectively the same direction firstly has to take place both with a first and also with a second end position of the operating element in order to move this operating element further out of the respective position in order then to be able to carry out the further motion sequence of the operating element, wherein a front strip, which is arranged on a cover arranged above the lid, has a movement guiding device for the operating element.
A fire suppression nozzle assembly, comprising: a spray-type nozzle for spraying a fire suppression agent, the spray-type nozzle including, a body portion defining a passage extending longitudinally through the body portion for conveying the fire suppression agent, and a deflector portion coupled to the body portion and configured to spray the fire suppression agent onto a fire suppression target area using a radial spray pattern; a nozzle frame for mounting the spray-type nozzle, the nozzle frame having a through-passage for receiving the nozzle; characterized in that the nozzle assembly further comprises a nozzle enclosure configured to enclose the nozzle frame and the nozzle and configured for installation in a surface made of an impervious material. a body portion defining a passage extending longitudinally through the body portion for conveying the fire suppression agent, and a deflector portion coupled to the body portion and configured to spray the fire suppression agent onto a fire suppression target area using a radial spray pattern; a nozzle frame for mounting the spray-type nozzle, the nozzle frame having a through-passage for receiving the nozzle;
An in vitro method of diagnosing Alzheimer's disease in a patient comprising the following steps: a) A sample is provided from a patient potentially suffering from AD; b) Determining the amount of at least one premature mitochondrial protein in said sample, wherein said premature mitochondrial protein comprises at least part of its mitochondrium-targeting presequence; and c) Comparing the amount obtained in step b) to the amount of said at least one premature mitochondrial protein determined in a control sample, wherein said control sample is derived from a subject not suffering from AD; wherein a higher amount of said at least one premature mitochondrial protein in the sample from a patient potentially suffering from AD compared to the amount of said at least one premature mitochondrial protein in the control sample indicates AD in said patient. a) A sample is provided from a patient potentially suffering from AD; b) Determining the amount of at least one premature mitochondrial protein in said sample, wherein said premature mitochondrial protein comprises at least part of its mitochondrium-targeting presequence; and c) Comparing the amount obtained in step b) to the amount of said at least one premature mitochondrial protein determined in a control sample, wherein said control sample is derived from a subject not suffering from AD;
An assembly for conditioning engine-heated air onboard an aircraft, the assembly comprising: an engine nacelle; a pylon structure for supporting an engine of the aircraft, said pylon structure defining an internal volume; a nacelle heat exchanger located in the engine nacelle of said aircraft; a pylon heat exchanger at least partially disposed in the internal volume defined by the pylon structure; an engine-heated air supply duct in fluid communication with the nacelle heat exchanger to route said flow of engine-heated air to said pylon heat exchanger; and a ram air inlet for receiving the flow of ambient air for use by the pylon heat exchanger; wherein the ram air inlet comprises a recessed opening in an outer skin of the pylon structure. an engine nacelle; a pylon structure for supporting an engine of the aircraft, said pylon structure defining an internal volume; a nacelle heat exchanger located in the engine nacelle of said aircraft; a pylon heat exchanger at least partially disposed in the internal volume defined by the pylon structure; an engine-heated air supply duct in fluid communication with the nacelle heat exchanger to route said flow of engine-heated air to said pylon heat exchanger; and a ram air inlet for receiving the flow of ambient air for use by the pylon heat exchanger; wherein the ram air inlet comprises a recessed opening in an outer skin of the pylon structure.
A direct current offset cancellation, DCOC, method, characterized by comprising: after a receiver is powered on, obtaining a digital signal of an offset voltage at a circuit output port of the receiver; obtaining a digital control signal for controlling a DCOC output stage from the digital signal; and outputting, by the DCOC output stage, a current to a corresponding circuit of the receiver according to the digital control signal; wherein obtaining the digital signal of the offset voltage at the circuit output port of the receiver comprises: measuring the offset voltage at the circuit output port of the receiver by a DCOC Analog-to-Digital Converter, ADC. after a receiver is powered on, obtaining a digital signal of an offset voltage at a circuit output port of the receiver; obtaining a digital control signal for controlling a DCOC output stage from the digital signal; and outputting, by the DCOC output stage, a current to a corresponding circuit of the receiver according to the digital control signal; wherein obtaining the digital signal of the offset voltage at the circuit output port of the receiver comprises: measuring the offset voltage at the circuit output port of the receiver by a DCOC Analog-to-Digital Converter, ADC.
Method for influencing cross-flow instabilities on a flow body, which is subjected to a fluid flow at a leading edge, with the following method step: heating discrete heating points, which are arranged downstream of the leading edge, with respect to a depth direction of the flow body directed transversely to the leading edge, on the flow surface of the flow body and at a distance from one another along the leading edge for producing competitive instabilities in the fluid flow that influence the growth of cross-flow instabilities, the discrete heating points being formed as discrete surface regions of the flow surface of the flow body, and the heating points having an extent along the leading edge that is between 20 percent and 50 percent of the distance from one another of the heating points.
A method for data transmission in a flexible Ethernet network, comprising: obtaining, by a sending apparatus, a code block set; determining, by the sending apparatus, whether the code block set comprises an idle code block, and if the code block set comprises an idle code block, generating, by the sending apparatus, a dedicated code block, wherein the dedicated code block comprises an indication field and a data field; loading, by the sending apparatus, a first part of an overhead, OH, service into the dedicated code block, wherein the data field of the dedicated code block is used to carry the first part of the OH service, the indication field carries indication information, and the indication information is used to indicate the dedicated code block and to indicate that the data field carries the first part of the OH service; loading, by the sending apparatus, a second part of the OH service into a management channel; replacing, by the sending apparatus, the idle code block with the dedicated code block to obtain a target code block set; and sending, by the sending apparatus, the target code block set; wherein the first part of the OH service is sent in the dedicated code block and the second part of the OH service is sent in a management channel. obtaining, by a sending apparatus, a code block set; determining, by the sending apparatus, whether the code block set comprises an idle code block, and if the code block set comprises an idle code block, generating, by the sending apparatus, a dedicated code block, wherein the dedicated code block comprises an indication field and a data field; loading, by the sending apparatus, a first part of an overhead, OH, service into the dedicated code block, wherein the data field of the dedicated code block is used to carry the first part of the OH service, the indication field carries indication information, and the indication information is used to indicate the dedicated code block and to indicate that the data field carries the first part of the OH service; loading, by the sending apparatus, a second part of the OH service into a management channel; replacing, by the sending apparatus, the idle code block with the dedicated code block to obtain a target code block set; and sending, by the sending apparatus, the target code block set; wherein the first part of the OH service is sent in the dedicated code block and the second part of the OH service is sent in a management channel.