mhurhangee/patent-ind-claim-en huggingface dataset:
A front or rear derailleur for a bicycle, comprising: a stationary link and a floating link wherein the path of the floating link is substantially linear through substantially all of the floating link's range of motion, wherein the floating link is operable to move a drive member which is operable to engage a gear cassette , wherein the stationary link is operable to be positioned on a frame having the gear cassette mounted thereon, the gear cassette having an axis of rotation, wherein the stationary link is configured to be positioned on the frame adjacent the gear cassette ; characterised in a spatial linkage that connects the stationary link to the floating link , wherein the spatial linkage is configured for movement in three dimensions.
A molecule detecting system for detecting a reaction of a molecule captured between electrodes to a reagent in a liquid, the system comprising: (a) a detection device including a couple of electrodes and being capable of measuring a resonance frequency and an amplitude of the electrodes; (b) a microfluidic device including a microfluidic channel adapted for flow of a solution of reagent from an inlet to an outlet of the microfluidic channel, the microfluidic channel including a channel opening on its one side, wherein an air-liquid interface adapted for the electrodes to pass through is formed in the channel opening; (c) a pressure controlled microfluidic pump connected to the outlet of the microfluidic channel; (d) a movable holding device movably holding the detection device or the microfluidic device; and (e) a controller controlling the detection device, the pressure controlled microfluidic pump, and the movable holding device. (a) a detection device including a couple of electrodes and being capable of measuring a resonance frequency and an amplitude of the electrodes; (b) a microfluidic device including a microfluidic channel adapted for flow of a solution of reagent from an inlet to an outlet of the microfluidic channel, the microfluidic channel including a channel opening on its one side, wherein an air-liquid interface adapted for the electrodes to pass through is formed in the channel opening; (c) a pressure controlled microfluidic pump connected to the outlet of the microfluidic channel; (d) a movable holding device movably holding the detection device or the microfluidic device; and (e) a controller controlling the detection device, the pressure controlled microfluidic pump, and the movable holding device.
A method for tracking a light-emitting entity in a sample , wherein in a plurality of tracking steps (T i ), - the sample is illuminated at illumination positions in the vicinity of a position estimate of a light-emitting entity by focused illumination light having an illumination light distribution comprising a local intensity minimum and at least one intensity increasing area adjacent to the minimum, - detection light emitted from the light emitting entity in response to the illumination light is detected for each of the illumination positions, - a new position estimate of the light-emitting entity is determined based on the detection light once the detection light exceeds a predefined light dose, and - tracking data are generated from the determined position estimates, wherein the tracking data comprise position values (p i ) of the light-emitting entity and time points (t i ) corresponding to the position values (p i ), characterized in that a tracking rate or a tracking time interval (t T ) defined as the inverse of the tracking rate is obtained, wherein the tracking steps (T i ) are performed, such that each time interval (Δt) between consecutive time points (t i ) is equal to the tracking time interval (t T ) or a multiple of said tracking time interval (t T ), wherein the tracking steps (T i ) are performed in a temporal sequence determined by the tracking rate or the tracking time interval (t T ). - the sample is illuminated at illumination positions in the vicinity of a position estimate of a light-emitting entity by focused illumination light having an illumination light distribution comprising a local intensity minimum and at least one intensity increasing area adjacent to the minimum, - detection light emitted from the light emitting entity in response to the illumination light is detected for each of the illumination positions, - a new position estimate of the light-emitting entity is determined based on the detection light once the detection light exceeds a predefined light dose, and - tracking data are generated from the determined position estimates, wherein the tracking data comprise position values (p i ) of the light-emitting entity and time points (t i ) corresponding to the position values (p i ), characterized in that a tracking rate or a tracking time interval (t T ) defined as the inverse of the tracking rate is obtained, wherein the tracking steps (T i ) are performed, such that each time interval (Δt) between consecutive time points (t i ) is equal to the tracking time interval (t T ) or a multiple of said tracking time interval (t T ), wherein the tracking steps (T i ) are performed in a temporal sequence determined by the tracking rate or the tracking time interval (t T ).
A vibration component , comprising: a dome comprising a porous heat dissipation layer ; a diaphragm covering a portion of a surface of the dome and surrounding the dome ; and a voice coil connected with a side of the dome facing away from the diaphragm , wherein the porous heat dissipation layer comprises a first heat dissipation surface and a second heat dissipation surface opposite to the first heat dissipation surface , and the second heat dissipation surface is closer to the voice coil than the first heat dissipation surface ; wherein the porous heat dissipation layer comprises a first heat dissipation hole , a second heat dissipation hole , and a third heat dissipation hole , characterized in that the first heat dissipation hole , the second heat dissipation hole , and the third heat dissipation hole are connected with one another, the first heat dissipation hole is connected to the first heat dissipation surface , the second heat dissipation hole is connected to the second heat dissipation surface , the third heat dissipation hole is arranged transversely, and the third heat dissipation hole is connected between the first heat dissipation hole and the second heat dissipation hole . a dome comprising a porous heat dissipation layer ; a diaphragm covering a portion of a surface of the dome and surrounding the dome ; and a voice coil connected with a side of the dome facing away from the diaphragm , wherein the porous heat dissipation layer comprises a first heat dissipation surface and a second heat dissipation surface opposite to the first heat dissipation surface , and the second heat dissipation surface is closer to the voice coil than the first heat dissipation surface ; wherein the porous heat dissipation layer comprises a first heat dissipation hole , a second heat dissipation hole , and a third heat dissipation hole ,
A system for securing an electronic device , comprising: a set of malware-access rule logic , comprising: an identification of a plurality of memory regions of the electronic device to be monitored; an identification of a plurality of operations representing transitions between the plurality of memory regions to be monitored, wherein one of the plurality of operations to be monitored is an instruction fetching operation; and an identification of a pattern of the plurality of operations to be monitored, wherein the pattern includes a requirement that a particular operation of the plurality of operations has not been observed; and a processor configured to, based upon the set of malware-access rule logic, generate a notification that one of the plurality of operations has occurred; an anti-malware module configured to, based on the notification being generated, determine that the pattern of the plurality of operations has occurred and that the occurrence is indicative of malware. a set of malware-access rule logic , comprising: an identification of a plurality of memory regions of the electronic device to be monitored; an identification of a plurality of operations representing transitions between the plurality of memory regions to be monitored, wherein one of the plurality of operations to be monitored is an instruction fetching operation; and an identification of a pattern of the plurality of operations to be monitored, wherein the pattern includes a requirement that a particular operation of the plurality of operations has not been observed; and an identification of a plurality of memory regions of the electronic device to be monitored; an identification of a plurality of operations representing transitions between the plurality of memory regions to be monitored, wherein one of the plurality of operations to be monitored is an instruction fetching operation; and an identification of a pattern of the plurality of operations to be monitored, wherein the pattern includes a requirement that a particular operation of the plurality of operations has not been observed; and a processor configured to, based upon the set of malware-access rule logic, generate a notification that one of the plurality of operations has occurred; an anti-malware module configured to, based on the notification being generated, determine that the pattern of the plurality of operations has occurred and that the occurrence is indicative of malware.
A battery charger comprising: a battery charge controller including an input for connecting the controller to an external power supply, wherein a current output of the battery charge controller varies with a supply voltage provided by the external power supply, and wherein the battery charge controller comprises a current control input (PROG); and a comparator for lowering a charge current drawn by the battery charge controller when the supply voltage drops below a preset reference level; wherein the comparator is operatively connected to the input of the battery charge controller so as to receive a voltage signal (V N ) depending from the supply voltage, and wherein the comparator is further configured to: receive a reference voltage signal (V P ) provided by the battery charge controller via the current control input (PROG); and control the charge current based on a comparison between the voltage signal (V N ) and the reference voltage signal (V P ). a battery charge controller including an input for connecting the controller to an external power supply, wherein a current output of the battery charge controller varies with a supply voltage provided by the external power supply, and wherein the battery charge controller comprises a current control input (PROG); and a comparator for lowering a charge current drawn by the battery charge controller when the supply voltage drops below a preset reference level; wherein the comparator is operatively connected to the input of the battery charge controller so as to receive a voltage signal (V N ) depending from the supply voltage, and wherein the comparator is further configured to: receive a reference voltage signal (V P ) provided by the battery charge controller via the current control input (PROG); and control the charge current based on a comparison between the voltage signal (V N ) and the reference voltage signal (V P ). receive a reference voltage signal (V P ) provided by the battery charge controller via the current control input (PROG); and control the charge current based on a comparison between the voltage signal (V N ) and the reference voltage signal (V P ).
A compressor assembly of a gas turbine engine comprising: a case including at least one opening and axially spaced apart channels ; a stator assembly supported within the case , the stator assembly including a plurality of stator vanes received within the channels of the case ; and an anti-rotation lug assembly for securing the stator assembly relative to the case , the lug assembly including a lug with ends that engage within slots of a vane platform and extend axially into said channels and a boss extending from the lug through the opening in the case , the boss including a threaded hole and receiving a threaded member holding the lug assembly to the case . a case including at least one opening and axially spaced apart channels ; a stator assembly supported within the case , the stator assembly including a plurality of stator vanes received within the channels of the case ; and an anti-rotation lug assembly for securing the stator assembly relative to the case , the lug assembly including a lug with ends that engage within slots of a vane platform and extend axially into said channels and a boss extending from the lug through the opening in the case , the boss including a threaded hole and receiving a threaded member holding the lug assembly to the case .
Seal for sealing intentional a gap in high temperature application, in particular for a combustion apparatus of a gas turbine, with a first side and an opposite second side and a seal width cross to the path of the gap comprising - a steel strap with a flat shape and - a second metal web attached to the steel strap on the second side , wherein the seal has a seal thickness with at least the steel strap plus the thickness of the second metal web and has a seal height, wherein the seal thickness is at most 0.2-times of the seal width, wherein the second metal web comprises an Omega shape and is attached on both sides with a flat shaped portion to the steel strap and comprises an convex arch portion between both flat portions , and wherein the seal height is at least 0.3-times of the seal width and at least 3-times of the seal thickness, characterized in that , the steel strap with a flat shape extending in an essentially closed manner over the full length and width of the seal. - a steel strap with a flat shape and - a second metal web attached to the steel strap on the second side , wherein the seal has a seal thickness with at least the steel strap plus the thickness of the second metal web and has a seal height, wherein the seal thickness is at most 0.2-times of the seal width, wherein the second metal web comprises an Omega shape and is attached on both sides with a flat shaped portion to the steel strap and comprises an convex arch portion between both flat portions , and wherein the seal height is at least 0.3-times of the seal width and at least 3-times of the seal thickness, characterized in that , the steel strap with a flat shape extending in an essentially closed manner over the full length and width of the seal. wherein the seal has a seal thickness with at least the steel strap plus the thickness of the second metal web and has a seal height, wherein the seal thickness is at most 0.2-times of the seal width, wherein the second metal web comprises an Omega shape and is attached on both sides with a flat shaped portion to the steel strap and comprises an convex arch portion between both flat portions , and wherein the seal height is at least 0.3-times of the seal width and at least 3-times of the seal thickness, characterized in that , the steel strap with a flat shape extending in an essentially closed manner over the full length and width of the seal.
System of dental occlusion measurement and virtual deployment comprising: - a force sensor adapted to register a plurality of occlusal contacts and to adhere a plurality of visual markers to a user's denture in the positions of said occlusal contacts ; characterized in that the system further comprises: - a three-dimensional scanner configured to scan a maxillary arcade and a mandibular arcade of the user's denture and to generate, from the scanning data, respective first maxillary and mandibular digital casts of the user's denture with the adhered visual markers ; and - data processing means configured to compute a positioning information by correlating the visual markers in the first maxillary and mandibular digital casts and the registered occlusal contacts ; and to generate a second maxillary and mandibular digital casts of the user's denture by projecting the occlusal contacts onto the first maxillary and mandibular digital casts according to the computed positioning information . - a force sensor adapted to register a plurality of occlusal contacts and to adhere a plurality of visual markers to a user's denture in the positions of said occlusal contacts ; characterized in that the system further comprises: - a three-dimensional scanner configured to scan a maxillary arcade and a mandibular arcade of the user's denture and to generate, from the scanning data, respective first maxillary and mandibular digital casts of the user's denture with the adhered visual markers ; and - data processing means configured to compute a positioning information by correlating the visual markers in the first maxillary and mandibular digital casts and the registered occlusal contacts ; and to generate a second maxillary and mandibular digital casts of the user's denture by projecting the occlusal contacts onto the first maxillary and mandibular digital casts according to the computed positioning information .
Deposit return system having an invalidating unit for irreversibly destroying a disposable item supplied to the deposit return system , characterized in that a sound capture unit is provided for the purpose of detecting the sound produced when destroying the disposable item , in that a storage element stores at least one desired value of at least one characteristic variable of the sound produced when destroying the disposable item , in that a control unit compares at least one actual value of this characteristic variable of the detected sound, as determined with the aid of the sound capture unit , with the stored desired value, and in that , if the comparison of at least one actual value with the associated desired value has revealed a discrepancy, the control unit deactivates the deposit return system , outputs an error message and/or outputs an acoustic and/or optical alarm with the aid of an alarm unit.
Rolling bearing transmission, including the following features: - a drive element provided for rotary driving, an output element provided as a pivotable output drive, and a stator element not co-rotating or co-pivoting with respect to the drive element and output element, - at least one rolling surface element connected to the output element or formed thereby, a second rolling surface element connected to the drive element or formed thereby, and a third rolling surface element connected to the stator element or formed thereby, on which rolling elements are provided to roll, - at least one first set of rolling elements , which is arranged between the first and second rolling surface element in such a way that the rolling surface elements can be rotated relative to one another in the manner of a rolling bearing, - at least one second set of rolling elements , which is arranged between the second and third surface rolling element in such a way that the rolling surface elements can be rotated relative to one another in the manner of a rolling bearing, - a gear mechanism, which is arranged to act between the elements and is designed such that a change in the magnitude of movement is achieved between the drive and the output; characterized in that the output element is designed to be free from a further rolling bearing acting against the stator element. - a drive element provided for rotary driving, an output element provided as a pivotable output drive, and a stator element not co-rotating or co-pivoting with respect to the drive element and output element, - at least one rolling surface element connected to the output element or formed thereby, a second rolling surface element connected to the drive element or formed thereby, and a third rolling surface element connected to the stator element or formed thereby, on which rolling elements are provided to roll, - at least one first set of rolling elements , which is arranged between the first and second rolling surface element in such a way that the rolling surface elements can be rotated relative to one another in the manner of a rolling bearing, - at least one second set of rolling elements , which is arranged between the second and third surface rolling element in such a way that the rolling surface elements can be rotated relative to one another in the manner of a rolling bearing, - a gear mechanism, which is arranged to act between the elements and is designed such that a change in the magnitude of movement is achieved between the drive and the output;
A device for stretching one or for the simultaneous stretching of several individual blanks of animal skin, wherein the device comprises at least one pair of clamping means and a deformation body , characterized in that the device comprises a supporting surface having a recess , the clamping means being designed for fixing the animal skin such that it lies against the supporting surface and spans the recess , and the deformation body is movable through the recess of the supporting surface in the direction of the animal skin spanning the recess .
A method of providing synchronization with a radio access node for radio communication to one or more radio devices , the method comprising the steps of: transmitting from the access node a configuration message to at least one of the radio devices , the configuration message being indicative of a synchronization signal configuration for a configurable synchronization signal and wherein the configuration message is indicative of: - a periodicity of transmission occasions of the configurable synchronization signal , - a length of the configurable synchronization signal used in each transmission occasion of the configurable synchronization signal , - a timing offset for each transmission occasion of the configurable synchronization signal , and - a frequency location of the configurable synchronization signal in the frequency domain; and transmitting from the access node the configurable synchronization signal to the at least one radio device in accordance with the synchronization signal configuration . transmitting from the access node a configuration message to at least one of the radio devices , the configuration message being indicative of a synchronization signal configuration for a configurable synchronization signal and wherein the configuration message is indicative of: - a periodicity of transmission occasions of the configurable synchronization signal , - a length of the configurable synchronization signal used in each transmission occasion of the configurable synchronization signal , - a timing offset for each transmission occasion of the configurable synchronization signal , and - a frequency location of the configurable synchronization signal in the frequency domain; and - a periodicity of transmission occasions of the configurable synchronization signal , - a length of the configurable synchronization signal used in each transmission occasion of the configurable synchronization signal , - a timing offset for each transmission occasion of the configurable synchronization signal , and - a frequency location of the configurable synchronization signal in the frequency domain; and transmitting from the access node the configurable synchronization signal to the at least one radio device in accordance with the synchronization signal configuration .