mhurhangee/patent-ind-claim-en huggingface dataset:
A remote control system comprising: an acquisition unit that acquires image data indicating an image captured by an image-capturing device and position data indicating a position of the image; a storage unit that stores a condition regarding an analysis result of the image data and a process to be performed by a control target device in association with each other; a determination unit that analyzes the acquired image data and determines whether the analysis result matches the stored condition; and an instruction unit that, when the analysis result matches the stored condition, instructs the control target device to perform the process associated with the condition in an area based on the acquired position data, characterized in that the area based on the acquired position data is an area that does not include the position indicated by the position data, and is an area having a predetermined positional relationship with the position indicated by the position data. an acquisition unit that acquires image data indicating an image captured by an image-capturing device and position data indicating a position of the image; a storage unit that stores a condition regarding an analysis result of the image data and a process to be performed by a control target device in association with each other; a determination unit that analyzes the acquired image data and determines whether the analysis result matches the stored condition; and an instruction unit that, when the analysis result matches the stored condition, instructs the control target device to perform the process associated with the condition in an area based on the acquired position data, characterized in that the area based on the acquired position data is an area that does not include the position indicated by the position data, and is an area having a predetermined positional relationship with the position indicated by the position data.
Breathing mask or fireman's helmet having a communication system , comprising: a headphone , which is designed to take an audio signal as a basis for outputting sound waves to one ear of a user ; a microphone , which is designed to take ambient sound as a basis for outputting a microphone signal ; a processing circuit , which is designed to take the microphone signal as a basis for generating a signal component of the audio signal that comprises information relating to the production of sound waves that destructively interfere with a portion of the ambient sound that occurs at the ear of the user ; a radio interface ; and a control circuit , which is designed to activate the processing circuit on the basis of an operating state of the radio interface , wherein the control circuit is further designed to detect reception of a radio message via the radio interface and, as a result, to activate the processing circuit , wherein the control circuit is further designed to detect the end of the reception of the radio message and, as a result, to deactivate the processing circuit , and wherein the control circuit determines a volume level of the ambient sound on the basis of the microphone signal and activates the processing circuit if the volume level is above a reference level. a headphone , which is designed to take an audio signal as a basis for outputting sound waves to one ear of a user ; a microphone , which is designed to take ambient sound as a basis for outputting a microphone signal ; a processing circuit , which is designed to take the microphone signal as a basis for generating a signal component of the audio signal that comprises information relating to the production of sound waves that destructively interfere with a portion of the ambient sound that occurs at the ear of the user ; a radio interface ; and a control circuit , which is designed to activate the processing circuit on the basis of an operating state of the radio interface , wherein the control circuit is further designed to detect reception of a radio message via the radio interface and, as a result, to activate the processing circuit , wherein the control circuit is further designed to detect the end of the reception of the radio message and, as a result, to deactivate the processing circuit , and wherein the control circuit determines a volume level of the ambient sound on the basis of the microphone signal and activates the processing circuit if the volume level is above a reference level.
A dryer comprising: a main body including an input port for inputting clothes and an operation unit for operating the dryer ; a drum rotatably installed in the main body ; a driving motor configured to provide rotation power to the drum ; a blowing fan configured to force a flow of air to the main body ; a heat pump system including a condenser , an evaporator , and a compressor so as to heat air supplied to the drum ; an outer air temperature sensor configured to measure an outer temperature; and a control unit characterised in that the control unit is configured to control a plurality of operation modes by comparing the measured outer temperature with a preset reference temperature (T), the plurality of operation modes being defined by an initial driving frequency and/or a variable frequency of the compressor ; and in that the control unit is configured to control in a first mode when the measured outer temperature is greater than or equal to the preset reference temperature and configured to control in a second mode when the measured outer temperature is less than the preset reference temperature, wherein the first mode is defined as operating in an operation mode selected by a user among the plurality of operation modes, and the second mode is defined as operating in an operation mode in which the initial driving frequency and/or the variable frequency (Hz) of the compressor is set to the highest among the plurality of operation modes. a main body including an input port for inputting clothes and an operation unit for operating the dryer ; a drum rotatably installed in the main body ; a driving motor configured to provide rotation power to the drum ; a blowing fan configured to force a flow of air to the main body ; a heat pump system including a condenser , an evaporator , and a compressor so as to heat air supplied to the drum ; an outer air temperature sensor configured to measure an outer temperature; and a control unit characterised in that the control unit is configured to control a plurality of operation modes by comparing the measured outer temperature with a preset reference temperature (T), the plurality of operation modes being defined by an initial driving frequency and/or a variable frequency of the compressor ; and in that the control unit is configured to control in a first mode when the measured outer temperature is greater than or equal to the preset reference temperature and configured to control in a second mode when the measured outer temperature is less than the preset reference temperature, wherein the first mode is defined as operating in an operation mode selected by a user among the plurality of operation modes, and the second mode is defined as operating in an operation mode in which the initial driving frequency and/or the variable frequency (Hz) of the compressor is set to the highest among the plurality of operation modes.
Household dishwasher with a controller apparatus for performing one wash program from a number of wash programs for washing items to be washed arranged in a washing chamber , an optical sensor for capturing an optical sensor signal of the washing chamber during a performance of the wash program and an evaluating unit , which is configured to ascertain a subsequent loading of items to be washed by a user as a function of the captured optical sensor signal of the washing chamber , to determine a point in time of the subsequent loading in the wash program and to perform a predetermined action as a function of the ascertained subsequent loading and the determined point in time, wherein the predetermined action comprises an output of an item of information to the user regarding whether the current wash program is being continued unaltered despite the subsequent loading, whether the user should subsequently load cleaning agent and/or whether the current wash program is adjusted in order to ensure a predefined cleaning result, and/or an adjustment of the wash program currently being performed, and wherein the subsequent loading comprises adding further items to be washed , altering an arrangement of the items to be washed in the washing chamber and/or removing items to be washed .
Clapper valve which comprises a continuous magnetic motion position indicator that is configured to detect the position of the clapper valve, which also comprises a valve body and, disposed within said valve body , a clapper and a valve stem, said indicator comprising: (a) a magnetic joint assembly comprising a first set of magnets disposed inside a pressure-containing cap assembled on said valve body and a second set of magnets located in a housing of the indicator and arranged outside said pressure-containing cap and operatively interfaced with said first set of magnets ; and (b) at least one remote position transmitter and/or at least one local visual indicator ; wherein said magnetic joint assembly is configured to transmit rotary movement of said clapper from said valve stem to said remote position transmitter and/or to said local visual indicator without the presence of a dynamic seal interface, characterized in that the magnets of the first and second sets of magnets are permanent magnets arranged alternatingly in each set of magnets , with the magnets of second set of magnets being arranged opposite in polarity to the magnets of the first set of magnets . (a) a magnetic joint assembly comprising a first set of magnets disposed inside a pressure-containing cap assembled on said valve body and a second set of magnets located in a housing of the indicator and arranged outside said pressure-containing cap and operatively interfaced with said first set of magnets ; and (b) at least one remote position transmitter and/or at least one local visual indicator ;
A lighting device comprising: a printed circuit board, PCB, ; a submount mounted on the PCB ; a die mounted on the submount and including a plurality of light emitting devices; a pad inserted into a hole formed in the submount such that the die and the PCB are electrically connected through the pad inserted into the hole formed in the submount , said pad being connected to the die by a wire bonding , and said pad being electrically connected to the PCB ; a holder disposed on the submount , provided to cover the die and having an internal space; a lens is provided in the holder , which allows light output from the plurality of light emitting devices provided in the die to transmit therethrough; and a diffractive optical element, DOE, disposed in the internal space and disposed by the holder , wherein heat generated in the die is dissipated through a side surface of the submount and the PCB . a printed circuit board, PCB, ; a submount mounted on the PCB ; a die mounted on the submount and including a plurality of light emitting devices; a pad inserted into a hole formed in the submount such that the die and the PCB are electrically connected through the pad inserted into the hole formed in the submount , said pad being connected to the die by a wire bonding , and said pad being electrically connected to the PCB ; a holder disposed on the submount , provided to cover the die and having an internal space; a lens is provided in the holder , which allows light output from the plurality of light emitting devices provided in the die to transmit therethrough; and a diffractive optical element, DOE, disposed in the internal space and disposed by the holder , wherein heat generated in the die is dissipated through a side surface of the submount and the PCB .
A composite airfoil, comprising: a root , a tip , a leading edge , and a trailing edge , wherein a span of the airfoil extends from the root to the tip , and wherein a chord extends from the leading edge to the trailing edge , characterized in the airfoil further comprising a fuse zone , wherein the fuse zone runs chordwise along the chord length of the airfoil at a distance from the root of 50% to 90% of the span of the airfoil. a root , a tip , a leading edge , and a trailing edge , wherein a span of the airfoil extends from the root to the tip , and wherein a chord extends from the leading edge to the trailing edge , characterized in the airfoil further comprising a fuse zone , wherein the fuse zone runs chordwise along the chord length of the airfoil at a distance from the root of 50% to 90% of the span of the airfoil.
A roller for an agricultural working machine, in particular a roll baler , with a substantially cylindrically configured roller body which can be rotatably mounted about an axis of rotation in a housing , characterized in that the roller body is constructed in one piece and without weld seams and is produced from an aluminium which can be continuously cast or an aluminium alloy which can be continuously cast by means of extrusion.
System for monitoring a traffic situation, comprising: at least one radar sensor unit for receiving environmental data for a monitoring region of the radar sensor unit , wherein the radar sensor unit is configured to transmit radar signals in the direction of the monitoring region , to receive radar signals reflected by objects within the monitoring region to the radar sensor unit and to generate environmental data for the monitoring region based on the radar signals received ; a processor unit for evaluating the environmental data from the radar sensor unit and for determining the traffic situation within the monitoring region on the basis of the environmental data from the radar sensor unit ; and a reference signal unit for outputting a reference signal to the radar sensor unit , wherein the reference signal unit is configured to provide a radar signal transmitted by the radar sensor unit with a modulation and to reflect the modulated radar signal back to the radar sensor unit as a reference signal , and wherein the processor unit is configured to identify the modulated radar signal as the reference signal from the reference signal unit , characterized in that the processor unit is configured to detect a malfunction of the radar sensor unit if no reference signal is received by the radar sensor unit , wherein the reference signal unit has a first reflection state and a second reflection state, and wherein a radar signal reflected by the reference signal unit in the first reflection state deviates in at least one property from a radar signal reflected by the reference signal unit in the second reflection state, and wherein the reference signal unit is connectable with a switching frequency alternately between the first reflection state and the second reflection state. a processor unit for evaluating the environmental data from the radar sensor unit and for determining the traffic situation within the monitoring region on the basis of the environmental data from the radar sensor unit ; and a reference signal unit for outputting a reference signal to the radar sensor unit , wherein the reference signal unit is configured to provide a radar signal transmitted by the radar sensor unit with a modulation and to reflect the modulated radar signal back to the radar sensor unit as a reference signal , and wherein the processor unit is configured to identify the modulated radar signal as the reference signal from the reference signal unit , characterized in that the processor unit is configured to detect a malfunction of the radar sensor unit if no reference signal is received by the radar sensor unit , wherein the reference signal unit has a first reflection state and a second reflection state, and wherein a radar signal reflected by the reference signal unit in the first reflection state deviates in at least one property from a radar signal reflected by the reference signal unit in the second reflection state, and wherein the reference signal unit is connectable with a switching frequency alternately between the first reflection state and the second reflection state.
A method for non-destructive judgment of pearl quality, by measuring either the ultraviolet-visible fluorescence spectrum of a pearl or pearl shell to be inspected or the ultraviolet-visible reflection spectrum and the ultraviolet-visible fluorescence spectrum of a pearl or pearl shell to be inspected and comparing the values obtained with those preliminarily measured for a normal pearl or pearl shell, wherein the spectral reflectance Ra in the range of 250 to 260 nm and the spectral reflectance Rb in the range of 270 to 290 nm are measured as the reflection spectrum to obtain the spectral reflectance ratio Ra/Rb or the difference thereof, wherein a fluorescence peak intensity of the fluorescence spectrum in the range of 320 to 360 nm generated by irradiating the pearl or pearl shell with ultraviolet light in the range of 250 to 300 nm as the excitation light is measured, and wherein the degree of the deterioration of the pearl or pearl shell to be inspected is judged based either on the results of said fluorescence intensity measurement or on the spectral reflectance ratio Ra/Rb or the difference thereof and the results of said fluorescence intensity measurement.
A thermosetting resin composition containing a flame retardant for thermosetting resin containing an aromatic phosphoric acid ester represented by the general formula (I): wherein R 1 to R 4 each independently represent a hydrogen atom, a C 1-4 alkyl group, or a C 1-4 alkoxy group; R 5 , R 6 , and R 9 each independently represent a C 1-10 alkyl group or a C 1-10 alkoxy group; R 7 and R 8 each independently represent a C 1-4 alkyl group or a C 1-4 alkoxy group; n represents an integer of 1 to 10; n 1 and n 2 each independently represent an integer of 0 to 3; m 1 and m 2 each independently represent an integer of 0 to 4; p represents an integer of 0 to 26; and k represents an integer of 1 to 12; and when p is 2 or more, any two substituents R 9 may be bonded to each other, and may be bonded to a carbon atom(s) of a ring to which the above substituents R 9 are bonded, forming another ring.
A mobile device comprising: a geopositioning receiver , in particular a global positioning (GPS) receiver, configured to determine a geoposition of the mobile device; an accelerometer configured to determine an acceleration rate of the mobile device ; and a processor in communication with the geopositioning receiver and the accelerometer , the processor configured to: determine, whether the mobile device is at rest within a location for a duration of time, using geopositions of the mobile device determined by the geopositioning receiver, based on a duration of non-movement of the mobile device, and/or an acceleration rate, and/or a velocity of the mobile device , disengage the geopositioning receiver and engage the accelerometer upon determining that the mobile device is at rest within the location for the duration of time, determine, using the determined acceleration rate, whether the mobile device is in motion based on a duration of movement, and/or the determined acceleration rate and/or a velocity; reengage the geopositioning receiver and disengage the accelerometer upon determining that the mobile device is in motion; and transmit to a location server over a network at rest geopositions of the mobile device. a geopositioning receiver , in particular a global positioning (GPS) receiver, configured to determine a geoposition of the mobile device; an accelerometer configured to determine an acceleration rate of the mobile device ; and a processor in communication with the geopositioning receiver and the accelerometer , the processor configured to: determine, whether the mobile device is at rest within a location for a duration of time, using geopositions of the mobile device determined by the geopositioning receiver, based on a duration of non-movement of the mobile device, and/or an acceleration rate, and/or a velocity of the mobile device , disengage the geopositioning receiver and engage the accelerometer upon determining that the mobile device is at rest within the location for the duration of time, determine, whether the mobile device is at rest within a location for a duration of time, using geopositions of the mobile device determined by the geopositioning receiver, based on a duration of non-movement of the mobile device, and/or an acceleration rate, and/or a velocity of the mobile device , disengage the geopositioning receiver and engage the accelerometer upon determining that the mobile device is at rest within the location for the duration of time, determine, using the determined acceleration rate, whether the mobile device is in motion based on a duration of movement, and/or the determined acceleration rate and/or a velocity; reengage the geopositioning receiver and disengage the accelerometer upon determining that the mobile device is in motion; and transmit to a location server over a network at rest geopositions of the mobile device. reengage the geopositioning receiver and disengage the accelerometer upon determining that the mobile device is in motion; and transmit to a location server over a network at rest geopositions of the mobile device.
A polariser for a bicone antenna, wherein the polariser is arranged to extend circumferentially around the bicone antenna and comprises vanes that extend radially away from the bicone antenna, the vanes are oriented obliquely to the electrical field of linearly polarised electromagnetic waves propagated from the bicone antenna and are configured to convert the linear polarisation of the electromagnetic waves to or towards circular polarisation; wherein the polariser comprises a hub about which the vanes are supported, characterised in that the hub is arranged to support first and second cones of the bicone antenna and physically and electrically isolate first and second radiating surfaces of the first and second cones of the bicone antenna; and wherein the polariser is comprised of a single integral piece of dielectric material that defines the vanes and, at least in part, the hub.
Wrist arthrodesis plate comprising a distal and a proximal region which adjoins the distal region in the direction of a longitudinal axis (A), the shape and size of the plate being such that the distal region of the plate can be fastened to the carpus and the proximal region of the plate can be fastened to the radius with the aid of fastening means, in particular screws, which can be inserted in plate holes, wherein the shape and size of a distal end portion , which comprises a distal-most point of the plate , are designed such that the distal end portion can be applied at exactly and only one carpal bone of the group Os trapezium , Os trapezoideum , Os capitatum , and Os hamatum , without covering part of the laterally adjacent bones, characterized in that the distal region can be placed on a proximal carpal bone of the proximal row of carpal bones comprising Os scaphoideum , Os lunatum , and Os triquetrum and can be screwed onto this carpal bone, wherein the distal region can be attached to at most one of the proximal carpal bones, wherein the plate can be attached to at most two carpal bones along a longitudinal line and to no metacarpal bone. the distal region can be attached to at most one of the proximal carpal bones, wherein the plate can be attached to at most two carpal bones along a longitudinal line and to no metacarpal bone.