mhurhangee/patent-ind-claim-en huggingface dataset:
Laser target illumination device for illuminating a target to be combatted, comprising - a light source , formed as a pulsed laser light source, for emitting light along a beam path , characterised by : - a first modulator , which is introduced into the beam path and is set up to deflect a direction of the beam path in a first plane , the first modulator being an acousto-optical modulator, - a phase plate , which is introduced into the beam path downstream from the modulator and which has a plurality of different optical thicknesses , and - a control device , which is connected to the light source and to the first modulator and which is set up to actuate the light source and the first modulator temporally synchronously with one another and to actuate the first modulator at different frequencies in such a way that the beam path for a given control period spans an angular range which extends at a randomly determined first angle from the undeflected state to a maximally deflected state so as subsequently to be deflected back into the undeflected position again, and thus is deflected over a randomly determined region of the phase plate in accordance with the associated frequencies, in a manner resulting in optical path differences randomly distributed over a cross-section of the beam path , the light source being formed so as to emit at least one complete light pulse during each control period. - a light source , formed as a pulsed laser light - a first modulator , which is introduced into the beam path and is set up to deflect a direction of the beam path in a first plane , the first modulator being an acousto-optical modulator, - a phase plate , which is introduced into the beam path downstream from the modulator and which has a plurality of different optical thicknesses , and - a control device , which is connected to the light source and to the first modulator and which is set up to actuate the light source and the first modulator temporally synchronously with one another and to actuate the first modulator at different frequencies in such a way that the beam path for a given control period spans an angular range which extends at a randomly determined first angle from the undeflected state to a maximally deflected state so as subsequently to be deflected back into the undeflected position again, and thus is deflected over a randomly determined region of the phase plate in accordance with the associated frequencies, in a manner resulting in optical path differences randomly distributed over a cross-section of the beam path , the light source being formed so as to emit at least one complete light pulse during each control period.
A semi-submersible offshore aquaculture platform based on liquid cargo ship modification, wherein a plurality of aquaculture cabins are arranged at the bottom of a deck , a plurality of light inlet holes communicating with the aquaculture cabins are formed in the deck , water exchanging holes communicating with the aquaculture cabins are formed in a ship board on the side part of the deck , ballast tanks are further arranged at the bottom of the deck and are connected with a seawater main pipe through ballast water pipelines, characterised in that the semi-submersible offshore platform further comprises an ultrasonic vibration head arranged on the seawater main pipe; lighting devices arranged on the deck , wherein the lighting devices are connected to diffusers positioned in the aquaculture cabins through light guide tubes running through the deck ; and in that a seedling aquaculture cabin is further arranged below the deck , wherein a filter cabin is arranged on the seedling aquaculture cabin, a water inlet pipe is arranged on the filter cabin , the water inlet pipe is connected with a filter device, and the water outlet end of the filter device communicates with the seedling aquaculture cabin; the filter device comprising a water inlet cavity communicating with the water inlet pipe , wherein water leakage holes are formed in the lower surface of the water inlet cavity , a filter belt is arranged at the outer bottom of the water inlet cavity , an obliquely arranged water receiving tank is formed below a top section of the filter belt , and the water receiving tank communicates with the seedling aquaculture cabin through a water outlet pipe . an ultrasonic vibration head arranged on the seawater main pipe; lighting devices arranged on the deck , wherein the lighting devices are connected to diffusers positioned in the aquaculture cabins through light guide tubes running through the deck ; and in that a seedling aquaculture cabin is further arranged below the deck , wherein a filter cabin is arranged on the seedling aquaculture cabin, a water inlet pipe is arranged on the filter cabin , the water inlet pipe is connected with a filter device, and the water outlet end of the filter device communicates with the seedling aquaculture cabin; the filter device comprising a water inlet cavity communicating with the water inlet pipe , wherein water leakage holes are formed in the lower surface of the water inlet cavity , a filter belt is arranged at the outer bottom of the water inlet cavity , an obliquely arranged water receiving tank is formed below a top section of the filter belt , and the water receiving tank communicates with the seedling aquaculture cabin through a water outlet pipe .
A method of binding a software to a device, the method comprising: during a setup of the software in the device: calculating an identifier by applying a hash function to static data contents stored at a predetermined location in the device, wherein the predetermined location is a particular folder or a group of folders selected by the user, wherein the predetermined location comprises at least two files, and wherein the static data contents are not related to device hardware; storing the identifier in a configuration of the software; during a next invocation of the software in the device: calculating a new identifier by applying the hash function to static data contents stored at the predetermined location in the device; matching the new identifier with the stored identifier; and terminating execution of the software if the matching fails. calculating an identifier by applying a hash function to static data contents stored at a predetermined location in the device, wherein the predetermined location is a particular folder or a group of folders selected by the user, wherein the predetermined location comprises at least two files, and wherein the static data contents are not related to device hardware; storing the identifier in a configuration of the software; during a next invocation of the software in the device: calculating a new identifier by applying the hash function to static data contents stored at the predetermined location in the device; matching the new identifier with the stored identifier; and terminating execution of the software if the matching fails. calculating a new identifier by applying the hash function to static data contents stored at the predetermined location in the device; matching the new identifier with the stored identifier; and terminating execution of the software if the matching fails.
Tyre made of rubbery material comprising a sidewall , the sidewall comprising a coded matrix symbol , the said coded matrix symbol comprising dark parts and light parts , characterized in that the dark parts are made up of a texture formed as an integral part of the said sidewall and contrasting against the rest of the tyre , the said texture being an organized arrangement of a plurality of elements and in that the texture comprises a plurality of first recessed elements set back from the surface of the sidewall and in that the first recessed elements form openings on the surface of the sidewall and the texture comprises a plurality of openings , these openings being distributed through the texture at a density at least equal to one opening per square millimetre (mm 2 ), these openings having equivalent diameters of between 0.01 mm and 1.2 mm.
A use of iron hydroxide in biogas production as a hydrogen-sulfide-precipitating additive for biomass, characterized in that zeolite is also used as the additive to the biomass to increase the reaction speed of the precipitation of the hydrogen sulfide by iron hydroxide.
Cleaning head comprising: - a main body comprising a receiving housing opening into a lower face of the main body , - a cleaning element removably mounted in the receiving housing and configured to be removed outside of the receiving housing in a removal direction (D2), and - a locking member which is configured to lock the cleaning element in the receiving housing , characterised in that the locking member is resiliently deformable and is movably mounted on the main body , and in that the locking member comprises: - a locking part which is movable between a locking position, wherein the locking part engages with a locking element provided on the cleaning element so as to prevent a removal of the cleaning element outside of the receiving housing and a release position, wherein the locking part releases the locking element so as to enable a removal of the cleaning element outside of the receiving housing , - a control part which is movable between an inactive position and an active position, and - a connecting part connecting the control part and the locking part , and in that the locking member is configured such that a movement of the control part from the inactive position to the active position resiliently deforms at least the connecting part so as to lead to a movement of the locking part from the locking position to the release position. - a main body comprising a receiving housing opening into a lower face of the main body , - a cleaning element removably mounted in the receiving housing and configured to be removed outside of the receiving housing in a removal direction (D2), and - a locking member which is configured to lock the cleaning element in the receiving housing , - a locking part which is movable between a locking position, wherein the locking part engages with a locking element provided on the cleaning element so as to prevent a removal of the cleaning element outside of the receiving housing and a release position, wherein the locking part releases the locking element so as to enable a removal of the cleaning element outside of the receiving housing , - a control part which is movable between an inactive position and an active position, and - a connecting part connecting the control part and the locking part , and in that the locking member is configured such that a movement of the control part from the inactive position to the active position resiliently deforms at least the connecting part so as to lead to a movement of the locking part from the locking position to the release position.
A drive system for an electric toothbrush comprising concentric inner and outer rotatable shafts, the inner shaft extending beyond the outer shaft ; an indexing assembly comprising a carriage located about the extending portion of the inner shaft and reciprocally displaceable longitudinally of the inner shaft , and at least a first converter for translating linear displacement of the carriage into limited angular displacement of the carriage; a first coupling selectively operable to transmit drive from the inner shaft to the carriage; and a second coupling selectively operable to transmit drive from the carriage to the outer shaft, characterized in that the indexing assembly comprises a pair of converters for translating linear displacement of the carriage in one direction into a first limited angular displacement of the carriage and linear displacement of the carriage in a second direction opposite to the first direction into a limited second angular displacement of the carriage.
A medical device system for detecting an epileptic seizure based upon a patient's cardiac signal and body movement, comprising: a heart beat sensor for sensing a cardiac signal indicative of the patient's heart beats; a motion sensor for sensing a kinetic signal indicative of a body movement of the patient; a detection module for detecting an epileptic seizure based upon the cardiac signal and the kinetic signal; wherein the detection module comprises a program storage device having an algorithm for detecting an epileptic seizure, said algorithm when executed being capable of performing a method comprising the steps of detecting a possible epileptic seizure based upon changes in the patient's cardiac signal; calculating at least one kinetic score for said kinetic signal, said at least one kinetic score being indicative of a correlation of said kinetic signal with an epileptic seizure; confirming the detection of the possible epileptic seizure if the kinetic score is indicative of a high correlation with an epileptic seizure; and overriding the detection of the possible epileptic seizure if the kinetic score is indicative of a low correlation with an epileptic seizure; and providing an output indicative of the epileptic seizure if the detecting is confirmed; and further comprising an epileptic event classification module for classifying said epileptic seizure as a tonic-clonic, simple partial or complex partial seizure based upon at least one of said cardiac signal and said kinetic signal. a heart beat sensor for sensing a cardiac signal indicative of the patient's heart beats; a motion sensor for sensing a kinetic signal indicative of a body movement of the patient; a detection module for detecting an epileptic seizure based upon the cardiac signal and the kinetic signal; wherein the detection module comprises a program storage device having an algorithm for detecting an epileptic seizure, said algorithm when executed being capable of performing a method comprising the steps of detecting a possible epileptic seizure based upon changes in the patient's cardiac signal; calculating at least one kinetic score for said kinetic signal, said at least one kinetic score being indicative of a correlation of said kinetic signal with an epileptic seizure; confirming the detection of the possible epileptic seizure if the kinetic score is indicative of a high correlation with an epileptic seizure; and overriding the detection of the possible epileptic seizure if the kinetic score is indicative of a low correlation with an epileptic seizure; and providing an output indicative of the epileptic seizure if the detecting is confirmed; and further comprising an epileptic event classification module for classifying said epileptic seizure as a tonic-clonic, simple partial or complex partial seizure based upon at least one of said cardiac signal and said kinetic signal.
A UPS system comprising: a cubiform power distribution assembly having a plurality of side faces and comprising an AC input and an AC output ; and at least two uninterruptible power supply (UPS) assemblies configured to be positioned outside of the power distribution assembly and configured to extend perpendicularly from respective opposite sides of the power distribution assembly and having respective side faces confronting respective ones of the side faces of the power distribution assembly , each of the at least two UPS assemblies comprising a plurality of converter modules and an interconnection module configured to switchably couple AC inputs and AC outputs of the converter modules to respective ones of the AC input and the AC output of the power distribution assembly through conductors passing through the confronting side faces. a cubiform power distribution assembly having a plurality of side faces and comprising an AC input and an AC output ; and at least two uninterruptible power supply (UPS) assemblies configured to be positioned outside of the power distribution assembly and configured to extend perpendicularly from respective opposite sides of the power distribution assembly and having respective side faces confronting respective ones of the side faces of the power distribution assembly , each of the at least two UPS assemblies comprising a plurality of converter modules and an interconnection module configured to switchably couple AC inputs and AC outputs of the converter modules to respective ones of the AC input and the AC output of the power distribution assembly through conductors passing through the confronting side faces.
A park brake system for adjusting a tension in a brake cable that is coupled to a park brake , the park brake system comprising: a driver communicatively coupled to a microcontroller an actuator having a thread portion , the actuator being rotatably displaceable by operation of the driver ; an equalizer assembly having at least one extension and an internal thread, the at least one extension configured to be coupled to the brake cable , the equalizer assembly being linearly displaceable along the actuator when the actuator is rotatably displaced by a mating engagement between the internal thread and the threaded portion of the actuator ; and an encoder coupled to the driver , the encoder being communicatively coupled to the microcontroller and configured to output a signal that indicates at least one of a speed and position of an output shaft of the driver ; wherein the microcontroller is configured to monitor a current being drawn by the driver as the driver is operated and generate instructions to cease operation of the driver upon the current reaching a predetermined current threshold, the predetermined current threshold corresponding to a maximum force that is to be applied by the park brake , and wherein the microcontroller is configured to determine, using the output from the encoder , if the park brake has been displaced to a running clearance position where the park brake is separated from a wheel component by a distance that prevents the park brake from engaging the wheel component in a manner that can produce park drag. a driver communicatively coupled to a microcontroller an actuator having a thread portion , the actuator being rotatably displaceable by operation of the driver ; an equalizer assembly having at least one extension and an internal thread, the at least one extension configured to be coupled to the brake cable , the equalizer assembly being linearly displaceable along the actuator when the actuator is rotatably displaced by a mating engagement between the internal thread and the threaded portion of the actuator ; and an encoder coupled to the driver , the encoder being communicatively coupled to the microcontroller and configured to output a signal that indicates at least one of a speed and position of an output shaft of the driver ; wherein the microcontroller is configured to monitor a current being drawn by the driver as the driver is operated and generate instructions to cease operation of the driver upon the current reaching a predetermined current threshold, the predetermined current threshold corresponding to a maximum force that is to be applied by the park brake , and wherein the microcontroller is configured to determine, using the output from the encoder , if the park brake has been displaced to a running clearance position where the park brake is separated from a wheel component by a distance that prevents the park brake from engaging the wheel component in a manner that can produce park drag.
A unit specific information management system for managing specific information of multiple units (13-16) that are configured to be exchangeably attached to any one of multiple devices connected via a network , wherein each of the units is provided with an ID recording section (17-20) configured to store or record identification information, hereinafter "unit ID", of the units, each of the devices is provided with an ID reading section configured to read the unit ID from the ID recording section of the unit set on the device, characterized in that each of the devices is provided with a non-volatile storing section configured to rewritably store the specific information of the unit and an update date and time of the specific information linked to the unit ID, and each device is configured to issue a request to another device connected via a network to send the update date and time of the specific information of the unit corresponding to the unit ID read by the ID reading section from the ID recording section of the unit set on the device, and in a case in which the update date and time of the specific information of the unit sent from the other device in accordance with the request is more recent than the update date and time of the specific information of the unit stored in the storing section of the device that issued the request, or in a case in which the specific information of the unit is not stored in the storing section of the device that issued the request, the device requests the other device to send the specific information of the unit, and the device stores the specific information of the unit and the update date and time sent from the other device in accordance with the request in the storing section of the device.
An instrument system for use with an interspinous or interlaminar stabilization device , comprising: a handle component ; and a head component releasably attachable to the handle component , characterized in that the head component has dual functioning ends, a first end being configured for interspinous, interlaminar or anatomical space measurement between adjacent vertebrae, and a second, opposed end being configured for attachment to an interspinous or interlaminar stabilization device for placement within the measured anatomical space; wherein the head component is attachable at either of the dual functioning ends to the handle component . a handle component ; and a head component releasably attachable to the handle component , characterized in that the head component has dual functioning ends, a first end being configured for interspinous, interlaminar or anatomical space measurement between adjacent vertebrae, and a second, opposed end being configured for attachment to an interspinous or interlaminar stabilization device for placement within the measured anatomical space; wherein the head component is attachable at either of the dual functioning ends to the handle component .
Hand-guided treatment device, preferably a garden or forestry treatment device, comprising - a motor housing , which comprises a basic housing body that extends at least on a first housing side , and a remaining housing body , which is connected to the basic housing body and, together with the basic housing body , encloses a housing interior , and - a drive motor in the housing interior , said motor being held on the basic housing body , wherein - the basic housing body comprises a tool-holding device for holding a treatment tool driven by the drive motor , - the basic housing body forms a rigid motor- and tool-supporting structure which extends at least on the first housing side and on an adjoining second housing side , forming an L shape, characterized in that - the remaining housing body forms a non-rigid remaining housing structure. - a motor housing , which comprises a basic housing body that extends at least on a first housing side , and a remaining housing body , which is connected to the basic housing body and, together with the basic housing body , encloses a housing interior , and - a drive motor in the housing interior , said motor being held on the basic housing body , wherein - the basic housing body comprises a tool-holding device for holding a treatment tool driven by the drive motor , - the basic housing body forms a rigid motor- and tool-supporting structure which extends at least on the first housing side and on an adjoining second housing side , forming an L shape, characterized in that - the remaining housing body forms a non-rigid remaining housing structure.