mhurhangee/ep-ind-claims huggingface dataset:
A telematics system comprising a three-axis accelerometer associated with a moving object and configured to generate orientation data, a velocity measuring device, and a data processor, wherein the data processor is configured to: accumulate orientation data of the accelerometer and/or velocity data of the velocity measuring device when moving between 5km/h and 80km/h; calculate a first rotation of the orientation data to isolate horizontal components of orientation data from the accelerometer; calculate a second rotation of the orientation data of the accelerometer dependent on acceleration data obtained from the velocity measuring device; and to perform the first and second rotations on the orientation data of the accelerometer to calibrate the orientation of the accelerometer relative to the moving object. accumulate orientation data of the accelerometer and/or velocity data of the velocity measuring device when moving between 5km/h and 80km/h; calculate a first rotation of the orientation data to isolate horizontal components of orientation data from the accelerometer; calculate a second rotation of the orientation data of the accelerometer dependent on acceleration data obtained from the velocity measuring device; and to perform the first and second rotations on the orientation data of the accelerometer to calibrate the orientation of the accelerometer relative to the moving object.
Awning-cloth fixing and guiding device, comprising - an awning cloth having a side edge extending in the deployment direction of the awning, and a deployment edge extending transversely thereto, - a deployment profile of the awning, in which the deployment edge of the awning cloth is anchored, - a guide rail, extending in the deployment direction, for the deployment profile, - a guide web on the side edge of the awning cloth, which is guided displaceably in the deployment direction in an undercut slot in the guide rail, - a clamping zone on the awning cloth, in the corner region thereof between the side edge and deployment edge, said clamping zone being at least indirectly connected to the deployment profile via a clamping device, characterized in that - the clamping device has two clamping jaws (15, 16) that form between one another a slot-like clamping receptacle for the clamping zone of the awning cloth, wherein the clamping zone is introduced into the clamping receptacle in a manner in surface contact with a separate clamping plate and is fixed between the clamping plate and one of the clamping jaws by means of a screw fitting engaging in the clamping plate. - an awning cloth having a side edge extending in the deployment direction of the awning, and a deployment edge extending transversely thereto, - a deployment profile of the awning, in which the deployment edge of the awning cloth is anchored, - a guide rail, extending in the deployment direction, for the deployment profile, - a guide web on the side edge of the awning cloth, which is guided displaceably in the deployment direction in an undercut slot in the guide rail, - a clamping zone on the awning cloth, in the corner region thereof between the side edge and deployment edge, said clamping zone being at least indirectly connected to the deployment profile via a clamping device, characterized in that - the clamping device has two clamping jaws (15, 16) that form between one another a slot-like clamping receptacle for the clamping zone of the awning cloth, wherein the clamping zone is introduced into the clamping receptacle in a manner in surface contact with a separate clamping plate and is fixed between the clamping plate and one of the clamping jaws by means of a screw fitting engaging in the clamping plate.
A method comprising: directing a printing assembly to apply a first ink of a first color toward first areas of a machine-readable data representation on a corrugated material surface; and directing the printing assembly to apply a second ink of a second color toward second areas of the machine-readable data representation on the corrugated material surface, the second color of the second ink being different from the first color of the first ink, wherein the first and second areas do not overlap each other, wherein the printing assembly is directed to apply the first ink and to apply the second ink to form the machine-readable data representation for machine scanning of the machine-readable data representation while on the corrugated material surface. directing a printing assembly to apply a first ink of a first color toward first areas of a machine-readable data representation on a corrugated material surface; and directing the printing assembly to apply a second ink of a second color toward second areas of the machine-readable data representation on the corrugated material surface, the second color of the second ink being different from the first color of the first ink, wherein the first and second areas do not overlap each other, wherein the printing assembly is directed to apply the first ink and to apply the second ink to form the machine-readable data representation for machine scanning of the machine-readable data representation while on the corrugated material surface.
System having at least one transport unit for accommodating material storage units and having a feed apparatus for coating material, the feed apparatus comprising: at least one transfer station, preferably several transfer stations, for receiving the transport unit, said transport unit comprising receptacles for material storage units for accommodating coating material, in particular narrow-surface coating material in roll form, a take-up arm which comprises a guide for a coating material, wherein the take-up arm has a transport mechanism for moving the coating material, and the guide of the take-up arm is channel-like in form, characterised in that the take-up arm can be swivelled between the receptacles for material storage units of the transport unit. at least one transfer station, preferably several transfer stations, for receiving the transport unit, said transport unit comprising receptacles for material storage units for accommodating coating material, in particular narrow-surface coating material in roll form, a take-up arm which comprises a guide for a coating material, wherein the take-up arm has a transport mechanism for moving the coating material, and the guide of the take-up arm is channel-like in form, characterised in that the take-up arm can be swivelled between the receptacles for material storage units of the transport unit.
Method for production of a waterproof, breathable shoe structure, said shoe structure having an exterior upper with a lower end, an inside and an outside, and an interior upper (2, 3) with a lower end, an insole with a surrounding outer edge and an outsole, characterised in that a band made from a thermoplastic material is placed around the end of the exterior upper along the lower end of the exterior upper so that the band made from a thermoplastic material extends from the outside of the exterior upper over the lower end of the exterior upper to the inside of the exterior upper, that the band made from a thermoplastic material is fixed to the exterior upper before the interior upper (2, 3) is joined to the band made from a thermoplastic material by a seam, and that after sewing the band made from a thermoplastic material is caused to melt at least in the area of the seam.
A process for producing a purified inactivated split virus bulk comprising the steps of: (i) propagation of a working seed in fertilized hen's eggs, harvesting and pooling of infected allantoic fluids so as to obtain a crude whole virus bulk, (ii) purification of the virus strain leading to a purified whole virus bulk, (iii) splitting of the purified monovalent whole virus bulk with sodium deoxycholate resulting in a purified split virus bulk, and (iv) inactivation of the purified split monovalent virus bulk in two steps by incubation with sodium deoxycholate and with formaldehyde, followed by ultrafiltration and sterile filtration in order to obtain the purified inactivated split virus bulk characterised in that the purified split virus bulk is gradually filtered down to a 0.45 μm or higher filter membrane, followed by a second membrane filtration step with a pore size of 0.45 μm or lower, and wherein t-octylphenoxypolyethoxyethanol (TRITON X-100 TM) is added so as to reach 0.25% final concentration in the filtrate. (i) propagation of a working seed in fertilized hen's eggs, harvesting and pooling of infected allantoic fluids so as to obtain a crude whole virus bulk, (ii) purification of the virus strain leading to a purified whole virus bulk, (iii) splitting of the purified monovalent whole virus bulk with sodium deoxycholate resulting in a purified split virus bulk, and (iv) inactivation of the purified split monovalent virus bulk in two steps by incubation with sodium deoxycholate and with formaldehyde, followed by ultrafiltration and sterile filtration in order to obtain the purified inactivated split virus bulk
An insect trap comprising: a housing; a glue board receiving space located inside the housing; one or more light sources for attracting insects into the housing; and a camera having a lens with a focal length in the range 1mm ≤ f ≤ 18mm, the lens having a front element, wherein the camera is positioned to capture images of a glue board when said glue board is received in the glue board receiving space, wherein the light received by the lens of the camera for capturing images of the glue board comprises light from the one or more light sources reflected from the glue board; wherein there is no line of sight between the or each light source and the front element of the lens, for preventing light from the or each light source reaching the front element directly. a housing; a glue board receiving space located inside the housing; one or more light sources for attracting insects into the housing; and a camera having a lens with a focal length in the range 1mm ≤ f ≤ 18mm, the lens having a front element, wherein the camera is positioned to capture images of a glue board when said glue board is received in the glue board receiving space, wherein the light received by the lens of the camera for capturing images of the glue board comprises light from the one or more light sources reflected from the glue board; wherein there is no line of sight between the or each light source and the front element of the lens, for preventing light from the or each light source reaching the front element directly.
Ledger with locking device for locking ledgers to standards in modular scaffolding, the locking device exhibiting a spring catch to be arranged between said ledger and a standard, said catch consisting of a bent wire and is arranged on the ledger, said catch, in its locked position, securing the ledger to the standard, characterised in that the catch is arranged so as to be retainable in an open, non-locking position, said ledger comprising a vertical portion having two holes (3, 3'), said bent wire being affixed by its two ends in said two holes (3, 3'), and being maintained in its mounted position, on the vertical portion of the ledger, through spring force or by overbending, wherein said holes (3, 3') being spaced in relation to each other, both vertically and horizontally, thus controlling the springing properties of the catch so that the catch is resiliently pushed forward, towards the standard, in the locking position, and when it is moved rearwards, past a dead centre, it will instead spring rearwards to be maintained, by itself, in the open position.
Vehicle for an endless cableway, which can be transported in a direction of travel by a circulating traction or conveying cable of the endless cableway, comprising a passenger unit for accommodating passengers, a clamping device for connecting the vehicle to a circulating traction or conveying cable of the endless cableway, and a suspension means to which the passenger unit is attached and which is connected to the clamping device, wherein the passenger unit comprises at least one sliding element (12, 13) which is formed in particular at least transparent in sections and which is movable between a pushed-down closed position and a pushed-up open position, characterized in that the sliding element (12, 13) is displaceably guided in the region of opposite edges along sliding guides (14, 14', 15, 15'), and that the sliding guides (14, 14', 15, 15') extend in an arc shape.
A radiological imaging assembly comprising an intra-oral image sensor comprising an active face corresponding to the photosensitive surface, which is intended to be turned toward an X-ray source, characterized in that it comprises at least one mirror which is placed in front of the active face of the sensor, the mirror face reflecting the visible light being turned in the same direction as the active face of the sensor.
A sanitary ware, comprising: a sanitary ware body, wherein a sewage cavity is provided at the bottom of the sanitary ware body, and a sewage draining exit is arranged on the bottom of the sewage cavity; a liquid channel and a foam channel that are not in communication with each other are provided on the sanitary ware body; the sanitary ware body is further provided with a water inlet and a foam inlet, the water inlet being in communication with the liquid channel, and the foam inlet being in communication with the foam channel; and a deodorizing device adapted to be closed and opened is provided at the bottom of the sewage draining exit; characterised in that the liquid channel and the foam channel are ceramic structure integrally formed in the sanitary ware body, in that the liquid channel is provided with liquid outlets, and the foam channel is provided with foam outlets, the liquid outlets and the foam outlets being arranged on the upper inner wall of the sewage cavity and in that the foam channel is arranged in U shape surrounding the sewage cavity, and the opening of the U shape is arranged at the side opposite to the foam inlet. a sanitary ware body, wherein a sewage cavity is provided at the bottom of the sanitary ware body, and a sewage draining exit is arranged on the bottom of the sewage cavity; a liquid channel and a foam channel that are not in communication with each other are provided on the sanitary ware body; the sanitary ware body is further provided with a water inlet and a foam inlet, the water inlet being in communication with the liquid channel, and the foam inlet being in communication with the foam channel; and a deodorizing device adapted to be closed and opened is provided at the bottom of the sewage draining exit; characterised in that the liquid channel and the foam channel are ceramic structure integrally formed in the sanitary ware body, in that the liquid channel is provided with liquid outlets, and the foam channel is provided with foam outlets, the liquid outlets and the foam outlets being arranged on the upper inner wall of the sewage cavity and in that the foam channel is arranged in U shape surrounding the sewage cavity, and the opening of the U shape is arranged at the side opposite to the foam inlet.
A corrosion inhibitor comprising: (a) an inorganic alkali and/or alkaline earth metal compound; and (b) an aldehyde and/or ketone component comprising: at least one aromatic ring comprising a ketone and/or aldehyde group and at least one pendant group represented by -OR 1, wherein the aldehyde and/or ketone component comprises a substituted benzaldehyde, a substituted benzophenone, or a substituted 4-pyrone and wherein each R 1 is independently selected from hydrogen, an alkyl group, or an aryl group. (a) an inorganic alkali and/or alkaline earth metal compound; and (b) an aldehyde and/or ketone component comprising: at least one aromatic ring comprising a ketone and/or aldehyde group and at least one pendant group represented by -OR 1,
A computer implemented method for determining whether a test object is an authentic object onto which an expected encoded image has been applied, the test object being a document, a package, or goods, the expected encoded image having been constructed by encoding an authentication image using one of a plurality of sets of encoding information, each set of the encoding information comprising one or more encoding parameters that provide deviations from regular periodic behaviour and render the authentication image not discernible to a viewer of the expected encoded image without use of a decoding device, the method comprising: receiving a digital image of at least a portion of the test object, the digital image including the expected encoded image generated using one of the plurality of sets of encoding information; characterised by entering or deriving test object information from the digital image, the test object information being used to associate the digital image with the test object from which the digital image was captured; retrieving, based on the test object information, a test object-specific one of the plurality of sets of encoding information from an encoding information database (130, 252) that stores the plurality of sets of encoding information, the test object-specific one of the plurality of sets of encoding information being associated with the test object; and using one or more encoding parameters of the test object-specific set of encoding information to obtain a digital decoding algorithm, applying the digital decoding algorithm to the digital image to establish a decoding result for comparison with authentication criteria of the authentic object to establish an authentication result. receiving a digital image of at least a portion of the test object, the digital image including the expected encoded image generated using one of the plurality of sets of encoding information; characterised by entering or deriving test object information from the digital image, the test object information being used to associate the digital image with the test object from which the digital image was captured; retrieving, based on the test object information, a test object-specific one of the plurality of sets of encoding information from an encoding information database (130, 252) that stores the plurality of sets of encoding information, the test object-specific one of the plurality of sets of encoding information being associated with the test object; and using one or more encoding parameters of the test object-specific set of encoding information to obtain a digital decoding algorithm, applying the digital decoding algorithm to the digital image to establish a decoding result for comparison with authentication criteria of the authentic object to establish an authentication result.
Method for carrying out a multimodal dialogue in a vehicle, in particular a motor vehicle, wherein the multimodal dialogue comprises a voice dialogue and gesture recognition, having the steps of - capturing an input of a vehicle user for activating the voice dialogue, wherein the input of the vehicle user for activating the voice dialogue is or comprises a first voice input of the vehicle user, - processing the first voice input, - checking whether the dialogue has been concluded, and - activating the gesture recognition if the dialogue has not been concluded. - capturing an input of a vehicle user for activating the voice dialogue, wherein the input of the vehicle user for activating the voice dialogue is or comprises a first voice input of the vehicle user, - processing the first voice input, - checking whether the dialogue has been concluded, and - activating the gesture recognition if the dialogue has not been concluded.
A method for wellbore logging, comprising: introducing a resistivity logging tool (126, 400) including one or more transmitter coils (T1-T4) and one or more receiver coils (R1-R12) into a wellbore; transmitting a first signal at a first frequency and a second signal at a second frequency different from the first frequency simultaneously with a first transmitter coil at known amplitudes; receiving with a first receiver coil a first response signal based on the first signal at the first frequency and a second response signal based on the second signal at the second frequency, the first response signal and the second response signal being received simultaneously at the first frequency and the second frequency, respectively; calculating a ratio between the first and second response signals and thereby obtaining a ratio signal; processing the ratio signal in an inversion algorithm; and determining one or more formation characteristics of a subterranean formation surrounding the wellbore based on the ratio signal as processed by the inversion algorithm. introducing a resistivity logging tool (126, 400) including one or more transmitter coils (T1-T4) and one or more receiver coils (R1-R12) into a wellbore; transmitting a first signal at a first frequency and a second signal at a second frequency different from the first frequency simultaneously with a first transmitter coil at known amplitudes; receiving with a first receiver coil a first response signal based on the first signal at the first frequency and a second response signal based on the second signal at the second frequency, the first response signal and the second response signal being received simultaneously at the first frequency and the second frequency, respectively; calculating a ratio between the first and second response signals and thereby obtaining a ratio signal; processing the ratio signal in an inversion algorithm; and determining one or more formation characteristics of a subterranean formation surrounding the wellbore based on the ratio signal as processed by the inversion algorithm.