mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a transport container with objects of value, comprising the steps of: - feeding the transport container to an apparatus for the automatic processing of the transport container; - automatic severing of the transport container in the apparatus by means of a severing device; - automatic emptying of the objects of value from the severed transport container; - automatic collection of the emptied objects of value by a collection container; characterized in - that the collection container with the objects of value for the further processing of the objects of value is automatically transported away, and - that the severing device is automatically adjusted, depending on the size and/or form of the transport container, to the transport container to be opened. - feeding the transport container to an apparatus for the automatic processing of the transport container; - automatic severing of the transport container in the apparatus by means of a severing device; - automatic emptying of the objects of value from the severed transport container; - automatic collection of the emptied objects of value by a collection container; - that the collection container with the objects of value for the further processing of the objects of value is automatically transported away, and - that the severing device is automatically adjusted, depending on the size and/or form of the transport container, to the transport container to be opened.
Method performed by a seat adjustment node in a vehicle for optimizing the comfort of a passenger in the vehicle, the method comprising: - sensing the presence of a passenger in a front seat of the vehicle, - determining an adapted front seat position based on the sensing of the presence of a passenger in the front seat, - moving the front seat to or retaining in, the adapted front seat position, - sensing the presence of a passenger in the rear seat, - determining an adapted front seat position based on the sensing of the presence of a passenger in the rear seat, - moving the front seat in a rearward direction to a first adapted front seat position if a passenger is sensed in the front seat, and - moving the front seat in a forward direction to a second adapted front seat position if a passenger is not sensed in the front seat and a passenger is sensed in the rear seat. - sensing the presence of a passenger in a front seat of the vehicle, - determining an adapted front seat position based on the sensing of the presence of a passenger in the front seat, - moving the front seat to or retaining in, the adapted front seat position, - sensing the presence of a passenger in the rear seat, - determining an adapted front seat position based on the sensing of the presence of a passenger in the rear seat, - moving the front seat in a rearward direction to a first adapted front seat position if a passenger is sensed in the front seat, and - moving the front seat in a forward direction to a second adapted front seat position if a passenger is not sensed in the front seat and a passenger is sensed in the rear seat.
A kit for measuring a titer of a protein comprising a human Fc, comprising (a) a diluent for sample including 5 to 100 % (w/v) bovine serum, 0.05 to 0.2 % (w/v) skim milk, and 0.025 to 0.1 % (w/v) non-ionic surfactant and optionally a 0.025 to 0.1 % (w/v) preservative, preferably Proclin 300; (b) a diluent for conjugate, wherein the diluent includes 5 to 20 % (w/v) goat serum; and (c) a cleansing solution including 10 to 40 mM sodium acetate, 75 to 300 mM sodium chloride, and 0.025 to 0.1 % (w/v) non-ionic surfactant. (a) a diluent for sample including 5 to 100 % (w/v) bovine serum, 0.05 to 0.2 % (w/v) skim milk, and 0.025 to 0.1 % (w/v) non-ionic surfactant and optionally a 0.025 to 0.1 % (w/v) preservative, preferably Proclin 300; (b) a diluent for conjugate, wherein the diluent includes 5 to 20 % (w/v) goat serum; and (c) a cleansing solution including 10 to 40 mM sodium acetate, 75 to 300 mM sodium chloride, and 0.025 to 0.1 % (w/v) non-ionic surfactant.
A form A crystal of 4-(3S-(1R-(1-naphthyl)ethylamino)pyrrolidin-1-yl)phenylacetic acid showing peaks at 17.3° ± 0.2° and 22.6° ± 0.2° as diffraction angles expressed as 2θ in the powder X-ray diffraction spectrum.
A cleaning apparatus for cleaning a needle bed of a flatbed knitting machine comprising compound needles, the needle bed being roughly rectangular in shape and extending in the longitudinal direction, having plural needle grooves formed in the advancement and retraction direction perpendicular to the longitudinal direction and one of the longitudinal sides becomes the needle bed gap side, the cleaning apparatus comprising a nozzle capable of spraying a fluid, a head, on which the nozzle is mounted and which is capable to move along the longitudinal direction and the retraction direction of the surface of the needle bed, a cleaning bath and a housing wherein the needle bed is equipped with compound needles accommodated in the needle grooves can be attached in an inclined position such that the needle bed gap side is located lower to be cleaned, wherein each of the compound needles comprises a needle body having a hook at a leading end on the needle bed gap side and a driving butt at a base end, a slider having a blade for opening and closing the hook and having a driving butt; the cleaning apparatus being characterized by holding means capable of holding one of said driving butts (21b, 22b) of said needle bodies or said sliders and a controller for controlling the spraying of the fluid from the nozzle, an orientation of the nozzle and the head movement while spraying the fluid from the nozzle onto the other driving butts (21b, 22b), and capable to move the head such that the relative positions of the needle bodies and the sliders are switched to be different. a nozzle capable of spraying a fluid, a head, on which the nozzle is mounted and which is capable to move along the longitudinal direction and the retraction direction of the surface of the needle bed, a cleaning bath and a housing wherein the needle bed is equipped with compound needles accommodated in the needle grooves can be attached in an inclined position such that the needle bed gap side is located lower to be cleaned, wherein each of the compound needles comprises a needle body having a hook at a leading end on the needle bed gap side and a driving butt at a base end, a slider having a blade for opening and closing the hook and having a driving butt; the cleaning apparatus being characterized by holding means capable of holding one of said driving butts (21b, 22b) of said needle bodies or said sliders and a controller for controlling the spraying of the fluid from the nozzle, an orientation of the nozzle and the head movement while spraying the fluid from the nozzle onto the other driving butts (21b, 22b), and capable to move the head such that the relative positions of the needle bodies and the sliders are switched to be different.
A heat-sealed squeezable dispensing pouch comprising: an outer sheet having a front wall, a rear wall and a folded edge located between the front wall and the rear wall, wherein the outer sheet is folded along the folded edge such that an inner surface of the front wall faces an inner surface of the rear wall; a first heat seal coupling the inner surface of a peripheral section of the front wall to a peripheral section of the inner surface of the rear wall such that the inner surfaces of the front and rear walls define an interior chamber; a rupturable inner membrane formed from a contiguous, single monolayer of thermoplastic material, the rupturable inner membrane located within the interior chamber, wherein the rupturable inner membrane divides the interior chamber into a contents compartment and a dispensing channel, wherein the first heat seal defines an edge of the contents compartment and the folded edge defines an edge of the dispensing channel; a second heat seal coupling the rupturable inner membrane to the inner surface of the front wall; a third heat seal coupling the rupturable inner membrane to the inner surface of the rear wall; and wherein the second heat seal and the third heat seal are positioned within the interior chamber; wherein the rupturable inner membrane is configured to break when a pressure within the contents compartment is greater than a rupture threshold, wherein the first, second and third heat seals are configured to remain sealed when the inner membrane breaks. an outer sheet having a front wall, a rear wall and a folded edge located between the front wall and the rear wall, wherein the outer sheet is folded along the folded edge such that an inner surface of the front wall faces an inner surface of the rear wall; a first heat seal coupling the inner surface of a peripheral section of the front wall to a peripheral section of the inner surface of the rear wall such that the inner surfaces of the front and rear walls define an interior chamber; a rupturable inner membrane formed from a contiguous, single monolayer of thermoplastic material, the rupturable inner membrane located within the interior chamber, wherein the rupturable inner membrane divides the interior chamber into a contents compartment and a dispensing channel, wherein the first heat seal defines an edge of the contents compartment and the folded edge defines an edge of the dispensing channel; a second heat seal coupling the rupturable inner membrane to the inner surface of the front wall; a third heat seal coupling the rupturable inner membrane to the inner surface of the rear wall; and wherein the second heat seal and the third heat seal are positioned within the interior chamber; wherein the rupturable inner membrane is configured to break when a pressure within the contents compartment is greater than a rupture threshold, wherein the first, second and third heat seals are configured to remain sealed when the inner membrane breaks.
An original key recovery apparatus, the apparatus comprises: a coherent coupling unit, a reference optical balanced detection unit and a quantum optical balanced detection unit that are connected to the coherent coupling unit, a carrier recovery unit connected to the reference optical balanced detection unit, and a key recovery unit connected to the quantum optical balanced detection unit, wherein the carrier recovery unit is connected to the key recovery unit; the coherent coupling unit is configured to perform optical splitting processing and coherent coupling on a received transmit optical signal based on a local oscillator optical signal to obtain at least two coherently coupled optical signals, wherein the transmit optical signal comprises a reference optical signal and a quantum optical signal, the at least two coherently coupled optical signals comprise at least one first coherently coupled optical signal and at least one second coherently coupled optical signal, each first coherently coupled optical signal comprises at least the reference optical signal, and each second coherently coupled optical signal comprises at least the quantum optical signal; wherein the light intensity of the reference signal is higher than the light intensity of the quantum optical signal; the reference optical balanced detection unit is configured to: perform optical-to-electrical conversion and amplification on the at least one first coherently coupled optical signal to obtain at least one first electrical signal, and transmit the at least one first electrical signal to the carrier recovery unit; the quantum optical balanced detection unit is configured to: perform optical-to-electrical conversion and amplification on the at least one second coherently coupled optical signal to obtain at least one second electrical signal, and transmit the at least one second electrical signal to the key recovery unit; wherein an amplification factor corresponding to the first coherently coupled optical signal is smaller than an amplification factor corresponding to the second coherently coupled optical signal; the carrier recovery unit is configured to: determine, from the at least one first electrical signal, phase frequency information between the local oscillator optical signal and the reference optical signal, and send the phase frequency information to the key recovery unit; and the key recovery unit is configured to recover an original key from the at least one second electrical signal based on the received phase frequency information.
Circuit for measuring the current flowing through a load, which comprises: - a cable having, between the first and second ends, first and second conductors (11, 12) and a shield, the conductors being able to be connected to a load at the first end and to a generator at the second end, the shield not being connected to ground at the first end; - characterized in that it comprises: - a transformer having at least first, second and third windings (31 to 33), the first winding being connected to a conductor at the second end of the cable, the second winding being connected between ground and the shield at the second end of the cable, the third winding being able to be connected to a current measuring device. - a cable having, between the first and second ends, first and second conductors (11, 12) and a shield, the conductors being able to be connected to a load at the first end and to a generator at the second end, the shield not being connected to ground at the first end; - characterized in that it comprises: - a transformer having at least first, second and third windings (31 to 33), the first winding being connected to a conductor at the second end of the cable, the second winding being connected between ground and the shield at the second end of the cable, the third winding being able to be connected to a current measuring device. - a transformer having at least first, second and third windings (31 to 33), the first winding being connected to a conductor at the second end of the cable, the second winding being connected between ground and the shield at the second end of the cable, the third winding being able to be connected to a current measuring device.
Apparatus for transporting and positioning of balancing weights coupled together to form a chain of balancing weights, comprising at least one drive means, characterized in, that the at least one drive means comprises a transport wheel which has at least one cam to interface with a gap between two adjacent balancing weights, without deforming the balancing weights.
A lighting device comprising: a first light emitting element and a second light emitting element which are connected in series, each comprising: a first electrode (502b, 502c); a first light emitting layer (506b, 506c) over the first electrode (502b, 502c); and a second electrode (507b, 507c) over the first electrode (502b, 502c) with the first light emitting layer (506b, 506c) therebetween; wherein the first electrode of the first light emitting element and the first electrode of the second light emitting element are separated from each other; and characterized by a partition layer covering an edge portion of the first electrodes (502b, 502c) of the first light emitting element and the second light emitting element, wherein the partition layer includes a first opening over the first electrode of the first light emitting element and a second opening over the first electrode of the second light emitting element, wherein part of the first light emitting layers (506b, 506c) is over the partition layer. a first light emitting element and a second light emitting element which are connected in series, each comprising: a first electrode (502b, 502c); a first light emitting layer (506b, 506c) over the first electrode (502b, 502c); and a second electrode (507b, 507c) over the first electrode (502b, 502c) with the first light emitting layer (506b, 506c) therebetween; a first electrode (502b, 502c); a first light emitting layer (506b, 506c) over the first electrode (502b, 502c); and a second electrode (507b, 507c) over the first electrode (502b, 502c) with the first light emitting layer (506b, 506c) therebetween; wherein the first electrode of the first light emitting element and the first electrode of the second light emitting element are separated from each other; and characterized by a partition layer covering an edge portion of the first electrodes (502b, 502c) of the first light emitting element and the second light emitting element, wherein the partition layer includes a first opening over the first electrode of the first light emitting element and a second opening over the first electrode of the second light emitting element, wherein part of the first light emitting layers (506b, 506c) is over the partition layer.
A method for acquiring an image of a dental arch of a patient, said method comprising the following steps: a') activation of an image acquisition apparatus so as to acquire an image, called "analysis image", of said arch; b') analysis of the analysis image by means of a deep learning device, preferably a neural network, trained by means of a learning base; c') determination, for the analysis image, as a function of the results of the analysis in the preceding step, of a value for an image attribute; d') comparison of said image attribute value with a setpoint; e') sending of an information message as a function of said comparison, the method being characterized in that the information message is related to the quality of the image acquired and/or to the position of the acquisition apparatus in relation to said arch and/or to the setting of the acquisition apparatus and/or to the opening of the mouth and/or to the wearing of a dental appliance during the acquisition of the image, preferably an orthodontic appliance, so as to check whether the analysis image respects the setpoint and, if it does not respect the setpoint, to guide the operator in order for him or her to acquire a new analysis image, which allows an "embedded monitoring", the acquisition apparatus being a cellphone. a') activation of an image acquisition apparatus so as to acquire an image, called "analysis image", of said arch; b') analysis of the analysis image by means of a deep learning device, preferably a neural network, trained by means of a learning base; c') determination, for the analysis image, as a function of the results of the analysis in the preceding step, of a value for an image attribute; d') comparison of said image attribute value with a setpoint; e') sending of an information message as a function of said comparison,
A method for line initialization performed by a communication device, the method comprising: sending a first probe signal in a downstream direction to acquire a first precoding matrix required by a first part of subcarriers of all available subcarriers (S 401); sending, by using the first part of subcarriers, multiple data signals of all data signals that need to be sent in an initialization process; after the multiple data signals are sent by using the first part of subcarriers, sending, by using at least a second part of subcarriers of all the available subcarriers, a second probe signal in the downstream direction to acquire a second precoding matrix required by the at least second part of subcarriers; and sending, by using the at least second part of subcarriers, remaining data signals, exclusive of the multiple data signals, of all the data signals that need to be sent in the initialization process, to complete line initialization, characterized in that the first part of subcarriers are a set of subcarriers whose center frequencies are not greater than a determined cutoff frequency in all the available subcarriers. sending a first probe signal in a downstream direction to acquire a first precoding matrix required by a first part of subcarriers of all available subcarriers (S 401); sending, by using the first part of subcarriers, multiple data signals of all data signals that need to be sent in an initialization process; after the multiple data signals are sent by using the first part of subcarriers, sending, by using at least a second part of subcarriers of all the available subcarriers, a second probe signal in the downstream direction to acquire a second precoding matrix required by the at least second part of subcarriers; and sending, by using the at least second part of subcarriers, remaining data signals, exclusive of the multiple data signals, of all the data signals that need to be sent in the initialization process, to complete line initialization, characterized in that the first part of subcarriers are a set of subcarriers whose center frequencies are not greater than a determined cutoff frequency in all the available subcarriers.
An image displaying apparatus, which maintains the aspect ratio of an original monochrome image, comprising: an image converting means adapted to convert original monochrome image data which consists of an array, m rows and n columns, of pixels into a display image which consists of an array, q rows and (3*n*q/m) columns, of pixels where m, n and q, are natural numbers and m≤n and m>q are given; and a monochrome liquid crystal display provided with a monochrome LCD composed of an array, of pixels of square shape, each pixel consisting of three rectangular sub pixels aligned along the row of monochrome LCD, for driving the sub pixels independently to display the display image data on the LCD, characterized in that; the image converting means comprises a weighted averaging means adapted to weighted average a plurality of adjacent pixel data of the original monochrome image data along the column direction and generate weighted average image data, so that m pixels along the column direction of the original monochrome image data is maintained; an interpolating and reducing means adapted to interpolate and reduce pixel data of the weighted average image data along the column direction, so that the weighted average image data having m pixels along the column direction is converted into interpolated intermediate image data having q pixels along the column direction; and an interpolating means adapted to interpolate pixel data of the interpolated intermediate image data along the row direction, so that the interpolated intermediate image data having n pixels along the row direction is converted into the display image data having (3*n*q/m) pixels along the row direction.
Electronic module for an integrated circuit card, comprising an integrated circuit and a dual communication interface with the chip, this interface itself comprising at least two contacts and an antenna, the module comprising a printed circuit having a front face and a rear face opposite one another, the front face supporting the contacts and the rear face supporting the antenna and comprising a zone intended to be covered by the chip, the antenna comprising at least one turn produced in the form of a conducting track extending totally outside the zone intended to be covered by the chip, between two ends, and the module being characterized by the fact that the end of the outermost turn is situated at a distance from the zone intended to be covered by the chip, less than 250 μm and by the fact that at least one turn of the antenna passes between this end and that zone of the module which is intended to receive the chip.