mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: establishing communications between an access point, in the following also referred to as AP, of an AP multi-link device, in the following also referred to as MLD, and a non-AP station, in the following also referred to as STA, of a STA MLD on one or more links of a plurality of links; and the non-AP STA receiving a frame transmitted by the AP on a first link of the plurality of links; characterized in that: the non-AP STA transmitting a response to the AP on the first link responsive to receiving the frame from the AP when both a virtual carrier sense and a physical carrier sense are idle; and the non-AP STA performing a listening operation on the plurality of links otherwise. establishing communications between an access point, in the following also referred to as AP, of an AP multi-link device, in the following also referred to as MLD, and a non-AP station, in the following also referred to as STA, of a STA MLD on one or more links of a plurality of links; and the non-AP STA receiving a frame transmitted by the AP on a first link of the plurality of links; characterized in that: the non-AP STA transmitting a response to the AP on the first link responsive to receiving the frame from the AP when both a virtual carrier sense and a physical carrier sense are idle; and the non-AP STA performing a listening operation on the plurality of links otherwise. the non-AP STA transmitting a response to the AP on the first link responsive to receiving the frame from the AP when both a virtual carrier sense and a physical carrier sense are idle; and the non-AP STA performing a listening operation on the plurality of links otherwise.
A device for recording a fingerprint, having a translucent top layer which forms a finger rest and a light-emitting layer with a photoactive layer, wherein a layer of light-sensitive elements is provided in a matrix arrangement between the translucent top layer which forms a finger rest and the light-emitting layer, the device furthermore having an evaluation circuit connected to the light-sensitive elements, characterized in that the layer of light-sensitive elements has a translucent, photoactive layer based on organic semiconductors between two translucent electrode layers (3, 4) consisting of intersecting strip conductors (5, 6) and in that the photoactive layer of the layer of light-sensitive elements and the photoactive layer of the light-emitting layer have between them a common electrode layer.
Motor vehicle luminous device comprising: - at least one first portion that is transparent to at least one laser beam, said portion comprising at least one first polymer material, and - at least one second portion that absorbs said laser beam and that is transparent to at least some of the visible spectrum, comprising at least one second polymer material, said second portion being laser welded to said first portion and said first portion being a housing forming a chamber able to accommodate at least one light source and/or at least one luminous module. - at least one first portion that is transparent to at least one laser beam, said portion comprising at least one first polymer material, and - at least one second portion that absorbs said laser beam and that is transparent to at least some of the visible spectrum, comprising at least one second polymer material,
A dust collecting apparatus (100, 200) for a vacuum cleaner, comprising: a first cyclone installed in a first case, and configured to separate dust from air introduced together with foreign materials and to discharge the dust to a first dust storage unit; a second cyclone mounted above the first cyclone, and configured to separate fine dust from the air having dust separated therefrom by the first cyclone, and to discharge the fine dust to a second dust storage unit; a compression device configured to compress the dust stored in the first dust storage unit, by at least partially performing a clockwise rotation in one direction along an outer circumferential surface of a second case which accommodates therein the second dust storage unit, and by at least partially performing a counterclockwise rotation in an opposite direction to the clockwise rotation; a screw rotatably installed above the compression device, spirally extended along an outer circumference, and configured to guide collection of dust into the first dust storage unit; a driving unit configured to transmit a driving force to the compression device such that the clockwise rotation and the counterclockwise rotation of the compression device are selectively performed; and a gear unit installed between the compression device and the screw to transmit a rotational force of the compression device to the screw, and configured to rotate the screw only in a clockwise direction irrespective of a rotational direction of the compression device. a first cyclone installed in a first case, and configured to separate dust from air introduced together with foreign materials and to discharge the dust to a first dust storage unit; a second cyclone mounted above the first cyclone, and configured to separate fine dust from the air having dust separated therefrom by the first cyclone, and to discharge the fine dust to a second dust storage unit; a compression device configured to compress the dust stored in the first dust storage unit, by at least partially performing a clockwise rotation in one direction along an outer circumferential surface of a second case which accommodates therein the second dust storage unit, and by at least partially performing a counterclockwise rotation in an opposite direction to the clockwise rotation; a screw rotatably installed above the compression device, spirally extended along an outer circumference, and configured to guide collection of dust into the first dust storage unit; a driving unit configured to transmit a driving force to the compression device such that the clockwise rotation and the counterclockwise rotation of the compression device are selectively performed; and a gear unit installed between the compression device and the screw to transmit a rotational force of the compression device to the screw, and configured to rotate the screw only in a clockwise direction irrespective of a rotational direction of the compression device.
Method (100, 200, 300) for recovering ethylene, wherein a first feed gas and a second feed gas are fed to a reactor and processed therein to obtain a product mixture by steam cracking, wherein the first feed gas has more than 90 percent by weight saturated hydrocarbons and more than 80 percent by weight ethane, and wherein the product mixture or a part thereof is subjected to a preparation (2, 3, 4) to obtain a subsequent mixture containing hydrogen, methane, ethane, ethylene, and hydrocarbons having three, four, and at least five carbon atoms, and the subsequent mixture or a part thereof is subjected to a separation, characterized in that the separation comprises an ethylene separation step to which at least the ethane, the ethylene, and the hydrocarbons having three carbon atoms from the subsequent mixture or a part thereof in each case are fed to a common separation feed (S, V, X) without being separated, wherein, in which, in the ethylene separation step, a light fraction, which contains more than 95 mole percent ethylene, and a heavy fraction (T, W, Y), which at least a part of the ethane from the separation feed (S, V, X) and at least 15 percent by weight of the hydrocarbons having three and four carbon atoms from the separation feed (S, V, X), are formed, and wherein the heavy separation product (T, W, Y) from the ethylene separation step or a part thereof is used as a part of or to form the second feed gas.
A work support system for a construction machine, the work support system projecting light onto a vicinity of the construction machine, the work support system comprising: a controller; and a projection device configured to emit light that visualizes information on a ground surface in the vicinity of the construction machine in a plurality of directions including a direction in front of the construction machine and at least one of a direction to a side and a direction to a back of the construction machine, based on a signal from the controller. a controller; and a projection device configured to emit light that visualizes information on a ground surface in the vicinity of the construction machine in a plurality of directions including a direction in front of the construction machine and at least one of a direction to a side and a direction to a back of the construction machine, based on a signal from the controller.
Method for dewatering sludge on a wire, which is cleaned by washing nozzles and subsequently enters the sludge inflow area, whereby a flocculant is added to a sludge and the sludge is then at least partially dewatered, during which the flow characteristics of the sludge on the wire are scanned optically and the amount of flocculant to be added is set according to the free surface area of the wire in a control zone, characterized in that the control zone is established at a point on the cleaned wire in the sludge inflow area, for example at the edge.
A medical device for insertion into a human or animal body, comprising an elongated, tubular lead probe having a proximal end zone and a distal end zone, the proximal end of the lead probe being provided with an aperture opening into a lumen extending in axial direction, and the distal end of the lead probe being closed, an elongated core, the core being designed such that it can be inserted into the lead probe via the lumen, characterized in that the core is made of non-metallic filaments which are embedded in a matrix material.
An electric-field-coupling antenna used in communicating a radio-frequency signal using electric-field coupling, comprising: an electrode (14, 24); a series inductor (12, 22); and a parallel inductor (13, 23), wherein the electrode (14,24), the series inductor (12, 22), and the parallel inductor (13, 23) are connected to a radio-frequency-signal transmission line, and wherein the electric-field-coupling antenna has an impedance matched to that of a communication partner with which electric-field coupling is established, the communication partner being disposed at a distance d such that d << λ/2π, wherein λ is the wavelength of the radio-frequency signal, characterized in that the radio-frequency-signal transmission line is connected substantially to the center of the electrode (14, 24) with the series inductor (12, 22) and the parallel inductor (13, 23) interposed therebetween. an electrode (14, 24); a series inductor (12, 22); and a parallel inductor (13, 23), wherein the electrode (14,24), the series inductor (12, 22), and the parallel inductor (13, 23) are connected to a radio-frequency-signal transmission line, and wherein the electric-field-coupling antenna has an impedance matched to that of a communication partner with which electric-field coupling is established, the communication partner being disposed at a distance d such that d << λ/2π, wherein λ is the wavelength of the radio-frequency signal, characterized in that the radio-frequency-signal transmission line is connected substantially to the center of the electrode (14, 24) with the series inductor (12, 22) and the parallel inductor (13, 23) interposed therebetween.
A modular maintenance vehicle for construction and/or renovation of a railway track, comprising a vehicle body resting on chassis frames and having side walls, as well as a structural roof unit detachably mounted to the vehicle body, characterised in that the structural roof unit is selected from a modular system consisting of different structural roof units separate from the vehicle body, said structural roof units having a roof frame and being different at least with respect to a number of conveyor belts which, in the arrangement of the respective structural roof unit, extend on the vehicle body in the longitudinal direction of the maintenance vehicle, wherein the roof frame of each structural roof unit has bars distributed along its length at right angles to the longitudinal extension of the roof frame, said bars extending downwards in a slanted manner and being detachably connectable to the side walls of the vehicle body.
A method of controlling a mode of a digitizer in an electronic device, the method comprising: detecting, by the electronic device, an input unit by scanning the digitizer, the method being characterized in that it further comprises: determining, by the electronic device, a distance between the digitizer and the input unit; switching, by the electronic device, the digitizer to a passive mode if the determined distance is larger than a distance threshold; and if the determined distance is equal to or smaller than the distance threshold: switching the digitizer to a digital mode; analyzing, by the electronic device, a signal received from the input unit; determining, by the electronic device, a type of the input unit based on the analysis on the signal received from the input unit; and switching, by the electronic device, the digitizer to an operation mode according to the determined type of the input unit. detecting, by the electronic device, an input unit by scanning the digitizer, the method being characterized in that it further comprises: determining, by the electronic device, a distance between the digitizer and the input unit; switching, by the electronic device, the digitizer to a passive mode if the determined distance is larger than a distance threshold; and if the determined distance is equal to or smaller than the distance threshold: switching the digitizer to a digital mode; analyzing, by the electronic device, a signal received from the input unit; determining, by the electronic device, a type of the input unit based on the analysis on the signal received from the input unit; and switching, by the electronic device, the digitizer to an operation mode according to the determined type of the input unit. determining, by the electronic device, a distance between the digitizer and the input unit; switching, by the electronic device, the digitizer to a passive mode if the determined distance is larger than a distance threshold; and if the determined distance is equal to or smaller than the distance threshold: switching the digitizer to a digital mode; analyzing, by the electronic device, a signal received from the input unit; determining, by the electronic device, a type of the input unit based on the analysis on the signal received from the input unit; and switching, by the electronic device, the digitizer to an operation mode according to the determined type of the input unit. switching the digitizer to a digital mode; analyzing, by the electronic device, a signal received from the input unit; determining, by the electronic device, a type of the input unit based on the analysis on the signal received from the input unit; and switching, by the electronic device, the digitizer to an operation mode according to the determined type of the input unit.
A method, performed in an accessory device, for managing a remaining wear time of a base plate of an ostomy appliance, wherein the accessory device comprises an interface configured to communicate with one or more devices of an ostomy system, the interface comprising a display, wherein the ostomy system comprises a monitor device and an ostomy appliance configured to be placed on a skin surface of a user, wherein the ostomy appliance comprises a base plate, the method comprising: - obtaining monitor data from the one or more devices, - determining the remaining wear time of the base plate of the ostomy appliance based on the monitor data; - obtaining a user request to take into account at least a part of context data, - in response to obtaining the user request: - obtaining the at least a part of context data, - adjusting the remaining wear time of the base plate based on the at least a part of context data; and - communicating, via the interface, the adjusted remaining wear time of the base plate. - obtaining monitor data from the one or more devices, - determining the remaining wear time of the base plate of the ostomy appliance based on the monitor data; - obtaining a user request to take into account at least a part of context data, - in response to obtaining the user request: - obtaining the at least a part of context data, - adjusting the remaining wear time of the base plate based on the at least a part of context data; and - communicating, via the interface, the adjusted remaining wear time of the base plate. - obtaining the at least a part of context data, - adjusting the remaining wear time of the base plate based on the at least a part of context data; and - communicating, via the interface, the adjusted remaining wear time of the base plate.
An implantable pressure sensor apparatus comprising: a pressure sensor; a saline chamber; a sensing cannula with a lumen extending into the saline chamber; a drain cannula with a portion adjoining and running parallel with the sensing cannula and a flow restrictor within the drain cannula; characterized in that the pressure sensor is an electronic pressure sensor with a pressure sensitive membrane, wherein the implantable pressure sensor apparatus further comprises: an oil chamber encapsulating the pressure sensitive membrane, the oil chamber filled with a biocompatible oil and having a pliable membrane on at least one side; and filler wedges within valleys between the sensing cannula and the adjoining drain cannula, the filler wedges, sensing cannula, and drain cannula forming an oval cross section; and wherein, the saline chamber is on an opposite side of the pliable membrane from the oil chamber. a pressure sensor; a saline chamber; a sensing cannula with a lumen extending into the saline chamber; a drain cannula with a portion adjoining and running parallel with the sensing cannula and a flow restrictor within the drain cannula; characterized in that the pressure sensor is an electronic pressure sensor with a pressure sensitive membrane, wherein the implantable pressure sensor apparatus further comprises: an oil chamber encapsulating the pressure sensitive membrane, the oil chamber filled with a biocompatible oil and having a pliable membrane on at least one side; and filler wedges within valleys between the sensing cannula and the adjoining drain cannula, the filler wedges, sensing cannula, and drain cannula forming an oval cross section; and wherein, the saline chamber is on an opposite side of the pliable membrane from the oil chamber. an oil chamber encapsulating the pressure sensitive membrane, the oil chamber filled with a biocompatible oil and having a pliable membrane on at least one side; and filler wedges within valleys between the sensing cannula and the adjoining drain cannula, the filler wedges, sensing cannula, and drain cannula forming an oval cross section; and wherein, the saline chamber is on an opposite side of the pliable membrane from the oil chamber.
A gear arrangement, comprising: a gearbox shaft; and a journal shaft establishing an opening that receives an end portion of the gearbox shaft, the gearbox shaft being configured to rotate the journal shaft, wherein the journal shaft is configured to selectively rotatably couple with another shaft, wherein the journal shaft has an inner surface having a first plurality of splines that are engaged by a corresponding second plurality of spines on the gearbox shaft to rotate the journal shaft with the gearbox shaft, and wherein the journal shaft has an outer surface that contacts bearings (90,94), characterised in that the journal shaft is cup shaped and in that the gear arrangement comprises bearings (90,94) that are configured to limit axial and radial movements of the journal shaft. a gearbox shaft; and a journal shaft establishing an opening that receives an end portion of the gearbox shaft, the gearbox shaft being configured to rotate the journal shaft, wherein the journal shaft is configured to selectively rotatably couple with another shaft, wherein the journal shaft has an inner surface having a first plurality of splines that are engaged by a corresponding second plurality of spines on the gearbox shaft to rotate the journal shaft with the gearbox shaft, and wherein the journal shaft has an outer surface that contacts bearings (90,94), characterised in that the journal shaft is cup shaped and in that the gear arrangement comprises bearings (90,94) that are configured to limit axial and radial movements of the journal shaft.
A cooling unit of a fluid, comprising an air-cooled device provided with at least one fan for circulating ambient air between the tubes in which circulates a fluid to cool, a misting device at high pressure of a liquid into the ambient air provided upstream of said tubes, said unit comprising a bacterial disinfection device of said misting liquid provided upstream of said misting device, and a control/command unit arranged to condition the operation of said misting device by operation of said fan and said bacterial disinfection device, characterized in that said bacterial disinfection device combines hydrodynamic cavitation and a treatment with ultraviolet by intermittent flow and in that said high pressure of said misting liquid is higher than 100bars.
A barcode verifier, comprising: an imaging module for capturing images of a field of view; a memory communicatively coupled to the imaging module for storing images and a barcode quality verification program; and a processor communicatively coupled to the memory configured by the barcode quality verification program to execute the ordered steps of: (i) retrieving a stored image from the memory, (ii) locating a barcode symbol in the stored image, (iii) identifying an unprinted line or lines (19, 20) in the barcode symbol, (iv) determining a printer malfunction using the unprinted line or lines, and (v) creating a printer malfunction report. an imaging module for capturing images of a field of view; a memory communicatively coupled to the imaging module for storing images and a barcode quality verification program; and a processor communicatively coupled to the memory configured by the barcode quality verification program to execute the ordered steps of: (i) retrieving a stored image from the memory, (ii) locating a barcode symbol in the stored image, (iii) identifying an unprinted line or lines (19, 20) in the barcode symbol, (iv) determining a printer malfunction using the unprinted line or lines, and (v) creating a printer malfunction report. (i) retrieving a stored image from the memory, (ii) locating a barcode symbol in the stored image, (iii) identifying an unprinted line or lines (19, 20) in the barcode symbol, (iv) determining a printer malfunction using the unprinted line or lines, and (v) creating a printer malfunction report.