mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing an ad hoc network comprising: receiving at a node (β) of said ad hoc network, from a first device, image information holding an image of a subject and a request for identification of the subject; and sending from said node (β), to a second device, the second device being a device of the subject a request to join the ad hoc network in connection with transmitting, to the first device, information identifying the image of the subjects. receiving at a node (β) of said ad hoc network, from a first device, image information holding an image of a subject and a request for identification of the subject; and sending from said node (β), to a second device, the second device being a device of the subject a request to join the ad hoc network in connection with transmitting, to the first device, information identifying the image of the subjects.
A method for checking the authenticity and/or integrity of a security document having a printed security feature, the security feature having a first printing substance, which is excitable to luminescence and in this case, following the end of the excitation, emits a visually non-perceptible radiation within a decay time, which radiation can be captured by means of an image capture unit of a terminal device, and the security feature having a second printing substance, comprising the following steps: - irradiating the security feature applied on the security document using an electromagnetic radiation of predetermined wavelength, by means of an illumination unit of the terminal device; - taking a plurality of individual images of the excited security feature at temporally defined intervals by means of the image capture unit of the terminal device, the individual images depicting the emitted visually non-perceptible radiation of the first printing substance and an image of the second printing substance, and the individual images being captured at intervals of less than 100 milliseconds; - examining the detected individual images or data derived therefrom by means of a data processing unit, the individual images or derived data being compared with stored reference data according to the temporally defined taking intervals; and - outputting a result of the authenticity and/or integrity check of the captured individual images using the reference images. - irradiating the security feature applied on the security document using an electromagnetic radiation of predetermined wavelength, by means of an illumination unit of the terminal device; - taking a plurality of individual images of the excited security feature at temporally defined intervals by means of the image capture unit of the terminal device, the individual images depicting the emitted visually non-perceptible radiation of the first printing substance and an image of the second printing substance, and the individual images being captured at intervals of less than 100 milliseconds; - examining the detected individual images or data derived therefrom by means of a data processing unit, the individual images or derived data being compared with stored reference data according to the temporally defined taking intervals; and - outputting a result of the authenticity and/or integrity check of the captured individual images using the reference images.
An article comprising: a first component formed from a superalloy material and including a boride coating; and a second component formed from a superalloy material and including a cobalt-chromium-molybdenum coating that is in sliding contact with the boride coating of the first component, wherein the cobalt-chromium-molybdenum coating has a nominal composition that comprises 60-64 wt.% cobalt, 26-30 wt.% molybdenum, 6-10 wt.% chromium, 1-3 wt.% silicon and a maximum of 0.25 wt.% iron, and incidental impurities. a first component formed from a superalloy material and including a boride coating; and a second component formed from a superalloy material and including a cobalt-chromium-molybdenum coating that is in sliding contact with the boride coating of the first component, wherein the cobalt-chromium-molybdenum coating has a nominal composition that comprises 60-64 wt.% cobalt, 26-30 wt.% molybdenum, 6-10 wt.% chromium, 1-3 wt.% silicon and a maximum of 0.25 wt.% iron, and incidental impurities.
A method for pre-accessing a conference telephone, the method comprising: a party registering a three-party conversation service at a network side device and initiating an encrypted conference telephone, wherein the party initiating the encrypted conference telephone is referred to as a main control party; the network side device detecting whether a call received whose target is the main control party is an encrypted call; the network side device denying access of the call to the main control party if the call is a non-encrypted call; and the network side device allowing access of the call to the main control party if the call is an encrypted call; wherein the step of the network side device detecting whether the received call whose target is the main control party is an encrypted call comprises: if a call establishment message of the call comprises a call type and the call type is encryption, the network side device determining that the call is an encrypted call; otherwise the network side device determining that the call is a non-encrypted call. a party registering a three-party conversation service at a network side device and initiating an encrypted conference telephone, wherein the party initiating the encrypted conference telephone is referred to as a main control party; the network side device detecting whether a call received whose target is the main control party is an encrypted call; the network side device denying access of the call to the main control party if the call is a non-encrypted call; and the network side device allowing access of the call to the main control party if the call is an encrypted call; wherein the step of the network side device detecting whether the received call whose target is the main control party is an encrypted call comprises: if a call establishment message of the call comprises a call type and the call type is encryption, the network side device determining that the call is an encrypted call; otherwise the network side device determining that the call is a non-encrypted call. if a call establishment message of the call comprises a call type and the call type is encryption, the network side device determining that the call is an encrypted call; otherwise the network side device determining that the call is a non-encrypted call.
Domestic appliance, preferably a handheld domestic appliance, with a power source being electrically connectable to an electrical motor for driving a processing tool, the domestic appliance comprising a first mechanical switch being manually switchable from a first position into a second position, a second mechanical switch being manually switchable from a first position into a second position, an electronic safety system with first means for detecting the position of the first mechanical switch and second means for detecting the position of the second mechanical switch, the electronic safety system being constructed such that the motor is only connected to one or both poles (54, 56) of the power source if both mechanical switches (62, 68) are switched into their second position and if the first mechanical switch is switched into its second position before the second mechanical switch is switched into its second position, wherein a mechanical locking system is provided between the first and second mechanical switch (62, 68), such that the mechanical locking system locks the second mechanical switch in its first position as long as the first mechanical switch is not switched into its second position, wherein the domestic appliance comprises an elongated handhold with the mechanical switches (62,68) provided at it, characterised in that one of said mechanical switches being provided at the front side of the handhold, the other mechanical switch being provided at the transverse side of the handhold and/or the first mechanical switch is moveable in a first direction and the second mechanical switch is moveable into a second direction in order to achieve their second position, the first and second direction (64, 70) being different and enclosing an angle (α) between 80° and 100°.
An interspinous distraction device (10; 62) for treating such conditions as lumbar spinal stenosis and degenerative disc disease, the interspinous distraction device comprising: a body assembly configured to be disposed between adjacent spinous processes of the spinal column of a patient, wherein the body assembly is sized such that the body assembly distracts the adjacent spinous processes apart, the body assembly comprising a circumferential wall defining an interior void having laterally opposed open ends; and a plurality of attachment arms movable between positions extending outwardly from the body assembly and positions retracted into the body assembly in the direction of each of the adjacent spinous processes, the plurality of attachment arms configured to be disposed about a portion of each of the adjacent spinous processes and securely hold the body assembly in place relative to each of the adjacent spinous processes of the spinal column of the patient, characterised in that the circumferential wall has a plurality of openings extending through it, wherein a portion of each of the plurality of attachment arms passes through one of the plurality of openings extending through the circumferential wall. a body assembly configured to be disposed between adjacent spinous processes of the spinal column of a patient, wherein the body assembly is sized such that the body assembly distracts the adjacent spinous processes apart, the body assembly comprising a circumferential wall defining an interior void having laterally opposed open ends; and a plurality of attachment arms movable between positions extending outwardly from the body assembly and positions retracted into the body assembly in the direction of each of the adjacent spinous processes, the plurality of attachment arms configured to be disposed about a portion of each of the adjacent spinous processes and securely hold the body assembly in place relative to each of the adjacent spinous processes of the spinal column of the patient,
Method for setting the cooling course of rolling material consisting of metal strips or metal sheets over the strip width or width of the sheet in a cooling path of a hot-strip rolling train or heavy-plate rolling train or cooling in continuous annealing / heat treatment, characterised in that the initial enthalpy distribution over the material width of the rolling material is determined prior to cooling, wherein starting therefrom and with consideration of a computation of planarity and/or mechanical properties a target enthalpy distribution is determined in width direction and length direction of the rolling material by a structural model and the coolant quantity and coolant course of the cooling path are set according thereto.
An interlayer pre-cooling apparatus for a sand mold freezing printing, wherein the apparatus comprises a sand paving apparatus, wherein the sand paving apparatus is located above a negative-pressure low-temperature forming chamber, and the sand paving apparatus comprises several independent sand paving grooves, a hollow sand paving roller, a cooling chamber, a sand scraping plate, and an openable and closable baffle; the openable and closable baffle is rotationally arranged at a discharge port of each sand paving groove, and the openable and closable baffle is used for paving low temperature premixed sand on demand; characterized in that dry ice and liquid nitrogen can be passed into the hollow sand paving roller to control the surface temperature of the sand paving roller at -40°C to -10°C.
A method comprising the step of printing a calibration target with a printing device, said printing device comprising a plurality of groups of printheads, the printheads of the same group being fed with ink of the same colour, the calibration target comprising a plurality of coloured zones (6; 106) that are intended to be subsequently processed, the method further comprising the steps of: - generating a series of control zones (7; 107) printed by the printheads of a group with the same nominal quantity of the corresponding ink, the control zones (7; 107) being free of overlapping between inks applied by different printheads, the coloured zones (6; 106) and the control zones (7; 107) being printed on a single print support (20; 120); - measuring a parameter of each control zone (7; 107); - comparing the measured values of said parameter for evaluating whether the control zones (7; 107) exhibit print anomalies, in order to determine whether said printheads provide uniform print results and therefore whether the calibration target has been correctly printed, by considering that the coloured zones (6; 106) have been correctly printed when the control zones (7; 107) do not exhibit print anomalies; - if no print anomalies are present, processing at least one measurement of each coloured zone (6; 106) for obtaining a describer of the calibration target or a colour profile of the printing device. - generating a series of control zones (7; 107) printed by the printheads of a group with the same nominal quantity of the corresponding ink, the control zones (7; 107) being free of overlapping between inks applied by different printheads, the coloured zones (6; 106) and the control zones (7; 107) being printed on a single print support (20; 120); - measuring a parameter of each control zone (7; 107); - comparing the measured values of said parameter for evaluating whether the control zones (7; 107) exhibit print anomalies, in order to determine whether said printheads provide uniform print results and therefore whether the calibration target has been correctly printed, by considering that the coloured zones (6; 106) have been correctly printed when the control zones (7; 107) do not exhibit print anomalies; - if no print anomalies are present, processing at least one measurement of each coloured zone (6; 106) for obtaining a describer of the calibration target or a colour profile of the printing device.
Membrane electrode assembly for a fuel cell comprising - a membrane electrode unit having - a membrane and - two electrodes which make contact with the membrane in a planar fashion on both sides; - a seal carrier which circumferentially surrounds the membrane and overlaps therewith, - a connecting layer which circumferentially overlaps with the membrane and with the seal carrier, wherein on the same flat side of the connecting layer an inner edge section of the connecting layer is connected in a materially joined fashion to the membrane electrode unit and an outer edge section of the connecting layer is connected in a materially joined fashion to the seal carrier, and - a seal which is connected to the seal carrier outside the membrane, characterized in that - the materially joined connection is a bonded connection, wherein the connecting layer is coated with a bonding agent. - a membrane electrode unit having - a membrane and - two electrodes which make contact with the membrane in a planar fashion on both sides; - a membrane and - two electrodes which make contact with the membrane in a planar fashion on both sides; - a seal carrier which circumferentially surrounds the membrane and overlaps therewith, - a connecting layer which circumferentially overlaps with the membrane and with the seal carrier, wherein on the same flat side of the connecting layer an inner edge section of the connecting layer is connected in a materially joined fashion to the membrane electrode unit and an outer edge section of the connecting layer is connected in a materially joined fashion to the seal carrier, and - a seal which is connected to the seal carrier outside the membrane, characterized in that - the materially joined connection is a bonded connection, wherein the connecting layer is coated with a bonding agent.
Apparatus for producing stacked assemblies, in particular in the form of blocks which comprise a plurality of individual signatures, comprising a first conveying unit which defines a signature path, wherein the first conveying unit is aimed at moving the separated signatures along the signature path into a substantially vertical position, a stacking table with a support surface for supporting the substantially vertically transported-in signatures, wherein the stacking table comprises a second conveying unit which moves the signatures stacked in the form of a block in a conveying direction, characterized in that the apparatus comprises a tilting device for tilting or compressing an upper region of the stacked signatures, wherein the tilting device is arranged above the support surface and has a predetermined vertical spacing from the support surface, and the apparatus further comprises a control device which is configured to switch the tilting device between an active state, in which the tilting device tilts the stacked signatures, and an inactive state, in which no effect of the tilting device on the stacked signatures takes place.
Method for the closed-loop control of an output current (i, i u, i v, i w) of a power converter that has a DC voltage intermediate circuit and semiconductor switches in a bridge circuit for converting a DC voltage (U z) of the DC voltage intermediate circuit and is connected to a power line filter, wherein - the output current (i, i u, i v, i w) is closed-loop controlled by means of a direct hysteresis closed-loop current control and during said control procedure an actual value (i actual) of the output current (i, i u, i v, i w) is kept within a hysteresis window about a set point (i setpoint), - and a hysteresis width of the hysteresis window is modulated in order to set a frequency spectrum of the output current (i, i u, i v, i w), characterised in that the hysteresis width is modulated in dependence upon an amplitude response (A 1, A 2, A 3) of the power line filter in such a way that harmonic components of the frequency spectrum of the output current (i, i u, i v, i w) are concentrated on a frequency range about a design frequency at which the amplitude response (A 1, A 2, A 3) has a maximum attenuation. - the output current (i, i u, i v, i w) is closed-loop controlled by means of a direct hysteresis closed-loop current control and during said control procedure an actual value (i actual) of the output current (i, i u, i v, i w) is kept within a hysteresis window about a set point (i setpoint), - and a hysteresis width of the hysteresis window is modulated in order to set a frequency spectrum of the output current (i, i u, i v, i w),
Method for testing a ceramic component for its serviceability, comprising: ascertaining a temperature difference between a first temperature and a second temperature; conditioning the component to the first temperature; conditioning the component to the second temperature; inspecting the component for cracks, characterized by an inspection of the serviceability of the component, wherein the component is deemed to be serviceable by virtue of having at most cracks which are smaller than a limiting value, the limiting value having been specified for a size beyond which a crack is deemed to be critical, the size of the limiting value comprising a length, a width and/or a depth of the crack, wherein the temperature difference is ascertained on the basis of a minimal fracture toughness, the minimal fracture toughness being a value which is mandated by a user or operator and which the component is to have in order to fulfil the intended service. ascertaining a temperature difference between a first temperature and a second temperature; conditioning the component to the first temperature; conditioning the component to the second temperature; inspecting the component for cracks, characterized by an inspection of the serviceability of the component, wherein the component is deemed to be serviceable by virtue of having at most cracks which are smaller than a limiting value, the limiting value having been specified for a size beyond which a crack is deemed to be critical, the size of the limiting value comprising a length, a width and/or a depth of the crack, wherein the temperature difference is ascertained on the basis of a minimal fracture toughness, the minimal fracture toughness being a value which is mandated by a user or operator and which the component is to have in order to fulfil the intended service.
A frame pool, comprising: a plurality of vertical support tubes; a plurality of horizontal support tubes coupled to said plurality of vertical support tubes, the horizontal support tubes and the vertical support tubes forming a support structure of the frame pool; a pool body, comprising: a pool bottom; and a pool wall coupled to an edge of the pool bottom and vertically extending upwards, the pool wall being disposed inside of the vertical support tubes; a reinforcing band having a continuous annular shape, characterised by the reinforcing band being coupled to the pool wall between an inner side of the vertical support tubes and an outer surface of the pool wall, the reinforcing band entirely or partially covering the perimeter of the pool body and being fitted with the pool wall; and the pool further comprising a fixing band having a continuous annular shape, the fixing band being disposed on the pool wall about an outer surface of the reinforcing band and the vertical support tubes; and at least one fixing device fixedly coupled to the reinforcing band wherein the fixing band passes through the fixing device. a plurality of vertical support tubes; a plurality of horizontal support tubes coupled to said plurality of vertical support tubes, the horizontal support tubes and the vertical support tubes forming a support structure of the frame pool; a pool body, comprising: a pool bottom; and a pool wall coupled to an edge of the pool bottom and vertically extending upwards, the pool wall being disposed inside of the vertical support tubes; a pool bottom; and a pool wall coupled to an edge of the pool bottom and vertically extending upwards, the pool wall being disposed inside of the vertical support tubes; a reinforcing band having a continuous annular shape, characterised by the reinforcing band being coupled to the pool wall between an inner side of the vertical support tubes and an outer surface of the pool wall, the reinforcing band entirely or partially covering the perimeter of the pool body and being fitted with the pool wall; and the pool further comprising a fixing band having a continuous annular shape, the fixing band being disposed on the pool wall about an outer surface of the reinforcing band and the vertical support tubes; and at least one fixing device fixedly coupled to the reinforcing band wherein the fixing band passes through the fixing device.