mhurhangee/ep-ind-claims huggingface dataset:
Method for producing printed products from requests for print jobs by means of at least one computer and at least one production machine, wherein job forecasts of future print jobs are supplied to the at least one computer via at least one interface, wherein preferences of a printing company are supplied to the at least one computer via the at least one interface, wherein the preferences comprise the technical, economic and personnel resources made available by the printing company, wherein the at least one computer eliminates unsuitable future print jobs by means of an exclusion filter (Fl) by comparing the preferences of the print shop with the job forecasts of future print jobs and creates preference classes for future print jobs on the basis of the non-excluded future print jobs, wherein the preference classes comprise the non-excluded future print jobs, wherein the at least one computer is supplied via the at least one interface with data of requests for print jobs, wherein the at least one computer compares the data of the requests for print jobs with the calculated preference classes of the future print jobs and eliminates unsuitable requests for print jobs, wherein the at least one computer forwards only the remaining suitable requests for print jobs to the at least one production machine of the print shop, which accepts the requests for print jobs as print jobs and processes and produces them on the at least one production machine, and wherein in the first filtering step, using the filter for excluding (Fl) unsuitable print jobs, the at least one computer compares the frequency of coloring sets with the preferences of the print shop in a first process step and compares the frequency of the printing substrates used with the preferences of the print shop in a second step. wherein the at least one computer eliminates unsuitable future print jobs by means of an exclusion filter (Fl) by comparing the preferences of the print shop with the job forecasts of future print jobs and creates preference classes for future print jobs on the basis of the non-excluded future print jobs, wherein the preference classes comprise the non-excluded future print jobs, wherein the at least one computer is supplied via the at least one interface with data of requests for print jobs, wherein the at least one computer compares the data of the requests for print jobs with the calculated preference classes of the future print jobs and eliminates unsuitable requests for print jobs, wherein the at least one computer forwards only the remaining suitable requests for print jobs to the at least one production machine of the print shop, which accepts the requests for print jobs as print jobs and processes and produces them on the at least one production machine, and wherein in the first filtering step, using the filter for excluding (Fl) unsuitable print jobs, the at least one computer compares the frequency of coloring sets with the preferences of the print shop in a first process step and compares the frequency of the printing substrates used with the preferences of the print shop in a second step.
A fluid dispenser comprising a deformable outer shell and a flexible inner pouch that is arranged inside the deformable outer shell in such a manner as to define between them a compression space that is filled with air, the flexible inner pouch containing a fluid for dispensing through a fluid dispenser valve, the compression space communicating with the outside through an air inlet valve, such that deformation of the deformable outer shell closes the air inlet valve and puts the air contained in the compression space under pressure, the air under pressure acting on the flexible inner pouch, so that the fluid therein is then forced through the fluid dispenser valve, the dispenser also comprising a head that is fitted on the deformable outer shell and on the flexible inner pouch, the head comprising a first valve support on which the fluid dispenser valve is mounted, and a second valve support on which the air inlet valve is mounted, the dispenser being characterized in that it further comprises a hood that is fastened in non-leaktight manner on the deformable outer shell, the hood holding the head in place on the deformable outer shell and on the flexible inner pouch, the hood including a window in which the dispenser valve is positioned.
One or more computer-readable storage media storing computer-executable instructions that upon execution cause one or more processors to perform acts comprising: receiving a communication socket associated with a new device; instantiating a driver for the new device; creating a name for the new device and associating the name with the driver; creating a new sensor format for the driver, wherein the new sensor format is mapped to a universal schema (200, 202, 204) and based at least upon a sensor format of different device; associating the created new sensor format with the driver of the new device; and performing telemetry using the new device, wherein telemetry data is stored in the universal schema (200, 202, 204); and further comprising: querying a configuration database to determine whether an at least one field in the telemetry data is substantively equivalent to another field in a sensor format of a different device, wherein the different device is replaced by the new device; wherein the universal schema (200, 202, 204) is provided with default fields that support sensor formats of heterogenous devices; wherein the fields are broken down to smallest fields that support all the sensor formats; wherein the new sensor format is mapped in the universal schema (200, 202, 204) that observes substantial equivalents on its data structure, wherein the new sensor format includes data fields that support inheritance and aggregation of other fields in sensor formats of prior devices such as the device that is replaced. receiving a communication socket associated with a new device; instantiating a driver for the new device; creating a name for the new device and associating the name with the driver; creating a new sensor format for the driver, wherein the new sensor format is mapped to a universal schema (200, 202, 204) and based at least upon a sensor format of different device; associating the created new sensor format with the driver of the new device; and performing telemetry using the new device, wherein telemetry data is stored in the universal schema (200, 202, 204); and further comprising: querying a configuration database to determine whether an at least one field in the telemetry data is substantively equivalent to another field in a sensor format of a different device, wherein the different device is replaced by the new device; wherein the universal schema (200, 202, 204) is provided with default fields that support sensor formats of heterogenous devices; wherein the fields are broken down to smallest fields that support all the sensor formats; wherein the new sensor format is mapped in the universal schema (200, 202, 204) that observes substantial equivalents on its data structure, wherein the new sensor format includes data fields that support inheritance and aggregation of other fields in sensor formats of prior devices such as the device that is replaced.
Thin-film LED comprising an active layer, which emits electromagnetic radiation in a main radiation direction, a current expansion layer, which is disposed downstream of the active layer in the main radiation direction and is made of a first nitride compound semiconductor material, a main area, through which the radiation emitted in the main radiation direction is coupled out, and a first contact layer (11, 12, 13) arranged on the main area, characterized in that the transverse conductivity of the current expansion layer is increased by formation of a two-dimensional electron gas, wherein in order to form the two-dimensional electron gas in the current expansion layer, at least one layer made of a second nitride compound semiconductor material having a larger electronic band gap than the first nitride compound semiconductor material is embedded in the current expansion layer, wherein - the first and second nitride compound semiconductor materials are in each case n-doped, and - the dopant concentration in the at least one layer made of the second nitride compound semiconductor material is higher in the regions adjoining the current expansion layer than in a central region of the layer. - the first and second nitride compound semiconductor materials are in each case n-doped, and - the dopant concentration in the at least one layer made of the second nitride compound semiconductor material is higher in the regions adjoining the current expansion layer than in a central region of the layer.
A suture passing device, comprising: a deformable needle including a sharp distal tip, a distal opening and a memory shape comprising a curved needle geometry when fully exposed; a cleat housed at least partially within the distal opening; a first jaw defining an axis and including a channel having a curved channel geometry that approximates the needle geometry, the channel housing the deformable needle when retracted and providing an exit for the deformable needle; and a second jaw movable with respect to the first jaw for holding tissue to be sutured; characterised in that the cleat is configured to protrude distally outward from the distal opening of the deformable needle. a deformable needle including a sharp distal tip, a distal opening and a memory shape comprising a curved needle geometry when fully exposed; a cleat housed at least partially within the distal opening; a first jaw defining an axis and including a channel having a curved channel geometry that approximates the needle geometry, the channel housing the deformable needle when retracted and providing an exit for the deformable needle; and a second jaw movable with respect to the first jaw for holding tissue to be sutured;
A vector sum phase shifter comprising: a 90° phase shifter which generates, from an input signal, an in-phase signal and a quadrature signal 90° degrees out of phase with the in-phase signal; a first four-quadrant multiplier which changes an amplitude of the in-phase signal based on a first control signal on an in-phase signal side and outputs the in-phase signal; a second four-quadrant multiplier which changes an amplitude of the quadrature signal based on a second control signal on a quadrature signal side and outputs the quadrature signal; a combiner which combines the in-phase signal output from said first four-quadrant multiplier and the quadrature signal output from said second four-quadrant multiplier and outputs a combined signal; and a control circuit which outputs the first control signal and the second control signal, wherein said control circuit comprises: a voltage generator (400, 400a, 400b, 400c, 400I, 400Q, 400IB, 400Qb, 400Ic, 400Qc) which generates a reference voltage; and a differential amplifier (401I, 401Q, 4021, 402Q, 4401-4441, 440Q-444Q) receiving the reference voltage and a control voltage corresponding to a phase shift amount of an output signal of said combiner said differential amplifier converting the difference of said control voltage and said reference voltage into one of the first control signal and the second control signal in an analog operation, said one of the first control signal and the second control signal, when the control voltage is near the reference voltage, having a waveform which corresponds to a sine wave characteristic or a cosine wave characteristic. a 90° phase shifter which generates, from an input signal, an in-phase signal and a quadrature signal 90° degrees out of phase with the in-phase signal; a first four-quadrant multiplier which changes an amplitude of the in-phase signal based on a first control signal on an in-phase signal side and outputs the in-phase signal; a second four-quadrant multiplier which changes an amplitude of the quadrature signal based on a second control signal on a quadrature signal side and outputs the quadrature signal; a combiner which combines the in-phase signal output from said first four-quadrant multiplier and the quadrature signal output from said second four-quadrant multiplier and outputs a combined signal; and a control circuit which outputs the first control signal and the second control signal, a voltage generator (400, 400a, 400b, 400c, 400I, 400Q, 400IB, 400Qb, 400Ic, 400Qc) which generates a reference voltage; and a differential amplifier (401I, 401Q, 4021, 402Q, 4401-4441, 440Q-444Q) receiving the reference voltage and a control voltage corresponding to a phase shift amount of an output signal of said combiner said differential amplifier converting the difference of said control voltage and said reference voltage into one of the first control signal and the second control signal in an analog operation, said one of the first control signal and the second control signal, when the control voltage is near the reference voltage, having a waveform which corresponds to a sine wave characteristic or a cosine wave characteristic.
Anti-corrosion system comprising an at least four-layered first tape, comprising at least one outer layer of at least one elastomer, selected from the group comprising (block-) co- and/or terpolymers with at least one carbon-carbon double bond, as well as at least one cross-linking agent, selected from a group comprising at least one reactive resin, furthermore comprising at least one layer of a carrier film, having an adhesive layer on both sides, wherein an adhesive layer is disposed between the layer containing elastomer and the carrier film, wherein the at least one layer containing elastomer is disposed only on one side of the carrier film, wherein the anti-corrosion system furthermore comprises at least one primer, comprising at least one catalyzing agent to activate the cross-linking agent.
A method for predicting the ovarian response of a subject to ovarian stimulation with a gonadotropin, said method comprising: (i) contacting monocyte or macrophage cells from said subject in vitro with a gonadotropin; and (ii) assessing uptake of said gonadotropin into said cells; wherein uptake of gonadotropin into said cells is indicative of reduced ovarian stimulation. (i) contacting monocyte or macrophage cells from said subject in vitro with a gonadotropin; and (ii) assessing uptake of said gonadotropin into said cells;
Tyre having a radial carcass reinforcement, consisting of at least one layer of reinforcing elements, said tyre comprising a crown reinforcement, which is itself covered radially with a tread, said tread being joined to two beads via two sidewalls, at least one layer of reinforcing elements of the carcass reinforcement being anchored in each of the beads by an upturn around a bead wire, said carcass reinforcement upturn being reinforced by at least one layer of reinforcing elements or stiffener, at least the end of the carcass reinforcement upturn being separated from the stiffener by at least one layer of polymer blend, characterized in that the reinforcing elements of at least one stiffener are non-wrapped metal cords with saturated layers, having, in what is called the permeability test, a flow rate of less than 5 cm 3 /min and in that the modulus of elasticity of the layer of polymer blend in contact with the carcass reinforcement upturn and separating the stiffener from the end of the carcass reinforcement upturn is greater than 4 MPa.
A holographic process of recording a hologram comprising the step of recording a subject image, and recording a reflection image of a light source for a reconstruction at least in front of, or in the rear of, the reconstructed subject image, both in a reconstructible fashion, wherein a lens is located on a hologram recording side of a subject, and object light coming from a subject through said lens and further object light reflected by the lens comprising at least one of light reflected at an incidence side surface of said lens upon illumination of said lens with illumination light from the hologram side and light reflected at an output side surface of said lens upon refraction at the incidence side surface of said lens are entered in a hologram recording material located on the hologram recording side of said subject ' while, at the same time, reference light is entered in said hologram recording material, for interference and hologram recording, wherein the subject is a planar transmission subject, wherein the lens is superimposed onto the planar transmission subject which comprises character patterns which are distorted in the portion covered by the lens in such a way to enhance the perceived focusing effect of the lens, and wherein, when a viewing position is moved along a hologram surface, said subject image and said reflection image are viewed at varied relative positions.
A security control module for controlling access through a passageway of a secure control area, the security control module comprising: - an ultra-wideband transceiver configured to establish an ultra-wideband transmission with an ultra-wideband communication module of a mobile device; and - a processing unit configured to determine a first distance between the security control module and the mobile device by processing signal properties of the ultra-wideband transmission, the security control module being configured to receive a second distance from a further security control module (10', 20) arranged at a spacing distance apart from the security control module, the second distance being indicative of a distance between the further security control module (10', 20) and the mobile device, the security control module being further configured to transmit the first distance to the further security control module, and the processing unit being configured to determine the relative position of the mobile device with respect to the security control module based on the first distance and the second distance. - an ultra-wideband transceiver configured to establish an ultra-wideband transmission with an ultra-wideband communication module of a mobile device; and - a processing unit configured to determine a first distance between the security control module and the mobile device by processing signal properties of the ultra-wideband transmission, the security control module being configured to receive a second distance from a further security control module (10', 20) arranged at a spacing distance apart from the security control module, the second distance being indicative of a distance between the further security control module (10', 20) and the mobile device, the security control module being further configured to transmit the first distance to the further security control module, and the processing unit being configured to determine the relative position of the mobile device with respect to the security control module based on the first distance and the second distance.
Decontaminating unit for decontaminating parisons made of a thermoplastic material, comprising: a rotary carousel; gripping means for gripping said parisons, said gripping means being solidly constrained to the rotary carousel and being arranged such as to support the parisons during their advancement thereof along a circumferential pathway on said rotary carousel; a generating device for generating pulsed light, characterised in that said generating device for generating pulsed light is arranged along a secant, that is a straight line that intersects in two points (P, Q) said circumferential pathway, in order to send radiations onto the mouth of the parisons in transit. a rotary carousel; gripping means for gripping said parisons, said gripping means being solidly constrained to the rotary carousel and being arranged such as to support the parisons during their advancement thereof along a circumferential pathway on said rotary carousel; a generating device for generating pulsed light, characterised in that said generating device for generating pulsed light is arranged along a secant, that is a straight line that intersects in two points (P, Q) said circumferential pathway, in order to send radiations onto the mouth of the parisons in transit.
Control system for a venetian blind with an electric drive controlled by a control unit, which are constructed to raise or lower a slat arrangement with slats extending parallel to one another, and with a limit switch for detection of the fully raised positions of the slat arrangement, wherein the limit switch comprises a Hall sensor and a magnet, which are arranged to movable relative to one another, and wherein a binary switching signal and at least one further output signal are derived from analog signals generated by the Hall sensor, wherein the two switching states of the switching signal whether or not the venetian blind is in the fully raised positions, characterised in that the magnet is integrated in a plunger mounted at a spacing from the electric drive, wherein in the fully raised position of the slat arrangement the plunger is deflected in the direction of the electric drive by the uppermost slat.
A system for airflow testing a turbine engine component having multiple cavities (22, 24, 26) comprising: a test fixture having means for supporting a turbine engine component to be tested wherein said supporting means comprises a first module having a slot for receiving a portion of said turbine engine component; and characterised by further comprising means for sequentially allowing pressurised air to flow through each of the multiple cavities (22, 24, 26) in said turbine engine component, wherein said means for sequentially allowing said pressurized air to flow through each of the multiple cavities (22, 24, 25) comprises a slider having one hole for allowing said pressurized air to flow into one of said multiple cavities (22, 24, 26) and a solid portion for preventing said pressurized air from flowing into at least one remaining cavity of said multiple cavities (22, 24, 26).
A reaction mixture for isolating a target nucleic acid from a sample, said reaction mixture comprising: a) a sample derived from cells that have been treated to release intracellular components, including the target nucleic acid, into a solution phase; b) population of non-specific capture probes with a finite number of members, wherein the non-specific capture probes comprise a first specific binding partner that is capable of specifically binding a second specific binding partner (SBP') that is immobilized on a support and an oligonucleotide sequence that is 6 to 25 nucleotides in length and is a poly-(k) sequence, with k being G or T/U, comprising a random assortment of G and T nucleotides or G and U nucleotides, wherein the population of non-specific capture probes with a finite number of members is for non-specifically hybridizing the target nucleic acid, wherein the finite number of members (n 1) of the population of non-specific capture probes is determined by the length and number (n) of bases making up the random portion of the non-specific capture probe. a) a sample derived from cells that have been treated to release intracellular components, including the target nucleic acid, into a solution phase; b) population of non-specific capture probes with a finite number of members, wherein the non-specific capture probes comprise a first specific binding partner that is capable of specifically binding a second specific binding partner (SBP') that is immobilized on a support and an oligonucleotide sequence that is 6 to 25 nucleotides in length and is a poly-(k) sequence, with k being G or T/U, comprising a random assortment of G and T nucleotides or G and U nucleotides, wherein the population of non-specific capture probes with a finite number of members is for non-specifically hybridizing the target nucleic acid, wherein the finite number of members (n 1) of the population of non-specific capture probes is determined by the length and number (n) of bases making up the random portion of the non-specific capture probe.