mhurhangee/ep-ind-claims huggingface dataset:
An outdoor image irradiation apparatus, comprising: an image light emission device, a polarizer for image light, and a light attenuation member configured to attenuate sunlight by absorbing at least one of ultraviolet light and infrared light, and to permit transmission of visible light, wherein the light attenuation member, the polarizer and the image light emission device are sequentially located on an optical path for the sunlight, characterized in that the light attenuation member comprises sapphire, and the sapphire comprises a plurality of terrace structure layers located on any plane of the sapphire, each terrace structure layer of the plurality of terrace structure layers comprising a terrace surface and a side surface that is in contact with an edge line of the terrace surface. an image light emission device, a polarizer for image light, and a light attenuation member configured to attenuate sunlight by absorbing at least one of ultraviolet light and infrared light, and to permit transmission of visible light, wherein the light attenuation member, the polarizer and the image light emission device are sequentially located on an optical path for the sunlight, characterized in that the light attenuation member comprises sapphire, and the sapphire comprises a plurality of terrace structure layers located on any plane of the sapphire, each terrace structure layer of the plurality of terrace structure layers comprising a terrace surface and a side surface that is in contact with an edge line of the terrace surface.
A method for reducing energy required for data being transmitted via a digital subscriber line comprising the step of: providing the data by a scrambler, the data comprising idle data together with overhead data and/or user data, the method being characterized by: - manipulating the data by flipping the value of at least one bit of the data such that the data requires less energy for transmission; - checking whether the manipulation leads to bit errors in overhead data and/or user data; and - transmitting the manipulated data if the manipulation does not lead to errors and transmitting the unmanipulated data if the manipulation leads to errors. providing the data by a scrambler, the data comprising idle data together with overhead data and/or user data, the method being characterized by: - manipulating the data by flipping the value of at least one bit of the data such that the data requires less energy for transmission; - checking whether the manipulation leads to bit errors in overhead data and/or user data; and - transmitting the manipulated data if the manipulation does not lead to errors and transmitting the unmanipulated data if the manipulation leads to errors. - manipulating the data by flipping the value of at least one bit of the data such that the data requires less energy for transmission; - checking whether the manipulation leads to bit errors in overhead data and/or user data; and - transmitting the manipulated data if the manipulation does not lead to errors and transmitting the unmanipulated data if the manipulation leads to errors.
A connecting arrangement comprising connecting elements for connecting two adjacent members of a line guiding device for guiding hoses or cables, comprising members which are connected together in a row in the longitudinal direction, wherein the members respectively have two side wall segments which are arranged spaced in the transverse direction (q) and which delimit a receiving space as part of a line guiding passage for the hoses or cables and the side wall segments in the installation position are respectively connected by way of a connecting element to the associated side wall segment of the respectively adjacent member, wherein the connecting elements provided for connecting the side wall segments of two adjacent members are connected together at a mutual spacing by way of a transverse member with the formation of a base unit of the connecting arrangement characterised in that there are provided at least two base units which are arranged spaced from each other in a heightwise direction (h) perpendicularly to the transverse direction (q) and the longitudinal direction of the line guiding device.
Method for train length detection in a train formation consisting of many carriages (1a - 1c), which is braked via a pneumatic brake system in several braking stages in accordance with the pressure in a main air line looped from carriage to carriage, the pressure (p HL) and flow rate of the main air line and the ambient temperature being measured by sensor-technological means along the time axis, wherefrom the train length is calculated by means of an electronic evaluation device, wherein the sensor-technological detection of measured variables is carried out from the stationary state of an existing braking stage (I.) during the next braking stage (II.) until a stationary state is once again reached, whereupon, by integrating the flow rate during the venting of the main air line for carrying out the next braking stage (II.), the volume of the main air line is calculated taking account of the pressure (p HL) prevailing in the starting and the end state and of the ambient temperature, in order to determine therefrom, at a known line cross-section, the train length corresponding to the length of the main air line, characterised in that, if the volume of the main air line has previously been determined at least once, the air volume lost by brake acceleration losses of the individual control valves assigned to the brake cylinders from the released state of the brake system is eliminated computationally as a correction value in the determination of the train length.
Method for testing electronic controllers, in particular for testing automobile controllers, wherein a predefined scenario is simulated in a simulation process on a test platform in a test scenario, and wherein the test platform generates output values on the basis of input stimuli in this simulation process, wherein the test scenario is dynamically adapted during the simulation process on the basis of the current state of the simulation process by interrupting the execution of the simulation process, communication with the test platform is carried out, the input stimuli are newly calculated, the input stimuli are then transmitted to the test platform and a changeover to the newly calculated input stimuli is carried out before the simulation is continued, having the steps of - parsing and/or syntax and semantic analysis of a test case specification and compilation to form signals; - automatically generating a test harness as a copy of the original control program, supplemented or enriched with specific elements which enable the input stimulation, the recording of the output values and the manipulation of the internal signals, including elements for interrupting the execution of the test as soon as corresponding conditions are satisfied; - automatically carrying out (S145, S150) the test; and - interrupting the execution of the test as soon as corresponding conditions are satisfied, and transmitting the current status of the program variables to an apparatus which newly generates signals on the basis of the status of the software variables and transmits them back to the test harness. - parsing and/or syntax and semantic analysis of a test case specification and compilation to form signals; - automatically generating a test harness as a copy of the original control program, supplemented or enriched with specific elements which enable the input stimulation, the recording of the output values and the manipulation of the internal signals, including elements for interrupting the execution of the test as soon as corresponding conditions are satisfied; - automatically carrying out (S145, S150) the test; and - interrupting the execution of the test as soon as corresponding conditions are satisfied, and transmitting the current status of the program variables to an apparatus which newly generates signals on the basis of the status of the software variables and transmits them back to the test harness.
Toothbrush with a grip region and with a neck region adjoining the grip region, which carries, opposite the grip region, a head region, which has at least one bristle carrier element for the reception of bristles, wherein the bristles emerge from at least one upper carrier element orifice of the bristle carrier element toward a top side of the toothbrush, the bristle carrier element is elastically deflectable with respect to the neck region and connected elastically to the neck region via a sheet-like hard film, which is formed in one piece with said bristle carrier element and made of a hard material, and wherein the sheet-like hard film extends at least in portions in a flush manner on the outside around the upper carrier element orifice, characterized in that a layer of a further material is applied on the sheet-like hard film.
A method of processing two-dimensional optical echelle spectra of analytes, in optical spectrometry, the optical spectra comprising sections having a relatively high intensity separated by borders having a relatively low intensity, the optical spectra having been digitized by an array detector to produce optical spectrum images, the method comprising: - applying a total variation denoising algorithm to produce a denoised two-dimensional optical spectrum image, wherein the total variation denoising algorithm substantially preserves image detail while reducing noise, - searching for at least one series of neighboring local extrema of the optical spectrum image, - fitting a line through each series of neighboring local extrema, each line representing a section, - identifying any peaks and their respective locations, and - storing the lines and the locations of any peaks. - applying a total variation denoising algorithm to produce a denoised two-dimensional optical spectrum image, wherein the total variation denoising algorithm substantially preserves image detail while reducing noise, - searching for at least one series of neighboring local extrema of the optical spectrum image, - fitting a line through each series of neighboring local extrema, each line representing a section, - identifying any peaks and their respective locations, and - storing the lines and the locations of any peaks.
An organ transporter system, comprising: a bag comprising an organ transporter compartment that is configured to accept an organ transporter; and an organ transporter disposed within the organ transporter compartment, wherein: - the bag comprises: two bag handles that are externally accessible; and an internal frame connected to the two bag handles, - the organ transporter comprises two transporter handles, and - a portion of at least one of the bag handles includes a generally U-shaped portion which is configured to support and/or to mate with at least one of the transporter handles when the organ transporter is disposed within the organ transporter compartment to transfer lifting force from the bag handle to the transporter handle. a bag comprising an organ transporter compartment that is configured to accept an organ transporter; and an organ transporter disposed within the organ transporter compartment, - the bag comprises: two bag handles that are externally accessible; and an internal frame connected to the two bag handles, two bag handles that are externally accessible; and an internal frame connected to the two bag handles, - the organ transporter comprises two transporter handles, and - a portion of at least one of the bag handles includes a generally U-shaped portion which is configured to support and/or to mate with at least one of the transporter handles when the organ transporter is disposed within the organ transporter compartment to transfer lifting force from the bag handle to the transporter handle.
A gas turbine engine comprising; a main engine compressor section; and a bleed air system comprising: a booster compressor for changing a pressure of airflow received from the main engine compressor section to a pressure desired for a pneumatic system, wherein the booster compressor is configured to operate at airflow conditions greater than a demand of the pneumatic system; and an exhaust valve (82, 94) controlling airflow between an exhaust outlet and an outlet passage to the pneumatic system, the exhaust valve (82, 94) operable to exhaust airflow from the booster compressor in excess of the demand of the pneumatic system, wherein the gas turbine engine includes a turbine coupled to drive the booster compressor, the turbine driven by airflow from the main engine compressor section, wherein airflow exhausted from the turbine is mixed with airflow from an outlet of the booster compressor, characterised in that the exhaust valve (82, 94) is upstream of a junction combining airflow from the booster compressor and the turbine. a booster compressor for changing a pressure of airflow received from the main engine compressor section to a pressure desired for a pneumatic system, wherein the booster compressor is configured to operate at airflow conditions greater than a demand of the pneumatic system; and an exhaust valve (82, 94) controlling airflow between an exhaust outlet and an outlet passage to the pneumatic system, the exhaust valve (82, 94) operable to exhaust airflow from the booster compressor in excess of the demand of the pneumatic system, wherein the gas turbine engine includes a turbine coupled to drive the booster compressor, the turbine driven by airflow from the main engine compressor section, wherein airflow exhausted from the turbine is mixed with airflow from an outlet of the booster compressor, characterised in that the exhaust valve (82, 94) is upstream of a junction combining airflow from the booster compressor and the turbine.
A display method, comprising: starting, by a first terminal, a target application; sending, by the first terminal, second display data to a second terminal in response to starting the target application, wherein the second display data is used by the second terminal to display an operation entry of the target application; sending, by the first terminal, third display data to the second terminal when the operation entry of the target application displayed by the second terminal is triggered, wherein the third display data is used by the second terminal to display a display interface of the target application. starting, by a first terminal, a target application; sending, by the first terminal, second display data to a second terminal in response to starting the target application, wherein the second display data is used by the second terminal to display an operation entry of the target application; sending, by the first terminal, third display data to the second terminal when the operation entry of the target application displayed by the second terminal is triggered, wherein the third display data is used by the second terminal to display a display interface of the target application.
An aqueous dispersion for the controlled release of anionic surfactants in hydrocarbon recovery operation consisting of: 0.05 to 5 weight percent of partially hydrolyzed polyacrylamide; and 0.05 to 5 weight percent of anionic surfactant salt particles with mean particle size of less than 200 nm, the anionic surfactant salt particles being selected from aluminium alkyl sulfonate, calcium alkyl sulfonate, magnesium alkyl sulfonate, and cobalt alkyl sulfonate, and wherein the particles are dispersible in a reservoir environment of up to 100°C and 25 wt% salinity. 0.05 to 5 weight percent of partially hydrolyzed polyacrylamide; and 0.05 to 5 weight percent of anionic surfactant salt particles with mean particle size of less than 200 nm, the anionic surfactant salt particles being selected from aluminium alkyl sulfonate, calcium alkyl sulfonate, magnesium alkyl sulfonate, and cobalt alkyl sulfonate, and wherein the particles are dispersible in a reservoir environment of up to 100°C and 25 wt% salinity.
A method of wireless communication of a user equipment, UE, comprising: receiving scheduling information for one or more downlink transmissions from a first cell in an active set of the UE; receiving downlink wireless communications from multiple cells in the active set of the UE based on the scheduling information; receiving one or more serving resource grants for uplink communications from a second cell in the active set; transmitting uplink communications over resources of the second cell indicated in the one or more serving resource grants, wherein the first cell is different from the second cell; characterized by: transmitting power control information regarding uplink communications to the second cell over an enhanced dedicated channel, E-DCH, and receiving assigned resources related to the E-DCH over a fractional dedicated physical channel, F-DPCH, of the second cell. receiving scheduling information for one or more downlink transmissions from a first cell in an active set of the UE; receiving downlink wireless communications from multiple cells in the active set of the UE based on the scheduling information; receiving one or more serving resource grants for uplink communications from a second cell in the active set; transmitting uplink communications over resources of the second cell indicated in the one or more serving resource grants, wherein the first cell is different from the second cell; characterized by: transmitting power control information regarding uplink communications to the second cell over an enhanced dedicated channel, E-DCH, and receiving assigned resources related to the E-DCH over a fractional dedicated physical channel, F-DPCH, of the second cell.
A multi-frequency array antenna, comprising at least one dual-polarized low frequency subarray and at least one dual-polarized high frequency subarray, wherein the dual-polarized low frequency subarray and the dual-polarized high frequency subarray are arranged, within a same radome, in parallel along an axial direction of the multi-frequency array antenna, characterized in that the dual-polarized low frequency subarray comprises at least two types of dual-polarized low frequency radiation unit pairs, and each of the dual-polarized low frequency radiation unit pairs comprises at least four low frequency radiation units, wherein combination manners of low frequency radiation units in the at least two types of dual-polarized low frequency radiation unit pairs are different, wherein the at least two types of dual-polarized low frequency radiation unit pairs are alternately arranged along the axial direction of the multi-frequency array antenna.
Electrical storage apparatus for providing electrical energy for a charging process of at least one electrically driveable motor vehicle, wherein the charging process comprises a flow of energy from the storage apparatus to the motor vehicle by virtue of the electrical storage apparatus buffer-storing electrical energy from an electricity grid in order then to supply power to the electrically driveable motor vehicle by means of the stored energy, and/or wherein the charging process comprises a flow of energy from the motor vehicle to the storage apparatus, having: - a storage unit for storing the energy, - a cooling assembly for providing cooling power and - a cooling circuit, which is configured to convey thermal energy from the storage unit to the cooling assembly by means of a cooling medium, wherein at least one charging cable is coupled to the storage unit, wherein the respective charging cable is designed for connection to the motor vehicle and has a cooling channel, characterized in that a distributor device is provided, which is configured to divert a portion of the cooling medium into the cooling channel of the charging cable or to dissipate thermal energy from the cooling channel into the cooling medium by means of a heat exchanger, wherein the distributor device is designed as a chamber or a pipe or a canister and has a connection for connecting the cooling channel of the charging cable. - a storage unit for storing the energy, - a cooling assembly for providing cooling power and - a cooling circuit, which is configured to convey thermal energy from the storage unit to the cooling assembly by means of a cooling medium, wherein at least one charging cable is coupled to the storage unit, wherein the respective charging cable is designed for connection to the motor vehicle and has a cooling channel,
A water current power generating device including: a main body including a horizontal axis rotor affixed thereto which is operable to generate power from a water current; a fixed support structure for supporting the main body on a bed of a body of water, said main body being attached to the support structure by way of a rotational mechanical connection which is adapted for rotation of the main body with respect to the support structure about a single axis of rotation; and at least one hydrodynamic thruster mounted on the main body, the at least one hydrodynamic thruster being operable to exert a torque on the main body of the device, thereby to cause rotation of the main body about the axis of rotation, so as to orient the rotor device with respect to the support structure. a main body including a horizontal axis rotor affixed thereto which is operable to generate power from a water current; a fixed support structure for supporting the main body on a bed of a body of water, said main body being attached to the support structure by way of a rotational mechanical connection which is adapted for rotation of the main body with respect to the support structure about a single axis of rotation; and at least one hydrodynamic thruster mounted on the main body, the at least one hydrodynamic thruster being operable to exert a torque on the main body of the device, thereby to cause rotation of the main body about the axis of rotation, so as to orient the rotor device with respect to the support structure.
Household appliance for dispensing liquid, with a dispensing unit for dispensing the liquid, which is embodied as a sanitary fitting, with a connecting apparatus for connecting the household appliance to a water network outside the appliance, and with a hot water system, with which water supplied from the water network outside the appliance can be heated, wherein the hot water system is embodied with a conducting unit, wherein said conducting unit is connected to the dispensing unit and a valve is arranged in the conducting unit, and with a conducting device, with which the water of the water network outside the appliance can be conducted directly from the connecting apparatus to the dispensing unit, wherein the household appliance has a cooled water system, with which water supplied from the water network outside the appliance can be cooled, wherein the cooled water system is embodied with a conducting unit, wherein this conducting unit is connected to the dispensing unit and a valve is arranged in the conducting unit, characterised in that the household appliance has a control unit, with which the valves (20, 28) in the conducting units (17, 27) of the hot water system and the cooled water system are able to be brought into an opened state at the same time, so that a mixed liquid, which can be mixed from the liquid of the hot water system and from the liquid of the cooled water system, is able to be dispensed via the dispensing unit.
Weld material with, in % by weight C 0.01-0.05% N 0.05-0.10% Cr 20.0-23.0% Mn 0.25-0.50% Si 0.04-0.10% Mo 8.0-10.5% Ti 0.75-1.0% Nb 3.0-5.0% Fe max. 1.5% Al 0.03-0.50% W 4.0-5.0% Ta max. 0.5% Co max. 1.0% Zr 0.10-0.70% Ni remainder, and impurities resulting from the smelting process P max. 0.05% S max. 0.01% V max. 0.05%.