mhurhangee/ep-ind-claims huggingface dataset:
Adsorptive filter medium, in particular for the purification of gases and/or gas mixtures, preferably air, and/or in particular for the removal of chemical and/or biological poisons and/or pollutants from gases and/or gas mixtures, preferably air, wherein the filter medium comprises - a plurality of a first filter element with a first adsorbent in the form of adsorbent particles, and - a plurality of a second filter element that is different from the first filter element and has a second adsorbent material in the form of adsorbent particles, wherein the first adsorbent material and the second adsorption material are formed of grain-shaped activated carbon independently from each other, wherein the first filter elements and the second filter elements are arranged in the shape of a stack and/or are stacked on each other, wherein at least a first filter element is arranged upstream of at least a second filter element, wherein the first filter element and the second filter element have pressure losses different from each other and/or (throughput) flow resistances different from each other, wherein the second filter element has a larger pressure loss and/or (throughput) flow resistance than the first element, and wherein a second filter element is arranged downstream of the last positioned filter element (1, 2), wherein the last downstream positioned second filter element has a higher pressure loss and/or (throughput) flow resistance than the last upstream positioned filter element (1, 2). - a plurality of a first filter element with a first adsorbent in the form of adsorbent particles, and - a plurality of a second filter element that is different from the first filter element and has a second adsorbent material in the form of adsorbent particles, wherein the first adsorbent material and the second adsorption material are formed of grain-shaped activated carbon independently from each other,
A method for verifying a network management short message of a wireless public phone, characterized by comprising the following steps of: receiving a network management short message containing a sending party number, a sending party short message center number and a short message content; comparing the sending party number with a pre-stored number; when the sending party number is consistent with the pre-stored number, comparing the sending party short message center number with a pre-stored short message center number; when the sending party short message center number is consistent with the pre-stored short message center number, comparing the short message content in the network management short message with a pre-stored short message content; and when the short message content in the network management short message is consistent with the pre-stored short message content, confirming that the verification of the network management short message succeeds (S 14). receiving a network management short message containing a sending party number, a sending party short message center number and a short message content; comparing the sending party number with a pre-stored number; when the sending party number is consistent with the pre-stored number, comparing the sending party short message center number with a pre-stored short message center number; when the sending party short message center number is consistent with the pre-stored short message center number, comparing the short message content in the network management short message with a pre-stored short message content; and when the short message content in the network management short message is consistent with the pre-stored short message content, confirming that the verification of the network management short message succeeds (S 14).
A reflective element comprising: a first element configured and arranged such that a boundary wavelength between electromagnetic wave absorption and electromagnetic wave transmission or a boundary wavelength between electromagnetic wave reflection in an oblique direction to an incidence axis of the electromagnetic wave and electromagnetic wave transmission is variable or the boundary wavelength is fixed; and a second element configured and arranged such that a wavelength region of an electromagnetic wave to be reflected back along the incidence axis is variable or the wavelength region is fixed, wherein the first element and the second element are arranged in a sequential combination along the incidence axis in which at least either the boundary wavelength of the first element or the wavelength region of the second element is variable and in a positional relationship in which electromagnetic waves transmitted by the first element are incident on the second element and, by controlling overlap between an electromagnetic wave transmission band of the first element and an electromagnetic wave reflection band of the second element through varying at least one of the boundary wavelength of the first element and the wavelength region of the second element, a band of electromagnetic waves reflected by the second element and the amount of the electromagnetic waves are varied. a first element configured and arranged such that a boundary wavelength between electromagnetic wave absorption and electromagnetic wave transmission or a boundary wavelength between electromagnetic wave reflection in an oblique direction to an incidence axis of the electromagnetic wave and electromagnetic wave transmission is variable or the boundary wavelength is fixed; and a second element configured and arranged such that a wavelength region of an electromagnetic wave to be reflected back along the incidence axis is variable or the wavelength region is fixed, wherein the first element and the second element are arranged in a sequential combination along the incidence axis in which at least either the boundary wavelength of the first element or the wavelength region of the second element is variable and in a positional relationship in which electromagnetic waves transmitted by the first element are incident on the second element and, by controlling overlap between an electromagnetic wave transmission band of the first element and an electromagnetic wave reflection band of the second element through varying at least one of the boundary wavelength of the first element and the wavelength region of the second element, a band of electromagnetic waves reflected by the second element and the amount of the electromagnetic waves are varied.
A detector device for detecting infrared radiation, the device comprising: · a temperature sensor for generating signals (T F, T c) indicative of a difference (ΔT) between a reference temperature (T F) and the temperature (T c) of a portion exposed to the infrared radiation; and · a determination module for determining a presence indication (PRES) and a movement indication (MOUV) as a function solely of a plurality of reading values of said difference (ΔT) as taken over a time interval; wherein the module is designed to determine an adaptive threshold as a function of said reading values and to determine the presence indication (PRES) by comparing a current value of said difference (ΔT) with the adaptive threshold; and wherein the module is designed to determine a variance for said reading values and to determine the movement indication (MOUV) by comparing the determined variance with a predefined threshold (V 0). · a temperature sensor for generating signals (T F, T c) indicative of a difference (ΔT) between a reference temperature (T F) and the temperature (T c) of a portion exposed to the infrared radiation; and · a determination module for determining a presence indication (PRES) and a movement indication (MOUV) as a function solely of a plurality of reading values of said difference (ΔT) as taken over a time interval;
A water container for a beverage vending machine, which water container has a filling opening which can be covered by means of a lid and is constructed so as to be attachable to the beverage vending machine and detachable from the beverage vending machine, so that when the water container is attached to the beverage vending machine a filling area is defined above the filling opening, wherein the lid is arranged on the water container so as to be movable and is guided by means of a guide device (30a, 30b, 31a, 31b, 32a, 32b) in such a manner that the lid can be pivoted out of the filling area into at least one defined or definable opening position, so that the filling area is freely accessible at least from above, wherein in order to support and guide the lid the guide device has a first guide arm and a second guide arm arranged opposite said first arm, characterized in that the first guide arm and the second guide arm are each equipped with a container-side joint (31a, 31b) for supporting the associated guide arm (30a, 30b) in rotatably movable manner on the water container, and with a lid-side joint (32a, 32b) for supporting the lid in rotatably movable manner on the associated guide arm (30a, 30b), wherein the container-side joint of the first guide arm and the container-side joint of the second guide arm define a first axis of rotation, and the lid-side joint of the first guide arm and the lid-side joint of the second guide arm define a second axis of rotation of the lid, wherein the second axis of rotation is pivotable about the first axis of rotation, and the lid is supported by means of the first guide arm and the second guide arm in such manner that in the open position or in at least one of the open positions a cover surface of the lid can be brought to bear at least partially on an outer surface of the water container, so that it assumes an unfolded position.
A battery module comprising: a plurality of cylindrical battery cells disposed upright such that a positive electrode faces downward and a negative electrode faces upward; a cell housing configured to accommodate the plurality of battery cells; a top plate configured to entirely cover an upper side of the cell housing and electrically connected to the negative electrode of each of the plurality of battery cells; a bottom plate disposed opposite the top plate to entirely cover a lower side of the cell housing and electrically connected to the positive electrode of each of the plurality of battery cells; and a phase change material filled in the cell housing such that the plurality of battery cells are partially submerged, and cooling the plurality of battery cells, characterized in that a venting portion which is vented to lower an internal pressure of the battery cell when the internal pressure of the battery cell increases to a certain level or more is provided on a surface on which the positive electrode is formed, wherein a surface of the battery cell on which the venting portion is formed faces downward and thus the positive electrode is immersed in the liquefied phase change material. a plurality of cylindrical battery cells disposed upright such that a positive electrode faces downward and a negative electrode faces upward; a cell housing configured to accommodate the plurality of battery cells; a top plate configured to entirely cover an upper side of the cell housing and electrically connected to the negative electrode of each of the plurality of battery cells; a bottom plate disposed opposite the top plate to entirely cover a lower side of the cell housing and electrically connected to the positive electrode of each of the plurality of battery cells; and a phase change material filled in the cell housing such that the plurality of battery cells are partially submerged, and cooling the plurality of battery cells, characterized in that a venting portion which is vented to lower an internal pressure of the battery cell when the internal pressure of the battery cell increases to a certain level or more is provided on a surface on which the positive electrode is formed, wherein a surface of the battery cell on which the venting portion is formed faces downward and thus the positive electrode is immersed in the liquefied phase change material.
A nanometric magnetorheological fluid, comprising: flake-shaped nanometric magnetic particles, wherein the flake-shaped magnetic particles have a thickness of less than 100 nanometers; and a fluid for use as a carrier liquid, wherein the magnetic particles are dispersed in the fluid. flake-shaped nanometric magnetic particles, wherein the flake-shaped magnetic particles have a thickness of less than 100 nanometers; and a fluid for use as a carrier liquid, wherein the magnetic particles are dispersed in the fluid.
Blank (17, 17a, 17b) suitable for use as a body of a supercapacitor, comprising a first porous semiconductor volume and a second porous semiconductor volume, wherein the second porous semiconductor volume is separated from the first porous semiconductor volume by a trench that is suitable for receiving an electrolyte, and the first and second porous semiconductor volume (22, 21) comprise channels opening to the trench, characterized in that the second porous semiconductor volume is laterally surrounded by the first porous semiconductor volume and the trench forms a closed form.
An annular wall (11, 12) of a combustion chamber of a turbomachine, said wall (11, 12) having a cold side and a hot side and being provided with at least one primary hole for enabling a first flow of air flowing on the cold side of the wall (11, 12) to penetrate to the hot side of the wall (11, 12) to feed the combustion of fuel inside the combustion chamber, and a plurality of cooling holes, each having a diameter no greater than 1 mm in order to enable a second flow of air flowing on the cold side of the wall (11, 12) to penetrate to the hot side of the wall (11, 12) to cool the hot side of the wall (11, 12), said plurality of cooling holes being also suitable for diluting the combustion gas resulting from said combustion by using the flow of air penetrating to the hot side of the wall (11, 12) through the cooling holes.
Abase station, comprising: a processing module, configured to determine, according to downlink radio resource usage, a special timeslot in a frequency range used for downlink data transmission, wherein a downlink frequency resource in the special timeslot is used to transmit an uplink physical signal; a sending module, configured to send special-timeslot configuration information to user equipment, wherein the special-timeslot configuration information is used to instruct the user equipment to send the uplink physical signal over a downlink frequency band in the special timeslot; and a receiving module, configured to: receive, over the downlink frequency band in the special timeslot, the uplink physical signal sent by the user equipment, perform channel estimation according to the uplink physical signal and obtain channel state information according to the uplink physical signal; characterized in that the special-timeslot configuration information further comprises sub-frequency resource indication information, the sub-frequency resource indication information is used to indicate a sub-frequency resource occupied when the user equipment sends the uplink physical signal in the special timeslot, and the sub-frequency resource is a part of frequency resources indicated by a frequency resource indication information, comprised by the special timeslot configuration information. a processing module, configured to determine, according to downlink radio resource usage, a special timeslot in a frequency range used for downlink data transmission, wherein a downlink frequency resource in the special timeslot is used to transmit an uplink physical signal; a sending module, configured to send special-timeslot configuration information to user equipment, wherein the special-timeslot configuration information is used to instruct the user equipment to send the uplink physical signal over a downlink frequency band in the special timeslot; and a receiving module, configured to: receive, over the downlink frequency band in the special timeslot, the uplink physical signal sent by the user equipment, perform channel estimation according to the uplink physical signal and obtain channel state information according to the uplink physical signal; characterized in that the special-timeslot configuration information further comprises sub-frequency resource indication information, the sub-frequency resource indication information is used to indicate a sub-frequency resource occupied when the user equipment sends the uplink physical signal in the special timeslot, and the sub-frequency resource is a part of frequency resources indicated by a frequency resource indication information, comprised by the special timeslot configuration information.
A method for controlling infrared lamp groups in a four-lens adjustable camera, which is applied by a processor in the four-lens adjustable camera, characterized in that the method comprises: determining, for each lens of the plurality of lenses that are movably mounted in the four-lens adjustable camera, a brightness change rate between a picture captured by the lens when a first infrared lamp group is not turned on and a picture captured by the lens when the first infrared lamp group is turned on, the first infrared lamp group being one of the infrared lamp groups in the four-lens adjustable camera; and determining a lens with a largest brightness change rate among the plurality of lenses as a lens bound to the first infrared lamp group. determining, for each lens of the plurality of lenses that are movably mounted in the four-lens adjustable camera, a brightness change rate between a picture captured by the lens when a first infrared lamp group is not turned on and a picture captured by the lens when the first infrared lamp group is turned on, the first infrared lamp group being one of the infrared lamp groups in the four-lens adjustable camera; and determining a lens with a largest brightness change rate among the plurality of lenses as a lens bound to the first infrared lamp group.
A process comprising contacting 2-bromo-N-(2-bromobenzyl)-N-methylaniline with 2-((tetrahydro-2H-pyran-2-yl)oxy)-[1,1'-biphenyl]-3-yl lithium in a polar aprotic reaction medium under reaction conditions, thereby forming 2-(((2'-hydroxy-[1,1':3',1"-terphenyl]-2-yl)(methyl)amino)methyl)-[1,1':3',1"-terphenyl]-2'-ol.
An image processing device, comprising: a three-dimensional image data input means for entering three-dimensional image data representing a three-dimensional image; a subject extraction means for extracting a subject and a subject's face from the three-dimensional image data; a face direction detecting means for detecting the subject's face direction; a spatial vector calculating means for calculating a spatial vector of the subject's face from the face direction and a plurality of planar image data having different viewpoints contained in the three-dimensional image data, the spatial vector constituting a face spatial vector indicating a direction and a pop-out amount of the subject's face in the three dimensional image, where the pop-out amount is proportional to the parallax and the distance of the subject; a three-dimensional image data recording means for recording the spatial vector and the three-dimensional image data in association with each other; a template selecting means for selecting a given number of three-dimensional image templates according to the spatial vector recorded in association with the three-dimensional image from among a plurality of kinds of three-dimensional image templates; and a synthesizing means for combining the three-dimensional image data with one three-dimensional image template selected by a user from among a given number of three-dimensional image templates selected by the template selecting means to produce and output synthesized three-dimensional image data representing a synthesized three-dimensional image. a three-dimensional image data input means for entering three-dimensional image data representing a three-dimensional image; a subject extraction means for extracting a subject and a subject's face from the three-dimensional image data; a face direction detecting means for detecting the subject's face direction; a spatial vector calculating means for calculating a spatial vector of the subject's face from the face direction and a plurality of planar image data having different viewpoints contained in the three-dimensional image data, the spatial vector constituting a face spatial vector indicating a direction and a pop-out amount of the subject's face in the three dimensional image, where the pop-out amount is proportional to the parallax and the distance of the subject; a three-dimensional image data recording means for recording the spatial vector and the three-dimensional image data in association with each other; a template selecting means for selecting a given number of three-dimensional image templates according to the spatial vector recorded in association with the three-dimensional image from among a plurality of kinds of three-dimensional image templates; and a synthesizing means for combining the three-dimensional image data with one three-dimensional image template selected by a user from among a given number of three-dimensional image templates selected by the template selecting means to produce and output synthesized three-dimensional image data representing a synthesized three-dimensional image.
A hemodialysis machine comprising: a) means for establishing an initial ultrafiltration rate for a patient; b) means for determining characteristics and timing of at least one ultrafiltration rate change step; c) means for executing the at least one ultrafiltration rate change step; d) means for measuring hemoglobin concentration with sampling frequency of at least 10 Hz immediately before and after each of the at least one ultrafiltration rate change step; e) means for calculating the patient's absolute blood volume from a change in the hemoglobin concentration slope immediately before and immediately after each of the at least one ultrafiltration rate change step; and f) means for, based on the absolute blood volume, confirming that the ultrafiltration rate is appropriate or not appropriate. a) means for establishing an initial ultrafiltration rate for a patient; b) means for determining characteristics and timing of at least one ultrafiltration rate change step; c) means for executing the at least one ultrafiltration rate change step; d) means for measuring hemoglobin concentration with sampling frequency of at least 10 Hz immediately before and after each of the at least one ultrafiltration rate change step; e) means for calculating the patient's absolute blood volume from a change in the hemoglobin concentration slope immediately before and immediately after each of the at least one ultrafiltration rate change step; and f) means for, based on the absolute blood volume, confirming that the ultrafiltration rate is appropriate or not appropriate.
Power supply unit for an on-board power supply of a motor vehicle, which power supply unit has an AC generator which makes available a phase signal and has an exciter coil, a field regulator which is assigned to the exciter coil, and a rectifier with rectifier elements for rectifying the generator voltage which is supplied by the AC generator, characterized in that the field regulator has a voltage-detection region for evaluating the phase signal with a minimum value and a maximum value, wherein the maximum value is adapted to the rated voltage of a power supply unit (10, 61) of the motor vehicle in such a way that the power supply unit (10, 61) is configured for the use of temperature-dependent rectifier elements so that the phase signal can be detected even if a highly shifted DC voltage component is superimposed on it.