mhurhangee/ep-ind-claims huggingface dataset:
An integrated assembly of micro heat exchanger and thermoelectric module consisting of p- and n-conducting thermoelectric material pieces which are alternately connected to one another via electrically conductive contacts, wherein the thermoelectric module is thermally conductively connected to a micro heat exchanger which comprises a plurality of continuous channels having a diameter of at most 1 mm, through which a fluid heat exchanger medium can flow, wherein the micro heat exchanger is formed integrally with the thermoelectric module, in a way that the micro heat exchanger has an integrally moulded container which receives the p- and n-conducting thermoelectric material pieces which are alternately connected to one another via electrically conductive contacts, to form an integrated assembly of micro heat exchanger and thermoelectric modules, characterized in that the channels of the micro heat exchanger are coated with a washcoat of a motor vehicle exhaust gas catalyst.
A resin molding mold for an intake manifold comprising a surge tank, an annular flange provided at an end of the surge tank and having a smaller inside diameter than an inside diameter of the surge tank so as to attach a throttle body; wherein the resin molding mold comprises a slide mold molding the flange and a plurality of combination-type core molds (14, 15) molding an inner surface of the surge tank; wherein the core molds (14, 15) include a first core member capable of a relative movement in advance of another core member after resin molding, and a second core member capable of moving with utilizing an inner space formed by the relative movement of the first core member in advance of the second core member, the second core member being formed of split molds (15A-15D) disposed around an outer circumference of the first core member; wherein the first core member and the second core member are configured to be extractable through a space inwardly of a resin-molded flange, and the split molds (15A-15D) are configured to be temporarily moved into the inner space and then to be moved along a longitudinal direction of the surge tank to be pulled out of the space inwardly of the resin-molded flange; wherein the first core member is configured to be insertable to and withdrawable from the inner space formed by combining a plurality of the second core members (15A-15D) with each other; wherein a plurality of intake ports are formed continuously from the surge tank, and in the surface of the second core members (15A-15D), there is formed a funnel portion of a portion branching from the surge tank to the intake port; and wherein in addition to the core mold (14, 15) forming the surge tank, the resin molding mold comprises a further core mold forming the intake port and contactable with the core mold (14, 15); and a gate through which the resin forming the surge tank is injected is provided on a side of the core mold (14, 15) opposite the further core mold.
Flexible lid for sealed closing of an opening in a container, wherein the lid is a multilayer structure comprising a first and a second main layer, wherein at least the first main layer is a laminate structure comprising a layer of aluminum and an outer layer of a weldable plastic, wherein the outer weldable layer faces the second main layer, characterized in that the first and the second main layer are welded to one another across a welding area, wherein the welding area comprises a first part located in the center of the lid where the welding is arranged in a circular path, wherein the circular weld path has at least one interruption which allows communication between a volume inside the circular weld path and a volume outside the circular weld path.
An attachment system for selectively attaching to an interior surface of a hollow member, the attachment system comprising: an expanding device selectively enlargeable from a first size position to a second size position, said second size position being larger than said first size position; a friction enhancement disposed about said expanding device, said friction enhancement being engageable with the interior surface of the hollow member when said expanding device is in said second size position, said friction enhancement comprising: a fabric material structure surrounding said expanding device and comprising a fiber knitted into a series of interlocked loops such that said knitted fabric can expand and contract along with said expanding device and said loops engage with the interior surface of the hollow member; and a fenestrated decoupling system extending between at least a portion of said friction enhancement of said expanding device and the interior surface of the hollow member, said fenestrated decoupling system generally preventing contact of said friction enhancement with the interior surface of the hollow member when said expanding device is in said first size position, said fenestrated decoupling system generally permitting contact of said friction enhancement with the interior surface of the hollow member when said expanding device is in said second size position, said fenestrated decoupling system comprising a plurality of fenestrated elastic bands having a spaced-apart configuration extending generally along a longitudinal length of said expanding device. an expanding device selectively enlargeable from a first size position to a second size position, said second size position being larger than said first size position; a friction enhancement disposed about said expanding device, said friction enhancement being engageable with the interior surface of the hollow member when said expanding device is in said second size position, said friction enhancement comprising: a fabric material structure surrounding said expanding device and comprising a fiber knitted into a series of interlocked loops such that said knitted fabric can expand and contract along with said expanding device and said loops engage with the interior surface of the hollow member; and a fenestrated decoupling system extending between at least a portion of said friction enhancement of said expanding device and the interior surface of the hollow member, said fenestrated decoupling system generally preventing contact of said friction enhancement with the interior surface of the hollow member when said expanding device is in said first size position, said fenestrated decoupling system generally permitting contact of said friction enhancement with the interior surface of the hollow member when said expanding device is in said second size position, said fenestrated decoupling system comprising a plurality of fenestrated elastic bands having a spaced-apart configuration extending generally along a longitudinal length of said expanding device.
A wireless communication system comprising: a) a first base station having a first communication coverage area b) and configured to operate in a half duplex frequency division duplex (HFDD) mode using a first frequency and a second frequency in an alternating pattern; and c) a second base station having a second communication coverage area different than the first communication coverage area and also configured to operate in an HFDD mode; d) said second base station is configured to use frame synchronization that is opposite to the first base station and configured to communicate using the first frequency and the second frequency in an opposite alternating pattern from said first base station, wherein said first base station and said second base station are configured to transmit during different halves of the HFDD frames; e) wherein communications are divided into half-frames, identified as a first 1/2 frame and a second 1/2 frame; f) wherein said second base station comprises a first radio and a second radio, and wherein the second base station is configured to register the second radio with the first base station to provide self-backhauling between the second base station and the first base station via the second radio, and wherein the wireless communication system further comprises a plurality of wireless communications devices configured to register with said first base station or said second base station; and wherein each wireless communications device is assigned a respective half HFDD frame for communication based upon whether it is registered to said first base station or said second base station. a) a first base station having a first communication coverage area b) and configured to operate in a half duplex frequency division duplex (HFDD) mode using a first frequency and a second frequency in an alternating pattern; and c) a second base station having a second communication coverage area different than the first communication coverage area and also configured to operate in an HFDD mode; d) said second base station is configured to use frame synchronization that is opposite to the first base station and configured to communicate using the first frequency and the second frequency in an opposite alternating pattern from said first base station, wherein said first base station and said second base station are configured to transmit during different halves of the HFDD frames; e) wherein communications are divided into half-frames, identified as a first 1/2 frame and a second 1/2 frame; f) wherein said second base station comprises a first radio and a second radio, and wherein the second base station is configured to register the second radio with the first base station to provide self-backhauling between the second base station and the first base station via the second radio, and wherein
Electrospun fibres containing: i) a first and a second hydrophilic fibre-forming polymer that is soluble in a hydrophilic solvent, ii) a bioadhesive substance that is slightly soluble in said hydrophilic solvent, iii) a drug substance, wherein the first hydrophilic polymer has a solubility in water at 37°C that is at least 10 times greater than the solubility in water at 37°C of the second hydrophilic fibre-forming polymer, and wherein the bioadhesive substance is present in solid form. i) a first and a second hydrophilic fibre-forming polymer that is soluble in a hydrophilic solvent, ii) a bioadhesive substance that is slightly soluble in said hydrophilic solvent, iii) a drug substance,
A method of analysing measured data, in relation to expected data, from a system which has a plurality of associated system variables, the method including the steps of: a) optimising an error function which relates said measured data to a predetermined number of the system variables by adjusting the system variables; characterized by the following steps: b) selecting a subset of the adjusted variables which excludes one or more of those variables which contribute most to said error function in its optimised form; and c) optimising a further error function, which does not contain variables outside said subset, by adjusting the variables in said subset. a) optimising an error function which relates said measured data to a predetermined number of the system variables by adjusting the system variables; characterized by the following steps: b) selecting a subset of the adjusted variables which excludes one or more of those variables which contribute most to said error function in its optimised form; and c) optimising a further error function, which does not contain variables outside said subset, by adjusting the variables in said subset.
Method for controlling the movement of a line of sight of a camera mounted on a videoconferencing mobile terminal, characterized in that this method comprises: f) a step for determining, in a image filmed by the camera, the position of a previously selected target area, and g) a step for controlling the movement of the line of sight as a function of the position determined during the step f) in order to bring the target area closer to the centre of the image filmed by the camera, and in that, if the position of the target area cannot be determined during the step f), the method furthermore comprises: a) a step for recording, by at least two microphones spatially separated from each other and rigidly attached to the mobile terminal, at least one and the same sound pronounced by a user of the mobile terminal, b) a step for establishing, based on the recording from each of the microphones, a direction in which the mouth of the user is located, and c) a step for controlling the movement of the line of sight as a function of the direction established during the step b). f) a step for determining, in a image filmed by the camera, the position of a previously selected target area, and g) a step for controlling the movement of the line of sight as a function of the position determined during the step f) in order to bring the target area closer to the centre of the image filmed by the camera, and in that, if the position of the target area cannot be determined during the step f), the method furthermore comprises: a) a step for recording, by at least two microphones spatially separated from each other and rigidly attached to the mobile terminal, at least one and the same sound pronounced by a user of the mobile terminal, b) a step for establishing, based on the recording from each of the microphones, a direction in which the mouth of the user is located, and c) a step for controlling the movement of the line of sight as a function of the direction established during the step b). a) a step for recording, by at least two microphones spatially separated from each other and rigidly attached to the mobile terminal, at least one and the same sound pronounced by a user of the mobile terminal, b) a step for establishing, based on the recording from each of the microphones, a direction in which the mouth of the user is located, and c) a step for controlling the movement of the line of sight as a function of the direction established during the step b).
An image sensor comprising: a pixel array comprising a first pixel row, in which a plurality of first pixels and a plurality of second pixels are alternately arranged, and a second pixel row, in which a plurality of second pixels and a plurality of third pixels are alternately arranged; first color separation elements arranged to face the plurality of second pixels arranged in the first pixel row and the plurality of second pixels arranged in the second pixel row, the first color separation elements being configured to allow light having a second wavelength band, among incident light, to pass therethrough and travel in a downward direction, and to allow a mixture of light having a first wavelength band and light having a third wavelength band, among the incident light, to pass therethrough and travel in a lateral direction; wherein at least a first set of the plurality of first pixels is provided with first color filters, the first color filters being configured to transmit only the light having the first wavelength band, and wherein the third pixels are not provided with color filters, so that the light having the first wavelength band is incident on at least the first set of the plurality of first pixels and the mixture of light having the first wavelength band and light having the third wavelength band is directly incident on the plurality of third pixels without passing through any color filter. a pixel array comprising a first pixel row, in which a plurality of first pixels and a plurality of second pixels are alternately arranged, and a second pixel row, in which a plurality of second pixels and a plurality of third pixels are alternately arranged; first color separation elements arranged to face the plurality of second pixels arranged in the first pixel row and the plurality of second pixels arranged in the second pixel row, the first color separation elements being configured to allow light having a second wavelength band, among incident light, to pass therethrough and travel in a downward direction, and to allow a mixture of light having a first wavelength band and light having a third wavelength band, among the incident light, to pass therethrough and travel in a lateral direction; wherein at least a first set of the plurality of first pixels is provided with first color filters, the first color filters being configured to transmit only the light having the first wavelength band, and wherein the third pixels are not provided with color filters, so that the light having the first wavelength band is incident on at least the first set of the plurality of first pixels and the mixture of light having the first wavelength band and light having the third wavelength band is directly incident on the plurality of third pixels without passing through any color filter.
Anchor rail (1, 1') for anchoring hammerhead screws and other fastening means to a concrete part, comprising a first rail part and a second rail part which are made of metal and have a plurality of anchor webs perpendicular to their longitudinal direction and enclose a channel filled by a filling element, on which channel a slot for receiving fastening means is formed on the side facing away from the anchor webs, wherein a plurality of connecting webs are formed integrally with the first and second rail parts (1a, 1b) at a distance from the slot and are welded to one another, characterized in that the connecting webs are each formed by stamping out and bending a section of an anchor web.
A sound insulation insert made from an insulating material for a pipe clamp (7, 7') having at least one clamp bracket, wherein the sound insulation insert in cross-section comprises a receiving region for at least partly receiving the at least one clamp bracket and a bearing region for supporting the sound insulation insert against a conduit element received in the pipe clamp, wherein the sound insulation insert comprises at least one cavity (10, 10', 10") extending in the longitudinal direction of the sound insulation insert, and the sound insulation insert in cross-section is constructed from a central region, which comprises the receiving region and the bearing region, and at least one lateral region (3, 3'), characterised in that the at least one lateral region (3, 3') is formed from a material that is softer in comparison to the central region.
An agricultural header (110; 400), comprising: a main section (111; 401) including a main frame (112; 402) carrying a cutting element (113; 403); at least one wing section (120, 130; 410, 420) pivotably coupled to said main section (111; 401) and including a wing frame (121, 131; 411, 421), said wing frame (121, 131; 411, 421) supporting said cutting element (113; 403) such that pivotable movement of said at least one wing section (120; 410, 420) causes a corresponding flexure of said at least one cutting element (113; 403); and a linkage (200; 430) pivotably coupling said at least one wing section (120; 410, 420) to said main section (111; 401), characterized by: said linkage (200; 430) including an upper bar (201; 431) and a lower bar (202; 432) which are both coupled to said main frame (112; 402) and said wing frame (121, 131; 411, 421). a main section (111; 401) including a main frame (112; 402) carrying a cutting element (113; 403); at least one wing section (120, 130; 410, 420) pivotably coupled to said main section (111; 401) and including a wing frame (121, 131; 411, 421), said wing frame (121, 131; 411, 421) supporting said cutting element (113; 403) such that pivotable movement of said at least one wing section (120; 410, 420) causes a corresponding flexure of said at least one cutting element (113; 403); and a linkage (200; 430) pivotably coupling said at least one wing section (120; 410, 420) to said main section (111; 401), characterized by: said linkage (200; 430) including an upper bar (201; 431) and a lower bar (202; 432) which are both coupled to said main frame (112; 402) and said wing frame (121, 131; 411, 421).
A rinse station apparatus for flow cytometry, comprising: at least one cartridge docking station having a base with a recessed receptacle configured to receive a cartridge, a vertical support coupled to a first end of the base and a top support coupled to the vertical support and cantilevered over the base, wherein the top support has an opening arranged therethrough that is configured to align with an opening in the cartridge; a locking arm coupled to a second end of the base, a free end of the locking arm has a ridge configured to cooperate with a detent coupled to a rear wall of the cartridge to retain the cartridge in place on the at least one cartridge docking station; a spring coupled to a front face of the vertical support and configured to apply force to a front wall of the cartridge to bias the cartridge toward the locking arm; and at least one load cell coupled to the base of the at least one cartridge docking station, wherein the load cell is configured to measure a weight of the cartridge. at least one cartridge docking station having a base with a recessed receptacle configured to receive a cartridge, a vertical support coupled to a first end of the base and a top support coupled to the vertical support and cantilevered over the base, wherein the top support has an opening arranged therethrough that is configured to align with an opening in the cartridge; a locking arm coupled to a second end of the base, a free end of the locking arm has a ridge configured to cooperate with a detent coupled to a rear wall of the cartridge to retain the cartridge in place on the at least one cartridge docking station; a spring coupled to a front face of the vertical support and configured to apply force to a front wall of the cartridge to bias the cartridge toward the locking arm; and at least one load cell coupled to the base of the at least one cartridge docking station, wherein the load cell is configured to measure a weight of the cartridge.
Support substrate made of monocrystalline silicon, having a front face and a rear face and comprising: - a surface region extending from the front face to a depth of between 800 nm and 2 microns, having fewer than ten crystal originated particles detected by a surface inspection based on dark-field reflection microscopy, - an upper region extending from the front face to a depth of between a few microns and 40 microns, which has an interstitial oxygen (Oi) content of less than or equal to 7.5E17 Oi/cm 3 and a resistivity greater than 500 ohm-cm, and - a lower region extending between the upper region and the rear face, which has a micro-defect concentration of greater than or equal to 1E8/cm 3. - a surface region extending from the front face to a depth of between 800 nm and 2 microns, having fewer than ten crystal originated particles detected by a surface inspection based on dark-field reflection microscopy, - an upper region extending from the front face to a depth of between a few microns and 40 microns, which has an interstitial oxygen (Oi) content of less than or equal to 7.5E17 Oi/cm 3 and a resistivity greater than 500 ohm-cm, and - a lower region extending between the upper region and the rear face, which has a micro-defect concentration of greater than or equal to 1E8/cm 3.