mhurhangee/ep-ind-claims huggingface dataset:
A unit comprising: a developing device configured to develop an electrostatic charge image that is formed on a surface of an image carrier, as a toner image with a developer including a brilliant toner containing a flat brilliant pigment, the developer being accommodated in the developing device; and a fixing device configured to fix the toner image onto a surface of a recording medium at a fixing temperature of 130°C or higher and 230°C or lower that comprises a fixing belt, a first roller and a second roller that are disposed inside the fixing belt and support the fixing belt while applying tension to the fixing belt, and a pressure roller, the first roller and the pressure roller sandwiching the fixing belt to form a nip portion, characterised in that an absolute value of a difference between a surface hardness of the first roller and a surface hardness of the pressure roller is within 15°, wherein the surface hardness of the first roller is an Asker C hardness and the surface hardness of the pressure roller is an Asker C hardness, wherein Asker C hardness is measurable with an Asker C hardness meter. a developing device configured to develop an electrostatic charge image that is formed on a surface of an image carrier, as a toner image with a developer including a brilliant toner containing a flat brilliant pigment, the developer being accommodated in the developing device; and a fixing device configured to fix the toner image onto a surface of a recording medium at a fixing temperature of 130°C or higher and 230°C or lower that comprises a fixing belt, a first roller and a second roller that are disposed inside the fixing belt and support the fixing belt while applying tension to the fixing belt, and a pressure roller, the first roller and the pressure roller sandwiching the fixing belt to form a nip portion, characterised in that an absolute value of a difference between a surface hardness of the first roller and a surface hardness of the pressure roller is within 15°, wherein the surface hardness of the first roller is an Asker C hardness and the surface hardness of the pressure roller is an Asker C hardness, wherein Asker C hardness is measurable with an Asker C hardness meter.
A method performed by a network node for adjusting antenna parameters of one or more antennas in a wireless telecommunications network, the method comprising obtaining signal strength values associated with the antennas for a number of user equipments in the wireless telecommunications network; determining an amount of user equipments of the number of user equipments having a signal strength value difference from two antennas that passes a determined threshold for the signal strength value difference; and adjusting at least one antenna parameter of at least one of the two antennas when the determined amount of user equipments passes a determined threshold for the amount of user equipments, characterised in that the determined signal strength value difference threshold is in the range of about 3-25 dB, and the determined threshold amount of user equipments is in the range of about 5-60 percent of the number of user equipments.. obtaining signal strength values associated with the antennas for a number of user equipments in the wireless telecommunications network; determining an amount of user equipments of the number of user equipments having a signal strength value difference from two antennas that passes a determined threshold for the signal strength value difference; and adjusting at least one antenna parameter of at least one of the two antennas when the determined amount of user equipments passes a determined threshold for the amount of user equipments, characterised in that the determined signal strength value difference threshold is in the range of about 3-25 dB, and the determined threshold amount of user equipments is in the range of about 5-60 percent of the number of user equipments..
Apparatus to regulate and control the cooking of vacuum-sealed foods, provided with at least a heat-circulator unit associable with a receptacle for containing cooking liquid in which at least a vacuum-sealed container containing the food to be cooked is at least partly immersed, and one or more heating elements to heat the cooking liquid, said apparatus comprising a first fixed command and control unit associated with said heat-circulator unit and provided with at least a first remote data communication module and a second mobile command and control unit, portable and in the possession of a user and provided with at least a second remote data communication module, said first and second remote data communication modules (24, 29) being configured to allow the remote and two-directional communication between said first fixed command and control unit and said second mobile command and control unit, said first fixed command and control unit being provided with an integrated diagnostic system configured to receive at least from said heat-circulator unit data relating to the cooking parameters of the food and the functioning parameters of the heat-circulator unit, and to transmit them to said second mobile command and control unit in the possession of the user, and wherein said apparatus comprises at least a container made of flexible material and configured to contain said food in a vacuum-sealed condition, characterized in that it comprises a first sensor configured to detect the internal temperature of said food and to transmit temperature data to said second mobile command and control unit, and in that said first sensor comprises a probe in the shape of a pin which can be inserted through said container and into said food to detect said inside temperature, said probe having an elongated development, with a rigid structure, and is provided with a pointed end to pierce and pass through the vacuum-sealed container and the food contained therein.
Electrical grounding assembly arrangement for reciprocating compressor, comprising: at least one casing capable of housing, inside the same, at least one frequency inverter; at least one electrical grounding connection disposed on the outer face of the reciprocating compressor housing; wherein, the casing comprises at least one electrical grounding bus integrated by an outer portion and an inner portion; said inner portion of the electrical grounding bus is specially adapted to cooperate with the complementary electrical grounding circuit and linked to the grounding of the electric power supply network; said electrical grounding assembly arrangement for reciprocating compressor being especially characterized by the fact that: said outer portion of the electrical grounding bus is specially adapted to cooperate with the electrical grounding connection of the housing by means of a fixing metal element; said fixing metal element being adapted to electrically connect the outer portion of the electrical grounding bus and the electrical grounding connection of the housing and, at the same time, mechanically fixing the casing to the reciprocating compressor housing by physical locking between the outer portion of the electrical grounding bus and the electrical grounding connection of the housing. at least one casing capable of housing, inside the same, at least one frequency inverter; at least one electrical grounding connection disposed on the outer face of the reciprocating compressor housing; wherein, the casing comprises at least one electrical grounding bus integrated by an outer portion and an inner portion; said inner portion of the electrical grounding bus is specially adapted to cooperate with the complementary electrical grounding circuit and linked to the grounding of the electric power supply network; said electrical grounding assembly arrangement for reciprocating compressor being especially characterized by the fact that: said outer portion of the electrical grounding bus is specially adapted to cooperate with the electrical grounding connection of the housing by means of a fixing metal element; said fixing metal element being adapted to electrically connect the outer portion of the electrical grounding bus and the electrical grounding connection of the housing and, at the same time, mechanically fixing the casing to the reciprocating compressor housing by physical locking between the outer portion of the electrical grounding bus and the electrical grounding connection of the housing.
A motor vehicle door lock apparatus (1F, 1R) comprising: a meshing mechanism (5, 6) configured to mesh with a striker to hold a door (FD, RH) in a closed state; an outside electric operation element provided on an outer-vehicle side of the door (FD, RH); a control unit configured to authenticate a transmitter based on a signal transmitted by the transmitter and to switch selectively an operation of the outside electric operation element (SW1, SW3) to be enabled and disabled according to an authenticated state of the transmitter; and an electric releasing mechanism (23, 24) configured to release a meshing of the meshing mechanism (5, 6) by a driving of a releasing motor to activate a releasing operation based on a valid operation of the outside electric operation element (SW1, SW3), characterized in that in a case where the control unit authenticates the transmitter situated within the motor vehicle and collision detecting means configured to detect a collision of the motor vehicle detects the collision, the control unit is configured to enable the operation of the outside electric operation element (SW1, SW3). a meshing mechanism (5, 6) configured to mesh with a striker to hold a door (FD, RH) in a closed state; an outside electric operation element provided on an outer-vehicle side of the door (FD, RH); a control unit configured to authenticate a transmitter based on a signal transmitted by the transmitter and to switch selectively an operation of the outside electric operation element (SW1, SW3) to be enabled and disabled according to an authenticated state of the transmitter; and an electric releasing mechanism (23, 24) configured to release a meshing of the meshing mechanism (5, 6) by a driving of a releasing motor to activate a releasing operation based on a valid operation of the outside electric operation element (SW1, SW3), characterized in that in a case where the control unit authenticates the transmitter situated within the motor vehicle and collision detecting means configured to detect a collision of the motor vehicle detects the collision, the control unit is configured to enable the operation of the outside electric operation element (SW1, SW3).
A plug-in coupling seal for a fluid line of a drive motor, wherein the plug-in coupling seal is formed for accommodation between a first coupling part and a second coupling part to be pushed into the first coupling part in an insertion direction and wherein the plug-in coupling seal has a contact surface, which is formed for contact against the first coupling part and/or against the second coupling part, wherein, at least in some regions, a microstructuring with protruding structuring elements for reducing the resistance of the two coupling parts (11, 12) to joining is formed on the contact surface, characterized in that the protruding structuring elements of the micro structuring are formed to be bent in the insertion direction, wherein a head region of the structuring elements is shifted further in the insertion direction than a foot region of the structuring element.
Method for analysing an evaluation region of an examination region of an examination object, having the steps: - detecting at least two projection measurement data records (PMD 1, PMD 2), which were generated from the examination region of the examination object with the aid of a multi energy CT recording using different effective x-ray energy spectra, - reconstructing two image data records (BD 1, BD 2) based on the at least two projection measurement data records (PMD 1, PMD 2), - determining attenuation value pairs (CT 1, CT 2), which are each assigned to a shared pixel of the two image data records (BD 1, BD 2) in the evaluation region, - determining a straight line which characterises a two-dimensional distribution (V 2D) of the attenuation values (CT 1, CT 2), - determining a material property relating to the evaluation region on the basis of the determined straight line and an auxiliary condition relating to the sought material property. - detecting at least two projection measurement data records (PMD 1, PMD 2), which were generated from the examination region of the examination object with the aid of a multi energy CT recording using different effective x-ray energy spectra, - reconstructing two image data records (BD 1, BD 2) based on the at least two projection measurement data records (PMD 1, PMD 2), - determining attenuation value pairs (CT 1, CT 2), which are each assigned to a shared pixel of the two image data records (BD 1, BD 2) in the evaluation region, - determining a straight line which characterises a two-dimensional distribution (V 2D) of the attenuation values (CT 1, CT 2), - determining a material property relating to the evaluation region on the basis of the determined straight line and an auxiliary condition relating to the sought material property.
A sensor for measurement of an analyte in a medium within a living animal, the sensor comprising: a sensor housing; an analyte indicator covering at least a portion of the sensor housing; and a protective system including multiple metals incorporated in and/or in close proximity to a surface of the analyte indicator, the multiple metals are configured to reduce deterioration of the analyte indicator, the protective system includes a first metal layer, the first metal layer covers at least a portion of the analyte indicator and includes a first metal of the multiple metals, and the first metal is selected from Cu, W, Pt, Fe, Mo, oxides, alloys, and complexes thereof; characterized in that the protective system includes a second metal layer, the second metal layer covers at least a portion of the first metal layer and includes a second metal of the multiple metals, the first and second metals are different, the second metal is selected from Mo, W, Cu, Fe, and Co, oxides, alloys, and complexes thereof, and the second metal layer has greater adhesion to the first metal layer than the second metal layer would have if applied directly to the analyte indicator. a sensor housing; an analyte indicator covering at least a portion of the sensor housing; and a protective system including multiple metals incorporated in and/or in close proximity to a surface of the analyte indicator, the multiple metals are configured to reduce deterioration of the analyte indicator, the protective system includes a first metal layer, the first metal layer covers at least a portion of the analyte indicator and includes a first metal of the multiple metals, and the first metal is selected from Cu, W, Pt, Fe, Mo, oxides, alloys, and complexes thereof; characterized in that the protective system includes a second metal layer, the second metal layer covers at least a portion of the first metal layer and includes a second metal of the multiple metals, the first and second metals are different, the second metal is selected from Mo, W, Cu, Fe, and Co, oxides, alloys, and complexes thereof, and the second metal layer has greater adhesion to the first metal layer than the second metal layer would have if applied directly to the analyte indicator.
An imaging system, comprising: a focal spot configured to rotate along a path around an examination region and emit a radiation beam that traverses a field of view of the examination region and a subject or object therein; a detector array located opposite the radiation source, across the examination region, which is configured to detect radiation traversing the field of view and outputs a signal indicative of the detected radiation; and a beam shaper located between the radiation source and the examination region, wherein the beam shaper has an outer perimeter, an inner perimeter defining at least one material free region (620, 1700, 1800, 1900) there through, wherein the inner perimeter mimics a profile of a model of a cross section of a human subject in the field of view; and an x-ray attenuating material between the outer and inner perimeters; and wherein the beam shaper is configured to rotate with the focal spot and, relative to the focal spot, in an opposite direction of the focal spot with a same angular frequency as the rotating of the focal spot and is configured to attenuate the radiation beam which reduces a flux density across the detector array at each rotational angle of the focal spot. a focal spot configured to rotate along a path around an examination region and emit a radiation beam that traverses a field of view of the examination region and a subject or object therein; a detector array located opposite the radiation source, across the examination region, which is configured to detect radiation traversing the field of view and outputs a signal indicative of the detected radiation; and a beam shaper located between the radiation source and the examination region, wherein the beam shaper has an outer perimeter, an inner perimeter defining at least one material free region (620, 1700, 1800, 1900) there through, wherein the inner perimeter mimics a profile of a model of a cross section of a human subject in the field of view; and an x-ray attenuating material between the outer and inner perimeters; and wherein the beam shaper is configured to rotate with the focal spot and, relative to the focal spot, in an opposite direction of the focal spot with a same angular frequency as the rotating of the focal spot and is configured to attenuate the radiation beam which reduces a flux density across the detector array at each rotational angle of the focal spot.
Flap device for an internal combustion engine, comprising - a flow channel housing which delimits a flow channel with at least one inlet opening and one first outlet opening - a flap module which can be inserted into the flow duct housing through an opening and at least • a flap shaft rotatably beared in the flow channel housing, • a flap body arranged on the flap shaft for regulating a throughflow cross section of the flow channel • a bearing element arranged in the opening, through which the flap shaft extends, and • an actuating lever which is connected in a rotationally fixed manner to the flap shaft at an end of the flap shaft projecting out of the flow channel housing and which has a coupling member for coupling to an actuating drive device and/or an actuating transmission, characterized in that at least one limiter for limiting a rotary movement of the actuating lever is arranged on the adjusting lever, and a separate cover closing the opening is arranged on the flow channel housing, on which cover at least one stop element (43a, 43b) cooperating functionally with the limiter is arranged, wherein the limiter is configured as a projection oriented in the axial direction of the flap shaft and a recess is configured on the cover, which recess is delimited by a circumferential wall (42, 42a, 42b), which is configured as the stop element (43a, 43b) for the limiter projecting into the recess, the bearing element being arranged in the opening of the flow channel housing and forming a closure of the flow channel with respect to the surroundings. - a flow channel housing which delimits a flow channel with at least one inlet opening and one first outlet opening - a flap module which can be inserted into the flow duct housing through an opening and at least • a flap shaft rotatably beared in the flow channel housing, • a flap body arranged on the flap shaft for regulating a throughflow cross section of the flow channel • a bearing element arranged in the opening, through which the flap shaft extends, and • an actuating lever which is connected in a rotationally fixed manner to the flap shaft at an end of the flap shaft projecting out of the flow channel housing and which has a coupling member for coupling to an actuating drive device and/or an actuating transmission, • a flap shaft rotatably beared in the flow channel housing, • a flap body arranged on the flap shaft for regulating a throughflow cross section of the flow channel • a bearing element arranged in the opening, through which the flap shaft extends, and • an actuating lever which is connected in a rotationally fixed manner to the flap shaft at an end of the flap shaft projecting out of the flow channel housing and which has a coupling member for coupling to an actuating drive device and/or an actuating transmission,
A tray, in particular a glass base, having an icemaker as well as a holder for fixing the icemaker to the tray, wherein the tray is made with a cut-out at its rear side for the reception of the water inflow, characterized in that the holder is made such that it engages around the tray at the rear side thereof and fixes the icemaker to a position spaced apart from the rear side of the tray by means of an adhesive connection, a rivet connection, a weld or a screw connection or by means of a shape-matched connection which is realized by a holding part which can be pushed on.
Heald for a weaving machine, in particular a circular weaving machine, with a heald shaft, which has a respective end eyelet at its two end sections and which has two shaft parts running at least in sections at a distance from one another and provided as separate elements, with at least one warp thread guide body, which is arranged between the two shaft parts and delimits a thread eyelet for a warp thread, characterised in that at least one shaft projection is provided, which is produced by separation and/or bending and/or stamping and which engages into a respectively associated depression on the warp thread guide body in order to position and/or fasten the warp thread guide body on the heald shaft.
A glass comprising, in mole percent on an oxide basis in the ranges: SiO 2 68.5-72.0, Al 2 O 3 greater than or equal to about 13.0, B 2 O 3 less than or equal to about 2.5, MgO 1.0-6.0, CaO 4.0-8.0, SrO less than or equal to about 4.5, BaO less than or equal to about 4.5, such that (MgO+CaO+SrO+BaO)/Al 2 O 3 is less than or equal to about 1.6 and has an etch index greater than or equal to about 23.5, an annealing point greater than or equal to about 800 °C and a Modulus greater than 82 GPa.
A method of producing energy or operating as combustion device comprising the steps of: mixing a substantially explosible powder fuel with an oxidizing gas to form an explosible powder dispersion; directing the explosible powder dispersion in a controlled stream past an ignition source; and igniting the explosible powder dispersion to produce a stationary deflagrating combustion wave; thereby substantially consuming the explosible powder to produce energy, characterized in that: less than 5 wt.% of the powdered fuel is sized to be 200 mesh or larger, and at least 25 wt.% of the powdered fuel is sized to be smaller than 325 mesh, wherein the energy is heat energy. mixing a substantially explosible powder fuel with an oxidizing gas to form an explosible powder dispersion; directing the explosible powder dispersion in a controlled stream past an ignition source; and igniting the explosible powder dispersion to produce a stationary deflagrating combustion wave; less than 5 wt.% of the powdered fuel is sized to be 200 mesh or larger, and