mhurhangee/ep-ind-claims huggingface dataset:
A flatbed scanner comprising: - a scanner body accommodating a transparent plate for supporting a physical document; - a document cover comprising a sheet member; - a movable carriage extending across the transparent plate in a transverse direction and configured to move below the transparent plate in a longitudinal direction; wherein the movable carriage carries a camera with one or more line cameras oriented in the transverse direction; and - a magnet system, attached to the movable carriage; CHARACTERIZED in that the sheet member is magnetic or carries one or more magnetic plates; the magnet system is configured to magnetically attract the sheet member or the one or more magnetic plates towards the movable carriage and thereby exert a significant pressing force acting on the physical document when supported on the transparent plate; the carriage is upwardly supported at three points; and the magnet system comprises one or more magnets (1401;1402..1405) arranged next to the one or more line cameras and has a magnetic centre falling inside a triangle drawn between the three points. - a scanner body accommodating a transparent plate for supporting a physical document; - a document cover comprising a sheet member; - a movable carriage extending across the transparent plate in a transverse direction and configured to move below the transparent plate in a longitudinal direction; wherein the movable carriage carries a camera with one or more line cameras oriented in the transverse direction; and - a magnet system, attached to the movable carriage;
A thermal head, comprising: a substrate; a plurality of heat generating portions disposed on the substrate; an electrode which is disposed on the substrate and is electrically connected to the heat generating portions; a connector comprising a connector pin and an accommodating portion which accommodates the connector pin, a conductive member which electrically connects the electrode and the connector pin; a protective member which is in contact with the conductive member and protects the conductive member; and a heatsink disposed under the substrate, the protective member being also in contact with the heatsink, the heatsink comprising a first convex portion which protrudes upwardly, the first convex portion and the accommodating portion being disposed adjacent to each other, the protective member being disposed between the first convex portion and the accommodating portion, wherein the protective member is in contact with the first convex portion. a substrate; a plurality of heat generating portions disposed on the substrate; an electrode which is disposed on the substrate and is electrically connected to the heat generating portions; a connector comprising a connector pin and an accommodating portion which accommodates the connector pin, a conductive member which electrically connects the electrode and the connector pin; a protective member which is in contact with the conductive member and protects the conductive member; and a heatsink disposed under the substrate, the protective member being also in contact with the heatsink, the heatsink comprising a first convex portion which protrudes upwardly, the first convex portion and the accommodating portion being disposed adjacent to each other, the protective member being disposed between the first convex portion and the accommodating portion, wherein the protective member is in contact with the first convex portion.
A chilled water generation system comprising a single effect absorption refrigerating machine (1, 1a, 1b) that generates a chilled water with a hot water as a heat source, an absorption refrigerating machine provided with a multiple stage evaporative absorber, and a heat source hot water flow passage for the hot water, a chilled water flow passage for the chilled water and a cooling water flow passage for a cooling water, the heat source hot water flow passage and the chilled water flow passage being configured such that the hot water and the water to be cooled in the chilled water generation system are caused to first flow to the single effect absorption refrigerating machine (1, 1a, 1b) and to then flow to the absorption refrigerating machine provided with the multiple stage evaporative absorber, and the cooling water flow passage being configured such that the a cooling water that cools the single effect absorption refrigerating machine (1, 1a, 1b) and the multiple stage evaporative absorber is caused to first flow to the single stage evaporative absorber (1, 1a, 1b) and to then flow to the absorption refrigerating machine provided with the multiple stage evaporative absorber.
A choke circuit for providing an input voltage supplied by a DC power supply to at least one bus node, comprising: two input terminals (DC+, DC-) for receiving the input voltage supplied by the DC power supply; two output terminals (Bus+, Bus-) for outputting a voltage based on the input voltage to the at least one bus node; an inductor connected between a first input terminal (DC+) and a first output terminal (Bus+); a boost circuit connected between the second input terminal (DC-) and the second output terminal (Bus-) for increasing the voltage level that is output by the second output terminal (Bus-); a switching element connected in parallel to the boost circuit for bypassing the boost circuit interposed between the second input terminal (DC-) and the second output terminal (Bus-); a comparator connected between the first input terminal (DC+) and the first output terminal (Bus+) for detecting a potential difference across the inductor; wherein in case the comparator detects a potential difference higher than a threshold, the switching element is controlled to be in an OFF state such that a voltage level, increased by the boost circuit, is output by the second output terminal (Bus-); and in case the comparator detects a potential difference lower than or equal to the threshold, the switching element is controlled to be in an ON state such that the boost circuit is bypassed and a voltage level, corresponding to the input voltage, is output by the second output terminal (Bus-). two input terminals (DC+, DC-) for receiving the input voltage supplied by the DC power supply; two output terminals (Bus+, Bus-) for outputting a voltage based on the input voltage to the at least one bus node; an inductor connected between a first input terminal (DC+) and a first output terminal (Bus+); a boost circuit connected between the second input terminal (DC-) and the second output terminal (Bus-) for increasing the voltage level that is output by the second output terminal (Bus-); a switching element connected in parallel to the boost circuit for bypassing the boost circuit interposed between the second input terminal (DC-) and the second output terminal (Bus-); a comparator connected between the first input terminal (DC+) and the first output terminal (Bus+) for detecting a potential difference across the inductor; wherein in case the comparator detects a potential difference higher than a threshold, the switching element is controlled to be in an OFF state such that a voltage level, increased by the boost circuit, is output by the second output terminal (Bus-); and in case the comparator detects a potential difference lower than or equal to the threshold, the switching element is controlled to be in an ON state such that the boost circuit is bypassed and a voltage level, corresponding to the input voltage, is output by the second output terminal (Bus-).
Process to treat metal or mineral ores with a collector composition that comprises a nitrile group-containing compound of the formula wherein R is a saturated or unsaturated, linear or branched, hydrocarbon group containing 8 to 26 carbon atoms, R'= O or R" is a saturated or unsaturated, linear or branched, hydrocarbon group containing 1 to 26 carbon atoms or a hydrogen atom or (- j -C n H 2n CN) group or R-( m -) x group, A is (-O-CH 2 CH 2 -); (-O-CH(CH 3)CH 2 -) or (-O-CH(CH 2 CH 3)CH 2 -) B is (-O-C p H 2p -) D is (-CH 2 CH 2 -O-); (-CH(CH 3)CH 2 -O-) or (-CH(CH 2 CH 3)CH 2 -O-) x is 0 or 1 R'" is a hydrocarbon group containing 1 to 4 carbon atoms Y is halide or methylsulfate m and j are each independently an integer of 0-5 R"" is a saturated or unsaturated, linear or branched, hydrocarbon group containing 1 to 26 carbon atoms n and p are each independently an integer of 1 to 5. R" is a saturated or unsaturated, linear or branched, hydrocarbon group containing 1 to 26 carbon atoms or a hydrogen atom or (- j -C n H 2n CN) group or R-( m -) x group, A is (-O-CH 2 CH 2 -); (-O-CH(CH 3)CH 2 -) or (-O-CH(CH 2 CH 3)CH 2 -) B is (-O-C p H 2p -) D is (-CH 2 CH 2 -O-); (-CH(CH 3)CH 2 -O-) or (-CH(CH 2 CH 3)CH 2 -O-) x is 0 or 1 R'" is a hydrocarbon group containing 1 to 4 carbon atoms Y is halide or methylsulfate m and j are each independently an integer of 0-5 R"" is a saturated or unsaturated, linear or branched, hydrocarbon group containing 1 to 26 carbon atoms n and p are each independently an integer of 1 to 5.
An artificial bilayer membrane spanning the opening of an aperture with no support of a solid substrate on either side along the surface of the membrane, comprising mycobacterial mycolic acids and having a rupture voltage greater than 0.5 V when voltage applied across the membrane is ramped at about 100mV/s in the presence of a 1.0 M KCl solution prepared with deionized water, buffered to pH 8.0 ±0.05 with 10 mM HEPES.
A locking cylinder having a core part rotatable in a housing, with a rotatable locking bit and with at least one coupling for the optional generation or release of a positive locking of the core part with the locking bit, having a coupling push rod of the coupling displaceable in the radial direction for the generation or release of the positive locking, having an axially displaceable coupling wedge arranged in the core part for the displacement of the coupling push rod, characterized in that the coupling push rod is arranged completely within or outside of the core part in a basic position, in which the positive locking of the coupling is released, that the coupling push rod is supported by the coupling wedge in a locking position, in which the positive locking of the coupling is generated and that the coupling push rod has a surface inclined relative to the core part or the locking bit, so that when a torque is introduced between core part and locking bit the coupling push rod is forced into the position releasing the positive locking of the coupling.
Method for mounting a towing device, which is embodied to couple and carry along a door of a household appliance with a front furniture panel arranged on the front of the door, using an assembly set (19, 38), the assembly set (19, 38) comprising a - guide element, which is attached to the door of the household appliance, - a sliding rail, which is attached to the front furniture panel, wherein the guide element and the sliding rail are positioned relative to one another so that the sliding rail can engage with the guide element, - a stop part, wherein the sliding rail and the guide element are held at least indirectly on the stop part, so that it is possible to separate the guide element from the assembly set (19, 38) and to fasten it to the door of the household appliance and then to fasten the sliding rail still held on the stop part to the front furniture panel, wherein a distance between the sliding rail and a narrow side of the front furniture panel is predetermined by using the stop part, - wherein in a first step the guide element is fixed to the door, and in a second step which follows the first step in terms of time the sliding rail is fixed to the front furniture panel. - guide element, which is attached to the door of the household appliance, - a sliding rail, which is attached to the front furniture panel, wherein the guide element and the sliding rail are positioned relative to one another so that the sliding rail can engage with the guide element, - a stop part, wherein the sliding rail and the guide element are held at least indirectly on the stop part, so that it is possible to separate the guide element from the assembly set (19, 38) and to fasten it to the door of the household appliance and then to fasten the sliding rail still held on the stop part to the front furniture panel, wherein a distance between the sliding rail and a narrow side of the front furniture panel is predetermined by using the stop part, - wherein in a first step the guide element is fixed to the door, and in a second step which follows the first step in terms of time the sliding rail is fixed to the front furniture panel.
A method of handling signals to register a Mobility Management Entity, MME, for Short Messaging Service, SMS, between a wireless network and a mobile station, MS, the wireless network including the MME, and a Home Subscriber Server/Home Location Register, HSS/HLR, the method comprising: receiving, at the MME having Mobile Switching Center, MSC, functionality supporting the SMS, a request to enable location update from the MS; in response to the request, sending, to the HSS/HLR from the MME, a Packet Switched, PS, and Circuit Switched, CS, combined location update request, over an interface between the MME and the HSS/HLR as part of a combined Tracking Area, TA, and Location Area, LA, update procedure to register the MME, wherein the PS and CS combined location update request includes indicator information indicating that the MME supports the SMS; and after the MME is successfully registered, receiving, at the MME from an SMS Service Center, SMS-SC, or SMS Gateway MSC/Interworking MSC, SMS-GMSC/IWMSC, SMS signaling, wherein the SMS signaling is received from the SMS-SC or the GMSC/IWMSC via an Inter-Working Function, IWF, that provides interworking between a Mobile Application Part, MAP, interface and a Diameter interface. receiving, at the MME having Mobile Switching Center, MSC, functionality supporting the SMS, a request to enable location update from the MS; in response to the request, sending, to the HSS/HLR from the MME, a Packet Switched, PS, and Circuit Switched, CS, combined location update request, over an interface between the MME and the HSS/HLR as part of a combined Tracking Area, TA, and Location Area, LA, update procedure to register the MME, wherein the PS and CS combined location update request includes indicator information indicating that the MME supports the SMS; and after the MME is successfully registered, receiving, at the MME from an SMS Service Center, SMS-SC, or SMS Gateway MSC/Interworking MSC, SMS-GMSC/IWMSC, SMS signaling, wherein the SMS signaling is received from the SMS-SC or the GMSC/IWMSC via an Inter-Working Function, IWF, that provides interworking between a Mobile Application Part, MAP, interface and a Diameter interface.
A thrust control valve (10;50;60;70;80;90) for performing the trajectory control and posture control of a flying object, comprising: a valve element in which a gas injection passage, through which an operating gas to be injected flows in operation, is formed and a valve-seating surface is formed in the gas injection passage; and a valve stem that is provided inside the gas injection passage and has a valve-seated surface that is configured to make contact with the valve-seating surface and to thereby close the thrust control valve (10;50;60;70;80;90), and a guide surface that is arranged to make contact with an inner circumferential surface of the gas injection passage of the valve element even in a case where the valve-seated surface has been separated from the valve-seating surface is formed on an outer circumferential surface of the valve stem, wherein the guide surface is formed on the downstream side of the valve-seated surface in the gas flow direction of the operating gas. a valve element in which a gas injection passage, through which an operating gas to be injected flows in operation, is formed and a valve-seating surface is formed in the gas injection passage; and a valve stem that is provided inside the gas injection passage and has a valve-seated surface that is configured to make contact with the valve-seating surface and to thereby close the thrust control valve (10;50;60;70;80;90), and a guide surface that is arranged to make contact with an inner circumferential surface of the gas injection passage of the valve element even in a case where the valve-seated surface has been separated from the valve-seating surface is formed on an outer circumferential surface of the valve stem, wherein the guide surface is formed on the downstream side of the valve-seated surface in the gas flow direction of the operating gas.
Light-scanning microscope having an optical system defining an illumination beam path and comprising the following components: - a light source (22, 23, 24, 25, 26) providing a spatially delimited light distribution, - a microscope objective with a pupil plane and a focus, - a scan optical unit for creating a pupil plane (PE') conjugate to the pupil plane of the microscope objective, and - a variably settable beam deflection unit (30, 30A), wherein the illumination beam path images at least one point of the light distribution and at least one respective point of the focus on one another, wherein the beam deflection unit (30, 30A) is arranged in the conjugate pupil plane (PE'), and an intermediate image lies optically between the microscope objective and the scan optical unit, and wherein the scan optical unit images a second intermediate image into the first intermediate image via the beam deflection unit (30, 30A), wherein the second intermediate image is spatially curved, characterized in that some, or all, of the scan optical unit is displaceable along an optical axis of the detection beam path such that the pose of the conjugate pupil relative to the first deflection unit can be set, wherein the image of the scan optical unit has a magnification factor of between 0.8 and 1.2. - a light source (22, 23, 24, 25, 26) providing a spatially delimited light distribution, - a microscope objective with a pupil plane and a focus, - a scan optical unit for creating a pupil plane (PE') conjugate to the pupil plane of the microscope objective, and - a variably settable beam deflection unit (30, 30A), wherein the illumination beam path images at least one point of the light distribution and at least one respective point of the focus on one another, wherein the beam deflection unit (30, 30A) is arranged in the conjugate pupil plane (PE'), and an intermediate image lies optically between the microscope objective and the scan optical unit, and wherein the scan optical unit images a second intermediate image into the first intermediate image via the beam deflection unit (30, 30A), wherein the second intermediate image is spatially curved, characterized in that some, or all, of the scan optical unit is displaceable along an optical axis of the detection beam path such that the pose of the conjugate pupil relative to the first deflection unit can be set, wherein the image of the scan optical unit has a magnification factor of between 0.8 and 1.2.
Method for measuring the topography and/or the gradients and/or the curvature of an optically effective surface of an article, comprising the following steps: i. capturing a brightness distribution composed of luminous spots, said brightness distribution being caused by the light of one or more light spots that is reflected at the surface of the article to be measured; ii. assigning the brightness distribution to the light spots causing the brightness distribution; iii. predetermining a first topography; iv. determining reflection locations on the article for the light emitted by the light spots; v. calculating surface normals n at the reflection locations for the light emitted by the light spots; and vi. calculating a further topography of the article; vii. establishing the absolute and/or relative position of at least one point on the surface of the article to be measured in a coordinate system that is fixed relative to an apparatus; characterized in that the further topography of the article is calculated by fitting local basis functions by virtue of the optically effective surface being modelled as a linear combination of basis functions; and steps iv. to vi. are repeated up to a convergence criterion. i. capturing a brightness distribution composed of luminous spots, said brightness distribution being caused by the light of one or more light spots that is reflected at the surface of the article to be measured; ii. assigning the brightness distribution to the light spots causing the brightness distribution; iii. predetermining a first topography; iv. determining reflection locations on the article for the light emitted by the light spots; v. calculating surface normals n at the reflection locations for the light emitted by the light spots; and vi. calculating a further topography of the article; vii. establishing the absolute and/or relative position of at least one point on the surface of the article to be measured in a coordinate system that is fixed relative to an apparatus;
A device for producing a bag containing a brewable material and enclosed in a wrapper, comprising a bag-making device that is set up to make a bag containing brewable material in a water-permeable wrapper, and comprising a sealing station having two sealing jaws (102; 104) movable relative to each other for sealing the bag in a wrapping formed by a wrapping material, characterized in that the sealing station comprises a first shaft carrying at least one first sealing jaw, and a second shaft carrying at least one second sealing jaw cooperating with the first sealing jaw for sealing the wrapping, the first and second shafts (101; 103) being movable relative to one another to space the sealing jaws (102; 104) of one of the sealing elements for receiving the bag and the wrapping material apart from each other and to apply them against each other to seal the wrapping material, and that the two shafts (101; 103) are coupled via a constrained guidance, comprising a sliding sleeve, the sliding sleeve being held displaceably on the first shaft, the sliding sleeve being provided on the end face with form-locking elements, the sliding sleeve being in engagement with associated form-locking mating elements of the second shaft, and the sliding sleeve being coupled to the first shaft via a sleeve guide (116; 118).
Heat exchanger of a circuit of refrigerant of a vehicle, incorporating liquid-gas phase separator for a refrigerant, comprising: - at least two channels (50, 51), with a first channel extending longitudinally along a first axis and a second channel extending longitudinally along a second axis, the channels being located side by side, - the first channel comprises an inlet and an outlet and is positioned at an intake of the refrigerant of the heat exchanger, - the second channel comprises an inlet and an outlet, and is positioned at an outlet of the refrigerant of the heat exchanger, - a phase separating element comprising pores and/or fibres, said phase separating element being located in the first channel, and - at least one transfer passage joining the channels (50, 51) together. - at least two channels (50, 51), with a first channel extending longitudinally along a first axis and a second channel extending longitudinally along a second axis, the channels being located side by side, - the first channel comprises an inlet and an outlet and is positioned at an intake of the refrigerant of the heat exchanger, - the second channel comprises an inlet and an outlet, and is positioned at an outlet of the refrigerant of the heat exchanger, - a phase separating element comprising pores and/or fibres, said phase separating element being located in the first channel, and - at least one transfer passage joining the channels (50, 51) together.