mhurhangee/ep-ind-claims huggingface dataset:
A method for providing navigation data for a navigation device, comprising the following steps: (a) receiving a plurality of address data in a central server unit via a data network; (b) determining a sequence of position data corresponding to the address data in the server unit; (c) sending a data record that contains the position data, indicating the determined sequence, for transmission to the navigation device, characterized in that the sequence is determined in such a way that a route that starts at a starting point, that ends at a destination, and that encompasses certain places in the sequence determined on the basis of the position data meets a prescribed criterion, whereby an arrival time is determined, at least in part, for the places encompassed in the route, and, during the determination of the arrival times, the duration of the stops at the preceding places along the route is taken into account, whereby the duration of the stops is indicated by the user and the calculation of the sequence is made as a function of the entered duration of the stops. (a) receiving a plurality of address data in a central server unit via a data network; (b) determining a sequence of position data corresponding to the address data in the server unit; (c) sending a data record that contains the position data, indicating the determined sequence, for transmission to the navigation device,
Carrier with a passive cooling function for a semiconductor component, having a main body with a top side and a bottom side and at least one electrical component (13, 13a, 13b) that is embedded in the main body, wherein the main body has at least one bottom layer, one middle layer and one top layer and the bottom layer has the bottom side of the main body and the top layer has the top side of the main body, wherein the carrier has a first thermal via, which extends from the top side of the main body to the at least one electrical component (13, 13a, 13b), wherein the carrier has a second thermal via, which extends from the at least one electrical component (13, 13a, 13b) to the bottom side of the main body, wherein the at least one embedded electrical component (13, 13a, 13b) is electrically contacted by the first and the second thermal via (14, 15), wherein the carrier has at least one further thermal via, which extends from the top side of the main body to the bottom side of the main body, characterized in that the carrier has a height of less than 500 μm and the carrier furthermore has at least one metallic structure that is embedded in the main body and is arranged in the middle layer and that is elongated in a direction parallel to the top side of the main body, wherein the at least one metallic structure directly abuts the further thermal via.
Housing of a means for separating at least one fluid, in particular oil, from gas, in particular air, in particular of an air de-oiling box or of an air de-oiling element, in particular of a compressor, of a compressed air system or of a vacuum pump, wherein the housing is pot-shaped and closed on a front face by means of a housing cover, the housing cover having at least one first gas passage which is disposed centrally with respect to an axis, having at least one second gas passage which is disposed radially outside the at least one first gas passage with respect to the axis, and having at least one fluid outlet (36, 48, 60) for fluid separated from the gas which is disposed radially with respect to the axis between the at least one first gas passage and the at least one second gas passage, wherein between the at least one second gas passage and the at least one fluid outlet (36, 48, 60) at least one housing-sided fluid outlet sealing element of at least one fluid outlet sealing device is disposed fluidically, the fluid outlet sealing element being capable to sealingly interact with at least one corresponding connection-sided fluid outlet sealing element of a connecting part, which is provided for connecting the housing to the connecting means, wherein the housing-sided fluid outlet sealing element features at least one annular sealing portion having at least one at least radially inwardly acting sealing surface and/or having at least one at least radially outwardly acting sealing surface and at least one attachment portion with which it is attached to the housing cover, characterized in that at least one attachment portion features at least one hollow attachment nipple which is inserted into the at least one fluid outlet (36, 48, 60), wherein the hollow interior area of the attachment nipple serves as fluid channel.
A method for cleaning an ink circuit of an ink-jet printer, comprising at least one tank, referred to as the main tank, at least one removable ink cartridge, a pump for pumping the ink from the cartridge and means (32-35, 320, 340, 341, 343, 344) for fluid connection between the ink cartridge and the tank, and means for controlling the printer, this method comprising at least: - a) a step of sending solvent, at a pressure P1, to the cartridge, by at least a part of the means for fluid connection between the ink cartridge and the tank, the solvent flowing in the reverse direction to the flowing direction of the ink, when the latter is sent from the ink cartridge towards the tank; - b) a step of pumping at least a portion of the solvent, sent in step a), towards the main tank. - a) a step of sending solvent, at a pressure P1, to the cartridge, by at least a part of the means for fluid connection between the ink cartridge and the tank, the solvent flowing in the reverse direction to the flowing direction of the ink, when the latter is sent from the ink cartridge towards the tank; - b) a step of pumping at least a portion of the solvent, sent in step a), towards the main tank.
A bearing for a shaft comprising: an inner race configured to couple to the shaft; an outer race disposed around the inner race; and a housing disposed around the outer race, wherein the housing and the outer race define an annulus; and characterised in that the housing comprises a roughened surface comprising a plurality of surface features having a height between 10-20% of a clearance between the housing and the outer race. an inner race configured to couple to the shaft; an outer race disposed around the inner race; and a housing disposed around the outer race, wherein the housing and the outer race define an annulus; and characterised in that the housing comprises a roughened surface comprising a plurality of surface features having a height between 10-20% of a clearance between the housing and the outer race.
A tunnel monitoring sensor (11, 11') for monitoring environmental conditions in a tunnel comprising a first sensor module which outputs an obscuration signal; a second sensor module which outputs a first gas concentration signal; a common housing for the first and second sensor modules (22, 25); and an electronic logic unit (31, 31') which is preferably accommodated in the housing, which receives the obscuration signal and the gas concentration signal and which outputs a combined environmental condition signal on the basis of a link of the obscuration signal and the gas concentration signal, wherein the combined environmental condition signal indicates the presence of fog or of fine particulate pollution on an increase in the obscuration signal without a simultaneous increase in the first gas concentration signal and/or the combined environmental condition signal indicates a fire on a fast increase in the obscuration signal and simultaneously in the first gas concentration signal.
An apparatus for separating particulates from a fluid, comprising: a separation section (103,113) having at least one wall, a first end, a second end and an inner metal surface (123,125) exposed to an internal volume of the separation section (103, 113) wherein the inner metal surface (123,125) comprises a carburized metal, a boronized metal, a nitrided metal, or any combination thereof; a fluid discharge outlet in fluid communication with the internal volume at the first end; a particulate discharge outlet in fluid communication with the internal volume at the second end; and an inlet in fluid communication with the internal volume, wherein the inlet is disposed intermediate the first end and the second end. a separation section (103,113) having at least one wall, a first end, a second end and an inner metal surface (123,125) exposed to an internal volume of the separation section (103, 113) wherein the inner metal surface (123,125) comprises a carburized metal, a boronized metal, a nitrided metal, or any combination thereof; a fluid discharge outlet in fluid communication with the internal volume at the first end; a particulate discharge outlet in fluid communication with the internal volume at the second end; and an inlet in fluid communication with the internal volume, wherein the inlet is disposed intermediate the first end and the second end.
A process for the manufacture of 1,1,3-trichloro-1-propene comprising: (a) heating 1,1,1,3-tetrachloropropane in the liquid phase to a temperature of at least 175°C for at least one hour to produce a product mixture comprising 1,1,3-trichloro-1-propene, (b) cooling said mixture, (c) separating HCI from said product mixture, and (d) recovering 1,1,3-trichloropropene. (a) heating 1,1,1,3-tetrachloropropane in the liquid phase to a temperature of at least 175°C for at least one hour to produce a product mixture comprising 1,1,3-trichloro-1-propene, (b) cooling said mixture, (c) separating HCI from said product mixture, and (d) recovering 1,1,3-trichloropropene.
A method of automatically releasing balloons with an automatic balloon release apparatus for sonde units (21, 22), the balloon release apparatus comprising: - at least one balloon reserve comprising a plurality of balloon storage bays, each storage bay being adapted to store a sonde unit (21, 22); - control means for controlling the filling operation; - filling means for filling the balloons of the sonde units (21, 22) of the balloon reserve; and - release means for releasing the sonde units (21, 22), wherein in order to fill each balloon of a respective sonde unit (21, 22) the balloon reserve is provided with gas fill conduits (13, 24), wherein the balloon reserve is formed of a basket-like matrix containing said storage bays, characterized in that said balloon reserve is removed as a unit. - at least one balloon reserve comprising a plurality of balloon storage bays, each storage bay being adapted to store a sonde unit (21, 22); - control means for controlling the filling operation; - filling means for filling the balloons of the sonde units (21, 22) of the balloon reserve; and - release means for releasing the sonde units (21, 22),
An extreme ultraviolet lithographic element comprising: a titania-containing silica glass having a titania content in the range of 5-10 wt%, and having a polished and shaped surface, characterized in that the element has a peak to valley striae level less than 0.2 MPa. a titania-containing silica glass having a titania content in the range of 5-10 wt%, and having a polished and shaped surface, characterized in that the element has a peak to valley striae level less than 0.2 MPa.
A portable toilet device for a small child, said device comprising: a seat having a main opening; a first leg connected with the seat for pivotal movement about a first axis; a second leg connected with the seat for pivotal movement about a second axis; a first hinge mechanism connecting the first leg with the seat; and a second hinge mechanism connecting the second leg with the seat, characterized in that the first hinge mechanism includes a button movable with respect to the first leg along the first axis between a first position and a second position, with the button in the first position movement of the first leg with respect to the seat is precluded, wherein movement of the button along the first axis toward the second position places the first hinge mechanism in an unlocked state, which allows for pivotal movement of the first leg with respect to the seat. a seat having a main opening; a first leg connected with the seat for pivotal movement about a first axis; a second leg connected with the seat for pivotal movement about a second axis; a first hinge mechanism connecting the first leg with the seat; and a second hinge mechanism connecting the second leg with the seat, characterized in that the first hinge mechanism includes a button movable with respect to the first leg along the first axis between a first position and a second position, with the button in the first position movement of the first leg with respect to the seat is precluded, wherein movement of the button along the first axis toward the second position places the first hinge mechanism in an unlocked state, which allows for pivotal movement of the first leg with respect to the seat.
A disposable syringe comprising: a) an elongated tubular barrel having a first end and a second end, the barrel being open on the first end and tapering to a hollow tip on the second end; b) a cap secured to the first end of the barrel having a through-bore that terminates in a conical portion configured to receive the tip of a second syringe; c) a filter secured to the cap interior of the barrel and covering an opening in the through-bore interior of the barrel; and d) a plunger head mounted to a piston and received interior of the barrel, the plunger head engaging an interior wall of the barrel and being slidable within the barrel between the first and second ends. a) an elongated tubular barrel having a first end and a second end, the barrel being open on the first end and tapering to a hollow tip on the second end; b) a cap secured to the first end of the barrel having a through-bore that terminates in a conical portion configured to receive the tip of a second syringe; c) a filter secured to the cap interior of the barrel and covering an opening in the through-bore interior of the barrel; and d) a plunger head mounted to a piston and received interior of the barrel, the plunger head engaging an interior wall of the barrel and being slidable within the barrel between the first and second ends.
Refrigeration device door with an inner lining facing the refrigerating zone of the refrigeration device, an outer lining as well as an intermediate thermal insulation layer created in particular by foaming, which outer lining has a plate element with a large area bordering the thermal insulation layer, the lateral edges of which plate element are retained in lateral door frame strips, wherein the plate element is an at least two-part compound plate which has an inherently stiff support plate and a decorative element with reduced inherent stiffness provided outside on the support plate and wherein the support plate and the decorative element form a loose compound plate, such that the decorative element can be exchanged as required and wherein the lateral door frame strips have a retaining profile in which the plate element is retained with its lateral edges and wherein the retaining profile of the lateral door frame strips has U-shaped receiving grooves facing one another for receiving the lateral edges of the plate element, which receiving grooves are each embodied by a groove base as well as by two angular limbs (25, 26), characterised in that the support plate is connected with a foamed seal to the first angular limb of the respective receiving groove facing the thermal insulation layer and that the decorative element and/or the second angular limb of the receiving groove are designed such that the decorative element can be brought into a snap connection with the second angular limb when subjected to elastically yielding deformation.
A data processor comprising: a memory accessing agent (310, 320) for generating a plurality of accesses to a memory; and a memory controller coupled to said memory accessing agent (310, 320) for scheduling said plurality of accesses in an order based on characteristics of said memory, characterised in that said characteristics of said memory include row cycle page time indicative of an acceptable number of activate commands to a row in said memory within a predetermined time window, wherein said row cycle page time is longer than a minimum time between successive row activations. a memory accessing agent (310, 320) for generating a plurality of accesses to a memory; and a memory controller coupled to said memory accessing agent (310, 320) for scheduling said plurality of accesses in an order based on characteristics of said memory, characterised in that said characteristics of said memory include row cycle page time indicative of an acceptable number of activate commands to a row in said memory within a predetermined time window, wherein said row cycle page time is longer than a minimum time between successive row activations.
System comprising a body intended to be driven in rotation around a longitudinal direction, the system also comprising a brake comprising at least one fixed friction element intended to be secured to a stator and at least one mobile friction element secured to the rotor and housed inside the body, the fixed and mobile friction elements each having at least one main face and at least one section, a main face of the mobile friction element, the brake being configured such that at least when the brake is activated, said opposite main faces are in contact so as to generate a friction; characterised in that the system comprises at least one cooling device comprising at least: - one first part forming a conductive ring centred on the longitudinal direction, arranged between the rotor and the fixed and mobile friction elements, arranged opposite the sections of the fixed and mobile friction elements and configured to capture, by radiation and/or convection of the heat generated during the friction by the fixed and mobile friction elements, and - a second part, secured and thermally coupled with the first part, offset according to the longitudinal direction with respect to the fixed and mobile friction elements, so as to not be opposite the section of the fixed and mobile friction elements and configured to evacuate by convection and/or radiation towards the ambient air, the heat captured by the first part. - one first part forming a conductive ring centred on the longitudinal direction, arranged between the rotor and the fixed and mobile friction elements, arranged opposite the sections of the fixed and mobile friction elements and configured to capture, by radiation and/or convection of the heat generated during the friction by the fixed and mobile friction elements, and - a second part, secured and thermally coupled with the first part, offset according to the longitudinal direction with respect to the fixed and mobile friction elements, so as to not be opposite the section of the fixed and mobile friction elements and configured to evacuate by convection and/or radiation towards the ambient air, the heat captured by the first part.
A motor vehicle latch, in particular a motor vehicle door latch, with a lever arrangement (3, 4, 5) consisting of at least two levers (3, 4), wherein the two levers (3, 4) are mounted coaxially to one another on a common bearing pin (6, 7), and wherein the bearing pin (6, 7) is anchored in a latch housing (1, 2), wherein the bearing pin (6, 7) is designed in two parts with a plug-in pin and a plug-in pin receptacle, characterized in that both bearing pin parts (6, 7) are each equipped with a stop (8, 9) to together define a spacer (8, 9) between the two levers (3, 4).
A slide valve, in particular for closing a line conveying media, comprising a multi-part housing (13, 14), which has a passage opening and in which a slider plate operable by a drive organ is guided longitudinally, whereby to both sides of the slider plate, laterally to its direction of movement, a longitudinal seal respectively being disposed above the passage opening in a longitudinal groove in the housing (13, 14), and this longitudinal seal respectively having an elastic sealing profile and at least one bar adjacent to the latter on one side, characterised in that the respective elastic sealing profile has on the front side two sealing lips spaced apart from one another touching the slider plate and in the central region groove-shaped chambers on both sides, wherein a respective bar, which achieves a rasping effect on the surface of the slider plate, is assigned to both sides of the sealing profile, and the respective sealing profile has on the rear side a side piece engaging behind the respective bar.
A method for forming a through-wafer-via through a substrate, the substrate comprises a hole extending completely through the substrate, which is filled by a chemical vapour deposition in a reactor, the method comprising depositing one or more polycrystalline silicon layers (230a, 230b, 230c) inside the hole by using a silicon source gas comprising SiH4 or SiH2 Cl2 and a dopant gas comprising BCl3 for enabling to form the through-wafer-via, characterized in that the method comprising adjusting a deposition temperature between 605 °C-800 °C and a deposition pressure below 0,27 mbar in a process chamber of the reactor.
A high resolution radio frequency Nuclear Magnetic Resonance probe for high resolution NMR of a sample, the probe comprising: a parent coil circuit including a parent coil having a primary resonance mode; an idler coil circuit including an idler coil and a capacitor, wherein the idler coil is not capacitively coupled to the parent coil, wherein the idler coil is configured to be inductively coupled to the parent coil, the idler coil thereby being configured to split the primary resonance mode of the parent coil; and one or both of a first pivot and a first shunt adapted to one or both of rotating and translating the idler coil relative to the parent coil to adjust a coupling constant (k) to couple the idler coil to or to decouple the idler coil from the parent coil, the NMR probe thereby being configured to obtain an NMR spectrum of nuclei of the sample in the primary resonance mode when the idler coil is decoupled from the parent coil and to simultaneously obtain an NMR spectrum of two or more kinds of nuclei of the sample when the idler coil is inductively coupled to the parent coil. a parent coil circuit including a parent coil having a primary resonance mode; an idler coil circuit including an idler coil and a capacitor, wherein the idler coil is not capacitively coupled to the parent coil, wherein the idler coil is configured to be inductively coupled to the parent coil, the idler coil thereby being configured to split the primary resonance mode of the parent coil; and one or both of a first pivot and a first shunt adapted to one or both of rotating and translating the idler coil relative to the parent coil to adjust a coupling constant (k) to couple the idler coil to or to decouple the idler coil from the parent coil, the NMR probe thereby being configured to obtain an NMR spectrum of nuclei of the sample in the primary resonance mode when the idler coil is decoupled from the parent coil and to simultaneously obtain an NMR spectrum of two or more kinds of nuclei of the sample when the idler coil is inductively coupled to the parent coil.