mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for forming plastic preforms into plastic containers, wherein the apparatus has a transport means for transporting the plastic preforms, wherein the transport means has a movable carrier on which a plurality of forming stations are arranged, wherein the forming stations each form a cavity and comprise forming moulds, which are suitable and intended to receive the plastic preforms, the plastic preforms being formable into the plastic containers within this cavity of the forming station, in that the plastic preforms are acted upon by a flowable medium and expanded, wherein the forming stations further comprise an application means, which acts upon the plastic preforms with the flowable medium, and at least one connecting line, which is intended to guide the flowable medium to the application means, wherein the apparatus has a sterilization device, whereby at least a section of this connecting line can be at least temporarily pressurized with a sterilization medium, characterized in that the forming stations have a closing means, which has a movable and pivotable closing element, whereby the application means can be closed during a sterilization process, wherein the closing element seals the application means in such a way that a sterilization medium cannot escape from it and does not get into the plastic preforms or into other areas of the apparatus. wherein the apparatus has a sterilization device, whereby at least a section of this connecting line can be at least temporarily pressurized with a sterilization medium, characterized in that the forming stations have a closing means, which has a movable and pivotable closing element, whereby the application means can be closed during a sterilization process, wherein the closing element seals the application means in such a way that a sterilization medium cannot escape from it and does not get into the plastic preforms or into other areas of the apparatus.
Device for launching and recovering a submersible or surface craft extending along a longitudinal axis and connected to a towing cable, said device comprising: - means for suspending the craft, - a clamp mounted on the suspension means and comprising two arms (104, 106) rotatable between an open position and a closed position for holding the craft, and - docking means provided to receive one end of the craft, characterized in that the docking means comprises a through-opening for passage of the towing cable connected to the craft, the docking means being mounted to rotate freely on the suspension means as to enable self-alignment of the longitudinal axis of the craft with a longitudinal axis of the docking means by tipping of said docking means under the effect of forces applied by said end of the craft when it is inserted into the opening of the docking means. - means for suspending the craft, - a clamp mounted on the suspension means and comprising two arms (104, 106) rotatable between an open position and a closed position for holding the craft, and - docking means provided to receive one end of the craft, characterized in that the docking means comprises a through-opening for passage of the towing cable connected to the craft, the docking means being mounted to rotate freely on the suspension means as to enable self-alignment of the longitudinal axis of the craft with a longitudinal axis of the docking means by tipping of said docking means under the effect of forces applied by said end of the craft when it is inserted into the opening of the docking means.
An aluminum alloy fin material for heat exchangers, consisting of 0.5 to 1.5 mass% of Si; 0.1 to 1.0 mass% of Fe; 0.8 to 1.8 mass% of Mn; and 0.4 to 2.5 mass% of Zn, with the balance being Al and unavoidable impurities, wherein a metallographic microstructure before braze-heating is such that a density of second phase particles having a circle-equivalent diameter of less than 0.1 μm is less than 1×10 7 particles/mm 2, and that a density of second phase particles having a circle-equivalent diameter of 0,1 μm or more is 5 × 10 4 particles/mm 2 or more, wherein a tensile strength before braze-heating, TS B (N/mm 2), a tensile strength after braze-heating, TS A (N/mm 2), and a sheet thickness of the fin material, t (μm), satisfy a relationship: 0.4 ≤ (TS B - TS A)/t ≤ 2.1, and wherein the sheet thickness is 150 μm or less.
Filter capsule for secondary filtration of extracted coffee, wherein the filter capsule comprises a housing and at least one filter element or consists thereof, the housing comprising a bottom (1, 1'), at least one side wall and at least one cover or consisting thereof and the at least one filter element being disposed in an interior space of the housing, characterized in that the cover has at least one through fluid inlet which is disposed adjacent to a central axis of a base of the cover, and the cover has at least one through fluid outlet.
An oil and gas separation device for an internal combustion engine, comprising: a first chamber, a second chamber, and a third chamber provided successively from bottom to top, wherein the first chamber is connected to the second chamber through a first gas channel, the second chamber is connected to the third chamber through a second gas channel, the third chamber is connected to a gas outlet pipe, a bottom of the first chamber is a gas inlet, the bottom of the first chamber is further provided with a lower oil baffle plate, and the first gas channel is longitudinally covered by the lower oil baffle plate, characterized in that the first chamber, the second chamber, and the third chamber are successively arranged along the housing, the first chamber is composed of an inner wall of a cover and the lower oil baffle plate, the second chamber is composed of an outer wall of the cover, an upper oil baffle plate provided on the cover and an inner wall of the housing, and the third chamber is composed of the upper oil baffle plate and the inner wall of the housing, wherein a gap between an edge of the cover, the housing, and the lower oil baffle plate forms the first gas channel; and a breather valve hole of a breather valve device provided on the upper oil baffle plate is the second gas channel.
A mounting structure, comprising a transmission part, a transmission rod, and a profile, wherein the transmission rod is disposed in a groove of the profile, and the transmission part is provided with a clamping assembly and mounted in the groove of the profile through the clamping assembly; wherein the clamping assembly comprises: a base provided with an accommodation groove and a first boss; a rotation part disposed in the accommodation groove and rotatably connected to the base, wherein the rotation part comprises a locking piece, and two ends of the locking piece are capable of protruding out of the accommodation groove to be engaged with the groove of the profile when the rotation part rotates; and an elastic piece, wherein a first end of the elastic piece along a length direction of the elastic piece is mounted on the first boss; characterized in that, in a case that the two ends of the locking piece do not protrude out of the accommodation groove, a second end of the elastic piece along the length direction of the elastic piece is pressed upon the locking piece, and in a case that the two ends of the locking piece protrude out of the accommodation groove during rotation of the locking piece and the second end of the elastic piece is abutting against a side surface of the locking piece, the rotation of the locking piece is limited. a base provided with an accommodation groove and a first boss; a rotation part disposed in the accommodation groove and rotatably connected to the base, wherein the rotation part comprises a locking piece, and two ends of the locking piece are capable of protruding out of the accommodation groove to be engaged with the groove of the profile when the rotation part rotates; and an elastic piece, wherein a first end of the elastic piece along a length direction of the elastic piece is mounted on the first boss; characterized in that, in a case that the two ends of the locking piece do not protrude out of the accommodation groove, a second end of the elastic piece along the length direction of the elastic piece is pressed upon the locking piece, and in a case that the two ends of the locking piece protrude out of the accommodation groove during rotation of the locking piece and the second end of the elastic piece is abutting against a side surface of the locking piece, the rotation of the locking piece is limited.
A rail heating device, comprising: a heating element with a heating chamber, through which a heating fluid can flow, wherein the heating element comprises a heating rear wall that is designed for being or being brought in heat-exchanging contact with a rail web of a rail to be heated; at least one cover device that is or can be arranged on the head end of the heating element, wherein the cover device comprises a cover rear wall that is designed for continuing the heating rear wall; characterized in that the cover device comprises a cover front wall, in which a cover opening for a fluid connection for the supply and discharge of heating fluid is provided. a heating element with a heating chamber, through which a heating fluid can flow, wherein the heating element comprises a heating rear wall that is designed for being or being brought in heat-exchanging contact with a rail web of a rail to be heated; at least one cover device that is or can be arranged on the head end of the heating element, wherein the cover device comprises a cover rear wall that is designed for continuing the heating rear wall; characterized in that the cover device comprises a cover front wall, in which a cover opening for a fluid connection for the supply and discharge of heating fluid is provided.
A data communication setting control method based on a Subscriber Identification Module, SIM, inserted into a portable device, the method comprising: extracting Mobile Country Code/Mobile Network Code, MCC/MNC, information from the inserted SIM; determining data communication setting information corresponding to the MCC/MNC information extracted from the inserted SIM from a policy table containing the data communication setting information for each MCC/MNC information stored in a memory unit; and establishing a data communication with a specific service operator network, for example for a camping-on, based on both the determined data communication setting information and the SIM, characterised in that the policy table further comprises a mapping relation between the MCC/MNC information of each service operator network and information about fast dormancy on/off and Radio Resource Control, RRC, release timing of each service operator network. extracting Mobile Country Code/Mobile Network Code, MCC/MNC, information from the inserted SIM; determining data communication setting information corresponding to the MCC/MNC information extracted from the inserted SIM from a policy table containing the data communication setting information for each MCC/MNC information stored in a memory unit; and establishing a data communication with a specific service operator network, for example for a camping-on, based on both the determined data communication setting information and the SIM, characterised in that the policy table further comprises a mapping relation between the MCC/MNC information of each service operator network and information about fast dormancy on/off and Radio Resource Control, RRC, release timing of each service operator network.
Kitchen appliance for preparing food (20, 50) in a food preparation vessel with a tool for mixing or comminuting the food (20, 50) in the food preparation vessel and/or a heating element for heating the food (20, 50) in the food preparation vessel, wherein the kitchen appliance is configured to receive a status information regarding a food preparation from a battery-operated auxiliary device and to use it for a food preparation process, characterized in that the kitchen appliance comprises a receiving unit configured for receiving a charging status of the battery-operated auxiliary device and a control unit configured for processing the received charging status.
A device for assembling two profiles (1, 2), comprising two male assembly elements (10, 12) formed on a first profile and two female assembly elements (20, 22) formed on the second profile and suitable for receiving the male assembly elements (10, 12), the female elements (20, 22) having a cross-section comprising a wide part (20a, 22a) receiving the distal end (10a, 12a) of the male elements (10, 12) and a narrower part (20b, 22b) surrounding a proximal end (10b, 12b) of the male elements (10, 12), the device for assembling comprising a filling of filler material injected into volumes (V1, V2) defined between the male elements (10, 12) and the wide part (20a, 22a) of the female elements (10, 12), and additional connecting means between the first profile and the second profile, characterized in that it further comprises male and female reinforcing elements (1c, 2b) with complementary shapes provided on outer edges of the first and second profiles (1, 2), and walls (1b, 2c) provided on the first and second profiles (1, 2), maintaining the separation, along a transverse direction, of the reinforcing elements (1c, 2b) and the narrower parts (20b, 22b) of the female elements (20, 22), and in that the additional means comprise a pin connecting the male connecting elements (10, 12) of the first profile to the second profile at the corresponding female connecting elements (20, 22).
A motor driving apparatus of driving a motor including a plurality of windings (L1, L2, L3) respectively corresponding to a plurality of phases, the motor driving apparatus comprising: a first inverter including a plurality of first switching elements (S11, S12, S13, S14, S15, S16) and connected to a first end of each of the windings (L1, L2, L3); a second inverter including a plurality of second switching elements (S21, S22, S23, S24, S25, S26) and connected to a second end of each of the windings (L1, L2, L3); and a controller electrically connected to the first switching elements (S11, S12, S13, S14, S15, S16) and the second switching elements (S21, S22, S23, S24, S25, S26) characterized in that the controller is configured to generate limited pole voltage commands for space vector pulse width modulation based on preset voltage commands of the motor and to distribute the limited pole voltage commands to generate first pole voltage commands for switching of the first switching elements (S11, S12, S13, S14, S15, S16) and second pole voltage commands for switching of the second switching elements (S21, S22, S23, S24, S25, S26), characterised in that when the controller has performed inverse Clarke/Park transformation for lagging behind the rotation angle of the motor by 30 degrees, the a-phase, b-phase and c-phase components of the first pole voltage commands respectively correspond to a-phase, b-phase and c-phase components of the limited pole voltage commands, and the a-phase, b-phase and c-phase components of the second pole voltage commands respectively correspond to the c-phase, a-phase and b-phase components of the limited pole voltage commands. a first inverter including a plurality of first switching elements (S11, S12, S13, S14, S15, S16) and connected to a first end of each of the windings (L1, L2, L3); a second inverter including a plurality of second switching elements (S21, S22, S23, S24, S25, S26) and connected to a second end of each of the windings (L1, L2, L3); and a controller electrically connected to the first switching elements (S11, S12, S13, S14, S15, S16) and the second switching elements (S21, S22, S23, S24, S25, S26) characterized in that the controller is configured to generate limited pole voltage commands for space vector pulse width modulation based on preset voltage commands of the motor and to distribute the limited pole voltage commands to generate first pole voltage commands for switching of the first switching elements (S11, S12, S13, S14, S15, S16) and second pole voltage commands for switching of the second switching elements (S21, S22, S23, S24, S25, S26), characterised in that when the controller has performed inverse Clarke/Park transformation for lagging behind the rotation angle of the motor by 30 degrees, the a-phase, b-phase and c-phase components of the first pole voltage commands respectively correspond to a-phase, b-phase and c-phase components of the limited pole voltage commands, and the a-phase, b-phase and c-phase components of the second pole voltage commands respectively correspond to the c-phase, a-phase and b-phase components of the limited pole voltage commands.
A method for the in-vitro diagnosis, and/or risk stratification, and/or outcome prognosis of cardiac insufficiency without any discomforts in NYHA stage I, characterized in that a determination of the marker proANP or NT-proANP, or MR-proANP (AS 53-90 of NT-proANP) is carried out parallel to a determination of the marker proBNP, NT-proBNP, and/or BNP from a patient who is to be examined.
A beam positioner, comprising: a first acousto-optic, AO, deflector, AOD, comprising an AO cell and a transducer attached to the AO cell; a second AOD comprising an AO cell and a transducer attached to the AO cell; and a wave plate; characterized in that the wave plate is optically contacted to the first AOD. a first acousto-optic, AO, deflector, AOD, comprising an AO cell and a transducer attached to the AO cell; a second AOD comprising an AO cell and a transducer attached to the AO cell; and a wave plate; characterized in that the wave plate is optically contacted to the first AOD.
A method of synchronizing a timing circuit, in particular a real time clock circuit, in a lighting device that is periodically powered from a main power supply in accordance with a power supply cycle having a power-on time and a power-off time, said lighting device comprising a light emitting module and a control circuit for switching said light emitting module based on said timing circuit and comprising a non-volatile memory, said timing circuit being additionally powered from an auxiliary power supply charged by said main power supply, said method comprising the steps of: - determining, by said control circuit, at each power-on of said power supply cycle, a power condition of said auxiliary power supply and characterised by the steps of: - storing, by said control circuit, in said memory, a momentary timing value of said timing circuit if said determined power condition exceeds a set power threshold, and - setting, by said control circuit, said timing circuit at said stored timing value, if said determined power condition is below said set power threshold; wherein said stored timing value is an initial timing value stored in said non volatile memory matching the power on time or a momentary timing value stored in said non volatile memory during a previous power-on of said power supply cycle. - determining, by said control circuit, at each power-on of said power supply cycle, a power condition of said auxiliary power supply and characterised by the steps of: - storing, by said control circuit, in said memory, a momentary timing value of said timing circuit if said determined power condition exceeds a set power threshold, and - setting, by said control circuit, said timing circuit at said stored timing value, if said determined power condition is below said set power threshold;
A leading-edge device for an aircraft, comprising a flow body having a front skin, a back skin, a spar and an air inlet, wherein the front skin is curved around a spanwise axis to form a bottom section and a top section, wherein a leading edge of the flow body is arranged between the bottom section and the top section, wherein the spar extends from the bottom section to the top section, wherein the front skin and the spar enclose a first air chamber, while the spar and the back skin enclose a second air chamber, both air chambers (22, 28) being in fluid communication with the air inlet, wherein an outlet portion is arranged at least directly adjacent to the bottom section of the front skin, wherein the outlet portion comprises a plurality of air outlets for letting air from the second air chamber exhaust through the air outlets, characterized by: the spar comprises a lower flange attached to the bottom section of the front skin, wherein a bottom flange of the back skin is attached to a top side of the lower flange such that the back skin and the bottom section enclose the lower flange, and wherein the lower flange comprises a plurality of slots extending through the lower flange and from the second air chamber underneath a chordwise extension of the bottom flange of the back skin that act as air outlets. wherein the front skin is curved around a spanwise axis to form a bottom section and a top section, wherein a leading edge of the flow body is arranged between the bottom section and the top section, wherein the spar extends from the bottom section to the top section, wherein the front skin and the spar enclose a first air chamber, while the spar and the back skin enclose a second air chamber, both air chambers (22, 28) being in fluid communication with the air inlet, wherein an outlet portion is arranged at least directly adjacent to the bottom section of the front skin, wherein the outlet portion comprises a plurality of air outlets for letting air from the second air chamber exhaust through the air outlets, characterized by: the spar comprises a lower flange attached to the bottom section of the front skin, wherein a bottom flange of the back skin is attached to a top side of the lower flange such that the back skin and the bottom section enclose the lower flange, and wherein the lower flange comprises a plurality of slots extending through the lower flange and from the second air chamber underneath a chordwise extension of the bottom flange of the back skin that act as air outlets.
Rotor provided with a hub and a plurality of lift assemblies, each lift assembly having a retention and mobility member connected to an arm of the hub in order to articulate the lift assembly to the hub, said rotor having one abutment mechanism per lift assembly in order to protect the hub following a drag movement of the lift assembly, said arm comprising an end provided with an upper face and a lower face which are connected by an edge facing a lift assembly, characterised in that each abutment mechanism of a lift assembly comprises: - an elastomer spacer provided with a central section extending transversely from a first base to a second base along said edge, each base (32, 33) having a central segment integral with the central section, the central segment of each base being arranged against said edge and extending in elevation from a lower longitudinal projection arranged against the lower face to an upper longitudinal projection arranged against the upper face so as to present a C-shape, - two C-shaped metal brackets engaged respectively on the first base and on the second base, - two fastening pins, each passing through a bracket and the two longitudinal projections (35,36) of a base (32, 33) and an orifice of said arm which extends in elevation from the lower face to the upper face. - an elastomer spacer provided with a central section extending transversely from a first base to a second base along said edge, each base (32, 33) having a central segment integral with the central section, the central segment of each base being arranged against said edge and extending in elevation from a lower longitudinal projection arranged against the lower face to an upper longitudinal projection arranged against the upper face so as to present a C-shape, - two C-shaped metal brackets engaged respectively on the first base and on the second base, - two fastening pins, each passing through a bracket and the two longitudinal projections (35,36) of a base (32, 33) and an orifice of said arm which extends in elevation from the lower face to the upper face.