mhurhangee/ep-ind-claims huggingface dataset:
A multi-level modular voltage converter (10,10') for converting alternating voltage into direct voltage and inversely, comprising a so-called direct part intended to be connected to a DC electric power supply network and a so-called alternating part intended to be connected to an AC electric power network, the converter comprising a plurality of legs, each leg comprising an upper arm and a lower arm, each arm comprising a plurality of sub-modules controllable individually by a control member specific to each sub-module and each sub-module comprising a capacitor connectable in series in the arm when the control member of the sub-module is in a controlled state, each arm which can be modelled by a modelled voltage source connected to a duty cycle dependent on a number of capacitors placed in series in the arm, each modelled voltage source being connected in parallel to a modelled capacitor corresponding to a total capacity of the arm, the converter further comprising a control module (20,20') of the converter comprising a computer (22,22') of an internal command setpoint ( P w ∗, I w ∗) of the converter, for example an internal power setpoint or a current setpoint, by application of a function having an adjustable input parameter, the control module further comprising a regulator (26,26') of the voltage at the point of connection of the converter (10,10') to the DC electric power supply network configured to determine a power setpoint ( P m ∗) for regulation of the direct voltage of said converter as a function of a voltage setpoint at the point of connection of the converter to the DC electric power supply network and of a voltage value at the point of connection of the converter to the DC electric power supply network collected on said DC electric power supply network, the control module of the converter further comprising an energy management module (24,24') configured to deliver an operating power setpoint ( P f ∗) as a function of the voltage at the terminals of each modelled capacitor, the operating power setpoint being utilised by the control module to determine a power setpoint ( P ac ∗) to be transmitted to the AC electric power supply network, the control module being configured to regulate the voltage at the point of connection of the converter to the DC electric power supply network and the voltage at the terminals of each modelled capacitor as a function of the internal command setpoint and of the power setpoint to be transmitted to the AC electric power supply network.
Locking cap (10; 10a; 10b) for locking an inspection opening on a plastic exhaust pipe (1; 1a; 1b), with a sealing element (22; 22a; 22b) consisting of an elastic material for sealing a port-shaped region (9; 9a; 9b) of the plastic exhaust pipe (1; 1a; 1b), the locking cap (10; 10a; 10b) having a form-fit and/or force-fit connection for connection with the port-shaped region (9; 9a; 9b), the locking cap (10; 10a; 10b) consisting of at least two parts (11; 11 a; 11 b, 12; 12a; 12b), the first part (11; 11 a; 11b) carrying the sealing element (22; 22a; 22b) and being axially insertable into the opening of the port-shaped region (9; 9a; 9b), the second part (12; 12a; 12b) comprising means for forming the connection with the port-shaped region (9; 9a; 9b), the two parts (11; 11a; 11b, 12; 12a; 12b) being arranged around their longitudinal axis rotatable relative to one another, the means for forming the connection with the port-shaped region (9; 9a; 9b) comprising at least one section on the second part (12; 12a; 12b) that extends parallel to the first part (11; 11a; 11b) in the axial direction and comprises a holding region, which is suitable for engaging behind a projection formed on the port-shaped region (9; 9a; 9b) and forms part of a bayonet joint, and the first part (11; 11 a; 11 b) comprising an axial stop element, preferably in the form of a radially circumferential flange, for axially positioning the first part (11; 11a; 11b) in the opening of the port-shaped region (9; 9a; 9b), characterized in that the second part (12; 12a; 12b) comprises at least one holding arm radially projecting outward, which encompasses the edge region of the first part (11; 11a; 11b) with radial clearance together with the section and the holding region extending radially inward from the section.
A common information reception method, comprising: obtaining, by user equipment, UE, frequency domain location information of a first transmission bandwidth; determining, by the UE, a size and a location of the first transmission bandwidth according to the frequency domain location information, wherein the location of the first transmission bandwidth is in a bandwidth of the UE, the bandwidth of the UE is within the bandwidth of a base station; receiving, by the UE from the base station, second location information of second common information within the first transmission bandwidth, wherein the second location information indicates a second location of the second common information in the first transmission bandwidth; determining, by the UE, the second location of the second common information according to the second location information of the second common information; and receiving, by the UE at the second location, the second common information from the base station, wherein the second common information is a system information block, SIB, a random access response, RAR, or paging information. obtaining, by user equipment, UE, frequency domain location information of a first transmission bandwidth; determining, by the UE, a size and a location of the first transmission bandwidth according to the frequency domain location information, wherein the location of the first transmission bandwidth is in a bandwidth of the UE, the bandwidth of the UE is within the bandwidth of a base station; receiving, by the UE from the base station, second location information of second common information within the first transmission bandwidth, wherein the second location information indicates a second location of the second common information in the first transmission bandwidth; determining, by the UE, the second location of the second common information according to the second location information of the second common information; and receiving, by the UE at the second location, the second common information from the base station, wherein the second common information is a system information block, SIB, a random access response, RAR, or paging information.
A coil assembly comprising a plurality of coils and a metal core, wherein the core is divided into a first core portion and a second core portion spaced apart from each other by a space, the first and second core portions (14, 16) having a planar shape and laying parallel with each other along a geometrical plane, the first and second core portions (14, 16) being made from laminated iron sheets, the first core portion and the second portion each comprising a plurality of arms (22, 24, 26), the arms of the first core portion being aligned with the arms of the second core portion, each coil surrounding an arm of the first core portion and an arm of the second core portion, characterized in that the core is configured to allow the passage of an air flow in the space between the first and second core portions (14, 16), in that the space defines a distance separating the first and second core portions, the distance being comprised between 1mm and 35mm, and in that the first and second core portions (14, 16) are held together by spacer elements, said spacer elements being preferably made from aluminum.
A turbine for a turbocharger comprising: a turbine wheel having an axis; a turbine housing defining two volutes (119a, 119b; 219a, 219b; 319a, 319b), the volutes having respective radially inner openings separated by a radially extending divider wall (120; 220; 320; 420), the turbine wheel being positioned within the turbine housing for rotation about the axis (101; 201; 301), and the turbine housing including a diffuser space (140; 240; 340; 440) defined between two shroud surfaces (123 124; 223, 224; 323, 324; 423, 424) and providing a gas flow path between the volutes and the turbine wheel; wherein the diffuser space includes a first portion at a first radial position, the first portion of the diffuser space having a axial extent, averaged over all circumferential positions around the rotational axis, which is lower than the axial extent of a second portion of the diffuser space, averaged over all circumferential positions around the rotational axis, at a second radial position, the second portion of the diffuser space being closer to the rotational axis than the first portion of the diffuser space; and characterized in that: denoting the distance, averaged over all circumferential positions around the rotational axis, from the rotational axis to a radially-inner tip of the divider wall as Divider; and denoting the radius of the turbine wheel by D wheel; the value D divider D wheel is in the range 1.05 to 1.2. a turbine wheel having an axis; a turbine housing defining two volutes (119a, 119b; 219a, 219b; 319a, 319b), the volutes having respective radially inner openings separated by a radially extending divider wall (120; 220; 320; 420), the turbine wheel being positioned within the turbine housing for rotation about the axis (101; 201; 301), and the turbine housing including a diffuser space (140; 240; 340; 440) defined between two shroud surfaces (123 124; 223, 224; 323, 324; 423, 424) and providing a gas flow path between the volutes and the turbine wheel; wherein the diffuser space includes a first portion at a first radial position, the first portion of the diffuser space having a axial extent, averaged over all circumferential positions around the rotational axis, which is lower than the axial extent of a second portion of the diffuser space, averaged over all circumferential positions around the rotational axis, at a second radial position, the second portion of the diffuser space being closer to the rotational axis than the first portion of the diffuser space; and characterized in that: denoting the distance, averaged over all circumferential positions around the rotational axis, from the rotational axis to a radially-inner tip of the divider wall as Divider; and denoting the radius of the turbine wheel by D wheel; the value D divider D wheel is in the range 1.05 to 1.2. denoting the distance, averaged over all circumferential positions around the rotational axis, from the rotational axis to a radially-inner tip of the divider wall as Divider; and denoting the radius of the turbine wheel by D wheel; the value D divider D wheel is in the range 1.05 to 1.2.
Alarm triggering device for a security system, comprising: an interface arranged so as to connect the alarm triggering device to a management device of the security system by means of at least a wireless connection; triggering means to trigger an alarm in case a predefined event occurs; supply means to enable the alarm triggering device to be supplied with electricity from a power supply; communications verification means to detect the absence of communications from the management device during a predefined length of time; and signaling means to signal said absence of communications at the location of the alarm triggering device. an interface arranged so as to connect the alarm triggering device to a management device of the security system by means of at least a wireless connection; triggering means to trigger an alarm in case a predefined event occurs; supply means to enable the alarm triggering device to be supplied with electricity from a power supply; communications verification means to detect the absence of communications from the management device during a predefined length of time; and signaling means to signal said absence of communications at the location of the alarm triggering device.
A sound-absorbing fluid channel with an inlet opening having an inlet cross-section, an outlet opening having an outlet cross-section and with a wavy deflection, and at least one sound-absorbing flow guidance element disposed in the fluid channel between the inlet cross-section and the outlet cross-section and pivotable around an axis of rotation in the air channel, wherein the flow path of the fluid channel between the inlet cross-section and the outlet cross-section is completely blocked in at least one operating status in the area of the flow guidance element, so that the fluid is prevented from flowing through, wherein a blocking from one side of the fluid channel and an extension in the direction of the other side of the fluid channel is provided, wherein the inlet cross-section before the blocking and extension and the outlet cross-section after the blocking and extension are aligned with one another.
A lifting apparatus for lifting a cover or a hood, comprising: a connector assembly comprising a first connecting member, a second connecting member and a connecting link, the first and second connecting members (120, 130) configured to be pivot-mounted at first ends (122, 132) to a first stationary component, and a pneumatic supporting member coupled to the first and second connecting members (120, 130) via the connecting link, wherein the connecting link is arranged essentially centric with respect to a length of the connecting members (120, 130) and is fastened to both connection members (120, 130), wherein the connecting link is substantially perpendicular to the connection members (120, 130) in a middle position, wherein the connector assembly and the pneumatic supporting member are configured to perform a lifting motion, and wherein, when performing the lifting motion, the first and second connecting members (120, 130) transition from a first position to a second position and the pneumatic supporting member transitions from an extended position to a compressed position, wherein the pneumatic supporting member is pre-loaded when in the extended position. a connector assembly comprising a first connecting member, a second connecting member and a connecting link, the first and second connecting members (120, 130) configured to be pivot-mounted at first ends (122, 132) to a first stationary component, and a pneumatic supporting member coupled to the first and second connecting members (120, 130) via the connecting link, wherein the connecting link is arranged essentially centric with respect to a length of the connecting members (120, 130) and is fastened to both connection members (120, 130), wherein the connecting link is substantially perpendicular to the connection members (120, 130) in a middle position, wherein the connector assembly and the pneumatic supporting member are configured to perform a lifting motion, and wherein, when performing the lifting motion, the first and second connecting members (120, 130) transition from a first position to a second position and the pneumatic supporting member transitions from an extended position to a compressed position, wherein the pneumatic supporting member is pre-loaded when in the extended position.
An additive manufacturing system for extraction of impurities in an additive manufacturing material, the system comprising: a container within which the additive manufacturing material is included, wherein the additive manufacturing material is a powder or liquid; an additive manufacturing machine for manufacturing a part using the additive manufacturing material included in the container; a conductive plate is mounted above the container adjacent to the additive manufacturing material; an energy source configured for distributing an electric charge through the conductive plate adjacent to the additive manufacturing material, wherein distributing the electric charge through the conductive plate attracts impurities, which are fibers, from a top layer of the additive manufacturing material to the conductive plate, wherein the impurities are light enough to lift from the additive manufacturing material to the conductive plate while the additive manufacturing material is not attracted to the electrostatic charge and remains in the container; a light source for illuminating the conductive plate with light; a camera for capturing image data of the conductive plate; and a computing device having one or more processors configured to execute instructions stored in memory for processing the image data to determine an amount of impurities on the conductive plate, wherein the camera is coupled to the computing device. a container within which the additive manufacturing material is included, wherein the additive manufacturing material is a powder or liquid; an additive manufacturing machine for manufacturing a part using the additive manufacturing material included in the container; a conductive plate is mounted above the container adjacent to the additive manufacturing material; an energy source configured for distributing an electric charge through the conductive plate adjacent to the additive manufacturing material, wherein distributing the electric charge through the conductive plate attracts impurities, which are fibers, from a top layer of the additive manufacturing material to the conductive plate, wherein the impurities are light enough to lift from the additive manufacturing material to the conductive plate while the additive manufacturing material is not attracted to the electrostatic charge and remains in the container; a light source for illuminating the conductive plate with light; a camera for capturing image data of the conductive plate; and a computing device having one or more processors configured to execute instructions stored in memory for processing the image data to determine an amount of impurities on the conductive plate, wherein the camera is coupled to the computing device.
Agricultural round baler for forming round bales that have a variable diameter from harvested crops in a pressing chamber comprising pressing devices, which chamber is provided with a rear outlet for ejecting a finished round bale and in which chamber the variable pressing chamber volume increases, at least in phases, with a progressing material filling rate, comprising a harvested crop receptacle and comprising a subsequent cutting and/or conveying unit, and comprising an apparatus for wrapping a finished round bale in the pressing chamber with binding material and comprising a control or regulating device, a storage space that extends up to an inlet region of the pressing chamber connecting to the cutting and/or conveying unit, which storage space receives harvested crop in storage phases of the pressing operation, characterised in that the pressing chamber is designed as a semi-variable pressing chamber comprising an initial pressing chamber such that the round baler operates as a fixed chamber machine during a first pressing phase and has a variable pressing chamber in the further course of pressing, the initial pressing chamber being designed so as to have a minimum pressing chamber volume and the minimum pressing chamber volume of the initial pressing chamber and the storage volume of the storage space being matched to one another such that the pressing chamber volume of the initial pressing chamber corresponds at least approximately to the maximum storage volume of the storage space.
A retroreflective article comprising: a polyurethane bead bond layer; and a layer of optical elements partially embedded in the bead bond layer, the optical elements comprising: transparent microspheres, and at least one reflective layer; characterized in that the polyurethane bead bond layer comprises the reaction product of a reaction mixture comprising at least one aliphatic polycarbonate polyol and at least one polyisocyanate, and wherein the reaction mixture is free of polyols containing unsaturated groups. a polyurethane bead bond layer; and a layer of optical elements partially embedded in the bead bond layer, the optical elements comprising: transparent microspheres, and at least one reflective layer; characterized in that the polyurethane bead bond layer comprises the reaction product of a reaction mixture comprising at least one aliphatic polycarbonate polyol and at least one polyisocyanate, and wherein the reaction mixture is free of polyols containing unsaturated groups. transparent microspheres, and at least one reflective layer; characterized in that the polyurethane bead bond layer comprises the reaction product of a reaction mixture comprising at least one aliphatic polycarbonate polyol and at least one polyisocyanate, and wherein the reaction mixture is free of polyols containing unsaturated groups.
Rotary combustion device comprising an annular combustion chamber (74; 84; 94; 104) which is rotatable about an axis of rotation, an inlet which is provided near said axis of rotation and is connected to said annular combustion chamber, and a turbine/outlet/nozzle which is provided near the outer circumference of said combustion chamber, characterized in that said combustion chamber (74; 84; 94; 104) extends between the inlet and the outlet in a direction substantially radially relative to said axis of rotation (76; 96; 106).
Drinks machine for preparing infusion drinks, comprising a flow line system that has a valve arrangement (V1, V2, V3, V4) and a cleaning apparatus for carrying out a cleaning and/or care process, comprising a storage cartridge for storing cleaning agent, and an electrically driven pump (8, M) for supplying the cleaning agent or a cleaning solution from the cleaning apparatus into the flow line system, further comprising a control device for activating and deactivating the valve arrangement (V1, V2, V3, V4) and the pump (8, M) for carrying out the drink preparation and the cleaning or care process, characterised in that the cleaning apparatus further comprises a preservative, the cleaning apparatus being designed to introduce the preservative in liquid form into the flow line system, the preservative being arranged in the storage container and the preservative and the cleaner being placed in layers in solid or pasty form in the storage container.
A clearance control assembly for providing clearance control between a blade outer air seal and an airfoil tip of a gas turbine engine, the clearance control assembly comprising: an outer case; a first blade outer air seal carrier positioned radially inward of the outer case; a blade outer air seal positioned radially inward of and mounted to the blade outer air seal carrier; an actuator; a load-applying member positioned to be acted upon by the actuator during operation of the actuator; and a lever connected to the outer case at a fulcrum and operably in contact with the load-applying member and the first blade outer air seal carrier; wherein the lever has first and second ends (124;122) separated by the fulcrum, and wherein at least one of the first and second ends (124;122) comprises a crowned surface extending radially outward, characterised in that: the first end of the lever is operably in contact with an inner radial surface of the load-applying member and the second end is operably in contact with an axially extending portion of the first blade outer air seal carrier. an outer case; a first blade outer air seal carrier positioned radially inward of the outer case; a blade outer air seal positioned radially inward of and mounted to the blade outer air seal carrier; an actuator; a load-applying member positioned to be acted upon by the actuator during operation of the actuator; and a lever connected to the outer case at a fulcrum and operably in contact with the load-applying member and the first blade outer air seal carrier; wherein the lever has first and second ends (124;122) separated by the fulcrum, and wherein at least one of the first and second ends (124;122) comprises a crowned surface extending radially outward, characterised in that: the first end of the lever is operably in contact with an inner radial surface of the load-applying member and the second end is operably in contact with an axially extending portion of the first blade outer air seal carrier.