mhurhangee/ep-ind-claims huggingface dataset:
Friction ring for a brake drum, preferably for a composite brake drum, wherein the friction ring forms an insert for overmolding by a foundry method of a metal, for example an aluminum alloy, the friction ring: having an axis of symmetry (X-X), and comprising a sheet metal strip preferably a strip of sheet steel, said strip: having an annular shape around the axis of symmetry (X-X), the annular shape having been formed by rolling the strip, and comprising at least one protrusion having been formed by punching the strip. having an axis of symmetry (X-X), and comprising a sheet metal strip preferably a strip of sheet steel, said strip: having an annular shape around the axis of symmetry (X-X), the annular shape having been formed by rolling the strip, and comprising at least one protrusion having been formed by punching the strip. having an annular shape around the axis of symmetry (X-X), the annular shape having been formed by rolling the strip, and comprising at least one protrusion having been formed by punching the strip.
A process for combusting a high-moisture fuel to generate steam, the process comprising: contacting a high-moisture solid fuel with an oxygen-depleted gas stream while heating the high-moisture solid fuel by indirect heat exchange with a recirculating thermal fluid to produce a dried solid fuel and a moist oxygen-depleted gas stream; wherein the temperature of the moist oxygen-depleted gas stream is greater than 80°C; combusting the dried solid fuel with a combustion air stream (12; 16; 18) to produce a combustion products stream having an amount of heat; transferring a first portion of the amount of heat to generate steam by indirect heat exchange with the combustion products stream; transferring a second portion of the amount of heat to preheat the combustion air by indirect heat exchange with the combustion products stream; transferring a third portion of the amount of heat to the recirculating thermal fluid by indirect heat exchange with the combustion products stream; and bypassing one or both of a portion of the combustion air stream to avoid the indirect heat exchange with the combustion products stream and a portion of the combustion products stream to avoid the indirect heat exchange with the combustion air stream. contacting a high-moisture solid fuel with an oxygen-depleted gas stream while heating the high-moisture solid fuel by indirect heat exchange with a recirculating thermal fluid to produce a dried solid fuel and a moist oxygen-depleted gas stream; wherein the temperature of the moist oxygen-depleted gas stream is greater than 80°C; combusting the dried solid fuel with a combustion air stream (12; 16; 18) to produce a combustion products stream having an amount of heat; transferring a first portion of the amount of heat to generate steam by indirect heat exchange with the combustion products stream; transferring a second portion of the amount of heat to preheat the combustion air by indirect heat exchange with the combustion products stream; transferring a third portion of the amount of heat to the recirculating thermal fluid by indirect heat exchange with the combustion products stream; and bypassing one or both of a portion of the combustion air stream to avoid the indirect heat exchange with the combustion products stream and a portion of the combustion products stream to avoid the indirect heat exchange with the combustion air stream.
Method of treating scatterable material (21, 22) by means of pressure and heat with a device comprising a) at least one hopper for storing the scatterable material (21, 22), b) a scattering device for the dosed dispensing of the scatterable material (21, 22) from the hopper, c) a conveyor belt (4, 4a, 4b), onto which the scatterable material (21, 22) can be scattered and d) a device for exposing the scatterable material (21, 22) supplied via the conveyor belt (4, 4a, 4b) in a conveying direction with pressure and heat, wherein the hopper comprises several chambers (20.1, 20.2, 20.3) which are perpendicular to the conveying direction, characterised in that - before treatment, at least two chambers (20.1, 20.2, 20.3) are at least partially filled with scatterable materials (21, 22) that differ in terms of their physical or chemical properties, - the scatterable materials (21, 22) are then scattered onto at least one conveyor belt (4, 4a, 4b) by way of at least scattering device (13, 13.1, 13.2, 13.3) to form at least one scattered material mat (3, 3a, 3b), - and finally, in a device for exposing the supplied scatterable material to pressure and heat, the scattered material mat (3, 3a, 3b) is dewatered and formed into an end product. a) at least one hopper for storing the scatterable material (21, 22), b) a scattering device for the dosed dispensing of the scatterable material (21, 22) from the hopper, c) a conveyor belt (4, 4a, 4b), onto which the scatterable material (21, 22) can be scattered and d) a device for exposing the scatterable material (21, 22) supplied via the conveyor belt (4, 4a, 4b) in a conveying direction with pressure and heat, - before treatment, at least two chambers (20.1, 20.2, 20.3) are at least partially filled with scatterable materials (21, 22) that differ in terms of their physical or chemical properties, - the scatterable materials (21, 22) are then scattered onto at least one conveyor belt (4, 4a, 4b) by way of at least scattering device (13, 13.1, 13.2, 13.3) to form at least one scattered material mat (3, 3a, 3b), - and finally, in a device for exposing the supplied scatterable material to pressure and heat, the scattered material mat (3, 3a, 3b) is dewatered and formed into an end product.
Vibration isolating device designed to be placed between a structure and an equipment mounting plate, said device comprising a lattice made up of bars, each bar having at least one axial actuator, the lattice being an active hexapod having six identical bars disposed in a regular geometry, the six bars being disposed such that the control of the tension-compression loads in each of the six bars makes it possible to control the six independent degrees of freedom in terms of forces and torques at the interface between the structure and the equipment, so as to produce effective isolation in all the degrees of freedom of the system, characterized in that at least one end fitting on each bar consists of an element made of elastomeric material, called elastomeric element.
The use of an effective amount of a Mas-G- protein-coupled receptor agonist in the production of a medicament for the prevention and/or treatment of diseases related to the metabolic syndrome or its complications in a subject, wherein said diseases are selected from the group of alterations in the plasma or tissue levels of cholesterol, plasma or tissue levels of triglycerides.
A method for manufacturing an optoelectronic sensor which has a receiving unit with a receiving optics, a light receiver and a diaphragm between them, the diaphragm being arranged in a focal plane of the receiving optics so that a received light beam generated by the receiving optics falls through the diaphragm aperture of the diaphragm at the point of smallest constriction, characterized in that the diaphragm is manufactured with use of the receiving optics as an individual diaphragm specifically for the receiving optics that is used in the sensor together with the diaphragm.
Diagnosis method for a process-engineering plant, having the following steps: - providing a course over time of plant data, which at least partially characterises the plant status; and characterised by the following steps: - (S2a) classification of a plant status with the aid of at least two models on the basis of the course over time of the plant data, wherein the models differ in respect of a time window (T 1, T 2, T 3), from which the plant data are based; - (S2b) allocating in each case one confidence to the classifications, which result from the at least two models; and - outputting diagnosis information, which is based on the classifications of the plant status and the confidences allocated thereto. - providing a course over time of plant data, which at least partially characterises the plant status; - (S2a) classification of a plant status with the aid of at least two models on the basis of the course over time of the plant data, wherein the models differ in respect of a time window (T 1, T 2, T 3), from which the plant data are based; - (S2b) allocating in each case one confidence to the classifications, which result from the at least two models; and - outputting diagnosis information, which is based on the classifications of the plant status and the confidences allocated thereto.
Method for estimating meteorological visibility distance (D vis) based on processing images of landscapes captured in succession by a camera on board a motor vehicle, said image processing comprising a step (S 40) of extracting contrasts (C i) of an object located by a system on board said motor vehicle and able to provide an estimate of the distance between the motor vehicle and the located object in at least one region of interest of the images (Im i, and a step (S 50) of correlating said extracted contrasts (C i) and said distances (d i), said processing furthermore comprising a step (S 60) of calculating an atmospheric extinction coefficient k based on a first contrast (C i) of the located object at a first distance (di) from said motor vehicle as estimated by the system, said first contrast being extracted from a first image captured by said camera at a first time (t i, and on a second contrast (C i+1) of the located object at a second distance (d i+1) from said motor vehicle as estimated by the system, said second contrast (C i+1) being extracted from a second image captured by said camera at a second time (t i+1), and a step of deducing said meteorological visibility distance (D vis) on the basis of the atmospheric extinction coefficient k.
A communication method of a second base station that serves a second terminal and which is adjacent to a first base station serving a first terminal, the communication method comprising: determining a necessity of interference control by predicting interference occurring in the first terminal or the first base station due to communication between the second base station and the second terminal, based on a relative position of the first terminal or the first base station; if it is determined that interference control is to be performed, transmitting information associated with the need to perform the interference control to the first terminal, said information associated with the necessity of the interference control being a request for performing a procedure of the interference control; receiving, from the first terminal, a message for performing the interference control; performing, in response to having received the message from the first terminal, coordination for the interference control with the first base station; and receiving a result of the interference control that is relayed between the first base station and the second base station via the first terminal. determining a necessity of interference control by predicting interference occurring in the first terminal or the first base station due to communication between the second base station and the second terminal, based on a relative position of the first terminal or the first base station; if it is determined that interference control is to be performed, transmitting information associated with the need to perform the interference control to the first terminal, said information associated with the necessity of the interference control being a request for performing a procedure of the interference control; receiving, from the first terminal, a message for performing the interference control; performing, in response to having received the message from the first terminal, coordination for the interference control with the first base station; and receiving a result of the interference control that is relayed between the first base station and the second base station via the first terminal.
An electronic terminal, comprising a protective main board and a battery cell, wherein the protective main board comprises: a main board circuit and a protection circuit configured to protect the battery cell, which are provided on a main board body, the main board circuit being a main circuit forming the electronic terminal, the protection circuit comprising at least one of an overcharge protection circuit, an over-discharge protection circuit, a charging and discharging temperature protection circuit and a short-circuit protection circuit; and a conducting component, arranged on the main board body and comprising a first conducting part and a second conducting part, the battery cell being electrically connected with the protection circuit through the first conducting part and the second conducting part, the battery cell has a first tab and a second tab, the first tab and the second tab being arranged on a same side of the battery cell respectively; and the first tab is electrically connected with the first conducting part, and the second tab is electrically connected with the second conducting part; characterized in that, the main board body is divided into multiple layers of PCBs, various chips and connecting lines of the main board circuit are arranged on each layer of PCB, and the protection circuit is arranged in a space of the main board body where the various chips and connecting lines are not arranged. a main board circuit and a protection circuit configured to protect the battery cell, which are provided on a main board body, the main board circuit being a main circuit forming the electronic terminal, the protection circuit comprising at least one of an overcharge protection circuit, an over-discharge protection circuit, a charging and discharging temperature protection circuit and a short-circuit protection circuit; and a conducting component, arranged on the main board body and comprising a first conducting part and a second conducting part, the battery cell being electrically connected with the protection circuit through the first conducting part and the second conducting part, the battery cell has a first tab and a second tab, the first tab and the second tab being arranged on a same side of the battery cell respectively; and the first tab is electrically connected with the first conducting part, and the second tab is electrically connected with the second conducting part; characterized in that, the main board body is divided into multiple layers of PCBs, various chips and connecting lines of the main board circuit are arranged on each layer of PCB, and the protection circuit is arranged in a space of the main board body where the various chips and connecting lines are not arranged.
Ultrasonic cutter for cutting edge chamfers of plate-shaped workpieces with a cutter head forming an axis of rotation and with a blade extending from the cutter head and forming a cutting wedge ending in a straight cutting edge between two surfaces determined by the wedge angle, a flank surface and a contact surface (3, 4), characterized in that the axis of rotation extending on the blade side of the flank surface is at a distance (e) from the flank surface which is equal to or greater than the distance (s) of the centre of mass of the blade from the flank surface, and in that the cutting edge extending in the direction of the axis of rotation extends at a distance (a) from the axis of rotation which is no greater than the blade thickness (d).
High-pressure pump, in particular for a motor vehicle, for delivering a fluid, in particular fuel, for example diesel, comprising: - a drive shaft with at least one cam, - at least one piston, - at least one cylinder for the mounting of the at least one piston, - at least one roller, - wherein the at least one piston is supported indirectly by way of the at least one roller on the drive shaft with the at least one cam such that the at least one piston can perform a translational movement on the basis of a rotational movement of the drive shaft, - at least one roller shoe with in each case one plain-bearing arrangement which is lubricated with lubricant, for the at least one roller, such that the at least one roller can perform a rotational movement about an axis of rotation, wherein the at least one roller is, on at least one axial end section, equipped with blades such that the at least one roller forms a rotor for the blades for the delivery of the lubricant to an axial plain-bearing arrangement of the at least one roller on the at least one roller shoe, characterized in that the lubricant can be delivered by the blades radially in the direction of the axis of rotation of the at least one roller. - a drive shaft with at least one cam, - at least one piston, - at least one cylinder for the mounting of the at least one piston, - at least one roller, - wherein the at least one piston is supported indirectly by way of the at least one roller on the drive shaft with the at least one cam such that the at least one piston can perform a translational movement on the basis of a rotational movement of the drive shaft, - at least one roller shoe with in each case one plain-bearing arrangement which is lubricated with lubricant, for the at least one roller, such that the at least one roller can perform a rotational movement about an axis of rotation,
Well apparatus comprising a tower, and a support for supporting well intervention, completion, testing, or drilling equipment, the support being attached to the tower and being movable laterally from a parked position on the tower, where preparation of the equipment can be carried out without occupying an operational area where the equipment is to operate on the well, to an operational position in the operational area, and the support being arranged to be lowered or lifted, the apparatus further comprising a guide mechanism (34, 36) for guiding the support so that as the support is lowered or lifted it is guided along a path involving lateral movement from the parked position to the operational position in the operational area, wherein the guide mechanism (34, 36) for guiding the support comprises a pair of upper arms pivotally mounted on the tower and a pair of lower arms pivotally mounted on the tower below the upper arms, and characterised in that one arm of each pair of arms is pivotally mounted to the tower at one side of an opening in the tower through which the support can move between the parked and operational positions and in that the other arm of each pair of arms is pivotally mounted to the tower at the other side of the opening.
Radiofrequency communication module or semi-finished product able to be integrated into the structure of a tyre, comprising a radiofrequency transponder embedded in a rubber blend (3a, 3b) and comprising an electronic chip and a radiating antenna that is able to communicate with a radiofrequency reader, characterized in that said radiofrequency transponder in addition comprises a primary antenna that is electrically connected to the electronic chip, in that the primary antenna is electromagnetically coupled to the radiating antenna, in that the radiating antenna consists of a single-strand helical spring defining a first longitudinal axis, in that the primary antenna is a coil having at least one turn defining a second longitudinal axis that is circumscribed in a cylinder the axis of revolution of which is parallel to the second longitudinal axis and the diameter of which is comprised between one third and three times, and preferably between half and two times, the average diameter of the helical spring of the radiating antenna, and in that said single-strand antenna has a core made of steel with a metal exterior adhesion layer for adhesion to the rubber blend that surrounds it.
A wireless communication method, comprising: transmitting, from a first user equipment, UE, to a second UE, a first downlink control information which indicates a communication type of groupcast, a group ID and is scrambled by a UE ID of the second UE, when the first UE and the second UE start groupcast communication; and transmitting a physical downlink shared channel, PDSCH, which is following the first downlink control information and is scrambled by the group ID, from the first UE to the second UE; wherein the first downlink control information indicates a resource allocation information for the groupcast communication. transmitting, from a first user equipment, UE, to a second UE, a first downlink control information which indicates a communication type of groupcast, a group ID and is scrambled by a UE ID of the second UE, when the first UE and the second UE start groupcast communication; and transmitting a physical downlink shared channel, PDSCH, which is following the first downlink control information and is scrambled by the group ID, from the first UE to the second UE; wherein the first downlink control information indicates a resource allocation information for the groupcast communication.
An evacuated composite comprising: (a) an open cell foam, wherein the open cell foam is selected from floral foam, pressed silica, polyurethane-based foams, eva foams, polyesters, epoxide foams, vinyl-based foams, wood and cellulosic foams; and (b) a small pore area material, wherein the small pore area material comprises a hydroxylated aromatic; a solvent comprising a carboxylic acid; and an electrophilic linking agent, wherein said small pore area material is a foam having a density of less than 1000 kg/m 3 and a small pore structure in which the average pore area is less than 500 μm 2. (a) an open cell foam, wherein the open cell foam is selected from floral foam, pressed silica, polyurethane-based foams, eva foams, polyesters, epoxide foams, vinyl-based foams, wood and cellulosic foams; and (b) a small pore area material, wherein the small pore area material comprises a hydroxylated aromatic; a solvent comprising a carboxylic acid; and an electrophilic linking agent,
An injection-molded container, preferably a capsule for use in a food preparation machine, said container for use in a food preparation machine comprising: (i) a rigid or semi-rigid structure with a lower side, at least three pillars extending from the lower side and linked to a circular upper frame which defines the surroundings of the container top side, the pillars having cross-sections S 1, S 2 and S 3, the lower side being a solid wall that comprises a through hole as a dispensing opening for the container, that is centered across the vertical symmetry axis VSA of said container, and (ii) a label attached to the outer surface of the lower side, of the pillars and of the upper circular frame, thus forming an envelope that defines container side walls, characterized in that the injection point IP of the container is off-centered in the vicinity of said dispensing opening, opposed the pillar having a cross-section S 3 relatively to the vertical symmetry axis VSA of the container, and in that S 1 =S 2 and S 3 >S 1. (i) a rigid or semi-rigid structure with a lower side, at least three pillars extending from the lower side and linked to a circular upper frame which defines the surroundings of the container top side, the pillars having cross-sections S 1, S 2 and S 3, the lower side being a solid wall that comprises a through hole as a dispensing opening for the container, that is centered across the vertical symmetry axis VSA of said container, and (ii) a label attached to the outer surface of the lower side, of the pillars and of the upper circular frame, thus forming an envelope that defines container side walls,