mhurhangee/ep-ind-claims huggingface dataset:
Support device of a lid of a cooking recipient, such as a pan, a pot, a casserole, characterized in that, the device comprises: - an annular element suitable to abut on the rim of the container which defines the opening of the containment compartment of the foods of the cooking recipient, - a support arm hinged to said annular element, said support arm being provided with attachment means to the lid and being movable between a lowered position, in which it permits the lid to rest on said annular element so as to close said compartment of the cooking recipient, and a raised position, in which it distances the lid from said annular element to permit access to said compartment. - an annular element suitable to abut on the rim of the container which defines the opening of the containment compartment of the foods of the cooking recipient, - a support arm hinged to said annular element, said support arm being provided with attachment means to the lid and being movable between a lowered position, in which it permits the lid to rest on said annular element so as to close said compartment of the cooking recipient, and a raised position, in which it distances the lid from said annular element to permit access to said compartment.
Hydraulic block for a hydraulic assembly of a slip control system of a hydraulic vehicle brake system, having a valve side, which has receptacles (6, 7) for solenoid valves, characterized in that the hydraulic block has at least one receptacle for a hydraulic accumulator on an accumulator side opposite the valve side.
A balancing shaft for compensating free inertia forces and/or inertia torques of a reciprocating piston internal combustion engine, said shaft having a main body which has at least one unbalanced weight portion and at least one bearing having a bearing seat for supporting a radial bearing, said bearing seat having a running face that extends only partially along a periphery of the bearing and comprises a clearance, and said bearing comprising a bearing shell including a supporting surface which is positioned with respect to the bearing seat, characterised in that the bearing shell is loosely arranged with respect to the bearing seat on the main body by means of said radial bearing.
A blood circulation assistance device for a heart of a living being, comprising a cuff for periodically applying pressure to the heart by means of at least one dielectric elastomer membrane, which can be controlled by a control device in synchronization with a heartbeat in order to convey blood in pulses, wherein the cuff is configured to be pulled over the outside of the heart and to this end has an internal shape which is adapted to the external contour of the heart at least in the region outside the ventricles of the heart, characterized in that the cuff is composed of an outer contraction layer comprising the dielectric elastomer membrane as well as an inner padding layer, and the padding layer is filled with an incompressible liquid and has at least one outlet valve which is closed in a normal state and open in an emergency state.
A method of wireless communication by a user equipment, comprising: receiving from a base station, a channel list indicator corresponding to a subset of channels of a set of channels, for frequency hopping, wherein the channel list indicator is a bit indicator identifying a set of combinatorial factors, wherein the combinatorial factors are associated with respective indices that identify corresponding channels from the subset of channels; receiving from the base station, by the user equipment, an indicator of a quantity of channels that are to be selected from the set of channels as the subset of channels, wherein the user equipment receives the channel list indicator via a system information block, SIB, message on an anchor channel and receives the indicator of the quantity of channels via a master information block, MIB, message; and attempting, by the user equipment, to communicate with the base station using at least one channel of the subset of channels identified based at least in part on the channel list indicator and the indicator of the quantity of channels. receiving from a base station, a channel list indicator corresponding to a subset of channels of a set of channels, for frequency hopping, wherein the channel list indicator is a bit indicator identifying a set of combinatorial factors, wherein the combinatorial factors are associated with respective indices that identify corresponding channels from the subset of channels; receiving from the base station, by the user equipment, an indicator of a quantity of channels that are to be selected from the set of channels as the subset of channels, wherein the user equipment receives the channel list indicator via a system information block, SIB, message on an anchor channel and receives the indicator of the quantity of channels via a master information block, MIB, message; and attempting, by the user equipment, to communicate with the base station using at least one channel of the subset of channels identified based at least in part on the channel list indicator and the indicator of the quantity of channels.
A propeller blade comprising a spar, the spar comprising: a foam core (205; 502); and a structural layer formed of multiple layers (206a, 206b) that surrounds at least a portion of the foam core (205; 502), the structural layer including a mid-thickness location located midway between the foam core and an outer surface of the structural layer, the multiple layers (206a, 206b) including at least one unidirectional layer and at least one biased layer, the at least one unidirectional layer formed of structural fibers extending along a span-wise direction of the propeller blade and the at least one biased layer formed of several structural fibers that cross each other at a braid angle (θ); characterised in that: the multiple layers (206a, 206b) are arranged such that the ordering of the layers (206a, 206b) from the mid thickness location outwards on one side of the mid-thickness location is different from the ordering of the layers (206a, 206b) from the mid thickness location outwards on the other side of the mid-thickness location. a foam core (205; 502); and a structural layer formed of multiple layers (206a, 206b) that surrounds at least a portion of the foam core (205; 502), the structural layer including a mid-thickness location located midway between the foam core and an outer surface of the structural layer, the multiple layers (206a, 206b) including at least one unidirectional layer and at least one biased layer, the at least one unidirectional layer formed of structural fibers extending along a span-wise direction of the propeller blade and the at least one biased layer formed of several structural fibers that cross each other at a braid angle (θ); the multiple layers (206a, 206b) are arranged such that the ordering of the layers (206a, 206b) from the mid thickness location outwards on one side of the mid-thickness location is different from the ordering of the layers (206a, 206b) from the mid thickness location outwards on the other side of the mid-thickness location.
A method of calibrating a dispenser of the type having a material dispensing unit (14, 16) that is configured to dispense material on a substrate, the method comprising: providing a weigh scale having a plate configured to receive material dispensed on the plate; dispensing one or more patterns of material on the plate; weighing the amount of material dispensed on the plate; and comparing the weighed amount of material to a designated amount of material, wherein dispensing one or more patterns of material replicates at least a portion of patterns of material dispensed on the substrate during a dispensing operation, characterized by displaying the weight of the pattern dispensed to a user using a user interface device having a display coupled to a dispenser controller, wherein during setup the following parameters are specified by an operator: a speed of dispenser gantry; a z-axis height of each dispenser; for auger-type dispensers a rotation of an auger screw in degrees per millimeter, or for jetter-type dispensers, a jetting rate in dots per millimeter; a predetermined tolerance of the weight of the pattern dispensed; a measure of every n boards or every n minutes; and when to perform a needle cleaning operation; and wherein one or more icons are provided on the display to assist the operator. providing a weigh scale having a plate configured to receive material dispensed on the plate; dispensing one or more patterns of material on the plate; weighing the amount of material dispensed on the plate; and comparing the weighed amount of material to a designated amount of material, wherein dispensing one or more patterns of material replicates at least a portion of patterns of material dispensed on the substrate during a dispensing operation, characterized by displaying the weight of the pattern dispensed to a user using a user interface device having a display coupled to a dispenser controller, wherein during setup the following parameters are specified by an operator: a speed of dispenser gantry; a z-axis height of each dispenser; for auger-type dispensers a rotation of an auger screw in degrees per millimeter, or for jetter-type dispensers, a jetting rate in dots per millimeter; a predetermined tolerance of the weight of the pattern dispensed; a measure of every n boards or every n minutes; and when to perform a needle cleaning operation; and wherein one or more icons are provided on the display to assist the operator.
Device for adjusting the operating pressure of an oil-injected compressor installation which is provided with a compressor element that is driven by a motor with an adjustable rotational speed, controlled by a control module, whereby said compressor element is provided with an air inlet and with a compressed air outlet to which is connected an oil separator with a compressed air pipe for supplying compressed gas, whereby the device is provided with a controlled inlet valve that is connected to the above-mentioned air inlet and a blow-off mechanism with a blow-off pipe which connects the oil separator to the inlet valve and which can be closed off by means of a blow-off valve, wherein the above-mentioned inlet valve, the blow-off valve and the control module are electrically controllable components which are connected to an electronic control unit for adjusting the operating pressure (Pw) in the oil separator, which is measured by an operating pressure sensor that is connected to this electronic control unit, characterised in that the above-mentioned inlet valve is made in the shape of a butterfly valve that is driven by a stepping motor with an accompanying electronic stepping motor card; in that the above-mentioned electronic stepping motor card has a micro step modus; and in that the above-mentioned control unit is provided with an operating pressure controller which is made in the shape of a PID controller whose output signal represents the desired inlet flow of the compressor element, on the basis whereof the rotational speed of the motor, the inlet pressure (Pi) at the air inlet and the exhaust flow (Qb) through the blow-off valve are adjusted; whereby the control unit is further provided with an inlet pressure controller which is made in the shape of a PID controller with a reinforcement, whereby this reinforcement is a function of the position of the inlet valve or of the relation between the absolute pressure following the inlet valve at the air inlet of the compressor element and the absolute pressure on the inlet side of the inlet valve.
A portable electrocardiograph, comprising a housing and a clamping cover which automatically tends to close, the clamping cover being provided on one end of the housing; wherein the housing comprises a face having a screen, and a back face being opposite to the face having the screen; and wherein a finger hole configured for insertion of the forefinger or the middle finger into the finger hole is provided between the clamping cover and the housing; a lower half of the inner wall of the finger hole is defined on the housing; and an upper half of the inner wall of the finger hole is defined on the clamping cover; the lower half of the inner wall is provided with a first electrode, the other end of the housing i.e. the end that is far away from the clamping cover, is provided with a second electrode, the second electrode is configured to contact the user's chest, and the back face of the housing is provided with a third electrode, the third electrode is configured to contact at least one portion of at least one of the middle-finger, the ring finger, and the little finger, and wherein the first electrode or the third electrode is a neutral electrode.
A method for increasing the temperature of a display element, the method comprising: generating heat by operating a heat source to perform a user experience function independent of generating heat; and dispersing the heat from the heat source to the display element via a thermally conductive path formed by a thermally conductive element coupled to the heat source and positioned proximate to the display element. generating heat by operating a heat source to perform a user experience function independent of generating heat; and dispersing the heat from the heat source to the display element via a thermally conductive path formed by a thermally conductive element coupled to the heat source and positioned proximate to the display element.
A method for preparing and feeding metal scrap to an electric smelting furnace for making steel, comprising: - a step of preparing the scrap in packs, in said step of preparing the scrap in packs, the scrap is compacted into packs having a density comprised substantially between 1.5 t/m 3 and 4.0 t/m 3; - a step of preheating the packs of scrap in a preheating furnace that is distinct from an electric smelting furnace by said preheating furnace being physically distinct and managed separately with respect to said electric smelting furnace; - a step of extracting the preheated scrap packs from said preheating furnace and conveying them toward the electric smelting furnace; - a step of introducing the packs of preheated scrap into the liquid metal bath of said electric smelting furnace. - a step of preparing the scrap in packs, in said step of preparing the scrap in packs, the scrap is compacted into packs having a density comprised substantially between 1.5 t/m 3 and 4.0 t/m 3; - a step of preheating the packs of scrap in a preheating furnace that is distinct from an electric smelting furnace by said preheating furnace being physically distinct and managed separately with respect to said electric smelting furnace; - a step of extracting the preheated scrap packs from said preheating furnace and conveying them toward the electric smelting furnace; - a step of introducing the packs of preheated scrap into the liquid metal bath of said electric smelting furnace.
A system for adjusting the temperature of a patient, comprising a primary fluid circuit, the circuit including a primary fluid circuit pump, a primary fluid heat exchanger, primary fluid circuit lines connecting the primary fluid circuit pump to the primary fluid heat exchanger such that a continuous flow path for circulating primary fluid from the pump to the primary fluid heat exchanger and back to the pump is formed; access points (165,167) in the primary fluid circuit, the access points fluidly connecting the primary fluid circuit to a primary fluid circuit side of a second heat exchanger, the second heat exchanger also having a secondary fluid circuit side; a heat exchange catheter insertable within a patient, the catheter configured to increase, decrease or maintain the temperature of the patient; a secondary fluid circuit for flowing secondary fluid through the secondary circuit side of the second heat exchanger and the heat exchange catheter, the secondary fluid circuit including a secondary fluid circuit pump for flowing a secondary heat exchange fluid through the secondary fluid circuit to the heat exchange catheter and back through the secondary fluid circuit to the secondary fluid pump; at least one fluid sensor (271, 273) configured to provide a signal representative of a temperature of the primary or secondary fluid circuit; a patient sensor configured to provide a signal representative of a temperature of the patient; a controller configured to receive the signals from the patient sensor and the primary fluid sensor and being responsive to the signals to control a heater/cooler to adjust the temperature of the fluid flowing within the fluid circuits, characterized by the access points being releasable couplers (231, 233) for releasably coupling the second heat exchanger to the primary fluid circuit and wherein the releasable couplers fluidly seal when the second heat exchanger is not connected to the primary fluid circuit to minimize primary fluid loss from the primary fluid circuit side of the second heat exchanger and the primary fluid circuit.
A battery pack comprising: (a) a battery cell array comprising two or more flat battery cells (32, 34, 36) electrically connected in parallel to each other, each of which has an electrode assembly of a cathode/separator/anode structure disposed in a battery case together with an electrolyte in a sealed state, arranged in a lateral direction; (b) a protection circuit module connected to the upper end of the battery cell array to control an operation of the battery pack; (c) a pack case (10, 20) in which the battery cell array and the protection circuit module are disposed; and (d) two single spacers (50, 52) mounted between the pack case (10, 20) and the battery cell array providing a space accommodating the increase in thickness of the battery cell array during charge and discharge of the battery pack,; wherein the spacers are mounted to tops and bottoms of the battery cells at two or more edges thereof in a state in which the spacers have inner strips and the inner strips have width equivalent to 5 to 20% of a width of each of the battery cells, the spacers (50, 52) are provided at a top and/or bottom thereof with an adhesive, and the spacers (50, 52) are configured to have a continuous lattice structure in which the spacers (50, 52) are simultaneously mounted to the battery cells (32, 34, 36) in a state in which the tops or bottoms of the battery cells (32, 34, 36) are exposed. (a) a battery cell array comprising two or more flat battery cells (32, 34, 36) electrically connected in parallel to each other, each of which has an electrode assembly of a cathode/separator/anode structure disposed in a battery case together with an electrolyte in a sealed state, arranged in a lateral direction; (b) a protection circuit module connected to the upper end of the battery cell array to control an operation of the battery pack; (c) a pack case (10, 20) in which the battery cell array and the protection circuit module are disposed; and (d) two single spacers (50, 52) mounted between the pack case (10, 20) and the battery cell array providing a space accommodating the increase in thickness of the battery cell array during charge and discharge of the battery pack,; wherein the spacers are mounted to tops and bottoms of the battery cells at two or more edges thereof in a state in which the spacers have inner strips and the inner strips have width equivalent to 5 to 20% of a width of each of the battery cells, the spacers (50, 52) are provided at a top and/or bottom thereof with an adhesive, and the spacers (50, 52) are configured to have a continuous lattice structure in which the spacers (50, 52) are simultaneously mounted to the battery cells (32, 34, 36) in a state in which the tops or bottoms of the battery cells (32, 34, 36) are exposed.
Method for controlling a radar sensor, comprising the steps of: - detecting an object by means of the radar sensor; - determining a distance of the object from the radar sensor; - adjusting parameters of the radar sensor which influence the energy of the emitted radar signal in order to control the emitted radiant energy as a function of the determined distance in such a way that a radiant energy of the radar sensor absorbed by the object remains below a predetermined threshold value; characterized in that - the threshold value is a maximum permissible radiation exposure applied to a living being, - the radiant energy absorbed by the object is determined on the basis of a radiant energy, emitted by the radar sensor, and of a distance of the object from the radar sensor, and is compared with the threshold value. - detecting an object by means of the radar sensor; - determining a distance of the object from the radar sensor; - adjusting parameters of the radar sensor which influence the energy of the emitted radar signal in order to control the emitted radiant energy as a function of the determined distance in such a way that a radiant energy of the radar sensor absorbed by the object remains below a predetermined threshold value; characterized in that - the threshold value is a maximum permissible radiation exposure applied to a living being, - the radiant energy absorbed by the object is determined on the basis of a radiant energy, emitted by the radar sensor, and of a distance of the object from the radar sensor, and is compared with the threshold value.
A mobile device comprising: a keyboard, the keyboard comprising a key web having at least one key, the at least one key including channels for ventilation therein; a printed circuit board having at least one contact responsive to the keyboard; and a fuel cell assembly having: a fuel cell located between the keyboard and the printed circuit board, said fuel cell having a membrane and at least one aperture corresponding with the at least one contact; a tank adapted to store a fuel for the fuel cell; and piping connecting the tank with the fuel cell, wherein the fuel cell ventilates through the keyboard. a keyboard, the keyboard comprising a key web having at least one key, the at least one key including channels for ventilation therein; a printed circuit board having at least one contact responsive to the keyboard; and a fuel cell assembly having: a fuel cell located between the keyboard and the printed circuit board, said fuel cell having a membrane and at least one aperture corresponding with the at least one contact; a tank adapted to store a fuel for the fuel cell; and piping connecting the tank with the fuel cell, a fuel cell located between the keyboard and the printed circuit board, said fuel cell having a membrane and at least one aperture corresponding with the at least one contact; a tank adapted to store a fuel for the fuel cell; and piping connecting the tank with the fuel cell, wherein the fuel cell ventilates through the keyboard.