mhurhangee/patent-ind-claim-en huggingface dataset:
A sidewall lining and cooling arrangement for a metallurgical furnace including: a layer of refractory bricks located adjacent a furnace shell of the furnace, the layer of refractory bricks having a hot side (21.1) that is in use the side facing the inside of the furnace, and a cold side (21.2) that is in use the side facing the furnace shell; a cooling element located on top of the layer of refractory bricks , the cooling element having a hot side (23.1) that is in use the side facing the inside of the furnace, and a cold side (23.2) that is in use the side facing the furnace shell ; wherein a contact interface is defined between the top of the layer of refractory bricks and a bottom of the cooling element; and a containment ring located adjacent the cold sides (21.2, 23.2) of the cooling element and the layer of refractory bricks , wherein the containment ring covers the contact interface between the top of the layer of refractory bricks and a bottom of the cooling element. a layer of refractory bricks located adjacent a furnace shell of the furnace, the layer of refractory bricks having a hot side (21.1) that is in use the side facing the inside of the furnace, and a cold side (21.2) that is in use the side facing the furnace shell; a cooling element located on top of the layer of refractory bricks , the cooling element having a hot side (23.1) that is in use the side facing the inside of the furnace, and a cold side (23.2) that is in use the side facing the furnace shell ; wherein a contact interface is defined between the top of the layer of refractory bricks and a bottom of the cooling element; and a containment ring located adjacent the cold sides (21.2, 23.2) of the cooling element and the layer of refractory bricks , wherein the containment ring covers the contact interface between the top of the layer of refractory bricks and a bottom of the cooling element.
A rotational speed control device comprising: a closed housing containing a viscous fluid; a shaft disposed in the housing and rotatable relative to the housing; a rotor coupled with the shaft for rotation with the shaft relative to the housing in the viscous fluid, wherein the rotor is axially displaceable along the shaft, the rotor including an impeller that is oriented to displace the rotor axially on the shaft in a first direction by and with rotation of the rotor; a spring mechanism disposed in the housing and acting on the rotor, the spring mechanism biasing the rotor axially on the shaft in a second direction, opposite from the first direction; a drive control ring positioned between the rotor and the housing , wherein the braking torque is a function of a distance between an interior surface of the drive control ring and the rotor; and a fluid circuit within the housing through which the viscous fluid flows as the impeller rotates with the rotor, the fluid circuit being defined by a fluid passageway between the housing and the drive control ring and between the drive control ring and the rotor , wherein a braking torque between the rotor and the housing due to viscous fluid shear between the rotor and the housing and/or between the rotor and the drive control ring secured to the housing is varied according to an axial position of the rotor on the shaft. a closed housing containing a viscous fluid; a shaft disposed in the housing and rotatable relative to the housing; a rotor coupled with the shaft for rotation with the shaft relative to the housing in the viscous fluid, wherein the rotor is axially displaceable along the shaft, the rotor including an impeller that is oriented to displace the rotor axially on the shaft in a first direction by and with rotation of the rotor; a spring mechanism disposed in the housing and acting on the rotor, the spring mechanism biasing the rotor axially on the shaft in a second direction, opposite from the first direction; a drive control ring positioned between the rotor and the housing , wherein the braking torque is a function of a distance between an interior surface of the drive control ring and the rotor; and a fluid circuit within the housing through which the viscous fluid flows as the impeller rotates with the rotor, the fluid circuit being defined by a fluid passageway between the housing and the drive control ring and between the drive control ring and the rotor , wherein a braking torque between the rotor and the housing due to viscous fluid shear between the rotor and the housing and/or between the rotor and the drive control ring secured to the housing is varied according to an axial position of the rotor on the shaft.
Touch sensor for sensing a user touch, comprising: an electrically conductive structure having an electrically conductive touch area exposed to the environment; a first capacitor having a first electrode electrically connected with the conductive structure ; a second capacitor having a first electrode connected to a second electrode of the first capacitor ; a driver arrangement connected to the first capacitor and the second capacitor and adapted to perform the operation steps: to supply a driving signal to the first capacitor to charge the first capacitor, to stop supplying the driving signal to the first capacitor , thereby leaving the touch area in a high-ohmic state and allowing a charge state of the first capacitor to be influenced by an object electrically contacting the touch area ; to transfer a charge of the first capacitor to the second capacitor ; and to measure the charge state of the second capacitor , wherein, when the driver arrangement has stopped supplying the driving signal to the first capacitor and while a user touches the touch area , electric charge on the first capacitor is discharged by electric current flow from the first capacitor via the conductive structure and the user to earth . an electrically conductive structure having an electrically conductive touch area exposed to the environment; a first capacitor having a first electrode electrically connected with the conductive structure ; a second capacitor having a first electrode connected to a second electrode of the first capacitor ; a driver arrangement connected to the first capacitor and the second capacitor and adapted to perform the operation steps: to supply a driving signal to the first capacitor to charge the first capacitor, to stop supplying the driving signal to the first capacitor , thereby leaving the touch area in a high-ohmic state and allowing a charge state of the first capacitor to be influenced by an object electrically contacting the touch area ; to transfer a charge of the first capacitor to the second capacitor ; and to measure the charge state of the second capacitor , wherein, when the driver arrangement has stopped supplying the driving signal to the first capacitor and while a user touches the touch area , electric charge on the first capacitor is discharged by electric current flow from the first capacitor via the conductive structure and the user to earth . to supply a driving signal to the first capacitor to charge the first capacitor, to stop supplying the driving signal to the first capacitor , thereby leaving the touch area in a high-ohmic state and allowing a charge state of the first capacitor to be influenced by an object electrically contacting the touch area ; to transfer a charge of the first capacitor to the second capacitor ; and to measure the charge state of the second capacitor , wherein, when the driver arrangement has stopped supplying the driving signal to the first capacitor and while a user touches the touch area , electric charge on the first capacitor is discharged by electric current flow from the first capacitor via the conductive structure and the user to earth .
A method in an access node or evolved Node B, eNB, for granting uplink, UL, transmission resources to one or a plurality of user equipments, UEs, (120-1, 120-2), comprising the steps of: • allocating an uplink transmission resource over one or a plurality of transmission time intervals, TTIs to a first UE (120-1); and • granting an uplink transmission resource of a fraction of a certain TTI to a second UE (120-2), if it is detected that the uplink resource is not used for uplink transmission in the certain TTI by the first UE (120-1). • allocating an uplink transmission resource over one or a plurality of transmission time intervals, TTIs to a first UE (120-1); and • granting an uplink transmission resource of a fraction of a certain TTI to a second UE (120-2), if it is detected that the uplink resource is not used for uplink transmission in the certain TTI by the first UE (120-1).
Heald frame for weaving looms comprising two sidepieces (F) and two crossbars (T), which are made mutually integral by four openable sidepiece/crossbar coupling joints, wherein each of said sidepiece/crossbar coupling joints is of the type comprising: a tenon projecting from the sidepiece (F) and integral therewith; an intermediate element housed and fixed within a corresponding cavity (C) of the crossbar (T) end portion, consisting of a support body and of an oscillating arm which together form a seat of said tenon ; and a screw means (V), screw-coupled to said crossbar (T) and operating on the free end of said oscillating arm with one of its ends to lock in position the tenon within said seat, characterised in that the free end of said oscillating arm comprises a wedge which, in a tightening position of the oscillating arm , engages within a V-shaped notch formed on the outer edge of said tenon , so that two opposite operating surfaces of the wedge rest on two corresponding oppositely inclined engagement surfaces of the V-shaped notch formed on the outer edge of the tenon .
An open bore magnetic resonance device "MRD" having a volume of interest for imaging a body portion and an inlet aperture for inserting said body portion within said bore , an electrically earthed protecting sleeve for reducing the electromagnetic energy propagation from said magnet bore to the outer environment surrounding said magnet and vice versa, said sleeve having a distal portion inserted into and located within said bore and a proximal portion attached to the MRD aperture , the length and diameter of said sleeve being adapted to accept a body portion not to be imaged within said bore whilst the portion to be imaged protrudes from said distal portion of said sleeve .
A method for managing windows representing independent applications on a desktop of a computing device, the method comprising: storing a plurality of window statuses that each include information about a respective window configuration; monitoring the window statuses; determining that two or more windows should be associated as a unified group in accordance with the monitored window statuses; and associating the two or more windows as a unified group upon making the determination; characterized in detecting an operation being applied to at least one window in a group of windows ; and applying the operation to at least another window in the group of windows . storing a plurality of window statuses that each include information about a respective window configuration; monitoring the window statuses; determining that two or more windows should be associated as a unified group in accordance with the monitored window statuses; and associating the two or more windows as a unified group upon making the determination; characterized in detecting an operation being applied to at least one window in a group of windows ; and applying the operation to at least another window in the group of windows .
Protective housing for batteries, accumulators and electric cells with a body which forms at least an inner chamber for accommodating a battery, an accumulator and/or electric cells, wherein this inner chamber extends over at least one surface forming at least one wall of the housing and forms a cavity formed with an object received therein, in which water (H2O) is present, and this cavity presents an inlet duct for filling the chamber with water, and the inner chamber has at least one connection via an electrical cable to the outside of the housing and at least one inner surface of the housing forming the cavity in which the thermally conductive water is present, wherein the protective housing is characterized in that the cavity having at least one one-way valve for relieving excess pressure.
Vehicle comprising: - a chassis supported on wheels so as to be movable in a travel direction for carrying a driver, - a steering element for presetting the travel direction by the driver, - a display element arranged in front of the driver in his field of vision as seen in the travel direction , which is arranged to display a menu with a number of menu elements arranged in a grid , and - an input interface with a pressure plate arranged on the steering element , which pressure plate comprises an upper side and a lower side opposite the upper side , wherein a number of haptically detectable segments arranged to the grid are formed on the upper side of the pressure plate and wherein the number of menu elements corresponds to the number of haptically detectable segments , so that each menu element of the menu is associated with a haptically detectable segment on the printing plate , and - a sensor arranged on the underside of the printing plate , which sensor is arranged to output a key selection signal to the reproduction element as a function of the position of a finger on the upper side of the printing plate , characterized in that - the haptically detectable segments are spherical segment-shaped troughs recessed into the upper side of the pressure plate , wherein a capacitor plate is located below each trough on the underside of the pressure plate , which together form the sensor . - a chassis supported on wheels so as to be movable in a travel direction for carrying a driver, - a steering element for presetting the travel direction by the driver, - a display element arranged in front of the driver in his field of vision as seen in the travel direction , which is arranged to display a menu with a number of menu elements arranged in a grid , and - an input interface with a pressure plate arranged on the steering element , which pressure plate comprises an upper side and a lower side opposite the upper side , wherein a number of haptically detectable segments arranged to the grid are formed on the upper side of the pressure plate and wherein the number of menu elements corresponds to the number of haptically detectable segments , so that each menu element of the menu is associated with a haptically detectable segment on the printing plate , and - a sensor arranged on the underside of the printing plate , which sensor is arranged to output a key selection signal to the reproduction element as a function of the position of a finger on the upper side of the printing plate , - the haptically detectable segments are spherical segment-shaped troughs recessed into the upper side of the pressure plate , wherein a capacitor plate is located below each trough on the underside of the pressure plate , which together form the sensor .
A computer readable medium storing a computer program having instruction which, when executed by a computing device or system, cause said computing device or system to perform a method comprising: receiving image data with luminance values representing absolute luminance values L to be encoded; accessing an OETF encode function for mapping absolute luminance values into digital code values; based on the receiving and the accessing, encoding the received image data into reference encoded image data; and outputting the reference encoded image data, wherein the luminance values of the received image data are represented by the digital code values in the reference encoded image data; wherein the OETF encode function is based at least in part on a functional model of: V = c 1 + c 2 Y n 1 + c 3 Y n m , wherein: Y is a normalized value of a corresponding one of the absolute luminance values L, wherein 0 ≤ Y ≤ 1, and Y = L 10,000 , with 0 ≤ L ≤ 10,000 cd/m 2 , V is a normalized value of a corresponding one of the digital code values D that are output as reference encoded image data, wherein 0 ≤ V ≤ 1, and n, m, c 1 , c 2 , and c 3 are predetermined values, wherein: n = 2610 4096 × 1 4 ≃ 0.1593017578125 ; m = 2523 4096 × 128 ≃ 78.84375 ; c 1 = c 3 − c 2 + 1 = 3424 4096 ≃ 0.8359375 ; c 2 = 2413 4096 × 32 ≃ 18.8515625 ; and c 3 = 2392 4096 × 32 ≃ 18.6875 . receiving image data with luminance values representing absolute luminance values L to be encoded; accessing an OETF encode function for mapping absolute luminance values into digital code values; based on the receiving and the accessing, encoding the received image data into reference encoded image data; and outputting the reference encoded image data, wherein the luminance values of the received image data are represented by the digital code values in the reference encoded image data; wherein the OETF encode function is based at least in part on a functional model of: V = c 1 + c 2 Y n 1 + c 3 Y n m , wherein: Y is a normalized value of a corresponding one of the absolute luminance values L, wherein 0 ≤ Y ≤ 1, and Y = L 10,000 , with 0 ≤ L ≤ 10,000 cd/m 2 , V is a normalized value of a corresponding one of the digital code values D that are output as reference encoded image data, wherein 0 ≤ V ≤ 1, and n, m, c 1 , c 2 , and c 3 are predetermined values, Y is a normalized value of a corresponding one of the absolute luminance values L, wherein 0 ≤ Y ≤ 1, and Y = L 10,000 , with 0 ≤ L ≤ 10,000 cd/m 2 , V is a normalized value of a corresponding one of the digital code values D that are output as reference encoded image data, wherein 0 ≤ V ≤ 1, and n, m, c 1 , c 2 , and c 3 are predetermined values,
Use of clay or clay mixtures as growth promoters in plant cultivation, wherein a bentonite having a total iron content, expressed as Fe 2 O 3 , of more than 10% by weight is used as clay or as constituent of the clay mixtures.
TSA method of purification by adsorbing a synthetic gas comprising hydrogen, CO and/or methane, implementing at least one adsorber having at least one adsorbent on which the carbon monoxide is absorbed preferably to nitrogen and subjected to a pressure cycle including at least one adsorption step, a depressurising step, a regenerating step by heating using a regeneration gas, a cooling step of the adsorbent and a repressurising step, characterised in that : - the regeneration gas comprises more than 95 mol % nitrogen; and - the pressure cycle comprises scavenging the adsorbent, after the heating phase or the cooling phase, using a scavenging gas which is a synthetic gas, preferably purified synthetic gas. - the regeneration gas comprises more than 95 mol % nitrogen; and - the pressure cycle comprises scavenging the adsorbent, after the heating phase or the cooling phase, using a scavenging gas which is a synthetic gas, preferably purified synthetic gas.
Tool for eradication of invasive hogweed species consisting of longitudinal handle and cylindrical blade characterised in that at the end of handle corpus there is placed cylindrical ending , which upper part is stiffly joined with the handle corpus , while the bottom part is truncated at an acute angle and it is sharpened producing an uninterrupted oval blade , additionally in a half of the ending length there is an uninterrupted oval hole located over the blade , whereby inside the ending there is a cylinder , which bottom ending is truncated at the same angle as the blade and the bottom end of the cylinder is over the hole .
An electromagnetic relay comprising: a pair of fixed contacts (F1, F2); a moving contactor including a pair of moving contacts (M1, M2) corresponding one to one to the pair of fixed contacts (F1, F2) and a displaceable portion connected to, and electrically conductive with, the pair of moving contacts (M1, M2) and displaceable along with the pair of moving contacts (M1, M2); an overlay arranged to overlap with the displaceable portion ; an electromagnet (E1) having an excitation coil ; and an armature configured to actuate the moving contactor by being attracted toward the electromagnet (E1) with electromagnetic force generated by the electromagnet (E1) to bring each of the pair of moving contacts (M1, M2) into, or out of, contact with a corresponding one of the pair of fixed contacts (F1, F2), the armature having an adhering portion (AD1) to be adhered onto the electromagnet (E1) with the electromagnetic force generated by the electromagnet (E1), characterized in that the overlay has an opening that exposes a part of the displaceable portion , a space inside the opening crossing a predetermined plane (P1) that intersects at right angles with an arrangement direction (D1) in which the pair of moving contacts (M1, M2) is arranged side by side, the predetermined plane (P1) passing through a center (C1) between both ends (T1, T2) in the arrangement direction of the adhering portion (AD1). a pair of fixed contacts (F1, F2); a moving contactor including a pair of moving contacts (M1, M2) corresponding one to one to the pair of fixed contacts (F1, F2) and a displaceable portion connected to, and electrically conductive with, the pair of moving contacts (M1, M2) and displaceable along with the pair of moving contacts (M1, M2); an overlay arranged to overlap with the displaceable portion ; an electromagnet (E1) having an excitation coil ; and an armature configured to actuate the moving contactor by being attracted toward the electromagnet (E1) with electromagnetic force generated by the electromagnet (E1) to bring each of the pair of moving contacts (M1, M2) into, or out of, contact with a corresponding one of the pair of fixed contacts (F1, F2), the armature having an adhering portion (AD1) to be adhered onto the electromagnet (E1) with the electromagnetic force generated by the electromagnet (E1), characterized in that the overlay has an opening that exposes a part of the displaceable portion , a space inside the opening crossing a predetermined plane (P1) that intersects at right angles with an arrangement direction (D1) in which the pair of moving contacts (M1, M2) is arranged side by side, the predetermined plane (P1) passing through a center (C1) between both ends (T1, T2) in the arrangement direction of the adhering portion (AD1).
Dispensing system for a water-guiding household appliance , having a receiving compartment for receiving a detergent, having a mixer compartment and having a water inlet , wherein the receiving compartment is configured to dispense the detergent in the mixer compartment , and wherein at least one mixer nozzle which can be connected to the water inlet is arranged in the mixer compartment , characterised in that in the mixer compartment , at least one suction nozzle is arranged downstream of the mixer nozzle , wherein the mixer nozzle is configured to mix the detergent with a volume of water taken from the water inlet and the suction nozzle is configured to convey the detergent mixed with the volume of water out from the mixer compartment .