mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a material web composed of strengthening members , which are embedded into a rubber mixture and which run parallel to one another and which are composed of steel, having the following steps: a) producing a rubber mixture web that forms an upper plate and a second rubber mixture web that forms a lower plate , b) leading a strengthening member web , which is composed of a multiplicity of strengthening members running parallel to one another, under tension through the roll gap of a roll calender , c) leading the upper plate from one side of the strengthening member web , and the lower plate from the other side of the strengthening member web , through the roll gap of the roll calender , with said upper plate and lower plate being joined together with the strengthening member web , characterized in that the strengthening member web is, before or as it enters the roll gap, provided with a multiplicity of filaments which produce contact between in each case at least some of the strengthening members at least substantially transversely with respect to the direction of extent of the strengthening member web , which filaments are composed of electrically non-conductive textile carrier filaments provided with a coating composed of an electrically conductive material. a) producing a rubber mixture web that forms an upper plate and a second rubber mixture web that forms a lower plate , b) leading a strengthening member web , which is composed of a multiplicity of strengthening members running parallel to one another, under tension through the roll gap of a roll calender , c) leading the upper plate from one side of the strengthening member web , and the lower plate from the other side of the strengthening member web , through the roll gap of the roll calender , with said upper plate and lower plate being joined together with the strengthening member web ,
Lattice tower for a wind power plant, the lattice tower having at least three tubular corner legs which extend in each case in a longitudinal direction X and tubular struts which run between the said corner legs , the struts being connected to the corner legs in the case of an erected lattice tower , each corner leg having a plurality of regions which are spaced apart from one another in its longitudinal direction and are called nodes , in which the struts are connected to the corner legs , the nodes of adjacent corner legs lying in a common horizontal node plane in the case of an erected lattice tower , with the result that the erected lattice tower has a plurality of node planes which are spaced apart from one another in the vertical direction, the struts having, at their corner leg-side ends, node shells which bear against the corner legs , the node shells being dimensioned and configured in such a way that they bear against the corner legs in each case in a part circumferential region of at most 180°, and the node shells of a node being connected to the corner leg and/or to one another, with the result that the node shells form a ring or part ring around the corner leg , characterized in that the node shells which bear against the corner leg in a node adjoin one another directly, and the part circumferential regions which are covered by the node shells also adjoin one another directly.
A catalyst comprising a core shell structure, wherein 99% or more of a core member is coated with a shell member with a catalytic metal, wherein an element that constitutes the shell is at least one selected from the group consisting of platinum, cobalt, iron, nickel, ruthenium, iridium and gold, and an element that constitutes the core is at least one selected from the group consisting of palladium, gold, iridium, nickel, iron, cobalt and ruthenium; and a halogen content is 5000 ppm or less.
Monitoring system (10; ... 50) for the operation of an energy chain for the guidance of at least one line, such as e.g. a cable, hose or the like, between a first connection point for the connection to a base , and a second connection point, which is relatively moveable thereto, for the connection to a driver , including an energy chain which is displaceable along a displacement path while forming a moveable strand , a stationary strand and a deflection arc therebetween; at least one or multiple sensors which respectively generate at least one output dependent upon the condition of the energy chain; and an evaluation unit which evaluates the at least one output of the sensor(s), in order to monitor whether an error condition occurs in the operation of the energy chain; characterized in that the at least one or the multiple sensor(s) (15-i; ... 45-i; 55) are arranged stationary, form a detection path along the displacement path of the energy chain and respectively react to an approach of the energy chain to the sensor and/or to a contact of the sensor by the energy chain. an energy chain which is displaceable along a displacement path while forming a moveable strand , a stationary strand and a deflection arc therebetween; at least one or multiple sensors which respectively generate at least one output dependent upon the condition of the energy chain; and an evaluation unit which evaluates the at least one output of the sensor(s), in order to monitor whether an error condition occurs in the operation of the energy chain; characterized in that the at least one or the multiple sensor(s) (15-i; ... 45-i; 55) are arranged stationary, form a detection path along the displacement path of the energy chain and respectively react to an approach of the energy chain to the sensor and/or to a contact of the sensor by the energy chain.
The use of a composition comprising at least one metal sulfite and at least one metal hydroxymethane sulfinate wherein the weight ratio of metal sulfite to metal hydroxymethane sulfinate is in the range of 10:1 to 1:10, as reducing agent in emulsion polymerizations.
An installation hinge for installing a display to a wall-mounted housing , wherein the installation hinge comprises: pivot arms extending from a lower portion of the wall-mounted housing , and configured to enable pivoting between an open position in which the pivot arms may engage with the display , and a closed position in which the display arranged on the pivot arms has been moved to a closed position in relation to the wall-mounted housing , the pivot arms further having a distal free end configured to engage with the display , wherein a proximal end of the pivot arms is associated with a pivot axis , wherein the installation hinge further comprises a physical guide configured to support the display when the display is in engagement with the pivot arms in the open position, so as to prevent it from moving down fully onto the pivot arms , characterized in that the physical guide is configured to release the support as the pivot arms are in the closed position, enabling for the display to travel further down the pivot arms . pivot arms extending from a lower portion of the wall-mounted housing , and configured to enable pivoting between an open position in which the pivot arms may engage with the display , and a closed position in which the display arranged on the pivot arms has been moved to a closed position in relation to the wall-mounted housing , the pivot arms further having a distal free end configured to engage with the display , wherein a proximal end of the pivot arms is associated with a pivot axis , wherein the installation hinge further comprises a physical guide configured to support the display when the display is in engagement with the pivot arms in the open position, so as to prevent it from moving down fully onto the pivot arms , characterized in that the physical guide is configured to release the support as the pivot arms are in the closed position, enabling for the display to travel further down the pivot arms .
An electronic device, comprising: a display module , wherein the display module comprises a first substrate , a second substrate and a wiring structure , the first substrate and the second substrate are stacked, the wiring structure is disposed on a surface of the second substrate facing the first substrate , and the wiring structure is provided with a first light-passing hole; and a camera module , wherein the camera module comprises a camera body and a light-shielding layer , the camera body is provided with a light-entrance hole , the second substrate is located between the first substrate and the camera body , characterized in that the light-shielding layer is disposed on a surface of the second substrate facing the camera body , the light-shielding layer is provided with a second light-passing hole ; the first light-passing hole, the second light-passing hole and the light-entrance hole are arranged in an optical axis direction of the camera module , an orthographic projection of the second light-passing hole on a plane perpendicular to the optical axis direction is within an orthographic projection of the light-entrance hole on the plane perpendicular to the optical axis direction, and the orthographic projection of the second light-passing hole on the plane perpendicular to the optical axis direction is within an orthographic projection of the first light-passing hole on the plane perpendicular to the optical axis direction. a display module , wherein the display module comprises a first substrate , a second substrate and a wiring structure , the first substrate and the second substrate are stacked, the wiring structure is disposed on a surface of the second substrate facing the first substrate , and the wiring structure is provided with a first light-passing hole; and a camera module , wherein the camera module comprises a camera body and a light-shielding layer , the camera body is provided with a light-entrance hole , the second substrate is located between the first substrate and the camera body , characterized in that the light-shielding layer is disposed on a surface of the second substrate facing the camera body , the light-shielding layer is provided with a second light-passing hole ; the first light-passing hole, the second light-passing hole and the light-entrance hole are arranged in an optical axis direction of the camera module , an orthographic projection of the second light-passing hole on a plane perpendicular to the optical axis direction is within an orthographic projection of the light-entrance hole on the plane perpendicular to the optical axis direction, and the orthographic projection of the second light-passing hole on the plane perpendicular to the optical axis direction is within an orthographic projection of the first light-passing hole on the plane perpendicular to the optical axis direction.
An air-conditioning apparatus comprising: a heat-medium transfer device including a pump configured to transfer a heat medium that contains water or brine and transfers heat; a plurality of indoor units (30, 30 1 , 30 2 , 30 3 , ... , 30 n-1 , 30 n ) each of which includes an indoor heat exchanger configured to cause heat exchange to be performed between indoor air and the heat medium, and a flow control valve configured to adjust a flow rate of the heat medium that flows through the indoor heat exchanger , the plurality of indoor units (30, 30 1 , 30 2 , 30 3 , . . . , 30 n-1 , 30 n ) being connected to the heat-medium transfer device by respective heat medium pipes ; and a controller configured to control an opening degree of the flow control valves , characterised in that the controller is configured to determine a valve opening-degree control range that is a control range of an opening degree of the flow control valve of each indoor unit (30, 30 1 , 30 2 , 30 3 , . . . , 30 n-1 , 30 n ), based on a flow-passage resistance depending on a length of a pipe that extends from the heat-medium transfer device to the indoor unit (30, 30 1 , 30 2 , 30 3 , . . . , 30 n-1 , 30 n ), such that the lower the flow-passage resistance, the smaller the valve opening-degree control range. a heat-medium transfer device including a pump configured to transfer a heat medium that contains water or brine and transfers heat; a plurality of indoor units (30, 30 1 , 30 2 , 30 3 , ... , 30 n-1 , 30 n ) each of which includes an indoor heat exchanger configured to cause heat exchange to be performed between indoor air and the heat medium, and a flow control valve configured to adjust a flow rate of the heat medium that flows through the indoor heat exchanger , the plurality of indoor units (30, 30 1 , 30 2 , 30 3 , . . . , 30 n-1 , 30 n ) being connected to the heat-medium transfer device by respective heat medium pipes ; and a controller configured to control an opening degree of the flow control valves , characterised in that the controller is configured to determine a valve opening-degree control range that is a control range of an opening degree of the flow control valve of each indoor unit (30, 30 1 , 30 2 , 30 3 , . . . , 30 n-1 , 30 n ), based on a flow-passage resistance depending on a length of a pipe that extends from the heat-medium transfer device to the indoor unit (30, 30 1 , 30 2 , 30 3 , . . . , 30 n-1 , 30 n ), such that the lower the flow-passage resistance, the smaller the valve opening-degree control range.
A method for encoding a digital image, said image being divided into a plurality of pixel blocks (C) processed in a defined order, said method comprising the following steps, implemented for a current block: - Processing (E1) the current block to provide a vector of transformed coefficients; - Selecting (E2) a sequence of M signs of coefficients to be predicted in the coefficient vector, with M being an integer greater than or equal to 2; - Predicting (E5) the values of the signs of the sequence from a plurality of assumptions of combinations of signs and a cost function; - For a sign of the sequence, coding (E6) of an indicator representing a difference between its actual value and its predicted value; the prediction step comprising the following sub-steps: for at least one second hypothesis, called the current hypothesis (Hi): - Obtaining (E512, E5'22) a vector of pixels associated with the current hypothesis; - Calculating (E55, E5'5) the cost function for the current assumption from the pixel vector obtained; characterised in that , during the step of obtaining (E512, E5'22) a vector of pixels associated with the current hypothesis, the vector of pixels associated with the current hypothesis is obtained by linear combination of a vector of pixels (VPHO) associated with at least one first hypothesis (H0) previously processed and different from the current hypothesis by the value of at least one sign (sj), with j being an integer between 0 and M, obtained by transforming a vector of coefficients comprising the combination of the signs of the first hypothesis, and at least one pixel pattern vector obtained by transforming a vector of coefficients (VMj) associated with said at least one sign (sj) of the sequence, of the same dimension as the vector of transformed coefficients, and comprising a coefficient of amplitude equal to that of said vector at the position of the coefficient corresponding to the sign sj in said vector, all the other coefficients being set to zero. - Processing (E1) the current block to provide a vector of transformed coefficients; - Selecting (E2) a sequence of M signs of coefficients to be predicted in the coefficient vector, with M being an integer greater than or equal to 2; - Predicting (E5) the values of the signs of the sequence from a plurality of assumptions of combinations of signs and a cost function; - For a sign of the sequence, coding (E6) of an indicator representing a difference between its actual value and its predicted value; - Obtaining (E512, E5'22) a vector of pixels associated with the current hypothesis; - Calculating (E55, E5'5) the cost function for the current assumption from the pixel vector obtained;
A wheel , comprising: a hub having an axis of symmetry that extends in a first direction; a first annular rim and a second annular rim ; a wheel body that extends radially away from the hub to one of the first annular rim or the second annular rim; an annular ring of rollers comprising a plurality of rollers arranged in a ring and affixed to an outer surface of one of the first annular rim or the second annular rim, at least one roller among the plurality of rollers having a rotational axis of freedom about an axle secured to the outer surface; and characterized by a pinion ring, wherein the pinion ring comprises a plurality of pinion rods that extend in the first direction between and separate an inner surface of the first annular rim and an inner surface of the second annular rim. a hub having an axis of symmetry that extends in a first direction; a first annular rim and a second annular rim ; a wheel body that extends radially away from the hub to one of the first annular rim or the second annular rim; an annular ring of rollers comprising a plurality of rollers arranged in a ring and affixed to an outer surface of one of the first annular rim or the second annular rim, at least one roller among the plurality of rollers having a rotational axis of freedom about an axle secured to the outer surface; and characterized by a pinion ring, wherein the pinion ring comprises a plurality of pinion rods that extend in the first direction between and separate an inner surface of the first annular rim and an inner surface of the second annular rim.
Plastic scintillator for detecting ionizing radiation, the scintillator comprising a block of polymer material able to generate scintillation photon radiation at a predetermined wavelength under the effect of an ionizing radiation, the block of radioluminescent polymer material comprising a plurality of optical cavities the dimensions of which are determined according to the wavelength of the scintillation photon radiation, so as to amplify the scintillation photon radiation by the Purcell effect, each optical cavity being formed by a set of holes in the block of radioluminescent polymer material, the holes extending, along an axis joining an entry face to an exit face of the block of radioluminescent polymer material, to a height comprised between 2 micrometers and 10 millimeters and being distributed, in a plane perpendicular to an axis joining an entry face to an exit face of the block of radioluminescent polymer material, so as to form a two-dimensional array, the optical cavities generating a favored direction of propagation for the scintillation photon radiation along an optical axis of the scintillator, and the photons of the scintillation photon radiation being emitted with a decay time shorter in the cavities than outside the cavities, the plastic scintillator being characterized in that each hole constituting an optical cavity is separated from a neighboring constituting hole by a distance less than or equal to the ratio of the wavelength of the scintillation photon radiation to twice the effective refractive index of the block of radioluminescent polymer material.
Equipment for transferring fluid into a reservoir or a downstream pipe , the equipment comprising: - at least one coaxial valve defining a central passage for the fluid in an axial direction (D1), the valve having a body , - a chassis defining, on the one hand, at least one housing for receiving the valve , and, on the other hand, an upstream passage for the fluid, the upstream passage emerging in the housing and being intended to be fluidly connected to a fluid source , the valve being movable relative to the chassis , preferably in translation, in an insertion direction (D2) between a non-inserted position in which the valve is located outside the housing , and an inserted position in which the valve is located at least partially in the housing , - a module defining a downstream passage for the fluid, the downstream passage being intended to be fluidly connected to the reservoir or downstream pipe , the module being movable relative to the chassis between an open position, allowing the insertion of the valve in the housing , and a closed position in which the module is fastened on the chassis , characterized in that it comprises - at least two sealing gaskets respectively forming drawstrings closed around the axial direction (D1) and being respectively compressed substantially in the insertion direction (D2) between the valve and the chassis , and between the valve and the module when the valve is in the inserted position and the module is in the closed position. - at least one coaxial valve defining a central passage for the fluid in an axial direction (D1), the valve having a body , - a chassis defining, on the one hand, at least one housing for receiving the valve , and, on the other hand, an upstream passage for the fluid, the upstream passage emerging in the housing and being intended to be fluidly connected to a fluid source , the valve being movable relative to the chassis , preferably in translation, in an insertion direction (D2) between a non-inserted position in which the valve is located outside the housing , and an inserted position in which the valve is located at least partially in the housing , - a module defining a downstream passage for the fluid, the downstream passage being intended to be fluidly connected to the reservoir or downstream pipe , the module being movable relative to the chassis between an open position, allowing the insertion of the valve in the housing , and a closed position in which the module is fastened on the chassis , characterized in that it comprises - at least two sealing gaskets respectively forming drawstrings closed around the axial direction (D1) and being respectively compressed substantially in the insertion direction (D2) between the valve and the chassis , and between the valve and the module when the valve is in the inserted position and the module is in the closed position.
A carbon fibre part comprising: an outer skin formed from at least two layers of carbon fibre material; and an insert located inside the outer skin; the insert comprising a block having opposing ends and at least one side wall, one of the ends being alignable with a hole that is provided in the outer skin prior to assembly of the outer skin around the insert during manufacture of the carbon fibre part , wherein the end of the insert which is adjacent the hole overlaps the edge of the hole around the entire perimeter of the hole, characterized in that the block includes a chamfered edge with the chamfer overlapping the edge of the hole, and the region of the end of the block within the chamfer is completely exposed to the outside of the carbon fibre part by the hole. an outer skin formed from at least two layers of carbon fibre material; and an insert located inside the outer skin; the insert comprising a block having opposing ends and at least one side wall, one of the ends being alignable with a hole that is provided in the outer skin prior to assembly of the outer skin around the insert during manufacture of the carbon fibre part , wherein the end of the insert which is adjacent the hole overlaps the edge of the hole around the entire perimeter of the hole, characterized in that the block includes a chamfered edge with the chamfer overlapping the edge of the hole, and the region of the end of the block within the chamfer is completely exposed to the outside of the carbon fibre part by the hole.