mhurhangee/patent-ind-claim-en huggingface dataset:
A method to monitor a thrust load on a rolling bearing, comprising: a first step (F1) of obtaining a first parameter (FP) on the basis of at least a bearing cage rotation speed (CS) and of a first race rotation speed (SS) of a bearing, and subsequently a second step (F2) of obtaining a calculated thrust load (L) on the basis of the first parameter (FP) and of the first race rotation speed (SS); characterised in that after the second step (F2), a fourth step (F4) is performed, where it is verified if the first parameter (FP) falls within a first range (HR) and, if the first parameter (FP) falls out the first range (HR) a sixth step (F6) is performed, while if the first parameter falls inside the first range (HR), the first step (F1) step is performed again with new values of the bearing cage rotation speed (CS) and of the first race rotation speed (SS); wherein the sixth step (F6) comprises a phase of verifying if a variation of the first race rotation speed (ΔSS) corresponds to a predicted variation (L1, L2) at the calculated thrust load (L) of the bearing cage rotation speed (CS), and in this case an eighth step (F8) comprising the phase of calculating a load correction is performed, while if it does not correspond, a seventh step (F7) comprising the generation of an alarm for anomalous bearing condition is performed. a first step (F1) of obtaining a first parameter (FP) on the basis of at least a bearing cage rotation speed (CS) and of a first race rotation speed (SS) of a bearing, and subsequently a second step (F2) of obtaining a calculated thrust load (L) on the basis of the first parameter (FP) and of the first race rotation speed (SS); characterised in that after the second step (F2), a fourth step (F4) is performed, where it is verified if the first parameter (FP) falls within a first range (HR) and, if the first parameter (FP) falls out the first range (HR) a sixth step (F6) is performed, while if the first parameter falls inside the first range (HR), the first step (F1) step is performed again with new values of the bearing cage rotation speed (CS) and of the first race rotation speed (SS); wherein the sixth step (F6) comprises a phase of verifying if a variation of the first race rotation speed (ΔSS) corresponds to a predicted variation (L1, L2) at the calculated thrust load (L) of the bearing cage rotation speed (CS), and in this case an eighth step (F8) comprising the phase of calculating a load correction is performed, while if it does not correspond, a seventh step (F7) comprising the generation of an alarm for anomalous bearing condition is performed.
A wireless relay device that performs relay of data over a wireless network (N1), the wireless relay device comprising: a manager that manages a second wireless network (N21, N22) different from a first wireless network (N11) that the wireless relay device joins; a transfer controller that transfers data transmitted to the wireless relay device over the second wireless network (N21, N22), to a preset transfer destination over the first wireless network (N11); and a storage that stores setting information that is set in a wireless device joining the second wireless network (N21, N22), wherein the manager performs a joining process of causing a wireless device transmitting a request for joining the second wireless network (N21, N22) to join the second wireless network (N21, N22) using the setting information stored in the storage , and wherein the manager requests a control device that controls a plurality of wireless relay devices to transmit the setting information and stores the setting information received from the control device into the storage in a case in which the setting information necessary for a joining process of the wireless device transmitting the joining request is not stored in the storage . a manager that manages a second wireless network (N21, N22) different from a first wireless network (N11) that the wireless relay device joins; a transfer controller that transfers data transmitted to the wireless relay device over the second wireless network (N21, N22), to a preset transfer destination over the first wireless network (N11); and a storage that stores setting information that is set in a wireless device joining the second wireless network (N21, N22), wherein the manager performs a joining process of causing a wireless device transmitting a request for joining the second wireless network (N21, N22) to join the second wireless network (N21, N22) using the setting information stored in the storage , and wherein the manager requests a control device that controls a plurality of wireless relay devices to transmit the setting information and stores the setting information received from the control device into the storage in a case in which the setting information necessary for a joining process of the wireless device transmitting the joining request is not stored in the storage .
Hydraulic oil filter system for a hydraulic transmission, for a hydraulic control device or for the oil circuit of an internal combustion engine, comprising at least one oil pump which can be switched on as required and has a pressure side and a suction side, a pressure line to a consumer and at least one first oil filter arranged in the pressure line on the pressure side of the oil pump , wherein means being provided in the pressure line upstream of the first oil filter in the direction of flow of the oil for damping pressure impacts during intermittent operation of the oil pump , wherein a bypass line of the first oil filter is provided in the pressure line , wherein at least one first pressure valve is arranged upstream of the first oil filter and downstream of a branch of the bypass line in the flow direction of the oil, wherein at least one second pressure valve is arranged in the bypass line , characterized in that the first pressure valve has a inert opening characteristic and the second pressure valve has a agile opening characteristic, wherein the first pressure valve is formed as a damped check valve and wherein the second pressure valve is formed as an undamped check valve.
A spatial light modulator for holographic projection having a plurality of pixels, wherein the spatial light modulator is arranged to receive in use hologram data comprising pixels values of a hologram having a plurality of pixels and to display a light modulation pattern comprising the hologram; wherein the spatial light modulator is a liquid crystal on silicon spatial light modulator comprising a silicon backplane and each pixel of the spatial light modulator comprises a light-modulating element and a respective pixel circuit embedded in the silicon backplane, wherein each pixel circuit is arranged to drive in use the respective light-modulating element , and each pixel circuit is further arranged to combine in use a received pixel value of the holograrr with a corresponding pixel value of a light processing function such that the light modulation pattern further comprises the light processing function, wherein the light processing function comprises a lens function and/or a grating function. wherein the spatial light modulator is a liquid crystal on silicon spatial light modulator comprising a silicon backplane and each pixel of the spatial light modulator comprises a light-modulating element and a respective pixel circuit embedded in the silicon backplane, wherein each pixel circuit is arranged to drive in use the respective light-modulating element , and each pixel circuit is further arranged to combine in use a received pixel value of the holograrr with a corresponding pixel value of a light processing function such that the light modulation pattern further comprises the light processing function, wherein the light processing function comprises a lens function and/or a grating function.
A device for managing a plurality of energy storage systems arranged in parallel and connected to at least one load , in particular at least one traction system and/or at least one auxiliary equipment , comprising: - means for evaluating a power requirement, which is the power required to supply the at least one load , - means for calculating a power available in the energy storage systems , the available power corresponding to the power deliverable by each storage system and/or to the power absorbable by each storage system, - means for activating and deactivating the energy storage systems independently of each other, - means for determining each storage system to be activated or deactivated, as a function of the power requirement evaluated and the power available and advantageously the energy stored in each storage system, characterised in that the management device comprises means for estimating a power received by the energy storage systems , the power received being that supplied by external power sources and by regenerative braking, and in that the means for determining each storage system to be activated or deactivated are suitable for determining each energy storage system to be activated or deactivated also as a function of the estimated power received. - means for evaluating a power requirement, which is the power required to supply the at least one load , - means for calculating a power available in the energy storage systems , the available power corresponding to the power deliverable by each storage system and/or to the power absorbable by each storage system, - means for activating and deactivating the energy storage systems independently of each other, - means for determining each storage system to be activated or deactivated, as a function of the power requirement evaluated and the power available and advantageously the energy stored in each storage system, characterised in that the management device comprises means for estimating a power received by the energy storage systems , the power received being that supplied by external power sources and by regenerative braking, and in that the means for determining each storage system to be activated or deactivated are suitable for determining each energy storage system to be activated or deactivated also as a function of the estimated power received.
Lighting system comprising at least one LED-module and control means , the LED-module comprising at least one first type LED emitting radiation suitable for generating white light, and at least one second type LED emitting UV-B radiation, wherein the LED-module is configured to emit white light and UV-B radiation, the control means is configured to control the portion of UV-B radiation power relative to the entire radiation power such that the UV-B radiation does not exceed an upper threshold, characterised in that the upper threshold is in the range from 18omW to 210mW, preferably in the range from 200mW to 210mW, and most preferred 206mW. the LED-module is configured to emit white light and UV-B radiation, the control means is configured to control the portion of UV-B radiation power relative to the entire radiation power such that the UV-B radiation does not exceed an upper threshold, characterised in that the upper threshold is in the range from 18omW to 210mW, preferably in the range from 200mW to 210mW, and most preferred 206mW.
A rotating disk-type preform alignment apparatus including: a disk which is rotationally driven about a rotation axis tilted from a vertical direction; and a partition wall erected outwardly of the disk , the apparatus being adapted to align preforms , which have been supplied onto the disk , at a peripheral edge of the disk and discharge the aligned preforms from a discharge section , the apparatus comprising: pockets arranged side by side in a circumferential direction at the peripheral edge of the disk, each pocket having an opening portion into which the preform is dropped, each pocket having a holding portion provided on an inner peripheral surface of the opening portion for holding the preform in an upright state, a gas jetting unit provided outwardly of the disk between a region where the preforms are supplied onto the disk and the discharge section , the gas jetting unit comprising: a first jet nozzle for jetting air from a lateral direction at the preform held in one of the pockets ; and a second jet nozzle for jetting air at the preform from a lower direction, wherein a jet stream of air is ejected from each of the first jet nozzle and the second jet nozzle constantly or intermittently at a timing when one of the pockets passes, and wherein the inner peripheral surface of the opening portion of each pocket has a tapered shape imitating a trunk shape of the preform . pockets arranged side by side in a circumferential direction at the peripheral edge of the disk, each pocket having an opening portion into which the preform is dropped, each pocket having a holding portion provided on an inner peripheral surface of the opening portion for holding the preform in an upright state, a gas jetting unit provided outwardly of the disk between a region where the preforms are supplied onto the disk and the discharge section , the gas jetting unit comprising: a first jet nozzle for jetting air from a lateral direction at the preform held in one of the pockets ; and a second jet nozzle for jetting air at the preform from a lower direction, a first jet nozzle for jetting air from a lateral direction at the preform held in one of the pockets ; and a second jet nozzle for jetting air at the preform from a lower direction, wherein a jet stream of air is ejected from each of the first jet nozzle and the second jet nozzle constantly or intermittently at a timing when one of the pockets passes, and wherein the inner peripheral surface of the opening portion of each pocket has a tapered shape imitating a trunk shape of the preform .
A base assembly for a rack of a switchgear cabinet, comprising horizontal frame profiles which have the height h and which surround a base section of the rack, wherein at the height h, the frame profiles have a first horizontal mounting plane (M1), wherein, spaced from the first horizontal mounting plane (M1), at least one additional mounting plane (M2, M3, M4, M5, 11") is provided, on or adjoining a fixed support which is formed at least sectionally on one or more of the frame profiles (10.2, 10.3, 10.5, 10.6) and projects into the base section , wherein one or more of the horizontal frame profiles (10.2, 10.3, 10.5, 10.6) has a profile chamber (P) with a base (S) protruding therefrom, which has a standing surface and a bearing surface (11"), wherein at least the standing surface extends beyond the width of the profile chamber (P) in at least one widthwise direction and the standing surface and the bearing surface (11") extend parallel to one another, and wherein a horizontal mounting plane (11") is located on the bearing surface (11"), and the standing surface and the bearing surface (11") are connected to one another via a perpendicularly extending profile side , characterized in that the horizontal frame profiles (10.2, 10.3, 10.5, 10.6) are hollow profiles and the standing surfaces (11") of the horizontal frame profiles (10.6) have fastening receptacles, wherein two of the frame profiles (10.6) are joined in a corner region of a rack to a vertical frame profile by means of acorner piece , wherein the frame profiles (10.6) are cut to length such that they meet at the corner piece and abut flush with one another, so that the additional mounting planes (M2) of the two frame profiles (10.6) are aligned with one another, and thus the bearing surface (11") of one frame profile (10.6) is extended continuously to the bearing surface (11") of the other frame profile (10.6), creating a bearing frame.
Method for low-nitrogen-oxide oxidation of exhaust gases containing fuel-nitrogen compounds (FNC) from a coffee roasting plant characterized by the following steps: i) supplying FNC-containing exhaust gases to a first treatment portion for conversion into nitrogen-oxide-containing exhaust gases; ii) supplying FNC-containing exhaust gases to the nitrogen-oxide-containing exhaust gases from the first treatment portion; iii) treating the mixture of nitrogen-oxide-containing exhaust gases from the first treatment portion and the FNC-containing exhaust gases under reductive conditions in a second treatment portion in order to reduce the nitrogen oxides in the exhaust gases, preferably also in the presence of oxygen, the FNC-containing exhaust gases being divided, prior to introduction of the exhaust gases into the first treatment portion, into an FNC-containing portion supplied to the first treatment portion and into a second FNC portion which is supplied, untreated, to the nitrogen-oxide-containing exhaust gases obtained in the first treatment portion following the first treatment portion; and the exhaust gases not being supplied with an external reducing agent for the low-nitrogen-oxide oxidation in the second treatment portion in order to reduce the nitrogen oxides before the second treatment portion. i) supplying FNC-containing exhaust gases to a first treatment portion for conversion into nitrogen-oxide-containing exhaust gases; ii) supplying FNC-containing exhaust gases to the nitrogen-oxide-containing exhaust gases from the first treatment portion; iii) treating the mixture of nitrogen-oxide-containing exhaust gases from the first treatment portion and the FNC-containing exhaust gases under reductive conditions in a second treatment portion in order to reduce the nitrogen oxides in the exhaust gases, preferably also in the presence of oxygen,
Lamp comprising: - a body or shell ; - a PCB board with the electronic components and LED lamps located inside the shell , where the shell in turn comprises respective rigid connectors integrally attached thereto at one of their ends, and where the length of said rigid connectors is such that when the assembly is assembled, their free ends are in electrical contact with the PCB board ; - a lens serving as a cover for the assembly; and - a positioning element for establishing electrical contact between the free ends of the rigid connectors and the PCB board , the positioning element comprising securing means for being secured to the lower part of the PCB board such that it can be fixed thereto before coupling the shell to said PCB board ; characterized in that the positioning element is in the shape of a bowl with a cylindrical base and its side surface has a guide element cooperating with a notch present in the shell , where said notch establishes a single guiding path for the rigid connectors . - a body or shell ; - a PCB board with the electronic components and LED lamps located inside the shell , where the shell in turn comprises respective rigid connectors integrally attached thereto at one of their ends, and where the length of said rigid connectors is such that when the assembly is assembled, their free ends are in electrical contact with the PCB board ; - a lens serving as a cover for the assembly; and - a positioning element for establishing electrical contact between the free ends of the rigid connectors and the PCB board , the positioning element comprising securing means for being secured to the lower part of the PCB board such that it can be fixed thereto before coupling the shell to said PCB board ;
An ergonomic chestpiece for a stethoscope adapted to receive auscultatory sounds from a patient, comprising: a bottom surface which is generally planar adapted to be placed near the patient for receiving auscultatory sounds; a raised center portion defining first and second lateral indented gripping surfaces, the raised center portion having a top surface opposite the bottom surface; and a stem portion extending distally from the raised center portion; wherein the first lateral indented gripping surface is defined by a first wall comprising a first concave surface arcuate about a first axis , wherein the second lateral indented gripping surface is defined by a second wall comprising a second concave surface arcuate about a second axis , wherein the first axis and the second axis form a V-shape comprising an apex oriented in a direction of the stem portion; characterised in that : the first and second lateral indented gripping surfaces each comprise a protruding edge on the top surface, wherein a horizontal distance of the protruding edge relative to a median-most point of its respective concave surface is from 1 to 4 mm (inclusive) measured along a plane parallel to a plane formed from the bottom surface; wherein the chestpiece has a uniform wall thickness and the raised center portion is hollow. a bottom surface which is generally planar adapted to be placed near the patient for receiving auscultatory sounds; a raised center portion defining first and second lateral indented gripping surfaces, the raised center portion having a top surface opposite the bottom surface; and a stem portion extending distally from the raised center portion; wherein the first lateral indented gripping surface is defined by a first wall comprising a first concave surface arcuate about a first axis , wherein the second lateral indented gripping surface is defined by a second wall comprising a second concave surface arcuate about a second axis , wherein the first axis and the second axis form a V-shape comprising an apex oriented in a direction of the stem portion; characterised in that : the first and second lateral indented gripping surfaces each comprise a protruding edge on the top surface, wherein a horizontal distance of the protruding edge relative to a median-most point of its respective concave surface is from 1 to 4 mm (inclusive) measured along a plane parallel to a plane formed from the bottom surface; wherein the chestpiece has a uniform wall thickness and the raised center portion is hollow. the first and second lateral indented gripping surfaces each comprise a protruding edge on the top surface, wherein a horizontal distance of the protruding edge relative to a median-most point of its respective concave surface is from 1 to 4 mm (inclusive) measured along a plane parallel to a plane formed from the bottom surface; wherein the chestpiece has a uniform wall thickness and the raised center portion is hollow.
Process for the production of chocolate articles (21-25, 29, 32, 34, 35, 38) by continuous tempering of cocoa butter-containing chocolate mass and forming it, by which heated chocolate mass with crystal-free cocoa-butter is pumped as a complete stream through a cooling stage and further through a crystallization stage , that when entering the cooling stage the chocolate mass is divided into a row of several parallel, plate-like streams of mass , which are simultaneously cooled by a row of intermediary, plate-like streams of cooling water until the mass is being collected again to a complete stream , characterized in, that the chocolate mass is cooled by passage through the cooling stage to a temperature which is below 26°C and above 23°C depending of the particular chocolate mass, and which temperature is below the Beta V-crystal-creation temperature for the particular mass, that the chocolate mass is subjected to intensive homogenous mixing and shear passing through the crystallization stage as planetary mixers accomplish a circular path (CP) in the chambers simultaneously being rotated in an orbital rotation (OR) around their own axis of rotation, that the chocolate mass is cooled simultaneously in the crystallization stage by cooling water temperatures between 20°C and 25°C maintaining the chocolate mass temperature essentially constant within a few tenth of a degree Celcius, that the chocolate mass is subjected to the planetary mixers for a time period of between 100 and 250 seconds being sufficient to remove the latent heat produced as the Beta V crystals are created, and that the tempered chocolate mass is finally extruded .