mhurhangee/ep-ind-claims huggingface dataset:
An electrical control module comprising: a housing defining a contained volume held between an interfitting housing base and a housing lid, the housing base providing a first inwardly facing support surface surrounded by upstanding side walls opposing a second inwardly facing support surface on the housing lid when the housing base and housing lid are interfitting, the housing lid interfitting against upper edges of the upstanding side walls to be retained there by attachment elements; a polymeric insert receivable within the contained volume and providing mounting surfaces for electrical components selected from the group consisting of electrical contactors, motor starters, disconnect switches, circuit breakers, and overload switches, the polymeric insert providing multiple spring elements; and wherein at least one of the housing base and housing lid have inwardly extending compression surfaces engaging the spring elements when the housing base and housing lid are interfitting to compress the same and secure the polymeric insert within the housing. a housing defining a contained volume held between an interfitting housing base and a housing lid, the housing base providing a first inwardly facing support surface surrounded by upstanding side walls opposing a second inwardly facing support surface on the housing lid when the housing base and housing lid are interfitting, the housing lid interfitting against upper edges of the upstanding side walls to be retained there by attachment elements; a polymeric insert receivable within the contained volume and providing mounting surfaces for electrical components selected from the group consisting of electrical contactors, motor starters, disconnect switches, circuit breakers, and overload switches, the polymeric insert providing multiple spring elements; and wherein at least one of the housing base and housing lid have inwardly extending compression surfaces engaging the spring elements when the housing base and housing lid are interfitting to compress the same and secure the polymeric insert within the housing.
A method comprising: (i) preparing a wellbore cementing composition comprising a cementitious material, water and a modified biopolymer additive, wherein the modified biopolymer additive is the reaction product of a process comprising contacting a biopolymer comprising a gum, a polysaccharide or a combination thereof and an organic carbonate to form a reaction mixture and subjecting the reaction mixture to a temperature of from 100 °F (38°C) to 250 °F (121°C), wherein once prepared the wellbore cementing composition has an initial viscosity, v 0; (ii) cementing the wellbore by placing the wellbore cementing composition in the wellbore, wherein during placement of the wellbore cementing composition to a desired depth in a subterranean formation, the wellbore cementing composition has a transitional viscosity, v t, and once the composition has been placed at the desired depth the wellbore cementing composition has a final viscosity, v f, and (iii) allowing the wellbore cementing composition to set; wherein v f ≥ v t >v 0. (i) preparing a wellbore cementing composition comprising a cementitious material, water and a modified biopolymer additive, wherein the modified biopolymer additive is the reaction product of a process comprising contacting a biopolymer comprising a gum, a polysaccharide or a combination thereof and an organic carbonate to form a reaction mixture and subjecting the reaction mixture to a temperature of from 100 °F (38°C) to 250 °F (121°C), wherein once prepared the wellbore cementing composition has an initial viscosity, v 0; (ii) cementing the wellbore by placing the wellbore cementing composition in the wellbore, wherein during placement of the wellbore cementing composition to a desired depth in a subterranean formation, the wellbore cementing composition has a transitional viscosity, v t, and once the composition has been placed at the desired depth the wellbore cementing composition has a final viscosity, v f, and (iii) allowing the wellbore cementing composition to set;
A method of operating an elevator installation for maintenance by a technician, wherein the technician is required to stand on top of a roof of an elevator car, comprising: operating a drive system to move the elevator car along an elevator shaft in response to a call entered by the technician on a first floor; and deactivating the drive system in response to a control signal generated by an elevator controller when a safety circuit of the elevator installation is interrupted, wherein interrupting the safety circuit is caused by a detector (28, 30) mounted on the elevator car detecting a signal transmitted by a service tool and having an intensity value that is about equal to a predetermined threshold value, wherein the service tool is introduced into a receptacle of a shaft door at the first floor, and wherein after deactivation of the drive system the moving elevator car comes to a halt with its roof being at a level to allow the technician to step on top of the roof from the first floor (L1, L2). operating a drive system to move the elevator car along an elevator shaft in response to a call entered by the technician on a first floor; and deactivating the drive system in response to a control signal generated by an elevator controller when a safety circuit of the elevator installation is interrupted, wherein interrupting the safety circuit is caused by a detector (28, 30) mounted on the elevator car detecting a signal transmitted by a service tool and having an intensity value that is about equal to a predetermined threshold value, wherein the service tool is introduced into a receptacle of a shaft door at the first floor, and wherein after deactivation of the drive system the moving elevator car comes to a halt with its roof being at a level to allow the technician to step on top of the roof from the first floor (L1, L2).
A connection of at least one component (12, 14) made of steel to a substructure made of wood, the connection consisting of a plurality of connection elements which comprise screws (22, 122) which each have a head (23, 123) and a shank (27, 127) provided with a thread (25, 125), the screws being arranged parallel to each other, each in the same position and at the same angle of up to 45° to the grain direction, such that they are placed under tensile and shear loading when the component (12, 14) is placed under tensile loading, supporting elements in the form of sleeves which guide the screws being provided to support each screw (22, 122) on the component (12, 14) in a region under the head (23, 123), characterised in that the supporting element behaves stiffly and deforms elastically at a low load level but deforms plastically with an increasing load level until just below a breaking load of the screw, wherein the sleeve is the member of the connection which has the least resistance and the greatest deformability of all the members of the connection.
A method of handling a communication session at a device, the method comprising: executing a communication session handling program at the device, the communication session handling program comprising a communication session handling part for handling the communication session and an interfacing part for linking with a communication session control interface; executing an application at the device, the application providing, to a user of the device, a communication session control interface for the communication session handled by the communication session handling part of the communication session handling program, the application linking with the interfacing part of the communication session handling program; characterised by: detecting that the application has ceased to provide the communication session control interface; and on detecting that the application has ceased to provide the communication session control interface, linking the interfacing part of the communication session handling program, without dropping the communication session, to a further communication session control interface provided at the device for continuation of the communication session handled by the communication session handling part of the communication session handling program. executing a communication session handling program at the device, the communication session handling program comprising a communication session handling part for handling the communication session and an interfacing part for linking with a communication session control interface; executing an application at the device, the application providing, to a user of the device, a communication session control interface for the communication session handled by the communication session handling part of the communication session handling program, the application linking with the interfacing part of the communication session handling program; characterised by: detecting that the application has ceased to provide the communication session control interface; and on detecting that the application has ceased to provide the communication session control interface, linking the interfacing part of the communication session handling program, without dropping the communication session, to a further communication session control interface provided at the device for continuation of the communication session handled by the communication session handling part of the communication session handling program. detecting that the application has ceased to provide the communication session control interface; and on detecting that the application has ceased to provide the communication session control interface, linking the interfacing part of the communication session handling program, without dropping the communication session, to a further communication session control interface provided at the device for continuation of the communication session handled by the communication session handling part of the communication session handling program.
Holder for a bicycle in its travel position, having a frame receiver provided on a upright for supporting the bicycle frame in a travel direction, wherein the upright has a tyre receiver on the side opposite the frame receiver in the travel direction, which tyre receiver can be displaced in the travel direction between an inoperative position and a holding position by means of an adjusting drive, and wherein the adjusting drive forms an articulated linkage which is articulated to the upright so as to be at least partially retractable into it, characterised in that a linkage arm of the articulated linkage is connected to an actuating lever through a guide slot of the upright via a guide element.
A method of measuring an object using a coordinate measuring machine, CMM, having a CMM probe and a CMM accuracy, the object having a plurality of portions, the method comprising: - providing a portable jogbox with a 3D scanner having a scanner accuracy, the scanner being distinct from the CMM probe; - positioning the object on the CMM; - using the 3D scanner, scanning the object to produce scan data of the object; - measuring a first portion of the object using the scan data; and - measuring a second portion of the object using the CMM probe, the second portion being different from the first portion, the CMM accuracy being more accurate than the scanner accuracy. - providing a portable jogbox with a 3D scanner having a scanner accuracy, the scanner being distinct from the CMM probe; - positioning the object on the CMM; - using the 3D scanner, scanning the object to produce scan data of the object; - measuring a first portion of the object using the scan data; and - measuring a second portion of the object using the CMM probe, the second portion being different from the first portion,
Module for a system for driving and synchronizing a countershaft of a transmission gearbox, said module comprising: - a bearing part intended to be mounted without the ability to rotate on the chassis of the vehicle; - a coupling device able to rotate with respect to the bearing part comprising an input element intended to be rotationally coupled to a reversible electric machine and an output element intended to be rotationally coupled to the countershaft, the coupling device having a coupled state in which the clutch device is able to transmit torque between the input element and the output element and an uncoupled state in which the input element and the output element are uncoupled; and characterized in that the module comprises a lock-up device which has a lock-up state in which said lock-up device blocks the rotation of the input element of the clutch device with respect to the bearing part, and a released state in which said lock-up device allows the input element to rotate with respect to the bearing part. - a bearing part intended to be mounted without the ability to rotate on the chassis of the vehicle; - a coupling device able to rotate with respect to the bearing part comprising an input element intended to be rotationally coupled to a reversible electric machine and an output element intended to be rotationally coupled to the countershaft, the coupling device having a coupled state in which the clutch device is able to transmit torque between the input element and the output element and an uncoupled state in which the input element and the output element are uncoupled; and
A photosensitizing imaging compound characterized in that it is in the form of a metallized tetrapyrollic photosensitizer linked to a fluorophore, wherein said fluorophore is a fluorescent cyanine dye, and wherein the photosensitizer is linked by a structure that does not have detrimental radiation emittance or absorbing characteristics, to the fluorescent cyanine dye.
A cylinder housing, in particular a pump cylinder housing, with a hollow cylinder and with an end-side cover part (2, 2'), characterised by - a threaded sleeve (14, 14') which may be fixed on the outside on the hollow cylinder, - at least three projections (9, 12, 13) which are connected to the cover part by way of continuations that run in the direction of the symmetry axis of the hollow cylinder, that are inserted into corresponding recesses running in axial direction of the hollow cylinder and are dimensioned such that they do not project radially out of the contours of the threaded sleeve, are distributed on its periphery, in each case point radially outwards and at least partly project through said recesses (19, 20, 21) of the threaded sleeve, as well as - a union nut which may be screwed onto the threaded sleeve and covers the continuations, wherein the projections (9, 9', 12, 12', 13) project radially out of the threaded sleeve and bear on an end side of the union nut. - a threaded sleeve (14, 14') which may be fixed on the outside on the hollow cylinder, - at least three projections (9, 12, 13) which are connected to the cover part by way of continuations that run in the direction of the symmetry axis of the hollow cylinder, that are inserted into corresponding recesses running in axial direction of the hollow cylinder and are dimensioned such that they do not project radially out of the contours of the threaded sleeve, are distributed on its periphery, in each case point radially outwards and at least partly project through said recesses (19, 20, 21) of the threaded sleeve, as well as - a union nut which may be screwed onto the threaded sleeve and covers the continuations, wherein the projections (9, 9', 12, 12', 13) project radially out of the threaded sleeve and bear on an end side of the union nut.
A process and method for preparing functionalized alumino-silicate powders, comprising the steps of: a) selecting an alumino-silicate based powder having a plurality of particles; b) treating the powder with a liquid reagent to form mixture, and then refluxing, stirring, and distilling the mixture at temperatures in a range between 120 ° C to 150 °C for a period of time from 4 hours to 24 hours to form mixture; and. c) drying the powder particles and polymerising the particles together by adding water to form a structural material with no emission of carbon compounds. a) selecting an alumino-silicate based powder having a plurality of particles; b) treating the powder with a liquid reagent to form mixture, and then refluxing, stirring, and distilling the mixture at temperatures in a range between 120 ° C to 150 °C for a period of time from 4 hours to 24 hours to form mixture; and. c) drying the powder particles and polymerising the particles together by adding water to form a structural material with no emission of carbon compounds.
A protein having endoglucanase activity selected from the group consisting of the following proteins (e) to (h): (e) a protein comprising the amino acid sequence consisting of amino acids 16-236 of SEQ ID NO: 4, (f) a protein comprising the amino acid sequence consisting of amino acids 1-236 of SEQ ID NO: 4, (g) a protein comprising the amino acid sequence of SEQ ID NO: 30, (h) a modified protein comprising an amino acid sequence in which 1 to 20 amino acids are deleted, substituted, added and/or modified in the amino acid sequence consisting of amino acids 16-236 or 1-236 of SEQ ID NO: 4. (e) a protein comprising the amino acid sequence consisting of amino acids 16-236 of SEQ ID NO: 4, (f) a protein comprising the amino acid sequence consisting of amino acids 1-236 of SEQ ID NO: 4, (g) a protein comprising the amino acid sequence of SEQ ID NO: 30, (h) a modified protein comprising an amino acid sequence in which 1 to 20 amino acids are deleted, substituted, added and/or modified in the amino acid sequence consisting of amino acids 16-236 or 1-236 of SEQ ID NO: 4.
Supporting system for at least one tile to obtain floorings raised with respect to a reference ground, said supporting system comprising a grid having at least three sides defining the perimeter of the grid and a supporting surface on which the tile can rest, in which at least one first seat (108, 110) formed within the perimeter of the grid and at least one second seat formed along the perimeter of the grid in correspondence of an arched recess are comprised in the grid, said supporting system comprising at least one sustaining element adapted to rest on the ground and comprising at least one protruding body adapted to be inserted in the at least one first seat (108, 110) or in the at least one second seat, whereby the at least one first seat comprises a circular seat, whereby the at least one second seat comprises a single arched seat, whereby the sustaining element comprises a supporting element with a hollow cylindrical body connected laterally to the at least one protruding body with a connecting element, characterized in that the at least one first seat comprises at least one arched seat, that said circular seat is communicating laterally with the at least one arched seat, and that said at least one protruding body being of arched shape and adapted to be inserted in the at least one arched seat or in the single arched seat so that the body is received in the circular seat or that the body abuts on the corresponding arched recess.
Oscillator for a timepiece comprising, on a shaft, a balance, an escapement roller and a hairspring, the hairspring being mounted on the shaft via a collet, the shaft-balance-roller-collet assembly having a lack of equilibrium, wherein said lack of equilibrium and the geometry of the hairspring are such that a) the curves (S1-S4) representing the running of the oscillator owing to the weight of the hairspring as a function of the oscillation amplitude of the balance in at least four vertical positions of the oscillator spaced apart by 90° each pass through the value zero at an oscillation amplitude of the balance between 200° and 240°; b) between the oscillation amplitude of 150° and the oscillation amplitude of 280°, the curves (B1-B4) representing the running of the oscillator owing to the lack of equilibrium in the shaft-balance-roller-collet assembly as a function of the oscillation amplitude of the balance in said vertical positions of the oscillator each have an average slope of opposite sign to the average slope of the corresponding curve among said curves (S1-S4) representing the running of the oscillator owing to the weight of the hairspring, wherein the following inequality is satisfied: m bv ‖ OG bv → ‖ < m b ‖ OG b → ‖ where m bv is the mass of the shaft-balance-roller-collet assembly, O is the centre of rotation of this assembly in orthogonal projection in a plane that is perpendicular to the shaft, G bv is the centre of gravity of the shaft-balance-roller-collet assembly in orthogonal projection in said plane, m b is the mass of the shaft-balance-roller assembly and G b is the centre of gravity of the shaft-balance-roller assembly in orthogonal projection in said plane. a) the curves (S1-S4) representing the running of the oscillator owing to the weight of the hairspring as a function of the oscillation amplitude of the balance in at least four vertical positions of the oscillator spaced apart by 90° each pass through the value zero at an oscillation amplitude of the balance between 200° and 240°; b) between the oscillation amplitude of 150° and the oscillation amplitude of 280°, the curves (B1-B4) representing the running of the oscillator owing to the lack of equilibrium in the shaft-balance-roller-collet assembly as a function of the oscillation amplitude of the balance in said vertical positions of the oscillator each have an average slope of opposite sign to the average slope of the corresponding curve among said curves (S1-S4) representing the running of the oscillator owing to the weight of the hairspring,
A method for detecting downlink control information, comprising: during cross carrier scheduling, according to a number of downlink component carriers in a physical downlink control channel, PDCCH, Monitoring Set and a number of downlink component carriers in a user equipment, UE, DL Component Carrier Set being unequal and a downlink component carrier b cross carrier scheduling h downlink component carriers, the UE determining that a search space of the downlink component carrier b comprises h search spaces; wherein there is an one-to-one correspondence between the h search spaces and the h downlink component carriers, and the h is an integer greater than 0. during cross carrier scheduling, according to a number of downlink component carriers in a physical downlink control channel, PDCCH, Monitoring Set and a number of downlink component carriers in a user equipment, UE, DL Component Carrier Set being unequal and a downlink component carrier b cross carrier scheduling h downlink component carriers, the UE determining that a search space of the downlink component carrier b comprises h search spaces; wherein there is an one-to-one correspondence between the h search spaces and the h downlink component carriers, and the h is an integer greater than 0.