mhurhangee/ep-ind-claims huggingface dataset:
A waste trap, the waste trap comprising: a housing having an inlet, an outlet and a body, the body having at least one wall; and a threaded sleeve, the sleeve being threadedly engageable with a housing inlet surface defining a thread, the sleeve having a flange, the flange and the housing being arranged, in use, to receive a bath or shower outlet therebetween; wherein the at least one body wall is spaced away from the housing inlet for permitting the at least one body wall to be offset from the housing inlet, characterized in that the trap further comprises an insert defining a convoluted flow path configured to allow, in use, the formation of a water seal between the inlet and the outlet, the insert being removable through the housing inlet, wherein the insert comprises an inner tubular portion and an outer tubular portion in contact with an internal surface of the sleeve, the outer tubular portion defining at least one opening for permitting waste water to exit the insert, the tubular portions being arranged concentrically for providing the water seal between the tubular portions, wherein the outer tubular portion rests on a bottom surface of the body. a housing having an inlet, an outlet and a body, the body having at least one wall; and a threaded sleeve, the sleeve being threadedly engageable with a housing inlet surface defining a thread, the sleeve having a flange, the flange and the housing being arranged, in use, to receive a bath or shower outlet therebetween; wherein the at least one body wall is spaced away from the housing inlet for permitting the at least one body wall to be offset from the housing inlet, characterized in that the trap further comprises an insert defining a convoluted flow path configured to allow, in use, the formation of a water seal between the inlet and the outlet, the insert being removable through the housing inlet, wherein the insert comprises an inner tubular portion and an outer tubular portion in contact with an internal surface of the sleeve, the outer tubular portion defining at least one opening for permitting waste water to exit the insert, the tubular portions being arranged concentrically for providing the water seal between the tubular portions, wherein the outer tubular portion rests on a bottom surface of the body.
A device for processing sets (Ei) of points which are representative of measurements of diffraction intensity as a function of different diffraction angles, obtained for one direction of analysis among several on a part made from a crystalline material and having residual stresses resulting from a processing, each set (Ei) being able to be assimilated to an overall diffraction curve (CGi) comprising a main peak and at least one shoulder, characterized in that it includes a) first processing means arranged for determining for each overall curve (CGi) associated with a part and with a direction of analysis, i) a main curve and at least one secondary curve representative respectively of the central peak and of at least one shoulder of this overall curve (CGi), and a convolution of which reproduces substantially this overall curve (CGi), ii) an end point (PEi) of said overall curve (CGi), defined by an overall angular position of diffraction to which there corresponds a maximum diffraction intensity value obtained from a weighted combination of the maximum diffraction intensity values respectively of the main curve and associated secondary curve(s), and iii) a parameter of deformation of said part in said direction of analysis from said determined overall angular position of diffraction, and b) second processing means arranged for determining a residual stress of the said part from its deformation parameters determined in each of the said directions of analysis of the said sets (Ei).
An application unit for an application device, in particular an application gun, for applying gel-like and/or paste-like compositions, comprising a dispensing unit for dispensing the composition, a connection element, in particular cover, for connecting the dispensing unit to an application device main body and a closure element, wherein the closure element can be rotated about a rotation axis with respect to the connection element and the dispensing unit in order to secure the dispensing unit to the connection element and to release the dispensing unit from the connection element, wherein a lifting device (16, 19, 25, 26) is constructed and arranged in such a manner that the dispensing unit is lifted by rotating the closure element, characterized in that the closure element and connection element form a bayonet closure (24, 25, 18) in order to secure the dispensing unit to the connection element, wherein the lifting device (16, 19, 25, 26) is at least partially formed by the bayonet closure (24, 25, 18), wherein a common rib is a component of both the bayonet closure and the lifting device.
An actuator device comprising: a motor; a reduction device operatively coupled to the motor and oriented about a central axis, the reduction device being configured to modify an input angle of rotation provided by the motor to an output angle of rotation; and characterized by a rotary flexure mechanism comprising: a rotary flexure operatively coupled to an output portion of the reduction device; a plurality of flexure blades coupled to the rotary flexure, each of the plurality of flexure blades being angularly oriented from the central axis; a diaphragm flexure pair (40,44) operatively coupled to the plurality of flexure blades, wherein the diaphragm flexure pair (40,44) comprises a rotational and in-plane stiffness greater than an axial stiffness, the diaphragm flexure pair (40,44) being configured to convert a rotational input to an axial translation; the plurality of flexure blades being operatively coupled to an output plate that is mechanically fastened to the diaphragm flexure pair (40,44); and a diaphragm connector extending between, and operatively coupled to the output plate and the diaphragm flexure pair (40,44). a motor; a reduction device operatively coupled to the motor and oriented about a central axis, the reduction device being configured to modify an input angle of rotation provided by the motor to an output angle of rotation; and characterized by a rotary flexure mechanism comprising: a rotary flexure operatively coupled to an output portion of the reduction device; a plurality of flexure blades coupled to the rotary flexure, each of the plurality of flexure blades being angularly oriented from the central axis; a diaphragm flexure pair (40,44) operatively coupled to the plurality of flexure blades, wherein the diaphragm flexure pair (40,44) comprises a rotational and in-plane stiffness greater than an axial stiffness, the diaphragm flexure pair (40,44) being configured to convert a rotational input to an axial translation; the plurality of flexure blades being operatively coupled to an output plate that is mechanically fastened to the diaphragm flexure pair (40,44); and a diaphragm connector extending between, and operatively coupled to the output plate and the diaphragm flexure pair (40,44). a rotary flexure operatively coupled to an output portion of the reduction device; a plurality of flexure blades coupled to the rotary flexure, each of the plurality of flexure blades being angularly oriented from the central axis; a diaphragm flexure pair (40,44) operatively coupled to the plurality of flexure blades, wherein the diaphragm flexure pair (40,44) comprises a rotational and in-plane stiffness greater than an axial stiffness, the diaphragm flexure pair (40,44) being configured to convert a rotational input to an axial translation; the plurality of flexure blades being operatively coupled to an output plate that is mechanically fastened to the diaphragm flexure pair (40,44); and a diaphragm connector extending between, and operatively coupled to the output plate and the diaphragm flexure pair (40,44).
A method for producing a composition of matter comprising a sample of live cells in an agarose containing bead, wherein said bead is coated with agarose, comprising: (a) mixing a first sample of agarose with said sample of live cells to form a suspension; (b) moving said suspension to a first sample of mineral oil, to form a bead from said suspension; (c) removing said bead from said first sample of mineral oil; (d) rinsing mineral oil from bead; (e) moving said bead with a tool for automated pickup and displacement of a bead to a second solution of agarose; (f) coating said bead with said second solution of agarose, (g) removing said bead from said second solution of agarose with a tool for automated removal of a bead, and (h) dispensing said coated bead into a second sample of mineral oil, wherein said sample of mineral oil is kept at a temperature gradient so that said bead moves along a path from a location in the mineral oil that is at a higher temperature of about 20°C to about 30°C to a location in the mineral oil at a lower temperature of about 0°C to about -8°C to form a bead having a diameter of from 4-12 mm and/or a coating of agarose from 0.5 to 5 mm in thickness. (a) mixing a first sample of agarose with said sample of live cells to form a suspension; (b) moving said suspension to a first sample of mineral oil, to form a bead from said suspension; (c) removing said bead from said first sample of mineral oil; (d) rinsing mineral oil from bead; (e) moving said bead with a tool for automated pickup and displacement of a bead to a second solution of agarose; (f) coating said bead with said second solution of agarose, (g) removing said bead from said second solution of agarose with a tool for automated removal of a bead, and (h) dispensing said coated bead into a second sample of mineral oil, wherein said sample of mineral oil is kept at a temperature gradient so that said bead moves along a path from a location in the mineral oil that is at a higher temperature of about 20°C to about 30°C to a location in the mineral oil at a lower temperature of about 0°C to about -8°C to form a bead having a diameter of from 4-12 mm and/or a coating of agarose from 0.5 to 5 mm in thickness.
Process for the synthesis of the compound of formula: characterised in that the compound of formula (VIII): is subjected to the action of N-bromosuccinimide in the presence of an organic solvent to yield the compound of formula.
A base station (101, 900) in a wireless communication system including multiple transmission/reception points, TP/RPs (102, 103, 104), comprising: control circuitry configured to generate downlink control information; and a transmitter configured to transmit the downlink control information in a common search space of one or more subframes, wherein the common search space is a search space that is commonly used for transmitting the downlink control information to a plurality of user equipments, UEs, characterized in that upon dividing the multiple TP/RPs into groups, the transmitter is configured to transmit, through higher-layer signalling, information on a correspondence between each group of TP/RPs and a subframe assigned to that group; and wherein for each of the groups of TP/RPs, the transmitter is further configured to transmit in the corresponding subframe said downlink control information, including an identifier providing information indicating an uplink/downlink, UL/DL, Time Division Duplexing, TDD, configuration corresponding to each TP/RP within the group. control circuitry configured to generate downlink control information; and a transmitter configured to transmit the downlink control information in a common search space of one or more subframes, wherein the common search space is a search space that is commonly used for transmitting the downlink control information to a plurality of user equipments, UEs, characterized in that upon dividing the multiple TP/RPs into groups, the transmitter is configured to transmit, through higher-layer signalling, information on a correspondence between each group of TP/RPs and a subframe assigned to that group; and wherein for each of the groups of TP/RPs, the transmitter is further configured to transmit in the corresponding subframe said downlink control information, including an identifier providing information indicating an uplink/downlink, UL/DL, Time Division Duplexing, TDD, configuration corresponding to each TP/RP within the group.
A method for manufacturing a silica glass crucible comprising: depositing silica powder on an interior surface of a rotating crucible shaped mold; and vitrificating by heating at a high temperature a layer of the silica powder while the mold rotates, characterized in that an amount of horizontal sway of the interior surface of the mold is controlled to 0.1% or less of an interior diameter of the mold, and a dial gauge placed on the surface of the mold is used for adjusting the horizontal sway. depositing silica powder on an interior surface of a rotating crucible shaped mold; and vitrificating by heating at a high temperature a layer of the silica powder while the mold rotates,
Method for remotely and safely starting a vehicle comprising the following steps: - activation of the starting of the engine of the vehicle; - detection of an event comprising: • determination of a torque variation (Vc) over an analysis time interval from control signals relating to engine torque demand instructions emanating from an engine idling regulation module; • comparison of the determined torque variation (Vc) with a torque threshold value (Vs), and - triggering of the stopping of the engine when the determined torque variation (Vc) is greater than or equal to the torque threshold value (Vs). - activation of the starting of the engine of the vehicle; - detection of an event comprising: • determination of a torque variation (Vc) over an analysis time interval from control signals relating to engine torque demand instructions emanating from an engine idling regulation module; • comparison of the determined torque variation (Vc) with a torque threshold value (Vs), and • determination of a torque variation (Vc) over an analysis time interval from control signals relating to engine torque demand instructions emanating from an engine idling regulation module; • comparison of the determined torque variation (Vc) with a torque threshold value (Vs), and - triggering of the stopping of the engine when the determined torque variation (Vc) is greater than or equal to the torque threshold value (Vs).
A dental container for mixing of components of a dental mixture, comprising a main chamber, a liquid receptacle and a plunger, wherein the container comprises a body having a proximal end and a distal end, the main chamber being located adjacent the distal end of the body, the liquid receptacle being mounted within the proximal end of the body, and the plunger being sealingly mounted within an interior of the liquid receptacle, the liquid receptacle having an inner transverse wall which contains a weakened portion, and wherein the plunger has a front face which is projection free, the liquid receptacle containing a liquid and the main chamber containing a powder, the arrangement being such that, in use, pressure is applied to the plunger to build up hydraulic pressure by means of the liquid on the inner transverse wall so as to break the weakened portion hydraulically and cause the liquid to enter the main chamber, wherein the distal end of the body has an annular end cap mounted thereto, the end cap has a central aperture and a circumferential flange which extends over the distal end of the body, the flange having an inwardly projecting annular rib which engages with an annular external recess in the body adjacent the distal end thereof, a frangible membrane is mounted between the distal end of the body and the end cap so as to provide access for an applicator device, through said central aperture of the end cap, after mixing has been undertaken.
A computer program product comprising programming stored on a memory device configured for processing by a processor (304, 404), the programming comprising instructions to: receive detected vehicle parameters from a vehicle (306, 406); calculate a lookup value based on the detected vehicle parameters, the calculating comprising a recursive least square estimation; retrieve a road surface friction coefficient from a lookup table by matching the calculated lookup value to the road surface friction coefficient stored in the lookup table; calculate adjustments to the vehicle (306, 406) using the road surface friction coefficient; and output the adjustments to a vehicle control system for execution. receive detected vehicle parameters from a vehicle (306, 406); calculate a lookup value based on the detected vehicle parameters, the calculating comprising a recursive least square estimation; retrieve a road surface friction coefficient from a lookup table by matching the calculated lookup value to the road surface friction coefficient stored in the lookup table; calculate adjustments to the vehicle (306, 406) using the road surface friction coefficient; and output the adjustments to a vehicle control system for execution.
A computer-implemented method for evaluating which of a set of different types of reference indicator (106a-c) has colour attributes closest to those of an object, wherein each respective type of reference indicator (106a-c) has different colour attributes, the method comprising: determining a colour relationship between the object and at least one reference indicator of a first type by analysing a plurality of image portions, each image portion comprising at least part of the object and at least one reference indicator of the first type placed directly on the object, wherein the image portions each have different lighting characteristics; and comparing the determined colour relationship to known colour relationships associated with the at least one reference indicator of the first type, each known colour relationship representing a relationship between the reference indicator of the first type and another reference indicator of the set of different types of reference indicator (106a-c), to identify which of the set of different types of reference indicator (106a-c) has colour attributes closest to those of the object. determining a colour relationship between the object and at least one reference indicator of a first type by analysing a plurality of image portions, each image portion comprising at least part of the object and at least one reference indicator of the first type placed directly on the object, wherein the image portions each have different lighting characteristics; and comparing the determined colour relationship to known colour relationships associated with the at least one reference indicator of the first type, each known colour relationship representing a relationship between the reference indicator of the first type and another reference indicator of the set of different types of reference indicator (106a-c), to identify which of the set of different types of reference indicator (106a-c) has colour attributes closest to those of the object.
Battery support frame for an electric vehicle, having a longitudinal profile and having a transverse profile, wherein the support frame comprises at least one support frame corner defining an internal angle, characterized in that a compensation insert is arranged between the longitudinal profile and the transverse profile as tolerance compensation, the longitudinal profile and the transverse profile being connected to one another with the integration of the compensation insert.
A method, comprising: selecting a wordline coupled to a memory cell of a static random memory, SRAM,; asserting a wordline signal on the selected wordline to perform a write operation at the memory cell, the asserted wordline signal having a leading edge and a trailing edge; and between the leading edge and trailing edge, applying a plurality of wordline underdrive pulses to the asserted wordline signal, each wordline underdrive pulse causing a voltage of the asserted wordline signal to fall from a first voltage level to a second voltage level and then rise from the second voltage level to the first voltage level; wherein the first voltage level is greater than a ground voltage of the memory cell; wherein the second voltage level is greater than the ground voltage of the memory cell. selecting a wordline coupled to a memory cell of a static random memory, SRAM,; asserting a wordline signal on the selected wordline to perform a write operation at the memory cell, the asserted wordline signal having a leading edge and a trailing edge; and between the leading edge and trailing edge, applying a plurality of wordline underdrive pulses to the asserted wordline signal, each wordline underdrive pulse causing a voltage of the asserted wordline signal to fall from a first voltage level to a second voltage level and then rise from the second voltage level to the first voltage level; wherein the first voltage level is greater than a ground voltage of the memory cell; wherein the second voltage level is greater than the ground voltage of the memory cell.
A telecommunication device, comprising: a base unit for facilitating communication over a network, the base unit having a hands free operation speaker for hands free operation; and a handset coupled to the base unit, the handset being configured to be placed over the hands free operation speaker when not in use and having: a lower portion housing a microphone, an upper portion housing a speaker, and a middle portion having a cutout about overlapping with the hands free operation speaker when the handset is placed over the hands free operation speaker, wherein the cutout comprises a plurality of apertures (970-1, 970-2), the apertures being designed with inner walls (974, 978) in varying angles to opening planes (971, 972, 976, 977) of the apertures. a base unit for facilitating communication over a network, the base unit having a hands free operation speaker for hands free operation; and a handset coupled to the base unit, the handset being configured to be placed over the hands free operation speaker when not in use and having: a lower portion housing a microphone, an upper portion housing a speaker, and a middle portion having a cutout about overlapping with the hands free operation speaker when the handset is placed over the hands free operation speaker, wherein the cutout comprises a plurality of apertures (970-1, 970-2), the apertures being designed with inner walls (974, 978) in varying angles to opening planes (971, 972, 976, 977) of the apertures. a lower portion housing a microphone, an upper portion housing a speaker, and a middle portion having a cutout about overlapping with the hands free operation speaker when the handset is placed over the hands free operation speaker, wherein the cutout comprises a plurality of apertures (970-1, 970-2), the apertures being designed with inner walls (974, 978) in varying angles to opening planes (971, 972, 976, 977) of the apertures.