mhurhangee/ep-ind-claims huggingface dataset:
A cooling assembly for a gas turbine system comprising: a turbine nozzle having at least one channel (38,40) comprising a channel inlet configured to receive a cooling flow from a compressor disposed upstream of the turbine nozzle, wherein the at least one channel directs the cooling flow through the turbine nozzle in a radial direction at a first pressure to a channel outlet; a turbine shroud assembly; and an exit cavity for fluidly connecting the channel outlet to the turbine shroud assembly disposed downstream of the channel outlet of the turbine nozzle, wherein the exit cavity is enclosed by a hood segment and characterized in that the exit cavity directs the cooling flow to a forward face of the turbine shroud assembly and to an interior region of the turbine shroud assembly, where the cooling flow passes through an aperture of the forward face, and wherein the interior region is at a second pressure, wherein the first pressure is greater than the second pressure, and in that the cooling flow is impinged on the at least one channel (38,40). a turbine nozzle having at least one channel (38,40) comprising a channel inlet configured to receive a cooling flow from a compressor disposed upstream of the turbine nozzle, wherein the at least one channel directs the cooling flow through the turbine nozzle in a radial direction at a first pressure to a channel outlet; a turbine shroud assembly; and an exit cavity for fluidly connecting the channel outlet to the turbine shroud assembly disposed downstream of the channel outlet of the turbine nozzle, wherein the exit cavity is enclosed by a hood segment and characterized in that the exit cavity directs the cooling flow to a forward face of the turbine shroud assembly and to an interior region of the turbine shroud assembly, where the cooling flow passes through an aperture of the forward face, and wherein the interior region is at a second pressure, wherein the first pressure is greater than the second pressure, and in that the cooling flow is impinged on the at least one channel (38,40).
A system for wireless network performance measurement and management using remote devices, comprising: a central analysis and control server comprising at least a plurality of programming instructions stored in a memory and operating on a processor of a network-connected computing device; and a mobile wireless device comprising at least a processor and a memory; and a wireless network testing software application stored in the memory and operating on a processor of the mobile wireless device, wherein the central analysis and control server is configured to: receive result data of wireless network service quality testing performed by the mobile wireless device; and analyze the received result data using predetermined transformations to determine an indicia of wireless network service quality, wherein the mobile wireless device is configured to: be routinely operated by a user associated with an enterprise; perform wireless network service quality tests using the wireless network testing software application on a wireless network; perform at least one wireless network service quality test in background mode while the user performs other conventional wireless device related functions; and transmit wireless network service quality test data to the central analysis and control server, and wherein the wireless network testing software application is designed to program the mobile wireless device to test wireless network function and passively monitor network parameters to establish a level of wireless network service quality. a central analysis and control server comprising at least a plurality of programming instructions stored in a memory and operating on a processor of a network-connected computing device; and a mobile wireless device comprising at least a processor and a memory; and a wireless network testing software application stored in the memory and operating on a processor of the mobile wireless device, receive result data of wireless network service quality testing performed by the mobile wireless device; and analyze the received result data using predetermined transformations to determine an indicia of wireless network service quality, be routinely operated by a user associated with an enterprise; perform wireless network service quality tests using the wireless network testing software application on a wireless network; perform at least one wireless network service quality test in background mode while the user performs other conventional wireless device related functions; and transmit wireless network service quality test data to the central analysis and control server, and wherein the wireless network testing software application is designed to program the mobile wireless device to test wireless network function and passively monitor network parameters to establish a level of wireless network service quality.
A floor suspension system for a material handling vehicle, the material handling vehicle including a battery compartment to receive a battery, an operator compartment, and a fork frame from which a pair of forks extend, the floor suspension system comprising: one or more coupling assemblies (28, 30) capable of coupling the battery compartment and the operator compartment to the fork frame and a spring assembly, characterized in that the one or more coupling assemblies (28, 30) each including a first pivot arm (40a, 40b) adapted for pivotally coupling the battery compartment to the fork frame, a second pivot arm (42a, 42b) adapted for pivotally coupling the operator compartment to the fork frame, and a coupling arm (44a, 44b) coupling the first pivot arm (40a, 40b) to the second pivot arm (42a, 42b); and the spring assembly including a spring pack capable of being pivotally coupled to the fork frame and the battery compartment. one or more coupling assemblies (28, 30) capable of coupling the battery compartment and the operator compartment to the fork frame and a spring assembly, characterized in that the one or more coupling assemblies (28, 30) each including a first pivot arm (40a, 40b) adapted for pivotally coupling the battery compartment to the fork frame, a second pivot arm (42a, 42b) adapted for pivotally coupling the operator compartment to the fork frame, and a coupling arm (44a, 44b) coupling the first pivot arm (40a, 40b) to the second pivot arm (42a, 42b); and the spring assembly including a spring pack capable of being pivotally coupled to the fork frame and the battery compartment.
A method of monitoring an optical fibre comprising: modulating an optical signal with a traffic signal; modulating the optical signal with an incoherent optical frequency domain reflectometry, IOFDR, test signal; transmitting the doubly modulated optical signal onto an optical fibre at a first end of the fibre; detecting scattered radiation output from the first end of the fibre; and analysing the detected scattered radiation using incoherent optical frequency domain reflectometry to determine a distance to a break in the optical fibre, by combining the detected scattered signal with a phase-shifted copy of the doubly modulated optical signal and filtering this combined signal with a low pass filter in order to determine a frequency which corresponds to a maximum of the combined signal, wherein said frequency depends on the distance to the break, effective refractive index of the fibre and attenuation coefficient of the fibre of the residual span. modulating an optical signal with a traffic signal; modulating the optical signal with an incoherent optical frequency domain reflectometry, IOFDR, test signal; transmitting the doubly modulated optical signal onto an optical fibre at a first end of the fibre; detecting scattered radiation output from the first end of the fibre; and
A lubrication box, comprising: - a first portion of the lubrication box, the first portion having a skin-engaging surface and at least one sidewall, the skin-engaging surface and the at least one side walls forming a cavity, - at least two holes extending through the skin-engaging surface of the first portion, - a shaving aid material (30,50,52,54) that is disposed into the cavity, the shaving aid material (30,50,52,54) at least partially filling at least one of the holes in the skin-engaging surface and at least a portion of the cavity, and - a second portion of the lubrication box, the second portion being attached to the first portion such that the cavity is substantially closed, characterized in that - a gap exists in the cavity between the shaving aid material (30,50,52,54) and the second portion of the lubrication box to permit the shaving aid material (30,50,52,54) to expand during normal use, and - an additional amount of shaving aid material is applied to the skin-engaging surface of the first portion of the lubrication box. - a first portion of the lubrication box, the first portion having a skin-engaging surface and at least one sidewall, the skin-engaging surface and the at least one side walls forming a cavity, - at least two holes extending through the skin-engaging surface of the first portion, - a shaving aid material (30,50,52,54) that is disposed into the cavity, the shaving aid material (30,50,52,54) at least partially filling at least one of the holes in the skin-engaging surface and at least a portion of the cavity, and - a second portion of the lubrication box, the second portion being attached to the first portion such that the cavity is substantially closed, - a gap exists in the cavity between the shaving aid material (30,50,52,54) and the second portion of the lubrication box to permit the shaving aid material (30,50,52,54) to expand during normal use, and - an additional amount of shaving aid material is applied to the skin-engaging surface of the first portion of the lubrication box.
A mobile terminal communicating with a base station device, the mobile terminal comprising a cell search part that is configured to conduct a cell search within a determined cell search period that is determined by the base station device; and characterized by the cell search part being configured to measure a period actually required for the cell search as a measured cell search period, and, when the measured cell search period is shorter than the determined cell search period, to conduct a next cell search within an adjusted cell search period set by the base station and being longer than or equal to the measured cell search period and shorter than the determined cell search period.
A crushing blade arrangement of a crushing drum, in which on the outer surface of the crushing drum are arranged a plurality of crushing blades, which arrangement includes, fixedly attached on the outer surface of the drum, a blade holder with a receiving space for an interchangeable blade piece; wherein the blade piece is composed of a horizontal blade portion and a vertical shaft portion, which shaft portion is adapted to be placed into the receiving space of the blade holder and to be locked into it by means of a separate locking element; characterized in that the receiving space is shaped as a substantially quadrangular opening opening onto the upper surface of the blade holder and having on at least one side, extending inwards to the opening, a locking protrusion extending between the bottom surface of the blade holder and its upper surface; and that the shaft portion of the blade piece is shaped substantially quadrangular, corresponding to the opening of the blade holder, and equipped with a longitudinal locking channel of the shaft portion corresponding to said at least one locking protrusion and extending towards the interior space of the shaft, which locking protrusion and locking channel together form a form locking.
Composite package, in particular parallelepiped cardboard/plastic composite package for pourable products, having an opening area provided in the package gable, which opening area after being cut through by an applied pouring element forms a pouring opening, wherein the pouring element comprises a base body, a cutting element which is movably arranged in it and a screw cap, wherein the screw cap serves to open the package for the first time by operation of the cutting element and to reclose it, and wherein the opening area has a weakening line in the composite and a hinge area, on which the part of the opening area formed after cutting through the weakening line is pivoted into the inside of the package and held there, characterised in that the hinge area is formed by a straight line, the weakening line has a first round section and a second section which runs essentially straight between the first section and the hinge area, and in that when the composite package is opened for the first time through the movement of the cutting element the weakening line in the first section is cut and in the second section tears.
A combustion membrane (14, 14') for a gas burner, said combustion membrane forming a curved or planar multilayer panel with an inner side to which a combustible gas is conveyed and an outer side on which the combustion of the combustible gas occurs upon crossing the multilayer panel, said multilayer panel comprising: - a gas-permeable diffuser layer made of a porous or fibrous solid material other than metal sheet, said diffuser layer forming a combustion surface facing the outer side, on which combustion surface the flame develops in a combustion area, - a support layer formed by metal sheet, arranged on the inner side with respect to the diffuser layer, opposite to the combustion surface, and connected to the diffuser layer, said metal sheet having a perforation forming a pattern of passage openings at the combustion area, and parts of said metal sheet being in direct contact with the diffuser layer at the combustion area, - a local deviating layer, bordering the support layer, wherein at the combustion area a plurality of diverter flaps, folded transversely out of the support layer and delimited by cutting or tearing edges of said metal sheet of the support layer, form guide surfaces oblique to a direction orthogonal to an extension plane of the multilayer panel. - a gas-permeable diffuser layer made of a porous or fibrous solid material other than metal sheet, said diffuser layer forming a combustion surface facing the outer side, on which combustion surface the flame develops in a combustion area, - a support layer formed by metal sheet, arranged on the inner side with respect to the diffuser layer, opposite to the combustion surface, and connected to the diffuser layer, said metal sheet having a perforation forming a pattern of passage openings at the combustion area, and parts of said metal sheet being in direct contact with the diffuser layer at the combustion area, - a local deviating layer, bordering the support layer, wherein at the combustion area a plurality of diverter flaps, folded transversely out of the support layer and delimited by cutting or tearing edges of said metal sheet of the support layer, form guide surfaces oblique to a direction orthogonal to an extension plane of the multilayer panel.
A method comprising: creating an optical element including a surface defining a recess; depositing conductive material on the surface such that a portion of the deposited conductive material is disposed within the recess; removing an uppermost portion of the surface of the optical element as well as an upper layer of the conductive material to expose the portion of the conductive material disposed within the recess, depositing a solder mask over the exposed portion of the conductive material, wherein the solder mask defines an aperture through which light from the optical element may pass and through which portions of the conductive material are visible; and coupling a terminal of a solar cell to the exposed portion of the conductive material, wherein a portion of the solar cell is disposed over the aperture. creating an optical element including a surface defining a recess; depositing conductive material on the surface such that a portion of the deposited conductive material is disposed within the recess; removing an uppermost portion of the surface of the optical element as well as an upper layer of the conductive material to expose the portion of the conductive material disposed within the recess, depositing a solder mask over the exposed portion of the conductive material, wherein the solder mask defines an aperture through which light from the optical element may pass and through which portions of the conductive material are visible; and coupling a terminal of a solar cell to the exposed portion of the conductive material, wherein a portion of the solar cell is disposed over the aperture.
A bi-directional rotation offset pivot thrust bearing comprising: a carrier having a first side and a second side and an outer peripheral wall; the carrier being circular and having a center axis; an array of longitudinal protrusions, each having a longitudinal axis, being positioned on the first side of the circular carrier and oriented with each longitudinal axis running through the center axis of the circular carrier; and a plurality of thrust pads in a circular array, having a front side and a rear side; characterised by the respective rear sides of the plurality of thrust pads being in slidable engagement with the longitudinal protrusions; the plurality of thrust pads being movable, relative to the carrier between a first rotational position about the center axis of the carrier and a second rotational position about the center axis of the carrier during operation; the thrust pads being offset pivoted in a first direction when in the first rotational position and offset pivoted in a second direction when in the second rotational position. a carrier having a first side and a second side and an outer peripheral wall; the carrier being circular and having a center axis; an array of longitudinal protrusions, each having a longitudinal axis, being positioned on the first side of the circular carrier and oriented with each longitudinal axis running through the center axis of the circular carrier; and a plurality of thrust pads in a circular array, having a front side and a rear side; characterised by the respective rear sides of the plurality of thrust pads being in slidable engagement with the longitudinal protrusions; the plurality of thrust pads being movable, relative to the carrier between a first rotational position about the center axis of the carrier and a second rotational position about the center axis of the carrier during operation; the thrust pads being offset pivoted in a first direction when in the first rotational position and offset pivoted in a second direction when in the second rotational position.
A blower comprising: a body having a length, as measured between front end and rear end of the blower in a direction of airflow through the blower, wherein the rear end is defined by an air inlet and the front end is defined by an airflow outlet tube, and wherein the air inlet is substantially coaxial with the airflow outlet tube, a fan including a plurality of blades configured to generate airflow through the blower, a handle, wherein the handle includes a gripping surface, where an operator may hold the blower during operation, and an opening associated with the gripping surface of the handle, a battery port configured to receive a battery, the battery port being disposed between the rear end of the blower and the handle of the blower, and a center of gravity, characterized in that the battery port is spaced apart from the fan by at least 0.25 length, as measured along the direction of airflow through the blower, the blades are spaced apart from the rear end of the blower by at least 0.4 length, the fan is disposed downstream of the handle, and is spaced apart from the handle by at least 0.08 length, as measured in the direction of airflow, and the center of gravity is located downstream of the handle. a body having a length, as measured between front end and rear end of the blower in a direction of airflow through the blower, wherein the rear end is defined by an air inlet and the front end is defined by an airflow outlet tube, and wherein the air inlet is substantially coaxial with the airflow outlet tube, a fan including a plurality of blades configured to generate airflow through the blower, a handle, wherein the handle includes a gripping surface, where an operator may hold the blower during operation, and an opening associated with the gripping surface of the handle, a battery port configured to receive a battery, the battery port being disposed between the rear end of the blower and the handle of the blower, and a center of gravity, characterized in that the battery port is spaced apart from the fan by at least 0.25 length, as measured along the direction of airflow through the blower, the blades are spaced apart from the rear end of the blower by at least 0.4 length, the fan is disposed downstream of the handle, and is spaced apart from the handle by at least 0.08 length, as measured in the direction of airflow, and the center of gravity is located downstream of the handle.
A device for the treatment and disposal of bacteria in combustible hydrocarbons of the type comprising a casing containing a metal alloy, wherein said metal alloy consists of the following metals in the respective proportions: Tin (Sn): 45%-55% Antimony (Sb): 20%-30% Copper (Cu): 10%-20% Zinc (Zn): 5%-15% Tin (Sn): 45%-55% Antimony (Sb): 20%-30% Copper (Cu): 10%-20% Zinc (Zn): 5%-15%
Extractor hood comprising at least one housing device which defines at least one opening to at least one intake portion for rising vapours, wherein at least one removable filter apparatus is arranged in the opening, which is held in the inserted state in the opening by at least two holding apparatuses (6, 7), wherein at least one holding apparatus comprises at least one holding element which can be displaced at least in portions between at least one holding position and at least one removal position, the holding apparatuses (6, 7) are arranged on the housing apparatus on opposite sides of the opening, the displaceable holding apparatus comprises at least one preloading apparatus and the opposite holding apparatus has a stop, characterized in that the holding element is designed as a latching tab and comprises at least one support for the filter apparatus, wherein the support is displaced with the holding element, the displaceable holding element is accommodated at least in portions in the housing apparatus and in the holding position projects at least in portions further from the housing apparatus into the opening than in the removal position, the preloading apparatus acting on the holding element causes the holding element to move automatically back into the holding position and is preloaded in the holding position. wherein at least one removable filter apparatus is arranged in the opening, which is held in the inserted state in the opening by at least two holding apparatuses (6, 7), wherein at least one holding apparatus comprises at least one holding element which can be displaced at least in portions between at least one holding position and at least one removal position, the holding apparatuses (6, 7) are arranged on the housing apparatus on opposite sides of the opening, the displaceable holding apparatus comprises at least one preloading apparatus and the opposite holding apparatus has a stop, characterized in that the holding element is designed as a latching tab and comprises at least one support for the filter apparatus, wherein the support is displaced with the holding element, the displaceable holding element is accommodated at least in portions in the housing apparatus and in the holding position projects at least in portions further from the housing apparatus into the opening than in the removal position, the preloading apparatus acting on the holding element causes the holding element to move automatically back into the holding position and is preloaded in the holding position.