mhurhangee/ep-ind-claims huggingface dataset:
Industrial lighting device comprising: - a light source; - a sealed housing containing the light source and comprising: - a support delimiting a housing window extending opposite the light source; - a window pane sealing the housing window; and - a sealing gasket extending along the periphery of the housing window and compressed between the window pane and the support, - a filter extending in front of the housing window, outside the housing and comprising: - a frame defining a frame window and removably fixed to the housing, in an assembled position in which the frame window is opposite the housing window; - an optical film fixed to the frame and sealing the frame window, the device comprising an elastic compression member (42, 54) arranged between the support and the frame; characterized in that the elastic compression member (42, 54) is arranged so as to elastically press an edge of the frame towards the frame window and/or so as to elastically press the frame against the window pane. - a light source; - a sealed housing containing the light source and comprising: - a support delimiting a housing window extending opposite the light source; - a window pane sealing the housing window; and - a sealing gasket extending along the periphery of the housing window and compressed between the window pane and the support, - a support delimiting a housing window extending opposite the light source; - a window pane sealing the housing window; and - a sealing gasket extending along the periphery of the housing window and compressed between the window pane and the support, - a filter extending in front of the housing window, outside the housing and comprising: - a frame defining a frame window and removably fixed to the housing, in an assembled position in which the frame window is opposite the housing window; - an optical film fixed to the frame and sealing the frame window, - a frame defining a frame window and removably fixed to the housing, in an assembled position in which the frame window is opposite the housing window; - an optical film fixed to the frame and sealing the frame window,
Arrangement for securing a functional position of a shroud plate of a rotor of a gas turbine, which shroud plate is arranged on an outer circumference of a rotor disc of the rotor, relative to a moving blade of the rotor arranged on the outer circumference of the rotor disc, wherein a channel portion of an annular cooling channel of the rotor is formed between the shroud plate located in its functional position and a side, facing the shroud plate, of a blade root of the moving blade, comprising - a guide portion, which may be formed by a thickened portion formed on the shroud plate, and a guide opening, which may be formed by a through-hole arranged on the shroud plate, wherein the guide portion at least partially surrounds the guide opening, - a securing bolt, the external diameter (d S) of which corresponds to the diameter (d F) of the guide opening, a securing device for securing a functional position of the securing bolt on the shroud plate and the moving blade, characterized by a web which is arranged in one piece on the moving blade on the side of the blade root facing the shroud plate, which extends radially relative to the rotor disc when the moving blade is arranged on the rotor disc, wherein the securing bolt comprising a longitudinal through-hole comprises at one end two cut-aways (14, 15) arranged diametrically relative to one another, open towards said end and of equal width, which cut-aways extend from said end of the securing bolt parallel to the longitudinal axis of the securing bolt over part of the length of the securing bolt, wherein the width (b A) of the cut-aways (14, 15) is greater than or equal to the width (b S) of the web. - a guide portion, which may be formed by a thickened portion formed on the shroud plate, and a guide opening, which may be formed by a through-hole arranged on the shroud plate, wherein the guide portion at least partially surrounds the guide opening, - a securing bolt, the external diameter (d S) of which corresponds to the diameter (d F) of the guide opening, a securing device for securing a functional position of the securing bolt on the shroud plate and the moving blade,
An electrical connector assembly comprising: a housing having an insert and an organizer separate from the insert, the insert and the organizer having insert openings and organizer openings, aligned with corresponding insert openings, the organizer openings having a smaller diameter than the insert openings, the insert openings having a lip extending into the insert opening; and electrical connectors received in the housing, the electrical connectors having shells, the electrical connectors including clips surrounding corresponding shells, the clips engaging the lips of the insert openings for securing the electrical connectors in the insert openings, the organizer openings circumferentially surrounding the shells and restricting lateral movement of the electrical connectors, the shell including a terminating end and a flange proximate to the terminating end, characterized in that the organizer is coupled to the insert; the clip is positioned forward of the flange in a direction that the electrical connector is loaded into the insert opening, the lip being captured between the clip and the flange; and the organizer is configured to be removable from the insert to expose the clip wherein the clip is configured to be compressed by being squeezed to enable the clip to be passed rearward through the insert opening past the lip.
A high strength polymer-based cartridge casing inclosing a volume, comprising: a first end having a mouth; a neck extending away from the mouth; a shoulder extending below the neck and away from the first end; a projectile disposed in the mouth; and a frangible portion, characterised in that the frangible portion is disposed on the neck capable of being split upon discharge of the projectile; wherein the split of the frangible portion prevents a second projectile from being disposed in the mouth. a first end having a mouth; a neck extending away from the mouth; a shoulder extending below the neck and away from the first end; a projectile disposed in the mouth; and a frangible portion, characterised in that the frangible portion is disposed on the neck capable of being split upon discharge of the projectile; wherein the split of the frangible portion prevents a second projectile from being disposed in the mouth.
A surgical instrument comprising: an end effector (300, 912, 2502); a closure tube coupled to the end effector (300, 912, 2502), the closure tube configured to apply a closure force to the end effector (300, 912, 2502); a displacement member movable between a first position and a second position to effect a motion at an end effector (300, 912, 2502); a motor coupled to the displacement member, the motor configured to drive the displacement member between the first position and the second position; and a control circuit (700, 800, 810, 820, 1104, 2510) coupled to the motor; characterised in that: the surgical instrument further comprises a sensor positioned at the distal end of the closure tube and coupled to the control circuit; and the control circuit (700, 800, 810, 820, 1104, 2510) is configured to: receive a signal indicative of the closure force from the sensor, the signal indicative of the closure force applied by the closure tube to the end effector (300, 912, 2502); determine a closure force applied by the closure tube to the end effector (300, 912, 2502); determine whether the closure force is within a threshold of an expected closure force; and adjust the velocity at which the displacement member is translated when the closure force is not within a threshold of the expected closure force. an end effector (300, 912, 2502); a closure tube coupled to the end effector (300, 912, 2502), the closure tube configured to apply a closure force to the end effector (300, 912, 2502); a displacement member movable between a first position and a second position to effect a motion at an end effector (300, 912, 2502); a motor coupled to the displacement member, the motor configured to drive the displacement member between the first position and the second position; and a control circuit (700, 800, 810, 820, 1104, 2510) coupled to the motor; the surgical instrument further comprises a sensor positioned at the distal end of the closure tube and coupled to the control circuit; and the control circuit (700, 800, 810, 820, 1104, 2510) is configured to: receive a signal indicative of the closure force from the sensor, the signal indicative of the closure force applied by the closure tube to the end effector (300, 912, 2502); determine a closure force applied by the closure tube to the end effector (300, 912, 2502); determine whether the closure force is within a threshold of an expected closure force; and adjust the velocity at which the displacement member is translated when the closure force is not within a threshold of the expected closure force. receive a signal indicative of the closure force from the sensor, the signal indicative of the closure force applied by the closure tube to the end effector (300, 912, 2502); determine a closure force applied by the closure tube to the end effector (300, 912, 2502); determine whether the closure force is within a threshold of an expected closure force; and adjust the velocity at which the displacement member is translated when the closure force is not within a threshold of the expected closure force.
A method for receiving an acquisition signal in a wireless communication system (100, 200, 1200, 1300), comprising detecting a plurality of symbols of an acquisition signal transmitted on a number of subcarriers that is less than all of a bandwidth of a subset of a plurality of carriers available for communication, the acquisition signal associated with timing information for an access terminal to communicate with a base station, the subset comprising more than one carrier of the plurality of carriers and less than all the carriers of the plurality of carriers, wherein each carrier corresponds to a substantially non-overlapping portion of an available bandwidth in the wireless communication system (100, 200, 1200, 1300) or in a sector of the wireless communication system; and determining a future carrier of the plurality of carriers on which information will be communicated to the access terminal by an access point based at least in part on a carrier on which the acquisition signal is detected.
A combined heat and power system (100, 102, 104, 106, 108, 110) comprising: a heat source; a Rankine cycle apparatus comprising, as an evaporator for heating a working fluid, a first heat exchanger that absorbs thermal energy produced in the heat source; characterized by a second heat exchanger that is a heat exchanger for heating a heat medium flowing in a circuit different from a circuit in which the working fluid of the Rankine cycle apparatus flows, that is located farther from the heat source than is the first heat exchanger, that is in direct contact with the first heat exchanger or in indirect contact with the first heat exchanger via a thermally-conductive member, and that absorbs thermal energy produced in the heat source and transfers the thermal energy to the heat medium, wherein the working fluid to be heated in the first heat exchanger is an organic working fluid. a heat source; a Rankine cycle apparatus comprising, as an evaporator for heating a working fluid, a first heat exchanger that absorbs thermal energy produced in the heat source;
A modular shower cubicle comprising: a plurality of modules (4,6,8,10), and a joint system for providing a joint between two adjoining modules, the joint system comprising a projection section and a recess section of respective modules to be joined, the projection and recess sections being adapted to interengage, characterized in that the projection section comprises at least two engagement portions (36,38), each engagement portion being either a male engagement portion or a female engagement portion, the recess section comprises at least two engagement portions (34,40) adapted to engage the engagement portions (26,38) of the projection section, wherein the modular shower cubicle further comprises tension straps (21a,b) for supporting the joint system, the tension straps being adapted to prevent the joints being pushed out of place by a user once engaged. a plurality of modules (4,6,8,10), and a joint system for providing a joint between two adjoining modules, the joint system comprising a projection section and a recess section of respective modules to be joined, the projection and recess sections being adapted to interengage, characterized in that the projection section comprises at least two engagement portions (36,38), each engagement portion being either a male engagement portion or a female engagement portion, characterized in that the projection section comprises at least two engagement portions (36,38), each engagement portion being either a male engagement portion or a female engagement portion, the recess section comprises at least two engagement portions (34,40) adapted to engage the engagement portions (26,38) of the projection section, wherein the modular shower cubicle further comprises tension straps (21a,b) for supporting the joint system, the tension straps being adapted to prevent the joints being pushed out of place by a user once engaged. wherein the modular shower cubicle further comprises tension straps (21a,b) for supporting the joint system, the tension straps being adapted to prevent the joints being pushed out of place by a user once engaged.
A guiding system for a robotic lawnmower, the guiding system comprising: at least one guiding wire adapted to conduct electric current such that a magnetic field is generated adjacent to the guiding wire, and a robotic lawnmower adapted to follow the guiding wire at a distance from the guiding wire, characterized in that the robotic lawnmower further comprises a first sensing means and a second sensing means placed on the robotic lawnmower such that they will have different distance to the guiding wire when the robotic lawnmower moves along the guiding wire, wherein each of the first sensing means and second sensing means are adapted to detect a strength of the magnetic field, and wherein the robotic lawnmower is adapted to use the difference between the detected magnetic field strength in the first sensing means and the detected magnetic field strength in the second sensing means for steering along the guiding wire. at least one guiding wire adapted to conduct electric current such that a magnetic field is generated adjacent to the guiding wire, and a robotic lawnmower adapted to follow the guiding wire at a distance from the guiding wire, characterized in that the robotic lawnmower further comprises a first sensing means and a second sensing means placed on the robotic lawnmower such that they will have different distance to the guiding wire when the robotic lawnmower moves along the guiding wire, wherein each of the first sensing means and second sensing means are adapted to detect a strength of the magnetic field, and wherein the robotic lawnmower is adapted to use the difference between the detected magnetic field strength in the first sensing means and the detected magnetic field strength in the second sensing means for steering along the guiding wire.
A multi-string corrosion monitoring method characterised in that it comprises: inverting based on a first set of electromagnetic, EM, log data to determine attributes (h 1, μ 1, σ 1) of a first casing string while attributes (h 2, μ 2, σ 2) of a second casing string are assigned a fixed value; and inverting based on a second set of EM log data to determine attributes of a second casing string while attributes of the first casing string are assigned a fixed value based on the first determined attributes of the first casing string. inverting based on a first set of electromagnetic, EM, log data to determine attributes (h 1, μ 1, σ 1) of a first casing string while attributes (h 2, μ 2, σ 2) of a second casing string are assigned a fixed value; and inverting based on a second set of EM log data to determine attributes of a second casing string while attributes of the first casing string are assigned a fixed value based on the first determined attributes of the first casing string.
A virtual machine password reset method for resetting a root or admin user password of a virtual machine, wherein the method comprises: sending, by the virtual machine, a password obtaining request to a cloud service computing node, wherein the password obtaining request is used to obtain a reset password of the virtual machine; receiving, by the virtual machine, a password obtaining response returned by the cloud service computing node, wherein the password obtaining response is generated after the cloud service computing node queries the reset password of the virtual machine in a metadata server; and when the password obtaining response comprises the reset password, configuring, by the virtual machine, the reset password as the password of the root or admin user of the virtual machine. sending, by the virtual machine, a password obtaining request to a cloud service computing node, wherein the password obtaining request is used to obtain a reset password of the virtual machine; receiving, by the virtual machine, a password obtaining response returned by the cloud service computing node, wherein the password obtaining response is generated after the cloud service computing node queries the reset password of the virtual machine in a metadata server; and when the password obtaining response comprises the reset password, configuring, by the virtual machine, the reset password as the password of the root or admin user of the virtual machine.
A system that improves speech quality of a speech segment, by estimating a dynamic adjustment factor to be applied for estimating clean speech comprising: a spectral converter that is configured to digitize and convert a time varying speech segment of a speech signal into the frequency domain; a background noise estimator configured to: measure a background noise that is present in the converted signal and is detected near a receiver; and estimate a power spectrum of the background noise; a spectral separator in communication with the background noise estimator that is configured to divide the power spectrum into a high frequency portion and a low frequency portion; a modeler in communication with the spectral separator that fits a plurality of linear functions to the high frequency portion and the low frequency portion; a dynamic noise adjuster configured to estimate the dynamic adjustment factor to provide a dynamic noise floor, wherein the level of the dynamic adjustment factor depends on a plurality of modeled line coordinate intercepts of said linear functions for the low frequency portion and depends on a constant for the high frequency portion; and a dynamic noise processor programmed to attenuate a portion of the background noise detected in one or more portions of the power spectrum by applying the dynamic adjustment factor. a spectral converter that is configured to digitize and convert a time varying speech segment of a speech signal into the frequency domain; a background noise estimator configured to: measure a background noise that is present in the converted signal and is detected near a receiver; and estimate a power spectrum of the background noise; measure a background noise that is present in the converted signal and is detected near a receiver; and estimate a power spectrum of the background noise; a spectral separator in communication with the background noise estimator that is configured to divide the power spectrum into a high frequency portion and a low frequency portion; a modeler in communication with the spectral separator that fits a plurality of linear functions to the high frequency portion and the low frequency portion; a dynamic noise adjuster configured to estimate the dynamic adjustment factor to provide a dynamic noise floor, wherein the level of the dynamic adjustment factor depends on a plurality of modeled line coordinate intercepts of said linear functions for the low frequency portion and depends on a constant for the high frequency portion; and a dynamic noise processor programmed to attenuate a portion of the background noise detected in one or more portions of the power spectrum by applying the dynamic adjustment factor.
Water jet surgical instrument, comprising: - a supply line for supplying a fluid in a flow direction, - an outlet nozzle for ejecting the fluid in a jet with a defined opening geometry, wherein upstream of the outlet nozzle in the flow direction of the fluid, a fluid chamber is provided, in or on which fluid chamber a disruption device is provided which can create a turbulent flow in the fluid chamber, characterised in that the disruption device comprises a tiltable outer wall portion of the fluid chamber which when tilted penetrates into the fluid chamber such that a turbulent flow can be generated. - a supply line for supplying a fluid in a flow direction, - an outlet nozzle for ejecting the fluid in a jet with a defined opening geometry, wherein upstream of the outlet nozzle in the flow direction of the fluid, a fluid chamber is provided, in or on which fluid chamber a disruption device is provided which can create a turbulent flow in the fluid chamber, characterised in that the disruption device comprises a tiltable outer wall portion of the fluid chamber which when tilted penetrates into the fluid chamber such that a turbulent flow can be generated.
Casting method for producing a brake calliper having an accommodation space for functional parts, such as an application device with a brake lever, as well as an external flange surface, to which a brake cylinder can be secured, wherein a core defining the accommodation space is positioned in a casting mould before casting, characterised in that a separate mould part is additionally placed in the casting mould to form the flange surface.
Acoustic sensor for emitting and/or receiving acoustic signals, in particular ultrasonic signals, comprising: - a diaphragm, - an electroacoustic transducer which is set up to excite the diaphragm to vibrate, and - a conductor carrier, on the surface of which at least one electrical conductor track (5a, 5b) is arranged, wherein the diaphragm is connected to the conductor carrier at at least two connection points (6a, 6b) and is stretched by the conductor carrier, wherein the conductor carrier consists of an electrically conductive material at least in sections, wherein an insulation layer is arranged between the at least one electrical conductor track (5a, 5b) and the electrically conductive material of the conductor carrier. - a diaphragm, - an electroacoustic transducer which is set up to excite the diaphragm to vibrate, and - a conductor carrier, on the surface of which at least one electrical conductor track (5a, 5b) is arranged, wherein the diaphragm is connected to the conductor carrier at at least two connection points (6a, 6b) and is stretched by the conductor carrier, wherein the conductor carrier consists of an electrically conductive material at least in sections, wherein an insulation layer is arranged between the at least one electrical conductor track (5a, 5b) and the electrically conductive material of the conductor carrier.