mhurhangee/ep-ind-claims huggingface dataset:
A method of processing a signal, the method comprising: receiving a signal transmitted over a channel, the signal comprising an information signal and at least a portion of known signal; determining at least one indicator of channel characteristics based at least in part on the portion of the known signal; generating a first value indicative of the information signal based at least in part on the at least one indicator of the channel characteristics, wherein the first value comprises an error signal; and removing the error signal from the first value based at least in part on the portion of the known signal; wherein determining the at least one indicator of the channel characteristics comprises determining an estimate of the channel characteristics in the frequency domain, and wherein removing the error signal comprises determining a second value indicative of the error signal by identifying filter tap locations of filter taps for use in a time domain filter based on the estimate of the channel characteristics, the known signal, the portion of the known signal as received wherein the time domain filter is applied on the first value and the identifying the filter tap locations comprises applying a threshold to the filter tap locations, and by determining coefficients of the filter for each of the filter tap locations based at least in part on a difference between the portion of the known signal as received and the known signal. receiving a signal transmitted over a channel, the signal comprising an information signal and at least a portion of known signal; determining at least one indicator of channel characteristics based at least in part on the portion of the known signal; generating a first value indicative of the information signal based at least in part on the at least one indicator of the channel characteristics, wherein the first value comprises an error signal; and removing the error signal from the first value based at least in part on the portion of the known signal; wherein determining the at least one indicator of the channel characteristics comprises determining an estimate of the channel characteristics in the frequency domain, and wherein removing the error signal comprises determining a second value indicative of the error signal by identifying filter tap locations of filter taps for use in a time domain filter based on the estimate of the channel characteristics, the known signal, the portion of the known signal as received wherein the time domain filter is applied on the first value and the identifying the filter tap locations comprises applying a threshold to the filter tap locations, and by determining coefficients of the filter for each of the filter tap locations based at least in part on a difference between the portion of the known signal as received and the known signal.
Process for the synthesis of aggregate particles comprising a core of CaCO 3, which is at least partially coated with ZnO, comprising the steps of: - heating a metallic Zn bath, thereby evaporating Zn and forming a Zn-vapor atmosphere; - injecting air in an amount in excess of the stoechiometric needs for the oxidation of the Zn vapor to ZnO in the Zn-vapor atmosphere; and, - injecting CaCO 3 particles as core compound in the Zn-vapor atmosphere, characterized in that the injected amount of air is at least 700% of the stoechiometric needs for the oxidation of the Zn vapor to ZnO - heating a metallic Zn bath, thereby evaporating Zn and forming a Zn-vapor atmosphere; - injecting air in an amount in excess of the stoechiometric needs for the oxidation of the Zn vapor to ZnO in the Zn-vapor atmosphere; and, - injecting CaCO 3 particles as core compound in the Zn-vapor atmosphere,
An optical element for use in front of a light source for obtaining a skylight appearance, said optical element having an element light input window and an element light exit window; wherein the optical element comprises a raster structure situated at the element light input window, a diffuser situated at the element light exit window opposite of the raster structure, and an edge wall extending between the raster structure and the diffuser; the raster structure, the diffuser and the edge wall defining a chamber; wherein the raster structure comprises a plurality of light transmitting cells, each light transmitting cell comprising: - a light transmitting channel for collimating a part of light emitted by the light source, - a light input window at a first side of the light transmitting channel for receiving light from the light source, - a light exit window for emitting light, at least a part of the light exit window being arranged at a second side of the light transmitting channel opposite to the first side, and - a wall interposed between said light input window and said part of the light exit window, the wall enclosing the light transmitting channel, at least a part of the wall being transmissive in a predefined spectral range for obtaining a colored light emission at relatively large light emission angles with respect to a normal to the part of said light exit window; and, characterized in that a surface of the edge wall arranged perpendicular to the raster structure is specularly reflective for specularly reflecting the light emitted from the raster structure and impinging on said surface of the edge wall towards said diffuser. - a light transmitting channel for collimating a part of light emitted by the light source, - a light input window at a first side of the light transmitting channel for receiving light from the light source, - a light exit window for emitting light, at least a part of the light exit window being arranged at a second side of the light transmitting channel opposite to the first side, and - a wall interposed between said light input window and said part of the light exit window, the wall enclosing the light transmitting channel, at least a part of the wall being transmissive in a predefined spectral range for obtaining a colored light emission at relatively large light emission angles with respect to a normal to the part of said light exit window; and, characterized in that
Seat module for an aircraft comprising: - an armchair having a seat and a backrest disposed behind the seat, - a méridienne having a mattress and a backrest, in which the mattress laterally extends the seat and has a rear edge disposed at the rear of the mattress, a front edge disposed at the front of the mattress, a proximal edge in contact with a lateral edge of the seat and a distal edge away from the seat, in which the backrest of the méridienne extends the backrest of the armchair and extends along the rear edge and the distal edge, and in which the mattress has a cutout, characterized by - a box housed under the mattress and having an opening, in which the box is translationally mobile between a retracted position in which the box is away from the armchair and frees the space under the cutout and an advanced position in which the box is close to the armchair and vertically blocks the space under the cutout, and - a seating part taking the overall form of the cutout and which is positioned on the box when the latter is in advanced position so as to fill the cutout. - an armchair having a seat and a backrest disposed behind the seat, - a méridienne having a mattress and a backrest, in which the mattress laterally extends the seat and has a rear edge disposed at the rear of the mattress, a front edge disposed at the front of the mattress, a proximal edge in contact with a lateral edge of the seat and a distal edge away from the seat, in which the backrest of the méridienne extends the backrest of the armchair and extends along the rear edge and the distal edge, and in which the mattress has a cutout, characterized by - a box housed under the mattress and having an opening, in which the box is translationally mobile between a retracted position in which the box is away from the armchair and frees the space under the cutout and an advanced position in which the box is close to the armchair and vertically blocks the space under the cutout, and - a seating part taking the overall form of the cutout and which is positioned on the box when the latter is in advanced position so as to fill the cutout.
A method of cleaning a plurality of supply lines, all or some of the lines having an outlet control device configurable to either allow or prevent fluid in the line flowing to a shared outlet conduit, the method including steps of: setting the outlet control devices of one or more of the plurality of supply lines to allow fluid flow to the outlet conduit; setting the outlet control devices of any remainder of the plurality of supply lines to prevent fluid from flowing to the outlet conduit; delivering cleaning fluid to the plurality of supply lines such that the fluid passes into the outlet conduit via the one or more outlet control devices so set; monitoring the concentration of cleaning fluid passing through the outlet conduit, and ceasing the delivery of cleaning fluid when the concentration reaches a predetermined level, wherein during the cleaning fluid delivery step, cleaning fluid that does not pass into the outlet conduit is steeped and agitated within the supply lines to provide a cleaning action. setting the outlet control devices of one or more of the plurality of supply lines to allow fluid flow to the outlet conduit; setting the outlet control devices of any remainder of the plurality of supply lines to prevent fluid from flowing to the outlet conduit; delivering cleaning fluid to the plurality of supply lines such that the fluid passes into the outlet conduit via the one or more outlet control devices so set; monitoring the concentration of cleaning fluid passing through the outlet conduit, and ceasing the delivery of cleaning fluid when the concentration reaches a predetermined level, wherein during the cleaning fluid delivery step, cleaning fluid that does not pass into the outlet conduit is steeped and agitated within the supply lines to provide a cleaning action.
A watch-making or clock-making component comprising an amorphous metal alloy corresponding to the formula Fe a Co b Ni c Nb d V e B f Ta g in which: 0 ≤ a ≤ 70; 0 ≤ b ≤ 70; 8 < c ≤ 60; 1 ≤ d ≤ 19; 1 ≤ e ≤ 10; 12 < f ≤ 25; 0 ≤ g ≤ 5; with 20 ≤ a + b ≤ 70; 50 ≤ a + b + c ≤ 90; 5 ≤ d + e ≤ 20; and a + b + c + d + e + f + g = 100.
An air-conditioner, comprising: an air conditioner body with a housing defining an internal air duct and a centrifugal blower, an evaporator and an air-conditioner air supply apparatus being disposed in the internal air duct from bottom to top of the air conditioner body, wherein the air-conditioner air supply apparatus comprises a cover body and wherein the cover body has a front opening and a rear opening and a through-duct running through the entire cover body being formed in the middle of the cover body from the front opening to the rear opening and wherein the front opening forms a mixed air outlet and the rear opening forms a non-heat-exchanged air inlet and wherein further, a main heat-exchanged air duct is formed between the air conditioner body and the rear end of a wall of the cover body, wherein the main heat-exchanged air duct enables heat-exchanged air being blown from the evaporator via the internal air duct to the air-conditioner air supply apparatus, characterized in that, the main heat-exchanged air duct is provided with a deflector that divides the main heat-exchanged air duct into a plurality of heat-exchanged air duct branches that communicate the internal air duct with the through-duct and; an airflow distribution assembly is disposed in the main heat-exchanged air duct for circumferentially distributing heat-exchanged air, that enters the main heat-exchanged air duct from the internal air duct, by extending into the heat-exchanged air duct branches and; wherein further, the cover body, the main heat-exchanged air duct and the heat-exchanged air duct branches have a shape of the majority of a circle but are non-annular by having a notch at a lower part.
An elevator system which comprises at least one elevator, at least one landing door and a control system controlling the door of the elevator and the landing door, characterized in that the landing door comprises detector elements for the determination of a maximum extent of opening of the landing door; the elevator car comprises means for sensing the detector elements moving with the landing door when the landing door is being opened, and said means have been arranged to send to the control system a signal for stopping the opening movement of the landing door; and the control system has been arranged to stop the opening of the landing door in response to the signal received from said means.
A method for the detection of SARS-CoV-2 in a plurality of biological samples of living beings, said method comprises the following steps: Providing 2 n biological samples (double sample), each thereof originates from an individual living being out of a group of n individual living beings, wherein n is an integer of 2 - 500, preferably of 3 - 100, further preferably of 5 - 50, and further preferably of 10; Placing the first of said 2 n biological samples (double sample) in individual buffer solution to obtain individual archive samples S A n; Pooling the second of said 2 n biological samples (double sample) by placing them in common buffer solution and incubating them for a time span allowing the displacement of SARS-CoV-2 and/or SARS-CoV-2 derived material from the sample and its transfer into the common buffer to obtain a pool sample S P. Testing the pool sample S P for the presence of SARS-CoV-2 and/or SARS-CoV-2 derived material; Qualifying each of the n individual living beings as SARS-CoV-2 negative if in step no SARS-CoV-2 and/or SARS-CoV-2 derived material is detected in pool sample S P; or Testing each of said individual archive sample S A n for the presence of SARS-CoV-2 and/or SARS-CoV-2 derived material if in step SARS-CoV-2 and/or SARS-CoV-2 derived material is detected in pool sample S P, wherein said biological samples are swabs Providing 2 n biological samples (double sample), each thereof originates from an individual living being out of a group of n individual living beings, wherein n is an integer of 2 - 500, preferably of 3 - 100, further preferably of 5 - 50, and further preferably of 10; Placing the first of said 2 n biological samples (double sample) in individual buffer solution to obtain individual archive samples S A n; Pooling the second of said 2 n biological samples (double sample) by placing them in common buffer solution and incubating them for a time span allowing the displacement of SARS-CoV-2 and/or SARS-CoV-2 derived material from the sample and its transfer into the common buffer to obtain a pool sample S P. Testing the pool sample S P for the presence of SARS-CoV-2 and/or SARS-CoV-2 derived material; Qualifying each of the n individual living beings as SARS-CoV-2 negative if in step no SARS-CoV-2 and/or SARS-CoV-2 derived material is detected in pool sample S P; or Testing each of said individual archive sample S A n for the presence of SARS-CoV-2 and/or SARS-CoV-2 derived material if in step SARS-CoV-2 and/or SARS-CoV-2 derived material is detected in pool sample S P, wherein said biological samples are swabs
A load receiving member comprising: a front side attachment portion (22A1) that is configured to be joined to an outside portion, at a vehicle width direction outer side, of a front side member that is disposed along a vehicle front and rear direction at the vehicle width direction outerside of a power unit disposed in a vehicle body front portion, a rear side attachment portion that is configured to be joined to the outside portion of the front side member at the vehicle front and rear direction rear side of the front side attachment portion (22A1), a load input portion that is positioned at the vehicle front and rear direction front side and the vehicle width direction outer side of the rear side attachment portion, the load receiving member being characterized in that it further comprises: a load transmitting rib that interconnects the load input portion and the rear side attachment portion, and an outside wall portion (22B, 22D) that is disposed at the vehicle width direction outer side of the load transmitting rib and interconnects the load input portion and the rear side attachment portion. a front side attachment portion (22A1) that is configured to be joined to an outside portion, at a vehicle width direction outer side, of a front side member that is disposed along a vehicle front and rear direction at the vehicle width direction outerside of a power unit disposed in a vehicle body front portion, a rear side attachment portion that is configured to be joined to the outside portion of the front side member at the vehicle front and rear direction rear side of the front side attachment portion (22A1), a load input portion that is positioned at the vehicle front and rear direction front side and the vehicle width direction outer side of the rear side attachment portion, the load receiving member being characterized in that it further comprises: a load transmitting rib that interconnects the load input portion and the rear side attachment portion, and an outside wall portion (22B, 22D) that is disposed at the vehicle width direction outer side of the load transmitting rib and interconnects the load input portion and the rear side attachment portion. a load transmitting rib that interconnects the load input portion and the rear side attachment portion, and an outside wall portion (22B, 22D) that is disposed at the vehicle width direction outer side of the load transmitting rib and interconnects the load input portion and the rear side attachment portion.
A support plate for use with container treatment apparatuses and/or equipping apparatuses, the support plate comprising - a support surface for a container; and - at least one lever (9a, 9b, 9c) for clampingly securing a container when the container is positioned on the support surface, wherein the at least one lever (9a, 9b, 9c) is designed to be rotationally movable parallel to the plane of the support surface and can be fastened in a force-impinged manner at the lateral outer cover surface of the container for clampingly securing the particular container, characterized in that the support surface is spring-mounted perpendicular to the movement direction of the at least one lever (9a, 9b, 9c). - a support surface for a container; and - at least one lever (9a, 9b, 9c) for clampingly securing a container when the container is positioned on the support surface, wherein the at least one lever (9a, 9b, 9c) is designed to be rotationally movable parallel to the plane of the support surface and can be fastened in a force-impinged manner at the lateral outer cover surface of the container for clampingly securing the particular container, characterized in that the support surface is spring-mounted perpendicular to the movement direction of the at least one lever (9a, 9b, 9c).
A file sending method, wherein the method is comprising steps of: creating a data sending process; acquiring a file to be sent, corresponding to the data sending process, from a data cache region in a user space; constructing metadata for the data sending process, and recording the metadata in a data reading and sending region in the user space; and processing the metadata, wherein the step of processing the metadata comprises: sending the file to be sent and the metadata to a network adapter by means of a user-mode network device driver, and sending the file to be sent and the metadata by means of the network adapter. creating a data sending process; acquiring a file to be sent, corresponding to the data sending process, from a data cache region in a user space; constructing metadata for the data sending process, and recording the metadata in a data reading and sending region in the user space; and processing the metadata, wherein the step of processing the metadata comprises: sending the file to be sent and the metadata to a network adapter by means of a user-mode network device driver, and sending the file to be sent and the metadata by means of the network adapter.
A message processing method, applied to a second terminal comprising a processor and a memory, and the method comprising: receiving a session message from a first terminal in a session, the session being established in a parent application run on the first terminal, the session message being initiated by the first terminal to share a child application; extracting a child application identifier in the session message, wherein a code bundle of the child application comprises a principle code bundle and a plug-in code bundle which are associated with each other by the child application identifier; obtaining the plug-in code bundle corresponding to the child application identifier, wherein the plug-in code bundle is configured to define a plug-in that carries data related to the child application, wherein the child application is configured to be run in an environment provided by the parent application through executing the principal code bundle by the first terminal; executing the plug-in code bundle in the environment provided by the parent application executed on the second terminal; periodically obtaining, by executing the plug-in code bundle, shared data corresponding to the child application identifier; and when obtaining the shared data, dynamically drawing, according to the currently obtained shared data, a picture on a session interface of the second terminal corresponding to the session message, such that the picture is updated in real time on the session interface. receiving a session message from a first terminal in a session, the session being established in a parent application run on the first terminal, the session message being initiated by the first terminal to share a child application; extracting a child application identifier in the session message, wherein a code bundle of the child application comprises a principle code bundle and a plug-in code bundle which are associated with each other by the child application identifier; obtaining the plug-in code bundle corresponding to the child application identifier, wherein the plug-in code bundle is configured to define a plug-in that carries data related to the child application, wherein the child application is configured to be run in an environment provided by the parent application through executing the principal code bundle by the first terminal; executing the plug-in code bundle in the environment provided by the parent application executed on the second terminal; periodically obtaining, by executing the plug-in code bundle, shared data corresponding to the child application identifier; and when obtaining the shared data, dynamically drawing, according to the currently obtained shared data, a picture on a session interface of the second terminal corresponding to the session message, such that the picture is updated in real time on the session interface.