mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication comprising: generating, via an electronic hardware processor, a clear to transmit message indicating an uplink transmission opportunity and a request for two or more stations to concurrently transmit uplink data at a specific time; transmitting, via the electronic hardware processor, the clear to transmit message to the two or more stations; and receiving, via the electronic hardware processor, a plurality of uplink data transmissions at the specific time from at least two stations of the two or more stations; further comprising generating the clear to transmit message to further include a common information field including information common to all of the two or more stations, and two or more individual information fields corresponding to each of the two or more stations respectively; further comprising generating the clear to transmit message to further include a duration field including a value for each of the two or more stations to copy into a length field of an L-SIG field of the uplink data transmissions; further comprising generating the clear to transmit message to further include an indication in the common information field of whether the two or more stations are to include packet extension symbols at an end of the plurality of uplink data transmissions. generating, via an electronic hardware processor, a clear to transmit message indicating an uplink transmission opportunity and a request for two or more stations to concurrently transmit uplink data at a specific time; transmitting, via the electronic hardware processor, the clear to transmit message to the two or more stations; and receiving, via the electronic hardware processor, a plurality of uplink data transmissions at the specific time from at least two stations of the two or more stations; further comprising generating the clear to transmit message to further include a common information field including information common to all of the two or more stations, and two or more individual information fields corresponding to each of the two or more stations respectively; further comprising generating the clear to transmit message to further include a duration field including a value for each of the two or more stations to copy into a length field of an L-SIG field of the uplink data transmissions; further comprising generating the clear to transmit message to further include an indication in the common information field of whether the two or more stations are to include packet extension symbols at an end of the plurality of uplink data transmissions.
A biological sample preparation method comprising: a first irradiating step of irradiating a first region of a sample with stimulating light at a time tl; a second irradiating step of irradiating a second region different from the first region with the stimulating light at a time t2 after the time t1; and a fixing step of fixing the sample at a time t3 after the time t2. a first irradiating step of irradiating a first region of a sample with stimulating light at a time tl; a second irradiating step of irradiating a second region different from the first region with the stimulating light at a time t2 after the time t1; and a fixing step of fixing the sample at a time t3 after the time t2.
A dishwasher comprising: a main body; a washing tub provided inside the main body; and a nozzle configured to inject washing water into the washing tub, wherein the nozzle includes an injection port configured to inject the washing water into the washing tub, a guide portion provided downstream of the injection port and configured to spirally guide the washing water injected from the injection port, and at least one leg portion (111, 112, 113) configured to connect the guide portion to the injection port, and wherein the guide portion includes a guide surface configured to guide the washing water by contacting with the washing water, the guide surface is configured to be inclined toward an outer circumference of the injection port, characterized in that the at least one leg portion (111, 112, 113) includes a plurality of leg portions disposed to be spaced apart along a circumferential direction of the injection port, and the plurality of leg portions (111, 112, 113) includes a first leg portion, a second leg portion longer than the first leg portion, and a third leg portion longer than the second leg portion. a main body; a washing tub provided inside the main body; and a nozzle configured to inject washing water into the washing tub, wherein the nozzle includes an injection port configured to inject the washing water into the washing tub, a guide portion provided downstream of the injection port and configured to spirally guide the washing water injected from the injection port, and at least one leg portion (111, 112, 113) configured to connect the guide portion to the injection port, and wherein the guide portion includes a guide surface configured to guide the washing water by contacting with the washing water, the guide surface is configured to be inclined toward an outer circumference of the injection port, characterized in that the at least one leg portion (111, 112, 113) includes a plurality of leg portions disposed to be spaced apart along a circumferential direction of the injection port, and the plurality of leg portions (111, 112, 113) includes a first leg portion, a second leg portion longer than the first leg portion, and a third leg portion longer than the second leg portion.
Hand-held, mains-independent electric tool, in particular a hand-held hydraulic fluid device, comprising a tool body comprising an electrical assembly, in particular an electrically operated pump, a handle connected to the latter and comprising an operating element, and a battery block, wherein at the lower end of the handle there is provided a connection base which is widened with respect to the cross-section of the handle and is designed for exchangeable docking of the battery block, and wherein the battery block is furthermore at least partially surrounded by a separate splash guard, wherein the splash guard is designed as a casing consisting of a highly elastic, waterimpermeable flat material, which comprises a base section, a cover section opposite said base section and side sections connecting the cover section and the base section to one another, wherein the cover section has a first opening through which the handle passes above the connection base, characterized in that the base section is provided with a second opening which is larger than the first opening and dimensioned in such a way that the splash guard can be pushed up or folded up and/or turned inside out over the battery block whilst widening the second opening, so that the battery block is at least partially exposed by emerging from the splash guard at the bottom.
A process for preparing an aqueous cobalt sulfate solution having a pH of at least 4, wherein (a) metallic cobalt is dissolved in aqueous sulfuric acid in an atmosphere of hydrogen, of inert gas or of those nitrogen/oxygen mixtures which comprise nitrogen and oxygen in a volume ratio in the range from 6:1 to 100:1, and (b) the resulting acidic cobalt sulfate solution is treated with oxygen, oxygen-comprising gas or with a substance which can release oxygen in an aqueous medium. (a) metallic cobalt is dissolved in aqueous sulfuric acid in an atmosphere of hydrogen, of inert gas or of those nitrogen/oxygen mixtures which comprise nitrogen and oxygen in a volume ratio in the range from 6:1 to 100:1, and (b) the resulting acidic cobalt sulfate solution is treated with oxygen, oxygen-comprising gas or with a substance which can release oxygen in an aqueous medium.
A method for producing a natural-extract beverage by making coffee or tea with electrolytically reduced hot water containing hydrogen molecules, comprising making coffee or tea that an oxidation-reduction potential of the extract is made to be 0 mV or less by at least one means that suppresses volatilization of dissolved molecular hydrogen, wherein the at least one means are selected from the group consisting of: means of using electrolytically reduced water obtained by electrolysis of heated source water, means of performing the extraction under high pressure in a sealed container, and means of adding to the electrolytically reduced water at least one dissolved-hydrogen stabilizing agent selected from polysaccharides and/or polyphenols.
A method for user interface interaction applied to a touchscreen apparatus comprising the steps of: combining the functions of the two or more single-function buttons on a user interface of the touchscreen apparatus into one multifunction button, and displaying said one multifunction button instead of said two or more single-function buttons; monitoring a real-time touch operation performed by a user on the multifunction button; the method being characterized by the steps of: determining a type of the touch operation according to a length of time of the touch operation; unfolding the two or more single-function buttons one after another in a user touch area around the multifunction button, when the type of the touch operation is determined to be of a first touch operation type; adjusting a docking location of the multifunction button according to a dragging movement operation performed by the user on the multifunction button, and unfolding the two or more single-function buttons one after another in the user touch area around the docking location after the multifunction button is moved, when the type of the touch operation is determined to be of a second touch operation type. combining the functions of the two or more single-function buttons on a user interface of the touchscreen apparatus into one multifunction button, and displaying said one multifunction button instead of said two or more single-function buttons; monitoring a real-time touch operation performed by a user on the multifunction button; the method being characterized by the steps of: determining a type of the touch operation according to a length of time of the touch operation; unfolding the two or more single-function buttons one after another in a user touch area around the multifunction button, when the type of the touch operation is determined to be of a first touch operation type; adjusting a docking location of the multifunction button according to a dragging movement operation performed by the user on the multifunction button, and unfolding the two or more single-function buttons one after another in the user touch area around the docking location after the multifunction button is moved, when the type of the touch operation is determined to be of a second touch operation type. determining a type of the touch operation according to a length of time of the touch operation; unfolding the two or more single-function buttons one after another in a user touch area around the multifunction button, when the type of the touch operation is determined to be of a first touch operation type; adjusting a docking location of the multifunction button according to a dragging movement operation performed by the user on the multifunction button, and unfolding the two or more single-function buttons one after another in the user touch area around the docking location after the multifunction button is moved, when the type of the touch operation is determined to be of a second touch operation type.
A refrigeration apparatus comprising: a compressor (11, 21), a condenser (12, 22), a throttling device (13, 24) and an evaporator (14, 25) making up a refrigerant circuit (1, 10, 20) in which a mixture of refrigerant, lubricating oil and oil carrier circulates, wherein the oil carrier comprises, in a molecular structure, a carbon double bond and a chlorine atom bonded to one of carbon atoms constituting the carbon double bond, and, wherein the boiling point of the refrigerant is -80°C or lower. a compressor (11, 21), a condenser (12, 22), a throttling device (13, 24) and an evaporator (14, 25) making up a refrigerant circuit (1, 10, 20) in which a mixture of refrigerant, lubricating oil and oil carrier circulates, wherein the oil carrier comprises, in a molecular structure, a carbon double bond and a chlorine atom bonded to one of carbon atoms constituting the carbon double bond, and, wherein the boiling point of the refrigerant is -80°C or lower.
A steaming iron comprising: - a soleplate provided with through holes for steam adapted to come into contact with the fabrics to be ironed; - a boiler adapted to produce steam, fluidly connected to said soleplate; - a duct for introducing water into said boiler; - heating means associated with said boiler; - a control button (4, 9), functionally connected to the boiler and arranged to obtain the delivery of steam through the through holes of said soleplate; wherein said boiler is produced as fluid-tight coupling between said soleplate and a cover portion to form a boiler compartment in which the water is boiled; wherein said cover portion is shaped in the form of a bowl or bell with an open face that couples with said soleplate that closes said open face to form said boiler compartment; wherein said boiler compartment comprises: - a bottom wall defined by said soleplate, - a top wall, opposite the bottom wall, and - lateral walls comprised between the bottom wall and the top wall; wherein said top wall and said lateral walls are defined by said cover portion; wherein on said cover there is arranged said control button and said duct for introducing water, characterized by the fact that said duct extends between an upper end that defines a mouth for introducing water and a lower end, opposite the upper end, provided with a wall that extends laterally to said duct between said upper end towards said lower end, so that the lower end of the wall delimits and circumscribes the access to the boiler compartment so that the level of water introduced into the boiler compartment cannot exceed a predetermined maximum level defined by the lower end of the wall of the duct. - a soleplate provided with through holes for steam adapted to come into contact with the fabrics to be ironed; - a boiler adapted to produce steam, fluidly connected to said soleplate; - a duct for introducing water into said boiler; - heating means associated with said boiler; - a control button (4, 9), functionally connected to the boiler and arranged to obtain the delivery of steam through the through holes of said soleplate; wherein said boiler is produced as fluid-tight coupling between said soleplate and a cover portion to form a boiler compartment in which the water is boiled; - a bottom wall defined by said soleplate, - a top wall, opposite the bottom wall, and - lateral walls comprised between the bottom wall and the top wall;
An adjustment device for a chair, said adjustment device comprising; a rocking mechanism composed of a first plate, which is fixed to a central gas-operated post for the height adjustment of a seat; a second plate to which said first plate is articulated, about a first axis that is transverse thereto and so that it can rock, said second plate being fixed to a seat or being integral with a seat; means (8a, 8b) which interact with said second plate and which are adapted to contrast the rocking of a backrest; a first cable which is slideably associated with said first plate; a lever which is adapted to be activated by said first cable and which is articulated internally to said first plate at a different second axis and is adapted to activate the height adjustment of said seat; a second cable being further slideably associated with said first plate; and a mechanism which is adapted to be activated by said second cable and which allows or prevents the rocking of said second plate.
A system comprising: a web server that includes a processor that is communicatively coupled, via a router, to a control module, that is, in turn, coupled to a switching mechanism; characterized in that: the processor is configured to: receive periodic status inquiries from the control module via the router; receive, from a web-enabled device that is communicatively coupled to the web server, updates to settings set remotely by the web-enabled device; and for each of the updates, transmit, in a response to one of the periodic status inquiries, the updated settings to the control module, which is configured to control the switching mechanism to selectively couple a source of electricity to a load according to the transmitted updated settings. a web server that includes a processor that is communicatively coupled, via a router, to a control module, that is, in turn, coupled to a switching mechanism; characterized in that: the processor is configured to: receive periodic status inquiries from the control module via the router; receive, from a web-enabled device that is communicatively coupled to the web server, updates to settings set remotely by the web-enabled device; and for each of the updates, transmit, in a response to one of the periodic status inquiries, the updated settings to the control module, which is configured to control the switching mechanism to selectively couple a source of electricity to a load according to the transmitted updated settings. receive periodic status inquiries from the control module via the router; receive, from a web-enabled device that is communicatively coupled to the web server, updates to settings set remotely by the web-enabled device; and for each of the updates, transmit, in a response to one of the periodic status inquiries, the updated settings to the control module, which is configured to control the switching mechanism to selectively couple a source of electricity to a load according to the transmitted updated settings.
A casing for an electric motor, the casing comprising a plurality of first rings, stacked over one another along a longitudinal axis (A-A) of the casing and joined together to form a central body of the casing, inside the central body a space for housing a rotor and a stator of the electric motor being defined; wherein: each of the first rings comprises at least a first slot passing through the thickness of the respective ring; the first rings are stacked over one another along the longitudinal axis (A-A), so that the first slots of the first rings form, in sequence, a first cooling channel extending along the longitudinal extension of the casing; and the first cooling channel is fluidly connected to an inlet connection and to an outlet connection for a coolant. each of the first rings comprises at least a first slot passing through the thickness of the respective ring; the first rings are stacked over one another along the longitudinal axis (A-A), so that the first slots of the first rings form, in sequence, a first cooling channel extending along the longitudinal extension of the casing; and the first cooling channel is fluidly connected to an inlet connection and to an outlet connection for a coolant.
Vehicle lamp having - a one-piece contiguous reflector, having a plurality of reflector surface regions (A1, A2, B) and an opening, and - a first light source, which is arranged such that the light emission thereof is reflected by a first region (A1, B) of the reflector surface of the reflector, characterized in that - the opening is formed between a portion of the reflector which is bent forwards and a remaining part of the reflector, and - a second light source is provided which is arranged, in relation to the light emission direction of the vehicle lamp, behind the portion of the reflector which is bent forwards, and the light emission thereof is incident through the opening on a second region of the reflector surface of the reflector and is reflected here. - a one-piece contiguous reflector, having a plurality of reflector surface regions (A1, A2, B) and an opening, and - a first light source, which is arranged such that the light emission thereof is reflected by a first region (A1, B) of the reflector surface of the reflector, - the opening is formed between a portion of the reflector which is bent forwards and a remaining part of the reflector, and - a second light source is provided which is arranged, in relation to the light emission direction of the vehicle lamp, behind the portion of the reflector which is bent forwards, and the light emission thereof is incident through the opening on a second region of the reflector surface of the reflector and is reflected here.
A method for measuring end-to-end path condition indicators of a mobile subscriber connection, said method comprising: sending a test packet from a mobile core node to a mobile subscriber device (106; 602) connected to a radio access node, said test packet having a packet version indicator informing said mobile subscriber device (106; 602) to include radio bearer conditions in a test packet reply to said test packet, said mobile subscriber device (106; 602) acting as a test traffic reflector; and receiving, at said mobile core node, said test packet reply, generated by said mobile subscriber device (106; 602), said test packet reply including current radio bearer conditions impacting the performance of the mobile subscriber device connection. sending a test packet from a mobile core node to a mobile subscriber device (106; 602) connected to a radio access node, said test packet having a packet version indicator informing said mobile subscriber device (106; 602) to include radio bearer conditions in a test packet reply to said test packet, said mobile subscriber device (106; 602) acting as a test traffic reflector; and receiving, at said mobile core node, said test packet reply, generated by said mobile subscriber device (106; 602), said test packet reply including current radio bearer conditions impacting the performance of the mobile subscriber device connection.
A method for reducing distortions incurred by an audio signal when being rendered by an electronic device, the method comprising: - receiving an input signal; - determining a signal strength based on the input signal; - determining a frequency-dependent AGC filter; wherein the frequency-dependent AGC filter is adapted to selectively attenuate the input signal within a number N of predetermined frequency ranges, N being an integer, N>0, according to corresponding N degrees of attenuation; wherein the N predetermined frequency ranges depend upon a rendering characteristic of the electronic device; wherein the N degrees of attenuation depend upon the signal strength; wherein each of the N predetermined frequency ranges comprises a center frequency and a distortion bandwidth; wherein the input signal comprises non-distorting components at frequencies which are not comprised within the N predetermined frequency ranges; and wherein the non-distorting components are not substantially attenuated by the frequency-dependent AGC filter; - attenuating the input signal using the frequency-dependent AGC filter of an AGC filter unit to obtain an output signal for rendering by the electronic device. - receiving an input signal; - determining a signal strength based on the input signal; - determining a frequency-dependent AGC filter; wherein the frequency-dependent AGC filter is adapted to selectively attenuate the input signal within a number N of predetermined frequency ranges, N being an integer, N>0, according to corresponding N degrees of attenuation; wherein the N predetermined frequency ranges depend upon a rendering characteristic of the electronic device; wherein the N degrees of attenuation depend upon the signal strength; wherein each of the N predetermined frequency ranges comprises a center frequency and a distortion bandwidth; wherein the input signal comprises non-distorting components at frequencies which are not comprised within the N predetermined frequency ranges; and wherein the non-distorting components are not substantially attenuated by the frequency-dependent AGC filter; - attenuating the input signal using the frequency-dependent AGC filter of an AGC filter unit to obtain an output signal for rendering by the electronic device.