mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting device information for a Device To Device, D2D, service, the method comprising the steps of: transmitting a first information using a first tone in a first region; transmitting the first information through a second tone in a second region; and transmitting a second information through a resource region in a third region, wherein the first information comprises a first part of bits of a device information, wherein the second information comprises a second part of the bits of the device information, wherein the first tone is located at an n-th symbol and an m-th subcarrier of the first region, wherein the second tone is located at an m-th symbol and an n-th subcarrier of the second region, and wherein at least one of a subcarrier and a symbol occupied by the resource region in the third region is determined based on at least one of n and m. transmitting a first information using a first tone in a first region; transmitting the first information through a second tone in a second region; and transmitting a second information through a resource region in a third region, wherein the first information comprises a first part of bits of a device information, wherein the second information comprises a second part of the bits of the device information, wherein the first tone is located at an n-th symbol and an m-th subcarrier of the first region, wherein the second tone is located at an m-th symbol and an n-th subcarrier of the second region, and wherein at least one of a subcarrier and a symbol occupied by the resource region in the third region is determined based on at least one of n and m.
An apparatus for alternating current physical signal measurement and data acquisition, comprising: an analog sampling channel for performing analog sampling on an input AC physical signal to obtain an analog sampling value; a sampling switch for re-sampling the sampling value to satisfy a requirement by the receiving side on data acquisition frequency; and a timing controller for controlling the analog sampling channel and the re-sampling frequency of the sampling switch; characterized by: a register for storing a re-sampling value from the sampling switch; a bus for outputting the re-sampling value in the register to the receiving side; and a digital low-pass filter, which has an input connected with the analog sampling value outputted by the analog sampling channel and an output connected with the sampling switch, filters out high frequency components from the sampling value, and has a cut-off frequency that should be lower than 0.5 times the re-sampling frequency of the sampling switch. an analog sampling channel for performing analog sampling on an input AC physical signal to obtain an analog sampling value; a sampling switch for re-sampling the sampling value to satisfy a requirement by the receiving side on data acquisition frequency; and a timing controller for controlling the analog sampling channel and the re-sampling frequency of the sampling switch; characterized by: a register for storing a re-sampling value from the sampling switch; a bus for outputting the re-sampling value in the register to the receiving side; and a digital low-pass filter, which has an input connected with the analog sampling value outputted by the analog sampling channel and an output connected with the sampling switch, filters out high frequency components from the sampling value, and has a cut-off frequency that should be lower than 0.5 times the re-sampling frequency of the sampling switch. a register for storing a re-sampling value from the sampling switch; a bus for outputting the re-sampling value in the register to the receiving side; and a digital low-pass filter, which has an input connected with the analog sampling value outputted by the analog sampling channel and an output connected with the sampling switch, filters out high frequency components from the sampling value, and has a cut-off frequency that should be lower than 0.5 times the re-sampling frequency of the sampling switch.
A machine tool (1, 2, 3) comprising: a base; a tool spindle on which a tool is mountable; a tool intermediate device (40, 140) configured to exchange the tool between the tool spindle and the tool intermediate device (40, 140); and a tool storage (100, 200) configured to exchange the tool between the tool intermediate device (40, 140) and the tool storage (100, 200), the tool storage (100, 200) comprising: a first tool magazine (112, 312) comprising a plurality of first grippers configured to grip the tool, the first tool magazine (112, 312) being rotatable about a first rotation axis of the first tool magazine (112, 312); and a tool magazine support mechanism (110, 310) configured to support a first tool magazine stack in which at least the first tool magazine (112, 312) is stacked along the first rotation axis, wherein the tool intermediate device comprises a second tool magazine rotatable about a second rotation axis of the second tool magazine and comprising a plurality of second grippers configured to grip the tool, and the tool storage (100, 200) is located outside the base, characterized in that the base has an approximate box shape, in which the second tool magazine is located. a base; a tool spindle on which a tool is mountable; a tool intermediate device (40, 140) configured to exchange the tool between the tool spindle and the tool intermediate device (40, 140); and a tool storage (100, 200) configured to exchange the tool between the tool intermediate device (40, 140) and the tool storage (100, 200), the tool storage (100, 200) comprising: a first tool magazine (112, 312) comprising a plurality of first grippers configured to grip the tool, the first tool magazine (112, 312) being rotatable about a first rotation axis of the first tool magazine (112, 312); and a tool magazine support mechanism (110, 310) configured to support a first tool magazine stack in which at least the first tool magazine (112, 312) is stacked along the first rotation axis, a first tool magazine (112, 312) comprising a plurality of first grippers configured to grip the tool, the first tool magazine (112, 312) being rotatable about a first rotation axis of the first tool magazine (112, 312); and a tool magazine support mechanism (110, 310) configured to support a first tool magazine stack in which at least the first tool magazine (112, 312) is stacked along the first rotation axis, wherein the tool intermediate device comprises a second tool magazine rotatable about a second rotation axis of the second tool magazine and comprising a plurality of second grippers configured to grip the tool, and the tool storage (100, 200) is located outside the base, characterized in that the base has an approximate box shape, in which the second tool magazine is located.
A device management method performed by a mobile terminal, the method comprising: receiving, by the mobile terminal from a server, schedule information including a command for generating a logging node for a corresponding resource of the mobile terminal; characterized by generating, by the mobile terminal, the logging node including a common attribute and an additional attribute, according to the schedule information; wherein the common attribute includes fields which are common to other nodes of the mobile terminal, wherein the fields which are common to other nodes include an ACCESS CONTROL LIST field indicating a list of external devices that are capable of accessing the corresponding resource, a FORMAT field indicating an encoding type of the corresponding resource, a NAME field indicating a name of the corresponding resource, a SIZE field indicating a size of the corresponding resource, a TIME STAMP field indicating a time point at which a value of the corresponding resource was finally changed, a TYPE field indicating a format or type of the corresponding resource, and a MANAGEMENT TYPE field indicating a type of the logging node, wherein the additional attribute includes fields which are specified to the logging node, and wherein the fields of the additional attribute include information indicating a reason for generating the log data. receiving, by the mobile terminal from a server, schedule information including a command for generating a logging node for a corresponding resource of the mobile terminal; characterized by generating, by the mobile terminal, the logging node including a common attribute and an additional attribute, according to the schedule information; wherein the common attribute includes fields which are common to other nodes of the mobile terminal, wherein the fields which are common to other nodes include an ACCESS CONTROL LIST field indicating a list of external devices that are capable of accessing the corresponding resource, a FORMAT field indicating an encoding type of the corresponding resource, a NAME field indicating a name of the corresponding resource, a SIZE field indicating a size of the corresponding resource, a TIME STAMP field indicating a time point at which a value of the corresponding resource was finally changed, a TYPE field indicating a format or type of the corresponding resource, and a MANAGEMENT TYPE field indicating a type of the logging node, wherein the additional attribute includes fields which are specified to the logging node, and wherein the fields of the additional attribute include information indicating a reason for generating the log data.
A method, at a Base Station, for eliminating multi-user interference in a multi-antenna system, comprising the steps of: detecting precoding vector information of at least one interfering user terminal interfering with a user terminal and information about a ratio of a transmission TX power of the user terminal to a total TX power of the BS; and transmitting a control signal comprising the precoding vector information and information about the ratio to the user terminal. detecting precoding vector information of at least one interfering user terminal interfering with a user terminal and information about a ratio of a transmission TX power of the user terminal to a total TX power of the BS; and transmitting a control signal comprising the precoding vector information and information about the ratio to the user terminal.
An electric heating device for a motor vehicle through which an air flow to be heated flows, with several heating elements assembled to a heating block, wherein the heating block is formed of individual heating elements and corrugated ribs which are arranged between the heating elements and is held in a frame, and with a control device for controlling the heating elements, characterised in that this control device contains a control logic and power electronics and together with the heating block held in the frame forms a structural unit and the heating elements or heating element groups are controlled via individual electronic switches arranged in the power electronics of this control device.
A multiway switch, comprising: eight T ports and four P ports; the eight T ports comprising four first T ports and each of the four first T ports being coupled with all of the four P ports; the four first T ports supporting only a transmission function; and the multiway switch being configured to be coupled, through said T ports, with a radio frequency circuit and, through said P ports, with an antenna system of a wireless communication device operable in a dual-frequency dual-transmit mode, to implement a preset function of the wireless communication device, the antenna system comprising four antennas corresponding to the four P 2. ports and each of the four P ports is configured to be coupled with a corresponding antenna of the four antennas; characterized in that the eight T ports further comprise four second T ports; the four second T ports are coupled with the four P ports in one-to-one correspondence; the preset function is a function of transmitting a sounding reference signal, SRS, through the four antennas in turn; and the four second T ports support only a reception function. eight T ports and four P ports; the eight T ports comprising four first T ports and each of the four first T ports being coupled with all of the four P ports; the four first T ports supporting only a transmission function; and the multiway switch being configured to be coupled, through said T ports, with a radio frequency circuit and, through said P ports, with an antenna system of a wireless communication device operable in a dual-frequency dual-transmit mode, to implement a preset function of the wireless communication device, the antenna system comprising four antennas corresponding to the four P 2. ports and each of the four P ports is configured to be coupled with a corresponding antenna of the four antennas; characterized in that the eight T ports further comprise four second T ports; the four second T ports are coupled with the four P ports in one-to-one correspondence; the preset function is a function of transmitting a sounding reference signal, SRS, through the four antennas in turn; and the four second T ports support only a reception function.
A stretched body of a composition comprising a semi-aromatic polyamide resin, characterised by the composition further comprising plate-shaped talc having an aspect ratio of more than 18, a content of the plate-shaped talc being from 3.0 to 55.0 mass% when the total content of the semi-aromatic polyamide resin and the plate-shaped talc is 100 mass%.
A regeneration circuit for the in situ regeneration of an inline adsorbent filter, said filter being part of a normal circuit that is configured to remove one or more contaminant from an oil circulated through a machine, the regeneration circuit including: a regeneration unit configured to remove one or more contaminant from a liquid contaminated oil creating a liquid regenerated oil; a pump configured to move the regenerated oil from the regeneration unit and through the filter, thereby extracting the or each contaminant from the filter and creating the contaminated oil, the pump further configured to return the contaminated oil to the regeneration unit for contaminant removal; valves (10, 14) configured to isolate the machine from the filter during regeneration; such that the pump is configured to maintain the pressure and flow rate of the regenerated oil through the filter at a level that ensures the filter is not exposed to vacuum or the atmosphere during regeneration. a regeneration unit configured to remove one or more contaminant from a liquid contaminated oil creating a liquid regenerated oil; a pump configured to move the regenerated oil from the regeneration unit and through the filter, thereby extracting the or each contaminant from the filter and creating the contaminated oil, the pump further configured to return the contaminated oil to the regeneration unit for contaminant removal; valves (10, 14) configured to isolate the machine from the filter during regeneration; such that the pump is configured to maintain the pressure and flow rate of the regenerated oil through the filter at a level that ensures the filter is not exposed to vacuum or the atmosphere during regeneration.
Adjustable attachment adapter of a gripping element (1, 2) mounted on a slide of a gripping device, - wherein a slide adapter is attached to the slide and a gripping element adapter is attached to the gripping element (1, 2), - wherein the gripping element adapter is seated manually displaceable in the slide adapter and has a displacement direction which is oriented parallel to the travelling direction of the slide, and - wherein at least one positively connected ratchet-and-pawl mechanism, which can be unlatched by a linear manual sliding movement against a spring force, the locking stroke of which sliding movement is oriented transversely to the travelling direction of the slide, is arranged between the slide adapter and the gripping element adapter. - wherein a slide adapter is attached to the slide and a gripping element adapter is attached to the gripping element (1, 2), - wherein the gripping element adapter is seated manually displaceable in the slide adapter and has a displacement direction which is oriented parallel to the travelling direction of the slide, and - wherein at least one positively connected ratchet-and-pawl mechanism, which can be unlatched by a linear manual sliding movement against a spring force, the locking stroke of which sliding movement is oriented transversely to the travelling direction of the slide, is arranged between the slide adapter and the gripping element adapter.
A device for receiving a head of a person, comprising at least two lips laid about a first main axis and about a second main axis aligned perpendicularly to the first main axis, which lips form with at least one fixing means a closed curve with a cavity formed therein for receiving the head of the person, having two coupling members which are set up for coupling to a training device, and the fixing means being designed, by adapting a circumference of the curve, to form a homogeneously acting positive fit or frictional connection between the lips and the head of the person, characterized in that the lips are formed as grippers which are connected to the fixing means, each of the grippers having two curved outer cheeks which are connected to one another by means of struts, run towards one another and are in mutual operative connection, such that a force exerted on at least one of the outer cheeks in a force direction causes a deflection of the gripper counter to the force direction in order to form a positive fit between the grippers and the head of the person.
An apparatus arranged to drive a light-emitting diode, the apparatus comprising: - an output stage for supplying a current to the light-emitting diode, the current having an average value and a peak value, the peak value divided by the average value forming a ratio, and - an input stage comprising: - an arrangement coupled to an alternating power source and to an input of the output stage, wherein the arrangement is for reducing the ratio, the arrangement comprising a serial resonant tank tuned to a third or a fifth or a seventh harmonic frequency component of a fundamental frequency component of the power source, and - a further arrangement in parallel with the arrangement, the further arrangement comprises a resistor. - an output stage for supplying a current to the light-emitting diode, the current having an average value and a peak value, the peak value divided by the average value forming a ratio, and - an input stage comprising: - an arrangement coupled to an alternating power source and to an input of the output stage, wherein the arrangement is for reducing the ratio, the arrangement comprising a serial resonant tank tuned to a third or a fifth or a seventh harmonic frequency component of a fundamental frequency component of the power source, and - a further arrangement in parallel with the arrangement, the further arrangement comprises a resistor. - an arrangement coupled to an alternating power source and to an input of the output stage, wherein the arrangement is for reducing the ratio, the arrangement comprising a serial resonant tank tuned to a third or a fifth or a seventh harmonic frequency component of a fundamental frequency component of the power source, and - a further arrangement in parallel with the arrangement, the further arrangement comprises a resistor.
Translational escapement mechanism comprising a first escapement wheel, a second escapement wheel, an oscillatory mobile (10, 11) and an anchor mobile (15, 14), the first escapement wheel being arranged to cooperate with the oscillatory mobile (10, 11) in order to displace the equilibrium point of said oscillatory mobile (10, 11) by a determined amplitude upon each oscillation of said mobile (10, 11) in order to maintain the oscillations of said oscillatory mobile (10, 11), the anchor mobile (15, 14) being arranged to cooperate with the first escapement wheel and the second escapement wheel, characterised in that the escapement mechanism further comprises a constant force spring connecting the first escapement wheel to the second escapement wheel and an intermediate wheel meshing with an escapement pinion fixedly attached to the first escapement wheel; and in that one end of the constant force spring is fixed to said intermediate wheel while the second end of said constant force spring is fixed to the second escapement wheel (2, 2a).
A method performed by a policy and charging rules node (PCRN), the method comprising: receiving a metering limit associated with a user; defining a session key associated with the metering limit; defining a flow key associated with the metering limit; dynamically selecting the session key; commanding a policy and charging enforcement node to apply the dynamically selected session key to a session of the user, wherein the session key measures usage associated with the user session; dynamically selecting the flow key; commanding the policy and charging enforcement node to uninstall the session key; and commanding the policy and charging enforcement node to apply the dynamically selected flow key to a flow of the user. receiving a metering limit associated with a user; defining a session key associated with the metering limit; defining a flow key associated with the metering limit; dynamically selecting the session key; commanding a policy and charging enforcement node to apply the dynamically selected session key to a session of the user, wherein the session key measures usage associated with the user session; dynamically selecting the flow key; commanding the policy and charging enforcement node to uninstall the session key; and commanding the policy and charging enforcement node to apply the dynamically selected flow key to a flow of the user.
A frame intended for fastening panels (11, 13) that form walls or partitions and comprising at least one lower rail and vertical uprights connected at their lower end to the lower rail and spaced in twos, wherein the fronts of the uprights comprise a longitudinal slide with a longitudinal opening, and the frame also comprises vertical sections, wherein each section is arranged in a slide of an upright and designed to slide and be locked in the fixed position, and wherein each section comprises, opposite the longitudinal opening of the slide, hanging means for fixing panels, preferably in a removable manner, characterized in that each section extends over a length close to the height of the slide in which it is assembled, and comprises a plurality of hanging means.
A computer-implemented method comprising: determining a slope at a number of points of a cardiac electrogram; determining a maximum value of the slope; determining a threshold value based on a percentage of the maximum value of the slope, wherein determining the threshold value comprises increasing the percentage of the maximum value until the slope at one or more of the points is less than or equal to the threshold value, and identifying a last point of the cardiac electrogram before the slope of the cardiac electrogram crosses above the threshold value as an onset of a wave. determining a slope at a number of points of a cardiac electrogram; determining a maximum value of the slope; determining a threshold value based on a percentage of the maximum value of the slope, wherein determining the threshold value comprises increasing the percentage of the maximum value until the slope at one or more of the points is less than or equal to the threshold value, and identifying a last point of the cardiac electrogram before the slope of the cardiac electrogram crosses above the threshold value as an onset of a wave.