mhurhangee/ep-ind-claims huggingface dataset:
A tunable narrowband infrared receiver (111, 121, 131, 200), comprising: an infrared diode configured to receive an infrared signal; a frequency mixer configured to: receive the infrared signal from the infrared diode; receive a local oscillator signal wherein the local oscillator signal is associated with a frequency band; and combine the infrared signal and the local oscillator signal to produce a shifted signal within the frequency band; a bandpass filter configured to filter the shifted signal by removing, from the shifted signal, signals that are outside of the frequency band to produce a filtered signal; and a processor configured to: transmit the local oscillator signal to the frequency mixer; and detect at least one of a remote control code or a command within the infrared signal based on the filtered signal. an infrared diode configured to receive an infrared signal; a frequency mixer configured to: receive the infrared signal from the infrared diode; receive a local oscillator signal wherein the local oscillator signal is associated with a frequency band; and combine the infrared signal and the local oscillator signal to produce a shifted signal within the frequency band; receive the infrared signal from the infrared diode; receive a local oscillator signal wherein the local oscillator signal is associated with a frequency band; and combine the infrared signal and the local oscillator signal to produce a shifted signal within the frequency band; a bandpass filter configured to filter the shifted signal by removing, from the shifted signal, signals that are outside of the frequency band to produce a filtered signal; and a processor configured to: transmit the local oscillator signal to the frequency mixer; and detect at least one of a remote control code or a command within the infrared signal based on the filtered signal. transmit the local oscillator signal to the frequency mixer; and detect at least one of a remote control code or a command within the infrared signal based on the filtered signal.
The use of an active ingredient which allows the removal of dirt and is selected from graft copolymers which contain a polyalkylene glycol graft base and, as a grafted branch, polymerized compounds comprising at least one olefinically unsaturated double bond and a polar group, selected from 2-propene-1-sulfonic acid, 2-sulfoethyl methacrylate, 3-sulfopropyl dimethyl-3-methacrylamido propyl ammonium salt, 1-allyloxy-2-hydroxypropyl sulfonic acid, salts, in particular alkali metal salts, of said acids, and mixtures thereof, for increasing the cleaning performance of washing agents when washing textiles.
A ventilation arrangement for ventilating a building interior, the ventilation arrangement comprising: an air duct which extends in use from roof level into an interior of the building to be ventilated to convey air between the exterior and interior of the building; a housing with ventilation openings which extend around an upper part of the air duct to direct moving air caused by wind movement into or out of the air duct; the ventilation openings having a louvre configuration defining a plurality of discrete openings, one above each other; and a guide member provided in a topmost part of the housing, the guide member providing a profiled surface closing the top of the housing interior, with the profiled surface curving concavely downwardly from the sides or adjacent the sides of the housing to a substantially central apex, characterised in that the guide member also providing an elongate conduit extending downwardly from the central apex to locate cables or other line means.
A probe pin comprising: a coil spring; a first plunger, a first end of which is inserted from a first end of the coil spring into the coil spring and a second end of which is exposed to outside of the coil spring; and a second plunger, a first end of which is inserted from a second end of the coil spring into the coil spring to be in contact with the first end of the first plunger and a second end of which is exposed to the outside of the coil spring, wherein the second plunger includes at least one elastic arm extending from the second end of the second plunger, and a touch portion is provided at a leading end of the elastic arm and displaceable in a direction intersecting an axial center direction when pressing force in the axial center direction is applied to the touch portion, characterized in that a step portion is provided along an edge of one of surfaces of the second plunger such that in case that the pressing force acts on the elastic arm in the axial center direction, torsional moment is generated in the elastic arm. a coil spring; a first plunger, a first end of which is inserted from a first end of the coil spring into the coil spring and a second end of which is exposed to outside of the coil spring; and a second plunger, a first end of which is inserted from a second end of the coil spring into the coil spring to be in contact with the first end of the first plunger and a second end of which is exposed to the outside of the coil spring, wherein the second plunger includes at least one elastic arm extending from the second end of the second plunger, and a touch portion is provided at a leading end of the elastic arm and displaceable in a direction intersecting an axial center direction when pressing force in the axial center direction is applied to the touch portion, characterized in that a step portion is provided along an edge of one of surfaces of the second plunger such that in case that the pressing force acts on the elastic arm in the axial center direction, torsional moment is generated in the elastic arm.
A troubleshooting method, comprising: determining, by an aggregation node when a link fault or a device fault occurs on an active optical line termination, OLT, side, an active logical port which belongs to the active OLT and is used to forward a data packet, wherein the active logical port supports at least one user service, and each user service is denoted by a user service identifier (C-VLAN, S-VLAN) formed by a user local area network tag C-VLAN and a service local area network tag S-VLAN; searching, by the aggregation node, a locally stored logical port mapping table according to the active logical port to obtain a standby logical port corresponding to the active logical port, wherein the standby logical port supports a same user service as the active logical port and belongs to a standby OLT; triggering, by the aggregation node, the standby OLT to enable the standby logical port to receive a data packet that is sent by the standby OLT through the standby logical port; wherein the link fault on the active OLT side comprises: an active fiber link fault on the active OLT side or an uplink physical port fault of the active OLT; and the device fault on the active OLT side comprises: an active OLT fault or a PON physical port fault of the active OLT. determining, by an aggregation node when a link fault or a device fault occurs on an active optical line termination, OLT, side, an active logical port which belongs to the active OLT and is used to forward a data packet, wherein the active logical port supports at least one user service, and each user service is denoted by a user service identifier (C-VLAN, S-VLAN) formed by a user local area network tag C-VLAN and a service local area network tag S-VLAN; searching, by the aggregation node, a locally stored logical port mapping table according to the active logical port to obtain a standby logical port corresponding to the active logical port, wherein the standby logical port supports a same user service as the active logical port and belongs to a standby OLT; triggering, by the aggregation node, the standby OLT to enable the standby logical port to receive a data packet that is sent by the standby OLT through the standby logical port; wherein the link fault on the active OLT side comprises: an active fiber link fault on the active OLT side or an uplink physical port fault of the active OLT; and the device fault on the active OLT side comprises: an active OLT fault or a PON physical port fault of the active OLT.
Vaccine containing purified and inactivated rabies virus, according to which the amount of residual DNA measured by quantitative PCR and the amount of total proteins measured by the Bradford method which are present in one dose of vaccine which contains 2.5 IU according to the NIH test are, respectively, less than 20 pg and less than 40 μ g, and are preferably, respectively, less than 10 pg and less than 20 μ g, and in which at least 70% of the total proteins are proteins of the rabies virus.
An image processing apparatus comprising: a first high-pass filter adapted to extract a mid-high range component having frequencies greater than or equal to a first frequency value from an input image signal; a first non-linear processing unit adapted to perform non-linear processing on an output signal from the first high-pass filter; a first addition unit adapted to add an output signal from the first non-linear processing unit and the input image signal; a threshold value determination unit adapted to receive the input image signal and to detect a maximum value and a minimum value of pixel values in the range of the input image signal that was subjected to processing by the first high-pass filter, and to determine an upper threshold value and a lower threshold value for clipping processing based on the maximum value and the minimum value; a clipping unit adapted to perform clipping processing on an output signal from the first addition unit using the upper threshold value and the lower threshold value; a second high-pass filter adapted to extract a high range component having frequencies greater than or equal to a second frequency value that is greater than the first frequency value from an output signal from the clipping unit; a second non-linear processing unit adapted to perform non-linear processing on an output signal from the second high-pass filter; and a second addition unit adapted to add an output signal from the second non-linear processing unit and the output signal from the clipping unit. a first high-pass filter adapted to extract a mid-high range component having frequencies greater than or equal to a first frequency value from an input image signal; a first non-linear processing unit adapted to perform non-linear processing on an output signal from the first high-pass filter; a first addition unit adapted to add an output signal from the first non-linear processing unit and the input image signal; a threshold value determination unit adapted to receive the input image signal and to detect a maximum value and a minimum value of pixel values in the range of the input image signal that was subjected to processing by the first high-pass filter, and to determine an upper threshold value and a lower threshold value for clipping processing based on the maximum value and the minimum value; a clipping unit adapted to perform clipping processing on an output signal from the first addition unit using the upper threshold value and the lower threshold value; a second high-pass filter adapted to extract a high range component having frequencies greater than or equal to a second frequency value that is greater than the first frequency value from an output signal from the clipping unit; a second non-linear processing unit adapted to perform non-linear processing on an output signal from the second high-pass filter; and a second addition unit adapted to add an output signal from the second non-linear processing unit and the output signal from the clipping unit.
A grounding switch, comprising an insulator, a wiring terminal, a static contact, a movable contact, a movable arcing contact, two equalizing rings (151, 152), and a static arcing contact, wherein the static arcing contact comprising a housing, a shaft, a static arcing contact and a spring, wherein the housing has an opening, one end of the static arcing contact extends into the opening and is rotatably connected to the housing by means of the shaft, the spring is connected to the housing and causes the static arcing contact to be deflected towards one side of the opening; the wiring terminal is fixed to the top of the insulator, the static arcing contact is connected between one side of the wiring terminal and one of the equalizing rings, and the other of the equalizing rings is connected on the other side of the wiring terminal; the static contact is connected between the wiring terminal and the static arcing contact, the positions of the movable contact and the movable arcing contact correspond respectively to the static contact and the static arcing contact; during closing of the grounding switch, the movable arcing contact and the static arcing contact come into contact before the static contact and the movable contact; during opening of the grounding switch, the movable arcing contact and the static arcing contact separate after the static contact and the movable contact.
A method of determining the weight of an article, the method performed in a distributed computing environment including a terminal device, a server and a weighing scale, the method comprising: receiving, at a terminal device, a selection of a container from a user for storing an article; retrieving a weight of the selected container from a first look-up table, wherein the first look-up table includes a container identifier and an associated container weight for one or more containers; prompting, by the terminal device, the user to place the container storing the article onto a weighing scale, the weighing scale being associated with a weighing scale identifier code, wherein the weighing scale sends a weight measurement value, corresponding to a weight present on the weighing scale, to a server, and wherein the weight measurement value is stored, or replaces a previous weight measurement value associated with the weighing scale identifier code, in a second look-up table, the second look-up table including a weighing scale identifier code and an associated weighing scale measurement value for one or more weighing scales; receiving the weighing scale identifier code of the weighing scale, inputted or scanned on the terminal device by the user; retrieving, at the server, the weight measurement value associated with the weighing scale identifier code from the second look-up table, the weight measurement value corresponding to the combined weight of the container and the article; and subsequently calculating the weight of the article from the difference between the weight of the container and the combined weight of container and the article. receiving, at a terminal device, a selection of a container from a user for storing an article; retrieving a weight of the selected container from a first look-up table, wherein the first look-up table includes a container identifier and an associated container weight for one or more containers; prompting, by the terminal device, the user to place the container storing the article onto a weighing scale, the weighing scale being associated with a weighing scale identifier code, wherein the weighing scale sends a weight measurement value, corresponding to a weight present on the weighing scale, to a server, and wherein the weight measurement value is stored, or replaces a previous weight measurement value associated with the weighing scale identifier code, in a second look-up table, the second look-up table including a weighing scale identifier code and an associated weighing scale measurement value for one or more weighing scales; receiving the weighing scale identifier code of the weighing scale, inputted or scanned on the terminal device by the user; retrieving, at the server, the weight measurement value associated with the weighing scale identifier code from the second look-up table, the weight measurement value corresponding to the combined weight of the container and the article; and subsequently calculating the weight of the article from the difference between the weight of the container and the combined weight of container and the article.
An input circuit arrangement, which is configured for being selectively operated in a first and a second operating mode (A, B) and comprises - a terminal for supplying a terminal signal and - a detection circuit which has its input side coupled to the terminal and is configured to set the input circuit arrangement to an operating mode from a group comprising the first and the second operating mode (A, B) depending on a gradient of an alteration of the terminal signal, wherein in the first operating mode both data information and clock information are supplied to the input circuit arrangement via the terminal and in the second operating mode the input circuit arrangement is configured to provide an input signal corresponding to the terminal signal. - a terminal for supplying a terminal signal and - a detection circuit which has its input side coupled to the terminal and is configured to set the input circuit arrangement to an operating mode from a group comprising the first and the second operating mode (A, B) depending on a gradient of an alteration of the terminal signal,
A method of modifying the melt flow ratio (I 21 /I 5), where I 21 is measured by ASTM-D-1238 (at 190 °C, 21.6 kg weight) and I 5 is measured by ASTM-D-1238 (at 190 °C, 5 kg weight), of a polyethylene resin, the method comprising: a) feeding a catalyst system comprising at least two different catalyst compounds, hydrogen, ethylene, and optionally a comonomer to a polymerization reactor; wherein the catalyst system comprises at least one metallocene catalyst compound and at least one Group 15 and metal containing catalyst compound; wherein the at least two different catalyst compounds produce different average molecular weight polyethylene at the same ratio of hydrogen to ethylene; and b) adjusting the ratio of hydrogen to ethylene in the reactor and further comprising adjusting the ratio of the at least two different catalyst compounds of the catalyst system; wherein the hydrogen to ethylene ratio is adjusted to within a range from 0.0001 to 10 on a molar basis; and wherein the ratio of the at least one Group 15 metal containing component to metallocene component is adjusted within a range from 0.5 to 6.0, on a molar basis. a) feeding a catalyst system comprising at least two different catalyst compounds, hydrogen, ethylene, and optionally a comonomer to a polymerization reactor; wherein the catalyst system comprises at least one metallocene catalyst compound and at least one Group 15 and metal containing catalyst compound; wherein the at least two different catalyst compounds produce different average molecular weight polyethylene at the same ratio of hydrogen to ethylene; and b) adjusting the ratio of hydrogen to ethylene in the reactor and further comprising adjusting the ratio of the at least two different catalyst compounds of the catalyst system; wherein the hydrogen to ethylene ratio is adjusted to within a range from 0.0001 to 10 on a molar basis; and wherein the ratio of the at least one Group 15 metal containing component to metallocene component is adjusted within a range from 0.5 to 6.0, on a molar basis.
A structural member (12, 14) for a front of a motor vehicle, the structural member being configured to extend in a longitudinal direction of the vehicle, wherein the structural member has a polygonal cross-sectional shape, the longitudinal projection of which defines a plurality of surfaces (12c, 14c), wherein at least one of the surfaces has a plurality of indents (16, 18) provided on the surface, the indents being spaced apart from one another in the longitudinal direction, wherein a first indent on the at least one surface is larger in size than a second indent on the at least one surface, the second indent being further from the front of the vehicle than the first indent such that the indents encourage the successive collapse of the structural member during a collision event, and characterised in that a further indent is provided on an inboard side of the structural member and a corresponding indent is not provided on an opposite outboard side of the structural member, wherein the further indent is provided near an end of the structural member that is furthest from the front of the vehicle.
A method for transmitting information by a terminal in a wireless communication system, the method comprising: identifying an uplink control information, UCI; characterised in that the method further comprises: indicating a carrier with the lowest carrier index, in case that there are multiple physical uplink shared channels, PUSCHs to be transmitted on multiple carriers, wherein the multiple carriers are configured for a carrier aggregation; multiplexing the UCI with the data on the PUSCH of the carrier indicated with said lowest carrier index; and transmitting the UCI on the PUSCH of the carrier indicated with said lowest carrier index, wherein a carrier index is defined based on terminal-specific indexing. identifying an uplink control information, UCI; characterised in that the method further comprises: indicating a carrier with the lowest carrier index, in case that there are multiple physical uplink shared channels, PUSCHs to be transmitted on multiple carriers, wherein the multiple carriers are configured for a carrier aggregation; multiplexing the UCI with the data on the PUSCH of the carrier indicated with said lowest carrier index; and transmitting the UCI on the PUSCH of the carrier indicated with said lowest carrier index, indicating a carrier with the lowest carrier index, in case that there are multiple physical uplink shared channels, PUSCHs to be transmitted on multiple carriers, wherein the multiple carriers are configured for a carrier aggregation; multiplexing the UCI with the data on the PUSCH of the carrier indicated with said lowest carrier index; and transmitting the UCI on the PUSCH of the carrier indicated with said lowest carrier index, wherein a carrier index is defined based on terminal-specific indexing.