mhurhangee/ep-ind-claims huggingface dataset:
A deframer for a wireless communication device, comprising: an input interface unit operative to receive data to be deframed; a detection unit operative to evaluate each data byte from the input interface unit to detect for bytes of specific values; a state control unit operative to provide a first set of control signals indicative of specific tasks to be performed for deframing based in part on the detected bytes of specific values; a conversion unit operative to deframe the received data based on the first set of control signals and in accordance with a particular deframing scheme to provide deframed data; and a frame check sequence, FCS, generator for checking an FCS value for each complete PPP packet in the received data; wherein the input interface unit is operative to receive the data to be deframed in word of multiple bytes and, for each received word, provide one data byte at a time for evaluation by the detection unit. an input interface unit operative to receive data to be deframed; a detection unit operative to evaluate each data byte from the input interface unit to detect for bytes of specific values; a state control unit operative to provide a first set of control signals indicative of specific tasks to be performed for deframing based in part on the detected bytes of specific values; a conversion unit operative to deframe the received data based on the first set of control signals and in accordance with a particular deframing scheme to provide deframed data; and a frame check sequence, FCS, generator for checking an FCS value for each complete PPP packet in the received data; wherein the input interface unit is operative to receive the data to be deframed in word of multiple bytes and, for each received word, provide one data byte at a time for evaluation by the detection unit.
A moving object tracking device for, to allow a display device to display a screen in which a movement line indicating a movement path of a moving object is superimposed on a real-time image of a monitored area, obtaining movement line information based on detection position information obtained by detecting the moving object from images of the monitored area, comprising: a moving object detection unit that detects the moving object from the images of the monitored area and outputs the detection position information of the moving object; a first movement line generation unit that removes erroneous detection information included in the detection position information and generates a determined movement line optimized as the movement path of the moving object based on the detection position information having the erroneous detection information removed; a second movement line generation unit that generates a provisional movement line interpolating an undetermined section between a substantially latest detection position indicated by the detection position information and an end point of the determined movement line; and a movement line information obtaining unit that obtains movement line information relating to an integrated movement line formed of the determined movement line and the provisional movement line integrated together. a moving object detection unit that detects the moving object from the images of the monitored area and outputs the detection position information of the moving object; a first movement line generation unit that removes erroneous detection information included in the detection position information and generates a determined movement line optimized as the movement path of the moving object based on the detection position information having the erroneous detection information removed; a second movement line generation unit that generates a provisional movement line interpolating an undetermined section between a substantially latest detection position indicated by the detection position information and an end point of the determined movement line; and a movement line information obtaining unit that obtains movement line information relating to an integrated movement line formed of the determined movement line and the provisional movement line integrated together.
An apparatus, comprising: at least one memory including computer program code; and at least one processor, wherein the at least one memory and the computer program code are configured to, with the at least one processor, cause the apparatus at least to: receive a hybrid multiplexed set of symbols, wherein the hybrid multiplexed set of symbols comprise a hybrid multiplexed, with time division multiplexing and frequency division multiplexing, relay-physical downlink control channel and relay-physical downlink shared channel of a backhaul link for a relay node; and search a searching space, wherein the relay-physical downlink control channel comprises the searching space with semi-statically configured parameters, and wherein the relay-physical downlink control channel searching space is defined by a set of parameters including at least a physical resource block candidate set, a rank for the relay-physical downlink control channel, and control channel element aggregation level. at least one memory including computer program code; and at least one processor, wherein the at least one memory and the computer program code are configured to, with the at least one processor, cause the apparatus at least to: receive a hybrid multiplexed set of symbols, wherein the hybrid multiplexed set of symbols comprise a hybrid multiplexed, with time division multiplexing and frequency division multiplexing, relay-physical downlink control channel and relay-physical downlink shared channel of a backhaul link for a relay node; and search a searching space, wherein the relay-physical downlink control channel comprises the searching space with semi-statically configured parameters, and wherein the relay-physical downlink control channel searching space is defined by a set of parameters including at least a physical resource block candidate set, a rank for the relay-physical downlink control channel, and control channel element aggregation level. receive a hybrid multiplexed set of symbols, wherein the hybrid multiplexed set of symbols comprise a hybrid multiplexed, with time division multiplexing and frequency division multiplexing, relay-physical downlink control channel and relay-physical downlink shared channel of a backhaul link for a relay node; and search a searching space, wherein the relay-physical downlink control channel comprises the searching space with semi-statically configured parameters, and wherein the relay-physical downlink control channel searching space is defined by a set of parameters including at least a physical resource block candidate set, a rank for the relay-physical downlink control channel, and control channel element aggregation level.
An isolated protein having the amino acid sequence according to SEQ ID NO: 4 or SEQ ID NO: 6, or fragments or derivatives thereof capable of inducing an immune response to said protein, or a fragment or derivative capable of binding to antibodies produced by a subject in an immune response against said protein.
Plate for a heat exchanger, the said plate being intended to be stacked with another plate of a heat exchanger in order to form a pair of plates arranged in order to permit, between the said plates, the circulation of a fluid to be cooled, the plate exhibiting a zone, referred to as the exchange zone, intended to encourage the exchange of heat with the fluid, and a zone, referred to as bypass zone, capable of permitting the fluid to bypass the said exchange zone, the said plate comprising in addition means (36, 37) originating from the plate configured in such a way as to force a circulation of the fluid in the exchange zone, and the said plate being in the form of a panel comprising two upstream and downstream edges and comprising, in the bypass zone, an inlet port for a coolant fluid and a collection port for the said coolant fluid, characterized in that the means (36, 37) originating from the plate comprise an upstream partition extending from the upstream edge of the plate and configured in such a way as to block the circulation of the fluid at the level of the inlet port and/or a downstream partition extending from the downstream edge of the plate and configured in such a way as to block the circulation of the fluid at the level of the collection port.
A message sending method, comprising: obtaining, by a group management server, a message sending period interval corresponding to a first group, wherein the message sending period interval comprises a start time and an end time of a time interval that is repeated periodically and within which a message is to be sent to the first group; sending, by the group management server, the message sending period interval to a group member of the first group; and receiving, by the group management server, a first message sent by an application server, and sending, by the group management server, the first message to the group member of the first group within the message sending period interval, wherein the obtaining, by a group management server, a message sending period interval corresponding to a first group specifically comprises: receiving, by the group management server, a first group creating request sent by the application server, wherein the first group creating request comprises the message sending period interval; and creating, by the group management server, the first group based on the first group creating request, and setting a message sending time of the first group as the message sending period interval. obtaining, by a group management server, a message sending period interval corresponding to a first group, wherein the message sending period interval comprises a start time and an end time of a time interval that is repeated periodically and within which a message is to be sent to the first group; sending, by the group management server, the message sending period interval to a group member of the first group; and receiving, by the group management server, a first message sent by an application server, and sending, by the group management server, the first message to the group member of the first group within the message sending period interval, wherein the obtaining, by a group management server, a message sending period interval corresponding to a first group specifically comprises: receiving, by the group management server, a first group creating request sent by the application server, wherein the first group creating request comprises the message sending period interval; and creating, by the group management server, the first group based on the first group creating request, and setting a message sending time of the first group as the message sending period interval.
Method for producing an impregnate with a cellulose layer having an upper side and an underside and consisting mainly of cellulose fibres, which is impregnated with a curable, water-based resin in order to form a core impregnate, comprising the steps in the following order: a) complete soaking of the cellulose layer with the curable resin, b) removal of the excess resin forming on a surface from at least the upper side or the underside, characterized by c) drying of the soaked cellulose layer in such a way that, following the evaporation of the water from the resin, the cellulose fibres on the upper side and/or the underside from which the excess resin has been removed are exposed over a height of 1 to 20 μm. a) complete soaking of the cellulose layer with the curable resin, b) removal of the excess resin forming on a surface from at least the upper side or the underside, c) drying of the soaked cellulose layer in such a way that, following the evaporation of the water from the resin, the cellulose fibres on the upper side and/or the underside from which the excess resin has been removed are exposed over a height of 1 to 20 μm.
An intelligent power tap in a network system, comprising: a circuit board; a microcontroller disposed on the circuit board, wherein the microcontroller is configured to report the geographical location of the intelligent power tap; a physical layer network interface connected to the microcontroller and the network system; an adjustable configuration mechanism connected to the microcontroller, with the adjustable configuration mechanism defining the intelligent power tap's function in the network system; one or more first directional inject switches (145, 146) controlled by the microcontroller to selectively inject a network power from an incoming power supply cable to an outgoing network cable connected to the intelligent power tap; and one or more second directional inject switches (147, 148) controlled by the microcontroller to selectively inject a switched power from another incoming power supply cable to the outgoing network cable connected to the intelligent power tap, wherein the one or more first directional inject switches and the one or more second directional inject switches are controlled by the microcontroller based upon the adjustable configuration mechanism. a circuit board; a microcontroller disposed on the circuit board, wherein the microcontroller is configured to report the geographical location of the intelligent power tap; a physical layer network interface connected to the microcontroller and the network system; an adjustable configuration mechanism connected to the microcontroller, with the adjustable configuration mechanism defining the intelligent power tap's function in the network system; one or more first directional inject switches (145, 146) controlled by the microcontroller to selectively inject a network power from an incoming power supply cable to an outgoing network cable connected to the intelligent power tap; and one or more second directional inject switches (147, 148) controlled by the microcontroller to selectively inject a switched power from another incoming power supply cable to the outgoing network cable connected to the intelligent power tap, wherein the one or more first directional inject switches and the one or more second directional inject switches are controlled by the microcontroller based upon the adjustable configuration mechanism.
A web of tipping paper for supplying a smoking article manufacturing machine which cuts the web into individual patches and wraps each patch about a respective dual length filter rod to attach rods of smokable material to the ends of each dual length filter rod, wherein a first lateral portion of the tipping paper web comprises a first longitudinal series of first indicators, and a second lateral portion of the tipping paper web comprises a second longitudinal series of second indicators, the first and second indicators being different to each other so that a first indicator is indicative of a first type of smoking article and a second indicator is indicative of a second type of smoking article which is different to the first type of smoking article, wherein when the tipping paper web is wrapped about a dual length filter rod by a smoking article manufacturing machine, a first part of a patch of tipping paper, which is formed from the first lateral portion of the tipping paper web, is wrapped around a first portion of the dual length filter rod in the formation of a smoking article of the first type so that a first indicator on the first part of the patch denotes that said first portion of the dual length filter rod is part of a smoking article of the first type and, a second part of the patch, which is formed from the second lateral portion of the tipping paper web, is wrapped around a second portion of the dual length filter rod in the formation of a smoking article of the second type so that a second indicator on the second part of the patch, which is different to the indicator on the first part of the patch, denotes that said second portion of the dual length filter rod is part of a smoking article of the second type, prior to cutting the dual length filter rod and the patch into a first filter rod segment that is wrapped in said first part of the patch and which forms, together with the rod of smokable material attached thereto, a smoking article of the first type, and into a second filter rod segment that is wrapped in said second part of the patch and which forms, together with the rod of smokable material attached thereto, a smoking article of the second type.
A compact digital vehicle camera and infrared illuminator apparatus, comprising: a plurality of IR illuminators arranged adjacent to the digital camera, the digital camera having a camera lens, each IR illuminator including at least one IR light emitting diode; and a single cover lens positioned to cover the IR LEDs and the camera lens, wherein a region of the single cover lens that covers the IR LEDs comprises a transparent black cover and blocks visible light and a region of the single cover lens that covers the camera lens comprises a neutral cover and is a neutral lens that transmits visible light; characterized in that the single cover lens is molded as the transparent black cover bonded to the neutral cover for the camera lens and in that the transparent black cover has an elliptical shape having an oval peripheral and an inner surface that is of a different shape than the external surface such that the thickness of the elliptical cover lens varies such that the variation in thickness of the cover lens provides IR light distribution that is wider than the distribution pattern of the IR LEDs. a plurality of IR illuminators arranged adjacent to the digital camera, the digital camera having a camera lens, each IR illuminator including at least one IR light emitting diode; and a single cover lens positioned to cover the IR LEDs and the camera lens, wherein a region of the single cover lens that covers the IR LEDs comprises a transparent black cover and blocks visible light and a region of the single cover lens that covers the camera lens comprises a neutral cover and is a neutral lens that transmits visible light; characterized in that the single cover lens is molded as the transparent black cover bonded to the neutral cover for the camera lens and in that the transparent black cover has an elliptical shape having an oval peripheral and an inner surface that is of a different shape than the external surface such that the thickness of the elliptical cover lens varies such that the variation in thickness of the cover lens provides IR light distribution that is wider than the distribution pattern of the IR LEDs.
A transmitting method for transmitting contents using a broadcast wave and a communication path, comprising: an information transmitting step of including content information in application control information when transmitting the contents using both the broadcast wave and the communication path, the content information indicating a correlation between a reference clock of a first content transmitted by using the broadcast wave and a reference clock of a second content transmitted by using the communication path for synchronizing the first content with the second content at a reception side that receives the first content and the second content, said content information being related to the second content; and transmitting the application control information by using at least the broadcast wave in the broadcast wave and the communication path. an information transmitting step of including content information in application control information when transmitting the contents using both the broadcast wave and the communication path, the content information indicating a correlation between a reference clock of a first content transmitted by using the broadcast wave and a reference clock of a second content transmitted by using the communication path for synchronizing the first content with the second content at a reception side that receives the first content and the second content, said content information being related to the second content; and transmitting the application control information by using at least the broadcast wave in the broadcast wave and the communication path.
A high frequency charger comprising: a single high frequency transformer; a switching configuration (22; 24) to switch the single high frequency transformer to produce a charging current for charging a battery and to switch the single high frequency transformer to produce a relatively high boost current compared to the charging current; and a controller (23; 25) providing a high frequency driving signal to the switching configuration; wherein the boost current from the single high frequency transformer has a current of about 30-500 A. a single high frequency transformer; a switching configuration (22; 24) to switch the single high frequency transformer to produce a charging current for charging a battery and to switch the single high frequency transformer to produce a relatively high boost current compared to the charging current; and a controller (23; 25) providing a high frequency driving signal to the switching configuration;
Device for protecting an electrode seal in a reactor for the deposition of polycrystalline silicon, wherein a sealing body is arranged in an intermediate space between an electrode holder of the electrode and a base plate of the reactor, and wherein a protective ring which extends radially around the electrode holder and the sealing body and touches the base plate is provided, and a cover cap which bears on the electrode holder but does not touch the base plate is provided, wherein the cover cap is arranged above the protective ring but does not touch it.
A method of manufacturing an article of footwear (100, 800), comprising: forming an upper (102, 200) of the article of footwear, comprising forming the upper (102, 200) by depositing thermoplastic elastomer materials using a solid deposition modeling technique; and engaging the upper (102, 200) with a sole structure. forming an upper (102, 200) of the article of footwear, comprising forming the upper (102, 200) by depositing thermoplastic elastomer materials using a solid deposition modeling technique; and engaging the upper (102, 200) with a sole structure.
A device for ion implantation into wafers, comprising: a wafer chamber, which comprises a wafer holder (20, 45) configured to hold at least one wafer, and a filter chamber separate from the wafer chamber, wherein the filter chamber is sealable in a pressure-tight manner and comprises a filter holder for an energy filter chip, wherein the energy filter chip is structured to have areas of different thickness, the filter chamber comprising a first and a second opening closable by respective closures (38, 40), wherein the closures (38, 40) are arranged in such a way that, if the closures are open, an ion beam originating from an accelerator and passing through the energy filter can strike the wafer in an unhindered manner. a wafer chamber, which comprises a wafer holder (20, 45) configured to hold at least one wafer, and a filter chamber separate from the wafer chamber, wherein the filter chamber is sealable in a pressure-tight manner and comprises a filter holder for an energy filter chip, wherein the energy filter chip is structured to have areas of different thickness, the filter chamber comprising a first and a second opening closable by respective closures (38, 40), wherein the closures (38, 40) are arranged in such a way that, if the closures are open, an ion beam originating from an accelerator and passing through the energy filter can strike the wafer in an unhindered manner.
An opioid growth factor receptor (OGFR) antagonist for use in a method for promoting bone formation or reducing bone destruction at a site of injury or site of surgical intervention, wherein the OGFR antagonist is an oxymorphone derivative that is selected from the group consisting of naloxone, naltrexone, a salt thereof, or a combination thereof; nalorphine, naloxonazine, levallorphan, nalmefene, cyprodime, cyclorphan, cyclazocine, oxilorphan, LY113878, MR2266, diprenorphine, WIN 44,441-3, naltindole, and norbinaltorphimine, and further wherein the OGFR antagonist is administered locally to the site of injury or site of surgical intervention.