mhurhangee/patent-ind-claim-en huggingface dataset:
An IC tag issuing apparatus comprising: a pre-processing device configured to write identification data to IC tags aligned as an IC tag continuous body ; a printing device configured to print print data on the IC tags to which the identification data has been written; a post-processing device configured to read and verify the identification data written to the IC tags ; and conveying means configured to convey the IC tag continuous body , characterized in that the conveying means includes: a tractor feeder unit configured to convey the IC tag continuous body by engaging and disengaging feed pins in sprocket holes formed in the IC tag continuous body ; and a negative pressure conveyance unit configured to convey the IC tag continuous body while suctioning the IC tag continuous body to a conveyance belt ; and the printing device is configured to perform printing on the IC tags by optically fixing a toner image transferred to the IC tags in a non-contact manner. a pre-processing device configured to write identification data to IC tags aligned as an IC tag continuous body ; a printing device configured to print print data on the IC tags to which the identification data has been written; a post-processing device configured to read and verify the identification data written to the IC tags ; and conveying means configured to convey the IC tag continuous body , characterized in that the conveying means includes: a tractor feeder unit configured to convey the IC tag continuous body by engaging and disengaging feed pins in sprocket holes formed in the IC tag continuous body ; and a negative pressure conveyance unit configured to convey the IC tag continuous body while suctioning the IC tag continuous body to a conveyance belt ; and the printing device is configured to perform printing on the IC tags by optically fixing a toner image transferred to the IC tags in a non-contact manner. a tractor feeder unit configured to convey the IC tag continuous body by engaging and disengaging feed pins in sprocket holes formed in the IC tag continuous body ; and a negative pressure conveyance unit configured to convey the IC tag continuous body while suctioning the IC tag continuous body to a conveyance belt ; and the printing device is configured to perform printing on the IC tags by optically fixing a toner image transferred to the IC tags in a non-contact manner.
A horizontal directional drilling rig system , comprising: a horizontal directional drilling rig that is configured to be electrically powered by both line power or one or more electric generators, characterized in that the horizontal directional drilling rig includes: a traverse carrier with electrically powered drive motors thereon, a vise carrier with at least one electrically powered vise carrier drive motor , and an electrical buss bar that directs electrical power to the traverse carrier and the vise carrier ; a plurality of power control components, each one of the power control component is electrically connected to a respective one of the electrically powered drive motors via the electrical buss bar . a horizontal directional drilling rig that is configured to be electrically powered by both line power or one or more electric generators, characterized in that the horizontal directional drilling rig includes: a traverse carrier with electrically powered drive motors thereon, a vise carrier with at least one electrically powered vise carrier drive motor , and an electrical buss bar that directs electrical power to the traverse carrier and the vise carrier ; a plurality of power control components, each one of the power control component is electrically connected to a respective one of the electrically powered drive motors via the electrical buss bar .
A method of anchoring steel tubes of a subsea umbilical , to a termination assembly , comprising the steps of: inserting said steel tubes into or through a cavity within the termination assembly ; and filling said cavity with a filler material comprising spheroidal beads and a hard-setting compound , whereby said steel tubes are embedded and anchored therein; wherein the beads are formed from glass or a ceramic material, and each bead has a diameter of between 0.1mm and 11mm. inserting said steel tubes into or through a cavity within the termination assembly ; and filling said cavity with a filler material comprising spheroidal beads and a hard-setting compound , whereby said steel tubes are embedded and anchored therein; wherein the beads are formed from glass or a ceramic material, and each bead has a diameter of between 0.1mm and 11mm.
A thrust reverser system comprising: a pressure shell ; a blocker door pivotably coupled to the pressure shell ; and a drag link comprising: a first segment pivotably coupled to a second segment , and a third segment pivotably coupled to the second segment and the blocker door ; wherein the second segment is configured to nest within the first segment and the third segment is configured to nest within the second segment when the blocker door is in a stowed position; characterised in that : the blocker door comprises a trench extending from a surface of the blocker door , the trench comprising a first sidewall and a second sidewall extending substantially perpendicular from the surface and a joining wall disposed between and coupled with the first sidewall and second sidewall ; and in that the first segment is configured to exert a force on a first end of the second segment , wherein a second end of the first segment is configured to contact the first end of the second segment such that, when deploying, a second end of the second segment exerts a force upon the joining wall of the trench , causing a cranking action that assists a pivoting motion of the blocker door . a pressure shell ; a blocker door pivotably coupled to the pressure shell ; and a drag link comprising: a first segment pivotably coupled to a second segment , and a third segment pivotably coupled to the second segment and the blocker door ; a first segment pivotably coupled to a second segment , and a third segment pivotably coupled to the second segment and the blocker door ; wherein the second segment is configured to nest within the first segment and the third segment is configured to nest within the second segment when the blocker door is in a stowed position; characterised in that : the blocker door comprises a trench extending from a surface of the blocker door , the trench comprising a first sidewall and a second sidewall extending substantially perpendicular from the surface and a joining wall disposed between and coupled with the first sidewall and second sidewall ; and in that the first segment is configured to exert a force on a first end of the second segment , wherein a second end of the first segment is configured to contact the first end of the second segment such that, when deploying, a second end of the second segment exerts a force upon the joining wall of the trench , causing a cranking action that assists a pivoting motion of the blocker door . the blocker door comprises a trench extending from a surface of the blocker door , the trench comprising a first sidewall and a second sidewall extending substantially perpendicular from the surface and a joining wall disposed between and coupled with the first sidewall and second sidewall ; and in that the first segment is configured to exert a force on a first end of the second segment , wherein a second end of the first segment is configured to contact the first end of the second segment such that, when deploying, a second end of the second segment exerts a force upon the joining wall of the trench , causing a cranking action that assists a pivoting motion of the blocker door .
A method for manufacturing an induction sealing head for an automatic machine ; the manufacturing method comprises the steps of: providing a tubular conductor element with a circular section and a straight shape; shaping the tubular conductor element so as to give to the tubular conductor element a final shape; and over-moulding, around the tubular conductor element , a support body of insulating material; the manufacturing method is characterized in that it comprises, before over-moulding the support body around the tubular conductor element , the further step of mechanically processing, through plastic deformation, the tubular conductor element with a circular section, so as to form at least a first flat wall in a central portion of the tubular conductor element . providing a tubular conductor element with a circular section and a straight shape; shaping the tubular conductor element so as to give to the tubular conductor element a final shape; and over-moulding, around the tubular conductor element , a support body of insulating material; the manufacturing method is characterized in that it comprises, before over-moulding the support body around the tubular conductor element , the further step of mechanically processing, through plastic deformation, the tubular conductor element with a circular section, so as to form at least a first flat wall in a central portion of the tubular conductor element .
An apparatus for receiving a broadcast signal, the apparatus comprising: a receiver configured to receive a broadcast signal including a first service based on a broadcast channel including a cable channel, a terrestrial channel and a satellite channel, and a second service based on a broadband channel of an Internet channel; a signaling parser configured to parse signaling information in the broadcast signal, wherein the signaling information includes linkage information , the linkage information includes type information, wherein: - a first value of the type information represents a route for discovering a service list for the second service for the Internet channel in the broadcast channel, and - a second value of the type information represents a route for discovering a service list for the second service for the Internet channel in the broadband channel; and a displayer configured to display service guide information for the first service and the second service based on the signaling information, wherein the signaling information is carried in a Network Information Table, NIT, or a Bouquet Association Table, BAT, in the broadcast signal, wherein the linkage information is a Uniform Resource Indicator, URI, linkage descriptor comprising a private data byte , and wherein the private data byte comprises an instance transport ID, TSID, indicating a temporary TSID to replace a TSID required for data for the Internet channel. a receiver configured to receive a broadcast signal including a first service based on a broadcast channel including a cable channel, a terrestrial channel and a satellite channel, and a second service based on a broadband channel of an Internet channel; a signaling parser configured to parse signaling information in the broadcast signal, wherein the signaling information includes linkage information , the linkage information includes type information, wherein: - a first value of the type information represents a route for discovering a service list for the second service for the Internet channel in the broadcast channel, and - a second value of the type information represents a route for discovering a service list for the second service for the Internet channel in the broadband channel; and - a first value of the type information represents a route for discovering a service list for the second service for the Internet channel in the broadcast channel, and - a second value of the type information represents a route for discovering a service list for the second service for the Internet channel in the broadband channel; and a displayer configured to display service guide information for the first service and the second service based on the signaling information, wherein the signaling information is carried in a Network Information Table, NIT, or a Bouquet Association Table, BAT, in the broadcast signal, wherein the linkage information is a Uniform Resource Indicator, URI, linkage descriptor comprising a private data byte , and wherein the private data byte comprises an instance transport ID, TSID, indicating a temporary TSID to replace a TSID required for data for the Internet channel.
A turbine rotor blade having a platform cooling arrangement having the platform at an interface between an airfoil and a root , the root including attachment means and, extending between the attachment means and the platform , a shank , wherein, along the side of the platform that corresponds with a suction face of the airfoil , the platform comprises a suction side that includes a topside extending from an airfoil base to a suction side slashface , and wherein the platform overhangs a shank cavity formed in the shank , the platform cooling arrangement comprising: a pocket formed in an underside region of the platform , the pocket comprising a mouth that fluidly communicates with the shank cavity ; a manifold extending from a first end near the suction side slashface to a second end near a pressure side slashface of the platform , the manifold including a connection to the pocket near the first end of the manifold ; and cooling apertures formed within the platform that extend from a connection made with one of the pocket and the manifold to ports formed within one of the suction side slashface and an aft edge of the platform . a pocket formed in an underside region of the platform , the pocket comprising a mouth that fluidly communicates with the shank cavity ; a manifold extending from a first end near the suction side slashface to a second end near a pressure side slashface of the platform , the manifold including a connection to the pocket near the first end of the manifold ; and cooling apertures formed within the platform that extend from a connection made with one of the pocket and the manifold to ports formed within one of the suction side slashface and an aft edge of the platform .
A last assembly (100; 1800), comprising: a last member (102; 1802) configured to support one or more footwear segments of an upper of an article of footwear during manufacture of the upper ; and a base member (104; 1804) located below the last member (102; 1802) and having a top connected to a lower portion of the last member (102; 1802) to support the last member (102; 1802), the base member (104; 1804) having an outer surface extending downward from the top of the base member (104; 1804) to a bottom of the base member (104; 1804), the last assembly being characterised in that the base member (104; 1804) has a plurality of vacuum holes (156; 1812) in the outer surface of the base member (104; 1804). a last member (102; 1802) configured to support one or more footwear segments of an upper of an article of footwear during manufacture of the upper ; and a base member (104; 1804) located below the last member (102; 1802) and having a top connected to a lower portion of the last member (102; 1802) to support the last member (102; 1802), the base member (104; 1804) having an outer surface extending downward from the top of the base member (104; 1804) to a bottom of the base member (104; 1804), the last assembly being characterised in that the base member (104; 1804) has a plurality of vacuum holes (156; 1812) in the outer surface of the base member (104; 1804).
Method for radio frequency identification RFID tag -reader antenna association in a laboratory device comprising a number N RFID reader antennae (10.1-10.N), the method comprising the steps: - the number N RFID reader antennae (10.1-10.N) reading a unique identifier UID 1 -UID M corresponding to each of a number M of RFID tag(s) (20.1- 20.M); and - registering received signal strength indications RSSI.1.1-RSSI.N.M by each of the N RFID reader antennae (10.1-10.N) of corresponding response signals from each of the M RFID tag(s) (20.1- 20.M); wherein: - N and M are natural numbers; - N is greater than or equal to 2; - M is greater than or equal to 1, characterized in that the method further comprises the step of associating each of the M RFID tag(s) (20.1- 20.M) with the reader antenna (10.1-10.N) having received the strongest received signal strength indication RSSI.1.1-RSSI.N.M corresponding to the RFID tag (20.1- 20.M), the association defining a relationship reflecting the relative position of the M RFID tag(s) (20.1- 20.M) and the N reader antennae (10.1-10.N). - the number N RFID reader antennae (10.1-10.N) reading a unique identifier UID 1 -UID M corresponding to each of a number M of RFID tag(s) (20.1- 20.M); and - registering received signal strength indications RSSI.1.1-RSSI.N.M by each of the N RFID reader antennae (10.1-10.N) of corresponding response signals from each of the M RFID tag(s) (20.1- 20.M); - N and M are natural numbers; - N is greater than or equal to 2; - M is greater than or equal to 1,
A method for transmitting pilot data in a wireless communication system employing Multiple Input Multiple Output, MIMO, the method comprising: determining a pilot pattern in at least one resource block for each of one or more pilot streams; and transmitting the one or more pilot streams based on the determined respective pilot pattern in the at least one resource block, wherein the at least one resource block comprises a plurality of subcarriers and a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols, wherein the pilot pattern is determined in the at least one resource block for each of the one or more pilot streams by mapping pilot stream k to pilot pattern i, and characterised in that the pilot pattern i is determined by a function which uses k, N, and USER_ID as parameters, or the pilot stream k is determined by i, N, and USER_ID as parameters and, wherein N denotes an index of a pilot pattern set, and, wherein USER_ID denotes a identifier of a targeted mobile station. determining a pilot pattern in at least one resource block for each of one or more pilot streams; and transmitting the one or more pilot streams based on the determined respective pilot pattern in the at least one resource block, wherein the at least one resource block comprises a plurality of subcarriers and a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols, wherein the pilot pattern is determined in the at least one resource block for each of the one or more pilot streams by mapping pilot stream k to pilot pattern i, and characterised in that the pilot pattern i is determined by a function which uses k, N, and USER_ID as parameters, or the pilot stream k is determined by i, N, and USER_ID as parameters and, wherein N denotes an index of a pilot pattern set, and, wherein USER_ID denotes a identifier of a targeted mobile station.
A processing system for processing a query on serialized data , the system comprising an information processing apparatus that with each reception of serialized data , deserializes a specific portion of the received data , based on reference information defined in the query and specifying a referenced portion of the received data for selecting processing data, the processing data being subject to the query processing; determines whether to discard the received data , based on the deserialized specific portion of the received data and a selecting condition defined in the query for selecting the processing data; and deserializes the received data , when determining not to discard the received data , and a control apparatus that determines whether a first ratio of a count of determinations not to discard the data by the information processing apparatus to a count of receptions of the data by the information processing apparatus is a first threshold or less, wherein: the information processing apparatus deserializes the specific portion of the received data when the control apparatus calculates the first ratio and determines that the first ratio is the first threshold or less, the first threshold is determined by the control apparatus as the value of the first ratio for which the deserialization cost (C1) in the case of deserializing the specific portion becomes less than the deserialization cost (C2) in the case of not deserializing the specific portion , and wherein the deserialization cost is a CPU time cost or a memory cost. the information processing apparatus deserializes the specific portion of the received data when the control apparatus calculates the first ratio and determines that the first ratio is the first threshold or less, the first threshold is determined by the control apparatus as the value of the first ratio for which the deserialization cost (C1) in the case of deserializing the specific portion becomes less than the deserialization cost (C2) in the case of not deserializing the specific portion , and wherein the deserialization cost is a CPU time cost or a memory cost.
Industrial-truck fleet comprising at least one horizontal order picker (HK, HK1-HK4), which has a drive part (A) and a load part (L) which is provided with load rollers by way of which the horizontal order picker (HK, HK1-HK4) stands on a pathway, and comprising at least one tractor (SP), which has a drive part (A) and a tail part (HT), provided with a hitch , which is provided with chassis rollers by way of which the tractor (SP) stands on a pathway, and comprising a counterweight forklift truck (GG), which has a drive part (A), a load part (L) and a tail part (HT) which is provided with chassis rollers by way of which the counterweight forklift truck (GG) stands on a pathway, characterized in that the drive part (A) of the at least one horizontal order picker (HK, HK1-HK4), of the at least one tractor (SP) and of the counterweight forklift truck (GG) in each case has a structurally identical unit frame , wherein the unit frame is designed in such a way that at least one component of the load part (L) of the at least one horizontal order picker (HK, HK1-HK4), at least one component of the tail part (HT) of the at least one tractor (SP) and at least one component of the load part (L) and at least one component of the tail part (HT) of the counterweight forklift truck (GG) are alternatively able to be screwed to the unit frame by means of screw connections, wherein the unit frame is provided in an assembly compartment with fastening flanges which are configured in such a way that the following variants are able to be produced: • lateral drive wheel and lateral supporting roller • central drive wheel without lateral supporting rollers • central drive wheel and two lateral supporting rollers • central drive wheel and at least one counterweight . • lateral drive wheel and lateral supporting roller • central drive wheel without lateral supporting rollers • central drive wheel and two lateral supporting rollers • central drive wheel and at least one counterweight .