mhurhangee/ep-ind-claims huggingface dataset:
A configuration device quality information determination server that is connected and able to communicate to an inspection device via the internet, the inspection device performing an inspection on a configuration device configuring a board work machine by operating the configuration device in accordance with a type of the inspection, the server comprising: an inspection data acquisition section configured to acquire inspection data obtained from a predetermined type of the inspection by the inspection device; a determination section configured to determine quality information of the configuration device based on the acquired inspection data; and a transmission section configured to transmit a quality information determination result determined by the determination section to a terminal device connected and able to communicate via the internet, characterized in that the server is configured to store, in advance, adjustment reference data in which an adjustment position and an adjustment amount in the configuration device corresponding to the inspection data are set, the configuration device quality information determination server further comprises an adjustment section configured to specify the adjustment position and calculate the adjustment amount based on the inspection data and the adjustment reference data, and the transmission section is further configured to transmit the adjustment position and the adjustment amount, which are specified and calculated by the adjustment section, to the terminal device. an inspection data acquisition section configured to acquire inspection data obtained from a predetermined type of the inspection by the inspection device; a determination section configured to determine quality information of the configuration device based on the acquired inspection data; and a transmission section configured to transmit a quality information determination result determined by the determination section to a terminal device connected and able to communicate via the internet, characterized in that the server is configured to store, in advance, adjustment reference data in which an adjustment position and an adjustment amount in the configuration device corresponding to the inspection data are set, the configuration device quality information determination server further comprises an adjustment section configured to specify the adjustment position and calculate the adjustment amount based on the inspection data and the adjustment reference data, and the transmission section is further configured to transmit the adjustment position and the adjustment amount, which are specified and calculated by the adjustment section, to the terminal device.
A droplet separator for a vertical flow channel, in particular of a flue gas desulphurization system, comprising a droplet separator layer (1, 2) with a plurality of plate droplet separator profiles which are arranged parallel to one another and which are provided with end walls (3, 4) running transversely thereto, and a supporting structure for the droplet separator layer for mounting on the edges or carrier apparatuses of the flow channel, wherein the droplet separator layer (1, 2) is connected to the supporting structure via plug connections, by end walls (3, 4) of the droplet separator layer (1, 2) being connected by plug connections to retaining plates of the supporting structure which are supported on the edges of the flow channel or, respectively, carrier apparatuses thereof or on a supporting bar of the supporting structure, and wherein the droplet separator layer (1, 2) has intermediate walls (5, 6) which run parallel to the end walls (3, 4) and which are connected to the supporting structure via plug connections, wherein the end walls (3, 4) and the intermediate walls (5, 6) are plugged onto the retaining plates of the supporting structure, generating a releasable clamping engagement.
A method for controlling vehicle-to-vehicle communication, the vehicle-to-vehicle communication being performable using a first radio technology for performing the vehicle-to-vehicle communication and a second radio technology for accessing a cellular network, the method being performed by a vehicle-to-vehicle communication device (116a-116c, 416) and wherein - controlling (238, 240) a transmission of vehicle-to-vehicle communication messages in accordance with a determined distribution scheme for distributing a transmission of the vehicle-to-vehicle messages among the first radio technology and the second radio technology, characterised in that the distribution scheme specifies filtering of the vehicle-to-vehicle communication messages to distribute the vehicle-to-vehicle communication messages towards a first radio interface of the vehicle-to-vehicle communication device operating in accordance with the first radio technology and towards a second radio interface of the vehicle-to-vehicle communication device operating in accordance with the second radio technology, and wherein the distribution scheme specifies that a vehicle-to-vehicle communication message having a certain priority is to be transmitted via the second radio technology, wherein a vehicle-to-vehicle communication message having a priority different from the certain priority is to be transmitted via the first radio technology. - controlling (238, 240) a transmission of vehicle-to-vehicle communication messages in accordance with a determined distribution scheme for distributing a transmission of the vehicle-to-vehicle messages among the first radio technology and the second radio technology, the distribution scheme specifies filtering of the vehicle-to-vehicle communication messages to distribute the vehicle-to-vehicle communication messages towards a first radio interface of the vehicle-to-vehicle communication device operating in accordance with the first radio technology and towards a second radio interface of the vehicle-to-vehicle communication device operating in accordance with the second radio technology, and wherein the distribution scheme specifies that a vehicle-to-vehicle communication message having a certain priority is to be transmitted via the second radio technology, wherein a vehicle-to-vehicle communication message having a priority different from the certain priority is to be transmitted via the first radio technology.
A mounting aid for attaching a supplementary device to an injection device, wherein the injection device has an elongated housing extending in an axial direction (3, 4), the mounting aid comprises: - a body extending in axial direction (3, 4), configured to receive at least a portion of the housing - wherein the body comprises a side wall with an abutment face facing in a proximal direction, wherein the abutment face is defined on a plane that is inclined to the axial direction (3, 4), characterized in that - the body has at least one radially extending engaging member (406, 416) to engage with a correspondingly shaped engaging member of the housing when in a specific position relative to the housing, and - wherein the abutment face represents a symmetry-breaking feature and is configured to align and to abut with a complementary-shaped corresponding abutment face of the supplementary device when attached to the injection device. - a body extending in axial direction (3, 4), configured to receive at least a portion of the housing - wherein the body comprises a side wall with an abutment face facing in a proximal direction, wherein the abutment face is defined on a plane that is inclined to the axial direction (3, 4), characterized in that - the body has at least one radially extending engaging member (406, 416) to engage with a correspondingly shaped engaging member of the housing when in a specific position relative to the housing, and - wherein the abutment face represents a symmetry-breaking feature and is configured to align and to abut with a complementary-shaped corresponding abutment face of the supplementary device when attached to the injection device.
Liquid rodenticide dispensing device configured for supplying a liquid rodenticide product through a rodenticide drip dispenser (13a, 13b) activable at the will of a rodent, and configured for being contained inside a bait box specially designed to allow only rodents to enter, said device comprising: - a base, being a single piece, comprising: - supporting feet, - a lower receptacle forming part of the supporting feet and - an upper section having attachment means at the top of the base, said device further comprising: - an upper receptacle fitted to a circular support comprising the rodenticide drip dispenser (13a, 13b), wherein the upper receptacle fits inside of the attachment means at the top of the base via the support, wherein the upper receptacle has a mouth configured to receive on the top, in use, a bottle or recipient cartridge containing the liquid rodenticide, and wherein the upper receptacle has a flap with cut-off points for perforating the bottle or recipient cartridge. - a base, being a single piece, comprising: - supporting feet, - a lower receptacle forming part of the supporting feet and - an upper section having attachment means at the top of the base, - supporting feet, - a lower receptacle forming part of the supporting feet and - an upper section having attachment means at the top of the base, - an upper receptacle fitted to a circular support comprising the rodenticide drip dispenser (13a, 13b),
An analytical device comprising: an optical waveguide comprising a plurality of optical cores and a cladding; a plurality of nanometer-scale apertures disposed in a surface of the device above the optical waveguide, such that optical energy passing through the plurality of optical cores of the optical waveguide illuminates the plurality of nanometer-scale apertures by an evanescent field that emanates from the waveguide; and a plurality of detectors optically coupled to the plurality of nanometer-scale apertures; wherein the optical cores are between and not in direct alignment with the nanometer-scale apertures and their optically coupled detectors. an optical waveguide comprising a plurality of optical cores and a cladding; a plurality of nanometer-scale apertures disposed in a surface of the device above the optical waveguide, such that optical energy passing through the plurality of optical cores of the optical waveguide illuminates the plurality of nanometer-scale apertures by an evanescent field that emanates from the waveguide; and a plurality of detectors optically coupled to the plurality of nanometer-scale apertures; wherein the optical cores are between and not in direct alignment with the nanometer-scale apertures and their optically coupled detectors.
A monitoring device for safe object tracking of an object in a monitoring area, having at least one first safe optoelectronic sensor (10, 10a) and a safety controller connected to the first optoelectronic sensor (10, 10a), the first optoelectronic sensor (10, 10a) comprising a first light receiver for generating a received signal from received light from the monitoring area, at least a first safe output and a second safe output, each for outputting a safe output signal, and a first control and evaluation unit configured to safely monitor at least a first protective field and a second protective field in the monitoring area for object intrusions using the received signal and, in the event of an object intrusion into the first protective field, to output a safe output signal at the first safe output and, in the event of an object intrusion into the second protective field, to output a safe output signal at the second safe output, wherein the safety controller is configured to evaluate the safe output signals, wherein the terms "safe" and "safety" mean that measures are taken to control faults up to a specified safety level and to comply with regulations of a safety standard for machine safety or electro-sensitive protective equipment, and wherein the first protective field and the second protective field are each a partial area of the monitoring area configured by means of geometric specifications in the first control and evaluation unit or imported via an interface, wherein the first protective field comprises a plurality of first partial protective fields and the second protective field comprises a plurality of second partial protective fields, and wherein the first partial protective fields and the second partial protective fields are arranged alternately in succession along a line.
A recommender engine for recommending content items to a user, comprising - a profile generation unit having a pre-profile input unit, which is configured to receive pre-profile data comprising pre-profile text data suitable for identifying entities of interest to a given user, and having a pre-profile analysis unit, which is connected with the pre-profile input unit and configured to extract from the pre-profile data identification data identifying the entities of interest and to generate an initial user profile data set for the given user from the extracted identification data; - a query generation unit, which is connected with the profile generation unit and configured to generate, using the extracted identification data from the initial user profile data set, at least two queries semantically different from each other to be directed to at least one content repository; - a content retrieval unit, which is connected with the query generation unit and configured to issue the generated queries to the at least one content repository and which is configured to receive from the at least one content repository, in response to the queries, content-related response data comprising respective hit lists having at least one respective content-location identifier indicative of a storage location of a respective content item; and - an interleaver unit, which is connected with the content retrieval unit and which is configured to generate from the different hit lists a single recommendation list by interleaving the content-location identifiers comprised in different ones of the hit lists with each other. - a profile generation unit having a pre-profile input unit, which is configured to receive pre-profile data comprising pre-profile text data suitable for identifying entities of interest to a given user, and having a pre-profile analysis unit, which is connected with the pre-profile input unit and configured to extract from the pre-profile data identification data identifying the entities of interest and to generate an initial user profile data set for the given user from the extracted identification data; - a query generation unit, which is connected with the profile generation unit and configured to generate, using the extracted identification data from the initial user profile data set, at least two queries semantically different from each other to be directed to at least one content repository; - a content retrieval unit, which is connected with the query generation unit and configured to issue the generated queries to the at least one content repository and which is configured to receive from the at least one content repository, in response to the queries, content-related response data comprising respective hit lists having at least one respective content-location identifier indicative of a storage location of a respective content item; and - an interleaver unit, which is connected with the content retrieval unit and which is configured to generate from the different hit lists a single recommendation list by interleaving the content-location identifiers comprised in different ones of the hit lists with each other.
An RFID enabled medical device system, comprising: a console; an RFID tag associated with a medical device; and an RFID emitter communicatively coupled with the console configured to provide an interrogation signal that can impinge on the RFID tag to induce a response signal, the response signal configured to provide information to the console about the medical device, wherein the medical device is a fiber optic stylet configured to map a vascular pathway and the RFID tag is disposed within a hub disposed at a proximal end of the stylet, the information provided to the console includes calibration information, wherein the RFID emitter is configured to induce the response signal when the hub of the stylet is coupled to a connector that is communicatively coupled with the console, wherein the connector provides fiber optic communication between the stylet and the console. a console; an RFID tag associated with a medical device; and an RFID emitter communicatively coupled with the console configured to provide an interrogation signal that can impinge on the RFID tag to induce a response signal, the response signal configured to provide information to the console about the medical device, wherein the medical device is a fiber optic stylet configured to map a vascular pathway and the RFID tag is disposed within a hub disposed at a proximal end of the stylet, the information provided to the console includes calibration information, wherein the RFID emitter is configured to induce the response signal when the hub of the stylet is coupled to a connector that is communicatively coupled with the console, wherein the connector provides fiber optic communication between the stylet and the console.
An article of jewelry and/or of lapidary work, in particular a ring, comprising at least one first part (3; 103) and at least one second part (2, 4; 102, 104) which are rotatable relative to each other, in which said at least one first part (3; 103) has a first cylindrical inside face (10; 110) in which is provided at least one groove (16, 17; 116, 117) over the whole length of the first cylindrical inside face (10; 110), said at least one second part (2, 4; 102, 104) has a second cylindrical inside face (40; 140) provided with at least one rim (47; 147), extending from it, said at least one rim (47; 147) is disposed opposite said at least one groove (16, 17; 116, 117), and said article (1; 101) further comprises at least one fastening member (6; 106) mechanically connected to said at least one rim (47; 147) of said at least one second part (2, 4; 102, 104) and extending within said at least one groove (16, 17; 116, 117) of said at least one first part (3; 103); characterized in that said at least one groove (16, 17; 116, 117) provided over the whole length of the first cylindrical inside face (10; 110), said at least one rim (47; 147) and said at least one fastening member (6; 106) are configured to enable the free rotation of said at least one first part (3; 103) and of said at least one second part (2, 4; 102, 104) relative to each other through 360°.
A slip control device for inhibiting a tire slip of an automobile in which each wheel serving as a drive wheel is driven by an electric motor, the slip control device comprising: an allowable rotation speed calculator configured to calculate an allowable rotation speed of the wheel from vehicle-state information including a vehicle speed and a steering angle; a PI or PID controller configured to generate a torque compensation value through, respectively, PI control or PID control, from the allowable rotation speed and a rotation speed of the wheel; an adder configured to add the torque compensation value to a torque command input value received from a higher-order controller, thereby obtaining a torque command output value; characterized in that a dead time compensator which has a control target model including a dead time and which is configured to apply a dead time compensation in generation of the torque compensation value by the Smith method, wherein an input to the dead time compensator is an output of either P compensation or PD compensation excluding I compensation from, respectively, PI compensation or PID compensation, wherein the dead time compensator subtracts a value outputted from the control target model from the deviation between the allowable rotation speed and the rotation speed of the wheel, and the PI or PID controller generates the torque compensation value through the PI control or the PID control from the resultant deviation obtained by the subtraction. an allowable rotation speed calculator configured to calculate an allowable rotation speed of the wheel from vehicle-state information including a vehicle speed and a steering angle; a PI or PID controller configured to generate a torque compensation value through, respectively, PI control or PID control, from the allowable rotation speed and a rotation speed of the wheel; an adder configured to add the torque compensation value to a torque command input value received from a higher-order controller, thereby obtaining a torque command output value; characterized in that a dead time compensator which has a control target model including a dead time and which is configured to apply a dead time compensation in generation of the torque compensation value by the Smith method, wherein an input to the dead time compensator is an output of either P compensation or PD compensation excluding I compensation from, respectively, PI compensation or PID compensation, wherein the dead time compensator subtracts a value outputted from the control target model from the deviation between the allowable rotation speed and the rotation speed of the wheel, and the PI or PID controller generates the torque compensation value through the PI control or the PID control from the resultant deviation obtained by the subtraction.
A method for lubricating a natural gas fueled, sump-lubricated, stationary gas engine comprising supplying to the engine a lubricant composition comprising: (a) an oil of lubricating viscosity; (b) 0.03 to 3.0 weight percent with respect to the lubricant composition (or 0.05 to 2.8 wt. % or 0.05 to 2.5 wt. %) of a phosphite compound; (c) a metal containing detergent; (d) at least a first dispersant, wherein the first dispersant is a polyisobutylene succinimide dispersant derived from an ethylene polyamine and having a carbonyl to nitrogen ratio equal or greater than 1 or 1:1 to 4:3 or 1.1:1 to 4:3; (e) at least a second dispersant, wherein the second dispersant comprises a succinimide dispersant having a carbonyl to nitrogen ratio less than 1; and (f) at least a third dispersant, wherein the third dispersant is a polyolefin succinic acid ester dispersant; (g) a boron containing compound in amount to provide at least 25 ppm (or at least 50 ppm, or 100 ppm, or 200 ppm or 300ppm or 500 ppm) boron to the lubricant composition; wherein the lubricant composition is free or substantially free of zinc, and wherein the lubricant composition has a sulfated ash content of less than 1.0 wt. % (or 0.7 wt. %). (a) an oil of lubricating viscosity; (b) 0.03 to 3.0 weight percent with respect to the lubricant composition (or 0.05 to 2.8 wt. % or 0.05 to 2.5 wt. %) of a phosphite compound; (c) a metal containing detergent; (d) at least a first dispersant, wherein the first dispersant is a polyisobutylene succinimide dispersant derived from an ethylene polyamine and having a carbonyl to nitrogen ratio equal or greater than 1 or 1:1 to 4:3 or 1.1:1 to 4:3; (e) at least a second dispersant, wherein the second dispersant comprises a succinimide dispersant having a carbonyl to nitrogen ratio less than 1; and (f) at least a third dispersant, wherein the third dispersant is a polyolefin succinic acid ester dispersant; (g) a boron containing compound in amount to provide at least 25 ppm (or at least 50 ppm, or 100 ppm, or 200 ppm or 300ppm or 500 ppm) boron to the lubricant composition;