mhurhangee/ep-ind-claims huggingface dataset:
A dark-environment simultaneous culturing-observing apparatus comprising: - an observation-subject holding unit for holding an observation subject; - a dark-environment culturing chamber for culturing, under a dark environment, bacteria in the observation subject held by the observation-subject holding unit; - an infrared light source for irradiating, with infrared light the observation subject held by the observation-subject holding unit kept in the dark-environment culturing chamber; and - an infrared light camera for photographing the observation subject irradiated with infrared light from the infrared light source; characterized in that the infrared light source and infrared light camera are arranged in the dark-environment culturing chamber. - an observation-subject holding unit for holding an observation subject; - a dark-environment culturing chamber for culturing, under a dark environment, bacteria in the observation subject held by the observation-subject holding unit; - an infrared light source for irradiating, with infrared light the observation subject held by the observation-subject holding unit kept in the dark-environment culturing chamber; and - an infrared light camera for photographing the observation subject irradiated with infrared light from the infrared light source;
A method for receiving content on an Internet Protocol network having a plurality of content sources, the method comprising: connecting as a client to the network, the method further characterized by: communicating a request over the network to the content sources, the request requiring each of the plurality of content sources to identify channel numbers on which each of the plurality of content sources provides content; selecting a channel number identified by the content source; and receiving content on the selected channel. connecting as a client to the network, the method further characterized by: communicating a request over the network to the content sources, the request requiring each of the plurality of content sources to identify channel numbers on which each of the plurality of content sources provides content; selecting a channel number identified by the content source; and receiving content on the selected channel. communicating a request over the network to the content sources, the request requiring each of the plurality of content sources to identify channel numbers on which each of the plurality of content sources provides content; selecting a channel number identified by the content source; and receiving content on the selected channel.
A method of providing within an IP network resources (51 to 58) with restricted access, the method comprising the steps of: logging on an access server (21 to 27) via the IP network, the access server (21 to 27) storing data about at least one released application server (51 to 58), wherein the data about the at least one released application server comprises contact data of the internet service provider providing the application server's access to the IP network and authentication data necessary to request the internet service provider to grant the application server (51 to 58) access to the IP network; establishing a connection through the IP network between the access server and a network access server of the internet service provider specified by means of said contact data; requesting, by the access server, that network access server by means of said authentication data to connect the application server with the IP network, allocate an IP address to the application server and relay data between the application server and the access server; and relaying, by the access server, data that have to be exchanged between the application server and an IP terminal logged on the access server and thereby providing an end-to-end communication connection between the IP terminal and the application server. logging on an access server (21 to 27) via the IP network, the access server (21 to 27) storing data about at least one released application server (51 to 58), wherein the data about the at least one released application server comprises contact data of the internet service provider providing the application server's access to the IP network and authentication data necessary to request the internet service provider to grant the application server (51 to 58) access to the IP network; establishing a connection through the IP network between the access server and a network access server of the internet service provider specified by means of said contact data; requesting, by the access server, that network access server by means of said authentication data to connect the application server with the IP network, allocate an IP address to the application server and relay data between the application server and the access server; and relaying, by the access server, data that have to be exchanged between the application server and an IP terminal logged on the access server and thereby providing an end-to-end communication connection between the IP terminal and the application server.
Air sampling device (105, 205) for analyzing and measuring the quantity of atmospheric suspended particles, which comprises: - an inlet (110, 215) for sampling air; - a pump (125, 225) connected to said air sampling inlet; - a filter configured to retain particles suspended in the pumped air; - a mass flowmeter (140, 240) configured to measure the mass flow rate of the air passing through the filter; - an atmospheric pressure sensor (152, 252); - an atmospheric temperature sensor (154, 254); - an air humidity sensor (156, 256); - a means (145, 160, 165, 245, 255) for regulating the flow rate of air passing through the filter, characterized in that the air sampling device (105, 205) for analyzing and measuring the quantity of atmospheric suspended particles also comprises - a means for controlling the regulation means as a function of the mass flow rate, temperature, humidity level and atmospheric pressure, configured such that the flow rate measured in moles of dry air per unit of time is substantially constant. - an inlet (110, 215) for sampling air; - a pump (125, 225) connected to said air sampling inlet; - a filter configured to retain particles suspended in the pumped air; - a mass flowmeter (140, 240) configured to measure the mass flow rate of the air passing through the filter; - an atmospheric pressure sensor (152, 252); - an atmospheric temperature sensor (154, 254); - an air humidity sensor (156, 256); - a means (145, 160, 165, 245, 255) for regulating the flow rate of air passing through the filter, characterized in that the air sampling device (105, 205) for analyzing and measuring the quantity of atmospheric suspended particles also comprises - a means for controlling the regulation means as a function of the mass flow rate, temperature, humidity level and atmospheric pressure, configured such that the flow rate measured in moles of dry air per unit of time is substantially constant.
Hot-water store (RECS), comprising a vertical cylindrical container which is provided with an exchanger that is fed by an external heat source, wherein the container is provided with insulation which is covered by panelling, wherein the store (RECS) comprises the following: A. a module, which is made up of the container and an insulating shell foamed directly onto the container so as to form a cuboidal module, B. panelling, which comprises at least - a pedestal carrying the module, - two side walls, and - a top part through which the pre-fitted heat-carrier-liquid and hot-water connections pass, C. wherein the side walls, which are composed of sheet metal, are connected to the pedestal by mechanical connections, characterized in that the top part is connected to the side walls by mechanical connections, and wherein the side walls are connected to the module by magnetic fasteners which are integrated into the upper part of the insulating shell of the side parts (CG, CD) of the module. A. a module, which is made up of the container and an insulating shell foamed directly onto the container so as to form a cuboidal module, B. panelling, which comprises at least - a pedestal carrying the module, - two side walls, and - a top part through which the pre-fitted heat-carrier-liquid and hot-water connections pass, - a pedestal carrying the module, - two side walls, and - a top part through which the pre-fitted heat-carrier-liquid and hot-water connections pass, C. wherein the side walls, which are composed of sheet metal, are connected to the pedestal by mechanical connections,
Surface renovation device comprising a main body which houses electrical rotary drive means, a rotation shaft capable of rotating via said drive means and intended to carry at least one cylindrical element with an active renovation surface of the roller type, locking means intended to lock the roller in position on the shaft, and a protective casing which extends from the main body and houses the rotation shaft, the casing being closed opposite the main body by a cheek which can be in closed position or in open position, characterized in that the locking means of the roller are integral with the cheek and comprise a locking part which is capable of rotating and is capable, in the closed position of the cheek, of cooperating by bearing against the roller intended to be mounted on the rotation shaft.
Switching device for switching an electric motor, wherein the switching device is arranged on a component (5, 13, 16) which is driven in rotation by the motor, wherein a contactless, absolute position-measuring device, an evaluation unit for evaluating position signals and an output unit for outputting switching information for indirectly switching and/or directly switching the motor current as a function of a position signal are provided within a single housing (12, 17), characterized in that the position-measuring device is designed to supply itself with power on the basis of a rotational movement of the component (5, 13, 16), so that when the external supply power is switched off the position-measuring device senses a position of the component (5, 13, 16) which is driven in rotation absolutely, wherein the switching device comprises a buffered internal electrical energy system.
A neck pillow comprising an elongate cushioned member extending from a first end to a second end of the pillow, each end (4,6) comprising a substantially planar abutment surface (8,8'), a pocket (10,10') adjacent the abutment surface (8,8'), a magnet (16,16') disposed in the pocket, the magnets (16,16') being located for mutual releasable engagement such that the pillow has a closed configuration in which the pillow defines a substantially annular closed loop in which the respective substantially planar abutment surfaces (8,8') of the first and second ends (4,6) are in contact with each other and an open configuration in which the ends (4,6) are spaced apart from each other, characterised in that the pillow further comprises stiffening members (12,12') located adjacent respective pockets (10,10') at each end of the pillow, the stiffening members (12,12') being arranged to ensure that the corresponding abutment surface (8,8') is substantially flat.
A ferric citrate tablet for use in a method for increasing or maintaining the hemoglobin concentration in a non-dialysis chronic kidney disease human patient with anemia, wherein the method comprises orally administering one or more tablets to the patient per day, wherein each tablet comprises 1 g of ferric citrate.
An electronic device comprising: a deformation amount detecting unit configured to detect a deformation amount of a secondary battery connected to the electronic device; a total charge/discharge amount detecting unit configured to detect a total charge/discharge amount of the secondary battery, the total charge/discharge amount being a sum of an amount of charge that is discharged from the secondary battery since use of the secondary battery was started and an amount of charge that is charged to the secondary battery since the use of the secondary battery was started; a storage unit configured to store reference data representing a relationship between the deformation amount of the secondary battery and the total charge/discharge amount; a state determining unit configured to determine a state of the secondary battery, based on the deformation amount detected by the deformation amount detecting unit, the total charge/discharge amount detected by the total charge/discharge amount detecting unit, and the reference data; and a notification control unit configured to perform a notification based on a result of the state of the secondary battery. a deformation amount detecting unit configured to detect a deformation amount of a secondary battery connected to the electronic device; a total charge/discharge amount detecting unit configured to detect a total charge/discharge amount of the secondary battery, the total charge/discharge amount being a sum of an amount of charge that is discharged from the secondary battery since use of the secondary battery was started and an amount of charge that is charged to the secondary battery since the use of the secondary battery was started; a storage unit configured to store reference data representing a relationship between the deformation amount of the secondary battery and the total charge/discharge amount; a state determining unit configured to determine a state of the secondary battery, based on the deformation amount detected by the deformation amount detecting unit, the total charge/discharge amount detected by the total charge/discharge amount detecting unit, and the reference data; and a notification control unit configured to perform a notification based on a result of the state of the secondary battery.
An apparatus for cutting and folding printed products comprising: a perforator (30, 31); a first cutting device (32, 33) creating first slits in the web; a second cutting device (34, 35) creating second slits in the web longitudinally offset from the first slits so as to form a signature with a staggered edge; and a folder delta-folding the signature so that the staggered edge engages slots in the signature, the slots created by the perforator (30, 31). a perforator (30, 31); a first cutting device (32, 33) creating first slits in the web; a second cutting device (34, 35) creating second slits in the web longitudinally offset from the first slits so as to form a signature with a staggered edge; and a folder delta-folding the signature so that the staggered edge engages slots in the signature, the slots created by the perforator (30, 31).
A device for controlling a steered wheel which is provided on at least one of the steered wheels of an industrial vehicle, the device comprising: a detecting bar which is rotated by being operated in conjunction with a steering shaft of the steered wheel; and a sensor which is provided at one side of the detecting bar so as to generate an ON signal when the steered wheel rotates to one side and generate an OFF signal when the steered wheel rotates to the other side by means of the detecting bar, characterized in that a controller which controls the steered wheel based on a sensing signal of the sensor so as to position the steered wheel in a neutral position, during the time when electric power is applied to the industrial vehicle and the industrial vehicle is initialized, wherein the controller controls the neutral position of the steered wheel by stopping the rotation of the steered wheel when an ON signal is generated after an OFF signal. a detecting bar which is rotated by being operated in conjunction with a steering shaft of the steered wheel; and a sensor which is provided at one side of the detecting bar so as to generate an ON signal when the steered wheel rotates to one side and generate an OFF signal when the steered wheel rotates to the other side by means of the detecting bar, characterized in that a controller which controls the steered wheel based on a sensing signal of the sensor so as to position the steered wheel in a neutral position, during the time when electric power is applied to the industrial vehicle and the industrial vehicle is initialized, wherein the controller controls the neutral position of the steered wheel by stopping the rotation of the steered wheel when an ON signal is generated after an OFF signal.
A method for the detection of a sexually transmitted infectious pathogen in a human subject without sample purification, the method comprising the steps; a) providing a urine sample from the human subject, b) adding a cecropin peptide to the urine sample, c) amplifying the released nucleic acids by loop-mediated isothermal amplification (LAMP) using primers targeting the sexually transmitted infection pathogen nucleic acids, d) detecting a signal from the nucleic acid originating from the sexually transmitted infection pathogen organism, and e) indicating the human subject being infected with a sexually transmitted infectious pathogen, if the signal is above a predetermined value. a) providing a urine sample from the human subject, b) adding a cecropin peptide to the urine sample, c) amplifying the released nucleic acids by loop-mediated isothermal amplification (LAMP) using primers targeting the sexually transmitted infection pathogen nucleic acids, d) detecting a signal from the nucleic acid originating from the sexually transmitted infection pathogen organism, and e) indicating the human subject being infected with a sexually transmitted infectious pathogen, if the signal is above a predetermined value.
An electronic device, comprising: a first display, a transmission assembly, and at least two second displays, wherein the first display comprises a first surface and a second surface opposite to the first surface, the at least two second displays are connected to the transmission assembly, and the transmission assembly drives the at least two second displays to move between first positions and second positions, wherein when the at least two second displays are located at the first positions, at least part of each of the least two second displays is covered by an orthographic projection of the first display along a perpendicular direction of the second surface; or when the at least two second displays are located at the second positions, at least two second displays are located on a periphery of the first display, and abut against an outer peripheral wall of the first display; wherein the electronic device further comprises a rotating shaft, and the transmission assembly is connected to the rotating shaft; wherein the rotating shaft is connected to the first display, and the rotating shaft is disposed in a center area of the second surface, and extends in a direction away from the second surface, and the transmission assembly is rotatably connected to the first display through the rotating shaft. when the at least two second displays are located at the first positions, at least part of each of the least two second displays is covered by an orthographic projection of the first display along a perpendicular direction of the second surface; or when the at least two second displays are located at the second positions, at least two second displays are located on a periphery of the first display, and abut against an outer peripheral wall of the first display; wherein the electronic device further comprises a rotating shaft, and the transmission assembly is connected to the rotating shaft; wherein the rotating shaft is connected to the first display, and the rotating shaft is disposed in a center area of the second surface, and extends in a direction away from the second surface, and the transmission assembly is rotatably connected to the first display through the rotating shaft.
Method for operating a broadband access network of a telecommunications network for providing fixed mobile convergence, FMC, and/or fixed mobile interworking, FMI, access and functionality to a plurality of residential gateways (50, 50') connected to the telecommunications network, the telecommunications network comprising or being connected to a mobile core network, the broadband access network especially comprising a central office point of delivery, the residential gateways (50, 50') being connected to the broadband access network via a plurality of line termination nodes (151, 152, 153), wherein a specific residential gateway of the plurality of residential gateways (50, 50') is connectable - directly or indirectly - to a specific line termination node of the plurality of line termination nodes (151, 152, 153), using a specific access node port of the specific line termination node and using a fixed network identifier information (191, 192) being specific for or indicating the specific access node port used of the specific line termination node, wherein the broadband access network comprises an FMC access gateway function node or instance, especially a 5G access gateway function node or instance, wherein the method comprises the following steps: -- in a first step, a specific mobile network identifier information (250, 260) is mapped or assigned to or derived from the specific fixed network identifier information (191, 192), wherein the mobile network identifier information (250, 260) comprises or corresponds to a tracking area code, TAC, and/or a new radio cell identity, NCI, and -- in a second step, subsequent to the first step, the specific mobile network identifier information (250, 260) is used between the FMC access gateway function node or instance and the mobile core network of or connected to the telecommunications network with respect to the specific access node port of the specific line termination node -- in a first step, a specific mobile network identifier information (250, 260) is mapped or assigned to or derived from the specific fixed network identifier information (191, 192), wherein the mobile network identifier information (250, 260) comprises or corresponds to a tracking area code, TAC, and/or a new radio cell identity, NCI, and -- in a second step, subsequent to the first step, the specific mobile network identifier information (250, 260) is used between the FMC access gateway function node or instance and the mobile core network of or connected to the telecommunications network with respect to the specific access node port of the specific line termination node