mhurhangee/ep-ind-claims huggingface dataset:
Combination of a dispenser for dispensing beverages with at least a case (5.0) of a plurality of containers for beverages, said dispenser comprising a containment structure (1.1) and at least one drawing station, having: - a compartment obtained within said structure (1.1), adapted to the placement of said at least one case (5.0), - a base (3.1) for supporting said at least one case (5.0), - a plurality of openings or spouts (3.3) for dispensing beverages, overlying said base (3.1), said combination between a dispenser and a case (5.0) being characterised in that said at least one case (5.0) and said compartment are provided each with a centring element (4, 6) having reciprocal shape, the reciprocal coupling between said centring elements (4, 6) enabling the positioning of said case (5.0) in said compartment in such a way that each mouth (5.2') of said plurality of containers contained in said case (5.0) is vertically aligned with said overlying plurality of openings or spouts (3.3) for dispensing the beverages, and in that said reciprocal coupling between said centring elements (4, 6) activates a wireless communication system for the exchange of data between said case (5.0) and said dispenser, said system comprising: - a reader (4.1) located in said centring element of said compartment of the drawing station of said dispenser, - a microchip located in said centring element of said case (5.0), provided with non-volatile memory for the storage of said data, suitable for being read or written by said reader (4.1), - an antenna adapted to send and receive signals between said reader (4.1) and microchip, - an information system for the management of data exchanged between said reader (4.1) and microchip, said communication system activating only when the coupling between said centring element of said compartment and said centring element of said case (5.0) takes place. - a compartment obtained within said structure (1.1), adapted to the placement of said at least one case (5.0), - a base (3.1) for supporting said at least one case (5.0), - a plurality of openings or spouts (3.3) for dispensing beverages, overlying said base (3.1), - a reader (4.1) located in said centring element of said compartment of the drawing station of said dispenser, - a microchip located in said centring element of said case (5.0), provided with non-volatile memory for the storage of said data, suitable for being read or written by said reader (4.1), - an antenna adapted to send and receive signals between said reader (4.1) and microchip, - an information system for the management of data exchanged between said reader (4.1) and microchip,
A nucleic-acid-immobilized solid support comprising a solid support for immobilizing a nucleic acid, which is prepared by active esterification of a carboxyl group of a substrate that has a base material, an electrostatic layer formed on the base material in order to electrostatically attract a nucleic acid, and a carboxyl group formed on the electrostatic layer, wherein the ratio, (COO peak intensity)/(C-C peak intensity), in the C1s spectra obtained by X-ray photoelectron spectrometry performed upon the surface of the substrate ranges from 0.10 to 0.20 and wherein a nucleic acid solution is spotted on the solid support to make a plurality of independent spots having said nucleic acids.
A headset system comprising - a first telecommunication device comprising a desk phone or a computer with an installed softphone, and an external device, which external device is connected to the desk phone or computer, - a second telecommunication device, such as a mobile phone or a smart phone, - a headset comprising a cord with a first connector, by means of which the headset is adapted to be interchangeably connected to the first telecommunication device through the external device and to the second telecommunication device, wherein the external device comprises - a second connector adapted to be connected to the first connector, - a third connector by means of which the external device is connected to a port of the desk phone or computer, - a controller being adapted to send a call transfer control signal to the softphone through the third connector, when the first connector is disconnected from the second connector, wherein the call transfer control signal instructs the softphone to transfer a call from the first telecommunication device to the second telecommunication device, via a softphone plug-in installed at the first telecommunication device for performing the call transfer to a pre-programmed number of the second telecommunication device, when the first connector is disconnected from the first telecommunication device, wherein the port of the desk phone or computer is a digital port, such as a USB port, wherein the external device comprises a digital-to-analogue converter and an analogue-to-digital converter, wherein the second connector comprises a standard 2.5 mm or 3.5 mm 4-conductor TRRS socket, which TRRS socket comprises a left audio contact pin, a right audio contact pin, a ground contact pin and a microphone contact pin, and wherein the first connector comprises a corresponding 2.5 mm or 3.5 mm 4-conductor TRRS plug, which TRRS plug comprises a connector sleeve and a connector rod, which connector rod comprises a left audio contact area, a right audio contact area, a ground contact area and a microphone contact area. - a first telecommunication device comprising a desk phone or a computer with an installed softphone, and an external device, which external device is connected to the desk phone or computer, - a second telecommunication device, such as a mobile phone or a smart phone, - a headset comprising a cord with a first connector, by means of which the headset is adapted to be interchangeably connected to the first telecommunication device through the external device and to the second telecommunication device, - a second connector adapted to be connected to the first connector, - a third connector by means of which the external device is connected to a port of the desk phone or computer, - a controller being adapted to send a call transfer control signal to the softphone through the third connector, when the first connector is disconnected from the second connector,
A composite, comprising: a core comprising one or more magnetic nanoparticles, one or more quantum dots, or a combination thereof; and a zwitterionic polymeric coating defining the core and comprising a zwitterionic polymer having a structure satisfying a formula wherein each R 1 independently is selected from hydrogen or aliphatic; each R 2 is -C Z, wherein Z is selected from hydroxyl, ether, amine, thiol, or thioether; at least one R 3 is amide-aliphatic-amine-aliphatic-carboxylate or amide-aliphatic-amine-aliphatic-sulfonate and each other R 3 independently is selected from amide-aliphatic-amine, amide-aliphatic-amine-aliphatic-carboxylate, amide-aliphatic-amine-aliphatic-sulfonate, or amide-aliphatic-thiol; p is an integer selected from zero to 5; q is an integer selected from zero or 1; and each of a and b independently is an integer selected from 1 to 200. a core comprising one or more magnetic nanoparticles, one or more quantum dots, or a combination thereof; and a zwitterionic polymeric coating defining the core and comprising a zwitterionic polymer having a structure satisfying a formula wherein each R 1 independently is selected from hydrogen or aliphatic; each R 2 is -C Z, wherein Z is selected from hydroxyl, ether, amine, thiol, or thioether; at least one R 3 is amide-aliphatic-amine-aliphatic-carboxylate or amide-aliphatic-amine-aliphatic-sulfonate and each other R 3 independently is selected from amide-aliphatic-amine, amide-aliphatic-amine-aliphatic-carboxylate, amide-aliphatic-amine-aliphatic-sulfonate, or amide-aliphatic-thiol; p is an integer selected from zero to 5; q is an integer selected from zero or 1; and each of a and b independently is an integer selected from 1 to 200.
A roller shutter for covering swimming pools, consisting of a plurality of floating slats with mutually articulated longitudinal sides, each slat consisting of a first wall and a second wall, characterized in that the second wall of the slat has a hinge, about which the second wall may be pivoted toward and away from the first wall to snap the slat open and closed.
A transmission line having improved bending durability, comprising a strip structure or a micro-strip structure that is divided into a base part and a bending part that is configured to be bent and unfolded based on the base part, wherein the base part and the bending part include: a signal line configured to extend in a length direction so as to transmit a high frequency signal; a first dielectric of which an upper surface or a lower surface is provided with the signal line formed thereon; a second dielectric formed above the first dielectric; a first bonding sheet located between the first dielectric and the second dielectric in the base part; and a first protective sheet having a lower side coupled to the first dielectric and an upper side separated from the second dielectric in the bending part, the first dielectric is separated from the second dielectric by the first protective sheet in the bending part, characterized in that the first dielectric is coupled to the second dielectric through the first bonding sheet in the base part. a signal line configured to extend in a length direction so as to transmit a high frequency signal; a first dielectric of which an upper surface or a lower surface is provided with the signal line formed thereon; a second dielectric formed above the first dielectric; a first bonding sheet located between the first dielectric and the second dielectric in the base part; and a first protective sheet having a lower side coupled to the first dielectric and an upper side separated from the second dielectric in the bending part, the first dielectric is separated from the second dielectric by the first protective sheet in the bending part, characterized in that the first dielectric is coupled to the second dielectric through the first bonding sheet in the base part.
An automatic parking system configured to cause an autonomous vehicle to travel autonomously from a parking space to a pickup area based on a parking space departure time determined such that the autonomous vehicle arrives the pickup area at a scheduled pickup time that is predetermined, the automatic parking system comprising: an on-control time setting unit configured to set an on-control time at which a state of the autonomous vehicle is controlled to be a power-on state based on the parking space departure time, and set the on-control time such that the power-on state is established prior to the parking space departure time; characterized in that the automatic parking system comprises a power-on control unit configured to execute departure preparation of the autonomous vehicle after controlling the state of the autonomous vehicle to be the power-on state based on the on-control time that is set, and configured to cause the autonomous vehicle to stand by until the parking space departure time. an on-control time setting unit configured to set an on-control time at which a state of the autonomous vehicle is controlled to be a power-on state based on the parking space departure time, and set the on-control time such that the power-on state is established prior to the parking space departure time; set an on-control time at which a state of the autonomous vehicle is controlled to be a power-on state based on the parking space departure time, and set the on-control time such that the power-on state is established prior to the parking space departure time; characterized in that the automatic parking system comprises a power-on control unit configured to execute departure preparation of the autonomous vehicle after controlling the state of the autonomous vehicle to be the power-on state based on the on-control time that is set, and configured to cause the autonomous vehicle to stand by until the parking space departure time.
Method for coupling a first heat-requiring industrial process to a second cold-requiring industrial process, whereby a first circuit for energy recovery from the first industrial process transfers heat to a second circuit for cold production for the second cold-requiring industrial process, characterised in that in the first circuit for energy recovery the energy carrier is a binary mixture of water and ammonia that has two phases and is compressed by a compressor specifically suitable for compressing a two-phase fluid such as a compressor with a Lysholm rotor or equipped with vanes, whereby all or part of the liquid phase evaporates as a result of compression such that overheating does not occur.
A method of coating and loading a superelastic self-expanding stent, comprising: cooling a stent below a martensite start temperature, said stent being self-expanding and being made of a superelastic material; compressing said stent after said cooling step while said stent remains below an austenite finish temperature; loading said stent in a compressed state within a tubular restraint after said coating step while said stent remains below said austenite finish temperature; and warming said stent within said tubular restraint to room temperature after said loading step; the method including the step of coating the stent; characterised by the step of coating said stent after said compressing step while said stent remains below said austenite finish temperature. cooling a stent below a martensite start temperature, said stent being self-expanding and being made of a superelastic material; compressing said stent after said cooling step while said stent remains below an austenite finish temperature; loading said stent in a compressed state within a tubular restraint after said coating step while said stent remains below said austenite finish temperature; and warming said stent within said tubular restraint to room temperature after said loading step; the method including the step of coating the stent; characterised by the step of coating said stent after said compressing step while said stent remains below said austenite finish temperature.
A controller of a vehicle, comprising: interface means for receiving map data and sensor data; and processing means for: determining a positional deviation (a-a') between one or more landmarks included in the map data and the one or more landmarks included in the sensor data; and determining a driver score based on the determined positional deviation (a-a'). interface means for receiving map data and sensor data; and processing means for: determining a positional deviation (a-a') between one or more landmarks included in the map data and the one or more landmarks included in the sensor data; and determining a driver score based on the determined positional deviation (a-a'). determining a positional deviation (a-a') between one or more landmarks included in the map data and the one or more landmarks included in the sensor data; and determining a driver score based on the determined positional deviation (a-a').
A microscopic device comprising: a specimen container part which can store a collected specimen and having an observation area in which cells contained in the collected specimen can be observed; an objective lens aligned at a position corresponding to the observation area; and a portable device mounting section on which a portable device having an imaging function can be mounted, wherein the observation of the cells by the objective lens can be performed by using the portable device mounted on the portable device mounting section, wherein the specimen container part has a specimen container body for storing the collected specimen, and a specimen container lid provided with the observation area, detachable from the specimen container body, characterized in that the specimen container body is a centrifuge tube, the observation area of the specimen container lid is an observation cell, the observation cell having a thin hollow section, is provided at an upper end of the specimen container lid so that the observation cell is connected to the specimen container body, and the observation cell is transparent. a specimen container part which can store a collected specimen and having an observation area in which cells contained in the collected specimen can be observed; an objective lens aligned at a position corresponding to the observation area; and a portable device mounting section on which a portable device having an imaging function can be mounted, wherein the observation of the cells by the objective lens can be performed by using the portable device mounted on the portable device mounting section, wherein the specimen container part has a specimen container body for storing the collected specimen, and a specimen container lid provided with the observation area, detachable from the specimen container body, characterized in that the specimen container body is a centrifuge tube, the observation area of the specimen container lid is an observation cell, the observation cell having a thin hollow section, is provided at an upper end of the specimen container lid so that the observation cell is connected to the specimen container body, and the observation cell is transparent.
A method of managing power load in a data center, the method comprising: determining that a utility power source for said data center has failed; changing said data center to receive power from an Uninterruptable Power Supply instead of from said utility power source; while said data center is operating on said Uninterruptable Power Supply, using a power management policy to throttle servers in said data center to a power level below a collective capacity of a plurality of backup generators at said data center, said collective capacity being less than a maximum amount of power drawn by equipment in said data center; after said servers have been throttled, changing power for said data center from said Uninterruptable Power Supply to said generators; after said changing of power for said data center to said generators, determining that said utility power source is available; changing said data center back to said utility power source from said generators; and ceasing to throttle said servers, characterized in that the method further comprises: increasing the load of said servers gradually while said generators are brought online. determining that a utility power source for said data center has failed; changing said data center to receive power from an Uninterruptable Power Supply instead of from said utility power source; while said data center is operating on said Uninterruptable Power Supply, using a power management policy to throttle servers in said data center to a power level below a collective capacity of a plurality of backup generators at said data center, said collective capacity being less than a maximum amount of power drawn by equipment in said data center; after said servers have been throttled, changing power for said data center from said Uninterruptable Power Supply to said generators; after said changing of power for said data center to said generators, determining that said utility power source is available; changing said data center back to said utility power source from said generators; and ceasing to throttle said servers, characterized in that the method further comprises: increasing the load of said servers gradually while said generators are brought online.
A field device for monitoring a process variable related to a process fluid or related to a control element for a process fluid in an industrial process, comprising: a process component comprising a bluff body arranged to be in the flow of the process fluid, the process component being configured to exhibit repetitive relative mechanical motion as a function of the process variable; an image capture device configured to capture an image which changes due to the repetitive relative mechanical motion of the process component, wherein the image capture device is configured to provide a reference location from which motion of the process component is observed, or wherein the image capture device moves with the process component and captures an image of a reference element; an image processor coupled to the image capture device configured to: detect the repetitive relative mechanical motion of the process component; and measure the process variable based upon detected relative motion; and output circuitry coupled to the image processor configured to provide an output related to the measured process variable. a process component comprising a bluff body arranged to be in the flow of the process fluid, the process component being configured to exhibit repetitive relative mechanical motion as a function of the process variable; an image capture device configured to capture an image which changes due to the repetitive relative mechanical motion of the process component, wherein the image capture device is configured to provide a reference location from which motion of the process component is observed, or wherein the image capture device moves with the process component and captures an image of a reference element; an image processor coupled to the image capture device configured to: detect the repetitive relative mechanical motion of the process component; and measure the process variable based upon detected relative motion; and detect the repetitive relative mechanical motion of the process component; and measure the process variable based upon detected relative motion; and output circuitry coupled to the image processor configured to provide an output related to the measured process variable.