mhurhangee/ep-ind-claims huggingface dataset:
An RFIC module comprising: a flexible substrate; an RFIC chip mounted on the substrate and including a first input/output terminal and a second input/output terminal; a power feeding circuit including a coil conductor including a first coil end and a second coil end respectively connected to the first input/output terminal and the second input/output terminal; and a first terminal electrode and a second terminal electrode respectively disposed on a principal surface of the substrate and connected to the coil conductor; wherein the coil conductor includes a first coil portion and a second coil portion, respectively including a winding axis extending in a direction intersecting with the principal surface of the substrate, and the first terminal electrode is connected to a first position of the coil conductor, the second terminal electrode is connected to a second position of the coil conductor, characterized in that the first coil portion and the second coil portion are located at positions with the RFIC chip interposed therebetween and not overlapping with the RFIC chip in a planar view of the substrate; and the coil conductor further includes a third coil portion and a fourth coil portion connected in series between the first position and the second position and respectively overlapping with the first coil portion and the second coil portion in the planar view of the substrate. a flexible substrate; an RFIC chip mounted on the substrate and including a first input/output terminal and a second input/output terminal; a power feeding circuit including a coil conductor including a first coil end and a second coil end respectively connected to the first input/output terminal and the second input/output terminal; and a first terminal electrode and a second terminal electrode respectively disposed on a principal surface of the substrate and connected to the coil conductor; wherein the coil conductor includes a first coil portion and a second coil portion, respectively including a winding axis extending in a direction intersecting with the principal surface of the substrate, and the first terminal electrode is connected to a first position of the coil conductor, the second terminal electrode is connected to a second position of the coil conductor, characterized in that the first coil portion and the second coil portion are located at positions with the RFIC chip interposed therebetween and not overlapping with the RFIC chip in a planar view of the substrate; and the coil conductor further includes a third coil portion and a fourth coil portion connected in series between the first position and the second position and respectively overlapping with the first coil portion and the second coil portion in the planar view of the substrate.
A rotation indicator device comprising a body of one piece construction having an annular portion adapted to enable the device to be releasably fitted in non-rotatable manner onto a nut or onto a head of a bolt and having an end wall portion provided with an indicator, the indicator being at a position which, in use, overlies the nut or bolt to which it is fitted, and also having side walling extending between said annular portion and said end wall portion, characterised in that the side walling is of part-annular configuration and the end wall portion has a free edge, where it is not connected to the part-annular side walling, the free edge being configured to provide the indicator.
Hydraulic system comprising a controlling apparatus, a control unit and a hydraulic cylinder with a rod movable in a liner, said cylinder being configurable from a retracted position in which the rod is withdrawn into the liner to an extended position in which the rod is completely out of the liner, said hydraulic system comprising an oil reservoir containing oil, wherein the controlling apparatus comprises detecting means that detect the extended position of the hydraulic cylinder, said detecting means detecting the extended position being connected to the control unit adapted to count the number of times in which the cylinder is in its extended position; characterized by the fact that the detecting means detecting the extended position comprise a first level sensor positioned inside the reservoir at such a height as to identify the absence in the reservoir of a quantity of oil equal to that necessary to position the cylinder in its extended position.
A polyamide resin composition comprising: Polyamide 66; glass fibers; and a copper compound and a halide; characterized by the percentage of a component of the Polyamide 66 having a molecular weight of 30,000 or less as obtained by Gel Permeation Chromatography being within a range from 30% by mass to 37% by mass of the total amount of the Polyamide 66, and the percentage of the Polyamide 66 having a molecular weight of 100,000 or greater being within a range from 8% by mass to 15% by mass of the total amount of the Polyamide 66. Polyamide 66; glass fibers; and a copper compound and a halide;
A treatment liquid suitable for use in a process for forming a semiconductor wafer by etching a metal contained in the semiconductor wafer, wherein the pH of the treatment liquid at 25 °C is more than 7 and less than 14 and the treatment liquid comprises: a hypochlorite ion an alkylammonium salt expressed by the following Formula: wherein "a" is an integer from 6 to 20; R 1, R 2, and R 3 are independently a hydrogen atom, or an alkyl group with a carbon number from 1 to 20 and X - is a fluoride ion, a chloride ion, an iodide ion, a hydroxide ion, a nitrate ion, a phosphate ion, a sulfate ion, a hydrogen sulfate ion, a methanesulfate ion, a perchlorate ion, an acetate ion, a fluoroborate ion, or a trifluoroacetate ion. a hypochlorite ion an alkylammonium salt expressed by the following Formula:
Adapter device for fastening an attachment apparatus to a telescopic sight, having a clamping ring which is fastenable to the telescopic sight, and a holding ring which is fastenable to the attachment apparatus, - wherein the clamping ring has a holding contour for releasably fastening in a form-fitting and/or force-fitting manner to a mating contour disposed on the holding ring, and - the holding contour and the mating contour are embodied as a threaded connection with an interrupted round thread. - wherein the clamping ring has a holding contour for releasably fastening in a form-fitting and/or force-fitting manner to a mating contour disposed on the holding ring, and - the holding contour and the mating contour are embodied as a threaded connection with an interrupted round thread.
A method for producing an irinotecan methanesulfonic acid addition salt comprising suspending irinotecan in a lower alcohol, water, or an aqueous lower alcohol, to thereby form a suspension; subsequently, adding to the suspension methanesulfonic acid to thereby form a mixture; and subsequently, adding acetonitrile, acetone, or an acetonitrile-acetone mixed solvent to the mixture, to thereby crystallize the salt, or lyophilizing the mixture.
A system for integrating a multimedia-capable contact center, an agent station (122, 123), and a customer relation management, referred to hereinafter as CRM, server, comprising: a contact center/CRM, referred to hereinafter as CC/CRM, adaptor system coupled to a Computer Telephony Integration, referred to hereinafter as CTI, processor in the contact center, the agent station (122, 123), and the CRM server, the CC/CRM adaptor system provided within the contact center and adapted to integrate CRM capabilities with agent and call-control/management capabilities at the level of an agent workstation or desktop, characterized in that the CC/CRM adaptor system is adapted to provide integration between the CRM server and CTI processor using dynamic agent state models, referred to hereinafter as ASMs, which are a collection of agent models representing individual agents, agent capabilities and work task assignments of those agents, wherein contact-center function and CRM service functions are simultaneously managed and monitored in an agent user interface with graphic display through a parent application at the CC/CRM adaptor system that communicates with client applications distributed to agent stations (122, 123),, wherein the CRM server is configured to manage customer data and provide multimedia services for a plurality of contact centers including the contact center, further characterized in that the CTI processor is configured to note presence of a call to be routed to a particular agent station (122, 123) and to make a request to the CRM server to send data about the call to the particular agent station, and the particular agent station (122, 123) is configured to receive and display the data about the call prior to the call being picked up by an agent at the particular agent station (122, 123), further characterized in that a status element of the ASM is updated in real time as the agent takes the call from the particular agent station (122, 123) and the update is transmitted by the CC/CRM system adaptor to the CRM server, wherein the update to the ASM automatically triggers a pre-configured service maintained by the CRM server for delivery to the contact center based on the updated ASM, and further characterized in that the ASM is updated in real time in response to manually changing presence of the agent with respect to a particular type of communication, via the client application distributed at the particular agent station (122, 123).
A process for producing allyl acetate, comprising reacting a feed comprising propylene, acetic acid, and oxygen in the presence of a supported palladium catalyst in an adiabatic fixed-bed reactor.
Anti-theft device for a motor vehicle steering column comprising: - locking means comprising a bolt mounted mobile between a unlocked position in which it is intended to be disposed away from a steering column and a locked position in which it is intended to block the said column, - means deadlocking having a locking element configured for securing the bolt in the locked position, resilient means and a retainer having a first end is stator fixed to lock the antitheft device, wherein the deadlocking means further comprises an articulated support configured to define: - a retaining position wherein the retaining member allows the articulated support to retain the locking member away from the bolt, and - A freeing position in which the articulated support guides the locking element to the bolt in two successive movements of distinct direction (Dl, D2) for locking said bolt in the locked position, consecutively withdrawal of the retainer, characterized in that said fulcrum comprises a movable stop configured to receive the locking element when the bolt is in the unlocked position, the movable stop being further adapted to rotate between: - a retaining position wherein the movable stop is retained by the retaining member and holds the locking element away from the bolt, and - a freeing position in which the articulated support guides the locking element to the bolt in two successive movements of distinct directions (Dl, D2) for locking said bolt in the locked position, consecutively withdrawal of the retainer. - locking means comprising a bolt mounted mobile between a unlocked position in which it is intended to be disposed away from a steering column and a locked position in which it is intended to block the said column, - means deadlocking having a locking element configured for securing the bolt in the locked position, resilient means and a retainer having a first end is stator fixed to lock the antitheft device, wherein the deadlocking means further comprises an articulated support configured to define: - a retaining position wherein the retaining member allows the articulated support to retain the locking member away from the bolt, and - A freeing position in which the articulated support guides the locking element to the bolt in two successive movements of distinct direction (Dl, D2) for locking said bolt in the locked position, consecutively withdrawal of the retainer, - a retaining position wherein the movable stop is retained by the retaining member and holds the locking element away from the bolt, and - a freeing position in which the articulated support guides the locking element to the bolt in two successive movements of distinct directions (Dl, D2) for locking said bolt in the locked position, consecutively withdrawal of the retainer.
A method for providing information simultaneously of multiple currently-running applications running in parallel in a mobile terminal, the method comprising: executing a common controlling application for displaying an execution screen of the common controlling application on a display of the mobile terminal; configuring the execution screen to divide the execution screen into a plurality of information display regions, each information display region corresponding to a different controlled application of the multiple currently-running applications running in parallel in the mobile terminal; converting original data to be provided by the plurality of information display regions into the information in a format suitable for the execution screen; presenting the information corresponding to the converted original data in each of the plurality of information display regions; detecting an interaction made to one of the information display regions; executing an application corresponding to the information display region at which the interaction is detected, and switching to the executed application corresponding to the information display region at which the interaction is detected; and displaying the original data of the executed application corresponding to the information presented in the corresponding one of the plurality of information display regions. executing a common controlling application for displaying an execution screen of the common controlling application on a display of the mobile terminal; configuring the execution screen to divide the execution screen into a plurality of information display regions, each information display region corresponding to a different controlled application of the multiple currently-running applications running in parallel in the mobile terminal; converting original data to be provided by the plurality of information display regions into the information in a format suitable for the execution screen; presenting the information corresponding to the converted original data in each of the plurality of information display regions; detecting an interaction made to one of the information display regions; executing an application corresponding to the information display region at which the interaction is detected, and switching to the executed application corresponding to the information display region at which the interaction is detected; and displaying the original data of the executed application corresponding to the information presented in the corresponding one of the plurality of information display regions.
Installation for transporting containers, the installation comprising a rotary platform (1, 2) provided in its periphery with slots (7.1, 7.2), each defined by a lateral wall and for receiving a portion of a container, a jaw (8.1, 8.2) being mounted on the platform in the vicinity of each slot in order to be movable between a closed position for holding a container in the slot and an open position, the installation being characterized in that each jaw is attached to the platform with a non-articulated manner and comprises a resilient element (9.1, 9.2) having a portion (9.11, 9.21) fastened to the platform in the vicinity of the slot in order to have a free end (9.12, 9.22) that extends facing the slot and that is elastically deformable between a rest state in which the free end co-operates with the side wall of the slot to define a section smaller than the cross-section of the portion of the container to define the closed position, and a deformed state in which the free end co-operates with the side wall of the slot to define a section greater than the cross-section of the portion of the container to define the open position.
A method of obtaining carbon dioxide from a CO 2 -containing gas mixture, said method comprising the steps of: - obtaining a CO 2 -containing gas mixture (1,101); - cooling the gas mixture to a temperature from 5°C to -60°C in a heat exchanger; - flowing the cooled gas mixture into a gas separation membrane module (40,M) to produce a carbon dioxide-rich permeate (45,105) and a carbon dioxide-lean non-permeate (42,104); - expanding the carbon dioxide-lean stream to produce a cold carbon dioxide-lean stream (55,177); - compressing the carbon dioxide-rich permeate; - partially condensing the compressed carbon dioxide-rich permeate via cooling in the heat exchanger; - separating the partially condensed compressed carbon dioxide-rich permeate into a CO 2 rich liquid (75,108) and a CO 2 lean vapor stream (65,107); and - providing cold energy to the heat exchanger with one or more streams selected from the group consisting of the cold carbon dioxide-lean stream, the CO 2 lean vapor stream, and a portion of the CO 2 rich liquid. - obtaining a CO 2 -containing gas mixture (1,101); - cooling the gas mixture to a temperature from 5°C to -60°C in a heat exchanger; - flowing the cooled gas mixture into a gas separation membrane module (40,M) to produce a carbon dioxide-rich permeate (45,105) and a carbon dioxide-lean non-permeate (42,104); - expanding the carbon dioxide-lean stream to produce a cold carbon dioxide-lean stream (55,177); - compressing the carbon dioxide-rich permeate; - partially condensing the compressed carbon dioxide-rich permeate via cooling in the heat exchanger; - separating the partially condensed compressed carbon dioxide-rich permeate into a CO 2 rich liquid (75,108) and a CO 2 lean vapor stream (65,107); and - providing cold energy to the heat exchanger with one or more streams selected from the group consisting of the cold carbon dioxide-lean stream, the CO 2 lean vapor stream, and a portion of the CO 2 rich liquid.
A rotational speed control device comprising: a closed housing containing a viscous fluid; a shaft disposed in the housing and rotatable relative to the housing; a rotor coupled with the shaft for rotation with the shaft relative to the housing in the viscous fluid, wherein the rotor is axially displaceable along the shaft, the rotor including an impeller that is oriented to displace the rotor axially on the shaft in a first direction by and with rotation of the rotor; a spring mechanism disposed in the housing and acting on the rotor, the spring mechanism biasing the rotor axially on the shaft in a second direction, opposite from the first direction; a drive control ring positioned between the rotor and the housing, wherein the braking torque is a function of a distance between an interior surface of the drive control ring and the rotor; and a fluid circuit within the housing through which the viscous fluid flows as the impeller rotates with the rotor, the fluid circuit being defined by a fluid passageway between the housing and the drive control ring and between the drive control ring and the rotor, wherein a braking torque between the rotor and the housing due to viscous fluid shear between the rotor and the housing and/or between the rotor and the drive control ring secured to the housing is varied according to an axial position of the rotor on the shaft. a closed housing containing a viscous fluid; a shaft disposed in the housing and rotatable relative to the housing; a rotor coupled with the shaft for rotation with the shaft relative to the housing in the viscous fluid, wherein the rotor is axially displaceable along the shaft, the rotor including an impeller that is oriented to displace the rotor axially on the shaft in a first direction by and with rotation of the rotor; a spring mechanism disposed in the housing and acting on the rotor, the spring mechanism biasing the rotor axially on the shaft in a second direction, opposite from the first direction; a drive control ring positioned between the rotor and the housing, wherein the braking torque is a function of a distance between an interior surface of the drive control ring and the rotor; and a fluid circuit within the housing through which the viscous fluid flows as the impeller rotates with the rotor, the fluid circuit being defined by a fluid passageway between the housing and the drive control ring and between the drive control ring and the rotor, wherein a braking torque between the rotor and the housing due to viscous fluid shear between the rotor and the housing and/or between the rotor and the drive control ring secured to the housing is varied according to an axial position of the rotor on the shaft.
A fiber optic cassette mounting system, comprising: a fiber optic cassette (110, 112) configured to hold a horizontal row of fiber optic adapters along the front edge of the fiber optic cassette (110, 112), wherein the fiber optic adapters are configured to receive fiber optic connectors that terminate respective optical fibers; and a fiber optic cassette tray comprising rail guides configured to engage with respective rails (404a, 404b) of the fiber optic cassette (110, 112), wherein a rail guide, of the rail guides, comprises an elongated portion of a surface of the fiber optic cassette tray that is raised from the surface to form ledges on a left side and a right side of the elongated portion, wherein the rail guides are configured to hold the fiber optic cassette (110, 112) on the fiber optic cassette tray, wherein the fiber optic cassette (110, 112) is a fiber optic single-gang cassette or a fiber optic multi-gang cassette; wherein the fiber optic cassette (110, 112) comprises a latching mechanism comprising a latching protrusion configured to engage with an aperture on the fiber optic cassette tray, wherein the latching mechanism further comprises a release mechanism, wherein the release mechanism is configured to disengage the latching protrusion from the aperture in response to pressure being applied to the release mechanism, characterised in that the release mechanism faces toward the front of the fiber optic cassette (110, 112). a fiber optic cassette (110, 112) configured to hold a horizontal row of fiber optic adapters along the front edge of the fiber optic cassette (110, 112), wherein the fiber optic adapters are configured to receive fiber optic connectors that terminate respective optical fibers; and a fiber optic cassette tray comprising rail guides configured to engage with respective rails (404a, 404b) of the fiber optic cassette (110, 112), wherein a rail guide, of the rail guides, comprises an elongated portion of a surface of the fiber optic cassette tray that is raised from the surface to form ledges on a left side and a right side of the elongated portion, wherein the rail guides are configured to hold the fiber optic cassette (110, 112) on the fiber optic cassette tray, wherein the fiber optic cassette (110, 112) is a fiber optic single-gang cassette or a fiber optic multi-gang cassette; wherein the fiber optic cassette (110, 112) comprises a latching mechanism comprising a latching protrusion configured to engage with an aperture on the fiber optic cassette tray, wherein the latching mechanism further comprises a release mechanism, wherein the release mechanism is configured to disengage the latching protrusion from the aperture in response to pressure being applied to the release mechanism, characterised in that the release mechanism faces toward the front of the fiber optic cassette (110, 112).