mhurhangee/ep-ind-claims huggingface dataset:
A combined detector (1, 200, 300) comprising a chemical and physical phenomenon detecting system and an energy beam detecting system: said chemical and physical phenomenon detecting system comprising a first sensing section changed in potential depending on chemical and physical phenomenon, a first charge supply section configured to supply a first charge to said first sensing section, a first charge supply control section formed between said first sensing section and said first charge supply section, a first charge storage section configured to store said first charge transferred from said first sensing section, and a first charge transfer control section formed between said first sensing section and said first charge storage section, said first sensing section including a semiconductor charge generating section configured to generate said first charge and a second charge having opposite polarity to the first charge by receiving an energy beam including light, and said energy beam detecting system comprising said semiconductor charge generating section, and a second charge storage section configured to store said second charge generated in said semiconductor charge generating section and provided with opposite potential to said first charge storage section. said chemical and physical phenomenon detecting system comprising a first sensing section changed in potential depending on chemical and physical phenomenon, a first charge supply section configured to supply a first charge to said first sensing section, a first charge supply control section formed between said first sensing section and said first charge supply section, a first charge storage section configured to store said first charge transferred from said first sensing section, and a first charge transfer control section formed between said first sensing section and said first charge storage section, said first sensing section including a semiconductor charge generating section configured to generate said first charge and a second charge having opposite polarity to the first charge by receiving an energy beam including light, and said energy beam detecting system comprising said semiconductor charge generating section, and a second charge storage section configured to store said second charge generated in said semiconductor charge generating section and provided with opposite potential to said first charge storage section.
A child-resistant medication container assembly comprising: a blister pack including a plurality of compartments; a puck configured to attach to the blister pack, the puck having a plurality of openings, each opening in the puck corresponding to one of the plurality of compartments of the blister pack; and a box configured to receive the puck, the box including a first wall, a plurality of openings extending through the first wall, wherein each of the openings in the first wall is aligned with one of the openings in the puck and a corresponding compartment of the blister pack. a blister pack including a plurality of compartments; a puck configured to attach to the blister pack, the puck having a plurality of openings, each opening in the puck corresponding to one of the plurality of compartments of the blister pack; and a box configured to receive the puck, the box including a first wall, a plurality of openings extending through the first wall, wherein each of the openings in the first wall is aligned with one of the openings in the puck and a corresponding compartment of the blister pack.
A system consisting of at least two release devices for a fire extinguishing system, with a carriage which is pretensioned in a linearly adjustable manner opposite a stationary construction component of the release device or of the fire extinguishing system, wherein a temperature-sensitive release element is arranged between a first surface of the carriage and a first surface of the stationary structural component which oppose one another and approach one another during reduction of the pretension, wherein the temperature-sensitive release element is received in a receptacle detachably connected to the particular carriage, and in which in the case of adjacent release devices the carriage of the one release device is mechanically connected to the receptacle of the other release device or vice versa.
A base station comprised in a FDMA communication system, the base station comprising: measuring means for measuring interference power; and transmitting means for transmitting interference information to a neighboring base station when the measured interference power is larger than a predetermined value, wherein the transmitting means transmits the interference information for each frequency used in the FDMA communication system to the neighboring base station, wherein the interference information includes frequency and time-slot information of the measured interference power. measuring means for measuring interference power; and transmitting means for transmitting interference information to a neighboring base station when the measured interference power is larger than a predetermined value, wherein the transmitting means transmits the interference information for each frequency used in the FDMA communication system to the neighboring base station, wherein the interference information includes frequency and time-slot information of the measured interference power.
A telecommunications enclosure comprising: a housing including: a dome having an open end positioned opposite from a closed end; a base that mounts at the open end of the dome and configured to close the open end of the dome, the base including first, second, and third gel block ports (120a, b, c) adapted to receive cable-sealing gel blocks, at least the second and third gel block ports having different transverse cross-sectional areas; and a fiber optic organizer that mounts within the housing, the fiber optic organizer including a tower and a plurality of fiber management trays that are supported by the tower and that are pivotally moveable relative to the tower, the tower being mountable to the base in first and second different tower positions, wherein when the tower is mounted to the base in the first tower position, the tower is located to facilitate routing optical fibers from the first and second gel block ports to the plurality of fiber management trays, and wherein when the tower is mounted to the base in the second tower position, the tower is located to facilitate routing optical fibers from the second and third gel block ports to the plurality of fiber management trays, characterized in that the first and second tower positions are offset 90 degrees with respect to one another about a central longitudinal axis of the housing. a housing including: a dome having an open end positioned opposite from a closed end; a base that mounts at the open end of the dome and configured to close the open end of the dome, the base including first, second, and third gel block ports (120a, b, c) adapted to receive cable-sealing gel blocks, at least the second and third gel block ports having different transverse cross-sectional areas; and a dome having an open end positioned opposite from a closed end; a base that mounts at the open end of the dome and configured to close the open end of the dome, the base including first, second, and third gel block ports (120a, b, c) adapted to receive cable-sealing gel blocks, at least the second and third gel block ports having different transverse cross-sectional areas; and a fiber optic organizer that mounts within the housing, the fiber optic organizer including a tower and a plurality of fiber management trays that are supported by the tower and that are pivotally moveable relative to the tower, the tower being mountable to the base in first and second different tower positions, wherein when the tower is mounted to the base in the first tower position, the tower is located to facilitate routing optical fibers from the first and second gel block ports to the plurality of fiber management trays, and wherein when the tower is mounted to the base in the second tower position, the tower is located to facilitate routing optical fibers from the second and third gel block ports to the plurality of fiber management trays, characterized in that the first and second tower positions are offset 90 degrees with respect to one another about a central longitudinal axis of the housing.
An apparatus for attaching a cannula to a robotic surgical system, the apparatus comprising: a support; a first clamp component configured to pivot between an open position and a closed position; a second clamp component spaced from the first clamp component, the first and second clamp components defining a region configured to receive a portion of the cannula, the first and second clamp components configured to retain the portion of the cannula in the region when the first clamp component is in the closed position; a locking component pivotably coupled to the support and slidably coupled to the first clamp component, wherein the locking component is configured to pivot about a pivot at the support to slide a portion of the locking component along the first clamp component from an unlocked position in which the first clamp component is in the open position to a locked position in which the first clamp component is in the closed position; and a locating structure disposed on at least one of the first clamp component and the second clamp component configured to mate with a corresponding structure disposed on the portion of the cannula. a support; a first clamp component configured to pivot between an open position and a closed position; a second clamp component spaced from the first clamp component, the first and second clamp components defining a region configured to receive a portion of the cannula, the first and second clamp components configured to retain the portion of the cannula in the region when the first clamp component is in the closed position; a locking component pivotably coupled to the support and slidably coupled to the first clamp component, wherein the locking component is configured to pivot about a pivot at the support to slide a portion of the locking component along the first clamp component from an unlocked position in which the first clamp component is in the open position to a locked position in which the first clamp component is in the closed position; and a locating structure disposed on at least one of the first clamp component and the second clamp component configured to mate with a corresponding structure disposed on the portion of the cannula.
A video application keepalive method, applied to an electronic device, wherein the method comprises: switching a first application on a first interface to run in the background; determining that memory usage of the electronic device is greater than a first threshold; determining an application type of the first application, wherein the first application is in a background running state; if the type of the first application is a video type, determining whether the first application is in a video hold state, wherein it is determined that the first application is in the video hold state when the first application is switched to run in the background, the first interface is not a home screen, and duration in which the first application obtains an audio focus to play audio of a video resource exceeds first duration; and if the first application is in the video hold state, keeping a process of the first application alive within a keepalive time, wherein after the keeping the process of the first application alive within the keepalive time, the method further comprises: switching the first application to run in a foreground within the keepalive time; and displaying, by the first application, the first interface. switching a first application on a first interface to run in the background; determining that memory usage of the electronic device is greater than a first threshold; determining an application type of the first application, wherein the first application is in a background running state; if the type of the first application is a video type, determining whether the first application is in a video hold state, wherein it is determined that the first application is in the video hold state when the first application is switched to run in the background, the first interface is not a home screen, and duration in which the first application obtains an audio focus to play audio of a video resource exceeds first duration; and if the first application is in the video hold state, keeping a process of the first application alive within a keepalive time, wherein after the keeping the process of the first application alive within the keepalive time, the method further comprises: switching the first application to run in a foreground within the keepalive time; and displaying, by the first application, the first interface. switching the first application to run in a foreground within the keepalive time; and displaying, by the first application, the first interface.
A method for testing electrical energy storage systems for driving vehicles, in which method the load current of the energy storage system is generated by a battery tester and traces a reference current that varies over time according to predetermined test cycles as exact as possible and without delay by means of a control loop with a model of the battery tester as the controlled system, characterized in that the control loop is created by means of a model-based controller design method, in which a model of the energy storage system as the load is integrated in the model of the controlled system.
Method of producing an optoelectronic component comprising the steps: A) providing a growth substrate, B) growing at least one semiconductor layer epitaxially to produce an operationally active zone, Bl) applying a low refractive index dielectric on the semiconductor layer and removing the low refractive index dielectric in sub-regions, C) applying a metallic mirror layer to the semiconductor layer and to the low refractive index dielectric, so that the metallic mirror layer penetrates the low refractive index dielectric in the sub-regions, G) applying a diffusion barrier layer to the metallic mirror layer, H) applying a passivation layer on the diffusion barrier layer, D) applying at least one contact layer for electronic contacting of the component, E) detaching the growth substrate from the semiconductor layer, wherein a surface of the semiconductor layer is exposed, F) structuring the semiconductor layer via an etching method from the side of the surface which was exposed in method step E), so that the semiconductor layer comprises mesa trenches with a positive mesa flank, wherein the mesa trenches taper from the side of the surface towards the mirror layer. A) providing a growth substrate, B) growing at least one semiconductor layer epitaxially to produce an operationally active zone, Bl) applying a low refractive index dielectric on the semiconductor layer and removing the low refractive index dielectric in sub-regions, C) applying a metallic mirror layer to the semiconductor layer and to the low refractive index dielectric, so that the metallic mirror layer penetrates the low refractive index dielectric in the sub-regions, G) applying a diffusion barrier layer to the metallic mirror layer, H) applying a passivation layer on the diffusion barrier layer, D) applying at least one contact layer for electronic contacting of the component, E) detaching the growth substrate from the semiconductor layer, wherein a surface of the semiconductor layer is exposed, F) structuring the semiconductor layer via an etching method from the side of the surface which was exposed in method step E), so that the semiconductor layer comprises mesa trenches with a positive mesa flank, wherein the mesa trenches taper from the side of the surface towards the mirror layer.
A method executed on a computing device to provide partial storage of large files in distinct storage systems, the method comprising: determining a rapid access portion and a slow access portion of a file; storing the rapid access portion of the file in a rapid access storage system and one of the slow access portion of the file and an entirety of the file in a slow access storage system; receiving an access request to the file; providing the rapid access portion of the file from the rapid access storage system; retrieving the slow access portion of the file from the slow access storage system to be provided while providing the rapid access portion of the file; characterized by determining a minimum speed threshold for providing the rapid access portion of the file and the slow access portion of the file; and adjusting a delivery speed of the rapid access portion and the slow access portion of the file to match the minimum speed threshold, wherein adjusting the delivery speed of the rapid access portion and the slow access portion of the file comprises: matching the minimum speed threshold by reducing the delivery speed of the rapid access portion of the file; buffering the slow access portion while delivering the rapid access portion; and transmitting the buffered slow access portion at the delivery speed that matches the minimum speed threshold. determining a rapid access portion and a slow access portion of a file; storing the rapid access portion of the file in a rapid access storage system and one of the slow access portion of the file and an entirety of the file in a slow access storage system; receiving an access request to the file; providing the rapid access portion of the file from the rapid access storage system; retrieving the slow access portion of the file from the slow access storage system to be provided while providing the rapid access portion of the file; characterized by determining a minimum speed threshold for providing the rapid access portion of the file and the slow access portion of the file; and adjusting a delivery speed of the rapid access portion and the slow access portion of the file to match the minimum speed threshold, wherein adjusting the delivery speed of the rapid access portion and the slow access portion of the file comprises: matching the minimum speed threshold by reducing the delivery speed of the rapid access portion of the file; buffering the slow access portion while delivering the rapid access portion; and transmitting the buffered slow access portion at the delivery speed that matches the minimum speed threshold. matching the minimum speed threshold by reducing the delivery speed of the rapid access portion of the file; buffering the slow access portion while delivering the rapid access portion; and transmitting the buffered slow access portion at the delivery speed that matches the minimum speed threshold.
A geolocation device to provide geofencing of the mobile communication devices, comprising: a requester arranged to obtain signaling data associating identifiers of mobile communication devices and signaling identifiers, at least some of the signaling identifiers designating a location cell, a selector arranged to determine a list of location cells neighboring a target location cell, based on the set of cells situated at a chosen distance from the target location cell, the chosen distance being defined in a metric manner or on the basis of the topology of the cellular network, a sorter arranged to select from the requester's data at least one mobile communication device identifier detected as being associated with a signaling identifier relating to a location cell belonging to the list of neighboring location cells determined by the selector, and a tracker arranged to launch active location cell monitoring of each of the at least one mobile communication device whose mobile device identifier has been selected by the sorter. a requester arranged to obtain signaling data associating identifiers of mobile communication devices and signaling identifiers, at least some of the signaling identifiers designating a location cell, a selector arranged to determine a list of location cells neighboring a target location cell, based on the set of cells situated at a chosen distance from the target location cell, the chosen distance being defined in a metric manner or on the basis of the topology of the cellular network, a sorter arranged to select from the requester's data at least one mobile communication device identifier detected as being associated with a signaling identifier relating to a location cell belonging to the list of neighboring location cells determined by the selector, and a tracker arranged to launch active location cell monitoring of each of the at least one mobile communication device whose mobile device identifier has been selected by the sorter.
A building envelope element having a film element which has at least one film layer (26, 27, 28), a support element to which the film element is fastened, and a release device which is designed to release the film element from the support element if necessary, characterised in that at least one weighting body is fastened to the film element and is provided for assisting the release of the film element from the support element by the release device.
A method for producing a first intermediate product, comprising the steps of a. providing a feedstock that comprises a first polyester; b. contacting the first polyester with a further amount of a first organic compound in a volume section V 2, wherein i. at least one impurity is present in the volume section V 2, and ii. the volume section V 2 has a first zone and a further zone; c. reducing a weight average molar mass of the first polyester in the volume section V 2, wherein after the reduction step has been completed, the first polyester has an intrinsic viscosity in the range of 0.10 dL/g to 0.45 dL/g; d. transporting the first polyester to a volume section V 3; e. contacting the first polyester with a further organic compound in the volume section V 3 to obtain a further initial mixture; f. reducing the weight average molar mass of the first polyester in the volume section V 3 to obtain a first intermediate mixture, wherein the first intermediate mixture comprises i. a first intermediate product that has an intrinsic viscosity in the range of 0.010 dL/g to 0.090 dL/g, ii. the further organic compound; wherein a relative ratio of a particle count per area of the at least one impurity in the first zone to a particle count per area of the at least one impurity in the further zone is equal to or greater than 10 and equal to or less than 1000, with the intrinsic viscosity and the relative ratio of the particle count per area of the at least one impurity determined according to the methods described herein. a. providing a feedstock that comprises a first polyester; b. contacting the first polyester with a further amount of a first organic compound in a volume section V 2, wherein i. at least one impurity is present in the volume section V 2, and ii. the volume section V 2 has a first zone and a further zone; i. at least one impurity is present in the volume section V 2, and ii. the volume section V 2 has a first zone and a further zone; c. reducing a weight average molar mass of the first polyester in the volume section V 2, wherein after the reduction step has been completed, the first polyester has an intrinsic viscosity in the range of 0.10 dL/g to 0.45 dL/g; d. transporting the first polyester to a volume section V 3; e. contacting the first polyester with a further organic compound in the volume section V 3 to obtain a further initial mixture; f. reducing the weight average molar mass of the first polyester in the volume section V 3 to obtain a first intermediate mixture, wherein the first intermediate mixture comprises i. a first intermediate product that has an intrinsic viscosity in the range of 0.010 dL/g to 0.090 dL/g, ii. the further organic compound; i. a first intermediate product that has an intrinsic viscosity in the range of 0.010 dL/g to 0.090 dL/g, ii. the further organic compound;