mhurhangee/ep-ind-claims huggingface dataset:
A latch arrangement for a door comprising: a plurality of steps (202, 216) configured to be disposed at an interior of the door, one of the plurality of steps being rotatable, in use, relative to the door between a first position and a second position, the door being movable between a closed and an open position; and a latch in operable communication with the rotatable step, the latch being engageable with a latch receiver to lock the door in the closed position in response to the rotatable step being in the first position, the latch being disengageable from the latch receiver in response to the rotatable step being in the second position thereby allowing the door to move to the open position, wherein the rotatable step is disposed, when arranged on the door, between the other steps of the plurality of steps and a top of the door. a plurality of steps (202, 216) configured to be disposed at an interior of the door, one of the plurality of steps being rotatable, in use, relative to the door between a first position and a second position, the door being movable between a closed and an open position; and a latch in operable communication with the rotatable step, the latch being engageable with a latch receiver to lock the door in the closed position in response to the rotatable step being in the first position, the latch being disengageable from the latch receiver in response to the rotatable step being in the second position thereby allowing the door to move to the open position, wherein the rotatable step is disposed, when arranged on the door, between the other steps of the plurality of steps and a top of the door.
A kit or device for use in diagnosing an intraocular disease or disorder in a subject, which kit or device comprises reagents for assessing the presence, absence, quantity, the infectious status, and/or the microbiota of a microorganism in an intraocular space, cavity or sample of a subject, wherein the etiology of the intraocular disease or disorder comprises infection of the microorganism in the intraocular space or cavity of the subject, wherein the intraocular disease or disorder is age-related macular degeneration; and the microorganism comprises Bacillus megaterium or Bacillus licheniformis, and wherein the reagents comprise a primer pair for Bacillus megaterium, consisting of SEQ ID NO:3 and SEQ ID NO:4, or a primer pair for Bacillus licheniformis, consisting of SEQ ID NO:5 and SEQ ID NO:6.
Method for energy consumption monitoring in an ICT environment, wherein said ICT environment includes a multitude of energy consuming components (2, 3), at least partly said components (2, 3) being instrumented with means for energy consumption monitoring and/or having assigned specific energy consumption models that derive one or more energy metrics for the respective component (2, 3) from said component's (2, 3) current performance metrics, the method performing the following steps: storing specifications of the energy consuming components (2, 3) of the ICT environment in an energy consumer component repository, storing model-based energy consumption techniques for the components (2, 3) in the ICT environment in an energy consumption model repository, storing instrumentation-based energy consumption techniques for the components (2, 3) in the ICT environment in an energy monitoring element repository, storing instrumentation-based performance monitoring techniques for the components (2, 3) in the ICT environment in a performance monitoring element repository, ascertaining changes of and/or related to said ICT environment by means of an energy consumption monitoring controller, performing an assessment of available energy consumption monitoring techniques both instrumentation-based and model-based, based on the result of said assessment selecting one or more energy consumption monitoring techniques that best satisfy said change of said ICT environment according to predefined policies by means of the energy consumption monitoring controller. storing specifications of the energy consuming components (2, 3) of the ICT environment in an energy consumer component repository, storing model-based energy consumption techniques for the components (2, 3) in the ICT environment in an energy consumption model repository, storing instrumentation-based energy consumption techniques for the components (2, 3) in the ICT environment in an energy monitoring element repository, storing instrumentation-based performance monitoring techniques for the components (2, 3) in the ICT environment in a performance monitoring element repository, ascertaining changes of and/or related to said ICT environment by means of an energy consumption monitoring controller, performing an assessment of available energy consumption monitoring techniques both instrumentation-based and model-based, based on the result of said assessment selecting one or more energy consumption monitoring techniques that best satisfy said change of said ICT environment according to predefined policies by means of the energy consumption monitoring controller.
A conotoxin polypeptide κ-CPTx-bt105, characterized in that the conotoxin polypeptide is comprised of 16 amino acids, and has a molecular weight of 1626.62 daltons and a complete amino acid sequence of GICCVDDTCTTHSGCL.
A method to generate a preview image based on an augmented reality skin, the method comprising, by a processor: retrieving the augmented reality skin from a memory, wherein the augmented reality skin, when executed in a full mode, produces a set of augmented data, and wherein the set of augmented data, when rendered, produces a first set of media attributes related to execution of the augmented reality skin; executing the augmented reality skin in an evaluation mode to produce the set of augmented data and to produce a set of preview data; and rendering the set of preview data to display a second set of preview media attributes, different from the first set of media attributes, and related to a preview of the augmented reality skin, wherein the evaluation mode is enabled for a defined amount of time, wherein the defined amount of time is measured from a time at which the second set of preview media attributes is displayed by the processor in the evaluation mode, and wherein the preview image of the augmented reality skin includes the first set of media attributes related to execution of the augmented reality skin and the second set of preview media attributes related to the preview of the augmented reality skin. retrieving the augmented reality skin from a memory, wherein the augmented reality skin, when executed in a full mode, produces a set of augmented data, and wherein the set of augmented data, when rendered, produces a first set of media attributes related to execution of the augmented reality skin; executing the augmented reality skin in an evaluation mode to produce the set of augmented data and to produce a set of preview data; and rendering the set of preview data to display a second set of preview media attributes, different from the first set of media attributes, and related to a preview of the augmented reality skin, wherein the evaluation mode is enabled for a defined amount of time, wherein the defined amount of time is measured from a time at which the second set of preview media attributes is displayed by the processor in the evaluation mode, and wherein the preview image of the augmented reality skin includes the first set of media attributes related to execution of the augmented reality skin and the second set of preview media attributes related to the preview of the augmented reality skin.
A method for receiving color correction metadata reflecting color correction operations to be performed on image data representing a sequence of images, said method comprising: receiving a first segment of metadata that describes how many of said color correction operations should be performed on said image data; receiving a second segment of metadata that specifies said color correction operations to be performed on said image data; receiving a third segment of metadata that specifies temporal information indicating when and how long to perform each of said color correction operations on said image data; and receiving a fourth segment of metadata for indicating a region of an image of said sequence of images in which to perform a specific color correction operation among said color correction operations. receiving a first segment of metadata that describes how many of said color correction operations should be performed on said image data; receiving a second segment of metadata that specifies said color correction operations to be performed on said image data; receiving a third segment of metadata that specifies temporal information indicating when and how long to perform each of said color correction operations on said image data; and receiving a fourth segment of metadata for indicating a region of an image of said sequence of images in which to perform a specific color correction operation among said color correction operations.
A method of determining an authenticity of a consumable product, comprising: communicating, by a host device for the consumable product, with a listing engine that contains a list of identifiers for consumable products classified as non-authentic, wherein the list of identifiers is sorted by geography of failed authentication; wherein the communicating comprises: the host device indicating its location to the listing engine; and the host device downloading a portion of the list corresponding to the location of the host device; installing a consumable product in the host device where said consumable product stores a digital signature and an identifier in memory; recognising that the consumable product is installed in the host device; initiating, by the host device or the consumable product, an authentication session between the host device and the consumable product; determining, by the host device, if the digital signature of the consumable product appears to be genuine; wherein, if the digital signature does appear to be genuine, the method comprises determining whether said consumable product identifier matches one of said identifiers classified as non-authentic for the downloaded portion of said list; and the method further comprises: denying an authentication request for said consumable product during the authentication session if said identifier of said consumable product is included in said portion of said list or if the digital signature does not appear to be genuine. communicating, by a host device for the consumable product, with a listing engine that contains a list of identifiers for consumable products classified as non-authentic, wherein the list of identifiers is sorted by geography of failed authentication; wherein the communicating comprises: the host device indicating its location to the listing engine; and the host device downloading a portion of the list corresponding to the location of the host device; the host device indicating its location to the listing engine; and the host device downloading a portion of the list corresponding to the location of the host device; installing a consumable product in the host device where said consumable product stores a digital signature and an identifier in memory; recognising that the consumable product is installed in the host device; initiating, by the host device or the consumable product, an authentication session between the host device and the consumable product; determining, by the host device, if the digital signature of the consumable product appears to be genuine; wherein, if the digital signature does appear to be genuine, the method comprises determining whether said consumable product identifier matches one of said identifiers classified as non-authentic for the downloaded portion of said list; and the method further comprises: denying an authentication request for said consumable product during the authentication session if said identifier of said consumable product is included in said portion of said list or if the digital signature does not appear to be genuine.
A laminating fixture for laminating an item to be attached on a convex portion of a cover glass, the laminating fixture comprising: a bracket; and a buffering pad provided on the bracket, wherein a side of the bracket facing the buffering pad forms a laminating surface, the laminating surface is capable of laminating the item to be attached via the buffering pad, so as to bend and deform the item to be attached and laminate the item to be attached on the convex portion of the cover glass, wherein the bracket further comprises a plurality of ribs, the ribs and the laminating surface cooperatively form an accommodating cavity, the buffering pad is partially received in the accommodating cavity. a bracket; and a buffering pad provided on the bracket, wherein a side of the bracket facing the buffering pad forms a laminating surface, the laminating surface is capable of laminating the item to be attached via the buffering pad, so as to bend and deform the item to be attached and laminate the item to be attached on the convex portion of the cover glass, wherein the bracket further comprises a plurality of ribs, the ribs and the laminating surface cooperatively form an accommodating cavity, the buffering pad is partially received in the accommodating cavity.
Printing machine (10, 110) of the blocking press type, comprising: - a heating block (12, 112) which comprises a curved carrier medium surface of a printing plate, - an application head (14, 114) comprising means (16, 16a, 16b) of guidance of the heating block by tilting in a plane PX, and - an actuator (18, 118) for tilting of the heating block relative to the application head, characterized in that the actuator is immovable in relation to the application head and is designed to bring about the tilting of the heating block by a cam (36, 136), said cam being driven by the actuator and cooperating with a tracker (32, 132) borne by the heating block, said tracker having at least a degree of freedom in translation in relation to said cam in a plane that is parallel to the plane PX or coincident with the plane PX. - a heating block (12, 112) which comprises a curved carrier medium surface of a printing plate, - an application head (14, 114) comprising means (16, 16a, 16b) of guidance of the heating block by tilting in a plane PX, and - an actuator (18, 118) for tilting of the heating block relative to the application head, characterized in that the actuator is immovable in relation to the application head and is designed to bring about the tilting of the heating block by a cam (36, 136), said cam being driven by the actuator and cooperating with a tracker (32, 132) borne by the heating block, said tracker having at least a degree of freedom in translation in relation to said cam in a plane that is parallel to the plane PX or coincident with the plane PX.
Device of assistance to assist at least a user of a vehicle including equipment suitable to carry out tasks, including means of speech recognition (MR.) suitable to recognise words and expressions pronounced by at least the aforementioned user, and II) of the methods of control clean, on the one hand, to propose to the user a list conversational agents so that it selects one of them, each conversational agent being specific to converse, via means of voice synthesis, with the aforementioned user, at least to propose the realisation of task, and/or to start automatically the realisation of task, according to one together preset associated preconfigures criteria defining each one at least a mode or right of intervention, and, in addition, to make automatically function the conversational agent selected by the aforementioned user or when at least a word or an expression marked by this last was recognised by the aforementioned means of speech recognition (MR.).
A waste treatment incinerator for treatment of solid waste materials, the waste treatment incinerator comprising: a furnace including a housing defining a treatment space, wherein the furnace includes an activated charcoal layer located in the treatment space, and wherein an exhaust pipe is connected to the activated charcoal layer; and a microwave transmitting module aligned with the activated charcoal layer. a furnace including a housing defining a treatment space, wherein the furnace includes an activated charcoal layer located in the treatment space, and wherein an exhaust pipe is connected to the activated charcoal layer; and a microwave transmitting module aligned with the activated charcoal layer.
A device-to-device, D2D, communication method, performed by a user equipment, comprising: sending first service cycle indication information to a base station, wherein the first service cycle indication information is used to indicate that a service cycle of to-be-sent data is a first cycle having a first time duration; receiving first transmission resource indication information from the base station, wherein the first transmission resource indication information is used to indicate a first transmission resource for sending the to-be-sent data of the first cycle; performing D2D communication on the first transmission resource; and when the user equipment detects that the service cycle changes, sending second service cycle indication information to the base station, wherein the second service cycle indication information is used to indicate that the service cycle of the to-be-sent data is a second cycle having a second time duration, and the first time duration and the second time duration are different; receiving second transmission resource indication information from the base station, wherein the second transmission resource indication information is used to indicate a second transmission resource for sending the to-be-sent data of the second cycle; and performing D2D communication on the second transmission resource. sending first service cycle indication information to a base station, wherein the first service cycle indication information is used to indicate that a service cycle of to-be-sent data is a first cycle having a first time duration; receiving first transmission resource indication information from the base station, wherein the first transmission resource indication information is used to indicate a first transmission resource for sending the to-be-sent data of the first cycle; performing D2D communication on the first transmission resource; and when the user equipment detects that the service cycle changes, sending second service cycle indication information to the base station, wherein the second service cycle indication information is used to indicate that the service cycle of the to-be-sent data is a second cycle having a second time duration, and the first time duration and the second time duration are different; receiving second transmission resource indication information from the base station, wherein the second transmission resource indication information is used to indicate a second transmission resource for sending the to-be-sent data of the second cycle; and performing D2D communication on the second transmission resource.
A payment device comprising: an integrated power source including a piezoelectric accelerometer; a processor (108, 200) in communication with the integrated power source, a memory in communication with the processor, the memory storing instructions that configure the processor to activate payment functions of the payment device; and an input/output circuit in communication with the processor; characterized in that kinetic energy translated to the payment device also translates to the piezoelectric accelerometer to cause the integrated power source to power the processor, memory, and input/output circuit and activate the payment functions of the payment device, wherein the instructions configure the processor to: (i) determine a pattern of kinetic energy translated to the piezoelectric accelerometer; (ii) determine that the pattern matches a passcode motion stored in the memory; and (iii) activate the payment functions of the payment device in response to the pattern matching the passcode motion. an integrated power source including a piezoelectric accelerometer; a processor (108, 200) in communication with the integrated power source, a memory in communication with the processor, the memory storing instructions that configure the processor to activate payment functions of the payment device; and an input/output circuit in communication with the processor; characterized in that kinetic energy translated to the payment device also translates to the piezoelectric accelerometer to cause the integrated power source to power the processor, memory, and input/output circuit and activate the payment functions of the payment device, wherein the instructions configure the processor to: (i) determine a pattern of kinetic energy translated to the piezoelectric accelerometer; (ii) determine that the pattern matches a passcode motion stored in the memory; and (iii) activate the payment functions of the payment device in response to the pattern matching the passcode motion. (i) determine a pattern of kinetic energy translated to the piezoelectric accelerometer; (ii) determine that the pattern matches a passcode motion stored in the memory; and (iii) activate the payment functions of the payment device in response to the pattern matching the passcode motion.
A method for multicast data traffic flow reordering, comprising: receiving a data packet at an egress (602, 702) of a node, the data packet associated with a descriptor including at least one parameter; determining (504, 506) the at least one parameter of the descriptor; and processing the data packet for reordering based on the determining of the at least one parameter of the descriptor; wherein the at least one parameter of the descriptor includes one of: a status indicating that the data packet comprises a last data packet of a data traffic flow sent on a first sublink, wherein the data traffic flow is reassigned to a second sublink; and a status indicating that the data packet comprises a new data packet of a data flow sent on a second sublink, wherein the data traffic flow is reassigned from a first sublink. receiving a data packet at an egress (602, 702) of a node, the data packet associated with a descriptor including at least one parameter; determining (504, 506) the at least one parameter of the descriptor; and processing the data packet for reordering based on the determining of the at least one parameter of the descriptor; wherein the at least one parameter of the descriptor includes one of: a status indicating that the data packet comprises a last data packet of a data traffic flow sent on a first sublink, wherein the data traffic flow is reassigned to a second sublink; and a status indicating that the data packet comprises a new data packet of a data flow sent on a second sublink, wherein the data traffic flow is reassigned from a first sublink. a status indicating that the data packet comprises a last data packet of a data traffic flow sent on a first sublink, wherein the data traffic flow is reassigned to a second sublink; and a status indicating that the data packet comprises a new data packet of a data flow sent on a second sublink, wherein the data traffic flow is reassigned from a first sublink.