mhurhangee/ep-ind-claims huggingface dataset:
A system for scalable video coding comprising: a base layer encoder and an enhanced layer encoder, wherein: the base layer encoder is configured to encode a frame to a base layer and to generate and transmit inter-layer data to the enhanced layer encoder, wherein the inter-layer data includes motion data and one of residual data or reconstruction data, the reconstruction data being n-bit data, the generated residual data being (n+1)-bit data, n being a positive integer, wherein the base layer encoder includes a multiplexer that transmits either residual data or reconstruction data based on a block type of the base layer over a first n-bit channel, such that, if the base layer macroblock type is intra, then reconstruction data is selected, otherwise residual data is selected, the residual data being transmitted with a residual sign bit removed, transmits the motion data over a second channel, and transmits a residual sign bit over a third channel; and the enhanced layer encoder configured to receive the inter-layer data from the base layer encoder and upsample the received inter-layer data, wherein the enhanced layer encoder is further configured to encode the frame to an enhanced layer using the upsampled inter-layer data, wherein the resolution of the enhanced layer is greater than the resolution of the base layer. the base layer encoder is configured to encode a frame to a base layer and to generate and transmit inter-layer data to the enhanced layer encoder, wherein the inter-layer data includes motion data and one of residual data or reconstruction data, the reconstruction data being n-bit data, the generated residual data being (n+1)-bit data, n being a positive integer, wherein the base layer encoder includes a multiplexer that transmits either residual data or reconstruction data based on a block type of the base layer over a first n-bit channel, such that, if the base layer macroblock type is intra, then reconstruction data is selected, otherwise residual data is selected, the residual data being transmitted with a residual sign bit removed, transmits the motion data over a second channel, and transmits a residual sign bit over a third channel; and the enhanced layer encoder configured to receive the inter-layer data from the base layer encoder and upsample the received inter-layer data, wherein the enhanced layer encoder is further configured to encode the frame to an enhanced layer using the upsampled inter-layer data, wherein the resolution of the enhanced layer is greater than the resolution of the base layer.
A device for performing a Transmission Control Protocol, TCP, handshake, the device comprising: an interface configured to transmit messages between at least one external device and a processor in the device; and a processor configured to: receive from the interface a SYN-ACK message for which the device has not sent a corresponding SYN message, the SYN-ACK message comprising a source address; generate an ACK message corresponding to the SYN-ACK message; and send the ACK message to the interface for transmission to the source address. an interface configured to transmit messages between at least one external device and a processor in the device; and a processor configured to: receive from the interface a SYN-ACK message for which the device has not sent a corresponding SYN message, the SYN-ACK message comprising a source address; generate an ACK message corresponding to the SYN-ACK message; and send the ACK message to the interface for transmission to the source address. receive from the interface a SYN-ACK message for which the device has not sent a corresponding SYN message, the SYN-ACK message comprising a source address; generate an ACK message corresponding to the SYN-ACK message; and send the ACK message to the interface for transmission to the source address.
A method of determining sialic acid moiety on a recombinant glycoprotein, the method comprising digesting the recombinant glycoprotein with a sialidase to liberate sialic acid, and quantitating the sialic acid using condensation nucleation light scattering detection.
A system comprising: a use side device of an air conditioner; a terminal; and a management server, wherein the terminal transmits first information for identifying the use side device installed in a predetermined property to the management server, and the management server stores second information as information on a use side device to be installed in the predetermined property, and based on the first information and the second information received from the terminal, the management server determines whether the use side device installed in the predetermined property matches the use side device to be installed in the predetermined property, the system further comprising a remote controller being connected to the use side device, wherein the remote controller transmits information for identifying the use side device to the terminal, and wherein the terminal receives the information for identifying the use side device from the remote controller, and generates the first information; and wherein the management server receives the first information for identifying the use side device connected to the remote controller from the terminal, and determines whether the use side device of the air conditioner is correctly connected with the remote controller. a use side device of an air conditioner; a terminal; and a management server, wherein the terminal transmits first information for identifying the use side device installed in a predetermined property to the management server, and the management server stores second information as information on a use side device to be installed in the predetermined property, and based on the first information and the second information received from the terminal, the management server determines whether the use side device installed in the predetermined property matches the use side device to be installed in the predetermined property, the system further comprising a remote controller being connected to the use side device, wherein the remote controller transmits information for identifying the use side device to the terminal, and wherein the terminal receives the information for identifying the use side device from the remote controller, and generates the first information; and wherein the management server receives the first information for identifying the use side device connected to the remote controller from the terminal, and determines whether the use side device of the air conditioner is correctly connected with the remote controller.
A side mirror system for a vehicle comprising: a camera disposed outside the vehicle and configured to capture a peripheral area of the vehicle; an electronic side mirror including a mirror panel and a display panel arranged with either the mirror panel overlying the display panel or the display panel overlying the mirror panel; a moving device configured to move the electronic side mirror to an inside or an outside of the vehicle; and at least one control circuit electrically connected to the camera, the electronic side mirror, and the moving device, wherein the at least one control circuit is configured to: control the electronic side mirror such that the electronic side mirror outputs an image obtained by the camera through the display panel or the peripheral area of the vehicle is reflected by the mirror panel, and control the moving device such that the electronic side mirror moves from the outside of the vehicle to the inside of the vehicle, when a specified condition is satisfied; wherein the arrangement of one of the mirror panel and the display panel overlying the other is maintained whether the electronic side mirror is inside the vehicle or outside the vehicle. a camera disposed outside the vehicle and configured to capture a peripheral area of the vehicle; an electronic side mirror including a mirror panel and a display panel arranged with either the mirror panel overlying the display panel or the display panel overlying the mirror panel; a moving device configured to move the electronic side mirror to an inside or an outside of the vehicle; and at least one control circuit electrically connected to the camera, the electronic side mirror, and the moving device, wherein the at least one control circuit is configured to: control the electronic side mirror such that the electronic side mirror outputs an image obtained by the camera through the display panel or the peripheral area of the vehicle is reflected by the mirror panel, and control the moving device such that the electronic side mirror moves from the outside of the vehicle to the inside of the vehicle, when a specified condition is satisfied; wherein the arrangement of one of the mirror panel and the display panel overlying the other is maintained whether the electronic side mirror is inside the vehicle or outside the vehicle. control the electronic side mirror such that the electronic side mirror outputs an image obtained by the camera through the display panel or the peripheral area of the vehicle is reflected by the mirror panel, and control the moving device such that the electronic side mirror moves from the outside of the vehicle to the inside of the vehicle, when a specified condition is satisfied; wherein the arrangement of one of the mirror panel and the display panel overlying the other is maintained whether the electronic side mirror is inside the vehicle or outside the vehicle.
Bottle comprising: - a lower section, - a container for enclosing and holding a first substance, the container being located inside the bottle, - a lid for closing the container, - an upper section connected to the lower section and for holding a second substance above the lid, - a seal located between the lid and the container to assure that the second substance contained in the upper section does not mix with the first substance of the container; - a push-release system to displace the lid to permit mixing of the first and second substances, characterized in that the push-release system includes the container movably mounted in the bottle between a first position where the container does not act on the lid and a second position in which the entire container is displaced to displace the lid to permit mixing of the first and second substances; and in that the push-release system further includes attachment means attaching the container to the bottle, the attachment means being made of a flexible and elastically deformable material; and in that the attachment means comprise a first connector attached to the bottle, a second connector attached to the container and a mobile interconnector interconnecting the first and second connectors, the mobile interconnector including a socket receiving the lid. - a lower section, - a container for enclosing and holding a first substance, the container being located inside the bottle, - a lid for closing the container, - an upper section connected to the lower section and for holding a second substance above the lid, - a seal located between the lid and the container to assure that the second substance contained in the upper section does not mix with the first substance of the container; - a push-release system to displace the lid to permit mixing of the first and second substances,
A vehicle acceleration suppression device, comprising: a vehicle travel controller that controls torque generated at a drive source; the vehicle travel controller comprising: a driven direction detector configured to detect a driven direction of a vehicle; an ahead detector configured to detect at least one of a parking frame or an obstacle existing ahead in the driven direction of the vehicle based on the driven direction detected by the driven direction detector; an acceleration manipulation unit configured to be manipulated by a driver of the vehicle for instructing acceleration; a manipulation amount detector configured to detect a manipulation amount of the acceleration manipulation unit; an acceleration suppression unit (10, 10J) configured control a degree of the acceleration of the vehicle depending on the manipulation amount detected by the manipulation amount detector when the ahead detector detects the at least one of the parking frame or the obstacle existing ahead in the driven direction of the vehicle; a stop state detector (10, 101, 34) configured to detect that the vehicle is in a stop state; and a travel state detector (10, 10I, 34) configured to detect that the vehicle is in a travel state of travelling in the driven direction of the vehicle detected by the ahead driven direction detector, wherein while the acceleration suppression unit (10, 10J) is controlling the degree of the acceleration of the vehicle, when the stop state detector (10, 10I, 34) detects that the vehicle is in the stop state and then the travel state detector (10, 10I, 34) detects that the vehicle is in the travel state, the acceleration suppression unit (10, 10J) is configured to reduce a control amount of the degree of the acceleration. a vehicle travel controller that controls torque generated at a drive source; a driven direction detector configured to detect a driven direction of a vehicle; an ahead detector configured to detect at least one of a parking frame or an obstacle existing ahead in the driven direction of the vehicle based on the driven direction detected by the driven direction detector; an acceleration manipulation unit configured to be manipulated by a driver of the vehicle for instructing acceleration; a manipulation amount detector configured to detect a manipulation amount of the acceleration manipulation unit; an acceleration suppression unit (10, 10J) configured control a degree of the acceleration of the vehicle depending on the manipulation amount detected by the manipulation amount detector when the ahead detector detects the at least one of the parking frame or the obstacle existing ahead in the driven direction of the vehicle; a stop state detector (10, 101, 34) configured to detect that the vehicle is in a stop state; and a travel state detector (10, 10I, 34) configured to detect that the vehicle is in a travel state of travelling in the driven direction of the vehicle detected by the ahead driven direction detector,
An additive compound obtained by the reaction of: (a) an intermediate formed from the reaction of maleic anhydride and a polyoxyalkylene monoamine; and (b) an amine compound comprising a primary amine group and/or a secondary amine group having the formula: wherein R 5, R 7 and R 8, which can be the same or different, in each case are a hydrogen atom or a hydrocarbon group having 1 carbon atom to 60 carbon atoms, Y is -O-, p is an integer equal to or higher than 1 and m is an integer between 1 to 10, and each R 6 is independently a hydrogen atom or a hydrocarbon group having 1 carbon atom to 4 carbon atoms,.
A device for retaining a panel, such as a panel with a curved profile, the device including a frame that comprises two side members and two cross-members, said device further comprising: - a system for adjusting the geometry of the frame; - attachment systems coupled to the side members of the frame so as to allow the attachment of the panel to the frame in several locations of said panel, said attachment systems being mounted movably along the side members; characterized in that each of said attachment systems is also mounted pivoting about an axis parallel to the axis of the side member. - a system for adjusting the geometry of the frame; - attachment systems coupled to the side members of the frame so as to allow the attachment of the panel to the frame in several locations of said panel,
Floor panel with a substrate and a decoration provided thereon, wherein the substrate comprises at least a foamed layer of thermoplastic material, at least a non-foamed layer of thermoplastic material, and at least a reinforcement layer, said reinforcement layer relates to a glass fiber layer having a weight of at least 30 g/m 2, characterized in that said reinforcement layer is situated on one of the surfaces of the foamed layer, and wherein the non-foamed layer is adjacent to said reinforcement layer.
Arrangement with a voltage module, which comprises at least one battery and/or at least one fuel cell, wherein both module poles (51, 52) of the voltage module are insulated with respect to a module housing of the voltage module by means of an insulation, and with an insulation characterisation facility, which comprises at least one voltage provisioning facility and a measuring facility, characterised in that - the at least one voltage provisioning facility is suited to applying a temporally variable measuring voltage (Um), in particular a sinusoidal or rectangular alternating voltage, to the insulation, and - the measuring facility is designed to capture developing partial discharge currents (Ie) which flow through the insulation and on the basis of the captured partial discharge currents (Ie) to generate a measuring result which characterises the insulation. wherein both module poles (51, 52) of the voltage module are insulated with respect to a module housing of the voltage module by means of an insulation, and with an insulation characterisation facility, which comprises at least one voltage provisioning facility and a measuring facility, characterised in that - the at least one voltage provisioning facility is suited to applying a temporally variable measuring voltage (Um), in particular a sinusoidal or rectangular alternating voltage, to the insulation, and - the measuring facility is designed to capture developing partial discharge currents (Ie) which flow through the insulation and on the basis of the captured partial discharge currents (Ie) to generate a measuring result which characterises the insulation. - the at least one voltage provisioning facility is suited to applying a temporally variable measuring voltage (Um), in particular a sinusoidal or rectangular alternating voltage, to the insulation, and - the measuring facility is designed to capture developing partial discharge currents (Ie) which flow through the insulation and on the basis of the captured partial discharge currents (Ie) to generate a measuring result which characterises the insulation.
A device for implementing encrypted content in a game, the device comprising: one or more processors configured to execute computer program modules, the computer program modules comprising: a game module configured to execute an instance of a game by implementing content associated with action figure toys; an object detection module configured to receive information indicating presence of the action figure toys detected by a reader operatively coupled to or included in the device and to receive decryption keys stored on the action figure toys through the reader; and a decryption module configured to decrypt encrypted content such that responsive to a presence of a first action figure toy being detected by the reader and responsive to receiving first decryption key stored on the first action figure toy, the decryption module is configured to decrypt a first set of encrypted content associated with the first action figure toy using the first decryption key; and, wherein the game module is further configured to implement the decrypted first set of content in the instance of the game responsive to the presence of the first action figure toy being detected by the reader. a game module configured to execute an instance of a game by implementing content associated with action figure toys; an object detection module configured to receive information indicating presence of the action figure toys detected by a reader operatively coupled to or included in the device and to receive decryption keys stored on the action figure toys through the reader; and a decryption module configured to decrypt encrypted content such that responsive to a presence of a first action figure toy being detected by the reader and responsive to receiving first decryption key stored on the first action figure toy, the decryption module is configured to decrypt a first set of encrypted content associated with the first action figure toy using the first decryption key; and, wherein the game module is further configured to implement the decrypted first set of content in the instance of the game responsive to the presence of the first action figure toy being detected by the reader.
Weighing module device for a kitchen appliance, having - at least one force sensor on a sensor element, - at least one receiving device for connecting the sensor element to a baseplate of the kitchen appliance, - a suction foot, which is connected detachably to the sensor element, wherein when the kitchen appliance is used properly, the suction foot is used as a lower support for the sensor element, and wherein when the kitchen appliance is used properly, the receiving device is used as an upper support for the sensor element, and wherein the weight force of the mass of the kitchen appliance and of the item to be weighed which is located therein acts on the sensor element by way of the receiving device, characterised in that the sensor element has a mushroom head-type plug connector, which, when the kitchen appliance is used properly, plugs into a central opening, in the suction foot, which points upwards and corresponds hereto. - at least one force sensor on a sensor element, - at least one receiving device for connecting the sensor element to a baseplate of the kitchen appliance, - a suction foot, which is connected detachably to the sensor element, wherein when the kitchen appliance is used properly, the suction foot is used as a lower support for the sensor element, and wherein when the kitchen appliance is used properly, the receiving device is used as an upper support for the sensor element, and wherein the weight force of the mass of the kitchen appliance and of the item to be weighed which is located therein acts on the sensor element by way of the receiving device, characterised in that the sensor element has a mushroom head-type plug connector, which, when the kitchen appliance is used properly, plugs into a central opening, in the suction foot, which points upwards and corresponds hereto.
A laminated substrate, comprising a sheet-like material having a porosity of from 50% to 99% laminated on at least one surface of a prepreg substrate including reinforcing fibers and a thermoplastic resin, wherein the length of the reinforcing fibers that constitute the prepreg substrate is 10 mm to 100 mm, wherein the prepreg substrate and the sheet-like material are not adhered, the porosity is a cumulative fraction occupied by the air phase in the total volume of the sheet-like material, and the porosity is measured by the procedure: porosity (%) = {1 - (total volume of material constituting sheet-like material / total volume of sheet-like material)} × 100.