mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a plurality of streams of portions which each comprise one or more slices which have been obtained by slicing food products by means of a slicing apparatus, in particular by means of a high-speed slicer, in which - products disposed next to one another in a plurality of tracks are fed to a cutting blade of the slicing apparatus moving in a cutting plane; - slices are cut off from the products by means of the cutting blade; - portions are formed from the cut-off slices; and - the portions are transported in a plurality of streams to a unit arranged downstream, in particular to a packaging machine, characterized in that the occupations of the streams are detected and the slicing is carried out in dependence on the detected occupations. - products disposed next to one another in a plurality of tracks are fed to a cutting blade of the slicing apparatus moving in a cutting plane; - slices are cut off from the products by means of the cutting blade; - portions are formed from the cut-off slices; and - the portions are transported in a plurality of streams to a unit arranged downstream, in particular to a packaging machine,
An input device transmitting input data from at least one input portion (80, 84) to an information processing apparatus, the input device of the type that can be connected to an external expansion device including a gyrosensor, the input device comprising: a controller which is connected to a bus and configured to control said input portion (80, 84) and to acquire data; an expansion connector which can connect various devices including the external expansion device to said bus; a switcher (SW 1) which is configured to switch a connection of said bus from said expansion connector to said controller; an internal gyrosensor; and a sensor controller configured to transmit data acquired from said internal gyrosensor to said controller via said bus, and connected to a side of said controller and a side of said expansion connector of said bus without interposing said switcher (SW 1), and further configured to control said switcher (SW 1), wherein said sensor controller is configured to switch the connection of said switcher (SW 1) off whenever the internal gyrosensor is functionally equivalent to said gyrosensor of the external expansion device and the gyrosensor of the expansion device is connected to the bus and the controller accesses the sensor controller to thereby disconnect the gyrosensor of the external expansion device from the bus. a controller which is connected to a bus and configured to control said input portion (80, 84) and to acquire data; an expansion connector which can connect various devices including the external expansion device to said bus; a switcher (SW 1) which is configured to switch a connection of said bus from said expansion connector to said controller; an internal gyrosensor; and a sensor controller configured to transmit data acquired from said internal gyrosensor to said controller via said bus, and connected to a side of said controller and a side of said expansion connector of said bus without interposing said switcher (SW 1), and further configured to control said switcher (SW 1), wherein said sensor controller is configured to switch the connection of said switcher (SW 1) off whenever the internal gyrosensor is functionally equivalent to said gyrosensor of the external expansion device and the gyrosensor of the expansion device is connected to the bus and the controller accesses the sensor controller to thereby disconnect the gyrosensor of the external expansion device from the bus.
A device comprising: an output terminal; a driver including an input and an output, the driver being configured to receive at the input a first signal representing first information and to provide at the output a second signal representing the first information, the output being coupled to the output terminal; and a feedback circuit configured to: receive a third signal from the output terminal; identify a fault at the output terminal based on the third signal and the first signal; and generate an error indicator in response to identifying the fault; characterised in that: the feedback circuit further comprises: a first comparator configured to generate a first indicator in response to determining that a voltage level of the third signal exceeds a first threshold voltage; and a second comparator configured to generate a second indicator in response to determining that the voltage level of the third signal exceeds a second threshold voltage. an output terminal; a driver including an input and an output, the driver being configured to receive at the input a first signal representing first information and to provide at the output a second signal representing the first information, the output being coupled to the output terminal; and a feedback circuit configured to: receive a third signal from the output terminal; identify a fault at the output terminal based on the third signal and the first signal; and generate an error indicator in response to identifying the fault; receive a third signal from the output terminal; identify a fault at the output terminal based on the third signal and the first signal; and generate an error indicator in response to identifying the fault; characterised in that: the feedback circuit further comprises: a first comparator configured to generate a first indicator in response to determining that a voltage level of the third signal exceeds a first threshold voltage; and a second comparator configured to generate a second indicator in response to determining that the voltage level of the third signal exceeds a second threshold voltage. a first comparator configured to generate a first indicator in response to determining that a voltage level of the third signal exceeds a first threshold voltage; and a second comparator configured to generate a second indicator in response to determining that the voltage level of the third signal exceeds a second threshold voltage.
A method for controlling access to a function performed by a wireless device, comprising: receiving, by the wireless device, an authentication; detecting, by the wireless device, an accessory device coupled to the wireless device; operating, at the wireless device and in response to detection of the accessory device, in an enhanced security mode in which a user of the wireless device is not required to provide the authentication to obtain access to the function performed by the wireless device while the wireless device is operating in the enhanced security mode; and permitting performance of the function by the wireless device while the accessory device is detected and while the wireless device is operating in the enhanced security mode, wherein the operating in the enhanced security mode comprises extending an amount of time of access to the function so that the amount of time of access permitted in the enhanced security mode is greater than an amount of time of access permitted while the wireless device is in a mode different from the enhanced security mode. receiving, by the wireless device, an authentication; detecting, by the wireless device, an accessory device coupled to the wireless device; operating, at the wireless device and in response to detection of the accessory device, in an enhanced security mode in which a user of the wireless device is not required to provide the authentication to obtain access to the function performed by the wireless device while the wireless device is operating in the enhanced security mode; and permitting performance of the function by the wireless device while the accessory device is detected and while the wireless device is operating in the enhanced security mode, wherein the operating in the enhanced security mode comprises extending an amount of time of access to the function so that the amount of time of access permitted in the enhanced security mode is greater than an amount of time of access permitted while the wireless device is in a mode different from the enhanced security mode.
A method responsive to a handover decision regarding handover of a mobile device from a source node to a target node in a wireless network, the method characterized by: generating, in the target node, a handover preparation status report based on the target node perception of the mobile device status stored in a memory of the target node during handover preparation; transmitting, from the target node, the handover preparation status report to the source node; adding the received handover preparation status report at the source node to a Radio Resource Control,RRC, reconfiguration message and transmitting said RRC reconfiguration message to the mobile device; setting the mobile device status in the mobile device according to the received handover preparation status report and maintaining the status for a duration of the handover until sending a RRC reconfiguration complete message; generating, in the mobile device, a handover execution status report based on the status stored in a memory of the mobile device; adding the generated handover execution status report to the RRC reconfiguration complete message and transmitting said RRC reconfiguration complete message during handover execution to the target node; and setting the status in the target node according to the received handover execution status report. generating, in the target node, a handover preparation status report based on the target node perception of the mobile device status stored in a memory of the target node during handover preparation; transmitting, from the target node, the handover preparation status report to the source node; adding the received handover preparation status report at the source node to a Radio Resource Control,RRC, reconfiguration message and transmitting said RRC reconfiguration message to the mobile device; setting the mobile device status in the mobile device according to the received handover preparation status report and maintaining the status for a duration of the handover until sending a RRC reconfiguration complete message; generating, in the mobile device, a handover execution status report based on the status stored in a memory of the mobile device; adding the generated handover execution status report to the RRC reconfiguration complete message and transmitting said RRC reconfiguration complete message during handover execution to the target node; and setting the status in the target node according to the received handover execution status report.
A speed displaying device which is provided in a vehicle that travels to reach a set target speed, and displays a speedometer which indicates a speed of the vehicle, the speed displaying device comprising: a speedometer having a scale; and a controller that controls to display a pointer pointed position which indicates a position of current speed of the vehicle in the scale of the speedometer, a speed setting position which indicates a position of the target speed in the scale of the speedometer, and a speed difference region which indicates the size of the difference between the current speed and the target speed with an area on the speedometer, wherein the speed difference region is displayed at a position near the scale of the speedometer, wherein the speed difference region is displayed at a position between the position of the current speed and the position of the target speed and at a position outside the scale, wherein the speed difference region is displayed by changing luminosity in a range from the position of the current speed to the position of the target speed, characterized in that the speed difference region is monochromatically displayed so that the density of the monochromatic display becomes high in parts near the speed setting position, and the density of the monochromatic display becomes low in parts near the pointer pointed position. a speedometer having a scale; and a controller that controls to display a pointer pointed position which indicates a position of current speed of the vehicle in the scale of the speedometer, a speed setting position which indicates a position of the target speed in the scale of the speedometer, and a speed difference region which indicates the size of the difference between the current speed and the target speed with an area on the speedometer, wherein the speed difference region is displayed at a position near the scale of the speedometer, wherein the speed difference region is displayed at a position between the position of the current speed and the position of the target speed and at a position outside the scale, wherein the speed difference region is displayed by changing luminosity in a range from the position of the current speed to the position of the target speed, characterized in that the speed difference region is monochromatically displayed so that the density of the monochromatic display becomes high in parts near the speed setting position, and the density of the monochromatic display becomes low in parts near the pointer pointed position.
A porous polytetrafluoroethylene membrane having an average fibril length of 50 μm or more and 90 μm or less, having an average node length 5 or more times larger than the average fibril length, and having an average node area ratio of 5% or less, wherein the average fibril length, the average node length, and the average node area ratio are determined as described in the description.
An epoxy resin composition comprising at least components,, and as listed below: an epoxy resin as represented by Formula 1 or an epoxy resin as represented by Formula 2, accounting for 15 to 70 parts by mass relative to the total epoxy resin quantity, which accounts for 100 parts by mass, when is an epoxy resin as represented by Formula 1: wherein each R 1 in Formula 1 and Formula 2 is a hydrogen atom or a methyl group, the plurality of R 1 's being not necessarily identical to each other; R 2 to R 6 are each a substituent group selected from the group consisting of an alkyl group containing 1 to 10 carbon atoms, a cycloalkyl group containing 6 to 15 carbon atoms, an aryl group containing 6 to 18 carbon atoms, a hydrogen atom, and a halogen atom; each k, which denotes the number of substituents, is an integer of 0 to 4, the k's being not necessarily identical to each other; n, which denotes the number of repeating units, is an integer of 0 or more; X, which denotes a linking group, is one selected from the group consisting of -C - (wherein Y and Z are each an alkyl group containing 1 to 10 carbon atoms, a cycloalkyl group containing 6 to 15 carbon atoms, an aryl group containing 6 to 18 carbon atoms, a hydrogen atom, or a halogen atom, Y and Z being either identical to or different from each other), -C(=O)NH-, -C(=O)O-, -S(=O) 2 -, -C(=O)-, -O-, -S-, and - (no atoms); at least one component selected from the group consisting of thermoplastic resins that are compatible with the epoxy resin, and core-shell polymers; and amine curing agent. an epoxy resin as represented by Formula 1 or an epoxy resin as represented by Formula 2, accounting for 15 to 70 parts by mass relative to the total epoxy resin quantity, which accounts for 100 parts by mass, when is an epoxy resin as represented by Formula 1: wherein each R 1 in Formula 1 and Formula 2 is a hydrogen atom or a methyl group, the plurality of R 1 's being not necessarily identical to each other; R 2 to R 6 are each a substituent group selected from the group consisting of an alkyl group containing 1 to 10 carbon atoms, a cycloalkyl group containing 6 to 15 carbon atoms, an aryl group containing 6 to 18 carbon atoms, a hydrogen atom, and a halogen atom; each k, which denotes the number of substituents, is an integer of 0 to 4, the k's being not necessarily identical to each other; n, which denotes the number of repeating units, is an integer of 0 or more; X, which denotes a linking group, is one selected from the group consisting of -C - (wherein Y and Z are each an alkyl group containing 1 to 10 carbon atoms, a cycloalkyl group containing 6 to 15 carbon atoms, an aryl group containing 6 to 18 carbon atoms, a hydrogen atom, or a halogen atom, Y and Z being either identical to or different from each other), -C(=O)NH-, -C(=O)O-, -S(=O) 2 -, -C(=O)-, -O-, -S-, and - (no atoms); at least one component selected from the group consisting of thermoplastic resins that are compatible with the epoxy resin, and core-shell polymers; and amine curing agent.
System for destacking and conveying articles arranged in stacks, with a conveying means which is designed for transporting the articles in a conveying direction, which is inclined relative to a horizontal at an angle of inclination (α) and has a drive means and adhesion elements, wherein the adhesion elements exert an adhesion force on articles which are in contact, and with a controller which is connected to the drive means of the conveying means, wherein the adhesion elements are connected to the controller and are embodied so as to be able to be activated by the controller, characterised in that the adhesion elements are activated and deactivated by the controller, so that during the conveying the articles in contact with adhesion elements on the conveying means are held by adhesion elements at least for a time and are destacked from the other articles.
A mobile wireless communication device for use with a plurality of electronic devices (31a-31c) having respective different device types and each configured to wirelessly communicate via a plurality of different wireless communications formats, the mobile wireless communications device comprising: a plurality of application modules (33a-33c) associated with respective electronic device types and configured to communicate via a first format of the plurality of wireless communications formats; and a control module configured to establish an initial wireless communications link with a given electronic device using a second format of the plurality of wireless communications formats, determine a respective device type for the given electronic device based upon the established initial wireless communications link, and cause a respective application module to establish a subsequent wireless communications link with the given electronic device using the second wireless communications format based upon the determined respective device type, wherein said application modules are further configured to register respective electronic device types with said control module, and wherein said control module is further configured to notify the respective application module to establish the subsequent wireless communications link based upon the registration by said respective application module with said control module and the determined respective device type. a plurality of application modules (33a-33c) associated with respective electronic device types and configured to communicate via a first format of the plurality of wireless communications formats; and a control module configured to establish an initial wireless communications link with a given electronic device using a second format of the plurality of wireless communications formats, determine a respective device type for the given electronic device based upon the established initial wireless communications link, and cause a respective application module to establish a subsequent wireless communications link with the given electronic device using the second wireless communications format based upon the determined respective device type, wherein said application modules are further configured to register respective electronic device types with said control module, and wherein said control module is further configured to notify the respective application module to establish the subsequent wireless communications link based upon the registration by said respective application module with said control module and the determined respective device type.
A drive assembly for a clutch unit of the type comprising: an actuating piston for generating a thrust for engagement of said clutch; a bearing for transferring said engagement thrust; and a pusher for transferring said engagement thrust onto said clutch unit, said actuating piston, said bearing and said pusher being assembled in succession on a transmission shaft carrying said clutch unit, a chamber being provided for supplying a fluid under pressure for generating a disengagement thrust acting on said actuating piston, there being provided at least one preloaded spring (19', 19") acting on said actuating piston so as to push it towards said clutch unit, wherein said bearing for transferring said thrust is mounted with play directly on said transmission shaft, said pusher being disk-shaped and comprising a first face in lateral contact with said bearing and a second face in lateral contact with said clutch unit, wherein said chamber for supplying a fluid under pressure for generating a disengagement thrust acting on said actuating piston is delimited on one side by said actuating piston and on another side by a casing, and wherein said actuating piston comprises a disk-shaped base and a bushing portion projecting from said base towards said clutch, said bushing portion bearing against a ring-shaped element projecting inwards from said casing.
Probiotic mixture consisting of Bifidobacterium bifidum, Bifidobacterium breve, Bifidobacterium longum, Bacillus subtilis, Lactobacillus casei, Lactobacillus gasseri, Lactobacillus rhamnosus, Enterococcus faecium and Streptococcus thermophilus.
A mobile terminal, comprising: a camera; a touch screen configured to output an image received from the camera; a wireless communication unit configured to receive, from a vehicle or a server, vehicle information associated with the vehicle; and a controller configured to control the touch screen to output guide information on the image to guide a moving direction of the mobile terminal such that a predetermined portion of the vehicle is captured based on the vehicle information, characterised in that the controller is configured to select at least one component included in the vehicle using the image and to transmit a test command to the vehicle through the wireless communication unit so as to perform a test operation for the selected component. a camera; a touch screen configured to output an image received from the camera; a wireless communication unit configured to receive, from a vehicle or a server, vehicle information associated with the vehicle; and a controller configured to control the touch screen to output guide information on the image to guide a moving direction of the mobile terminal such that a predetermined portion of the vehicle is captured based on the vehicle information, characterised in that the controller is configured to select at least one component included in the vehicle using the image and to transmit a test command to the vehicle through the wireless communication unit so as to perform a test operation for the selected component.