mhurhangee/ep-ind-claims huggingface dataset:
A device to support a cooking container for a smart under range, comprising: a body pad on the upper surface of a table in which a smart under range induction is installed and having an upper part on which a cooking container heated by means of the smart under range induction is placed; a cooking container supporting part provided on the upper surface of a floor part of the body pad; a temperature sensing part interposed between the upper surface of the floor part of the body pad and the cooking container supporting part and disposed below the center part of the cooking container supporting part to directly sense the temperature of the cooking container; a transmitting circuit part provided inside the body pad and connected to the temperature sensing part for transmitting the result sensed by the temperature sensing part to the outside; and a power supply part provided inside the body pad for supplying power to the transmitting circuit part, characterised in that, the body pad is formed by insulating material, the cooking container supporting part is formed by glass-ceramic, and the transmitting circuit part includes a microcomputer configured inside in the form of a PCB circuit and receiving and sending out the temperature sensed at a certain time interval by the temperature sensing part from the time when the temperature sensed by the temperature sensing part reaches an operating setting temperature, the transmitting circuit part being protected inside the body pad by a magnetic field shielding means. a body pad on the upper surface of a table in which a smart under range induction is installed and having an upper part on which a cooking container heated by means of the smart under range induction is placed; a cooking container supporting part provided on the upper surface of a floor part of the body pad; a temperature sensing part interposed between the upper surface of the floor part of the body pad and the cooking container supporting part and disposed below the center part of the cooking container supporting part to directly sense the temperature of the cooking container; a transmitting circuit part provided inside the body pad and connected to the temperature sensing part for transmitting the result sensed by the temperature sensing part to the outside; and a power supply part provided inside the body pad for supplying power to the transmitting circuit part, characterised in that, the body pad is formed by insulating material, the cooking container supporting part is formed by glass-ceramic, and the transmitting circuit part includes a microcomputer configured inside in the form of a PCB circuit and receiving and sending out the temperature sensed at a certain time interval by the temperature sensing part from the time when the temperature sensed by the temperature sensing part reaches an operating setting temperature, the transmitting circuit part being protected inside the body pad by a magnetic field shielding means.
A system for securing an in-vehicle network in a vehicle, the system comprising: - a switch (300,630) connected to the in-vehicle network; and - an intrusion detection and prevention system, IDPS, unit connected to the switch (300,630); wherein the IDPS unit is adapted to: - receive network messages from the in-vehicle network via the switch (300, 630); - determine at least some of the network messages are related to a cyber threat; characterized in that the IDPS unit is further adapted to: - upon identifying, based on said determining that at least some of the network messages are related to a cyber threat, the cyber threat configuring the switch (300, 630) according to the cyber threat by modifying, in real-time, content in a ternary content-addressable memory, TCAM, of the switch (300, 630). - a switch (300,630) connected to the in-vehicle network; and - an intrusion detection and prevention system, IDPS, unit connected to the switch (300,630); wherein the IDPS unit is adapted to: - receive network messages from the in-vehicle network via the switch (300, 630); - determine at least some of the network messages are related to a cyber threat; characterized in that the IDPS unit is further adapted to: - upon identifying, based on said determining that at least some of the network messages are related to a cyber threat, the cyber threat configuring the switch (300, 630) according to the cyber threat by modifying, in real-time, content in a ternary content-addressable memory, TCAM, of the switch (300, 630). - receive network messages from the in-vehicle network via the switch (300, 630); - determine at least some of the network messages are related to a cyber threat; characterized in that the IDPS unit is further adapted to: - upon identifying, based on said determining that at least some of the network messages are related to a cyber threat, the cyber threat configuring the switch (300, 630) according to the cyber threat by modifying, in real-time, content in a ternary content-addressable memory, TCAM, of the switch (300, 630). - upon identifying, based on said determining that at least some of the network messages are related to a cyber threat, the cyber threat configuring the switch (300, 630) according to the cyber threat by modifying, in real-time, content in a ternary content-addressable memory, TCAM, of the switch (300, 630).
A detection system for use with a scanning probe microscope, the system comprising a light source for generating a beam to illuminate a probe comprising a cantilever with base and free ends, the free end supporting a sharp tip, collecting means for collecting light reflected from the probe wherein the beam illuminates an upper surface of the probe in the vicinity of its tip, characterised in that the reflected light comprises two components: a first component (84a, 84b, 84c) from which an indication of the deflection of the upper surface of the probe is obtained and a second component (86a, 86b, 86c) for transmission to a height detection system arranged to extract from this component information relating to the position of the upper surface of the probe relative to a reference point, wherein the system includes a beamsplitter arranged to separate the reflected light into the first and second components, and wherein the height detection system comprises an interferometer arranged to detect the path difference between the second component of reflected light and a height reference beam.
A Wi-Fi device, comprising a radio frequency circuit, a signal processor, an application processor, and a Wi-Fi chip, wherein: the radio frequency circuit is configured to receive and send analog signals; the signal processor is configured to perform conversion on digital signals and analog signals; the application processor is configured to preset a work mode of the Wi-Fi chip in a downlink network to a single input single output SISO mode, and is further configured to acquire a value of a parameter of an uplink wireless network, and when the value of the parameter of the uplink wireless network is determined to be greater than or equal to a preset value, set the work mode of the Wi-Fi chip in the downlink network to a multiple-input multiple-output MIMO mode, the uplink wireless network refers to a wireless wide area network accessed by the Wi-Fi device by using the information of a user card connected to the Wi-Fi device, the downlink network refers to a Wi-Fi network constructed by the Wi-Fi device as a hotspot via the uplink wireless network accessed by the Wi-Fi device; and the Wi-Fi chip supports Wi-Fi communications in the SISO mode and the MIMO mode. the radio frequency circuit is configured to receive and send analog signals; the signal processor is configured to perform conversion on digital signals and analog signals; the application processor is configured to preset a work mode of the Wi-Fi chip in a downlink network to a single input single output SISO mode, and is further configured to acquire a value of a parameter of an uplink wireless network, and when the value of the parameter of the uplink wireless network is determined to be greater than or equal to a preset value, set the work mode of the Wi-Fi chip in the downlink network to a multiple-input multiple-output MIMO mode, the uplink wireless network refers to a wireless wide area network accessed by the Wi-Fi device by using the information of a user card connected to the Wi-Fi device, the downlink network refers to a Wi-Fi network constructed by the Wi-Fi device as a hotspot via the uplink wireless network accessed by the Wi-Fi device; and the Wi-Fi chip supports Wi-Fi communications in the SISO mode and the MIMO mode.
An illumination device for providing multicolor light, comprising: a light source for generating an excitation light; and a plate (104; 130) including two or more segments, wherein two or more of the segments each contains a wavelength conversion material capable of absorbing the excitation light and emitting light having wavelengths different from that of the excitation light, wherein a first segment contains a first wavelength conversion material, and a second segment contains a different wavelength conversion material, wherein a part of the plate (104; 130) is disposed on an optical path of the excitation light, and wherein the plate (104; 130) and the excitation light are moveable relative to each other so that different segments are exposed to the excitation light at different times; characterized in that the light source is configured to be driven by a modulation signal that provides a stronger excitation light for one of the first and second segments than for the other of the first and second segments, wherein different modulation schemes applied to the excitation light source for modulating light intensity are used for different segments with different wavelength conversion materials. a light source for generating an excitation light; and a plate (104; 130) including two or more segments, wherein two or more of the segments each contains a wavelength conversion material capable of absorbing the excitation light and emitting light having wavelengths different from that of the excitation light, wherein a first segment contains a first wavelength conversion material, and a second segment contains a different wavelength conversion material, wherein a part of the plate (104; 130) is disposed on an optical path of the excitation light, and wherein the plate (104; 130) and the excitation light are moveable relative to each other so that different segments are exposed to the excitation light at different times; characterized in that the light source is configured to be driven by a modulation signal that provides a stronger excitation light for one of the first and second segments than for the other of the first and second segments, wherein different modulation schemes applied to the excitation light source for modulating light intensity are used for different segments with different wavelength conversion materials.
A permutation lock having a plurality of adjustment rings (22a - 22d) which are rotatable about a common axis to set a secret code and having a locking mechanism which has a blocking element, wherein the blocking element can be displaced with respect to the axis of rotation of the adjustment rings (22a - 22d) in the axial direction from a blocking position into a release position, wherein the adjustment rings (22a - 22d) are rotationally operationally coupled to axially movable driver elements (32a - 32d), wherein the driver elements (32a - 32d) have axial elevated portions, and wherein the driver elements (32a - 32d) cooperate in an axial direction via the elevated portions such that the blocking element is only displaced axially into the release position by means of the driver elements (32a - 32d) in that the secret code is set at the adjustment rings (22a - 22d), characterized in that a respective axially displaceable rolling element (56a - 56c) is provided between adjacent driver elements (32a - 32d).
Method for operating a packaging machine comprising the following method steps: - intermittently advancing a transport chain along a chain deflection, where chain clips are arranged on said transport chain and moved during the advancing motion of said transport chain along a run-on contour, so that at least one of said chain clips is opened. - introducing a flat material blank into said at least one open chain clip by way of a feed device or by entraining said flat material blank by way of a connection to a second material blank preceding said flat material blank, where said material blank enters said open chain clip during an advancing motion of said transport chain. - subsequent to the introducing: closing said chain clip by leaving said run-on contour, so that said material blank is secured in said chain clip. - transporting said material blank to a work station (3, 4) by way of said transport chain. - intermittently advancing a transport chain along a chain deflection, where chain clips are arranged on said transport chain and moved during the advancing motion of said transport chain along a run-on contour, so that at least one of said chain clips is opened. - introducing a flat material blank into said at least one open chain clip by way of a feed device or by entraining said flat material blank by way of a connection to a second material blank preceding said flat material blank, where said material blank enters said open chain clip during an advancing motion of said transport chain. - subsequent to the introducing: closing said chain clip by leaving said run-on contour, so that said material blank is secured in said chain clip. - transporting said material blank to a work station (3, 4) by way of said transport chain.
Method for operating a control unit which is coupled to a first system and to a second system, comprising: - starting up the control unit in order to change it to a state ready for operation, wherein, when starting up the control unit, • either a first starting sequence is executed in order to change the control unit to a first mode, or • a second starting sequence is executed in order to change the control unit to a second mode, - wherein, in comparison with the second starting sequence, the first starting sequence comprises an additional self-test, characterized in that - the control unit provides information for the first system, wherein the information is provided for the first system or is used by the first system only when the control unit is in the first mode, and - the control unit provides information for the second system, wherein the information is provided for the second system if the control unit is in the first or second mode. - starting up the control unit in order to change it to a state ready for operation, wherein, when starting up the control unit, • either a first starting sequence is executed in order to change the control unit to a first mode, or • a second starting sequence is executed in order to change the control unit to a second mode, • either a first starting sequence is executed in order to change the control unit to a first mode, or • a second starting sequence is executed in order to change the control unit to a second mode, - wherein, in comparison with the second starting sequence, the first starting sequence comprises an additional self-test, characterized in that - the control unit provides information for the first system, wherein the information is provided for the first system or is used by the first system only when the control unit is in the first mode, and - the control unit provides information for the second system, wherein the information is provided for the second system if the control unit is in the first or second mode.
A method to control a device connected to a computer and having at least one re-configurable configuration parameter defining an operating characteristic of the device, a storage medium controlled by a first microcontroller, and a second microcontroller, wherein the re-configurable parameter controls an aspect related to the storage medium, comprising the followings steps: operating the device to identify itself to the computer as a first peripheral device capable of communicating using a first protocol associated with the storage medium and as a second peripheral device capable of communicating using a second protocol associated with the second microcontroller; in response to receiving a message from the device identifying itself to the computer as a first peripheral device capable of communicating using a first protocol associated with the storage medium, operating the computer to associate a first unique peripheral device identifier with the microcontroller connected to a storage medium whereby the computer uses the unique peripheral device identifier to address the storage medium of the device; in response to receiving a message from the device identifying itself to the computer as a second peripheral device capable of communicating using the second protocol associated with the second microcontroller, operating the computer to associate a second peripheral device identifier with the second microcontroller wherein the at least one re-configurable parameter is controlled via the second microcontroller; controlling updates to the value of the at least one re-configurable parameter with the second microcontroller; storing the value of the at least one re-configurable parameter in non-volatile memory on the second microcontroller; and upon start-up of the device, transmitting the value of the at least one re-configurable parameter from the second microcontroller to the first microcontroller.
Connector arrangement having a line adapter for the connection of a fluid line to a housing, in particular to a housing of a master or slave cylinder for a release system of a clutch for a motor vehicle, wherein the line adapter is connected in tension-resistant and torque-resistant fashion to the housing by means of a rivet connection, wherein the rivet connection is formed without the generation of a force on the face of a hole, characterized in that, on the line adapter or on the housing, there are arranged projections (114, 120) in which a bore (115, 119) is formed, and the housing or the line adapter has openings which are compatible with the projections (114, 120) and which serve for the insertion of the projections (114, 120), wherein the openings enclose the projections (114, 120), in the inserted state, at at least two opposite sides, and said sides of the openings have bores which, in the inserted state, are aligned with the bore (115, 119) in the projections (114, 120), and rivets for the connection of the line adapter and the housing are pushed through the aligned bores (113, 115, 119) and are deformed at their ends so as to form heads.
Coupling for connecting a two-track trailer having at least one drawbar to a nonmotorized vehicle or a vehicle having only an auxiliary drive, in particular a bicycle, having two cooperating coupling parts which can be disconnected from one another, one of which is to be connected fixedly to the vehicle and the other to the drawbar, the cooperating coupling parts having a bolt (1, 24) with a cylindrical outer surface as well as a bushing (2, 25), which can be fitted onto the bolt (1, 24) and at least partially surrounds the bolt (1, 24), as cooperating coupling parts, the bushing (2, 25) having at least one lateral recess through which the bolt (1, 24) can be inserted into the bushing (2, 25) transversely with respect to the longitudinal axis of the latter and the interconnected coupling parts are rotatable relative to one another about their common longitudinal axis and act as a swivel joint with one degree of freedom, the coupling parts having locking means by which the coupling parts can be securely connected to one another, and unlocking means being provided to unlock the locking means so that the coupling parts can be released from one another, and wherein one or more further joint means are provided on the drawbar side, by means of which the coupling is given at least two further degrees of freedom, characterized in that the locking means are designed in such a way that they automatically engage when the bushing is pushed onto the pin and securely connect the coupling parts to one another.
Cooled component (10, 11) suitable for a gas turbine, which component by the outside of a wall delimits the hot gas channel of the gas turbine and on the inside has a device for impingement cooling, wherein the impingement cooling device comprises a plurality of impingement cooling chambers (13a, 13b) arranged next to each other, abutting each other and acting in parallel, which are covered by impingement cooling plates (19a, 19b) provided with impingement cooling openings (18a, 18b) and exposed to cooling air, wherein the impingement cooling chambers (13a, 13b) are each separately connected to the hot gas channel by means of respective film cooling bores (26a, 26b), characterised in that the density and/or distribution and/or diameter or flow cross-section of the impingement cooling openings (18a, 18b) in the impingement cooling plates (19a, 19b) of the individual impingement cooling chambers (13a, 13b) is adapted to the respective thermal load and/or the respective static pressure predominating in operation on the outside of the wall.
A beverage preparation machine for preparing a beverage from a food substance contained in a capsule by injection of a fluid into said capsule, said machine comprising: - a capsule holder for holding a capsule, said holder having a cup-shaped body, a handle portion, and a dispensing opening through the bottom portion of said body, - a fluid conduction system comprising a fluid reservoir, a fluid pump, optionally a fluid heater, said reservoir, pump and heater being connected by fluid pipes, - a brewing head having an aperture for receiving said capsule holder, and an injection support connected to the fluid conduction system, - an injection plate supported by said support, said injection plate comprising an upper surface with a fluid coupling connected to the fluid conduction system through said support, said injection plate further comprising a fluid conducting channel connecting the fluid coupling to a fluid injection element located in the lower surface of said injection plate, such that said injection element is able to inject fluid into the capsule, characterized in that said injection plate further comprises at least one cleaning channel independent from the fluid conducting channel connecting its upper and lower surfaces, said cleaning channel(s) being suitable for circulating fluid at least from the lower surface towards the upper surface of said injection plate. - a capsule holder for holding a capsule, said holder having a cup-shaped body, a handle portion, and a dispensing opening through the bottom portion of said body, - a fluid conduction system comprising a fluid reservoir, a fluid pump, optionally a fluid heater, said reservoir, pump and heater being connected by fluid pipes, - a brewing head having an aperture for receiving said capsule holder, and an injection support connected to the fluid conduction system, - an injection plate supported by said support, said injection plate comprising an upper surface with a fluid coupling connected to the fluid conduction system through said support, said injection plate further comprising a fluid conducting channel connecting the fluid coupling to a fluid injection element located in the lower surface of said injection plate, such that said injection element is able to inject fluid into the capsule,