mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a Software-Defined Network (SDN) data communication system to support hardware-trust and process user data traffic comprising an SDN control system and an SDN data-plane machine, the method characterized by : in the SDN control system, a trust controller transferring hardware-trust data to a trust processor in the SDN data-plane machine over an SDN southbound interface to maintain hardware-trust with the SDN data-plane machine; in the SDN data-plane machine, the trust processor transferring additional hardware-trust data to the trust controller over the SDN southbound interface to maintain the hardware trust with the SDN control system; in the SDN control system, a flow controller transferring a Flow Description Table (FDT) modification to a flow processor in the SDN data-plane machine over the SDN southbound interface and transferring an FDT modification notice to the trust controller; in the SDN control system, the trust controller transferring FDT security data to the trust processor over the SDN southbound interface to authorize an FDT change responsive to the FDT modification notice; the trust processor transferring FDT authorization data to the flow processor responsive to the FDT security data from the trust controller; and in the SDN data-plane machine, the flow processor authorizing the FDT modification based on the FDT authorization data from the trust processor, modifying an FDT based on the FDT modification and in response to the successful FDT authorization, and processing the user data traffic using the modified FDT. in the SDN control system, a trust controller transferring hardware-trust data to a trust processor in the SDN data-plane machine over an SDN southbound interface to maintain hardware-trust with the SDN data-plane machine; in the SDN data-plane machine, the trust processor transferring additional hardware-trust data to the trust controller over the SDN southbound interface to maintain the hardware trust with the SDN control system; in the SDN control system, a flow controller transferring a Flow Description Table (FDT) modification to a flow processor in the SDN data-plane machine over the SDN southbound interface and transferring an FDT modification notice to the trust controller; in the SDN control system, the trust controller transferring FDT security data to the trust processor over the SDN southbound interface to authorize an FDT change responsive to the FDT modification notice; the trust processor transferring FDT authorization data to the flow processor responsive to the FDT security data from the trust controller; and in the SDN data-plane machine, the flow processor authorizing the FDT modification based on the FDT authorization data from the trust processor, modifying an FDT based on the FDT modification and in response to the successful FDT authorization, and processing the user data traffic using the modified FDT.
A reversible and outwardly openable rabbeted window, which comprises a frame ; a sash with a laterally extending peripheral rabbet flange which, in a closed position overlaps a portion of the frame, said sash being reversible to an opening angle of almost 180°; and two hinge mechanisms , each hinge mechanism comprising; - a pivot arm with a first end being pivotally connected to the sash at a first pivot axis and a second end being pivotally connected to a first slide at a second pivot axis , which first slide is arranged linearly displaceable along a first guide which is fixed to or made integral with the frame, - a support member , with a first end pivotally connected to the pivot arm and a second end pivotally connected to the frame, and - a second slide which is pivotally connected to an upper portion of the sash and arranged linearly displaceable along a second guide which is fixed to or made integral with the frame, wherein - the support member is pivotally connected to the pivot arm by means of a distance member such that the movement plane of the support member is laterally offset from the movement plane of the pivot arm by a distance which is greater than the lateral extension of the rabbet flange characterized in that - the pivot arm is pivotally connected to the first slide by means of a pivot mechanism which is arranged to allow the second end of the pivot arm to move linearly relative to the second pivot axis . - a pivot arm with a first end being pivotally connected to the sash at a first pivot axis and a second end being pivotally connected to a first slide at a second pivot axis , which first slide is arranged linearly displaceable along a first guide which is fixed to or made integral with the frame, - a support member , with a first end pivotally connected to the pivot arm and a second end pivotally connected to the frame, and - a second slide which is pivotally connected to an upper portion of the sash and arranged linearly displaceable along a second guide which is fixed to or made integral with the frame, wherein - the support member is pivotally connected to the pivot arm by means of a distance member such that the movement plane of the support member is laterally offset from the movement plane of the pivot arm by a distance which is greater than the lateral extension of the rabbet flange characterized in that - the pivot arm is pivotally connected to the first slide by means of a pivot mechanism which is arranged to allow the second end of the pivot arm to move linearly relative to the second pivot axis .
A surgical robotic system comprising: an input device ; and a controller for receiving control inputs from the input device and for providing haptic feedback at the input device having a logical haptic feedback relationship to surgical instrument forces, the controller configured to apply a staged transition from a first haptic feedback force profile at the input device to a second haptic feedback force profile at the input device when the surgical system transitions from a first control state associated with the first haptic feedback force profile to a second control state associated with the second haptic feedback force profile; and the controller configured to maintain the first haptic feedback force profile at the input device when the surgical system transitions from the first control state associated with the first haptic feedback force profile to a third control state for which haptic feedback is not associated. an input device ; and a controller for receiving control inputs from the input device and for providing haptic feedback at the input device having a logical haptic feedback relationship to surgical instrument forces, the controller configured to apply a staged transition from a first haptic feedback force profile at the input device to a second haptic feedback force profile at the input device when the surgical system transitions from a first control state associated with the first haptic feedback force profile to a second control state associated with the second haptic feedback force profile; and the controller configured to maintain the first haptic feedback force profile at the input device when the surgical system transitions from the first control state associated with the first haptic feedback force profile to a third control state for which haptic feedback is not associated.
An induction heating device comprising: a casing ; a cover plate coupled to a top of the casing and configured to seat an object on a top surface of the cover plate ; a working coil (WC) located within the casing and configured to heat the object on the top surface of the cover plate ; a base plate configured to support the working coil (WC); an indicator board that is located vertically below the base plate and that is spaced apart from the base plate to define an air-flow path between the base plate and the indicator board , characterised in that the indicator board comprises a plurality of light emitting elements ; a blowing fan located at a first side of a bottom surface of the casing and configured to suction air into the casing from an outside of the casing and to discharge air into the air-flow path; and an indicator board support configured to seat the indicator board , and wherein the air-flow path is defined by a bottom surface of the base plate , a top surface of the indicator board , and a lateral surface of the indicator board support . a casing ; a cover plate coupled to a top of the casing and configured to seat an object on a top surface of the cover plate ; a working coil (WC) located within the casing and configured to heat the object on the top surface of the cover plate ; a base plate configured to support the working coil (WC); an indicator board that is located vertically below the base plate and that is spaced apart from the base plate to define an air-flow path between the base plate and the indicator board , characterised in that the indicator board comprises a plurality of light emitting elements ; a blowing fan located at a first side of a bottom surface of the casing and configured to suction air into the casing from an outside of the casing and to discharge air into the air-flow path; and an indicator board support configured to seat the indicator board , and wherein the air-flow path is defined by a bottom surface of the base plate , a top surface of the indicator board , and a lateral surface of the indicator board support .
A method for selecting a face material for a printable label, the method comprising: - first preselecting step comprising selecting of the face materials based on requirements of an end-use area of the printable label; characterized in that the method further comprises: - second preselecting step comprising selecting the face materials of the first preselecting step having surface energy level at least 38 dynes/cm; - printing steps including a first printing step comprising printing of the face materials of the second preselecting step using a contact based printing method providing a human-readable information and a second printing step comprising printing the preselected face materials of the second preselecting step using a non-contact based printing method providing a machine-readable information; - first evaluating step comprising measuring a halftone resolution of the printed human-readable information; - second evaluating step comprising measuring a final data area module size of the printed machine-readable information; and - final selecting step comprising selecting of the face material, which comprises the printed human-readable information exhibiting the halftone resolution at least 30 L/cm and the printed machine-readable information exhibiting the final data area module size less than 1.0 mm. - first preselecting step comprising selecting of the face materials based on requirements of an end-use area of the printable label; - second preselecting step comprising selecting the face materials of the first preselecting step having surface energy level at least 38 dynes/cm; - printing steps including a first printing step comprising printing of the face materials of the second preselecting step using a contact based printing method providing a human-readable information and a second printing step comprising printing the preselected face materials of the second preselecting step using a non-contact based printing method providing a machine-readable information; - first evaluating step comprising measuring a halftone resolution of the printed human-readable information; - second evaluating step comprising measuring a final data area module size of the printed machine-readable information; and - final selecting step comprising selecting of the face material, which comprises the printed human-readable information exhibiting the halftone resolution at least 30 L/cm and the printed machine-readable information exhibiting the final data area module size less than 1.0 mm.
A locking system for a treadmill, the treadmill including a tread that rotates around a front axle and a rear axle and a side rail on each side of the tread, the locking system comprising: a locking mechanism having a locked configuration and an unlocked configuration, wherein in the locked configuration the locking mechanism prevents the tread of a treadmill from rotating in a front-to-rear direction and in the unlocked configuration the locking mechanism allows the tread to rotate in the front-to-rear direction; a controller; a display positioned on the treadmill; characterised by a presence sensor in communication with the controller, the presence sensor positioned on the treadmill and configured to detect a user on the treadmill; a weight sensor in communication with the controller, the weight sensor positioned on the side rail of the treadmill and configured to detect the user on the treadmill; and wherein the controller is configured to: move the locking mechanism to the locked configuration in response to the controller receiving signals contemporaneously from both of the presence sensor and the weight sensor indicating the user is not on the treadmill. a locking mechanism having a locked configuration and an unlocked configuration, wherein in the locked configuration the locking mechanism prevents the tread of a treadmill from rotating in a front-to-rear direction and in the unlocked configuration the locking mechanism allows the tread to rotate in the front-to-rear direction; a controller; a display positioned on the treadmill; characterised by a presence sensor in communication with the controller, the presence sensor positioned on the treadmill and configured to detect a user on the treadmill; a weight sensor in communication with the controller, the weight sensor positioned on the side rail of the treadmill and configured to detect the user on the treadmill; and wherein the controller is configured to: move the locking mechanism to the locked configuration in response to the controller receiving signals contemporaneously from both of the presence sensor and the weight sensor indicating the user is not on the treadmill.
A data processing device comprising: a first storing unit configured to store a plurality of job definition data each of which is a job macro causing the data processing device to perform processing corresponding to a series of manual operations by a user; a second storing unit configured to store rule information indicating a rule for determining order of displaying a plurality of items of identification information respectively identifying the plurality of the job definition data; an updating unit configured to update the rule information stored in the second storing unit ; a control unit configured to determine the order of displaying the plurality of the items of the identification information in accordance with the rule information stored in the second storing unit ; and a displaying unit configured to display the plurality of the items of the identification information in the order determined by the control unit . a first storing unit configured to store a plurality of job definition data each of which is a job macro causing the data processing device to perform processing corresponding to a series of manual operations by a user; a second storing unit configured to store rule information indicating a rule for determining order of displaying a plurality of items of identification information respectively identifying the plurality of the job definition data; an updating unit configured to update the rule information stored in the second storing unit ; a control unit configured to determine the order of displaying the plurality of the items of the identification information in accordance with the rule information stored in the second storing unit ; and a displaying unit configured to display the plurality of the items of the identification information in the order determined by the control unit .
An outlet device with hollow water curtain function, comprising a hollow housing and a deflecting column inserted in the housing , an annular passage is formed between the housing and the deflecting column , wherein the housing further comprises a plurality of arc-shaped inlet slots , the arc inlet slots are annularly arranged about the center of the annular passage , the internal port of the arc inlet slots is connected to the annular passage , water flows to the annular passage through the arc inlet slots to from a hollow annular water curtain with centrifugal force, wherein the arc inlet slot is arranged vertically to the inlet direction, wherein the top end of the deflecting column is disposed with a cone frustum with small end down, the deflecting column is placed in the center of the cone frustum ; the housing is disposed with a positioning groove having the shape coupled to the cone frustum , the arc inlet slots are disposed on the bottom surface of the positioning groove .
Method for the braking-based control of at least one servomotor (M, M1-M6) by way of a frequency converter comprising a rectifier circuit able to be connected to an electrical AC voltage grid , a DC link that is fed from the electrical AC voltage grid in the state connected to the electrical AC voltage grid , has a link capacitor and has a braking resistor that is able to be connected and disconnected via a braking chopper (S7) of the DC link , and at least one inverter circuit that is fed from the DC link and has driveable power semiconductor switches (S1-S6), comprising the following steps: - disconnecting the DC link from the electrical AC voltage grid , - braking the servomotor (M, M1-M6) by driving the power semiconductor switches (S1-S6) of the inverter circuit in a generative braking mode in order to reduce the speed of the servomotor (M, M1-M6), characterized by - driving the braking chopper (S7) such that the braking resistor is connected at a maximum link voltage that forms a switch-on threshold for the braking chopper (S7) and is disconnected at a minimum link voltage that forms a switch-off threshold for the braking chopper (S7), wherein - the switch-on threshold and/or the switch-off threshold is changed dynamically during generative braking mode of the servomotor (M, M1-M6) depending on the current speed of the servomotor (M, M1-M6). - disconnecting the DC link from the electrical AC voltage grid , - braking the servomotor (M, M1-M6) by driving the power semiconductor switches (S1-S6) of the inverter circuit in a generative braking mode in order to reduce the speed of the servomotor (M, M1-M6), characterized by - driving the braking chopper (S7) such that the braking resistor is connected at a maximum link voltage that forms a switch-on threshold for the braking chopper (S7) and is disconnected at a minimum link voltage that forms a switch-off threshold for the braking chopper (S7), wherein - the switch-on threshold and/or the switch-off threshold is changed dynamically during generative braking mode of the servomotor (M, M1-M6) depending on the current speed of the servomotor (M, M1-M6).
A particle comprising: • a core consisting essentially of a salt of formula (I) below: (A - ) n M n+ (I) in which: A - represents an anion chosen from the group consisting of 2-hydroxy-4-methylthiobutanoate, methioniate and cysteinate, M represents a divalent or trivalent metal, n being equal to 2 when said metal is divalent and to 3 when said metal is trivalent, and • a layer comprising a compound B chosen from the group consisting of 2-hydroxy-4-methylthiobutanoic acid (HMTBA), salts thereof, complexes thereof and mixtures thereof, said layer coating said core, the weight percentage of said compound B relative to the salt of formula (I) of the core being comprised from 10% to 40%, said compound B not being, or not only being, in the form of a salt of formula (I), the organosulfur compound content (TOS) of said particle being greater than 87% by weight, in particular greater than 88%, 89% or 90% by weight, relative to the total weight of said particle. • a core consisting essentially of a salt of formula (I) below: (A - ) n M n+ (I) in which: A - represents an anion chosen from the group consisting of 2-hydroxy-4-methylthiobutanoate, methioniate and cysteinate, M represents a divalent or trivalent metal, n being equal to 2 when said metal is divalent and to 3 when said metal is trivalent, and A - represents an anion chosen from the group consisting of 2-hydroxy-4-methylthiobutanoate, methioniate and cysteinate, M represents a divalent or trivalent metal, n being equal to 2 when said metal is divalent and to 3 when said metal is trivalent, and • a layer comprising a compound B chosen from the group consisting of 2-hydroxy-4-methylthiobutanoic acid (HMTBA), salts thereof, complexes thereof and mixtures thereof,
A method of producing a veneered element , comprising - providing a substrate , - applying a sub-layer on a surface of the substrate , wherein the sub-layer comprises a binder, - applying a veneer layer on the sub-layer , - applying pressure to the veneer layer and/or the substrate , such that at least a portion of the sub-layer permeates through the veneer layer , wherein the method further comprises controlling a design of the veneer layer by controlling permeation of the sub-layer through the veneer layer by including fillers in the sub-layer , the fillers being mineral particles or mineral fibres, wherein controlling permeation of the sub-layer through the veneer layer further includes adjusting a concentration of said fillers in the sub-layer . - providing a substrate , - applying a sub-layer on a surface of the substrate , wherein the sub-layer comprises a binder, - applying a veneer layer on the sub-layer , - applying pressure to the veneer layer and/or the substrate , such that at least a portion of the sub-layer permeates through the veneer layer , wherein the method further comprises
A network configuration method, comprising: generating, by a first serving eNB acting as primary eNB for a user equipment, identifiers of the user equipment in a service mode of multiple eNBs; transmitting , by the first serving eNB, an addition request message including the identifiers of the user equipment to a second serving eNB acting as secondary eNB for the user equipment; and receiving , by the first serving eNB of the user equipment, an addition request response message including identifiers of the user equipment in a service mode of multiple eNBs generated and transmitted by the second serving eNB of the user equipment. generating, by a first serving eNB acting as primary eNB for a user equipment, identifiers of the user equipment in a service mode of multiple eNBs; transmitting , by the first serving eNB, an addition request message including the identifiers of the user equipment to a second serving eNB acting as secondary eNB for the user equipment; and receiving , by the first serving eNB of the user equipment, an addition request response message including identifiers of the user equipment in a service mode of multiple eNBs generated and transmitted by the second serving eNB of the user equipment.
Outdoor switching device for switching high voltages of multiple phases , comprising at least two interrupter units , each of which is associated with a different phase , wherein the interrupter units are arranged on a common support , wherein the at least two interrupter units , each of which is associated with a different phase , are arranged on different longitudinal axes , wherein the different longitudinal axes intersect at a point as seen in plan view, characterized in that the at least two interrupter units , each of which is associated with a different phase , are arranged in different planes, substantially parallel to the ground and at different distances from the ground. the interrupter units are arranged on a common support , wherein the at least two interrupter units , each of which is associated with a different phase , are arranged on different longitudinal axes , wherein the different longitudinal axes intersect at a point as seen in plan view, characterized in that the at least two interrupter units , each of which is associated with a different phase , are arranged in different planes, substantially parallel to the ground and at different distances from the ground.