mhurhangee/patent-ind-claim-en huggingface dataset:
A node configured to support a Flexible Ethernet, FlexE, client service in a network , the node comprising: circuitry configured to receive a FlexE client after transport over the network ; and circuitry configured to one of monitor and update one or more Operations, Administration, and Maintenance, OAM, fields in FlexE client overhead that is encoded as an overhead block in a sequence of blocks including both data blocks and overhead blocks, wherein the overhead blocks have a specified Operational (O) code that is different from a standard Operational (O) code for Remote Fault/Local Fault information from an associated FlexE physical layer group and where the one or more OAM fields in the FlexE client overhead are carried over multiple overhead blocks, wherein the one or more OAM fields are one of monitored and updated over a single client path for the FlexE client including a client service monitoring field. circuitry configured to receive a FlexE client after transport over the network ; and circuitry configured to one of monitor and update one or more Operations, Administration, and Maintenance, OAM, fields in FlexE client overhead that is encoded as an overhead block in a sequence of blocks including both data blocks and overhead blocks, wherein the overhead blocks have a specified Operational (O) code that is different from a standard Operational (O) code for Remote Fault/Local Fault information from an associated FlexE physical layer group and where the one or more OAM fields in the FlexE client overhead are carried over multiple overhead blocks, wherein the one or more OAM fields are one of monitored and updated over a single client path for the FlexE client including a client service monitoring field.
A caliper body of a brake caliper of disc brake adapted to be arranged straddling a brake disc to apply a braking action on a vehicle, wherein it comprises: - supporting elements or supports for supporting thrust or actuation devices and/or supporting brake pads or supporting of at least one attaching element of the caliper body for attaching the caliper body to a support of the caliper, - feeding pipes and/or piston housings for supplying the thrust devices , wherein the supports and feeding pipes are made of a first material capable of withstanding high pressures; - at least one inner body portion made of a second material adapted to incorporate therein at least partially said supports and feeding pipes and obtaining shapes having complex geometry capable of distributing the stress received from the supports and feeding pipes ; - said at least one inner body portion forms a first vehicle side elongated element adapted to face a first braking surface of the brake disc ; and a second wheel side elongated element adapted to face a second braking surface of the brake disc opposite to said first braking surface ; - said caliper body further comprises at least one outer body portion made of a third material adapted to form a reinforcement with mechanical resistance; wherein - said supports and feeding pipes are embedded at least partially in said at least one inner body portion ; and - said inner body portion is surrounded and encircled by said at least one outer body portion . - supporting elements or supports for supporting thrust or actuation devices and/or supporting brake pads or supporting of at least one attaching element of the caliper body for attaching the caliper body to a support of the caliper, - feeding pipes and/or piston housings for supplying the thrust devices , wherein the supports and feeding pipes are made of a first material capable of withstanding high pressures; - at least one inner body portion made of a second material adapted to incorporate therein at least partially said supports and feeding pipes and obtaining shapes having complex geometry capable of distributing the stress received from the supports and feeding pipes ; - said at least one inner body portion forms a first vehicle side elongated element adapted to face a first braking surface of the brake disc ; and a second wheel side elongated element adapted to face a second braking surface of the brake disc opposite to said first braking surface ; - said caliper body further comprises at least one outer body portion made of a third material adapted to form a reinforcement with mechanical resistance; wherein - said supports and feeding pipes are embedded at least partially in said at least one inner body portion ; and - said inner body portion is surrounded and encircled by said at least one outer body portion .
A device for linking separate members of a dowel cradle, comprising: a bar ; and at least two couplings , located on the bar, the at least two couplings are mutually spaced by a length of the bar , and the length of the bar includes a frangible portion which is configured to break under tension, applied in a longitudinal direction of the bar, characterized in that each of said couplings is in the form of a clipping component, and the bar and the couplings together have a one-piece form and being made of plastic. a bar ; and at least two couplings , located on the bar, the at least two couplings are mutually spaced by a length of the bar , and the length of the bar includes a frangible portion which is configured to break under tension, applied in a longitudinal direction of the bar, characterized in that each of said couplings is in the form of a clipping component, and the bar and the couplings together have a one-piece form and being made of plastic.
Connecting device for connecting installation cables and network cables, comprising a basic body , which has a connection panel for network cables, and at least one attachment means, with which the basic body is connectable indirectly or directly to a supporting body, characterized in that the attachment means has or forms a pivot axis about which the basic body is pivotable relative to the supporting body, wherein the attachment means is in the form of a hinge which has a first limb for attaching to the supporting body and a second limb , which is assigned to the basic body , wherein the attachment means or a limb of the attachment means has at least one second positive-locking device for holding and/or securing the basic body such that the basic body is reversibly connectable to the attachment means.
An all-reflecting, non-relayed optical system having an optical axis and configured to provide images of objects, the system comprising: a primary mirror configured to receive radiation from the objects; a secondary mirror configured to receive the radiation reflected from the primary mirror; a tertiary mirror configured to receive the radiation reflected from the secondary mirror; and an image plane configured to receive the radiation reflected from the tertiary mirror and to form an image of the objects, wherein the primary mirror is a positive power mirror, the secondary mirror is a negative power mirror, and the tertiary mirror is a positive power mirror, characterised in that the optical system has an aperture stop located between the tertiary mirror and the image plane , and wherein the optical system further comprises a cold cavity having a window coincident with the aperture stop, the cold cavity enclosing space up to and between the aperture stop and the image plane , and wherein the primary, secondary and tertiary mirrors are off-axis from the optical axis of the optical system. a primary mirror configured to receive radiation from the objects; a secondary mirror configured to receive the radiation reflected from the primary mirror; a tertiary mirror configured to receive the radiation reflected from the secondary mirror; and an image plane configured to receive the radiation reflected from the tertiary mirror and to form an image of the objects, wherein the primary mirror is a positive power mirror, the secondary mirror is a negative power mirror, and the tertiary mirror is a positive power mirror, characterised in that the optical system has an aperture stop located between the tertiary mirror and the image plane , and wherein the optical system further comprises a cold cavity having a window coincident with the aperture stop, the cold cavity enclosing space up to and between the aperture stop and the image plane , and wherein the primary, secondary and tertiary mirrors are off-axis from the optical axis of the optical system.
Heating unit , in particular a fireplace, tiled stove or fireplace insert, for burning solid fuels such as logs, wood pressings such as briquettes or pellets, or mineral fuels such as coal or anthracite, having a heating-unit body , in which is provided a combustion chamber , which is bounded by side walls, a rear wall and a floor and has a combustion-chamber opening closable by a combustion-chamber door which has at least one transparent panel , is guided for movement up and down in vertical guides fastened on the heating-unit body , and which can be moved into an open position and into a closed position via the vertical guides, wherein the at least one transparent panel of the combustion-chamber door can be transferred by pivoting movement out of its closed position, in which it is located in the vertical guides, into a maintenance position, in which it has been pivoted away from the combustion chamber , characterized in that the transparent panel , which can be pivoted into the maintenance position, and/or a panel frame , which is assigned to this panel , are/is arranged in a channel-like recess of the heating-unit body and the pivot axis of the panel and/or of the panel frame extends within this channel-like recess , in that , in the closed state of the panel and therefore in the closed position of the panel , the channel-like recess can be closed by a cover , which extends to the panel from an edge of the heating-unit body , and in that the transparent panel of the combustion-chamber door projects into the channel-like recess of the heating-unit body to the extent where the transparent panel is visible above the cover of the channel-like recess and the combustion-chamber floor is located approximately at the same height level as the cover .
An image processing device for synthesizing a plurality of mutually adjacent and partially overlapping pieces of image data, the device comprising: a synthesizing unit which synthesizes the plurality of mutually adjacent and partially overlapping pieces of image data; a boundary portion selection unit which, from boundary portions of adjacent image data, selects the boundary portion for calculating an image correction value; a correction value calculator which calculates the image correction value of the boundary portion selected by the boundary portion selection unit ; and an image correction unit which, in the boundary portion selected by the boundary portion selection unit , performs image correction of the boundary portion using the image correction value calculated by the correction value calculator , and which, in the boundary portion that has not been selected by the boundary portion selection unit , performs image correction using the image correction value calculated in the past, characterized in that : the boundary portion selection unit changes the boundary portion according to a frame number of the adjacent image data. a synthesizing unit which synthesizes the plurality of mutually adjacent and partially overlapping pieces of image data; a boundary portion selection unit which, from boundary portions of adjacent image data, selects the boundary portion for calculating an image correction value; a correction value calculator which calculates the image correction value of the boundary portion selected by the boundary portion selection unit ; and an image correction unit which, in the boundary portion selected by the boundary portion selection unit , performs image correction of the boundary portion using the image correction value calculated by the correction value calculator , and which, in the boundary portion that has not been selected by the boundary portion selection unit , performs image correction using the image correction value calculated in the past, characterized in that : the boundary portion selection unit changes the boundary portion according to a frame number of the adjacent image data.
A virtual platform system (3, VP) for use in a cloud-based system , the virtual platform system comprising: a virtual platform simulator (4a, 6, VP simulation models) configured to represent in software at least a part of a physical remote client device, the virtual platform simulator further configured to have the at least part of the physical remote client that is represented in software interact with a virtual platform application; a process virtual machine (5, Simulator core engine) configured to execute program instructions (CMD, RSP) of the virtual platform application; the virtual platform system being characterised in that it further comprises one or more interception components (5, 6, 8, BBEVP, WBIVP, WBEVP) configured to capture transactions (t) from at least one of the virtual platform simulator and the process virtual machine, wherein the transactions are related to the execution of the program instructions of the virtual platform application, wherein the virtual platform system is configured to compare the captured transactions with pre-stored transactions (I.A.) to obtain a comparison result, and to allow the execution of the program instructions depending on the comparison result. a virtual platform simulator (4a, 6, VP simulation models) configured to represent in software at least a part of a physical remote client device, the virtual platform simulator further configured to have the at least part of the physical remote client that is represented in software interact with a virtual platform application; a process virtual machine (5, Simulator core engine) configured to execute program instructions (CMD, RSP) of the virtual platform application; the virtual platform system being characterised in that it further comprises one or more interception components (5, 6, 8, BBEVP, WBIVP, WBEVP) configured to capture transactions (t) from at least one of the virtual platform simulator and the process virtual machine, wherein the transactions are related to the execution of the program instructions of the virtual platform application, wherein the virtual platform system is configured to compare the captured transactions with pre-stored transactions (I.A.) to obtain a comparison result, and to allow the execution of the program instructions depending on the comparison result.
An air injection valve-integrated spraying device suitable for spraying and applying polyurethane foam to a predetermined portion of a tire, the spraying device comprising: a polyurethane foam chamber adapted to keep polyurethane foam under pressure; and an air delivery chamber suitable for delivering air injected from an air injection valve which is mounted in a rim to a breaking portion of the polyurethane foam chamber, wherein the breaking portion of the polyurethane foam chamber is adapted to be broken by air coming out of the air delivery chamber , so that the polyurethane foam can be sprayed characterized in that the air delivery chamber is formed in a tube shape and has a coupling portion for coupling to the air injection valve, and the air delivery chamber has a seat, where the polyurethane foam chamber is seated, at an end of the tube shape. a polyurethane foam chamber adapted to keep polyurethane foam under pressure; and an air delivery chamber suitable for delivering air injected from an air injection valve which is mounted in a rim to a breaking portion of the polyurethane foam chamber, wherein the breaking portion of the polyurethane foam chamber is adapted to be broken by air coming out of the air delivery chamber , so that the polyurethane foam can be sprayed characterized in that the air delivery chamber is formed in a tube shape and has a coupling portion for coupling to the air injection valve, and the air delivery chamber has a seat, where the polyurethane foam chamber is seated, at an end of the tube shape.
A remotely detectable marker for implantation in a targeted site within a patient's body from which tissue has been removed, the marker comprising: a radiopaque element having a distinguishing pattern for unique identification under x-ray imaging; and a non-palpable body coupled to the radiopaque marker , the body comprised of a substantially dehydrated material in a pre-deployment configuration, wherein the body is configured to expand between 5 and 100 percent of its pre-deployment volume in approximately 30 to 60 minutes when exposed to fluid, and to remain substantially physically stable when implanted within the targeted site for at least approximately 52 weeks; and wherein the body is configured to reflect ultrasound in a way that the body is recognizable as being artificial and is distinguishable from the radiopaque marker characterized in that the radiopaque element comprises a braided, woven or mesh structure defining an interior region, and wherein the body is contained within the interior region of the radiopaque element . a radiopaque element having a distinguishing pattern for unique identification under x-ray imaging; and a non-palpable body coupled to the radiopaque marker , the body comprised of a substantially dehydrated material in a pre-deployment configuration, wherein the body is configured to expand between 5 and 100 percent of its pre-deployment volume in approximately 30 to 60 minutes when exposed to fluid, and to remain substantially physically stable when implanted within the targeted site for at least approximately 52 weeks; and wherein the body is configured to reflect ultrasound in a way that the body is recognizable as being artificial and is distinguishable from the radiopaque marker characterized in that the radiopaque element comprises a braided, woven or mesh structure defining an interior region, and wherein the body is contained within the interior region of the radiopaque element .
Method for testing the operation of a protection unit for an electrical network, said unit including: - a current sensor delivering a signal (Is) that is representative of an electric fault current (Idf) flowing through at least one electrical conductor ; - a converter circuit that is connected at input to the current sensor so as to receive the signal (Is) that is representative of the fault current (Idf) and connected at output to a capacitor , said converter circuit being designed to convert the signal (Is) that is representative of the fault current into a capacitor voltage (V_cap) and to charge the capacitor to said capacitor voltage (V_cap); - a detection circuit that is connected to the capacitor so as to compare the capacitor voltage (V_cap) across the terminals of the capacitor with a predetermined threshold voltage (V_sd) and to activate a control output when the capacitor voltage (V_cap) across the terminals of the capacitor is higher than the threshold voltage (V_sd); - a first generator circuit for generating a test current (I_tst1) in the current sensor ; - a second generator circuit for generating a current (I_tst2) for charging the capacitor , where the method includes: a first test sequence for testing the current sensor , the converter circuit and the capacitor by means of the first generator circuit ; and, when the first test sequence is positive, a second test sequence for testing the detection circuit by means of the second generator circuit and for activating the control output when the second test sequence is positive. - a current sensor delivering a signal (Is) that is representative of an electric fault current (Idf) flowing through at least one electrical conductor ; - a converter circuit that is connected at input to the current sensor so as to receive the signal (Is) that is representative of the fault current (Idf) and connected at output to a capacitor , said converter circuit being designed to convert the signal (Is) that is representative of the fault current into a capacitor voltage (V_cap) and to charge the capacitor to said capacitor voltage (V_cap); - a detection circuit that is connected to the capacitor so as to compare the capacitor voltage (V_cap) across the terminals of the capacitor with a predetermined threshold voltage (V_sd) and to activate a control output when the capacitor voltage (V_cap) across the terminals of the capacitor is higher than the threshold voltage (V_sd); - a first generator circuit for generating a test current (I_tst1) in the current sensor ; - a second generator circuit for generating a current (I_tst2) for charging the capacitor , a first test sequence for testing the current sensor , the converter circuit and the capacitor by means of the first generator circuit ; and, when the first test sequence is positive, a second test sequence for testing the detection circuit by means of the second generator circuit and for activating the control output when the second test sequence is positive.
Method for securing the entry of sensitive data, the method being implemented by a communications terminal comprising a processor, an entry touchpad screen on which the entry of sensitive data is carried out, method comprising: - a step of display of a first random keypad for the entry of a confidential code; - a step of reception , by the processor, of a reference pad display signal; - a step of display of the reference keypad, said reference keypad concealing said first random keypad, said reference keypad being inactive; the step of reception , by the processor, of the reference pad display signal being preceded by a step for pressing on a key situated at a pre-determined location of the communications terminal, leading to the transmission of the reference keypad display signal to the processor, said display of the reference keypad being interrupted at the interruption of the pressing on said key and/or at the end of a specified period of time, said method further comprising, when said display of the reference keypad is interrupted, a step of determining and displaying a second random keypad for the entry of the confidential code, different from the first random keypad. - a step of display of a first random keypad for the entry of a confidential code; - a step of reception , by the processor, of a reference pad display signal; - a step of display of the reference keypad, said reference keypad concealing said first random keypad, said reference keypad being inactive; the step of reception , by the processor, of the reference pad display signal being preceded by a step for pressing on a key situated at a pre-determined location of the communications terminal, leading to the transmission of the reference keypad display signal to the processor, said display of the reference keypad being interrupted at the interruption of the pressing on said key and/or at the end of a specified period of time, said method further comprising, when said display of the reference keypad is interrupted, a step of determining and displaying a second random keypad for the entry of the confidential code, different from the first random keypad.