mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring retransmission delay comprising a delay induced by a retransmission of a lost data segment in a communication network, the method comprising: monitoring, via a network monitoring device, an exchange of data segments between at least a first network device and a second network device; determining, via the network monitoring device, that the first network device failed to receive at least one lost data segment from the second network device causing the second network device to retransmit the at least one lost data segment by determining that the second network device receives a first acknowledgement and a second acknowledgement from the first network device, the first acknowledgement comprising a first value and the second acknowledgement comprising a second value, wherein the second value of the second acknowledgement is equal to the first value of the first acknowledgement; after the determining that the first network device failed to receive at least one lost data segment, marking, via the network monitoring device, a retransmission delay start time at which the second network device transmitted a latest acknowledged data segment that was transmitted before the retransmission of the at least one lost data segment; in response to the at least one lost data segment, marking, via the network monitoring device, a retransmission delay end time at which the second network device retransmitted the at least one lost data segment to the first network device; and determining a difference between the retransmission delay start time and the retransmission delay end time to yield the retransmission delay. monitoring, via a network monitoring device, an exchange of data segments between at least a first network device and a second network device; determining, via the network monitoring device, that the first network device failed to receive at least one lost data segment from the second network device causing the second network device to retransmit the at least one lost data segment by determining that the second network device receives a first acknowledgement and a second acknowledgement from the first network device, the first acknowledgement comprising a first value and the second acknowledgement comprising a second value, wherein the second value of the second acknowledgement is equal to the first value of the first acknowledgement; after the determining that the first network device failed to receive at least one lost data segment, marking, via the network monitoring device, a retransmission delay start time at which the second network device transmitted a latest acknowledged data segment that was transmitted before the retransmission of the at least one lost data segment; in response to the at least one lost data segment, marking, via the network monitoring device, a retransmission delay end time at which the second network device retransmitted the at least one lost data segment to the first network device; and determining a difference between the retransmission delay start time and the retransmission delay end time to yield the retransmission delay.
A laser device for treating skin comprising: (i) a handholdable housing; (ii) a laser member arranged within the housing and emitting an output beam; wherein the output beam emits electromagnetic radiation of wavelength ranging from 1420 to 1470 nm; and wherein the output beam has a fluence range from 0.5 to 5 joules/cm 2; (iii) a printed circuit board mounted on a support block within the housing; wherein the support block comprises aluminum; (iv) a flexible electrically conductive connector having forward and rear ends, the forward end electrically communicating with the laser member, the rear end electrically communicating with the printed circuit board and an area between the ends allowing the connector to bend through an angle range of from 0 to 360°; wherein the rear end has an aperture for a screw or other fastener to join the connector with the printed circuit board; and wherein the printed circuit board and the laser member are each defined by major planes, the planes being angled to one another over a range from 10 to 250°; and (v) a rechargeable battery and two sets of electrical leads (117, 123), each set having a connection to a cathode and an anode of the rechargeable battery. (i) a handholdable housing; (ii) a laser member arranged within the housing and emitting an output beam; wherein the output beam emits electromagnetic radiation of wavelength ranging from 1420 to 1470 nm; and wherein the output beam has a fluence range from 0.5 to 5 joules/cm 2; (iii) a printed circuit board mounted on a support block within the housing; wherein the support block comprises aluminum; (iv) a flexible electrically conductive connector having forward and rear ends, the forward end electrically communicating with the laser member, the rear end electrically communicating with the printed circuit board and an area between the ends allowing the connector to bend through an angle range of from 0 to 360°; wherein the rear end has an aperture for a screw or other fastener to join the connector with the printed circuit board; and wherein the printed circuit board and the laser member are each defined by major planes, the planes being angled to one another over a range from 10 to 250°; and (v) a rechargeable battery and two sets of electrical leads (117, 123), each set having a connection to a cathode and an anode of the rechargeable battery.
Electromechanical actuator for attachment to a lift cage of a lift installation and suitable for actuating a brake (13, 13'), comprising: an energy store, a retaining device, a resetting device and at least one connecting element (26, 25) for connecting the actuator with the brake (13, 13'), wherein the resetting device by way of the retaining device retains the energy store and the connecting element (26, 25) in a first operating position corresponding with a readiness setting of the brake (13, 13') and/or returns it to this position, wherein the energy store when required and on release of the retaining device acts on the connecting element (26, 25) in order to actuate the brake (13, 13') and to bring it into a corresponding applied setting, characterised in that the resetting device comprises spring-loaded recoil prevention means so that the resetting device is relieved of recoil forces, wherein the resetting device is connected with the retaining device by way of a return carriage and the retaining device is connected with a counterspring which urges the retaining device into a position corresponding with a force transmission direction of the recoil prevention means and/or the energy store includes a rear abutment and the energy store has an impact buffer so that recoil when the energy store impinges in an end position determined by the rear abutment is reduced. an energy store, a retaining device, a resetting device and at least one connecting element (26, 25) for connecting the actuator with the brake (13, 13'), wherein the resetting device by way of the retaining device retains the energy store and the connecting element (26, 25) in a first operating position corresponding with a readiness setting of the brake (13, 13') and/or returns it to this position, wherein the energy store when required and on release of the retaining device acts on the connecting element (26, 25) in order to actuate the brake (13, 13') and to bring it into a corresponding applied setting, characterised in that the resetting device comprises spring-loaded recoil prevention means so that the resetting device is relieved of recoil forces, wherein the resetting device is connected with the retaining device by way of a return carriage and the retaining device is connected with a counterspring which urges the retaining device into a position corresponding with a force transmission direction of the recoil prevention means and/or the energy store includes a rear abutment and the energy store has an impact buffer so that recoil when the energy store impinges in an end position determined by the rear abutment is reduced.
A motor vehicle comprising, in a front part of said vehicle: - a cradle; - two wheel suspension triangles pivotally mounted at two ends, respectively, of the cradle; - two longitudinal beams each extending towards the front of the vehicle, from a front portion of one of the two ends of the cradle, respectively; - an impactor (123; 223) arranged in front of at least one of the suspension triangles, respectively, and configured to cause displacement and detachment of said triangle in the event of a frontal impact against an obstacle moving along the corresponding longitudinal beam, the vehicle is characterized in that it further comprises at least one cross member between the two longitudinal beams, at the impactor(s) (123; 223), respectively, and the at least one cross member extending transversely and forwards from the corresponding impactor (123; 223). - a cradle; - two wheel suspension triangles pivotally mounted at two ends, respectively, of the cradle; - two longitudinal beams each extending towards the front of the vehicle, from a front portion of one of the two ends of the cradle, respectively; - an impactor (123; 223) arranged in front of at least one of the suspension triangles, respectively, and configured to cause displacement and detachment of said triangle in the event of a frontal impact against an obstacle moving along the corresponding longitudinal beam,
Anti-ramming truck barrier element comprising: - an essentially horizontal arresting bar; - an essentially vertical pivot bar comprising a front side, a rear side and two lateral sides, at least three fasteners (2,3,4,18,19,20) being distributed along the length of each lateral sides, the arresting bar being rigidly connected to the pivot bar; and connecting bars (9,14) pivotably connected to the side of the pivot bar, wherein said connecting bars (9,14) being adapted to be cross-connected in use at different crossing angles to adjacent pivot bar by means of the at least three fasteners (2,3,4,18,19,20) distributed along the length of each lateral side of said pivot bar. - an essentially horizontal arresting bar; - an essentially vertical pivot bar comprising a front side, a rear side and two lateral sides, at least three fasteners (2,3,4,18,19,20) being distributed along the length of each lateral sides, the arresting bar being rigidly connected to the pivot bar; and connecting bars (9,14) pivotably connected to the side of the pivot bar, wherein said connecting bars (9,14) being adapted to be cross-connected in use at different crossing angles to adjacent pivot bar by means of the at least three fasteners (2,3,4,18,19,20) distributed along the length of each lateral side of said pivot bar.
A method of manufacturing a three-dimensional article, the method comprising: a. depositing a high-performance polymer composition comprising a first HPP dissolved in a solvent and a second HPP as a solid, wherein the solvent comprises fenchone; b. exposing the HPP composition to a stimulus to form a polymer layer of the three-dimensional article; and c. repeating the steps (a)-(b) to form remainder of the three-dimensional article. a. depositing a high-performance polymer composition comprising a first HPP dissolved in a solvent and a second HPP as a solid, wherein the solvent comprises fenchone; b. exposing the HPP composition to a stimulus to form a polymer layer of the three-dimensional article; and c. repeating the steps (a)-(b) to form remainder of the three-dimensional article.
A pharmaceutical composition to be administered at a local site of a subject, comprising: drug-containing micelles; curcuminoid; and a pharmaceutically acceptable non-ionic surfactant which is a polyoxyethylene castor oil; wherein the weight ratio of the curcuminoid to non-ionic surfactant is 1:8 - 1:500; wherein the hydrophilic-lipophilic balance value (HLB value) of the non-ionic surfactant is greater than 10, and wherein the drug-containing micelles are microstructures formed by the non-ionic surfactant and encapsulate the curcuminoid. drug-containing micelles; curcuminoid; and a pharmaceutically acceptable non-ionic surfactant which is a polyoxyethylene castor oil; wherein the weight ratio of the curcuminoid to non-ionic surfactant is 1:8 - 1:500; wherein the hydrophilic-lipophilic balance value (HLB value) of the non-ionic surfactant is greater than 10, and wherein the drug-containing micelles are microstructures formed by the non-ionic surfactant and encapsulate the curcuminoid.
A barrier coating composition consisting essentially of at least one saccharide fatty acid ester (SFAE) and a polymer, wherein the polymer is selected from the group consisting of a latex, PvOH, starch, polyvinyl acetates, ethylene vinyl acetates, acrylics and combinations thereof, wherein the at least one SFAE is present in the composition at 0.1 to 99 % of a mixture of the SFAE and the polymer on a dry matter basis, wherein the polymer is present in the composition at 0.1 to 99 % of a mixture of the SFAE and the polymer on a dry matter basis, and wherein said composition when applied to a substrate reduces the tackiness of the polymer without affecting the barrier function of the coating compared to the same composition in the absence of said saccharide fatty acid ester.
A power converter magnetics assembly, comprising: an interface panel; a magnetic component mounted to the interface panel to form a magnetics subassembly; and a chassis coupled to the magnetics subassembly, the chassis having a cavity with an opening, wherein the magnetic component is received within the cavity through the opening and the interface panel is disposed over the opening and secured to the chassis to form an enclosure about the magnetic component. an interface panel; a magnetic component mounted to the interface panel to form a magnetics subassembly; and a chassis coupled to the magnetics subassembly, the chassis having a cavity with an opening, wherein the magnetic component is received within the cavity through the opening and the interface panel is disposed over the opening and secured to the chassis to form an enclosure about the magnetic component.
A method of switching a control facility of a robot over to a manual guidance mode of operation for moving the robot by manual application of forces and / or torques to the robot, wherein joint forces and / or joint torques ( τ mess) are detected directly respectively by means of force sensors or torque sensors on drives, or indirectly on the basis of detected currents or voltages of the drives; joint torques which are applied by a force that acts externally on the robot or a torque that acts externally on the robot are determined on the basis of the detected joint forces or, respectively, detected joint torques, and on the basis of joint torques that are estimated on the basis of a model of the robot; and a check is carried out as to whether switching over of the control facility to the manual guidance mode of operation has been commanded; wherein as a result of the switching over and as a function of: - target joint forces and / or target joint torques (τ d), which are specified by the control facility that is connected to the robot in terms of signal communication, an error reaction is triggered, which comprises - a restriction of a speed of movement of the robot and / or a restriction of a working space of the robot, in particular a restriction of a joint-based working space or a Cartesian working space of the robot and / or - an increase of a virtual damping and / or - the outputting of an error signal. joint forces and / or joint torques ( τ mess) are detected directly respectively by means of force sensors or torque sensors on drives, or indirectly on the basis of detected currents or voltages of the drives; joint torques which are applied by a force that acts externally on the robot or a torque that acts externally on the robot are determined on the basis of the detected joint forces or, respectively, detected joint torques, and on the basis of joint torques that are estimated on the basis of a model of the robot; and a check is carried out as to whether switching over of the control facility to the manual guidance mode of operation has been commanded; wherein as a result of the switching over and as a function of: - target joint forces and / or target joint torques (τ d), which are specified by the control facility that is connected to the robot in terms of signal communication, - target joint forces and / or target joint torques (τ d), which are specified by the control facility that is connected to the robot in terms of signal communication, an error reaction is triggered, which comprises - a restriction of a speed of movement of the robot and / or a restriction of a working space of the robot, in particular a restriction of a joint-based working space or a Cartesian working space of the robot and / or - an increase of a virtual damping and / or - the outputting of an error signal. - a restriction of a speed of movement of the robot and / or a restriction of a working space of the robot, in particular a restriction of a joint-based working space or a Cartesian working space of the robot and / or - an increase of a virtual damping and / or - the outputting of an error signal.
A tape cassette intended to be inserted into a tape printer having a plurality of detecting switches, said tape cassette comprising: a box-like housing having a front wall, a top surface and a bottom surface; a wound tape (55, 57, 59) mounted within said housing, said housing directing said tape (55, 57, 59) along a path to an exit, at least a portion of said path extending parallel to said front wall; a tape guide spaced downstream of said exit whereby a section of tape (55, 57, 59) is exposed between said exit and said tape guide; and an indicator portion for indicating the tape type and formed in said front wall proximal to said exposed section of tape, said indicator portion comprising at least one aperture (801, 810) extending generally parallel to said top and bottom surfaces (30A and 30B) and perpendicular to said portion of said path and being adapted to have said plurality of detecting switches selectively inserted into said at least one aperture (801, 810) so as to have said plurality of detecting switches detect the tape type and wherein the indicator portion comprises a plurality of indicators, each formed as one of a pressing portion or a non-pressing portion provided at a position corresponding to each of the detecting switches and wherein one of the plurality of indicators is formed in the lower end part of the front wall as an escape hole through which an detecting switch opposing the escape hole can be inserted without being pressed. a box-like housing having a front wall, a top surface and a bottom surface; a wound tape (55, 57, 59) mounted within said housing, said housing directing said tape (55, 57, 59) along a path to an exit, at least a portion of said path extending parallel to said front wall; a tape guide spaced downstream of said exit whereby a section of tape (55, 57, 59) is exposed between said exit and said tape guide; and an indicator portion for indicating the tape type and formed in said front wall proximal to said exposed section of tape, said indicator portion comprising at least one aperture (801, 810) extending generally parallel to said top and bottom surfaces (30A and 30B) and perpendicular to said portion of said path and being adapted to have said plurality of detecting switches selectively inserted into said at least one aperture (801, 810) so as to have said plurality of detecting switches detect the tape type and wherein the indicator portion comprises a plurality of indicators, each formed as one of a pressing portion or a non-pressing portion provided at a position corresponding to each of the detecting switches and wherein one of the plurality of indicators is formed in the lower end part of the front wall as an escape hole through which an detecting switch opposing the escape hole can be inserted without being pressed.
A test apparatus for testing a security of communication of a device under test, DUT,, the test apparatus comprising: an RF unit having an RF interface adapted to receive from the device under test, DUT, an RF signal carrying Internet Protocol, IP, data including at least one IP address; and an IP unit adapted to analyse IP data carried in the received RF signal to check communication security of the device under test, DUT, wherein a communication security provided by the device under test, DUT, is evaluated on the basis of metrics applied to different security criteria, SC-CEP, related to the communication endpoint, CEP, addressed by the IP address, metrics applied to different security criteria, SC-DUT, related to the device under test, DUT, and metrics applied to security criteria, SC-IPC, related to the IP connection between the device under test, DUT, and the communication endpoint, CEP, addressed by the IP address to calculate an overall security communication score value of the device under test, DUT,; characterized in that the security criterion, SC-CEP, related to the communication endpoint, CEP, addressed by the IP address is read by said IP unit from a communication endpoint look-up table, LUT, stored in a memory (5; 9); and if the calculated overall security communication score value is beneath a configurable threshold value, some or all applications of the device under test are partially or completely deactivated, a list of alternative communication endpoints is loaded from a database connected to the test apparatus, and the calculated overall security communication score is exported to an external processing unit. an RF unit having an RF interface adapted to receive from the device under test, DUT, an RF signal carrying Internet Protocol, IP, data including at least one IP address; and an IP unit adapted to analyse IP data carried in the received RF signal to check communication security of the device under test, DUT, wherein a communication security provided by the device under test, DUT, is evaluated on the basis of metrics applied to different security criteria, SC-CEP, related to the communication endpoint, CEP, addressed by the IP address, metrics applied to different security criteria, SC-DUT, related to the device under test, DUT, and metrics applied to security criteria, SC-IPC, related to the IP connection between the device under test, DUT, and the communication endpoint, CEP, addressed by the IP address to calculate an overall security communication score value of the device under test, DUT,; characterized in that the security criterion, SC-CEP, related to the communication endpoint, CEP, addressed by the IP address is read by said IP unit from a communication endpoint look-up table, LUT, stored in a memory (5; 9); and if the calculated overall security communication score value is beneath a configurable threshold value, some or all applications of the device under test are partially or completely deactivated, a list of alternative communication endpoints is loaded from a database connected to the test apparatus, and the calculated overall security communication score is exported to an external processing unit.