mhurhangee/ep-ind-claims huggingface dataset:
A trivalent chromium chemical conversion coating film formed on a surface of zinc or zinc alloy plating, wherein a corrosion resistance (a time required for the formation of white rust) in a salt spray test is 96 hours or more, a concentration of hexavalent chromium in terms of metal atoms in the chemical conversion coating film is less than 0.01 μ/cm 2, the concentration of trivalent chromium in terms of metal atoms in the chemical conversion coating film is 5.4 to 20 μg/cm 2; the concentration of cobalt in the chemical conversion coating film is 0.2 to 3.5 μg/cm 2; and an amount of hexavalent chromium eluted from the coating film left for 30 days in a constant temperature and humidity chamber at a temperature of 80°C and at a humidity of 95% (an amount eluted by immersion of the coating film into hot water at a temperature of 100°C for 10 minutes) is less than 0.05 μg/cm 2. a corrosion resistance (a time required for the formation of white rust) in a salt spray test is 96 hours or more, a concentration of hexavalent chromium in terms of metal atoms in the chemical conversion coating film is less than 0.01 μ/cm 2, the concentration of trivalent chromium in terms of metal atoms in the chemical conversion coating film is 5.4 to 20 μg/cm 2; the concentration of cobalt in the chemical conversion coating film is 0.2 to 3.5 μg/cm 2; and an amount of hexavalent chromium eluted from the coating film left for 30 days in a constant temperature and humidity chamber at a temperature of 80°C and at a humidity of 95% (an amount eluted by immersion of the coating film into hot water at a temperature of 100°C for 10 minutes) is less than 0.05 μg/cm 2.
A method of outputting a digital construct including embedded temporal information for tracking audiovisual content viewing habits by a monitoring party, comprising: receiving, by a television receiver, the audiovisual content; receiving, by the television receiver, a digital construct containing a data set including data related to the audiovisual content and temporal data relating to when the audiovisual content is transmitted; digitally storing, by the television receiver, the audiovisual content and related digital construct; receiving, by the television receiver, a command to play the stored audiovisual content; in response to the command, determining the time locally at the television receiver; modifying the digital construct locally by the television receiver upon playback of the stored audiovisual content so that the temporal data includes the time determined locally at the television receiver; outputting, by the television receiver, the digital construct to a display device for display; receiving at a monitoring party a communication over a network from a reader device that has captured the digital construct, the communication including the data set decoded from the digital construct by the reader device; and obtaining at a monitoring party the temporal information from the data set in the communication in order to determine the time at which the audiovisual content is replayed. receiving, by a television receiver, the audiovisual content; receiving, by the television receiver, a digital construct containing a data set including data related to the audiovisual content and temporal data relating to when the audiovisual content is transmitted; digitally storing, by the television receiver, the audiovisual content and related digital construct; receiving, by the television receiver, a command to play the stored audiovisual content; in response to the command, determining the time locally at the television receiver; modifying the digital construct locally by the television receiver upon playback of the stored audiovisual content so that the temporal data includes the time determined locally at the television receiver; outputting, by the television receiver, the digital construct to a display device for display; receiving at a monitoring party a communication over a network from a reader device that has captured the digital construct, the communication including the data set decoded from the digital construct by the reader device; and obtaining at a monitoring party the temporal information from the data set in the communication in order to determine the time at which the audiovisual content is replayed.
Amicrodevice for capturing particles, the microdevice comprising: an inlet; an outlet; and a flow channel comprising a flow channel chamber that connects the inlet and the outlet, said flow channel chamber having a bottom surface and an upper surface, wherein the bottom surface of the flow channel chamber is a flat surface, wherein the flow channel chamber has an enlarged portion and a portion upstream of the enlarged portion, wherein in the enlarged portion a cross-sectional area of the flow channel enlarges in a height direction with respect to the bottom surface of the flow channel chamber by increasing the height (He) of the upper surface of the flow channel chamber, and wherein the flow channel chamber is provided with an electric field generation means for applying a dielectrophoretic force to particles on at least part of the bottom surface of the flow channel chamber, the electric field generation means being disposed on the bottom surface of the flow channel chamber at least in the enlarged portion or the vicinity of the enlarged portion. an inlet; an outlet; and a flow channel comprising a flow channel chamber that connects the inlet and the outlet, said flow channel chamber having a bottom surface and an upper surface, wherein the bottom surface of the flow channel chamber is a flat surface, wherein the flow channel chamber has an enlarged portion and a portion upstream of the enlarged portion, wherein in the enlarged portion a cross-sectional area of the flow channel enlarges in a height direction with respect to the bottom surface of the flow channel chamber by increasing the height (He) of the upper surface of the flow channel chamber, and wherein the flow channel chamber is provided with an electric field generation means for applying a dielectrophoretic force to particles on at least part of the bottom surface of the flow channel chamber, the electric field generation means being disposed on the bottom surface of the flow channel chamber at least in the enlarged portion or the vicinity of the enlarged portion.
A connecting assembly for a turbomachine, the connecting assembly comprising bushes and an housing for distributing air from an air inlet passage of the housing to ducts, with each duct of said assembly being connected with the housing by one said bush mounted on an orifice of a first wall (151,153) of the housing, with said bush having an axis along which an inner wall extends, in contact with which air can circulate in the bush, characterized in that said first wall (151,153) of the housing and the inner wall of the bush are connected together by a fillet having a radius which varies over at least a part of the perimeter of said inner wall.
A blade outer air seal assembly for a gas turbine engine, comprising: a seal arc segment defining radially inner and outer sides (R1, R2), the radially outer side including radially-extending sidewalls and a radially inner surface joining the radially-extending sidewalls, the radially-extending sidewalls and the radially inner surface defining a pocket; and a rail shield received in the pocket having radially-extending walls lining the radially-extending sidewalls, wherein the rail shield has a first radial end forming a first opening and a second radial end forming a second opening, wherein a circumferential length of the first opening equals a majority of a circumferential length of the seal arc segment, an axial length of the first opening equals a majority of an axial length of the seal arc segment, characterized in that a circumferential length of the second opening equals a majority of the circumferential length of the seal arc segment and an axial length of the second opening equals a majority of the axial length of the seal arc segment. a seal arc segment defining radially inner and outer sides (R1, R2), the radially outer side including radially-extending sidewalls and a radially inner surface joining the radially-extending sidewalls, the radially-extending sidewalls and the radially inner surface defining a pocket; and a rail shield received in the pocket having radially-extending walls lining the radially-extending sidewalls, wherein the rail shield has a first radial end forming a first opening and a second radial end forming a second opening, wherein a circumferential length of the first opening equals a majority of a circumferential length of the seal arc segment, an axial length of the first opening equals a majority of an axial length of the seal arc segment, characterized in that a circumferential length of the second opening equals a majority of the circumferential length of the seal arc segment and an axial length of the second opening equals a majority of the axial length of the seal arc segment.
Dielectric composition having a perovskite crystal structure and containing at least Bi, Na, Sr and Ti, whereby said dielectric composition comprises at least one selected from among La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Yb, Ba, Ca, Mg and Zn; characterised in that said dielectric composition comprises single phase particles which do not have a core-shell structure and specific particles, the specific particles having a core-shell structure that has at least one core portion comprising SrTiO 3; and 0.20 ≤ α ≤ 0.70, where α is the ratio of the number of specific particles with respect to the total number of particles contained in the dielectric composition.
A vehicle operating a dynamic vehicle speed related to conditions external to the vehicle where the vehicle at least partly is powered by a dynamic source operating a generator at a generator speed where the energy generated in the generator depend on a counter torque (Tcounter) and where the generator is controlled with an input reference depending on the generator angular speed and the vehicle speed, wherein the vehicle further comprises a wheel being solely rotated by an electric motor at least partly powered by said generator through a transmission mechanism coupled to said dynamic source, where a controller is configured to control said counter torque (Tcounter) wherein the control circuit of said generator includes a first control loop, which is a feedback regulation based on an output and the reference, wherein the output is the generator speed, characterized in that the first control loop is to provide an error signal (ε) to be used to generate a regulation input signal to the generator controller to control the counter torque (Tcounter) wherein a first system input is formed from the error signal ε by a section inducing it with a gain, the first system input being the input signal to the generator controller, and that the reference is generated in a second control loop, wherein the reference is related to the vehicle speed recalculated as an angular speed, or correspondingly the motor speed, and wherein, said reference is formed from the vehicle speed recalculated as an angular speed, or correspondingly the motor speed being multiplied by a gear ratio.
Support device having a main support surface for the body of a person, comprising an auxiliary device for influencing the shape of the main support surface, wherein the auxiliary device comprises: - a group of support elements for supporting the main support surface, which group is positioned on the side of the main support surface that faces away from the body-supporting side, - wherein the support elements each comprise a sub-support surface, - adjustment means for each sub-support surface for influencing the height of each sub-support surface relative to a reference plane and consequently the local height of the main support surface, characterized by - monitoring means for each sub-support surface for monitoring the height of the respective sub-support surface and/or the force exerted on the respective sub-support surface by the person, and - a programmable control unit for controlling the adjustment means in response to data received from the monitoring means, - wherein the support elements each comprise an elastically bendable plate that is connected to the adjustment means so as to be influenced thereby in its extent of bending, - wherein the bending plate is connected to the sub-support surface in order to influence its height depending on the extent of bending imposed by the adjustment means, wherein the adjustment means each comprise an electromotor that is situated on the concave side of the bending plate, wherein, preferably, the electromotor is a stepper motor. - a group of support elements for supporting the main support surface, which group is positioned on the side of the main support surface that faces away from the body-supporting side, - wherein the support elements each comprise a sub-support surface, - adjustment means for each sub-support surface for influencing the height of each sub-support surface relative to a reference plane and consequently the local height of the main support surface, characterized by - monitoring means for each sub-support surface for monitoring the height of the respective sub-support surface and/or the force exerted on the respective sub-support surface by the person, and - a programmable control unit for controlling the adjustment means in response to data received from the monitoring means, - wherein the support elements each comprise an elastically bendable plate that is connected to the adjustment means so as to be influenced thereby in its extent of bending, - wherein the bending plate is connected to the sub-support surface in order to influence its height depending on the extent of bending imposed by the adjustment means, wherein the adjustment means each comprise an electromotor that is situated on the concave side of the bending plate, wherein, preferably, the electromotor is a stepper motor.
A packet processing system, wherein the system comprises: a controller, configured to: allocate a service label to a service processing manner of a forwarding equivalence class, FEC, establish a mapping relationship between the service label and the service processing manner, send the service label to a source node corresponding to the FEC, and send the mapping relationship to a destination node corresponding to the FEC; the source node, configured to: receive the service label that is corresponding to the FEC and that is sent by the controller, receive a first packet corresponding to the FEC, insert the service label to the first packet to obtain a second packet, and send the second packet to the destination node corresponding to the FEC; and the destination node, configured to: receive the mapping relationship sent by the controller, receive the second packet sent by the source node corresponding to the FEC, and pop the service label from the second packet according to the mapping relationship, to obtain the first packet; wherein the service label is used for instructing, in a process of forwarding the second packet from the source node to the destination node, a network device that needs to perform service processing on the second packet to process the second packet in the service processing manner. a controller, configured to: allocate a service label to a service processing manner of a forwarding equivalence class, FEC, establish a mapping relationship between the service label and the service processing manner, send the service label to a source node corresponding to the FEC, and send the mapping relationship to a destination node corresponding to the FEC; the source node, configured to: receive the service label that is corresponding to the FEC and that is sent by the controller, receive a first packet corresponding to the FEC, insert the service label to the first packet to obtain a second packet, and send the second packet to the destination node corresponding to the FEC; and the destination node, configured to: receive the mapping relationship sent by the controller, receive the second packet sent by the source node corresponding to the FEC, and pop the service label from the second packet according to the mapping relationship, to obtain the first packet; wherein the service label is used for instructing, in a process of forwarding the second packet from the source node to the destination node, a network device that needs to perform service processing on the second packet to process the second packet in the service processing manner.
A method of handling random access response for a network in a wireless communication system, the method comprising: receiving, by the network, a first random access preamble of contention-based random access from a first mobile device of the wireless communication system at a first component carrier of a plurality of component carriers; receiving, by the network, a second random access preamble of non-contention based random access from a second mobile device of the wireless communication system at a second component carrier of the plurality of component carriers, wherein the second random access preamble is identical to the first random access preamble and is assigned by the network; characterized by only responding, by the network, to the assigned second random access preamble with a random access response including a temporary cell radio network identifier, T-CRNTI, and a timing advance command for the second mobile device, at the first component carrier; and ignoring, by the network, the first random access preamble from the first mobile device at the first component carrier. receiving, by the network, a first random access preamble of contention-based random access from a first mobile device of the wireless communication system at a first component carrier of a plurality of component carriers; receiving, by the network, a second random access preamble of non-contention based random access from a second mobile device of the wireless communication system at a second component carrier of the plurality of component carriers, wherein the second random access preamble is identical to the first random access preamble and is assigned by the network; characterized by only responding, by the network, to the assigned second random access preamble with a random access response including a temporary cell radio network identifier, T-CRNTI, and a timing advance command for the second mobile device, at the first component carrier; and ignoring, by the network, the first random access preamble from the first mobile device at the first component carrier.
A magnet rod-manipulator device for earth-drilling machines in which the rod has to be lifted vertically or with minimal inclinations, characterized in that it comprises two permanent magnets constrained to the rotary of the machine, the magnets having the shape of plates provided with cradles and being mobile between a resting position and a position for engagement of a rod for drilling into the earth between said cradles, said rotary when raised up, by means of the magnets, raises the rod until it is set vertically.
A body-mountable sensor unit, comprising: a skin contact surface for engaging with skin of a user when the unit is in a body-mounted configuration; a PPG sensor, comprising at least one light source (20a, 20b), adapted to generate light of a particular spectral composition, and an optical detector, sensitive to at least a portion of said spectral composition, the at least one light source and optical detector arranged to respectively emit light to and receive light from the skin in contact with the skin-contact surface; and an ECG sensor, the ECG sensor comprising at least one electrode (32a, 32b), being electrically exposed at the skin-contact surface; a section of the skin contact surface being defined by a skin contact surface element, the skin contact surface element having at least a portion arranged between the optical detector and the at least one light source (20a, 20b) of the PPG sensor, wherein said skin contact surface element is adapted to be absorptive of at least a majority of said spectral composition, and wherein a first electrode of said at least one electrode (32a, 32b) is located at, or forms in, at least a part of said skin contact surface element, the first electrode being adapted to be absorptive of at least a majority of said spectral composition. a skin contact surface for engaging with skin of a user when the unit is in a body-mounted configuration; a PPG sensor, comprising at least one light source (20a, 20b), adapted to generate light of a particular spectral composition, and an optical detector, sensitive to at least a portion of said spectral composition, the at least one light source and optical detector arranged to respectively emit light to and receive light from the skin in contact with the skin-contact surface; and an ECG sensor, the ECG sensor comprising at least one electrode (32a, 32b), being electrically exposed at the skin-contact surface; a section of the skin contact surface being defined by a skin contact surface element, the skin contact surface element having at least a portion arranged between the optical detector and the at least one light source (20a, 20b) of the PPG sensor, wherein said skin contact surface element is adapted to be absorptive of at least a majority of said spectral composition, and wherein a first electrode of said at least one electrode (32a, 32b) is located at, or forms in, at least a part of said skin contact surface element, the first electrode being adapted to be absorptive of at least a majority of said spectral composition.
A safety device for a machine, comprising - a light curtain, - a first sensor device and a second sensor device as well as - a control device for providing a start signal for the machine and for providing a stop signal for the machine, characterized by - a first and a second reflection device (8, 8'), which are each formed for reflecting light of the light curtain, - a first identification element integrated in the first reflection device and a second identification element integrated in the second reflection device, and in that - the first sensor device is configured for reading first identification information of the first identification element out of the first reflection device, - the second sensor device is configured for reading second identification information of the second identification element out of the second reflection device, and - the control device is configured for providing the start signal for the machine only if the first sensor device reads out the first identification information and the second sensor device reads out the second identification information at the same time, as well as for providing the stop signal for the machine as soon as the light curtain detects its light reflected by one of the reflection devices (8, 8'). - a light curtain, - a first sensor device and a second sensor device as well as - a control device for providing a start signal for the machine and for providing a stop signal for the machine, characterized by - a first and a second reflection device (8, 8'), which are each formed for reflecting light of the light curtain, - a first identification element integrated in the first reflection device and a second identification element integrated in the second reflection device, and in that - the first sensor device is configured for reading first identification information of the first identification element out of the first reflection device, - the second sensor device is configured for reading second identification information of the second identification element out of the second reflection device, and - the control device is configured for providing the start signal for the machine only if the first sensor device reads out the first identification information and the second sensor device reads out the second identification information at the same time, as well as for providing the stop signal for the machine as soon as the light curtain detects its light reflected by one of the reflection devices (8, 8').