mhurhangee/ep-ind-claims huggingface dataset:
A semi-automatic firearm comprising a hand stock nut, bracket, piston, magazine tube plug, magazine tube, gas tube, mechanism, lock bolt, body, lock, bolt arm, hand stock, barrel cap and barrel, wherein, in order to enable the formation of a structure where it is not needed to use different pistons according to the cartridges with different weights likely to be used and where the kickback force is reduced, said firearm further comprises, a valve piston positioned on a valve piston positioning surface in the magazine plug, said valve piston being connected with the piston between the gas tube and magazine tube on one side and the hand stock nut on the other side by means of which the kickback force and the force by which the piston operates the mechanism are adjusted according to the weight of the cartridge, - discharge holes through which the gas is discharged as the valve piston moves within said bracket during the backward movement of the barrel, at the time the barrel structure is moving backwards under the force formed at the instant of explosion resulting from the firing of the cartridge, characterized in that the valve piston is further automatically adjusted to discharge the excess gas via the barrel bracket gas discharge holes, if the pressure of the incoming gas is high. - discharge holes through which the gas is discharged as the valve piston moves within said bracket during the backward movement of the barrel, at the time the barrel structure is moving backwards under the force formed at the instant of explosion resulting from the firing of the cartridge,
A sample measuring device comprising: a measuring unit for performing measurement with respect to a particular component contained in a sample; a measurement data storage unit for storing measurement data obtained by the measuring unit; a display unit for displaying the measurement data; a sensor strip detector for detecting insertion and removal of a sensor strip to which the sample is applied; and a first data transmitter/receiver for transmitting the measurement data via wireless communication; wherein the first data transmitter/receiver is configured to perform an initial authentication process for wireless communication after insertion of the sensor strip is detected by the sensor strip detector; wherein the sample measuring device is configured such that, when the first data transmitter/receiver detects the presence of a plurality of communication devices with which wireless connection can be established, the plurality of communication devices are identified and indicated on the display unit as possible connection target devices, either periodically one-by-one, or as a list of names with a frame that moves periodically to alternately surround each of the names in the list; and wherein the first data transmitter/receiver is further configured to perform the initial authentication process with respect to the one of the plurality of communication devices which is being indicated on the display unit when there is a change in a detection state of the sensor strip detector due to removal and subsequent re-insertion of the sensor strip with respect to the sample measuring device. a measuring unit for performing measurement with respect to a particular component contained in a sample; a measurement data storage unit for storing measurement data obtained by the measuring unit; a display unit for displaying the measurement data; a sensor strip detector for detecting insertion and removal of a sensor strip to which the sample is applied; and a first data transmitter/receiver for transmitting the measurement data via wireless communication; wherein the first data transmitter/receiver is configured to perform an initial authentication process for wireless communication after insertion of the sensor strip is detected by the sensor strip detector; wherein the sample measuring device is configured such that, when the first data transmitter/receiver detects the presence of a plurality of communication devices with which wireless connection can be established, the plurality of communication devices are identified and indicated on the display unit as possible connection target devices, either periodically one-by-one, or as a list of names with a frame that moves periodically to alternately surround each of the names in the list; and wherein the first data transmitter/receiver is further configured to perform the initial authentication process with respect to the one of the plurality of communication devices which is being indicated on the display unit when there is a change in a detection state of the sensor strip detector due to removal and subsequent re-insertion of the sensor strip with respect to the sample measuring device.
Device for providing a computer program product, wherein the device stores the computer program product and provides the computer program product for further use, wherein the computer program product contains a data structure product referring to a product and a manufacturing process of the product, wherein the manufacturing process is an additive manufacturing process, wherein the data structure product contains manufacturing data of the manufacturing process of the specific product, wherein the data structure product contains monitored data acquired during the production of the product, wherein the monitored data contains sensor data acquired during the production of the product, wherein the data structure product is protected against manipulation, wherein the data structure product contains data regarding the maintenance of the product including the required service time, wherein the data structure product is adapted to monitor a later use of the product and adapt the service time according to the very specific use by taking into account the sensor data acquired during the production, wherein the product is a heat shield, a blade or a vane used in a streaming engine. wherein the computer program product contains a data structure product referring to a product and a manufacturing process of the product, wherein the manufacturing process is an additive manufacturing process, wherein the data structure product contains manufacturing data of the manufacturing process of the specific product, wherein the data structure product contains monitored data acquired during the production of the product, wherein the monitored data contains sensor data acquired during the production of the product, wherein the data structure product is protected against manipulation, wherein the data structure product contains data regarding the maintenance of the product including the required service time, wherein the data structure product is adapted to monitor a later use of the product and adapt the service time according to the very specific use by taking into account the sensor data acquired during the production, wherein the product is a heat shield, a blade or a vane used in a streaming engine.
A fitting for connecting pipe elements (96, 98), said fitting comprising: first and second housing portions (12, 14) attached to one another and defining at least first and second receptacles (16, 18) for receiving said pipe elements (96, 98), said first and second receptacles (16, 18) respectively surrounding first and second axes (20, 22), said first axis oriented coaxially with said first receptacle, said second axis oriented coaxially with said second receptacle, said first axis being angularly oriented with respect to said second axis, each of said housing portions (12, 14) comprising: first and second channels (26, 28) positioned respectively within said first and second receptacles (16, 18), said first channel facing said first axis, said second channel facing said second axis; first and second retainers positioned respectively in said first and second channels (26, 28), each of said retainers comprising a band having oppositely disposed ends (46, 48), a plurality of teeth being positioned along one edge of said band, said teeth of said first retainer projecting toward said first axis, said teeth of said second retainer projecting toward said second axis; a first aperture in said first receptacle, characterized in that said first aperture being in at least one of said housing portions (12, 14) and providing a line of sight transverse to said first axis. first and second housing portions (12, 14) attached to one another and defining at least first and second receptacles (16, 18) for receiving said pipe elements (96, 98), said first and second receptacles (16, 18) respectively surrounding first and second axes (20, 22), said first axis oriented coaxially with said first receptacle, said second axis oriented coaxially with said second receptacle, said first axis being angularly oriented with respect to said second axis, each of said housing portions (12, 14) comprising: first and second channels (26, 28) positioned respectively within said first and second receptacles (16, 18), said first channel facing said first axis, said second channel facing said second axis; first and second retainers positioned respectively in said first and second channels (26, 28), each of said retainers comprising a band having oppositely disposed ends (46, 48), a plurality of teeth being positioned along one edge of said band, said teeth of said first retainer projecting toward said first axis, said teeth of said second retainer projecting toward said second axis; a first aperture in said first receptacle, first and second channels (26, 28) positioned respectively within said first and second receptacles (16, 18), said first channel facing said first axis, said second channel facing said second axis; first and second retainers positioned respectively in said first and second channels (26, 28), each of said retainers comprising a band having oppositely disposed ends (46, 48), a plurality of teeth being positioned along one edge of said band, said teeth of said first retainer projecting toward said first axis, said teeth of said second retainer projecting toward said second axis; a first aperture in said first receptacle,
A harvesting head for a combine, the harvesting head comprising: an attachment frame provided at an aft end of the head for attachment with a combine feederhouse; a main frame movably connected to the attachment frame to define a roll center therebetween, wherein the main frame has a range of travel about the roll center with respect to the attachment frame; at least one resilient float element provided between the attachment frame and the main frame and operable to exert a lifting force on the main frame; a cutterbar positioned at a forward edge of the main frame and operable to reciprocate for cutting crop material from the ground, characterized in that the cutterbar is flexible and supported on the main frame by a plurality of pivoting arms distributed across a width of the head; and in that, with the main frame in a centered position within the range of travel, the plurality of pivoting arms have 10 percent or less of total available travel as upward travel and at least 90 percent of total available travel as downward travel when the harvesting head is set in the centered position, and in that the at least one resilient float element provided between the attachment frame and the main frame is passive in its operation and not actively controlled. an attachment frame provided at an aft end of the head for attachment with a combine feederhouse; a main frame movably connected to the attachment frame to define a roll center therebetween, wherein the main frame has a range of travel about the roll center with respect to the attachment frame; at least one resilient float element provided between the attachment frame and the main frame and operable to exert a lifting force on the main frame; a cutterbar positioned at a forward edge of the main frame and operable to reciprocate for cutting crop material from the ground, characterized in that the cutterbar is flexible and supported on the main frame by a plurality of pivoting arms distributed across a width of the head; and in that, with the main frame in a centered position within the range of travel, the plurality of pivoting arms have 10 percent or less of total available travel as upward travel and at least 90 percent of total available travel as downward travel when the harvesting head is set in the centered position, and in that the at least one resilient float element provided between the attachment frame and the main frame is passive in its operation and not actively controlled.
A system comprising: a field programmable gate array, FPGA, circuitry disposed on an integrated circuit, wherein the FPGA circuitry has a programmable first region and a programmable second region; a partial reconfiguration controller circuit configured to selectively disable or enable partial reconfiguration data to be provided from the first region to the second region based on a control signal, wherein the partial reconfiguration controller circuit is configured to selectively transmit the control signal; and a multiplexing circuit configured to: receive the control signal from the partial reconfiguration controller circuit; and disable partial reconfiguration of the first region by decoupling the first region from the second region, wherein the second region receives the partial reconfiguration data loaded independent of the first region based on the control signal. a field programmable gate array, FPGA, circuitry disposed on an integrated circuit, wherein the FPGA circuitry has a programmable first region and a programmable second region; a partial reconfiguration controller circuit configured to selectively disable or enable partial reconfiguration data to be provided from the first region to the second region based on a control signal, wherein the partial reconfiguration controller circuit is configured to selectively transmit the control signal; and a multiplexing circuit configured to: receive the control signal from the partial reconfiguration controller circuit; and disable partial reconfiguration of the first region by decoupling the first region from the second region, wherein the second region receives the partial reconfiguration data loaded independent of the first region based on the control signal. receive the control signal from the partial reconfiguration controller circuit; and disable partial reconfiguration of the first region by decoupling the first region from the second region, wherein the second region receives the partial reconfiguration data loaded independent of the first region based on the control signal.
Device for implantation into a bone, which device comprises an outer body which is provided with an external thread and has a front end and a bottom end, wherein the outer body has in its interior a damping means between a distal end and a proximal end and wherein arranged within the damping means there is at least one fastening element which fixes at least one thread which at the proximal end of the device is guided through a recess in the bottom end and out of the outer body and wherein the damping means comprises a thread made of an elastic material, wherein the thread is fastened by means of clamping to the at least one fastening element, characterised in that the damping means comprises a clamping sleeve with a flange and is provided with a spiral spring, in that the spiral spring fits around a proximal end of the clamping sleeve and rests on its flange, and in that the fastening element is embodied in the form of a cone.
A method to measure depth that is insensitive to corrupting light due to internal reflections, the method comprising: making a first measurement of corrupting light due to internal reflection with a first emitted light pulse having a first start time and a first duration; making a second measurement of corrupting light due to internal reflection with a second emitted light pulse having a second duration, wherein the second emitted light pulse has a same pulse shape as the first emitted light pulse, and the second emitted light pulse has a second start time that is offset by a pre-determined amount of time (t d) relative to the first start time, wherein the predetermined amount of time is less than the first duration (T L) and the second duration (T L); determining a contribution from the corrupting light based on the first corrupting light measurement and the second corrupting light measurement; and determining the depth based on one or more measurements with the contribution from the corrupting light removed. making a first measurement of corrupting light due to internal reflection with a first emitted light pulse having a first start time and a first duration; making a second measurement of corrupting light due to internal reflection with a second emitted light pulse having a second duration, wherein the second emitted light pulse has a same pulse shape as the first emitted light pulse, and the second emitted light pulse has a second start time that is offset by a pre-determined amount of time (t d) relative to the first start time, wherein the predetermined amount of time is less than the first duration (T L) and the second duration (T L); determining a contribution from the corrupting light based on the first corrupting light measurement and the second corrupting light measurement; and determining the depth based on one or more measurements with the contribution from the corrupting light removed.
- Method for notifying, by a terminal, information determined by said terminal, to an access network of a wireless communication system, said terminal comprising a motion sensor adapted to provide measurements representative of the movement of said terminal, the method comprises: - assessing, as a function of the measurements provided by the motion sensor, a predetermined movement detection criterion and, when the movement detection criterion is satisfied: time stamping the movement detected by storing a detection time at which the movement was detected, - determining, as a function of the detection times, respective start times and end times of mobility phases of the terminal by identifying detection times that belong to the same mobility phase and detection times that belong to different mobility phases, - determining information by the terminal as a function of the respective start times and end times of mobility phases of said terminal, - forming a notification message comprising the determined information, - transmitting the notification message to the access network. - assessing, as a function of the measurements provided by the motion sensor, a predetermined movement detection criterion and, when the movement detection criterion is satisfied: time stamping the movement detected by storing a detection time at which the movement was detected, - determining, as a function of the detection times, respective start times and end times of mobility phases of the terminal by identifying detection times that belong to the same mobility phase and detection times that belong to different mobility phases, - determining information by the terminal as a function of the respective start times and end times of mobility phases of said terminal, - forming a notification message comprising the determined information, - transmitting the notification message to the access network.
Board, wherein this board comprises a plurality of layers having a different composition, wherein said board comprises at least three layers, wherein the at least three layers comprise a first layer, a centrally located layer and a second layer, wherein the centrally located layer is provided between the first layer and the second layer, wherein the centrally located layer has a different composition compared to at least one of the outwardly located layers, wherein the first layer, the centrally located layer and the second layer are each based on MgO and MgSulphate and/or wherein the first layer, the centrally located layer and the second layer are each based on MgO and MgChloride; wherein the centrally located layer comprises by weight percentage a lower content of cellulose based material than the first layer and the second layer.
A method of performing at least one operation by a device on a network by sharing functions with at least one external device (110, 260, 270), the method comprising: receiving operation information from a server, wherein the operation information defines at least one operation to be performed by executing a combination of at least one function of the device and at least one function of the at least one external device; registering at least one operation defined by the operation information received by the device; and performing a registered operation selected by a user input, by executing a combination of functions corresponding to the selected registered operation, characterized in that a function in the combination of functions has a defined function class, wherein the function class is a classification system that groups replaceable functions; and in that the performing of the selected registered operation further comprises: replacing a predetermined function included in the selected registered operation with other functions that belong to the same function class; providing at least one new operation in which the predetermined function is replaced; and performing an operation selected from among the at least one selected registered operation and the at least one new operation based on a user input. receiving operation information from a server, wherein the operation information defines at least one operation to be performed by executing a combination of at least one function of the device and at least one function of the at least one external device; registering at least one operation defined by the operation information received by the device; and performing a registered operation selected by a user input, by executing a combination of functions corresponding to the selected registered operation, characterized in that a function in the combination of functions has a defined function class, wherein the function class is a classification system that groups replaceable functions; and in that the performing of the selected registered operation further comprises: replacing a predetermined function included in the selected registered operation with other functions that belong to the same function class; providing at least one new operation in which the predetermined function is replaced; and performing an operation selected from among the at least one selected registered operation and the at least one new operation based on a user input. replacing a predetermined function included in the selected registered operation with other functions that belong to the same function class; providing at least one new operation in which the predetermined function is replaced; and performing an operation selected from among the at least one selected registered operation and the at least one new operation based on a user input.
A method for establishing an emergency call connection from a terminal (Fig. 1: "Terminal") via a network visited by the terminal (Fig. 1: "S-CSCF", "P-CSCF", "GGSN", "SGSN", "Radio Access Network"...), with an Internet Protocol Multimedia Subsystem, whereby, if the terminal is already registered in the Internet Protocol Multimedia Subsystem, when an emergency call connection is established, an Internet Protocol Multimedia Subsystem registration of the terminal in the Internet Protocol Multimedia Subsystem is dispensed with for this emergency call connection, if a comparison between a network identifier (Fig. 1: "MCC1"/"MNC1") of the visited network that is transmitted to the terminal when logging into the visited network and a network identifier of the terminal's home network indicates a match between these network identifiers.