mhurhangee/ep-ind-claims huggingface dataset:
A hand tool comprising: a first jaw assembly including a first handle portion, a first jaw portion and a first rail; a second jaw assembly including a second handle portion, a second jaw portion, and a second rail, the second rail being shorter than the first rail; a pivot member coupling the first jaw assembly and the second jaw assembly for pivoting movement between an open position and a closed position; and a lock button assembly operable between a locked position, in which the lock button assembly engages the first rail and the second rail to releasably hold the first jaw assembly and the second jaw assembly in the closed position, and an unlocked position, in which the lock button assembly is disengaged from the second rail, the lock button assembly including a first lock button member defining a second rail groove operable to selectively receive the second rail, and a second lock button member separate from and connectable to the first lock button member, the first lock button member and the second lock button member, when connected, cooperating to define a first rail groove receiving the first rail. a first jaw assembly including a first handle portion, a first jaw portion and a first rail; a second jaw assembly including a second handle portion, a second jaw portion, and a second rail, the second rail being shorter than the first rail; a pivot member coupling the first jaw assembly and the second jaw assembly for pivoting movement between an open position and a closed position; and a lock button assembly operable between a locked position, in which the lock button assembly engages the first rail and the second rail to releasably hold the first jaw assembly and the second jaw assembly in the closed position, and an unlocked position, in which the lock button assembly is disengaged from the second rail, the lock button assembly including a first lock button member defining a second rail groove operable to selectively receive the second rail, and a second lock button member separate from and connectable to the first lock button member, the first lock button member and the second lock button member, when connected, cooperating to define a first rail groove receiving the first rail. a first lock button member defining a second rail groove operable to selectively receive the second rail, and a second lock button member separate from and connectable to the first lock button member, the first lock button member and the second lock button member, when connected, cooperating to define a first rail groove receiving the first rail.
Process for the manufacture of a milk powder composition comprising 5-70% lactose and lactase comprising the step of co-spraying a lactase solution and a milk composition to form said milk powder composition, wherein the temperature during the process steps is at most 75°C, wherein co-spraying means that the lactase solution and the milk composition are spray-dried in parallel and mixed at the drier exit.
A method for a mobile wireless communication device of notifying a mobile wireless communication device tracing unit of the mobile wireless communication device geographic location in a wireless telecommunications network, said method comprising: assessing (S 1; M 1; A 1; B 1; C1)whether predetermined trace trigger criteria have been met; and, if so, determining a geographic location of said mobile wireless communication device; encoding said indication of determined geographic location as a decimal indication of latitude and longitude; establishing a communication link with said tracing unit; and transmitting (S5; M5; A4; B2; C3) said decimal indication of determined geographic location using dual tone multi-frequency signalling techniques to said mobile device tracing unit. assessing (S 1; M 1; A 1; B 1; C1)whether predetermined trace trigger criteria have been met; and, if so, determining a geographic location of said mobile wireless communication device; encoding said indication of determined geographic location as a decimal indication of latitude and longitude; establishing a communication link with said tracing unit; and transmitting (S5; M5; A4; B2; C3) said decimal indication of determined geographic location using dual tone multi-frequency signalling techniques to said mobile device tracing unit.
A switch or intersection component (10, 200) in the form of a frog or a tongue rail device, comprising a base component (12, 202) in the form of a frog block or a tongue rail adapter; an interchangeable component (20, 206) in the form of a frog insert or a tongue rail; and at least one detachable connection (28, 30, 32, 34; 216, 218, 220), such as a bolted or clamped connection, by means of which the interchangeable component (20, 206) is connectable to the base component (12, 202), in particular non-positively and/or positively, characterized by at least one sensor (58; 244) for monitoring the quality of the detachable connection, wherein the sensor is arranged inside the base component (12; 202) and is permanently connected thereto, and wherein a signal, which is representative for the quality of the detachable connection, is generated in the sensor (58; 244) when a rail vehicle passes over the switch or intersection component (10; 200).
A hollow container producing device for producing a hollow container using a pair of parison sheets, comprising: a pair of molds (2, 3); an intermediate frame to be clamped to the pair of molds; and a transport unit configured to carry the intermediate frame and a pair of parison sheets to a position between the pair of molds; characterised in that the transport unit comprises: a rod shaped arm configured to carry the intermediate frame and the pair of parison sheets to the position between the pair of molds; a hand configured to hold the intermediate frame and the parison sheets, the hand comprising a slider and a pair of chucks (7, 7); and a coupling to couple the arm and the hand together, the coupling being capable of changing a coupling angle between the arm and the hand; wherein the chucks (7, 7) are configured to slide inward to sandwich a portion of the intermediate frame and portions of the parison sheets between the chucks so as to hold the pair of parison sheets on opposite sides of the intermediate frame; and wherein the arm is configured to move so as to carry the parison sheets and the intermediate frame to the position between the molds, with the pair of parison sheets being respectively held on opposite sides of the intermediate frame by the chucks. a pair of molds (2, 3); an intermediate frame to be clamped to the pair of molds; and a transport unit configured to carry the intermediate frame and a pair of parison sheets to a position between the pair of molds; characterised in that the transport unit comprises: a rod shaped arm configured to carry the intermediate frame and the pair of parison sheets to the position between the pair of molds; a hand configured to hold the intermediate frame and the parison sheets, the hand comprising a slider and a pair of chucks (7, 7); and a coupling to couple the arm and the hand together, the coupling being capable of changing a coupling angle between the arm and the hand; a rod shaped arm configured to carry the intermediate frame and the pair of parison sheets to the position between the pair of molds; a hand configured to hold the intermediate frame and the parison sheets, the hand comprising a slider and a pair of chucks (7, 7); and a coupling to couple the arm and the hand together, the coupling being capable of changing a coupling angle between the arm and the hand; wherein the chucks (7, 7) are configured to slide inward to sandwich a portion of the intermediate frame and portions of the parison sheets between the chucks so as to hold the pair of parison sheets on opposite sides of the intermediate frame; and wherein the arm is configured to move so as to carry the parison sheets and the intermediate frame to the position between the molds, with the pair of parison sheets being respectively held on opposite sides of the intermediate frame by the chucks.
A nucleic acid analysis device comprising: a dispensing unit attached to a dispensing tip and movable in three axis directions orthogonal to each other; a reaction vessel gripping mechanism that grips the reaction vessel and is movable in three axis directions orthogonal to each other; wherein the nucleic acid analysis device further comprises: a temperature adjusting mechanism that is capable of rotational or linear motion and has a vessel-accommodating hole for accommodating a reaction vessel, and is capable of adjusting the temperature for the vessel-accommodating hole; a detector that detects fluorescence from the reaction vessel accommodated in the temperature adjusting mechanism; a gate provided at a portion where the vessel is loaded into the vessel-accommodating hole; wherein the reaction vessel gripping mechanism loads the reaction vessel into the vessel-accommodating hole and the gate is configured to be open during loading, characterized by a reaction vessel transport mechanism that reciprocally moves across the accessible region by the dispensing unit and the accessible region by the reaction vessel gripping mechanism on the device plane with the reaction vessel installed in the reaction vessel transport mechanism, wherein the dispensing unit and the reaction vessel gripping mechanism have different accessible regions on a plane of the device. a dispensing unit attached to a dispensing tip and movable in three axis directions orthogonal to each other; a reaction vessel gripping mechanism that grips the reaction vessel and is movable in three axis directions orthogonal to each other; wherein the nucleic acid analysis device further comprises: a temperature adjusting mechanism that is capable of rotational or linear motion and has a vessel-accommodating hole for accommodating a reaction vessel, and is capable of adjusting the temperature for the vessel-accommodating hole; a detector that detects fluorescence from the reaction vessel accommodated in the temperature adjusting mechanism; a gate provided at a portion where the vessel is loaded into the vessel-accommodating hole; a temperature adjusting mechanism that is capable of rotational or linear motion and has a vessel-accommodating hole for accommodating a reaction vessel, and is capable of adjusting the temperature for the vessel-accommodating hole; a detector that detects fluorescence from the reaction vessel accommodated in the temperature adjusting mechanism; a gate provided at a portion where the vessel is loaded into the vessel-accommodating hole; wherein the reaction vessel gripping mechanism loads the reaction vessel into the vessel-accommodating hole and the gate is configured to be open during loading, characterized by a reaction vessel transport mechanism that reciprocally moves across the accessible region by the dispensing unit and the accessible region by the reaction vessel gripping mechanism on the device plane with the reaction vessel installed in the reaction vessel transport mechanism, wherein the dispensing unit and the reaction vessel gripping mechanism have different accessible regions on a plane of the device.
A method for enhanced visualization of anomalies in a structure, comprising: (a) acquiring pulse-echo laser ultrasonic wave propagation imaging video data at a multiplicity of points in a scan area on a surface of a structure; (b) post-processing the pulse-echo laser ultrasonic wave propagation imaging video data using multiple-time window amplitude mapping to create a multiple-time window amplitude map; (c) displaying the multiple-time window amplitude map on a graphical user interface; characterized in that said post-processing comprises: - designating a plurality of time windows (38a-38c) comprising a multiplicity of video freeze-frames (32a-32c), wherein each of the video freeze-frame (32a-32c) correlates with a respective depth in the structure based on the speed of the wave propagation; - selecting the time windows (38a-38c) in which a maximum magnitude of the amplitude of the wave is greater than a predetermined threshold; - creating the multiple-time window amplitude map being defined as a single image based on summed amplitude magnitudes in the selected video freeze-frames (32a-32c) of the selected time windows (38a-38c). (a) acquiring pulse-echo laser ultrasonic wave propagation imaging video data at a multiplicity of points in a scan area on a surface of a structure; (b) post-processing the pulse-echo laser ultrasonic wave propagation imaging video data using multiple-time window amplitude mapping to create a multiple-time window amplitude map; (c) displaying the multiple-time window amplitude map on a graphical user interface; - designating a plurality of time windows (38a-38c) comprising a multiplicity of video freeze-frames (32a-32c), wherein each of the video freeze-frame (32a-32c) correlates with a respective depth in the structure based on the speed of the wave propagation; - selecting the time windows (38a-38c) in which a maximum magnitude of the amplitude of the wave is greater than a predetermined threshold; - creating the multiple-time window amplitude map being defined as a single image based on summed amplitude magnitudes in the selected video freeze-frames (32a-32c) of the selected time windows (38a-38c).
A system for surgical robotic guidance, comprising: a robotic system having a robot configured to pass to a target through a port, the robotic system including a detachable endoscope employed in guiding the robot along a path to a location, the location being defined in accordance with a position and orientation of the robot, wherein the system is configured to store feedback from the robot when the location is reached, the stored feedback enabling to re-obtain the location using the robot; and characterized in that the system further comprises an ultrasonic probe which can replace the endoscope, wherein, upon having employed the endoscope in guiding the robot to the location and upon a subsequent replacement of the endoscope with the ultrasonic probe, the ultrasonic probe is guided automatically by the robot along the path to the location based on the stored feedback of the robot to permit engagement of the ultrasonic probe to collect ultrasonic images at the location, such that visual images and ultrasonic images are taken at different times but at the same location. a robotic system having a robot configured to pass to a target through a port, the robotic system including a detachable endoscope employed in guiding the robot along a path to a location, the location being defined in accordance with a position and orientation of the robot, wherein the system is configured to store feedback from the robot when the location is reached, the stored feedback enabling to re-obtain the location using the robot; and characterized in that the system further comprises an ultrasonic probe which can replace the endoscope, wherein, upon having employed the endoscope in guiding the robot to the location and upon a subsequent replacement of the endoscope with the ultrasonic probe, the ultrasonic probe is guided automatically by the robot along the path to the location based on the stored feedback of the robot to permit engagement of the ultrasonic probe to collect ultrasonic images at the location, such that visual images and ultrasonic images are taken at different times but at the same location.
A method, comprising: receiving, at a base station, information from another base station regarding usage of primary cell, PCell, and secondary cell, SCell, per carrier at the another base station; receiving, at the base station, information from the another base station that channel interference on a specific carrier occurs; analyzing, at the base station, the received information; and configuring, at the base station, PCells and SCells for user equipment served by the base station based on the analysis of the received information to reduce data transmission on the specific carrier. receiving, at a base station, information from another base station regarding usage of primary cell, PCell, and secondary cell, SCell, per carrier at the another base station; receiving, at the base station, information from the another base station that channel interference on a specific carrier occurs; analyzing, at the base station, the received information; and configuring, at the base station, PCells and SCells for user equipment served by the base station based on the analysis of the received information to reduce data transmission on the specific carrier.
A transponder adapted for a communication system wherein an interrogator is adapted to transmit a main carrier, the transponder including: an antenna; and a circuit connected to said antenna, wherein the transponder is arranged to receive said main carrier through the antenna, and to effect a predetermined modulation of said main carrier by changing an impedance of the circuit connected to said antenna, as viewed from said antenna, to generate a reflected wave for responding to said interrogator, said circuit is provided with a switching element operable to modulate said main carrier received by said antenna, and an impedance element connected to said switching element, said impedance element has an impedance determined so as to provide a predetermined difference between 1) a phase of a total impedance which is a sum of an input impedance of said antenna and an impedance of said circuit, at a frequency of said main carrier, when said switching element is in an on state, and 2) a phase of said total impedance at the frequency of said main carrier, when the switching element is in an off state, characterised in that an amount of an electric current to be applied to said switching element is determined such that an absolute value of the total impedance of the input impedance of said antenna and the impedance of said circuit at the frequency of said main carrier when switching element is in the on state is substantially equal to that when the switching element is in the off state. an antenna; and a circuit connected to said antenna, wherein the transponder is arranged to receive said main carrier through the antenna, and to effect a predetermined modulation of said main carrier by changing an impedance of the circuit connected to said antenna, as viewed from said antenna, to generate a reflected wave for responding to said interrogator, said circuit is provided with a switching element operable to modulate said main carrier received by said antenna, and an impedance element connected to said switching element, said impedance element has an impedance determined so as to provide a predetermined difference between 1) a phase of a total impedance which is a sum of an input impedance of said antenna and an impedance of said circuit, at a frequency of said main carrier, when said switching element is in an on state, and 2) a phase of said total impedance at the frequency of said main carrier, when the switching element is in an off state, characterised in that an amount of an electric current to be applied to said switching element is determined such that an absolute value of the total impedance of the input impedance of said antenna and the impedance of said circuit at the frequency of said main carrier when switching element is in the on state is substantially equal to that when the switching element is in the off state.
An apparatus for a bone conduction implant, comprising: a bone fixture (210, 310) including a threaded section comprising a screw thread (215, 315) configured to screw into a skull, wherein at least a portion of the threaded section that extends at least a portion of the way along the helix of the thread is non-uniform, and characterized in that one or more first grooves (334, 634A, 634B) run in at least one of a wave form, or spline form, along a thread direction. a bone fixture (210, 310) including a threaded section comprising a screw thread (215, 315) configured to screw into a skull, wherein at least a portion of the threaded section that extends at least a portion of the way along the helix of the thread is non-uniform, and characterized in that one or more first grooves (334, 634A, 634B) run in at least one of a wave form, or spline form, along a thread direction.
A radio station comprising: radio communication means for communicating on a licensed frequency and an unlicensed frequency; control means for transmitting, to a radio terminal on the licensed frequency, control information associated with a discovery signal measurement on the unlicensed frequency, characterized in that the control information includes: information indicating a second period, wherein the second period comprises a first period in which a discovery signal can be transmitted and a third period in which the radio terminal is not needed to perform the discovery signal measurement, the first period occurs periodically at a periodicity of the second period, and the third period follows the first period; and an offset value to indicate a subframe number and a System Frame Number, SFN, at which the first period is started, and the control means is further adapted to receive, from the radio terminal on the licensed frequency, a result of the discovery signal measurement which is performed within the first period started at the subframe number and the SFN indicated by at least the offset value. radio communication means for communicating on a licensed frequency and an unlicensed frequency; control means for transmitting, to a radio terminal on the licensed frequency, control information associated with a discovery signal measurement on the unlicensed frequency, characterized in that the control information includes: information indicating a second period, wherein the second period comprises a first period in which a discovery signal can be transmitted and a third period in which the radio terminal is not needed to perform the discovery signal measurement, the first period occurs periodically at a periodicity of the second period, and the third period follows the first period; and an offset value to indicate a subframe number and a System Frame Number, SFN, at which the first period is started, and information indicating a second period, wherein the second period comprises a first period in which a discovery signal can be transmitted and a third period in which the radio terminal is not needed to perform the discovery signal measurement, the first period occurs periodically at a periodicity of the second period, and the third period follows the first period; and an offset value to indicate a subframe number and a System Frame Number, SFN, at which the first period is started, and the control means is further adapted to receive, from the radio terminal on the licensed frequency, a result of the discovery signal measurement which is performed within the first period started at the subframe number and the SFN indicated by at least the offset value.