mhurhangee/ep-ind-claims huggingface dataset:
A personal tissue toning system comprising: a tissue toning device for providing a personal skin toning procedure that applies tissue affecting energy to a target tissue segment, including a memory for maintaining historical toning results and a computer interface; at least one computer with a user interface and a processing unit, wherein the computer is communicatively coupled with the tissue toning device memory to receive the historical toning data, and is configured to accumulate the historical toning data, to analyze the historical toning data and to issue a current tissue toning protocol; a data transmission system that is adapted to communicatively couple the tissue toning device and the computer, whereby the computer is adapted to download the current tissue toning protocol to the tissue toning device through the data transmission system; at least one tissue temperature sensor configured to measure the temperature of the target tissue segment during the toning procedure and communicate the measured temperature to the processing unit; and whereby the processing unit is operative to derive a rate of temperature change in the course of the toning procedure; characterized in that the tissue toning device also comprises means for measuring skin impedance and wherein said processing unit is also operative to derive from measured skin impedance the quality of skin-to-electrode contact and correct the temperature change rate by an appropriate value or offset in accordance to said derived quality of skin-to-electrode contact. a tissue toning device for providing a personal skin toning procedure that applies tissue affecting energy to a target tissue segment, including a memory for maintaining historical toning results and a computer interface; at least one computer with a user interface and a processing unit, wherein the computer is communicatively coupled with the tissue toning device memory to receive the historical toning data, and is configured to accumulate the historical toning data, to analyze the historical toning data and to issue a current tissue toning protocol; a data transmission system that is adapted to communicatively couple the tissue toning device and the computer, whereby the computer is adapted to download the current tissue toning protocol to the tissue toning device through the data transmission system; at least one tissue temperature sensor configured to measure the temperature of the target tissue segment during the toning procedure and communicate the measured temperature to the processing unit; and whereby the processing unit is operative to derive a rate of temperature change in the course of the toning procedure; characterized in that the tissue toning device also comprises means for measuring skin impedance and wherein said processing unit is also operative to derive from measured skin impedance the quality of skin-to-electrode contact and correct the temperature change rate by an appropriate value or offset in accordance to said derived quality of skin-to-electrode contact.
A vehicle transmission comprising: a first gear (12a1) rotatably supported on a first shaft; a second gear (12a2) secured to a second shaft and continuously meshed with the first gear (12a1); a first clutch sleeve that rotates integrally with the first shaft and that moves in an axial direction between a release position and an engagement position for interlocking with a first dog gear (12a3) of the first gear (12a1); a third gear (13a1) secured to the first shaft; a fourth gear (13a2) rotatably supported on the second shaft and continuously meshed with the third gear (13a1); and a second clutch sleeve that rotates integrally with the second shaft and that moves in the axial direction between a release position and an engagement position for interlocking with a second dog gear (13a3) of the fourth gear (13a2); characterized by: an interference member (14d, 15d) that interferes so that when one of the first clutch sleeve and the second clutch sleeve is at the engagement position, the other cannot move to the engagement position; wherein the interference member (14d, 15d) includes a first flange part provided to the first clutch sleeve and a second flange part provided to the second clutch sleeve, and wherein the first flange part and the second flange part have shapes that overlap as viewed from the axial direction. a first gear (12a1) rotatably supported on a first shaft; a second gear (12a2) secured to a second shaft and continuously meshed with the first gear (12a1); a first clutch sleeve that rotates integrally with the first shaft and that moves in an axial direction between a release position and an engagement position for interlocking with a first dog gear (12a3) of the first gear (12a1); a third gear (13a1) secured to the first shaft; a fourth gear (13a2) rotatably supported on the second shaft and continuously meshed with the third gear (13a1); and a second clutch sleeve that rotates integrally with the second shaft and that moves in the axial direction between a release position and an engagement position for interlocking with a second dog gear (13a3) of the fourth gear (13a2); an interference member (14d, 15d) that interferes so that when one of the first clutch sleeve and the second clutch sleeve is at the engagement position, the other cannot move to the engagement position; wherein the interference member (14d, 15d) includes a first flange part provided to the first clutch sleeve and a second flange part provided to the second clutch sleeve, and wherein the first flange part and the second flange part have shapes that overlap as viewed from the axial direction.
An apparatus of producing quantum dots, comprising: at least one pump (10-1, 10-2) to inject a plurality of precursor solutions in which different kinds of precursors are dissolved at a predetermined flow rate; a micro mixer in which a plurality of precursor solutions are mixed in such a manner that a plurality of paths diverge from each of a plurality of input ports (12-2, 12-4) to which the precursor solutions are respectively supplied, the diverging paths joining with other paths diverging from the other one of the input ports (12-2, 12-4), and then the joined paths are collected into an output port; and a heating furnace to pass the precursor mixture solution therethrough to create and grow quantum dot nucleuses, thus producing quantum dots characterized in that the micro mixer comprises micro pipes, said micro pipes being twisted before a front part of a mixing area. at least one pump (10-1, 10-2) to inject a plurality of precursor solutions in which different kinds of precursors are dissolved at a predetermined flow rate; a micro mixer in which a plurality of precursor solutions are mixed in such a manner that a plurality of paths diverge from each of a plurality of input ports (12-2, 12-4) to which the precursor solutions are respectively supplied, the diverging paths joining with other paths diverging from the other one of the input ports (12-2, 12-4), and then the joined paths are collected into an output port; and a heating furnace to pass the precursor mixture solution therethrough to create and grow quantum dot nucleuses, thus producing quantum dots characterized in that the micro mixer comprises micro pipes, said micro pipes being twisted before a front part of a mixing area.
A ROBOTIC ARTICULATED TELESCOPIC ARM, whose arm is formed by a series of articulated segments, using remote electrohydraulic actuation that can be installed on operational vehicles to carry out reconnaissance, detection and identification tasks for any type of dangerous artefacts, such as explosive charges, characterised in that the robotic articulated telescopic arm comprises: ✔ a quick coupling base support for fitting to an operational vehicle with a turret assembling the arm itself, able to rotate 360° and whose support base comprises a hydraulic system, an engine of a hydraulic pump and electronics for control and operation; ✔ a first articulated segment actuated by a first hydraulic cylinder attached to the support base; ✔ a second articulated telescopic segment actuated by a second hydraulic cylinder attached to the first articulated segment; ✔ a third articulated telescopic segment actuated by a third hydraulic cylinder attached to the second articulated telescopic segment; ✔ at least, a tool assembled onto the free end of the third articulated telescopic segment equipped with 360° rotating movement, as well as other working tools or elements; ✔ positioning sensors attached to the turret for assembly of the arm and to each one of the articulated segments; and ✔ a power outlet of the electrical system of the vehicle where it is installed, wherein the second and third articulated telescopic segments (9 and 11) remain in a vertical plane, and the first articulated segment remains in a vertical plane, parallel to the vertical plane of the second and third articulated telescopic segments (9 and 11) thus allowing the folding of the robotic articulated telescopic arm. ✔ a quick coupling base support for fitting to an operational vehicle with a turret assembling the arm itself, able to rotate 360° and whose support base comprises a hydraulic system, an engine of a hydraulic pump and electronics for control and operation; ✔ a first articulated segment actuated by a first hydraulic cylinder attached to the support base; ✔ a second articulated telescopic segment actuated by a second hydraulic cylinder attached to the first articulated segment; ✔ a third articulated telescopic segment actuated by a third hydraulic cylinder attached to the second articulated telescopic segment; ✔ at least, a tool assembled onto the free end of the third articulated telescopic segment equipped with 360° rotating movement, as well as other working tools or elements; ✔ positioning sensors attached to the turret for assembly of the arm and to each one of the articulated segments; and ✔ a power outlet of the electrical system of the vehicle where it is installed,
A Home Subscriber Server for handling IP Multimedia Subsystem subscriptions and comprising: means for maintaining associations between public user identities and service profiles, each public user identity associated with a service profile, and each service profile associated with one or more public user identities; wherein two or more public user identities, other than those belonging to an Implicit Registration Set, are associated with a common service profile; and characterized by: means for notifying a network node of the common service profile, an identification of aliasing group and the two or more public user identities, other than those belonging to the Implicit Registration Set, that are associated with the common service profile and to be considered alias public user identities. means for maintaining associations between public user identities and service profiles, each public user identity associated with a service profile, and each service profile associated with one or more public user identities; wherein two or more public user identities, other than those belonging to an Implicit Registration Set, are associated with a common service profile; means for notifying a network node of the common service profile, an identification of aliasing group and the two or more public user identities, other than those belonging to the Implicit Registration Set, that are associated with the common service profile and to be considered alias public user identities.
Device for hair fashioning for use for hair reshaping, comprising: - a plurality of first radiation sources (20, 21) for temporary hair reshaping which is reversible after a short time or after minor external environmental influences, - a plurality of second radiation sources (30, 31) for permanent hair reshaping which reacts less to environmental influences than the temporary hair reshaping, - a control device for the emission of radiation from the first radiation source (20, 21) for temporary hair reshaping and from the second radiation source (30, 31) for permanent hair reshaping to a treatment section for the hair in the device for hair fashioning, and - a type of the first or second radiation sources (20, 30, 21, 31), characterised in that the radiation sources (20, 30, 21, 31) can be switched by the control device over a particular treatment period such that they serve as the respective other radiation source (20, 30, 21, 31). - a plurality of first radiation sources (20, 21) for temporary hair reshaping which is reversible after a short time or after minor external environmental influences, - a plurality of second radiation sources (30, 31) for permanent hair reshaping which reacts less to environmental influences than the temporary hair reshaping, - a control device for the emission of radiation from the first radiation source (20, 21) for temporary hair reshaping and from the second radiation source (30, 31) for permanent hair reshaping to a treatment section for the hair in the device for hair fashioning, and - a type of the first or second radiation sources (20, 30, 21, 31), characterised in that the radiation sources (20, 30, 21, 31) can be switched by the control device over a particular treatment period such that they serve as the respective other radiation source (20, 30, 21, 31).
A server apparatus, comprising: an acquisition unit configured to acquire information from a receiver device that is configured to receive a radio wave of a first frequency band assigned to a first communication service and from a communication device that is configured to transmit and receive a radio signal for a second communication service that secondarily utilizes the first frequency band, the acquired information including the position of the receiver device and the communication device; and a control unit configured to generate statistical information of the receiver device in an interference giving region of the communication device by using the information acquired by the acquisition unit, the statistical information including the number of receiver devices in the interference giving region of the communication device in the first frequency band, to generate information of a usable output intensity and a frequency band that the communication device can use and to supply the generated information of the usable output intensity and frequency band and the generated statistical information to the communication device, wherein the acquisition unit is further configured to acquire, from the communication device, information of a frequency band to be used and an output intensity of the frequency band, which have been decided by the communication device on the basis of the information supplied by the server apparatus. an acquisition unit configured to acquire information from a receiver device that is configured to receive a radio wave of a first frequency band assigned to a first communication service and from a communication device that is configured to transmit and receive a radio signal for a second communication service that secondarily utilizes the first frequency band, the acquired information including the position of the receiver device and the communication device; and a control unit configured to generate statistical information of the receiver device in an interference giving region of the communication device by using the information acquired by the acquisition unit, the statistical information including the number of receiver devices in the interference giving region of the communication device in the first frequency band, to generate information of a usable output intensity and a frequency band that the communication device can use and to supply the generated information of the usable output intensity and frequency band and the generated statistical information to the communication device, wherein the acquisition unit is further configured to acquire, from the communication device, information of a frequency band to be used and an output intensity of the frequency band, which have been decided by the communication device on the basis of the information supplied by the server apparatus.
A spool valve and control system arrangement, comprising a spool valve; and a control system comprising an adjustment device for adjusting a position of an actuator shaft within the spool valve, the adjustment device comprising: a spring; a pivot point; and a shape memory alloy, SMA, device; wherein the spring and SMA device are disposed on either side of the pivot point to bias the pivot point to a first position, wherein the SMA device is configured to change size in response to a temperature change so as bias the pivot point to a second position; the control system further comprising a summing lever pivotally connected to the pivot point of the adjustment device and connected to the actuator shaft of the spool valve, and wherein the SMA device is in thermal communication with the spool valve to adjust the position of the pivot point based on a temperature of the spool valve. a spool valve; and a control system comprising an adjustment device for adjusting a position of an actuator shaft within the spool valve, the adjustment device comprising: a spring; a pivot point; and a shape memory alloy, SMA, device; wherein the spring and SMA device are disposed on either side of the pivot point to bias the pivot point to a first position, wherein the SMA device is configured to change size in response to a temperature change so as bias the pivot point to a second position; a spring; a pivot point; and a shape memory alloy, SMA, device; wherein the spring and SMA device are disposed on either side of the pivot point to bias the pivot point to a first position, wherein the SMA device is configured to change size in response to a temperature change so as bias the pivot point to a second position; the control system further comprising a summing lever pivotally connected to the pivot point of the adjustment device and connected to the actuator shaft of the spool valve, and wherein the SMA device is in thermal communication with the spool valve to adjust the position of the pivot point based on a temperature of the spool valve. a summing lever pivotally connected to the pivot point of the adjustment device and connected to the actuator shaft of the spool valve, and wherein the SMA device is in thermal communication with the spool valve to adjust the position of the pivot point based on a temperature of the spool valve.
A method for automated harmonization of digital audio signals or control data sequences for synthesizing digital audio signals with a target frequency, wherein the digital audio signal or the control data sequence for synthesizing a digital audio signal is pitch-shifted, comprising the steps • providing a target frequency; • providing a digital audio signal or a control data sequence for synthesizing a digital audio signal; • determination of the main frequency components of the digital audio signal by analyzing the digital audio signal or determination of the main frequency components of the control data sequence by analyzing the control data sequence; • summarizing the main frequency components to tone classes, wherein 10 to 100 main frequency components are summarized in tone classes; • calculating a frequency ratio to the target frequency for each tone class; • calculating a weighting factor or a significance value for each tone class; • selecting the frequency ratio of the tone class with the highest weighing factor or the highest significance value; • pitch-shifting of the digital audio signal or the control data sequence for synthesizing a digital audio signal by the selected frequency ratio; • store and/or play and/or export of the pitch-shifted digital audio signal or the pitch-shifted control data sequence for synthesizing a digital audio signal. • providing a target frequency; • providing a digital audio signal or a control data sequence for synthesizing a digital audio signal; • determination of the main frequency components of the digital audio signal by analyzing the digital audio signal or determination of the main frequency components of the control data sequence by analyzing the control data sequence; • summarizing the main frequency components to tone classes, wherein 10 to 100 main frequency components are summarized in tone classes; • calculating a frequency ratio to the target frequency for each tone class; • calculating a weighting factor or a significance value for each tone class; • selecting the frequency ratio of the tone class with the highest weighing factor or the highest significance value; • pitch-shifting of the digital audio signal or the control data sequence for synthesizing a digital audio signal by the selected frequency ratio; • store and/or play and/or export of the pitch-shifted digital audio signal or the pitch-shifted control data sequence for synthesizing a digital audio signal.
Apparatus for salt separation under supercritical water conditions, comprising a heat exchanger and a fluidized bed reactor, the fluidized bed reactor comprising a supercritical water pressure containing wall defining therein a fluidized bed chamber connected to an inlet system at one end thereof and an outlet system configured to separate solids from supercritical fluid at another end thereof, the fluidized bed chamber receiving a fluidized bed therein and configured to receive through the inlet system a liquefied aqueous substance for treatment in the fluidized bed chamber, the inlet system comprising an inlet chamber and a fluidization plate positioned between the inlet chamber and the fluidized bed chamber, the fluidized bed chamber extending between the inlet system and outlet system and comprising an entry section adjacent the inlet system, an outlet section adjacent the outlet system, and a mid-section extending between the entry section and the outlet section, characterized in that the heat exchanger extends along the fluidized bed chamber and is configured to generate a decreasing temperature gradient in the fluidized bed chamber from the outlet section to the entry section, the temperature gradient in the outlet section and mid-section being supercritical for aqueous substances and being subcritical for aqueous substances in at least a first portion of the entry section adjacent the fluidization plate.
A lens holder for a lens arrangement of a camera device, the lens holder being arranged to support a lens member of the lens arrangement, the lens holder comprising: a wall surrounding a cavity extending along a longitudinal lens holder axis and being configured for reception of the lens member, a locking member arranged in the wall and configured for engagement with the lens member when inserted into the cavity for locking thereof, characterized in that the wall has a lens holder protrusion extending radially into the cavity, the lens holder protrusion comprising a first and a second lens holder surface section (110a, 110b), each extending in a plane defined by the longitudinal lens holder axis and a normal to the longitudinal lens holder axis, wherein the locking member is configured to apply, in a direction from the first lens holder surface section, a locking force being perpendicular to the plane of the first lens holder surface section. a wall surrounding a cavity extending along a longitudinal lens holder axis and being configured for reception of the lens member, a locking member arranged in the wall and configured for engagement with the lens member when inserted into the cavity for locking thereof, characterized in that the wall has a lens holder protrusion extending radially into the cavity, the lens holder protrusion comprising a first and a second lens holder surface section (110a, 110b), each extending in a plane defined by the longitudinal lens holder axis and a normal to the longitudinal lens holder axis, wherein the locking member is configured to apply, in a direction from the first lens holder surface section, a locking force being perpendicular to the plane of the first lens holder surface section.