mhurhangee/patent-ind-claim-en huggingface dataset:
A method of separating, from an exposure original plate , a pellicle which includes a pellicle film that is provided in a tensioned state on an end surface of a pellicle frame through a pellicle film adhesive and an adhesive layer that is provided on the other end surface and in which the adhesive layer is adhered to the exposure original plate , wherein a plurality of pellicle frame support pins is inserted into a plurality of jig holes provided in an outer surface of the pellicle frame , the pellicle frame support pins being moved in a direction in which the pellicle is separated from the exposure original plate , a separation force applied by the movement to the pellicle frame support pins is measured and the pellicle is separated from the exposure original plate while control is being performed such that the separation force is minimized, characterized in that the measurement and the control of the separation force applied to the pellicle frame support pins inserted into the jig holes in the outer surface of the pellicle frame are independently performed on each of the pellicle frame support pins. wherein a plurality of pellicle frame support pins is inserted into a plurality of jig holes provided in an outer surface of the pellicle frame , the pellicle frame support pins being moved in a direction in which the pellicle is separated from the exposure original plate , a separation force applied by the movement to the pellicle frame support pins is measured and the pellicle is separated from the exposure original plate while control is being performed such that the separation force is minimized, characterized in that the measurement and the control of the separation force applied to the pellicle frame support pins inserted into the jig holes in the outer surface of the pellicle frame are independently performed on each of the pellicle frame support pins.
Impedance limit switch for detecting a limit level of a medium, comprising: an electronics unit for generating an excitation signal; a measuring electrode and an inductor connected thereto, wherein the excitation signal can be applied to the inductor so that an oscillating circuit with an oscillating circuit signal is formed in the line between the inductor and the measuring electrode; a reference electrode , which is arranged at a distance from the measuring electrode, to which a reference potential can be applied and which, together with the measuring electrode, provides a measuring capacitance; a shield electrode disposed between and spaced from the measurement electrode and the reference electrode and forming a shield capacitance; an isolation unit connected between the measurement electrode and the shield electrode for transmitting the resonant circuit signal occurring between the inductor and the measurement electrode to the shield electrode; wherein the separating unit is configured to decouple the measuring capacitance from the screen capacitance, so that an oscillating circuit can be formed by the measuring capacitance and the inductance connected thereto, but which is independent of the screen capacitance. an electronics unit for generating an excitation signal; a measuring electrode and an inductor connected thereto, wherein the excitation signal can be applied to the inductor so that an oscillating circuit with an oscillating circuit signal is formed in the line between the inductor and the measuring electrode; a reference electrode , which is arranged at a distance from the measuring electrode, to which a reference potential can be applied and which, together with the measuring electrode, provides a measuring capacitance; a shield electrode disposed between and spaced from the measurement electrode and the reference electrode and forming a shield capacitance; an isolation unit connected between the measurement electrode and the shield electrode for transmitting the resonant circuit signal occurring between the inductor and the measurement electrode to the shield electrode; wherein the separating unit is configured to decouple the measuring capacitance from the screen capacitance, so that an oscillating circuit can be formed by the measuring capacitance and the inductance connected thereto, but which is independent of the screen capacitance.
A conversion system for a tiltrotor aircraft , comprising: a first rotor system mounted to a wing member and pivotable through a range of pylon angles; a second rotor system mounted to the wing member and pivotable through the range of pylon angles; a set of actuators connected to the first rotor system and the second rotor system ; a set of transducers connected to the set of actuators and arranged to measure the pylon angle of the pylons ; and a flight control computer in communication with the set of actuators and the set of transducers ; wherein the flight control computer is configured to transmit a pylon command to the set of actuators to pivot the first rotor system and the second rotor system ; and characterized in that the flight control computer is configured to transmit a first pylon command adjustment to the set of actuators when a difference between a first rotor system pylon angle and a second rotor system pylon angle exceeds a first asymmetry threshold. a first rotor system mounted to a wing member and pivotable through a range of pylon angles; a second rotor system mounted to the wing member and pivotable through the range of pylon angles; a set of actuators connected to the first rotor system and the second rotor system ; a set of transducers connected to the set of actuators and arranged to measure the pylon angle of the pylons ; and a flight control computer in communication with the set of actuators and the set of transducers ; wherein the flight control computer is configured to transmit a pylon command to the set of actuators to pivot the first rotor system and the second rotor system ; and characterized in that the flight control computer is configured to transmit a first pylon command adjustment to the set of actuators when a difference between a first rotor system pylon angle and a second rotor system pylon angle exceeds a first asymmetry threshold.
An electric grill , comprising: a first knob , a second knob , and a display mounted on a housing ; a power cable connected to a voltage line and a neutral line ; a first heating element and a second heating element inside the housing , the first heating element being connected to the voltage line and the neutral line , and the second heating element being connected to the voltage line and the neutral line ; a first triac and a second triac connected between the voltage line and the first heating element and the second heating element , respectively; a first triac driver and a second triac driver respectively connected to the first triac and the second triac ; a zero crossing detection unit configured to detect zero crossings of AC current in the voltage line ; and a microprocessor in communication with the first knob , the second knob , the first triac driver , the second triac driver , and the zero crossing detection unit , wherein the microprocessor is further to communicate with a memory , and wherein the microprocessor is to use a clock signal to (a) cause delivery of a first phase-controlled AC wave based on a first power array of values stored in the memory and (b) cause delivery of a second phase-controlled AC wave based on a second power array of values stored in the memory . a first knob , a second knob , and a display mounted on a housing ; a power cable connected to a voltage line and a neutral line ; a first heating element and a second heating element inside the housing , the first heating element being connected to the voltage line and the neutral line , and the second heating element being connected to the voltage line and the neutral line ; a first triac and a second triac connected between the voltage line and the first heating element and the second heating element , respectively; a first triac driver and a second triac driver respectively connected to the first triac and the second triac ; a zero crossing detection unit configured to detect zero crossings of AC current in the voltage line ; and a microprocessor in communication with the first knob , the second knob , the first triac driver , the second triac driver , and the zero crossing detection unit , wherein the microprocessor is further to communicate with a memory , and wherein the microprocessor is to use a clock signal to (a) cause delivery of a first phase-controlled AC wave based on a first power array of values stored in the memory and (b) cause delivery of a second phase-controlled AC wave based on a second power array of values stored in the memory .
A control and signalling device comprising - a cylindrical main body with two open ends, - an operating element designed for insertion into one of the open ends of the main body and comprising a switching unit being movable relative to the main body, and - a multi-part insert element designed for insertion into the main body for bridging at least one portion of a switching path from the switching unit to a contact element arranged at the other of the open ends and comprising an elastic element , which elastically supports a pressure element of the insert element provided for actuating the contact element in such a way that a pressure force of the pressure element on the contact element is limited to a predetermined force range, characterised in that the switching unit is rotationally movable relative to the main body , and wherein the insert element comprises a central part , which can be moved axially relative to the main body by rotation of the switching unit in the main body , and the pressure element , which forms the part provided for actuating the contact element and is mechanically coupled to the central part in such a way that an axial movement of the central part relative to the main body causes a corresponding axial movement of the pressure element , and wherein the pressure element is pressed against a stop in the direction of the contact element by the elastic element fixed to the central part . - a cylindrical main body with two open ends, - an operating element designed for insertion into one of the open ends of the main body and comprising a switching unit being movable relative to the main body, and - a multi-part insert element designed for insertion into the main body for bridging at least one portion of a switching path from the switching unit to a contact element arranged at the other of the open ends and comprising an elastic element , which elastically supports a pressure element of the insert element provided for actuating the contact element in such a way that a pressure force of the pressure element on the contact element is limited to a predetermined force range, the switching unit is rotationally movable relative to the main body , and wherein the insert element comprises a central part , which can be moved axially relative to the main body by rotation of the switching unit in the main body , and the pressure element , which forms the part provided for actuating the contact element and is mechanically coupled to the central part in such a way that an axial movement of the central part relative to the main body causes a corresponding axial movement of the pressure element , and wherein the pressure element is pressed against a stop in the direction of the contact element by the elastic element fixed to the central part .
An endoscopic device, the device comprising: a shaft extending between a distal end and a proximal end , the shaft including a controllable bend , a lumen , and a controllable channel movably set in the lumen ; a handle at the proximal end of the shaft , the handle including a controller selectively engageable with the controllable bend and the controllable channel ; and a selector for selectively engaging the controller with the controllable bend or the controllable channel . a shaft extending between a distal end and a proximal end , the shaft including a controllable bend , a lumen , and a controllable channel movably set in the lumen ; a handle at the proximal end of the shaft , the handle including a controller selectively engageable with the controllable bend and the controllable channel ; and a selector for selectively engaging the controller with the controllable bend or the controllable channel .
A compound as shown in Formula (I), or a tautomer, a solvate, a hydrate, or a pharmaceutically acceptable salt thereof: wherein, R 1 is hydrogen, substituted or unsubstituted alkyl or halogen; each of the R 2 is independently selected from the group consisting of substituted or unsubstituted alkyl, halogen, hydroxyl, nitro, sulphonic acid group and carboxyl; m is 0, 1, 2, 3 or 4; each of the R 3 is independently selected from the group consisting of substituted or unsubstituted alkyl, halogen, hydroxyl and aryl; and n is 0, 1, 2, 3 or 4. R 1 is hydrogen, substituted or unsubstituted alkyl or halogen; each of the R 2 is independently selected from the group consisting of substituted or unsubstituted alkyl, halogen, hydroxyl, nitro, sulphonic acid group and carboxyl; m is 0, 1, 2, 3 or 4; each of the R 3 is independently selected from the group consisting of substituted or unsubstituted alkyl, halogen, hydroxyl and aryl; and n is 0, 1, 2, 3 or 4.
A method of manufacturing a lead connector for an implantable medical device, the method comprising: connecting proximal ends (46a, 46b, and 46c) of a plurality of conductive pins to a corresponding one of a plurality of ring contacts to form a plurality of ring-pin subassemblies (38a/48a, 38b/48b, 38c/48c); assembling each of the plurality of ring-pin subassemblies (38a/48a, 38b/48b, 38c/48c) on an assembly frame to form a ring-pin assembly , including inserting the plurality of conductive pins in a corresponding plurality of openings within the assembly frame such that the corresponding plurality of ring contacts are spaced along a longitudinal dimension of the assembly frame , wherein the plurality of openings are configured as cylindrical lumens with a diameter that accommodates the plurality of conductive pins , wherein the assembly frame comprises a plurality of steps and wherein assembling each of the plurality of ring-pin subassemblies (38a/48a, 38b/48b, 38c/48c) on the assembly frame further comprises placing one of the plurality of ring contacts adjacent one of the plurality of steps , and wherein the plurality of openings within the assembly frame are configured to ensure no conductive pin of the plurality of conductive pins contacts any other conductive pin of the plurality of conductive pins ; arranging the ring-pin assembly within a mold cavity ; filling the mold cavity with a mold material that at least partially surrounds the ring-pin assembly ; and removing a resulting lead connector from the mold cavity . connecting proximal ends (46a, 46b, and 46c) of a plurality of conductive pins to a corresponding one of a plurality of ring contacts to form a plurality of ring-pin subassemblies (38a/48a, 38b/48b, 38c/48c); assembling each of the plurality of ring-pin subassemblies (38a/48a, 38b/48b, 38c/48c) on an assembly frame to form a ring-pin assembly , including inserting the plurality of conductive pins in a corresponding plurality of openings within the assembly frame such that the corresponding plurality of ring contacts are spaced along a longitudinal dimension of the assembly frame , wherein the plurality of openings are configured as cylindrical lumens with a diameter that accommodates the plurality of conductive pins , wherein the assembly frame comprises a plurality of steps and wherein assembling each of the plurality of ring-pin subassemblies (38a/48a, 38b/48b, 38c/48c) on the assembly frame further comprises placing one of the plurality of ring contacts adjacent one of the plurality of steps , and wherein the plurality of openings within the assembly frame are configured to ensure no conductive pin of the plurality of conductive pins contacts any other conductive pin of the plurality of conductive pins ; arranging the ring-pin assembly within a mold cavity ; filling the mold cavity with a mold material that at least partially surrounds the ring-pin assembly ; and removing a resulting lead connector from the mold cavity .
A method for collecting sphagnum moss comprising a motorised cutting and collection of at least one portion of the sphagnum moss wherein the cut is performed above the ground at the upper and lower ends of an intermediate portion , at least in a direction substantially parallel with respect to the ground while leaving the sphagnum moss anchored to the ground; and wherein the cut is performed at least in a direction substantially horizontal at the upper and lower ends of the intermediate portion while leaving the sphagnum moss anchored to the ground and redepositing an apical portion on the ground.
Device for evaporating volatile substances, comprising: - a porous mat impregnated with volatile substances, - a heating element that heats the porous mat for evaporating the volatile substances, and a reflective element for reflecting the heat from the heating element to said porous mat , the reflective element forming a cavity defined by a bottom and side walls where the porous mat and the heating element are placed, characterized in that the device also comprises a printed circuit board that heats the heating element placed inside the cavity defined by the reflective element . - a porous mat impregnated with volatile substances, - a heating element that heats the porous mat for evaporating the volatile substances, and a reflective element for reflecting the heat from the heating element to said porous mat , the reflective element forming a cavity defined by a bottom and side walls where the porous mat and the heating element are placed, characterized in that the device also comprises a printed circuit board that heats the heating element placed inside the cavity defined by the reflective element .
An oncolytic adenovirus for use in one or more of: (i) a method for achieving greater than 25% reduction in tumor burden when treating a glioma in a human patient without producing of an adverse event resulting from said oncolytic adenovirus that is sufficient to cause termination of said treatment; (ii) a method for achieving a six-month progression-free survival when treating a glioma in a human patient without producing of an adverse event resulting from said oncolytic adenovirus that is sufficient to cause termination of said treatment; and (iii) a method for achieving tumor necrosis when treating a glioma in a human patient without producing of an adverse event resulting from said oncolytic adenovirus that is sufficient to cause termination of said treatment, wherein the method comprises contacting the glioma, in the human patient identified as having the glioma, with the oncolytic adenovirus, and wherein the oncolytic adenovirus is an oncolytic adenovirus with E1A polypeptide that cannot bind Rb, and comprises a fiber protein with an RGD amino acid inserted in the HI domain. (i) a method for achieving greater than 25% reduction in tumor burden when treating a glioma in a human patient without producing of an adverse event resulting from said oncolytic adenovirus that is sufficient to cause termination of said treatment; (ii) a method for achieving a six-month progression-free survival when treating a glioma in a human patient without producing of an adverse event resulting from said oncolytic adenovirus that is sufficient to cause termination of said treatment; and (iii) a method for achieving tumor necrosis when treating a glioma in a human patient without producing of an adverse event resulting from said oncolytic adenovirus that is sufficient to cause termination of said treatment,
A power tool comprising: a housing ; a motor disposed in the housing; an output shaft driven by the motor to output a rotary power; and a chuck configured to lock and release a working attachment , wherein said chuck comprises a chuck body coupled with the output shaft, a plurality of jaws movably disposed relative to the chuck body , and a clamping sleeve sleeved outside the chuck body; and the clamping sleeve is movable with respect to the chuck body so as to drive the plurality of jaws to retract and open relative to the chuck body; characterised in that the power tool further comprises a control mechanism , wherein the control mechanism comprises a control member operable to lock the clamping sleeve or the chuck body relative to the housing , and to control the motor to start in a preset rotary direction so that the clamping sleeve and the chuck body move relatively. a housing ; a motor disposed in the housing; an output shaft driven by the motor to output a rotary power; and a chuck configured to lock and release a working attachment , wherein said chuck comprises a chuck body coupled with the output shaft, a plurality of jaws movably disposed relative to the chuck body , and a clamping sleeve sleeved outside the chuck body; and the clamping sleeve is movable with respect to the chuck body so as to drive the plurality of jaws to retract and open relative to the chuck body; characterised in that the power tool further comprises a control mechanism , wherein the control mechanism comprises a control member operable to lock the clamping sleeve or the chuck body relative to the housing , and to control the motor to start in a preset rotary direction so that the clamping sleeve and the chuck body move relatively.
A fluidic connector for providing aspiration and irrigation to a wound site, comprising: a proximal end and a distal end and an elongate length extending therebetween; a first fluid passage and a second fluid passage positioned side -by-side and joined together along at least a portion of the elongate length, each of the fluid passages containing an elongate spacer material; and at least one applicator portion at the distal end; wherein the first fluid passage is configured to provide aspiration to a wound site, and the second fluid passage is configured to provide irrigation fluid to the wound site. a proximal end and a distal end and an elongate length extending therebetween; a first fluid passage and a second fluid passage positioned side -by-side and joined together along at least a portion of the elongate length, each of the fluid passages containing an elongate spacer material; and at least one applicator portion at the distal end; wherein the first fluid passage is configured to provide aspiration to a wound site, and the second fluid passage is configured to provide irrigation fluid to the wound site.