mhurhangee/ep-ind-claims huggingface dataset:
A heat battery located in a substantially vertical or substantially horizontal orientation comprising: a battery cell case; phase change material (i.e. PCM) located within the battery cell case; at least one or a plurality of heat exchangers located within the battery cell case and immersed in the PCM; an expandable device in the form of an inflatable gas balloon member which is capable of being inflated and/or deflated, the expandable device is located within the battery cell case and is capable of expanding and/or contracting to manage expansion and/or volumetric changes within the battery cell case; a gas filling valve which extends through the battery cell case and is connected to the expandable device, wherein the gas filling valve is used to increase and/or decrease the pressure and/or amount of gas held within the expandable device; control sensors which are used to monitor the expansion and/or contraction of the PCM by monitoring the level of the PCM; wherein the cross-sectional diameter of the expandable device is expanded and/or contracted to adapt for the expansion and/or contraction of the PCM and/or any gas/air trapped within the battery cell case as measured by the control sensors; and wherein the expandable device is located within and against an inner surface of the battery cell case and also extends across an upper surface of the PCM and along an upper surface of a heat exchanger. a battery cell case; phase change material (i.e. PCM) located within the battery cell case; at least one or a plurality of heat exchangers located within the battery cell case and immersed in the PCM; an expandable device in the form of an inflatable gas balloon member which is capable of being inflated and/or deflated, the expandable device is located within the battery cell case and is capable of expanding and/or contracting to manage expansion and/or volumetric changes within the battery cell case; a gas filling valve which extends through the battery cell case and is connected to the expandable device, wherein the gas filling valve is used to increase and/or decrease the pressure and/or amount of gas held within the expandable device; control sensors which are used to monitor the expansion and/or contraction of the PCM by monitoring the level of the PCM; wherein the cross-sectional diameter of the expandable device is expanded and/or contracted to adapt for the expansion and/or contraction of the PCM and/or any gas/air trapped within the battery cell case as measured by the control sensors; and wherein the expandable device is located within and against an inner surface of the battery cell case and also extends across an upper surface of the PCM and along an upper surface of a heat exchanger.
A method of manufacturing an ophthalmic lens, that has a front face and a rear face, and into which light beams emitted by an optical element of a light beam generator system are introduced and directed towards the eye of the wearer to enable information content to be viewed by means of a transparent light guide, said light beam generator system being constituted by optical pieces, a first optical piece placed on a first entry surface of the rear face of the lens the method consisting in molding the lens between a first mold portion and a second mold portion, wherein - the first entry surface is formed by making in the lens a molded cavity by means of a stud secured to the second mold portion, and that the light guide is temporarily secured to said stud prior to molding; characterized in that a second optical piece is placed on a second entry surface of the front face of the lens and in that - the second entry surface is formed by making in the lens a molded cavity by means of a mold insert temporarily secured to said light guide prior to molding, said first mold portion being placed above said insert. - the first entry surface is formed by making in the lens a molded cavity by means of a stud secured to the second mold portion, and that the light guide is temporarily secured to said stud prior to molding; characterized in that a second optical piece is placed on a second entry surface of the front face of the lens and in that - the second entry surface is formed by making in the lens a molded cavity by means of a mold insert temporarily secured to said light guide prior to molding, said first mold portion being placed above said insert.
A hair-roller winder, comprising a handle, a motor and a heating core suitable for receiving a hair roller as well as a transmission allowing, in use, to transmit the rotational movement of the motor to said hair roller, while keeping the heating core stationary and non-rotating in order to rotate the hair roller around the heating core.
A stability-improved high voltage power line exploration apparatus for tracking a high voltage power line that supplies voltage and current by being connected to a primary winding of a distribution transformer that converts high voltage for distribution into low voltage in proportion to the ratio of the winding combinations to determine a buried path and a connection configuration of a distribution system network, the apparatus comprising; an exploration current generator configured to be connected to a secondary winding of the distribution transformer and generating a current pulse signal inversely proportional to a winding ratio so as to generate an electromagnetic field signal around the high voltage power line, a buried path probe for determining the buried path and connection configuration of the high voltage power line by detecting the electromagnetic field signal which is generated around the high voltage power line when the current pulse signal flows through the high voltage power line; and a reverse current limiter for suppressing a generation of a reverse electromagnetic field generated by an external conductor of the high voltage power line, to improve a reception performance of the buried path probe. an exploration current generator configured to be connected to a secondary winding of the distribution transformer and generating a current pulse signal inversely proportional to a winding ratio so as to generate an electromagnetic field signal around the high voltage power line, a buried path probe for determining the buried path and connection configuration of the high voltage power line by detecting the electromagnetic field signal which is generated around the high voltage power line when the current pulse signal flows through the high voltage power line; and a reverse current limiter for suppressing a generation of a reverse electromagnetic field generated by an external conductor of the high voltage power line, to improve a reception performance of the buried path probe.
An ion source assembly including a flow path for gas, and a source of clean dry air opening into the flow path, the flow path having a mixing region along its length, the source assembly includes first and second sources (43 and 44) of positive and negative ions respectively opening into the mixing region to produce a plasma containing both positive and negative ions such that an analyte substance can be exposed to the plasma, wherein the source of clean dry air opens into the flow path upstream along the flow path from the ion sources (43,44), and the analyte substance is introduced into the flow path at a location downstream of the ion sources (43, 44).
A cubic boron nitride sintered body tool in which a cubic boron nitride sintered body is joined to a tool base material via a joining layer, wherein said cubic boron nitride sintered body contains cubic boron nitride particles by not less than 30 volume % and not more than 95 volume % and a binder phase by not less than 5 volume % and not more than 70 volume %, said binder phase is composed of at least one first compound and at least one Al compound, or is composed of at least one second compound, said first compound is a compound composed of Ti and at least one element selected from a group consisting of nitrogen, carbon, and boron, or is a solid solution of said compound, said second compound is a compound selected from a group consisting of a Co compound, an Al compound, and a W compound, or is a solid solution of said compound, said joining layer contains Ti by 5 mass % or greater and Zr by 5 mass % or greater relative to a whole of said joining layer with a remainder thereof containing Cu while a total of said Ti and said Zr is 90 mass % or smaller, or said joining layer contains Ti by 1 mass % or greater and Cu by 15 mass % or greater with a remainder thereof containing Ag, and assuming that, in at least one cross sectional surface of said cubic boron nitride sintered body tool taken along a plane perpendicular to a joining surface having a largest area in joining surfaces between said cubic boron nitride sintered body and said joining layer, any adjacent two of said cubic boron nitride particles along the joining surface between said cubic boron nitride sintered body and said joining layer are a first cubic boron nitride particle and a second cubic boron nitride particle, assuming that a point A represents an intersection close to said second cubic boron nitride particle among intersections at which said first cubic boron nitride particle, said joining layer, and said binder phase are in contact with one another, and a point B represents an intersection close to said point A among intersections at which said second cubic boron nitride particle, said joining layer, and said binder phase are in contact with one another, assuming that a point C represents a point away from said point A, along a boundary line on which said first cubic boron nitride particle and said joining layer are in contact with each other, by 1/4 of a length of a line segment connecting said point A and said point B to each other, and assuming that a point D represents a point away from said point B, along a boundary line on which said second cubic boron nitride particle and said joining layer are in contact with each other, by 1/4 of the length of the line segment connecting said point A and said point B to each other, a value obtained when an area of a region surrounded by a line segment connecting said point C and said point D to each other, said first cubic boron nitride particle, said second cubic boron nitride particle, and said binder phase is divided by the length of the line segment connecting said point A and said point B to each other is not less than 0.14 μm and not more than 0.6 μm.
An exercise swing comprising: a seat; an axle; at least one swingable member having a first end attached to said seat and a second end connected via a pivot to said axle; and a resistance adjuster for varying the resistance of said pivot to back-and-forth swinging motion of the swingable member about the pivot, and the exercise swing arranged so as to allow the entire body of a user, with the user seated on the seat, to swing back-and-forth through an arcuate path against the resistance which is applied throughout all of said arcuate path, characterised in that: the resistance adjuster is arranged to apply a user-settable resistance force to the swingable member so that the user can determine the resistance to swinging motion and therefore the difficulty of the exercise. a seat; an axle; at least one swingable member having a first end attached to said seat and a second end connected via a pivot to said axle; and a resistance adjuster for varying the resistance of said pivot to back-and-forth swinging motion of the swingable member about the pivot, and the exercise swing arranged so as to allow the entire body of a user, with the user seated on the seat, to swing back-and-forth through an arcuate path against the resistance which is applied throughout all of said arcuate path, characterised in that: the resistance adjuster is arranged to apply a user-settable resistance force to the swingable member so that the user can determine the resistance to swinging motion and therefore the difficulty of the exercise.
An internal paddle electrode comprising: an electrode which is to be in contact with a living body to apply a voltage; a cable (30, 40) which includes a voltage supply path that extends between a voltage supply source and the electrode; a handle which includes: a first portion that supports the electrode and is hermetically sealed with the electrode; and a second portion that is connected to the cable and is hermetically sealed with the cable; and characterized in that a plurality of through holes, which configure a gas passage through which a gas in the handle communicates with external air that is outside the handle, are provided in the cable (30, 40). an electrode which is to be in contact with a living body to apply a voltage; a cable (30, 40) which includes a voltage supply path that extends between a voltage supply source and the electrode; a handle which includes: a first portion that supports the electrode and is hermetically sealed with the electrode; and a second portion that is connected to the cable and is hermetically sealed with the cable; and a first portion that supports the electrode and is hermetically sealed with the electrode; and a second portion that is connected to the cable and is hermetically sealed with the cable; and characterized in that a plurality of through holes, which configure a gas passage through which a gas in the handle communicates with external air that is outside the handle, are provided in the cable (30, 40).
A medical instrument configured to be inserted into a vaginal cavity, the medical instrument comprising: a body comprising a first probe at a first end, the first probe comprising: a first cylindrical portion with a first outer circumferential surface of a first diameter; a first circumferential edge at a distal end of the first probe; wherein the body comprises a hollow cavity to enable a second medical instrument to pass therethrough; a first distal lip projecting outwardly from the first outer circumferential surface beyond the first circumferential edge and extending for only a part of a circumference of the first circumferential edge; and characterized in that the instrument further comprises a first marker lip projecting outwardly from the first outer circumferential surface and extending for only a part of a circumference of the first outer circumferential surface; wherein the first distal lip is positioned distal to the first marker lip and the first marker lip and the first distal lip have respective mid-points that are located in axial alignment. a body comprising a first probe at a first end, the first probe comprising: a first cylindrical portion with a first outer circumferential surface of a first diameter; a first circumferential edge at a distal end of the first probe; a first cylindrical portion with a first outer circumferential surface of a first diameter; a first circumferential edge at a distal end of the first probe; wherein the body comprises a hollow cavity to enable a second medical instrument to pass therethrough; a first distal lip projecting outwardly from the first outer circumferential surface beyond the first circumferential edge and extending for only a part of a circumference of the first circumferential edge; and characterized in that the instrument further comprises a first marker lip projecting outwardly from the first outer circumferential surface and extending for only a part of a circumference of the first outer circumferential surface; wherein the first distal lip is positioned distal to the first marker lip and the first marker lip and the first distal lip have respective mid-points that are located in axial alignment.
A hyraulic tool user interface comprising: a rocker section comprising a first end, a second end, and a first contact portion between the first end and the second end, wherein the first contact portion is configured to contact a drain pin; a drain trigger section at the first end; and an activation trigger section between the first end and the second end, wherein the activation trigger section is configured to contact the second end, and wherein the activation trigger section is configured to contact an electrical switch, characterized in that the activation trigger section comprises an activation trigger member movably connected to the rocker section, wherein a center portion of the rocker section forms a first axis, and wherein the rocker section, the drain trigger section, and the activation trigger section are pivotable about the first axis. a rocker section comprising a first end, a second end, and a first contact portion between the first end and the second end, wherein the first contact portion is configured to contact a drain pin; a drain trigger section at the first end; and an activation trigger section between the first end and the second end, wherein the activation trigger section is configured to contact the second end, and wherein the activation trigger section is configured to contact an electrical switch, characterized in that the activation trigger section comprises an activation trigger member movably connected to the rocker section, wherein a center portion of the rocker section forms a first axis, and wherein the rocker section, the drain trigger section, and the activation trigger section are pivotable about the first axis.
An electronic device (1b, 100) capable of operating by a current supplied from a power supply cable or a battery, comprising: a first terminal configured to have the power supply cable inserted into it and to receive the current supplied from the power supply cable; a second terminal (145, 150) configured to have a battery stored in contact with it and to receive the current supplied from the battery; and a first case having a first storage portion configured to store the power supply cable inserted into the first terminal and a second storage portion configured to store the battery in contact with the second terminal; characterised in that the first storage portion is formed so as to overlap with the second storage portion in a plan view, in that the first storage portion is provided at such a position that the battery needs to be removed from the first storage portion when the power supply cable is inserted into the first terminal. a first terminal configured to have the power supply cable inserted into it and to receive the current supplied from the power supply cable; a second terminal (145, 150) configured to have a battery stored in contact with it and to receive the current supplied from the battery; and a first case having a first storage portion configured to store the power supply cable inserted into the first terminal and a second storage portion configured to store the battery in contact with the second terminal; characterised in that the first storage portion is formed so as to overlap with the second storage portion in a plan view, in that the first storage portion is provided at such a position that the battery needs to be removed from the first storage portion when the power supply cable is inserted into the first terminal.
Distributing device (100, 301, 401) for liquid substances, such as for instance manure, comprising: - a distribution chamber (101, 302), which distribution chamber (101, 302) is provided with at least one supply (102, 414) and a plurality of discharges (103, 311) for liquid substance; - a rotor (106, 304, 408) situated in the distribution chamber (101, 302), which rotor (106, 304, 408) is provided with at least one cutting blade (206, 307, 410) displaceable along a number of discharges (103, 311), which cutting blade (206, 307, 410) is configured to successively cover the discharges (103, 311); - a drive (104, 303, 402, 403) for driving the rotor (106, 304, 408) via a drive shaft (105, 404); - a gas feed connecting to the side of the cutting blade (206, 307, 410) facing toward the discharge (103, 311), characterised in that the gas feed runs at least partially through the drive shaft (105, 404). - a distribution chamber (101, 302), which distribution chamber (101, 302) is provided with at least one supply (102, 414) and a plurality of discharges (103, 311) for liquid substance; - a rotor (106, 304, 408) situated in the distribution chamber (101, 302), which rotor (106, 304, 408) is provided with at least one cutting blade (206, 307, 410) displaceable along a number of discharges (103, 311), which cutting blade (206, 307, 410) is configured to successively cover the discharges (103, 311); - a drive (104, 303, 402, 403) for driving the rotor (106, 304, 408) via a drive shaft (105, 404); - a gas feed connecting to the side of the cutting blade (206, 307, 410) facing toward the discharge (103, 311), characterised in that the gas feed runs at least partially through the drive shaft (105, 404).
An antibody for use in a method of treating or preventing a cancer disease characterized by cancer cells expressing CLDN18.2, said antibody having the ability of specifically binding to CLDN18.2 on the cell surface and mediating killing of cells expressing CLDN18.2 by ADCC and/or CDC, wherein the method is a combination therapy with an agent stabilizing or increasing expression of CLDN18.2, said agent being selected from the group consisting of (i) oxaliplatin and 5-fluorouracil, (ii) epirubicin, oxaliplatin and 5-fluorouracil, (iii) 5-fluorouracil, folinic acid and oxaliplatin, (iv) Irinotecan, (v) Docetaxel and (vi) Cisplatin.
A base station radio frequency system comprising a transceiver and a radio frequency power amplifier connected to each other, a protection detection circuit and a protection switch circuit comprising a grounded connection, wherein the protection detection circuit connected between the transceiver and the radio frequency power amplifier is configured to detect a signal output by the transceiver and send a turn-on control signal to the protection switch circuit when the signal is greater than a preset threshold; and the protection switch circuit connected between the protection detection circuit and the radio frequency power amplifier is configured to receive the turn-on control signal sent by the protection detection circuit and control its grounded connection based on the turn-on control signal; wherein the protection detection circuit comprises a coupler, an amplifier, a first diode, a first output, and a second output; wherein the coupler is configured to sample the signal output by the transceiver, output the sampled signal to the amplifier, and output the signal output by the transceiver via the first output; the amplifier is configured to amplify the signal sampled by the coupler to a preset value; and the first diode is configured to demodulate the signal amplified by the amplifier and output a direct current voltage to the protection switch circuit via the second output; the protection switch circuit comprises a first transistor, a second transistor, a second diode and a third output, wherein an anode of the second diode is connected to the first output and a cathode of the second diode is configured to be connected to the grounded connection, a base of the first transistor is connected to the second output of the protection detection circuit, a base of the second transistor is connected to a collector of the first transistor, and the base of the second transistor is connected to the cathode of the second diode, and a collector of the second transistor is connected to the third output; and the first transistor and the second transistor are configured to receive the direct current voltage output by the second output and to be turned on when the direct current voltage is greater than a threshold voltage; and the second transistor is configured to be grounded when both the first transistor and the second transistor are turned on.