mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe assembly for performing a capsulotomy on a patient's eye with a cystotome, the assembly comprising: a syringe having a luer tip with a liquid outlet at a distal end thereof; and, a grip including an elongated body extending along a longitudinal axis (LA) between first and second ends , the first end defining a female luer fitting configured for mounting onto the luer tip of the syringe , an inlet opening being defined in the female luer fitting , the second end defining a male luer fitting defining an outlet opening at a distal end thereof, and, a liquid passageway defined through the body between the inlet opening and the outlet opening to allow liquid flow therebetween, wherein, the body defines an outer surface encircling the longitudinal axis (LA), the outer surface being at least partially textured, wherein the grip is mounted to the syringe with the female luer fitting mounted to the luer tip , and the inlet opening being aligned with the liquid outlet of the luer tip , characterized by a cystotome , distally extending from a hub , the cystotome configured for incising the lens capsule of a patient's eye, the hub having a secondary female luer fitting mounted to the male luer fitting . a syringe having a luer tip with a liquid outlet at a distal end thereof; and, a grip including an elongated body extending along a longitudinal axis (LA) between first and second ends , the first end defining a female luer fitting configured for mounting onto the luer tip of the syringe , an inlet opening being defined in the female luer fitting , the second end defining a male luer fitting defining an outlet opening at a distal end thereof, and, a liquid passageway defined through the body between the inlet opening and the outlet opening to allow liquid flow therebetween, wherein, the body defines an outer surface encircling the longitudinal axis (LA), the outer surface being at least partially textured, wherein the grip is mounted to the syringe with the female luer fitting mounted to the luer tip , and the inlet opening being aligned with the liquid outlet of the luer tip , characterized by a cystotome , distally extending from a hub , the cystotome configured for incising the lens capsule of a patient's eye, the hub having a secondary female luer fitting mounted to the male luer fitting .
A timepiece comprising a supporting structure and a generator formed of a rotor , provided with at least one magnet and mounted to pivot in the supporting structure, and of a stator composed of two coils and forming, with an electronic circuit , an electronic module which is arranged so as to be able to be mounted in the supporting structure after mounting the supporting structure with the rotor pivoted therein; the electronic module comprising a support for the two coils having a first part forming an articulation with a first element of the supporting structure, the first part and the first element being arranged so that this first part or/and this first element can undergo an elastic deformation allowing them to be assembled, in a removable manner, to form said articulation by laterally introducing, by pressure, the first part into the first element or the first element into the first part; the timepiece being arranged so that, during a lateral mounting of the electronic module in the supporting structure preassembled with the rotor, the first part and the first element can be assembled to form said articulation, which then allows a rotation of the electronic module , around an axis of rotation defined by this articulation and parallel to an axis of rotation of the rotor, from a first angular position, wherein this electronic module is located directly after forming the articulation, to a second angular position to bring at least one of the two coils closer to the axis of rotation of the rotor, so that these two coils are each located in a functional position substantially at the same distance from the axis of rotation of the rotor, the electronic module being held in the second angular position by a fastening system which is arranged to be able to block the articulation in this second angular position.
A wireless power transmitter configured to transmit power to a wireless power receiver in a wireless manner, comprising: a first coil that is wound into a circular shape and configured to generate a magnetic field for power transmission of an induction method; and a second coil that is wound into a circular shape and configured to generate a magnetic field vibrating at a resonant frequency for power transmission of a resonance method, characterized in that the first coil and the second coil are overlapped with a vertical interval therebetween, wherein the first coil is configured to generate a magnetic field in a first frequency band from 100 to 200 kHz and the second coil is configured to generate a magnetic field in a second frequency band which is higher than the first frequency band, wherein the center frequency in the second frequency band is 6.78 MHz, and wherein the first coil of the induction method is located above the second coil of the resonance method. a first coil that is wound into a circular shape and configured to generate a magnetic field for power transmission of an induction method; and a second coil that is wound into a circular shape and configured to generate a magnetic field vibrating at a resonant frequency for power transmission of a resonance method, characterized in that the first coil and the second coil are overlapped with a vertical interval therebetween, wherein the first coil is configured to generate a magnetic field in a first frequency band from 100 to 200 kHz and the second coil is configured to generate a magnetic field in a second frequency band which is higher than the first frequency band, wherein the center frequency in the second frequency band is 6.78 MHz, and wherein the first coil of the induction method is located above the second coil of the resonance method.
A heat recovery multi-split air conditioning system comprising an outdoor unit (O), at least one indoor unit and a mode switcher, wherein the mode switcher comprises at least one mode conversion branch (B1, B2, BN, B11, B1N, BN1, BNN), the outdoor unit is connected with various mode conversion branches (B1, B2, BN, B11, B1N, BN1, BNN) in the mode switcher through a main liquid pipe (P1), a main high-pressure gas pipe (P3) and a main low-pressure gas pipe (P2), and the mode conversion branches (B1, B2, BN, B11, B1N, BN1, BNN) are connected with a corresponding indoor unit through a branch liquid pipe (P4) and a branch gas pipe (P5), and wherein the mode conversion branch (B1, B2, BN, B11, B1N, BN1, BNN) comprises: a liquid pipe section, a high-pressure gas pipe section and a low-pressure gas pipe section, both ends of the liquid pipe section are respectively connected to the main liquid pipe (P1) and the branch liquid pipe (P4), one end of the high-pressure gas pipe section and one end of the low-pressure gas pipe section are respectively connected to the main high-pressure gas pipe (P3) and the main low-pressure gas pipe (P2), another end of the high-pressure gas pipe section and another end of the low-pressure gas pipe section are both connected with the branch gas pipe (P5), the mode switcher further comprises a high-pressure electronic expansion valve and a low-pressure electronic expansion valve , the high-pressure electronic expansion valve and the low-pressure electronic expansion valve are respectively arranged in series in the high-pressure gas pipe section and the low-pressure gas pipe section, wherein the high-pressure electronic expansion valve and the low-pressure electronic expansion valve are configured to be gradually opened and closed during air conditioning mode switching to reduce a differential pressure between before and after a mode conversion operation, characterized in that the liquid pipe section is further connected with a supercooling pipe in series, the heat recovery multi-split air conditioning system further comprises a first bypass pipeline led from the main liquid pipe (P1) to the main low-pressure gas pipe (P2), the first bypass pipeline is connected with the supercooling pipe building an internal heat exchanger to perform heat exchange, and a filter and a supercooling throttling unit are arranged in series in the first bypass pipeline.
An apparel layer system comprising: a first layer extending in a first planar direction; a second layer extending in the first planar direction; a third layer positioned between the first layer and the second layer , the third layer having a first surface and a second surface opposite the first surface , the first surface positioned adjacent the first layer and the second surface positioned adjacent the second layer , wherein the first surface is selectively affixed to the first layer and the second surface is selectively affixed to the second layer ; and an adjustment mechanism coupled to the second layer , wherein when the adjustment mechanism is in a first position, the second layer is offset from the first layer by a first amount , and when the adjustment mechanism is in a second position, the second layer is offset from the first layer by a second amount , characterized in that the third layer comprises a series of folds . a first layer extending in a first planar direction; a second layer extending in the first planar direction; a third layer positioned between the first layer and the second layer , the third layer having a first surface and a second surface opposite the first surface , the first surface positioned adjacent the first layer and the second surface positioned adjacent the second layer , wherein the first surface is selectively affixed to the first layer and the second surface is selectively affixed to the second layer ; and an adjustment mechanism coupled to the second layer , wherein when the adjustment mechanism is in a first position, the second layer is offset from the first layer by a first amount , and when the adjustment mechanism is in a second position, the second layer is offset from the first layer by a second amount , characterized in that the third layer comprises a series of folds .
Device for supplying a dialysis device with dialysate, comprising a connecting unit for connecting a container that is intended for single use and is filled with a dialysate concentrate (K2) for producing dialysate, wherein the amount (M 0 ) of dialysate concentrate in the container is set in such a way that it is possible to use the dialysate concentrate to produce an amount of dialysate sufficient for a specified number (x) of treatment cycles, an input unit for inputting treatment parameters for each treatment cycle of the specified number (x) of treatment cycles, characterised in that an arithmetic and evaluation unit is provided, the arithmetic and evaluation unit being configured in such a way that an amount (V 1 , V 2 , V 3 , ... V x ) of dialysate concentrate provided for the treatment cycle is determined for each treatment cycle of the specified number (x) of treatment cycles on the basis of the inputted treatment parameters, the difference between the amount (M 0 ) of dialysate concentrate in the container and the amount (V 1 + V 2 + V 3 ... + V x ) of dialysate concentrate provided for the specified number (x) of treatment cycles is calculated, wherein an alarm signal for generating an alarm is generated if the amount (M 0 ) of dialysate concentrate in the container is less than the amount (V 1 + V 2 + V 3 ... + V x ) of dialysate concentrate provided for the specified number of treatment cycles, and a control signal for initiating the first treatment cycle is generated if the amount (M 0 ) of dialysate concentrate in the container is not less than the amount (V 1 + V 2 + V 3 ... + V x ) of dialysate concentrate provided for the specified number of treatment cycles.
Tyre , wherein the tyre is rotatable in a circumferential direction about an axis of rotation , having at least one electromagnetic transmitting and receiving device , at least one bead core and at least one apex , wherein the at least one apex is formed of a first homogenous rubber material and of a second homogenous rubber material , wherein the first homogenous rubber material is arranged on the at least one bead core and the first homogenous rubber material is arranged spatially between the at least one bead core and the one second homogenous rubber material , wherein the at least one electromagnetic transmitting and receiving device is arranged within the at least one apex , characterized in that the at least one electromagnetic transmitting and receiving device has an information storage component and at least one antenna , wherein the at least one antenna is incorporated in a yarn or the at least one antenna and the information storage component are incorporated in a yarn .
A fluid dynamic rain-making apparatus, comprising: a first tubular member , comprising a fluid channel , the fluid channel comprising a first opening and a second opening defined on two ends thereof respectively, and an axial cross section of the fluid channel decreasing along a direction from the first opening toward the second opening ; characterized in that the fluid dynamic rain-making apparatus further comprises a thermal conductor , comprising a second tubular member and a plurality of heat sinks circumferentially arranged on an outer surface of the second tubular member , the second tubular member attached to the second opening of the first tubular member ; wherein a fluid (A) enters the fluid channel from the first opening to be a cooled fluid (A1) after acceleratedly flowing through the fluid channel , and the cooled fluid (A1) cools the second tubular member while flowing through the second tubular member to make a temperature of each one of the heat sinks be lower than a temperature of the fluid (A) at an external of the thermal conductor . a first tubular member , comprising a fluid channel , the fluid channel comprising a first opening and a second opening defined on two ends thereof respectively, and an axial cross section of the fluid channel decreasing along a direction from the first opening toward the second opening ; characterized in that the fluid dynamic rain-making apparatus further comprises a thermal conductor , comprising a second tubular member and a plurality of heat sinks circumferentially arranged on an outer surface of the second tubular member , the second tubular member attached to the second opening of the first tubular member ; wherein a fluid (A) enters the fluid channel from the first opening to be a cooled fluid (A1) after acceleratedly flowing through the fluid channel , and the cooled fluid (A1) cools the second tubular member while flowing through the second tubular member to make a temperature of each one of the heat sinks be lower than a temperature of the fluid (A) at an external of the thermal conductor .
Solvent-free composition comprising the following components - 2,4,7,9-tetramethyl-5-decyne-4,7-diol, - ethoxylates thereof and - polyethylene glycols, characterized in that said composition comprises water and the concentration of 2,4,7,9-tetramethyl-5-decyne-4,7-diol is greater than 40% by weight, based on the composition. - 2,4,7,9-tetramethyl-5-decyne-4,7-diol, - ethoxylates thereof and - polyethylene glycols,
A vacuum cleaner comprising: a main body ; a fan motor provided within the main body for generating suction; a dust collector provided within the main body for collecting dust; an extension pipe extended from the main body ; and a suction head comprising a cover combined with the extension pipe , a bottom plate provided with a suction hole through which air is sucked in from a surface to be cleaned and rotatably combined with the cover , and a brush base comprising brushes and movable upward and downward between the cover and the bottom plate , wherein the bottom plate is arranged to rotate in a first direction (A) relative to the cover when the suction head moves forward, and is arranged to rotate in a second direction (B) opposite to the first direction (A) relative to the cover when the suction head moves backward, characterised in that the brush base comprises indicating parts exposed to the outside of the cover and forming at least a portion of the external appearance of the suction head , and wherein the indicating parts are formed at corners of the brush base . a main body ; a fan motor provided within the main body for generating suction; a dust collector provided within the main body for collecting dust; an extension pipe extended from the main body ; and a suction head comprising a cover combined with the extension pipe , a bottom plate provided with a suction hole through which air is sucked in from a surface to be cleaned and rotatably combined with the cover , and a brush base comprising brushes and movable upward and downward between the cover and the bottom plate , wherein the bottom plate is arranged to rotate in a first direction (A) relative to the cover when the suction head moves forward, and is arranged to rotate in a second direction (B) opposite to the first direction (A) relative to the cover when the suction head moves backward, characterised in that the brush base comprises indicating parts exposed to the outside of the cover and forming at least a portion of the external appearance of the suction head , and wherein the indicating parts are formed at corners of the brush base .
Method for manufacturing a turbine engine blade comprising a pressure side wall and a suction side wall separated from one another by an inner space for the circulation of cooling air, this blade comprising a tip (S) with a closing wall joining the pressure side and suction side walls in the region of this tip (S) in order to define a well shape, this closing wall comprising through-holes , with the method comprising a step of moulding implementing a core delimiting the shape as a well and alumina rods delimiting each through-hole , a chemical etching operation of the core and a chemical etching operation of the alumina rods in order to remove this core and these rods after moulding, characterised in that the core is provided with bosses at each through-hole in order to confer upon the closing wall such as obtained by moulding a nominal thickness (D) greater than the thickness of the other walls of the blade and a reduced thickness (d) at each through-hole , and in that the method comprises an operation of machining the closing wall in order to form a raised pattern or patterns at the bottom of the well.
A method of making a part , comprising the steps of: placing at least two work pieces of steel into a joint; directing a stream of powder at the joint, the powder consisting of at least one of nickel and iron; melting with a laser beam a portion of each of the work pieces and the powder to produce a weld seam which includes at least one of nickel and iron and is entirely free of silicate islands; and without removing any material from the weld seam through material abrasion or chemical processes, applying a coating onto at least a portion of the weld seam through a painting, phosphating or electrocoating process, and providing a shielding gas while melting with the laser beam . placing at least two work pieces of steel into a joint; directing a stream of powder at the joint, the powder consisting of at least one of nickel and iron; melting with a laser beam a portion of each of the work pieces and the powder to produce a weld seam which includes at least one of nickel and iron and is entirely free of silicate islands; and without removing any material from the weld seam through material abrasion or chemical processes, applying a coating onto at least a portion of the weld seam through a painting, phosphating or electrocoating process, and providing a shielding gas while melting with the laser beam .
A method for handling a faired cable that is faired by means of a fairing , said cable being towed by a vessel with a winch on board that allows the faired cable to be wound and unwound through a device for guiding the faired cable, the method comprising: - a first step of monitoring the cable for detecting whether the fairing experiences double twisting around the cable that comprises a submerged full twist and a non-submerged full twist; and - a first step , when a double twist is detected, of hoisting the faired cable , during which step the faired cable is hoisted, with the first hoisting step being implemented so that the submerged full twist at least partially exits the water and does not enter the guide device . - a first step of monitoring the cable for detecting whether the fairing experiences double twisting around the cable that comprises a submerged full twist and a non-submerged full twist; and - a first step , when a double twist is detected, of hoisting the faired cable , during which step the faired cable is hoisted, with the first hoisting step being implemented so that the submerged full twist at least partially exits the water and does not enter the guide device .
Method of surface hardening of a plurality of sintered bodies comprising a hard phase and a binder phase, wherein said method comprises the steps of: placing the bodies in a container and thereby forming a system comprising the container and the bodies therein, causing the bodies to move and collide with each other and with inside walls of the container by vibrating the container at a resonance frequency +/- 0.05 Hz of a mechanical resonance frequency of the system. placing the bodies in a container and thereby forming a system comprising the container and the bodies therein, causing the bodies to move and collide with each other and with inside walls of the container by vibrating the container at a resonance frequency +/- 0.05 Hz of a mechanical resonance frequency of the system.
Thin and flat force-sensing resistor (FSR) device , compatible with a magnetic stimulation coil and configured and intended to be fixed to the active flat surface of a magnetic stimulation coil assembly , for example a transcranial magnetic stimulation (TMS)coil assembly , wherein the functional layers of said FSR device comprise the following stack of layers , successively from its top or skin contact face to its bottom or coil contact face : - a first layer made of biocompatible flexible material intended to be applied to the skin of a patient ; - a second layer comprising a pattern or an area of force sensitive or resistive ink printed onto a plate ; - a third layer comprising adhesive material and forming a peripheral spacer element between the second layer and a fourth layer ; - a fourth layer made of a flexible heat-stable polycarbonate substrate with a printed conductive pattern of a force sensing circuit; - a fifth layer forming an adhesive surface on the bottom face , wherein the printed pattern or area of force sensitive or resistive ink of the second layer is carried by a semi-flexible plate of heat-stable polycarbonate material, with a thickness less than 1 mm, said plate constituting an intermediate pressure distribution layer between the first layer and the second layer , wherein said semi-flexible polycarbonate plate is adhesively stuck, on the one hand, with its face carrying the ink of the second layer and through the peripheral spacer element of the third layer , to the fourth layer and, on the other hand, intimately and continuously to the first layer , and wherein said peripheral spacer element of the centrally hollow third layer defines or delimits an air gap (7") between said second and fourth layers (6 and 8). - a first layer made of biocompatible flexible material intended to be applied to the skin of a patient ; - a second layer comprising a pattern or an area of force sensitive or resistive ink printed onto a plate ; - a third layer comprising adhesive material and forming a peripheral spacer element between the second layer and a fourth layer ; - a fourth layer made of a flexible heat-stable polycarbonate substrate with a printed conductive pattern of a force sensing circuit; - a fifth layer forming an adhesive surface on the bottom face ,