mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument set comprising at least: - one storage tube having a service opening, - one sealing member configured to seal the service opening, - several surgical instruments intended for a temporary use, and - one support including several fastening elements configured to fasten the surgical instruments to the support in a detachable manner, the support and the surgical instruments forming a subset (10.12) when the surgical instruments are fastened to the support; the storage tube being configured to house the subset (10.12), so as to store the subset (10.12) in the sterile state when the sealing member seals the service opening, and the subset (10.12) being shaped to be extracted from the storage tube through the service opening; characterized by the support comprising a handle suitable to be manipulated by an operator, the handle having an attachment portion configured to selectively attach one of the surgical instruments in a detachable manner, fastening elements being formed by longitudinal grooves formed on the outer surface of the handle, each longitudinal groove being suitable to house a portion of a respective surgical instrument so as to fasten said surgical instrument by elastic snapfit. - one storage tube having a service opening, - one sealing member configured to seal the service opening, - several surgical instruments intended for a temporary use, and - one support including several fastening elements configured to fasten the surgical instruments to the support in a detachable manner, the support and the surgical instruments forming a subset (10.12) when the surgical instruments are fastened to the support;
A sealing device for repairing perforation of maxillary sinus mucosa, wherein: the sealing device is a bag-like structure, comprises a bag mouth and a bag body, and consist of an absorbable bio-collagen membrane having a rough surface on one side and a smooth surface on the other side, wherein the bag mouth is a stitching portion, an inner wall of the bag body forms the rough surface, and an outer wall of the bag body forms the smooth surface.
Mother solution devoid of oil of petroleum origin comprising at least one oil of vegetable and/or animal origin, from 20% to 50% by weight of a polymer which is a crosslinkable copolymer of monovinylaromatic hydrocarbon and of conjugated diene having an average molecular weight M w, measured by GPC chromatography with a polystyrene standard according to Standard ASTM D3536, of between 50 000 and 500 000 daltons, with respect to the weight of the mother solution, with or without at least one crosslinking agent, the said oil of vegetable and/or animal origin being acidic, the acid number, measured according to Standard NF EN ISO 660, being between 50 and 300 mg KOH/g, and comprising at least 50% by weight of fatty acids in the free form, with respect to the weight of oil of vegetable and/or animal origin.
A spray nozzle body (4A - 4E) comprising: a fluid inlet (20, 306), a fluid orifice (308, 364A, 364B), a first valve (30, 362A), a second valve (32, 362B), a first path (22, 148A, 366A), and a second path (24, 148B, 366B); wherein the fluid inlet (20, 306) is connected to the fluid orifice (308, 364A, 364B); the fluid orifice is coupled to the first path (22, 148A, 366A) through the first valve (30, 362A); and the fluid orifice is also coupled to the second path (24, 148B, 366B) through the second valve (32, 362B) characterized in that the spray nozzle body (4A - 4E) further including a first actuator (362, 160A) and a second actuator (362, 160B); and wherein the first actuator (362, 160A) contacts the first valve (30, 362A) to move the first valve (30, 362A) under a first pulse control (3, 7), and the second actuator (362, 160B) contacts the second valve (32, 362B) to move the second valve (32, 362B) under a second pulse control, wherein the fluid orifice located between the first valve (30, 362A) and the second valve (32, 362B); and the first valve (30, 362A), the second valve (32, 362B) and the fluid orifice comprise a first nozzle segment forming a tubular device, wherein the first valve (30, 362A) and the second valve (32, 362B) are capped by the first actuator (362, 160A) and the second actuator (362, 160B), respectively.
A method of determining the risk of recurrence of prostate cancer in a subject, comprising analyzing a prostatectomy sample from a subject to determine RNA levels of biomarkers BTG2, CDC37L1, COL15A1, COL3A1, EIF2D, FDPS, HIST1H1C, HIST1H2BG, IFT57, IGFBP3, ITPR1, LBH, LOC284801, MARCH5, MED4, MEMO1, MXI1, PTN, RPL23AP53, SACM1L, SIRT1, SNORA20, SRSF3, and SYNM in the sample, and comparing the levels of all of the biomarkers in the sample to prostate cancer-positive and/or prostate cancer-negative reference levels of the biomarkers, wherein levels of the biomarkers in the sample matching the prostate cancer-positive reference levels, or being differentially present compared to the prostate cancer-negative reference levels, are indicative of the subject being predisposed to recurrence of prostate cancer, and wherein levels of the biomarkers in the sample matching the prostate cancer-negative reference levels, or being differentially present compared to the cancer-positive reference levels, are indicative of the subject not being predisposed to recurrence of prostate cancer.
Friction clutch device comprising a clutch control member and a clutch spring suitable for coupling by friction a first wheel to a second wheel so that they can pivot together about an axis A, one of the first and second wheels (4, 5) being a drive wheel and the other being a driven wheel, which are intended for a timepiece, wherein the clutch spring comprises a hub mounted to rotate freely about the axis A, and an assembly of moving parts respectively connected to the hub by elastic elements, each of said moving parts comprising a clutch element intended to bear against the second wheel and being mounted to pivot in a radial plane perpendicular to the axis A on the first wheel in order to be able to switch between an engaged position, in which its clutch element is kept pressed against the second wheel under the effect of its elastic element, and a disengaged position, in which its clutch element is not in contact with the second wheel, each of said moving parts being arranged so that the assembly of said moving parts substantially defines the perimeter of said clutch spring, and wherein the clutch control member comprises a radial bearing element arranged to come to bear radially against at least one of the moving parts of the clutch spring in order to switch said moving part from its engaged position to its disengaged position, causing the rotation of the hub causing, in turn, the switching of the other moving parts to their disengaged position in order to decouple the second wheel from the first wheel.
A method of forming a thin-film by feeding electricity to a raw material gas containing components for forming the thin-film to be intended in a reduced pressure container to plasmanize the raw material gas and to feed the raw material gas to an object to be processed, including a step of converging a flux of the plasma to a desired area of the object by controlling a magnetic field with a magnetic field generation means, characterized in that the magnetic field generation means includes the object at least partially magnetized.
A welding-type system, comprising: a power supply configured to preheat an electrode wire; and a controller configured to: receive a plurality of power values corresponding to a power output of the power supply; characterised in that the controller is configured to calculate an arc power value corresponding to an arc condition at the preheated electrode wire based on a rate of change of the plurality of power values; determine a target power output value based on the calculated arc power value; adjust the power output based on the determined target power value; determine a change in enthalpy values associated with the electrode wire; and adjust the power output based in part on a comparison of a measured change in enthalpy values with a stored change in enthalpy values associated with an arc condition. a power supply configured to preheat an electrode wire; and a controller configured to: receive a plurality of power values corresponding to a power output of the power supply; characterised in that the controller is configured to calculate an arc power value corresponding to an arc condition at the preheated electrode wire based on a rate of change of the plurality of power values; determine a target power output value based on the calculated arc power value; adjust the power output based on the determined target power value; determine a change in enthalpy values associated with the electrode wire; and adjust the power output based in part on a comparison of a measured change in enthalpy values with a stored change in enthalpy values associated with an arc condition. receive a plurality of power values corresponding to a power output of the power supply; characterised in that the controller is configured to calculate an arc power value corresponding to an arc condition at the preheated electrode wire based on a rate of change of the plurality of power values; determine a target power output value based on the calculated arc power value; adjust the power output based on the determined target power value; determine a change in enthalpy values associated with the electrode wire; and adjust the power output based in part on a comparison of a measured change in enthalpy values with a stored change in enthalpy values associated with an arc condition.
A method for controlling data transmission, wherein the method comprises: sending, by an access point, AP, beacon frame, wherein a sending period of the beacon frame is divided into at least one scheduling period, wherein the beacon frame carries indication information for indicating the scheduling period, and the indication information is used to indicate a station needs to transmit data within a period of the beacon frame; performing, by the AP, a data transmission operation within the scheduling period, wherein the indication information includes: the length of the scheduling period and an indication that the station is forbidden to transmit data before the beginning of the period, the beacon further includes: a traffic indication map, TIM, and the TIM includes information for indicating whether data needs to be transmitted for the station, characterized in that the TIM further includes an indication information in the TIM for indicating the number of stations that need to transmit data. sending, by an access point, AP, beacon frame, wherein a sending period of the beacon frame is divided into at least one scheduling period, wherein the beacon frame carries indication information for indicating the scheduling period, and the indication information is used to indicate a station needs to transmit data within a period of the beacon frame; performing, by the AP, a data transmission operation within the scheduling period, wherein the indication information includes: the length of the scheduling period and an indication that the station is forbidden to transmit data before the beginning of the period, the beacon further includes: a traffic indication map, TIM, and the TIM includes information for indicating whether data needs to be transmitted for the station, characterized in that the TIM further includes an indication information in the TIM for indicating the number of stations that need to transmit data.
A lighting device comprising: a shell including a top board; a bottom cover set around with many heat-dissipating holes and a container forming a containing space; a light module comprising an aluminum base, a radiator which is on said aluminum base, LED lights and a lamp mask; wherein screw holes are provided on a surface of said aluminum base; a circuit board setting at the bottom of said aluminum base; the LED lights setting under said circuit board; the lamp mask being fixed on said circuit board through screws and covering said LED lights; the top board has several heat-dissipating holes which allow the air in; penetrating holes and fitting holes are set at a bottom of said bottom cover; the penetrating holes improving the heat-dissipation by allowing air convection between the bottom cover and the top board; screw holes are set around said fitting holes, wherein said screw holes corresponding to said screw holes on said surface of said aluminum base to fix the light module by screws with the bottom cover; the area of said aluminum base is bigger than the area of said fitting holes; said aluminum base leaning against the bottom of said bottom cover; said radiator setting in said container of said bottom cover through said fitting holes. a shell including a top board; a bottom cover set around with many heat-dissipating holes and a container forming a containing space; a light module comprising an aluminum base, a radiator which is on said aluminum base, LED lights and a lamp mask; wherein screw holes are provided on a surface of said aluminum base; a circuit board setting at the bottom of said aluminum base; the LED lights setting under said circuit board; the lamp mask being fixed on said circuit board through screws and covering said LED lights; the top board has several heat-dissipating holes which allow the air in; penetrating holes and fitting holes are set at a bottom of said bottom cover; the penetrating holes improving the heat-dissipation by allowing air convection between the bottom cover and the top board; screw holes are set around said fitting holes, wherein said screw holes corresponding to said screw holes on said surface of said aluminum base to fix the light module by screws with the bottom cover; the area of said aluminum base is bigger than the area of said fitting holes; said aluminum base leaning against the bottom of said bottom cover; said radiator setting in said container of said bottom cover through said fitting holes.
Lateral spacer assembly for drawers, said lateral spacer assembly comprising a lateral spacer couplable to a wall of a piece of furniture to which the drawer belongs and to a linear translation guide for the drawer, the spacer assembly comprising said linear translation guide for the drawer, the guide comprising a first and second part (20, 22) which are movable relative to each other, the first part being connected to the spacer, while the second part being connected to the bottom and/or to the frame of the drawer, the first part comprising a cantilevered flap, vertical in use, with which to fasten it to the spacer, wherein the spacer consists or comprises a hollow tubular shell which extends along a longitudinal axis parallel to the translation axis of the drawer, has a constant, closed cross-section on each plane orthogonal to the axis and is in one piece, characterized in that a side wall of the shell ends up facing the guide and opposite to the wall, said side wall comprising an indentation or recess or pocket delimited by the side wall and by a wall which extends cantilevered projecting from the outer surface of the shell and is substantially flat and substantially parallel to the side wall. to a wall of a piece of furniture to which the drawer belongs and to a linear translation guide for the drawer, the spacer assembly comprising said linear translation guide for the drawer, the guide comprising a first and second part (20, 22) which are movable relative to each other, the first part being connected to the spacer, while the second part being connected to the bottom and/or to the frame of the drawer, the first part comprising a cantilevered flap, vertical in use, with which to fasten it to the spacer, a first and second part (20, 22) which are movable relative to each other, the first part being connected to the spacer, while the second part being connected to the bottom and/or to the frame of the drawer, the first part comprising a cantilevered flap, vertical in use, with which to fasten it to the spacer, wherein the spacer consists or comprises a hollow tubular shell which extends along a longitudinal axis parallel to the translation axis of the drawer, has a constant, closed cross-section on each plane orthogonal to the axis and is in one piece, extends along a longitudinal axis parallel to the translation axis of the drawer, has a constant, closed cross-section on each plane orthogonal to the axis and is in one piece, characterized in that a side wall of the shell ends up facing the guide and opposite to the wall, said side wall comprising an indentation or recess or pocket delimited by the side wall and by a wall which extends cantilevered projecting from the outer surface of the shell and is substantially flat and substantially parallel to the side wall.
An auto-injector comprising: a first sub-assembly comprising: a chamber for holding a fluid, said chamber comprising an exit aperture and an inner surface; and a transfer assembly movably disposed within the chamber and having an outer surface substantially in contact with the inner surface about its perimeter, said transfer assembly being adapted to transfer fluid into the chamber when the transfer assembly is moved within the chamber; wherein the transfer assembly is adapted to receive a fluid container and transfer fluid from the container into the chamber when the transfer assembly is moved with respect to the chamber; wherein the transfer assembly comprises a hollow fluid transfer needle adapted to engage the fluid container to form a fluid pathway from the container into the chamber through the hollow needle; characterised in that: the transfer assembly further comprises a stopper for blocking fluid movement out of the transfer assembly; and wherein the fluid transfer needle is adapted to pierce the stopper to deliver fluid through the stopper into the chamber. a first sub-assembly comprising: a chamber for holding a fluid, said chamber comprising an exit aperture and an inner surface; and a chamber for holding a fluid, said chamber comprising an exit aperture and an inner surface; and a transfer assembly movably disposed within the chamber and having an outer surface substantially in contact with the inner surface about its perimeter, said transfer assembly being adapted to transfer fluid into the chamber when the transfer assembly is moved within the chamber; wherein the transfer assembly is adapted to receive a fluid container and transfer fluid from the container into the chamber when the transfer assembly is moved with respect to the chamber; wherein the transfer assembly comprises a hollow fluid transfer needle adapted to engage the fluid container to form a fluid pathway from the container into the chamber through the hollow needle; characterised in that: the transfer assembly further comprises a stopper for blocking fluid movement out of the transfer assembly; and wherein the fluid transfer needle is adapted to pierce the stopper to deliver fluid through the stopper into the chamber. the transfer assembly further comprises a stopper for blocking fluid movement out of the transfer assembly; and wherein the fluid transfer needle is adapted to pierce the stopper to deliver fluid through the stopper into the chamber.
An array transmit and receive module, comprising a first printed circuit board, PCB, one or more first substrate layers (202 1) having a first plurality of array elements (106; 232); one or more second substrate layers (202 12) having a second plurality of array elements; a third substrate layer (202 2-11); and an integrated circuit on the third substrate layer, the integrated circuit is configured to exchange one or more radio frequency, RF, signals with the first and second pluralities of array elements; a connector module configured to exchange one or more further signals between the integrated circuit and a host module, the one or more further signals corresponding to the one or more RF signals; wherein the first and second substrate layers are separated by approximately a half wavelength, λ/2, corresponding to the one or more RF signals, and wherein the first, second and third substrate layers are integrated within the first printed circuit board using multi-layer substrate technologies.
A target object movement estimating device, comprising: a target object relative location acquisition module carried in a movable body and arranged to acquire, based on a radar echo, a target object relative location (Trx, Try) that is a relative location of a target object with respect to a location of the device; a stationary point reference target object location acquisition module arranged to receive device location information from a GNSS navigation instrument, and to determine a stationary point reference target object location (Tax, Tay) that is a location of the target object with respect to a stationary point, based on the target object relative location and the location of the device; and a filtering module arranged to receive the stationary point reference target object location (Tax, Tay) and to estimate movement information on the target object based on the stationary point reference target object location, wherein the target object relative location (Trx, Try) is inputted into the filtering module instead of the stationary point reference target object location (Tax, Tay) when the device location information acquired from the GNSS navigation instrument moves north beyond a northern boundary line or south beyond a southern boundary line. a target object relative location acquisition module carried in a movable body and arranged to acquire, based on a radar echo, a target object relative location (Trx, Try) that is a relative location of a target object with respect to a location of the device; a stationary point reference target object location acquisition module arranged to receive device location information from a GNSS navigation instrument, and to determine a stationary point reference target object location (Tax, Tay) that is a location of the target object with respect to a stationary point, based on the target object relative location and the location of the device; and a filtering module arranged to receive the stationary point reference target object location (Tax, Tay) and to estimate movement information on the target object based on the stationary point reference target object location, wherein the target object relative location (Trx, Try) is inputted into the filtering module instead of the stationary point reference target object location (Tax, Tay) when the device location information acquired from the GNSS navigation instrument moves north beyond a northern boundary line or south beyond a southern boundary line.