mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for injecting a medicament into ocular tissue, comprising: a housing configured to be coupled to a medicament container , the medicament container configured to be coupled to a needle , wherein the needle is fixedly coupled to a distal end of the housing; an adjustment member slideably disposed about the needle and movable relative to the housing, whereby movement of the adjustment member relative to the housing changes a distance by which a distal end portion of the needle extends from a distal surface of the adjustment member; and an injection assembly disposed within the housing , the injection assembly including an energy storage member and an actuation rod , a distal end portion of the actuation rod configured to be disposed within the medicament container , the energy storage member configured to produce a force between about 2N and about 6N on a proximal end portion of the actuation rod , wherein the actuation rod and the medicament container are collectively configured such that the force produces an injection pressure within the medicament container of between about 100 kPa and about 500 kPa such that the force is sufficient to move the distal end portion of the actuation rod within the medicament container to convey at least a portion of a substance from the medicament container via the needle when a first backpressure is produced on a distal tip of the needle , the force insufficient to move the distal end portion of the actuation rod within the medicament container when a second backpressure higher than the first backpressure is produced on the distal tip of the needle . a housing configured to be coupled to a medicament container , the medicament container configured to be coupled to a needle , wherein the needle is fixedly coupled to a distal end of the housing; an adjustment member slideably disposed about the needle and movable relative to the housing, whereby movement of the adjustment member relative to the housing changes a distance by which a distal end portion of the needle extends from a distal surface of the adjustment member; and an injection assembly disposed within the housing , the injection assembly including an energy storage member and an actuation rod , a distal end portion of the actuation rod configured to be disposed within the medicament container , the energy storage member configured to produce a force between about 2N and about 6N on a proximal end portion of the actuation rod , wherein the actuation rod and the medicament container are collectively configured such that the force produces an injection pressure within the medicament container of between about 100 kPa and about 500 kPa such that the force is sufficient to move the distal end portion of the actuation rod within the medicament container to convey at least a portion of a substance from the medicament container via the needle when a first backpressure is produced on a distal tip of the needle , the force insufficient to move the distal end portion of the actuation rod within the medicament container when a second backpressure higher than the first backpressure is produced on the distal tip of the needle .
A bipolar medical instrument for cutting tissue under the action of high frequency current, wherein the instrument extends along a longitudinal direction from a proximal end to a distal end and wherein an active electrode and a neutral electrode adjacent the active electrode are disposed at the distal end , the neutral electrode having a curved shape with a first and a second curvature and the respective directions of the curvatures being different, characterized in that the neutral electrode has, in a plan view of a plane spanned by the longitudinal direction and a transverse direction viewed along the transverse direction , a W-shape and a distal-sided boundary of the neutral electrode is formed in such a way that between a first and a second region of the neutral electrode , which extend distally furthest, a third region extending distally less far than the first and second regions and forming a proximal-side boundary of the neutral electrode is disposed.
An apparatus for generating a broadband frequency signal (11, f out ), the apparatus comprising: a first controlled oscillator ; a second controlled oscillator ; a common phase locked loop , wherein the first controlled oscillator and the second controlled oscillator are included in the common phase locked loop , and wherein the first controlled oscillator and the second controlled oscillator are controlled based on a voltage signal; a mixer configured to generate the broadband frequency signal (11, f out ) by mixing an output signal (f H ) of the first controlled oscillator and an output signal (f L ) of the second controlled oscillator ; wherein the mixer is included in the common phase-locked loop; wherein the first and second controlled oscillators are configured to cause an opposing frequency change when the voltage signal changes, wherein the output of the mixer is coupled to a feedback path of the common phase locked loop for feeding back the broadband frequency signal (11, f out ) through the common phase locked loop and wherein the voltage signal is generated by the common phase locked loop based on the fed back broadband frequency signal (11, f out ). a first controlled oscillator ; a second controlled oscillator ; a common phase locked loop , wherein the first controlled oscillator and the second controlled oscillator are included in the common phase locked loop , and wherein the first controlled oscillator and the second controlled oscillator are controlled based on a voltage signal; a mixer configured to generate the broadband frequency signal (11, f out ) by mixing an output signal (f H ) of the first controlled oscillator and an output signal (f L ) of the second controlled oscillator ; wherein the mixer is included in the common phase-locked loop; wherein the first and second controlled oscillators are configured to cause an opposing frequency change when the voltage signal changes, wherein the mixer is included in the common phase-locked loop; wherein the first and second controlled oscillators are configured to cause an opposing frequency change when the voltage signal changes,
A passenger seat , comprising: a seat bottom portion supported by a frame and including a cushion and a fabric covering ; a seat back portion supported by the frame and including a cushion and a fabric covering ; and an insulating cover positioned between at least one of the seat bottom cushion and the fabric covering , and the seat back cushion and the fabric covering , the insulating cover comprising at least one layer of aluminum film or ceramic fabric , at least one layer of fire-blocking material , and at least one layer of adhesive ; wherein the insulating cover is flexible so as to conform to and move with the underlying cushion; characterised in that the at least one layer of aluminum film or ceramic fabric is arranged on the at least one layer of fire-blocking material to form an insulating layer, and wherein multiple insulating layers are secured together with the at least one layer of adhesive such that the at least one layer of adhesive is configured to prevent the movement of one insulating layer with respect to another; and wherein the insulating cover is secured to at least one of the seat back and bottom cushion using an adhesive. a seat bottom portion supported by a frame and including a cushion and a fabric covering ; a seat back portion supported by the frame and including a cushion and a fabric covering ; and an insulating cover positioned between at least one of the seat bottom cushion and the fabric covering , and the seat back cushion and the fabric covering , the insulating cover comprising at least one layer of aluminum film or ceramic fabric , at least one layer of fire-blocking material , and at least one layer of adhesive ; wherein the insulating cover is flexible so as to conform to and move with the underlying cushion; characterised in that the at least one layer of aluminum film or ceramic fabric is arranged on the at least one layer of fire-blocking material to form an insulating layer, and wherein multiple insulating layers are secured together with the at least one layer of adhesive such that the at least one layer of adhesive is configured to prevent the movement of one insulating layer with respect to another; and wherein the insulating cover is secured to at least one of the seat back and bottom cushion using an adhesive.
A discharge member with a filter (F), which enables a filtrate to be dripped into a dripping container while filtering a suspension (S 4 ), and enables an excessive portion to be suctioned when a dripped amount is excessive, thereby to allow a fixed amount of a filtrate to be injected into the dripping container , wherein the filter (F) that filtrates the suspension (S 4 ) including fine particles is a composite filter in which a pre-filter (PF) formed of continuous porous foam that is softened at least in a wet state is arranged on a filtration surface side of a membrane filter (MF), and wherein the pre-filter (PF) has an average pore diameter of 130 to 180 μm in a wet state. wherein the filter (F) that filtrates the suspension (S 4 ) including fine particles is a composite filter in which a pre-filter (PF) formed of continuous porous foam that is softened at least in a wet state is arranged on a filtration surface side of a membrane filter (MF), and wherein the pre-filter (PF) has an average pore diameter of 130 to 180 μm in a wet state.
Device for regulating the concentration of glucose in the blood of a person, comprising: - pump means for selectively supplying at least one substance which affects the concentration of glucose in the blood of the person; - injecting means for injecting the substance into the body of the person, such as a cannula or catheter, and - transport means , such as a conduit, tube, hose or the like, which connect the pump means for medium throughflow to the injecting means for the purpose of transporting the substance from the pump means to the injecting means ; characterized in that - the device is configured to flush out the transport means with the substance, and - the device comprises detection means for detecting whether or not the device is in medium throughflow contact with the internal part of the body of the person via the transport means and the injecting means , wherein the device is configured to flush out the transport means only when the detection means detect that there is no medium throughflow contact with the internal part of the body of the person at least prior to use of a new set of transport means. - pump means for selectively supplying at least one substance which affects the concentration of glucose in the blood of the person; - injecting means for injecting the substance into the body of the person, such as a cannula or catheter, and - transport means , such as a conduit, tube, hose or the like, which connect the pump means for medium throughflow to the injecting means for the purpose of transporting the substance from the pump means to the injecting means ; - the device is configured to flush out the transport means with the substance, and - the device comprises detection means for detecting whether or not the device is in medium throughflow contact with the internal part of the body of the person via the transport means and the injecting means , wherein the device is configured to flush out the transport means only when the detection means detect that there is no medium throughflow contact with the internal part of the body of the person at least prior to use of a new set of transport means.
A method for making a gas generant, said method comprising: a) forming an aqueous mixture comprising guanidine nitrate, basic copper nitrate, and from 1% to 30% by weight of a secondary oxidizer, wherein said secondary oxidizer is potassium perchlorate; b) spray drying said aqueous mixture to produce a powder, and; c) pressing said powder to produce a gas generant grain, wherein said grain comprises guanidine nitrate, basic copper nitrate, and from 1% to 30% by weight of a secondary oxidizer, wherein said secondary oxidizer is potassium perchlorate. a) forming an aqueous mixture comprising guanidine nitrate, basic copper nitrate, and from 1% to 30% by weight of a secondary oxidizer, wherein said secondary oxidizer is potassium perchlorate; b) spray drying said aqueous mixture to produce a powder, and; c) pressing said powder to produce a gas generant grain, wherein said grain comprises guanidine nitrate, basic copper nitrate, and from 1% to 30% by weight of a secondary oxidizer, wherein said secondary oxidizer is potassium perchlorate.
A composition comprising: (a) one or more curable cyclobutarene-based polymers or oligomers comprising acid functional pendant groups; (b) one or more aromatic epoxy compounds comprising a mixture of glycidyl ethers of aromatic phenols; (c) one or more aliphatic epoxy compounds; and (d) one or more photoactive compounds.
A method of correcting for eye movement during optical coherence tomography imaging, the method comprising: imaging a fundus of an eye, with an SLO device, to obtain a plurality of SLO fundus images; imaging the fundus of the eye with an OCT optical system to obtain a plurality of tomographic images; determining , with a tracking algorithm executed by a computer, a fundus movement of the eye using the plurality of SLO fundus images, wherein the fundus movement is determined by comparing two SLO fundus images and outputting offset coordinates corresponding to the movement of the fundus and a flag indicating whether the tracking algorithm could detect the fundus movement ; providing the offset coordinates to an OCT light beam control unit to control the position of an OCT scanning beam for obtaining the plurality of tomographic images; determining, by the computer, if the flag indicates that the tracking of the fundus movement fails, the number and positions of tomographic images that have been obtained since the flag indicates that the tracking of the fundus movement fails; and re-imaging the determined number of tomographic images at the determined positions. imaging a fundus of an eye, with an SLO device, to obtain a plurality of SLO fundus images; imaging the fundus of the eye with an OCT optical system to obtain a plurality of tomographic images; determining , with a tracking algorithm executed by a computer, a fundus movement of the eye using the plurality of SLO fundus images, wherein the fundus movement is determined by comparing two SLO fundus images and outputting offset coordinates corresponding to the movement of the fundus and a flag indicating whether the tracking algorithm could detect the fundus movement ; providing the offset coordinates to an OCT light beam control unit to control the position of an OCT scanning beam for obtaining the plurality of tomographic images; determining, by the computer, if the flag indicates that the tracking of the fundus movement fails, the number and positions of tomographic images that have been obtained since the flag indicates that the tracking of the fundus movement fails; and re-imaging the determined number of tomographic images at the determined positions.
A method of refitting vanes (10; 10a) shrouds (14; 14a) of a rotor wheel in an aircraft turbomachine, the rotor wheel comprising a disc bearing vanes (10; 10a) that each comprise a blade (16; 26) extending between a root and a shroud, the shroud of each vane comprising lateral edges comprising shapes complementary to the lateral edges of the shrouds of the adjacent vanes, the lateral edges of the shrouds being interlocked in engagement with one another such that anti-wear coatings of these edges contact each other in a desired interlocking engagement position, and at least one of the lateral edges of at least one of the shrouds being able to be disengaged from the lateral edge of an adjacent shroud in an undesired disengagement position, characterised in that the method comprises, when such an undesired disengagement position is detected, a step of inserting a re-engagement device into the turbomachine, and a step of moving the at least one shroud from this undesired position to the desired interlocking engagement position by bearing on and exerting a force on the vane or each vane whose shroud is disengaged.
A windshield wiper installation system that is configured to be used to install a wiper on a windshield of an aircraft , the windshield wiper installation system comprising: a housing ; an installation control unit contained within the housing ; at least one positioning member secured to the housing , wherein the installation control unit is operatively coupled to the at least one positioning member ; and at least one position-setting member secured to the housing , wherein the installation control unit is operatively coupled to the at least one position-setting member , wherein the at least one positioning member is configured to move the wiper to one or more desired positions on the windshield , and wherein the at least one position-setting member is configured to set the one or more desired positions when the wiper is at the one or more desired positions. a housing ; an installation control unit contained within the housing ; at least one positioning member secured to the housing , wherein the installation control unit is operatively coupled to the at least one positioning member ; and at least one position-setting member secured to the housing , wherein the installation control unit is operatively coupled to the at least one position-setting member , wherein the at least one positioning member is configured to move the wiper to one or more desired positions on the windshield , and wherein the at least one position-setting member is configured to set the one or more desired positions when the wiper is at the one or more desired positions.
A dose in the range 100mg to 500mg of a compound of formula (I): an enantiomer thereof or a pharmaceutically acceptable salt of any one of the same for use in the treatment of biliary duct cancer.
An apparatus for forming a cosmetic product, in particular a lipstick mine, consisting of at least two pasty masses (a, b), the apparatus comprising: a flexible mold ; a flexible core adapted to be moved into the flexible mold and to be arranged in a first position at least partially inside the flexible mold and to be arranged in a second position outside the flexible mold , wherein the flexible core is hollow; and a rigid mandrel adapted to be moved at least partially into the flexible core . a flexible mold ; a flexible core adapted to be moved into the flexible mold and to be arranged in a first position at least partially inside the flexible mold and to be arranged in a second position outside the flexible mold , wherein the flexible core is hollow; and a rigid mandrel adapted to be moved at least partially into the flexible core .
Drain arrangement for a drain surface comprising a drainage element with a drainage opening extending around a central axis (M) and having at least one fastening opening , which drainage element can be arranged on the underside of the drain surface , at least one retaining element , which can be arranged on the upper side of the drain surface , and at least one fastening element which is passed through the retaining element and is mounted on the retaining element and engages in the at least one fastening opening on the drainage element , wherein, a cover element can be connected to the retaining element via a substantially inseparable connection, wherein the cover element covering the at least one fastening element in the connected state, wherein the cover element is held on the retaining element by means of at least one latching connection , characterized in that the latching connection comprises a latching lug and a latching recess corresponding to the latching lug , wherein the latching lug is integrally formed on the cover element and wherein the retaining element comprises the latching recess ; or wherein the latching lug is integrally formed on the retaining element and wherein the cover element comprises the latching recess , and in that the latching lug or the latching recess on the cover element is arranged on the underside oriented towards the retaining element in such a way that the latching tab or the latching recess is not visible from above.
A secured communication method of a V2X communication device, comprising: receiving (S9010), from a first V2X communication device, a message based on V2X communication; extracting (S9020), adaptive certificate pre-distribution, ACPD, target information based on the message including the ACPD target information, wherein the ACPD target information comprises a short-term certificate, time information indicating a generation time of the ACPD target information, effective time information of the short-term certificate, predicted location information where the short-term certificate is to be used, and predicted time information when the short-term certificate is to be used; pre-authenticating (S9030) the short-term certificate, based on the ACPD target information; and transmitting (S9040), to a second V2X communication device having a communication range covering the predicted location based on the predicted location information, the pre-authenticated short-term certificate so that the pre-authenticated short-term certificate is broadcasted at the predicted location. receiving (S9010), from a first V2X communication device, a message based on V2X communication; extracting (S9020), adaptive certificate pre-distribution, ACPD, target information based on the message including the ACPD target information, wherein the ACPD target information comprises a short-term certificate, time information indicating a generation time of the ACPD target information, effective time information of the short-term certificate, predicted location information where the short-term certificate is to be used, and predicted time information when the short-term certificate is to be used; pre-authenticating (S9030) the short-term certificate, based on the ACPD target information; and transmitting (S9040), to a second V2X communication device having a communication range covering the predicted location based on the predicted location information, the pre-authenticated short-term certificate so that the pre-authenticated short-term certificate is broadcasted at the predicted location.
A method comprising: installing, by a host computing device , a universal serial bus, USB, data routing module on the host computing system; receiving, by the USB data routing module installed on the host computing device, a USB data message from an attached computing device communicatively coupled to the host computing device at a first USB interface ; and routing, by the USB data routing module installed on the host computing device, the USB data message received from the attached computing device at the first USB interface to a peripheral device communicatively coupled to the host computing device at a second USB interface characterized in that : the USB data message routed from the first USB interface to the second USB interface is in the same format and is unchanged. installing, by a host computing device , a universal serial bus, USB, data routing module on the host computing system; receiving, by the USB data routing module installed on the host computing device, a USB data message from an attached computing device communicatively coupled to the host computing device at a first USB interface ; and routing, by the USB data routing module installed on the host computing device, the USB data message received from the attached computing device at the first USB interface to a peripheral device communicatively coupled to the host computing device at a second USB interface characterized in that : the USB data message routed from the first USB interface to the second USB interface is in the same format and is unchanged.