mhurhangee/ep-ind-claims huggingface dataset:
A blister package for a contact lens, the blister package comprising: a contact lens; a body, the body having a body top surface and comprising a handle and a well connected to the handle, the well having a perimeter and an inner sidewall defining a bottom surface; a flexible top contacting the body top surface around the perimeter of, and closing, the well, the flexible top having an inner surface and a peel tab and being peelable away from the body to open the well; and characterised by a lens cradle attached to the inner surface of the flexible top, comprising a lens support bowl, and having an opening along a side thereof between an edge of the lens support bowl and the inner surface of the flexible top, wherein the lens support bowl is shaped and sized to fit within the well, is disposed between the body and the flexible top, and has an inner bowl surface, wherein a cradle volume is defined between the inner bowl surface and the inner surface of the flexible top and accommodates a portion of the contact lens, and the lens cradle and flexible top are configured such that, by pulling the flexible top away from the body top surface, the lens cradle is lifted away from the bottom surface of the well. a contact lens; a body, the body having a body top surface and comprising a handle and a well connected to the handle, the well having a perimeter and an inner sidewall defining a bottom surface; a flexible top contacting the body top surface around the perimeter of, and closing, the well, the flexible top having an inner surface and a peel tab and being peelable away from the body to open the well; and characterised by a lens cradle attached to the inner surface of the flexible top, comprising a lens support bowl, and having an opening along a side thereof between an edge of the lens support bowl and the inner surface of the flexible top, wherein the lens support bowl is shaped and sized to fit within the well, is disposed between the body and the flexible top, and has an inner bowl surface, wherein a cradle volume is defined between the inner bowl surface and the inner surface of the flexible top and accommodates a portion of the contact lens, and the lens cradle and flexible top are configured such that, by pulling the flexible top away from the body top surface, the lens cradle is lifted away from the bottom surface of the well.
A method of maintaining ovaries of marine fish, the method comprising removing ovaries from marine fish, wherein said ovaries contain oocytes, and fragmenting the ovaries, and culturing the fragmented ovaries in a culture solution, wherein a pH of the culture solution is adjusted to within a range from +0.3 to -0.3 relative to a pH of ovarian cavity fluid of the fish from which the ovaries have been removed, and the ovaries are fragmented and undergo microplate distribution treatment immediately after removing ovaries from marine fish.
A nucleic acid comprising an iduronate-2-sulfatase gene sequence and a repeat of the gene sequence of the receptor-binding domain of human Apolipoprotein E.
Self-propelled vehicle configured to carry out maintenance on a ground or floor, in particular self-driving robot lawnmower, comprising: - a plurality of wheels or rollers, configured to allow the movement of the self-propelled vehicle on said ground or floor, - a motor coupled to at least one wheel or one roller of said plurality of wheels or rollers so as to make said wheel a drive wheel or said roller a driving roller, - at least one electromagnetic signal receiving element (12', 12") configured to receive, in use, a driving signal of the electromagnetic type, transmitted through a wire delimiting an area of said ground or floor, - a receiver stage, operatively connected with said at least one electromagnetic signal receiving element (12', 12"), - a data processing unit operationally, optionally electrically, connected to the electromagnetic signal receiving element (12', 12"), and configured to electronically process the driving signal received by means of said at least one electromagnetic signal receiving element (12', 12") in order to determine a positional relationship between said wire and the self-propelled vehicle, characterised in that said data processing unit is configured to control a cycle of activation and deactivation of said receiver stage, the control of said cycle of activation and deactivation presupposing, in accordance with a predetermined activation and/or deactivation criterion, that said receiver stage is activated at least once, within said cycle, for a predetermined time interval (Ton) of activation, and that said receiver stage is deactivated at least once, within said cycle, for a predetermined time interval (Toff) of deactivation, in order to allow the reception and/or the electronic processing of the driving signal in the predetermined time interval (Ton) of activation only. - a plurality of wheels or rollers, configured to allow the movement of the self-propelled vehicle on said ground or floor, - a motor coupled to at least one wheel or one roller of said plurality of wheels or rollers so as to make said wheel a drive wheel or said roller a driving roller, - at least one electromagnetic signal receiving element (12', 12") configured to receive, in use, a driving signal of the electromagnetic type, transmitted through a wire delimiting an area of said ground or floor, - a receiver stage, operatively connected with said at least one electromagnetic signal receiving element (12', 12"), - a data processing unit operationally, optionally electrically, connected to the electromagnetic signal receiving element (12', 12"), and configured to electronically process the driving signal received by means of said at least one electromagnetic signal receiving element (12', 12") in order to determine a positional relationship between said wire and the self-propelled vehicle,
A fibromodulin (FMOD) peptide (FMOD-P) comprising at least one transforming growth factor-beta (TGF-β) binding site; and wherein the FMOD-P consists of an amino acid sequence selected from the group consisting of SEQ ID NOs: 13-63.
Projectile weaving loom with an electromagnetic weft yarn insertion device of the type wherein projectiles are launched into the shed through the electromagnetic force caused by a plurality of adjacent coils aligned along a projectile trajectory and sequentially activated during projectile movement, characterised in that said coils are activated in groups of consecutive coils and in that the position of the group of activated consecutive coils is sequentially moved forward by a single coil at a time in agreement with the projectile position.
A method of automatic determination of a rotational speed of a shaft in a system powered by a reciprocating engine, using a data acquisition and measurement processes and a computer device for acquiring and processing the data, wherein the step of acquiring an operational data of the rotational shaft is performed in a Data Acquisition Unit and the step of measuring data comprises the measurement of a vibration signal x[n], n=1,2,...,N, where N is the length of the acquired signal, of the rotational shaft performed by a vibration sensor, positioning on the journal bearing, characterized in that the method further comprises the steps of: - deriving filtered vibration signal samples x F [n] of the measured vibration signal x[n], - obtaining analytic signal x A [n] of the filtered vibration signal samples x F [n], - deriving an instantaneous angle signal x iA [n] of the analytic signal x A [n], - calculating an instantaneous frequency signal x iF [n] as the sample derivative of the instantaneous angle signal x iA [n] of the analytic signal x A [n], - creating an impulses samples vector M[m] from the time domain plot of the instantaneous frequency signal xi F [n], which vector represents the torsional oscillations of the shaft caused by abrupt combustion process of the reciprocating engine, - determination of the shaft speed vector S[m] from the formulae: S m = 2 ⋅ f s diff M m where: f s is the sampling frequency of the system, M is the impulses sample vector of length m, m = 1, 2,..., K where K is the total number of impulse sample, diff is a vector of the differences between adjacent samples of impulses samples vector M - deriving filtered vibration signal samples x F [n] of the measured vibration signal x[n], - obtaining analytic signal x A [n] of the filtered vibration signal samples x F [n], - deriving an instantaneous angle signal x iA [n] of the analytic signal x A [n], - calculating an instantaneous frequency signal x iF [n] as the sample derivative of the instantaneous angle signal x iA [n] of the analytic signal x A [n], - creating an impulses samples vector M[m] from the time domain plot of the instantaneous frequency signal xi F [n], which vector represents the torsional oscillations of the shaft caused by abrupt combustion process of the reciprocating engine, - determination of the shaft speed vector S[m] from the formulae: S m = 2 ⋅ f s diff M m where: f s is the sampling frequency of the system, M is the impulses sample vector of length m, m = 1, 2,..., K where K is the total number of impulse sample, diff is a vector of the differences between adjacent samples of impulses samples vector M f s is the sampling frequency of the system, M is the impulses sample vector of length m, m = 1, 2,..., K where K is the total number of impulse sample, diff is a vector of the differences between adjacent samples of impulses samples vector M
Wound closure device comprising a device body and a monomeric antihypertensive agent, characterized in that the antihypertensive agent is included in a biodegradable coating of the device body and that the antihypertensive agent is selected from the group consisting of captopril, zofenopril, lisinopril, benazepril, cilazapril, moexipril, perindopril, quinapril, ramipril, spirapril, trandolapril, alacepril, desacetyl-alacepril, delapril, imidapril, rentiapril, temocapril, ceronapril, enalapril, moveltipril, pivalopril, despivaloyl-pivalopril, fosinopril, salts thereof and mixtures thereof and that the device body is designed as a textile mesh and the device is a surgical mesh.
A method for transmission of uplink control information, comprising: selecting, by a terminal, from at least one set of Physical Uplink Shared Channel, PUSCH, configuration parameters, a corresponding first PUSCH configuration parameter, according to at least one of a type of PUSCH or a type of uplink control information, wherein the at least one set of PUSCH configuration parameters comprises a set of scaling parameters corresponding to at least one of: different types of PUSCHs, or, different types of uplink control information, and each of the scaling parameters is configured to limit, when it is used by the terminal, a maximum number of Resource Elements, REs, assigned to a respective uplink control information on PUSCH; and transmitting, by the terminal, the uplink control information, based on the first PUSCH configuration parameter. selecting, by a terminal, from at least one set of Physical Uplink Shared Channel, PUSCH, configuration parameters, a corresponding first PUSCH configuration parameter, according to at least one of a type of PUSCH or a type of uplink control information, wherein the at least one set of PUSCH configuration parameters comprises a set of scaling parameters corresponding to at least one of: different types of PUSCHs, or, different types of uplink control information, and each of the scaling parameters is configured to limit, when it is used by the terminal, a maximum number of Resource Elements, REs, assigned to a respective uplink control information on PUSCH; and transmitting, by the terminal, the uplink control information, based on the first PUSCH configuration parameter.
Side tarpaulin tensioner comprising a base body with two parallel side cheeks, a tensioning bracket designed as a single-arm lever, which is pivotably mounted about a first pivot axis extending between the side cheeks of the base body orthogonally thereto, as well as a hook part for engaging behind a stationary holding element serving as an abutment with respect to the tarpaulin to be tensioned, which holding element is pivotably mounted about a second pivot axis extending between the side cheeks parallel to the first pivot axis, wherein at least one first latching element is arranged on the tensioning bracket, which can be latched with a second latching element arranged on the base body for securing against automatic opening in the closed position of the tensioning bracket, characterised in that at least one first latching element is formed by a pivotably mounted angle piece, which is pretensioned in the closing direction via a spring element, wherein two angle pieces are arranged, which are connected to one another via a transverse bracket, which forms an actuating section, via which the angle pieces are pivotable.
Actuating cylinder for a rail brake, in particular a magnetic rail brake, comprising a cylinder housing, a piston guided in the cylinder housing and a piston rod connected to the piston, wherein the piston rod is formed hollow and has an interior space, wherein a traction means is arranged in the interior space of the piston rod such that it is movably guided in an axial direction of the piston rod, wherein the traction means, at a first end arranged in the interior space, has a holding section which is configured to prevent the traction means from sliding out of the piston rod, wherein the traction means, at a second end protruding from the interior space, has a connection section suitable for connection to a rail brake, and wherein the connection section can be moved, in particular deflected, relative to the holding section, characterized in that the traction means comprises a flexible traction cable, wherein the holding section is arranged at an upper end of the traction cable and the connection section is arranged at a lower end of the traction cable, or in that the traction means comprises a rigid and/or inflexible rod, wherein the traction means has a universal joint or a ball joint, via which the connection section is connected to the rod in a deflectable manner relative to the rod.
A ceiling-embedded air conditioner including: a box-type body unit including a blower and a heat exchanger inside and adapted to be disposed in an attic of an air-conditioning room; and a decorative panel mounted on a bottom surface of the body unit along a ceiling surface of the air-conditioning room, the decorative panel including an air suction part and an air blowing part, wherein the air blowing part includes a rotating unit that rotates around an axis that is normal to a virtual plane on a rear surface side of the decorative panel parallel to a bottom surface of the body unit to blow air from the blower in a predetermined direction, and the rotating unit includes a rotating ring, driven by a motor, attached thereto, the decorative panel includes a partitioning plate unit disposed on a rear surface thereof, characterized in that the partitioning plate includes a circular opening in which the rotating ring is fitted, the rotating ring includes an outer flange formed on an outer peripheral side of the rotating ring, and an inner flange is formed on an inner peripheral side of the opening, the outer flange and the inner flange constitute a thrust bearing, and a sealing material is provided between the inner flange and the outer flange. a box-type body unit including a blower and a heat exchanger inside and adapted to be disposed in an attic of an air-conditioning room; and a decorative panel mounted on a bottom surface of the body unit along a ceiling surface of the air-conditioning room, the decorative panel including an air suction part and an air blowing part, wherein the air blowing part includes a rotating unit that rotates around an axis that is normal to a virtual plane on a rear surface side of the decorative panel parallel to a bottom surface of the body unit to blow air from the blower in a predetermined direction, and the rotating unit includes a rotating ring, driven by a motor, attached thereto, the decorative panel includes a partitioning plate unit disposed on a rear surface thereof, characterized in that the partitioning plate includes a circular opening in which the rotating ring is fitted, the rotating ring includes an outer flange formed on an outer peripheral side of the rotating ring, and an inner flange is formed on an inner peripheral side of the opening, the outer flange and the inner flange constitute a thrust bearing, and a sealing material is provided between the inner flange and the outer flange.
A device for removing material from the oral cavity of a patient during a procedure whilst propping the patient's jaws open in a manner that facilitates said procedure, the device not including a throat dam and being suitable for use at the left side and at the right side of the oral cavity so that it is not necessary to provide different left and right versions of the device, the device comprising: a) a bite block shaped to be held between upper and lower jaws of the patient at one side of the oral activity in a manner that provides a dental practitioner with access to teeth and/or gums at the opposite side of the oral cavity, without being substantially impeded by the device; b) an oral evacuation tube, through which material passes when it is sucked out of the oral cavity, the tube being sufficiently elongate so that a part of it can be located outside of the oral cavity in a manner so that it can be operably connected to a suction device when the bite block is in use; and c) a cheek protector shaped to protect an inner cheek area at the same side of the oral cavity as the bite block; wherein the bite block, evacuation tube and cheek protector are integral, non-releasable parts of the device, wherein the device has a bore through which said material passes during removal, the bore passing through the bite block and the evacuation tube and the bite block having an aperture that leads to said bore and wherein, when the bite block is in use, the only extra-oral part of the device is an extra-oral part of the evacuation tube. a) a bite block shaped to be held between upper and lower jaws of the patient at one side of the oral activity in a manner that provides a dental practitioner with access to teeth and/or gums at the opposite side of the oral cavity, without being substantially impeded by the device; b) an oral evacuation tube, through which material passes when it is sucked out of the oral cavity, the tube being sufficiently elongate so that a part of it can be located outside of the oral cavity in a manner so that it can be operably connected to a suction device when the bite block is in use; and c) a cheek protector shaped to protect an inner cheek area at the same side of the oral cavity as the bite block;
A method for producing a lactose reduced milk product, said method comprising feeding milk through a microfiltration device to obtain a MF permeate and a MF retentate, feeding said MF permeate through an ultrafiltration device to obtain an UF permeate and an UF retentate, feeding said UF retentate through a nanofiltration device to obtain a NF permeate and a NF retentate, combining said NF permeate with said MF retentate into said lactose reduced milk product, and hydrolyzing said lactose reduced milk product to further reduce lactose content of said lactose reduced milk product.
Downhole gauge assembly comprising a gauge housing with a receiving aperture having an inner sealing surface, a gauge arranged in or in association to the gauge housing, a metal cable with an inner bore, the metal cable running from a downhole location of a subsurface well up to the top of the subsurface well, an electrical or optical conductor (9a, 9b) running through the bore of the metal cable, wherein the electrical or optical conductor (9a, 9b) is connected to the gauge through an electrical or optical connector, and wherein the electrical or optical connector is arranged within the gauge housing and has been passed through said receiving aperture of the gauge housing, characterized in that - the inner bore of the metal cable is in communication with the interior of the housing; - the inner sealing surface seals on the outer surface of the metal cable; - the electrical or optical connector has an elongated cylindrical shape with a diameter being in the region between the outer diameter of the metal cable and the inner bore diameter of the metal cable. - the inner bore of the metal cable is in communication with the interior of the housing; - the inner sealing surface seals on the outer surface of the metal cable; - the electrical or optical connector has an elongated cylindrical shape with a diameter being in the region between the outer diameter of the metal cable and the inner bore diameter of the metal cable.
BIODEGRADABLE COFFIN having a box and a flexible bag (2-2'), where the flexible bag (2-2') comprises a first main body with a recessform structure and a second body in the manner of an upper lid connected to the opening of the main body, both bodies comprising a multilayer structure formed by at least an inner layer of impermeable material and at least an outer layer of a natural textile material arranged next to the, at least, inner layer, the flexible bag (2-2') being supplemented, furthermore, with a first longitudinal part and a second longitudinal part (6",15") that both belong to an impermeable zips for opening and closing the flexible bag (2-2'), means for anchoring the flexible bag (2-2') to the inner surface of the box being included, the upper lid integrates a housing through-hole in correspondence with which a gas cleaning device with an impermeable and airtight closing as well is mounted, comprising a filter material supported by a frame joined in an airtight manner to the upper lid in correspondence with a perimeter edge of this housing-through hole, where the frame of the cleaning device comprises a C-shaped profile adjusted to a perimeter portion delimiting said housing through hole of the upper lid, with the interposition of an adhesive material.