mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition in a solid dosage form suitable for oral administration, the composition comprising a lyophilized composition comprising arsenic (LCCA), at least one bulking agent, and at least one lubricant; wherein the LCCA comprises a surfactant and the arsenic is arsenic trioxide; and wherein the LCCA is obtainable by a method comprising: (A) solubilizing As 2 O 3 powder in an aqueous medium, adding an alkalizing agent in about 10% to 100% the amount of the As 2 O 3 powder, and adding a surfactant in about 0.5% v/v to about 4.0% v/v, but not exceeding about 50% As 2 O 3 concentration, to form an As 2 O 3 solution; and (B) lyophilizing said As 2 O 3 solution, wherein said step of lyophilizing comprises: (V) freezing said As 2 O 3 solution to generate a frozen As 2 O 3 product; and (VI) drying said As 2 O 3 product to generate said lyophilized composition comprising arsenic. (A) solubilizing As 2 O 3 powder in an aqueous medium, adding an alkalizing agent in about 10% to 100% the amount of the As 2 O 3 powder, and adding a surfactant in about 0.5% v/v to about 4.0% v/v, but not exceeding about 50% As 2 O 3 concentration, to form an As 2 O 3 solution; and (B) lyophilizing said As 2 O 3 solution, wherein said step of lyophilizing comprises: (V) freezing said As 2 O 3 solution to generate a frozen As 2 O 3 product; and (VI) drying said As 2 O 3 product to generate said lyophilized composition comprising arsenic. (V) freezing said As 2 O 3 solution to generate a frozen As 2 O 3 product; and (VI) drying said As 2 O 3 product to generate said lyophilized composition comprising arsenic.
A pentablock copolymer of the formula ABCBA wherein B is a vinyl aromatic block having a T g of ≥70°C and comprising 30-80 wt.% of the copolymer; C is a rubber block having a T g ≤ 25°C and comprising 10-40 wt.% of the copolymer; and A is a block derived from ring-opening polymerization, substantially incompatible with both B and C blocks wherein B + C comprises 70-95 wt.% of the copolymer and wherein the pentablock copolymers have an M n > 60 kDa.
Femoral sizer system for knee arthroplasty comprising: a main bloc having a plane back surface for being placed in contact with a processed distal face of a femur (F) for distal referencing, at least one, preferably two, fixed feet extending mainly perpendicular to and away from the back surface for posterior referencing, and a docking unit for docking with a corresponding connecting unit ; an anterior stylus having a stylus tip for being placed in contact with an anterior face of the femur (F), the anterior stylus being attached or attachable to the main bloc and being adapted to adjust a position of the stylus tip ; characterized by a reversible orientation guide having at least two referencing orientation points, preferably in the form of two drilling holes , that are provided and adapted for implementing referencing pins in the femur for referencing anatomical landmarks, and having the connecting unit corresponding to and interacting with the docking unit , the reversible orientation guide being adapted to be reversibly, detachably coupled to and uncoupled from the docking unit of the main bloc via its connecting unit with at least two different sides of the reversible orientation guide resulting, depending on the side, in two different positions of the two referencing orientation points relative to the main bloc , so that the femoral sizer system is configured to be used for the right knee joint as well as for the left knee joint. a main bloc having a plane back surface for being placed in contact with a processed distal face of a femur (F) for distal referencing, at least one, preferably two, fixed feet extending mainly perpendicular to and away from the back surface for posterior referencing, and a docking unit for docking with a corresponding connecting unit ; an anterior stylus having a stylus tip for being placed in contact with an anterior face of the femur (F), the anterior stylus being attached or attachable to the main bloc and being adapted to adjust a position of the stylus tip ; characterized by a reversible orientation guide having at least two referencing orientation points, preferably in the form of two drilling holes , that are provided and adapted for implementing referencing pins in the femur for referencing anatomical landmarks, and having the connecting unit corresponding to and interacting with the docking unit , the reversible orientation guide being adapted to be reversibly, detachably coupled to and uncoupled from the docking unit of the main bloc via its connecting unit with at least two different sides of the reversible orientation guide resulting, depending on the side, in two different positions of the two referencing orientation points relative to the main bloc , so that the femoral sizer system is configured to be used for the right knee joint as well as for the left knee joint.
Needle with the following features: • a loop-forming element arranged at a first end of the needle , said first end pointing in a positive working direction (A), • a shank portion , which is suitable to be accommodated in a guiding groove of a needle-guiding means , and is arranged at a second end of the needle , said second end pointing in the negative working direction, • a working portion , which incorporates the loop-forming element and which is suitable to be accommodated in a verge groove of a needle-guiding means , • a bending portion , which is interposed in the working direction (A) between the shank portion and the working portion , • wherein in the bending portion of the needle , at least one recess is arranged at at least one of its lateral surfaces pointing in a peripheral direction (U), which is at right angles to the working direction (A), or in an elevational direction (H), which is at right angles to the working direction (A) and the peripheral direction (U), characterised in that, the at least one recess at a lateral surface pointing in the peripheral direction (U) has a recess depth of 10 μm to 100 μm, advantageously 30 μm to 70 μm, and/or that the at least one recess at a lateral surface pointing in the elevational direction (H) has a recess depth of 150 μm to 500 μm, advantageously 200 μm to 400 μm. • a loop-forming element arranged at a first end of the needle , said first end pointing in a positive working direction (A), • a shank portion , which is suitable to be accommodated in a guiding groove of a needle-guiding means , and is arranged at a second end of the needle , said second end pointing in the negative working direction, • a working portion , which incorporates the loop-forming element and which is suitable to be accommodated in a verge groove of a needle-guiding means , • a bending portion , which is interposed in the working direction (A) between the shank portion and the working portion , • wherein in the bending portion of the needle , at least one recess is arranged at at least one of its lateral surfaces pointing in a peripheral direction (U), which is at right angles to the working direction (A), or in an elevational direction (H), which is at right angles to the working direction (A) and the peripheral direction (U),
A system for maintaining a state-of-charging (SOC) of a battery to be charged through power supplied from a power producing device of a battery energy storage system (BESS), within a predetermined range, the system comprising: an SOC measuring unit configured to measure an SOC value of the battery; a storage unit configured to store preset operation ranges to determine whether charging/discharging of the battery is compensated; a determining unit configured to determine an operation range corresponding to the SOC value of the battery among the preset operation ranges, the determined operation range being a range on which a dead band in charging/discharging directions is based, a frequency correction signal range corresponding to a range of the dead band in charging/discharging directions being used to adjust an amount of a power signal applied to the battery; and an SOC correcting unit configured to adjust the dead band in charging/discharging directions to thereby adjust the frequency correction signal range according to the result determined in the determining unit to maintain the SOC value of the battery within the predetermined range; characterised in that the system is further configured to change values of the operation ranges according to a state of the battery or surrounding environment. an SOC measuring unit configured to measure an SOC value of the battery; a storage unit configured to store preset operation ranges to determine whether charging/discharging of the battery is compensated; a determining unit configured to determine an operation range corresponding to the SOC value of the battery among the preset operation ranges, the determined operation range being a range on which a dead band in charging/discharging directions is based, a frequency correction signal range corresponding to a range of the dead band in charging/discharging directions being used to adjust an amount of a power signal applied to the battery; and an SOC correcting unit configured to adjust the dead band in charging/discharging directions to thereby adjust the frequency correction signal range according to the result determined in the determining unit to maintain the SOC value of the battery within the predetermined range; characterised in that the system is further configured to change values of the operation ranges according to a state of the battery or surrounding environment.
An aerosol generating article for generating an aerosol, the aerosol generating article comprising: a fluid guide to allow movement of fluid; the fluid guide having a proximal end and a distal end , the fluid guide having an inner longitudinal region and an outer longitudinal region separated by a barrier; wherein the inner longitudinal region comprises an inner longitudinal passageway between the distal end and the proximal end, and the outer region comprises an outer longitudinal passageway for communicating external fluid through at least one aperture and along the outer longitudinal passageway to the distal end of the fluid guide; a gel element that comprises gel ; the gel comprises an active agent for releasing volatile compounds into the fluid; the gel element having a proximal end and a distal end and is located at the distal end of the fluid guide; and characterized by a cavity between the distal end of the fluid guide and the proximal end of the gel element, wherein the cavity is in fluid communication with the outer longitudinal passageway and the inner longitudinal passageway. a fluid guide to allow movement of fluid; the fluid guide having a proximal end and a distal end , the fluid guide having an inner longitudinal region and an outer longitudinal region separated by a barrier; wherein the inner longitudinal region comprises an inner longitudinal passageway between the distal end and the proximal end, and the outer region comprises an outer longitudinal passageway for communicating external fluid through at least one aperture and along the outer longitudinal passageway to the distal end of the fluid guide; the fluid guide having a proximal end and a distal end , the fluid guide having an inner longitudinal region and an outer longitudinal region separated by a barrier; wherein the inner longitudinal region comprises an inner longitudinal passageway between the distal end and the proximal end, and the outer region comprises an outer longitudinal passageway for communicating external fluid through at least one aperture and along the outer longitudinal passageway to the distal end of the fluid guide; a gel element that comprises gel ; the gel comprises an active agent for releasing volatile compounds into the fluid; the gel element having a proximal end and a distal end and is located at the distal end of the fluid guide; and characterized by the gel comprises an active agent for releasing volatile compounds into the fluid; the gel element having a proximal end and a distal end and is located at the distal end of the fluid guide; and characterized by a cavity between the distal end of the fluid guide and the proximal end of the gel element, wherein the cavity is in fluid communication with the outer longitudinal passageway and the inner longitudinal passageway.
A method for degradation-compensated evaluation of detection signals of a sensor arrangement operating on the principle of luminescence quenching, which sensor arrangement comprises a luminophore that degrades over time, an excitation radiation source , and at least one optical sensor , the luminophore radiating, in accordance with a response characteristic typical of the sensor arrangement, in reaction to irradiation with a predefined modulated excitation radiation (E1) and as a function of the extent of an interaction of the luminophore with a quencher substance (Q) that quenches the luminescence of the luminophore , a response radiation (E2) detected by the at least one optical sensor ; the sensor arrangement outputting, as detection signals, a detected intensity value representing an intensity of the response radiation (E2) and a detected phase value representing a phase difference of the response radiation (E2) with respect to the modulation of the excitation radiation (E1); characterized in that for an accomplished detection of a response radiation (E2), a quantitative deviation of one of the detected values, from among a detected intensity value and detected phase value, being quantitatively decreased in accordance both with the detected intensity value and with the detected phase value, the deviation being based on a degradation-based change in the response characteristic at the time of the accomplished detection, with respect to a reference response characteristic which is a basis of a calibration of the sensor arrangement , a degradation-compensated detected value thus being identified; a result value of the accomplished detection, referred to the quencher substance (Q), being determined on the basis of the degradation-compensated detected value in accordance with a predetermined calibration value correlation identified in consideration of the reference response characteristic .
A system for providing electrostimulation to a patient, the system comprising: an input circuit configured to receive information corresponding to a user input of a modulation magnitude representing a level of stimulation intensity; a memory configured to store a plurality of gain functions associated with a plurality of modulation parameters, the plurality of gain functions each defining a correspondence between values of a modulation parameter and values of the modulation magnitude; an electrostimulator configured to generate an electrostimulation therapy for delivery to the patient; and a controller configured to: program the electrostimulator with the plurality of modulation parameters based on the received modulation magnitude and the plurality of gain functions; and control the electrostimulator to elicit the electrostimulation therapy according to the plurality of modulation parameters. an input circuit configured to receive information corresponding to a user input of a modulation magnitude representing a level of stimulation intensity; a memory configured to store a plurality of gain functions associated with a plurality of modulation parameters, the plurality of gain functions each defining a correspondence between values of a modulation parameter and values of the modulation magnitude; an electrostimulator configured to generate an electrostimulation therapy for delivery to the patient; and a controller configured to: program the electrostimulator with the plurality of modulation parameters based on the received modulation magnitude and the plurality of gain functions; and control the electrostimulator to elicit the electrostimulation therapy according to the plurality of modulation parameters. program the electrostimulator with the plurality of modulation parameters based on the received modulation magnitude and the plurality of gain functions; and control the electrostimulator to elicit the electrostimulation therapy according to the plurality of modulation parameters.
A mobile object comprising; an optical accelerometer arrangement comprising: an array of optical accelerometers attached to a common structure , each of said optical accelerometers providing a signal indicative of displacement of a measurement mass as a result of an acceleration along a given axis applied to the common structure ; and a processor configured to determine an estimate of said acceleration using said signals; characterised in that the mobile object comprises a camera configured to determine a position of the mobile object ; wherein the mobile object is arranged to use the camera to establish a series of absolute positions and the optical accelerometer output(s) to establish positions of said mobile object relative to said absolute positions. an array of optical accelerometers attached to a common structure , each of said optical accelerometers providing a signal indicative of displacement of a measurement mass as a result of an acceleration along a given axis applied to the common structure ; and a processor configured to determine an estimate of said acceleration using said signals; characterised in that the mobile object comprises a camera configured to determine a position of the mobile object ; wherein the mobile object is arranged to use the camera to establish a series of absolute positions and the optical accelerometer output(s) to establish positions of said mobile object relative to said absolute positions.
An aqueous composition comprising aqueous soluble collagen material and micronized placental tissue components; said aqueous soluble collagen material comprising water and soluble collagen; wherein the weight ratio of the micronized placental tissue components to the collagen is from 1:1 to 300:1; wherein the aqueous soluble collagen material comprises from 0.1% ± 0.005 to 2% ± 0.1 collagen; wherein the micronized placental tissue components comprise micronized amnion; when used to form a flexible and coherent composition upon the application of force and/or shear, wherein the flexible and coherent composition has increased tensile strength compared to the aqueous soluble collagen material.
An absorbent element (1; 2; 3) for biological liquids, apt to be incorporated in a sanitary article, which absorbent element comprises: - a first layer of laminate material , having a plurality of first cavities ; - a plurality of super-absorbent material masses , each one received in a respective first cavity of said first laminate material layer ; - a second layer of laminate material , having a plurality of second cavities , arranged so as to be each one received in a respective first cavity of said first material layer , the convexity of the second cavity facing the concavity of the first cavity and the respective super-absorbent material mass received therein, wherein said first and second cavities cooperate to define a seat which receives the respective super-absorbent material mass , wherein said first and second laminate material layer are fixed to one another at least at intermediate portions devoid of said cavities and of said super-absorbent material masses , and wherein the overall configuration is such that said super-absorbent material masses are capable of absorbing the biological fluid, by expanding and deforming the respective second cavities up to overturn the concavity/convexity thereof . - a first layer of laminate material , having a plurality of first cavities ; - a plurality of super-absorbent material masses , each one received in a respective first cavity of said first laminate material layer ; - a second layer of laminate material , having a plurality of second cavities , arranged so as to be each one received in a respective first cavity of said first material layer , the convexity of the second cavity facing the concavity of the first cavity and the respective super-absorbent material mass received therein,
A system for respiratory monitoring of a subject; said system comprising: a bioimpedance measurement sensor , which is configured for arrangement in relation to the subject for acquiring a bioimpedance signal; a reference measurement sensor , which is configured for arrangement in relation to the subject for acquiring a reference signal representing a respiratory effort of the subject or a respiratory airflow of the subject; and a processing unit , which is configured to receive the acquired bioimpedance signal and receive a reference signal, the reference signal representing a respiratory effort of the subject or a respiratory airflow at a time of bioimpedance signal acquirement, the processing unit being further configured to divide the bioimpedance signal into an effort component representing a respiratory effort of the subject and a flow component representing a respiratory airflow of the subject based on the received bioimpedance signal and the received reference signal. a bioimpedance measurement sensor , which is configured for arrangement in relation to the subject for acquiring a bioimpedance signal; a reference measurement sensor , which is configured for arrangement in relation to the subject for acquiring a reference signal representing a respiratory effort of the subject or a respiratory airflow of the subject; and a processing unit , which is configured to receive the acquired bioimpedance signal and receive a reference signal, the reference signal representing a respiratory effort of the subject or a respiratory airflow at a time of bioimpedance signal acquirement, the processing unit being further configured to divide the bioimpedance signal into an effort component representing a respiratory effort of the subject and a flow component representing a respiratory airflow of the subject based on the received bioimpedance signal and the received reference signal.
A cylindrical bale wrapping apparatus comprises a main frame including a vehicle mounting apparatus, a first sub-frame adjustably mounted on the main frame between a bale loading position and a bale wrapping position, and a second sub-frame adjustably mounted on the main frame between a transport position and a bale wrapping position, a wrapping table associated with the first sub-frame , the wrapping table being adapted, when the first sub-frame is in the bale wrapping position to rotate a cylindrical bale (B) about a central axis, a wrapping ring mounted on the second sub-frame , the wrapping ring including at least one roll support device being adapted, when the second sub-frame is in the wrapping position, to rotate about the wrapping table and is characterised in that the second sub-frame further comprises a depending bale support element .
Equipment support assembly for setting up electrical equipment , in particular a transformer or power transformer, comprising a plurality of holding means (3a, b, c, d) that can be detachably arranged on the side of the electrical equipment itself, and a supporting arrangement having a plurality of load receivers (4a, b, c, d), in particular four supporting feet formed in the manner of columns, wherein the load receivers (4a, b, c, d) are arranged in an installation or erection location provided for the equipment , and the holding means (3a, b, c, d) and the load receivers (4a, b, c, d) are formed in such a way that if the equipment is moved to the erection location by means of a trailer , a loading area of the trailer is firstly raised to such an extent that the holding means (3a, b, c, d) are freely movable over the load receivers (4a, b, c, d) and can be positioned above the latter and, after the holding means (3a, b, c, d) have been aligned over the load receivers (4a, b, c, d), the loading area is lowered in such a way that the holding means (3a, b, c, d) and therefore the equipment rests in the final position on the load receivers (4a, b, c, d) so that when the loading area is then lowered further, the trailer and/or the loading area is freely movable or displaceable under the equipment and can be moved away under the latter.