mhurhangee/ep-ind-claims huggingface dataset:
A controlled release formulation comprising human chorionic gonadotropin (hCG) or hCG variant loaded microspheres, wherein the microspheres are preparable by the process comprising (a) emulsifying an aqueous solution of hCG or hCG variant comprising 0.1 to 20% (w/v) gelatin with an organic oily phase comprising 1% to 50% low viscosity grade PLGA to obtain a primary emulsion, (b) emulsifying the primary emulsion with an aqueous phase comprising 0.01% to 30% (w/v) polyvinyl alcohol and 0.1 to 20% sodium chloride to obtain hCG or hCG variant loaded microsphere, (c) hardening the hCG or hCG variant loaded microsphere by stirring at 100-1000 rpm at 25°C to 50°C for 0.5 to 5 hrs, (d) washing the hCG or hCG variant loaded microsphere of step (c) with water, and (e) freeze drying the hCG or hCG variant loaded microsphere of step (d) using 1% to 30% w/w mannitol.
A method of printing a cyclodextrin composition onto a substrate, the method comprising forming one or more cyclodextrin inclusion complexes, the one or more cyclodextrin inclusion complexes comprising cyclodextrin complexed with a medicament, a fragrance, a colorant, an antimicrobial, or 1-methylcyclopropene; combining a polymer and the one or more cyclodextrin inclusion complexes to form an electrostatically printable composition; adding the printable composition to a cartridge, the cartridge designed and adapted to be connected to an electrostatic printer for dispensing electrostatically printable materials during electrostatic printing; connecting the cartridge to the electrostatic printer; and directing the printer to electrostatically print an image on a substrate; wherein the complexed medicament, fragrance, antimicrobial, or 1-methylcyclopropene is releasable after printing.
A vascular closure device, comprising: a deployment assembly that is elongate along a longitudinal direction and that has a distal end and a proximal end spaced from the distal end in a proximal direction that is aligned with the longitudinal direction; a sealing unit carried by the deployment assembly, the sealing unit including a suture coupled to the deployment assembly; a tamper carried by the deployment assembly and disposed along the suture with respect to the sealing unit in the proximal direction, the tamper including a lumen that receives the suture such that the tamper is slidable along the suture; and a locking assembly configured to selectively inhibit advancement of the tamper along the suture in the distal direction toward the sealing unit, wherein the locking assembly is adapted to transition from A) a locked configuration where the tamper is inhibited from sliding along the suture, into B) an unlocked configuration where the tamper is slidable along the suture in the distal direction and into contact with the sealing unit, wherein the locking assembly includes an engagement member through which the suture passes, the vascular closure device being characterized in that the locking assembly is coupled to the tamper and comprises a biasing member, wherein when the locking assembly is in the locked configuration the biasing member urges the engagement member into a notch in the tamper such that the tamper is inhibited from sliding along the suture. a deployment assembly that is elongate along a longitudinal direction and that has a distal end and a proximal end spaced from the distal end in a proximal direction that is aligned with the longitudinal direction; a sealing unit carried by the deployment assembly, the sealing unit including a suture coupled to the deployment assembly; a tamper carried by the deployment assembly and disposed along the suture with respect to the sealing unit in the proximal direction, the tamper including a lumen that receives the suture such that the tamper is slidable along the suture; and a locking assembly configured to selectively inhibit advancement of the tamper along the suture in the distal direction toward the sealing unit, wherein the locking assembly is adapted to transition from A) a locked configuration where the tamper is inhibited from sliding along the suture, into B) an unlocked configuration where the tamper is slidable along the suture in the distal direction and into contact with the sealing unit, wherein the locking assembly includes an engagement member through which the suture passes, the vascular closure device being characterized in that the locking assembly is coupled to the tamper and comprises a biasing member, wherein when the locking assembly is in the locked configuration the biasing member urges the engagement member into a notch in the tamper such that the tamper is inhibited from sliding along the suture.
A cooling apparatus comprising: an air blow part including an air outtake port; and a heat dissipater including: an upper surface having an end side downstream of the air outtake port in the direction of air flow through the cooling apparatus; a first heat dissipating area and a second dissipating area; and a plurality of heat dissipating fins (451B, 452B) arranged in the first heat dissipating area and the second heat dissipating area, wherein the surface area of the heat dissipating fins arranged in the first heat dissipating area is smaller than the surface area of the heat dissipating fins arranged in the second heat dissipating area; wherein the heat dissipating fins (451B, 452B) are arranged at a position facing the air outtake port of the air blow part; and wherein the end side of the upper surface of the heat dissipater is linearly aligned from the first heat dissipating area to the second heat dissipating area; and the length of the heat dissipating fins arranged in the first heat dissipating area is shorter than the length of the heat dissipating fins arranged in the second heat dissipating area; thereby defining a region of the heat dissipater between the end side of the upper surface of the heat dissipater and the heat dissipating fins arranged in the first heat dissipating area that does not include a heat dissipating fin. an air blow part including an air outtake port; and a heat dissipater including: an upper surface having an end side downstream of the air outtake port in the direction of air flow through the cooling apparatus; a first heat dissipating area and a second dissipating area; and a plurality of heat dissipating fins (451B, 452B) arranged in the first heat dissipating area and the second heat dissipating area, an upper surface having an end side downstream of the air outtake port in the direction of air flow through the cooling apparatus; a first heat dissipating area and a second dissipating area; and a plurality of heat dissipating fins (451B, 452B) arranged in the first heat dissipating area and the second heat dissipating area, wherein the surface area of the heat dissipating fins arranged in the first heat dissipating area is smaller than the surface area of the heat dissipating fins arranged in the second heat dissipating area; wherein the heat dissipating fins (451B, 452B) are arranged at a position facing the air outtake port of the air blow part; and wherein the end side of the upper surface of the heat dissipater is linearly aligned from the first heat dissipating area to the second heat dissipating area; and the length of the heat dissipating fins arranged in the first heat dissipating area is shorter than the length of the heat dissipating fins arranged in the second heat dissipating area; thereby defining a region of the heat dissipater between the end side of the upper surface of the heat dissipater and the heat dissipating fins arranged in the first heat dissipating area that does not include a heat dissipating fin.
A calibration apparatus for calibrating a solid-imaging system that uses a light beam having an actinic wavelength, the calibration apparatus comprising: a calibration plate comprising: a rigid first substrate having a first surface configured so as not to substantially scatter the light beam, and a plurality of fiducial marks associated with the first surface, wherein the fiducial marks are configured to scatter the light beam; characterised by a detector which is separate from said calibration plate, arranged above said calibration plate and configured to receive the scattered light beam from the fiducial marks, wherein the calibration plate is movable relative to the detector. a calibration plate comprising: a rigid first substrate having a first surface configured so as not to substantially scatter the light beam, and a plurality of fiducial marks associated with the first surface, wherein the fiducial marks are configured to scatter the light beam; characterised by a detector which is separate from said calibration plate, arranged above said calibration plate and configured to receive the scattered light beam from the fiducial marks, wherein the calibration plate is movable relative to the detector. a rigid first substrate having a first surface configured so as not to substantially scatter the light beam, and a plurality of fiducial marks associated with the first surface, wherein the fiducial marks are configured to scatter the light beam; characterised by a detector which is separate from said calibration plate, arranged above said calibration plate and configured to receive the scattered light beam from the fiducial marks, wherein the calibration plate is movable relative to the detector.
An insert for the coffee grounds collection container of a coffee machine, implemented as a disposable article separate or removable from said collection container, characterized in that said insert comprises a collection part, which, when in use, contacts said collection container, and a connecting part, said collection part having a shape which is essentially adapted or adaptable to the shape of the container, and said connecting part being tapered towards its upper end relative to said collection part and comprising at least one connecting means for sealingly connecting said insert to a coffee grounds outlet nozzle of the coffee machine.
Filling arrangement of a filling device and a predefined cylindrical container whose concentric container opening comprises a diameter (d Do) which amounts to 70 to 99.5 % of the container interior diameter (d Di), wherein the filling device comprises a filling valve that comprises a piston (10, 100) controllably guided in a filling tube (11, 112), wherein the filling valve comprises an outer diameter (d Fa) which is embodied to match the diameter (d Do) of the container opening so that a filling tip of the filling valve is insertable coaxially into the container through the container opening, wherein the filling tip of the filling valve intended for insertion comprises a volume (V F) that occupies in the container a volume in the range of 49 to 99 % of the container volume (V D), and wherein the filling arrangement comprises a sealing element that can be arranged about the filling valve at the container opening, for sealing the passage between the filling valve and the container, and wherein the filling device is embodied without return air tube and comprises no measuring means for surveillance of the filling quantity, wherein the filling arrangement is configured such that the sealing element can be arranged about the filling valve at the container opening before or during insertion of the filling valve into the container for setting a nominal pressure (p) in the sealed container at a predefined point in time depending on the nominal pressure (p), and wherein relative movement between the filling valve and the container can be controlled, such that a speed of an upward movement of the filling valve can be matched with a flow speed of fluid into the container for performing a filling process below fluid level from bottom to top by means of a control device, so that an end face of the filling valve with the valve opening is always located below a fluid level in a gap volume (ΔV) which is defined by a difference of the container volume (V D) and the inserted filling valve volume (V F).
A semiconductor microwave switch, comprising: - a primary P-type electrode; - a primary N-type electrode; - an insulative slot (118, 138) separating the primary P-type and N-type electrodes; - a secondary N-type electrode separated from the primary P-type electrode by a first insulative gap; - a first metal contact connecting the secondary N-type electrode and the primary P-type electrode; characterized by - a secondary P-type electrode separated from the primary N-type electrode by a second insulative gap; and - a second metal contact connecting the secondary P-type electrode and the primary N-type electrode; wherein the secondary N-type electrode is separated from the secondary P-type electrode by the insulative slot. - a primary P-type electrode; - a primary N-type electrode; - an insulative slot (118, 138) separating the primary P-type and N-type electrodes; - a secondary N-type electrode separated from the primary P-type electrode by a first insulative gap; - a first metal contact connecting the secondary N-type electrode and the primary P-type electrode; characterized by - a secondary P-type electrode separated from the primary N-type electrode by a second insulative gap; and - a second metal contact connecting the secondary P-type electrode and the primary N-type electrode;
Assembly of a shock absorption module for an automobile vehicle and a lower structural part of the automobile vehicle, the module comprising: - an upper transverse member intended to rest against a bumper of the vehicle, - a lower transverse member and two jambs (16a, 16b) connecting the upper and lower transverse members so as to substantially form a frame, called absorber frame, characterised in that the module comprises a lower convergent, in that the lower transverse member or one of the two jambs (16a, 16b) is configured to rest against the lower structural part, in that each of the upper and lower transverse members and each jamb (16a, 16b) comprises absorption means of shock of insurance type, in that the convergent is configured to guide the air passing under an engine block and extends from the lower transverse member until to a radiator, and in that the module defines a caisson for guiding air towards the radiator, delimited by the inner wall of each jamb (16a, 16b), the inner wall of the convergent, and an upper wall of the module, each of these walls extending until the radiator. - an upper transverse member intended to rest against a bumper of the vehicle, - a lower transverse member and two jambs (16a, 16b) connecting the upper and lower transverse members so as to substantially form a frame, called absorber frame, characterised in that the module comprises a lower convergent, in that the lower transverse member or one of the two jambs (16a, 16b) is configured to rest against the lower structural part, in that each of the upper and lower transverse members and each jamb (16a, 16b) comprises absorption means of shock of insurance type, in that the convergent is configured to guide the air passing under an engine block and extends from the lower transverse member until to a radiator, and in that the module defines a caisson for guiding air towards the radiator, delimited by the inner wall of each jamb (16a, 16b), the inner wall of the convergent, and an upper wall of the module, each of these walls extending until the radiator.
A method for flue-gas purification by dry sorption in a dry sorption stage, in which separation of dust and pollutants takes place simultaneously on a fabric filter, or by wet scrubbing in a wet scrubber stage, wherein a carbon adsorbent already laden with pollutants is supplied to the flue gas in order to separate off heavy metals, in particular mercury, as a reagent for separating off heavy metals, characterised in that, before the carbon adsorbent laden with pollutants is supplied, by solids movement and optionally additional grinding activation on the carbon adsorbent laden with pollutants, surfaces already laden with pollutants are broken up and new free surfaces are provided, with exclusively laden carbon adsorbent, i.e. no unladen fresh carbon adsorbent (HOK'), being supplied to the flue gas in the dry sorption stage or wet scrubber stage, with the flue gas being passed through a moving-bed adsorber, through which there is a continuous flow, succeeding the dry sorption stage or wet scrubber stage, which absorber contains a carbon adsorbent (HOK') and from which after a certain usage time the carbon adsorbent laden with pollutants is supplied as reagent for separating off heavy metals to the dry sorption stage or wet scrubber stage, with fresh carbon adsorbent (HOK') being supplied to the moving-bed adsorber.
A light emitting device comprising: a first conductive type first semiconductor layer; an active layer on the first conductive type first semiconductor layer; a second conductive type second semiconductor layer on the active layer; characterized by a reliability enhancement layer on the second conductive type second semiconductor layer; and a second conductive type third semiconductor layer on the reliability enhancement layer and comprising a light extraction pattern, wherein the reliability enhancement layer and the active layer are spaced apart from each other by a distance (d) of 0.3 μm to 5 μm. a first conductive type first semiconductor layer; an active layer on the first conductive type first semiconductor layer; a second conductive type second semiconductor layer on the active layer; characterized by a reliability enhancement layer on the second conductive type second semiconductor layer; and a second conductive type third semiconductor layer on the reliability enhancement layer and comprising a light extraction pattern,
An RF receiver comprising an analog-to-digital converter for converting an analog intermediate frequency band signal to a digital intermediate frequency band signal, a plurality of decimation units coupled in cascade for generating a decimated signal based on the digital intermediate frequency band signal, a signal processing unit for processing the decimated signal, and a bypass path for feeding a bypass signal to the signal processing unit, the bypass signal being either the digital intermediate frequency band signal or an output signal from one of the decimation units which is not the last one of the cascade coupled decimation units, characterized in that the signal processing unit is adapted to detect signal content within the intermediate frequency band, which may cause undesirable signal content to occur within the baseband processed by the signal processing unit, based on the bypass signal and to adapt the processing of the decimated signal in accordance with said signal content within the intermediate frequency band which may cause undesirable signal content to occur within the baseband processed by the signal processing unit.
Pharmaceutical preparation comprising two-chain Factor VIII (tc-FVIII) wherein less than 0.9% of all FVIII-LCs within said preparation are non-associated with FVIII-HCs wherein non-associated FVIII-LCs mean FVIII-LCs which are not part of a stable heterodimer with FVIII-HCs and which non-associated FVIII-LCs will therefore not elute as part of a heterodimer in a native size-exclusion chromatography but rather as monomers of non-associated FVIII-LCs, obtainable by a size exclusion chromatography wherein a tc-FVIII is i) applied onto a SE-HPLC or SEC column and eluted using an eluent suitable for maintaining native conditions at a physiological pH under isocratic conditions, ii) early eluting peaks are fractionated and iii) the collected fractions are analyzed regarding non-associated FVIII-LCs by analytical SE-HPLC using an eluent at physiological pH under isocratic conditions, iv) fractions free of non-associated FVIII-LCs are identified by the lack of non-associated FVIII-LCs and are optionally pooled, buffer exchanged against formulation buffer, activity adjusted, sterile filtered and freeze-dried.
A method, comprising: approximating, using a Kronecker approximation, a transmit weight vector of a set of transmit weight vectors for a channel of a first node via a least-squares approach to produce a reduced-dimension vector 1 and a reduced-dimension vector 2; quantizing at least one of reduced dimension vector 1 and reduced-dimension vector 2 using scalar quantization to produce a quantized representation; and transmitting the quantized representation to a second node. approximating, using a Kronecker approximation, a transmit weight vector of a set of transmit weight vectors for a channel of a first node via a least-squares approach to produce a reduced-dimension vector 1 and a reduced-dimension vector 2; quantizing at least one of reduced dimension vector 1 and reduced-dimension vector 2 using scalar quantization to produce a quantized representation; and transmitting the quantized representation to a second node.
A polypropylene resin composition, which comprises, based on the total weight of components and, 85 to 97% by weight of a propylene-ethylene block copolymer obtained by the polymerization of a propylene homopolymer with a propylene-ethylene rubber copolymer in stages in reactors; and 3 to 15% by weight of a polyethylene, wherein, when the propylene-ethylene block copolymer is extracted with a xylene solvent at room temperature according to the method outlined in the description, the content of the propylene-ethylene rubber copolymer measured as the amount of a solvent extract (or xylene soluble) is 25 to 40% by weight, the content of ethylene in the xylene soluble measured by FT-IR in accordance with ASTM D3900 is 35 to 45% by weight, and the content of ethylene in the propylene-ethylene block copolymer measured by FT-IR in accordance with ASTM D3900 is 9 to 20% by weight.
Minimum pressure valve for a compressor, in particular screw compressor (10, 112) or rotary vane compressor, for a vehicle, in particular a commercial vehicle, having at least one valve housing, having at least one valve insert opening formed in the valve housing, having at least one valve insert, which is inserted into the valve insert opening and which has at least one valve piston bore, having at least one valve piston displaceably guided with at least one valve piston portion in the valve insert in the valve piston bore, having at least one fluid entry channel and having at least one fluid exit channel, wherein the fluid entry channel has, at its end facing toward the valve piston, at least one valve seat, against which the valve piston can be brought into abutment in order to close the minimum pressure valve, such that the fluid entry channel and the fluid exit channel are separated from each other in a closed position of the valve piston, wherein the valve seat has a valve seat diameter dA, wherein the valve piston portion has a valve piston portion diameter dB, and wherein the ratio of valve piston portion diameter dB to valve seat diameter dA lies between approximately 0.7 and approximately 0.9, characterised in that the valve piston portion displaceably guided in the valve insert in the valve piston bore is a free valve piston end portion; and in that an end of the valve piston bore has an axial stop, by means of which the axial displacement of the free valve piston end portion and of the valve piston can be limited. characterised in that the valve piston portion displaceably guided in the valve insert in the valve piston bore is a free valve piston end portion; and in that an end of the valve piston bore has an axial stop, by means of which the axial displacement of the free valve piston end portion and of the valve piston can be limited.