mhurhangee/patent-ind-claim-en huggingface dataset:
A method for removing gas and/or gas bubbles from a liquid medicament stored in a reservoir for an infusion pump device, wherein the reservoir comprises a displacing member which is at least partly displaceable relative to the reservoir thereby enabling receiving mechanical oscillations in order to generate mechanical waves in the liquid medicament , wherein the displacing member is a plunger which is arranged displaceable relative to the reservoir at an opening of the reservoir , the method comprising: providing the reservoir ; and transmitting a mechanical oscillation to the plunger of the reservoir thereby generating a mechanical wave in the liquid medicament for removing gas and/or gas bubbles from the liquid medicament . providing the reservoir ; and transmitting a mechanical oscillation to the plunger of the reservoir thereby generating a mechanical wave in the liquid medicament for removing gas and/or gas bubbles from the liquid medicament .
An ophthalmic emulsion comprising a phosphorothioate oligonucleotide, at least one fatty acid and at least one emulsifying agent, wherein said emulsion is sterile and wherein said emulsion further comprises at least one phosphate compound and N-acetylcysteine, wherein the phosphate compound is selected from the group comprising Na 2 HPO 4 , NaH 2 PO 4 , Na 3 PO 4 , K 2 HPO 4 , K 3 PO 4 , KH 2 PO 4 , (NH 4 ) 2 HPO 4 , (NH 4 ) 3 PO 4 , Mg(H 2 PO 4 ) 2 , Mg 3 (PO 4 ) 2 , MgHPO 4 , MgNH 4 PO 4 , Ca(H 2 PO 4 ) 2 , CaHPO 4 , Ca 3 (PO 4 ) 2 , Ca 8 (HPO 4 ) 2 (PO 4 ) 4 , H 3 PO 4 and phosphate acid/base conjugate pairs selected from the group comprising NaH 2 PO 4 /Na 2 HPO 4 , KH 2 PO 4 /K 2 HPO 4 , Na 2 HPO 4 /Na 3 PO 4 , and K 2 HPO 4 /K 3 PO 4 ; wherein the phosphorothioate oligonucleotide is an antisense oligonucleotide specific for IRS-1 (insulin receptor substrate-1) of SEQ ID NO: 2 or a function-conservative derivative of SEQ ID NO: 2 comprising from 9 to 50 nucleotides, having at least 75% identity compared to SEQ ID NO: 2 and conserving the capacity of inhibiting IRS-1 expression as SEQ ID NO: 2.
A welding helmet comprising: a head suspension system; and a protective shield forming a see-through window , the protective shield having a lower end arranged next to a wearer's chin region when the helmet is worn, one or more retention structures being provided at the lower end for mating with corresponding counter structures on both a first neck shield and a second neck shield , wherein the first neck has a predetermined permanent shape and the second neck shield has a bib exhibiting flexible properties providing the bib with a self-adapting shape, wherein either the first or second neck shield can be attached to the lower end ,wherein the second neck shield has an attachment frame and a bib , wherein the attachment frame is removably attachable to the protective shield , and wherein the attachment frame has a greater bending stiffness than the bib . a head suspension system; and a protective shield forming a see-through window , the protective shield having a lower end arranged next to a wearer's chin region when the helmet is worn, one or more retention structures being provided at the lower end for mating with corresponding counter structures on both a first neck shield and a second neck shield , wherein the first neck has a predetermined permanent shape and the second neck shield has a bib exhibiting flexible properties providing the bib with a self-adapting shape, wherein either the first or second neck shield can be attached to the lower end ,wherein the second neck shield has an attachment frame and a bib , wherein the attachment frame is removably attachable to the protective shield , and wherein the attachment frame has a greater bending stiffness than the bib .
Pole for preferably viticulture or fruit-growing, having a wire tensioner which has a rotatable expansion shaft and at least two link guides which support the expansion shaft , which expansion shaft has an outer polygonal cross-sectional shape for a mouth of an open-end wrench , a holder for at least one wire and a latching structure at least in sections, wherein at least one of the two link guides has a counter-latching structure at least in sections, which counter-latching structure cooperates with the latching structure of the expansion shaft to form a latching lock , in order to block at least one direction of rotation of the expansion shaft , and having an open hollow profile which has a plurality of limbs and a hole in each of two opposite limbs of the hollow profile forming in each case the link guide for the expansion shaft of the wire tensioner , characterized in that the expansion shaft has the outer polygonal cross-sectional shape for the mouth of the open-end wrench between the two opposite limbs of the hollow profile .
A Surfactant-Improved simultaneous saccharification and co-fermentation method for lignocellulose, characterized in that a pretreated lignocellulose substrate is directly subjected to simultaneous saccharification and co-fermentation without any detoxification treatment by adding surfactant at a concentration of 0.125-0.4g/mL, wherein the surfactant is added after pre-enzymatic hydrolysis and is selected from the group consisting of polyethylene glycol (PEG), polyethylene glycol monomethyl Ether (MPEG), polyethylene glycol dimethyl ether (NHD), polydimethylsiloxane (PDMS), or combinations thereof in any proportion, wherein the method comprises: mixing the pre-treated lignocellulose as a substrate, a cellulase, and a pH buffer solution to incubate and conduct the pre-enzymolysis for a period of time at a raised temperature for obtaining a resulting hydrolyzed mixture; lowering the raised temperature; and adding the surfactant and Saccharomyces cerevisiae to the hydrolyzed mixture for the simultaneous saccharification and ethanol fermentation to produce ethanol.
A sealing ring assembly comprising: a first sealing element comprising a first radially outward surface configured to seal against a bore of a cylinder, the first sealing element comprising a first mating surface; and a second sealing element comprising a second radially outward surface configured to seal against the bore of the cylinder, the second sealing element comprising a second mating surface; characterized in that said sealing ring assembly further comprises: a high-pressure boundary extending across at least a portion of the first sealing element and across at least a portion of the second sealing element; and a low-pressure boundary extending across at least a portion of the first sealing element and across at least a portion of the second sealing element; wherein at least one of the first mating surface and the second mating surface comprises a recess open to the low-pressure boundary and not open to the high-pressure boundary, such that the first mating surface is configured to be sealed against the second mating surface by a first force acting on the first sealing element and a second force acting on the second sealing element. a first sealing element comprising a first radially outward surface configured to seal against a bore of a cylinder, the first sealing element comprising a first mating surface; and a second sealing element comprising a second radially outward surface configured to seal against the bore of the cylinder, the second sealing element comprising a second mating surface; characterized in that said sealing ring assembly further comprises: a high-pressure boundary extending across at least a portion of the first sealing element and across at least a portion of the second sealing element; and a low-pressure boundary extending across at least a portion of the first sealing element and across at least a portion of the second sealing element; wherein at least one of the first mating surface and the second mating surface comprises a recess open to the low-pressure boundary and not open to the high-pressure boundary, such that the first mating surface is configured to be sealed against the second mating surface by a first force acting on the first sealing element and a second force acting on the second sealing element.
An arrangement (A) for releasably securing a weapon (W), said arrangement comprising a fixed support member and a locking member spring loadedly and movably connected to the fixed support member such that when the weapon (W) is pressed towards the locking member , the locking member is moved relative to the support member from a closed position to an open position so that said weapon (W) is allowed to be introduced through an opening (O2) of the locking member into a holding position of the locking member , and such that, when the weapon (W) is positioned in said holding position, the spring loaded locking member is returned to said closed position by means of a spring force, characterized in that said support member has a cover portion configured to cover the opening (O2) of the locking member in the closed position, wherein said support member has a claw shaped end portion having a first arm portion constituting said cover portion and second arm portion , said arm portions providing an opening (O1) there between for allowing said introduction of the weapon (W) in the open position of the locking member in which the opening (O2) of the locking member is configured to essentially coincide with the opening (O1) of the support member .
A method of additive manufacturing of a three-dimensional object , the method comprising: sequentially dispensing and solidifying layers to form on a surface a sacrificial structure comprising a bulk volume and heating cells embedded in said bulk volume, wherein said heating cells are made of a modeling material that releases more heat than said bulk volume upon said solidification of said layers; and sequentially dispensing and solidifying layers to form the three-dimensional object on a portion of said sacrificial structure. sequentially dispensing and solidifying layers to form on a surface a sacrificial structure comprising a bulk volume and heating cells embedded in said bulk volume, wherein said heating cells are made of a modeling material that releases more heat than said bulk volume upon said solidification of said layers; and sequentially dispensing and solidifying layers to form the three-dimensional object on a portion of said sacrificial structure.
An antibody for use in a method selected from the group consisting of treating pre-cachexia in a subject, inhibiting the progression of pre-cachexia to cachexia in a subject, treating or inhibiting the development of cachexia or pre-cachexia in a subject, and treating or preventing undesirable muscle or fat loss in a cancer patient, wherein the antibody is administered to the subject or the cancer patient in need thereof in an effective amount, wherein said antibody associates with an epitope of a RAGE receptor, which prevents the epitope from interacting with a RAGE ligand selected from S100A7, S100A8, S100A9 and/or Calprotectin, and wherein the epitope comprises: - amino acid residues 44-52 corresponding to the sequence numbering of human RAGE receptor, or - KPPQRLEWK. - amino acid residues 44-52 corresponding to the sequence numbering of human RAGE receptor, or - KPPQRLEWK.
A lift truck comprising an internal combustion engine unit , at least one pair of drive wheels and a hydrostatic transmission system from the engine unit to the drive wheels ; a hydraulic system for actuating at least one actuator unit comprising at least one main circuit for distributing a hydraulic fluid and at least one auxiliary circuit for actuating the actuator unit ; the auxiliary circuit comprises at least a first branch for delivery of the hydraulic fluid to the actuator unit and at least a second branch for return from the actuator unit ; the auxiliary circuit comprises at least a third branch along which is positioned at least one unit for dissipating the hydraulic fluid; characterised in that the auxiliary circuit comprises a selective distribution unit configured to pass at least between a first operating position, at which it is in communication with the third branch , and a second operating position, at which it is in communication with the actuator unit ; a command and control unit is configured to process at least one deceleration signal and to receive at least one reference value of the engine unit ; in the condition of deceleration of the lift truck , the command and control unit is configured for comparing the reference value of the engine unit with a threshold value and, if the reference value exceeds the threshold value, for controlling at least the activation of the dissipating unit . a hydraulic system for actuating at least one actuator unit comprising at least one main circuit for distributing a hydraulic fluid and at least one auxiliary circuit for actuating the actuator unit ; the auxiliary circuit comprises at least a first branch for delivery of the hydraulic fluid to the actuator unit and at least a second branch for return from the actuator unit ; the auxiliary circuit comprises at least a third branch along which is positioned at least one unit for dissipating the hydraulic fluid; characterised in that the auxiliary circuit comprises a selective distribution unit configured to pass at least between a first operating position, at which it is in communication with the third branch , and a second operating position, at which it is in communication with the actuator unit ; a command and control unit is configured to process at least one deceleration signal and to receive at least one reference value of the engine unit ; in the condition of deceleration of the lift truck , the command and control unit is configured for comparing the reference value of the engine unit with a threshold value and, if the reference value exceeds the threshold value, for controlling at least the activation of the dissipating unit .
An actuator assembly for a turbine of a turbocharger comprising: a bushing , an actuator shaft with a shaft step and a reduced diameter portion , wherein the actuator shaft is arranged inside the bushing , and characterized by a sealing arrangement comprising an insert sleeve and a seal ring , the insert sleeve having a sleeve step between a larger diameter sleeve portion and a smaller diameter sleeve portion , the insert sleeve being arranged on the reduced diameter portion , wherein the seal ring is arranged in a cavity formed radially between the bushing and the smaller diameter sleeve portion and axially between the sleeve step and the shaft step , wherein the sealing arrangement defines a radial sealing region which is formed between the bushing and the seal ring , and an axial sealing region which is formed between the seal ring and the insert sleeve , and wherein the seal ring is configured and arranged to be driven into contact with the insert sleeve by exhaust gas pressure. a bushing , an actuator shaft with a shaft step and a reduced diameter portion , wherein the actuator shaft is arranged inside the bushing , and characterized by a sealing arrangement comprising an insert sleeve and a seal ring , the insert sleeve having a sleeve step between a larger diameter sleeve portion and a smaller diameter sleeve portion , the insert sleeve being arranged on the reduced diameter portion , wherein the seal ring is arranged in a cavity formed radially between the bushing and the smaller diameter sleeve portion and axially between the sleeve step and the shaft step , wherein the sealing arrangement defines a radial sealing region which is formed between the bushing and the seal ring , and an axial sealing region which is formed between the seal ring and the insert sleeve , and wherein the seal ring is configured and arranged to be driven into contact with the insert sleeve by exhaust gas pressure.
A system configured to scan an object of interest comprising: a controller adapted to generate scan instructions based at least in part on input data and adapted to generate other scan instructions based on scan data associated with the object of interest; a scanner , in accordance with the scan instructions, adapted for providing radiation at an energy to the object of interest, and for generating the scan data associated with the object of interest; wherein the scanner , in accordance with the other scan instructions, is adapted to provide radiation at an other energy to the object of interest; a conveyance controller adapted for generating conveyance instructions based at least in part on the input data and adapted to generate other conveyance instructions based on the scan data associated with the object of interest; wherein the conveyance instructions and the other conveyance instructions define a relative movement between the scanner and the object of interest; characterized in that the input data includes at least one data type of a set of data types consisting of: information of a type of material of the object of interest, origin information, destination information, routing information, and manifest information associated with the object of interest. a controller adapted to generate scan instructions based at least in part on input data and adapted to generate other scan instructions based on scan data associated with the object of interest; a scanner , in accordance with the scan instructions, adapted for providing radiation at an energy to the object of interest, and for generating the scan data associated with the object of interest; wherein the scanner , in accordance with the other scan instructions, is adapted to provide radiation at an other energy to the object of interest; a conveyance controller adapted for generating conveyance instructions based at least in part on the input data and adapted to generate other conveyance instructions based on the scan data associated with the object of interest; wherein the conveyance instructions and the other conveyance instructions define a relative movement between the scanner and the object of interest; characterized in that the input data includes at least one data type of a set of data types consisting of: information of a type of material of the object of interest, origin information, destination information, routing information, and manifest information associated with the object of interest.
System for metering at least one substance, which is a non-compressible fluid, into a hydraulic circuit comprising another transfer fluid that is also non-compressible, said system comprising at least one inlet (2,2',2") for said fluid to be metered, a circuit and one inlet for said transfer fluid, both giving access to a reservoir having an outlet from the reservoir which in turn gives access to a circuit portion in which only the transfer fluid circulates, said circuit portion having at least one access valve and one flow meter , the fluid to be metered being measured by measuring the transfer fluid displaced by the fluid to be impelled at its inlet into the system, said circuit portion having an outlet being joined together with an outlet for the fluid to be metered downstream of the flow meter for feeding into said hydraulic circuit, the system also having a pump such that it works by suction for the upstream of the pump , and by impulsion downstream, characterised in that the pump is located in said circuit portion in which only the transfer fluid circulates.
A method in a base station for setting a processing time for a wireless device , WD, to respond to a radio resource control, RRC, connection resume message, the RRC connection resume message relating to establishment or reconfiguration of an RRC connection for the WD , the method comprising: determining (S104) when short processing time conditions exist in relation to the establishment or reconfiguration of the RRC connection for the WD; when short processing time conditions exist, sending (S106) to the WD a message indicating a short processing time; and when short processing time conditions do not exist, sending (S108) to the WD a message indicating a legacy processing time, wherein the legacy processing time is longer than the short processing time. determining (S104) when short processing time conditions exist in relation to the establishment or reconfiguration of the RRC connection for the WD; when short processing time conditions exist, sending (S106) to the WD a message indicating a short processing time; and when short processing time conditions do not exist, sending (S108) to the WD a message indicating a legacy processing time, wherein the legacy processing time is longer than the short processing time.
A lancet device comprising: a housing comprising a forward end and a rearward end ; a lancet structure comprising a puncturing element , the lancet structure at least partially disposed within the housing and adapted for movement between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position wherein at least a portion of the puncturing element extends through the forward end of the housing ; and a wicking element disposed on a portion of the lancet device ; characterized in that a protective cover removably covering the puncturing element of the lancet structure , the protective cover includes a post portion and the wicking element is disposed on a portion of the post portion . a housing comprising a forward end and a rearward end ; a lancet structure comprising a puncturing element , the lancet structure at least partially disposed within the housing and adapted for movement between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position wherein at least a portion of the puncturing element extends through the forward end of the housing ; and a wicking element disposed on a portion of the lancet device ; characterized in that a protective cover removably covering the puncturing element of the lancet structure , the protective cover includes a post portion and the wicking element is disposed on a portion of the post portion .
Natural oil based thermoreversible gels comprising maleated natural oil or natural oil derivatives of Formulas (i) and/or (ii) wherein M is an alkali or alkaline earth metal, R is triglyceride, fatty acid, fatty acid derivative; wherein the natural oil or natural oil derivative contains greater than about 80 percent of unsaturated or conjugated unsaturated fatty acids, wherein a part thereof has been reacted with maleic anhydride capable of undergoing an ene or Diels Alder reaction to form an adduct; said adduct being subjected to a reaction with an alkali or alkaline earth metal hydroxide or alkali or alkaline earth metal carbonate base to form an anhydrous thermoreversible ionomeric gel, characterized in that the level of maleation of the natural oil or natural oil derivative is 12 to 14 %. wherein M is an alkali or alkaline earth metal, R is triglyceride, fatty acid, fatty acid derivative; wherein the natural oil or natural oil derivative contains greater than about 80 percent of unsaturated or conjugated unsaturated fatty acids, wherein a part thereof has been reacted with maleic anhydride capable of undergoing an ene or Diels Alder reaction to form an adduct; said adduct being subjected to a reaction with an alkali or alkaline earth metal hydroxide or alkali or alkaline earth metal carbonate base to form an anhydrous thermoreversible ionomeric gel, characterized in that the level of maleation of the natural oil or natural oil derivative is 12 to 14 %.