mhurhangee/ep-ind-claims huggingface dataset:
An anti-seismic device for load-bearing structures or machines, particularly for automated warehouses comprising: - at least one supporting foot suitable for being fixed to a load-bearing structure of said automated warehouse, said supporting foot being configured for resting and sliding on a support and sliding surface, so as to allow relative movement of the automated warehouse with respect to the support and sliding surface, - at least one abutment element suitable for being solidly constrained with said support and sliding surface, wherein the supporting foot can assume an initial resting position with respect to the abutment element; - at least one spring device adapted to be interposed between said abutment element and said supporting foot, said spring device being configured to generate a return action (force and/or torque) of the automated warehouse as a result of the relative movement of said automated warehouse with respect to the support and sliding surface from the initial resting position of the supporting foot; characterized in that said spring device exhibits a progressive spring characteristic, according to which the stiffness of the spring device increases as the supporting foot becomes relatively increasingly spaced apart from the abutment element, starting from the initial relative resting position. - at least one supporting foot suitable for being fixed to a load-bearing structure of said automated warehouse, said supporting foot being configured for resting and sliding on a support and sliding surface, so as to allow relative movement of the automated warehouse with respect to the support and sliding surface, - at least one abutment element suitable for being solidly constrained with said support and sliding surface, wherein the supporting foot can assume an initial resting position with respect to the abutment element; - at least one spring device adapted to be interposed between said abutment element and said supporting foot, said spring device being configured to generate a return action (force and/or torque) of the automated warehouse as a result of the relative movement of said automated warehouse with respect to the support and sliding surface from the initial resting position of the supporting foot; characterized in that said spring device exhibits a progressive spring characteristic, according to which the stiffness of the spring device increases as the supporting foot becomes relatively increasingly spaced apart from the abutment element, starting from the initial relative resting position.
A cosmetic composition comprising: a. Allantoin and Heliotropine and b. ionically bound and/or free thiocyanate ions or derivatives thereof. a. Allantoin and Heliotropine and b. ionically bound and/or free thiocyanate ions or derivatives thereof.
Method to prepare a filler with a hyaluronic acid base comprising the following steps: A) crosslinking the hyaluronic acid by mixing the following components in a reaction chamber: water, hyaluronic acid, a solution of alkali metal hydroxide, a crosslinking agent chosen from polyethylene glycol diglycidyl ether (PEG DE), polypropylene glycol diglycidyl ether (PPG DE) and polytetramethylene glycol diglycidyl ether, the mixing time being comprised between 10 and 40 minutes; B) a neutralization step in which the gel of crosslinked HA obtained from the crosslinking step A) is put in contact with a neutralization solution comprising the following components: water, hydrochloric acid HCl, a buffer agent, lidocaine or derivatives thereof as an anesthetic agent; wherein in said crosslinking step A) the reaction mixture is subjected to an ultrasound treatment for a time comprised between 5 and 15 minutes. A) crosslinking the hyaluronic acid by mixing the following components in a reaction chamber: water, hyaluronic acid, a solution of alkali metal hydroxide, a crosslinking agent chosen from polyethylene glycol diglycidyl ether (PEG DE), polypropylene glycol diglycidyl ether (PPG DE) and polytetramethylene glycol diglycidyl ether, the mixing time being comprised between 10 and 40 minutes; B) a neutralization step in which the gel of crosslinked HA obtained from the crosslinking step A) is put in contact with a neutralization solution comprising the following components: water, hydrochloric acid HCl, a buffer agent, lidocaine or derivatives thereof as an anesthetic agent;
A casting device (10,90) comprising: a sleeve that is configured to communicate with a cavity of a mold to be decompressed, and has a pouring hole; a tip that is configured to be inserted into the sleeve; a rod that is configured to be mounted on the tip; an injection device that is configured to apply a force to the tip via the rod; a sliding member with the rod to slide through the center of the sliding member and a gap is formed between the sliding member and the sleeve; a seal member that is disposed on the outer circumference of the sliding member; and a suction device that is configured to suction air in the sleeve; wherein, when air in a space between the tip and the sliding member in the sleeve is suctioned while the seal member is positioned in a middle section of the sleeve that is positioned toward the cavity rather than toward the pouring hole, the seal member is configured to be placed in a first state where the seal member is configured to adhere to the middle section; wherein, before the air in the space is suctioned while the seal member is positioned in the middle section, the seal member is configured to be placed in a second state where the seal member is configured to receive a smaller force from the middle section than the force received from the middle section by the seal member in the first state; wherein, in the second state, a gap is formed between the seal member and the middle section and wherein, in the first state, the tip is configured to advance toward the cavity. a sleeve that is configured to communicate with a cavity of a mold to be decompressed, and has a pouring hole; a tip that is configured to be inserted into the sleeve; a rod that is configured to be mounted on the tip; an injection device that is configured to apply a force to the tip via the rod; a sliding member with the rod to slide through the center of the sliding member and a gap is formed between the sliding member and the sleeve; a seal member that is disposed on the outer circumference of the sliding member; and a suction device that is configured to suction air in the sleeve; wherein, when air in a space between the tip and the sliding member in the sleeve is suctioned while the seal member is positioned in a middle section of the sleeve that is positioned toward the cavity rather than toward the pouring hole, the seal member is configured to be placed in a first state where the seal member is configured to adhere to the middle section; wherein, before the air in the space is suctioned while the seal member is positioned in the middle section, the seal member is configured to be placed in a second state where the seal member is configured to receive a smaller force from the middle section than the force received from the middle section by the seal member in the first state; wherein, in the second state, a gap is formed between the seal member and the middle section and wherein, in the first state, the tip is configured to advance toward the cavity.
A system (400, 400'. 400"), comprising: a polymeric housing (410, 410', 410"), a first component (420, 420', 420a'), a first connector (310, 310', 310a") in electrically conductive connection with the first component (420, 420', 420a') within the housing (410, 410', 410"), the first connector (310, 310', 310a") comprising a first extending member (340, 340') formed from a conductive loaded polymeric material, the first extending member (340, 340') being formed such that an interior (344, 344') thereof comprises conductive elements within a matrix of the polymeric material so that the interior (344, 344') is electrically conductive, the interior (344, 344') of the first extending member being in electrically conductive connection with the first component, the first connector (310, 310', 310a") further comprising a first extending conductive element (320, 320', 320a") in electrical connection with the interior (344, 344') of the first extending member (340, 340'), the first extending conductive element (320, 320', 320a") extending from the first extending member (340, 340') to pass through the polymeric housing (410, 410', 410"), a sealing bond being formed between the polymeric material of the first extending member (340, 340') and the polymeric housing (410, 410', 410"). characterised in that the first extending member (340, 340') formed from the conductive loaded polymeric material has an insulating exterior surface (342, 342').
An antiseptic composition comprising at least one salt of ethylene diamine tetraacetic acid (EDTA) in solution, wherein the at least one EDTA salt comprises at least one of tri-sodium and tetra sodium EDTA at a concentration of at least 0.01% (w/v) and less than 15% (w/v), wherein the antiseptic composition has a anti-microbial effect over a broad spectrum of microbes, wherein the antiseptic composition has a pH of at least 9.5, and wherein the antiseptic composition is packaged and in a sterile, non-pyrogenic form.
Oxycombustion process wherein a combustor is fed with a fuel that produces ashes when combusted, a comburent and compounds under the form of coherent aggregates having the following features: Young modulus ≥10 4 MPa, particle sizes having a granulometric distribution wherein the particle sizes are higher than 75 μm for at least 60% by weight of the granulometric distribution, the aggregates having the above features when they are introduced into the combustor, the amount of aggregates on the fuel ashes ranging from ≥5% in % by weight up to at most 1:1 by weight, the combustor being isothermal and flameless, the comburent being oxygen having a titre higher than 80% by volume, the complement to 100% being inert gases and/or nitrogen.
Compound of the general formula wherein R 1 is -CN or -CH 2 NH 2 or a radical of formula or and wherein R 2 and R 3 are hydrogen or combined into a diol protecting group such that the compound of general formula is represented as a compound of general formula, or characterized in that R 4 is -CH(CH 3)CH 2 CH 3, -CH(CH 3)CH(CH 3) 2 or -CH(CH 3)CH 2 CH(CH 3) 2.
Contacting board for an energy storage module, in particular a lithium-ion accumulator, comprising a flexible plastic substrate which provides first conductor tracks for an electrical connection of a sensor board with connection poles of the energy storage module, wherein the plastic substrate has a first large side and a second large side aligned parallel to this, wherein one of the larges sides (17, 18) is equipped with a heating device and wherein contacting elements interacting with the connection poles of the energy storage module are provided which are formed at a distance from the plastic substrate.
Method for determining heavy metal ions and/or pollutants in a sample by means of electro ultrafiltration and by means of an electro ultrafiltration device comprising a sample chamber that is connected by means of openings, which each are provided with an ultrafiltration membrane, to at least one adjacent anodic external chamber and at least one adjacent cationic external chamber each, whereby a) the sample is mixed in the sample chamber with an aqueous medium that contains at least one complexing agent; b) the sample mixed with the medium is subjected to an initial electro ultrafiltration at an initial temperature, an initial voltage, and an initial current; c) at least one initial anode filtrate and initial cathode filtrate is obtained; d) the sample mixed with the medium is subsequently subjected to a follow-up electro ultrafiltration at a follow-up temperature, a follow-up voltage, and a follow-up current, whereby the follow-up electro ultrafiltration differs from the initial electro ultrafiltration in at least one of the EUF conditions; e) at least one follow-up anode filtrate and follow-up cathode filtrate is obtained; f) the heavy metal ions and/or pollutants contained in the filtrates thus obtained are determined analytically, whereby procedural steps b) and c) as well as procedural steps d) and e) each are repeated two to ten times in direct succession in order to obtain a corresponding number of initial fractions and follow-up fractions, and whereby the filling level in the sample chamber is kept constant during the electro ultrafiltration. a) the sample is mixed in the sample chamber with an aqueous medium that contains at least one complexing agent; b) the sample mixed with the medium is subjected to an initial electro ultrafiltration at an initial temperature, an initial voltage, and an initial current; c) at least one initial anode filtrate and initial cathode filtrate is obtained; d) the sample mixed with the medium is subsequently subjected to a follow-up electro ultrafiltration at a follow-up temperature, a follow-up voltage, and a follow-up current, whereby the follow-up electro ultrafiltration differs from the initial electro ultrafiltration in at least one of the EUF conditions; e) at least one follow-up anode filtrate and follow-up cathode filtrate is obtained; f) the heavy metal ions and/or pollutants contained in the filtrates thus obtained are determined analytically,
A fluid power control system for regulating respective flows of hydraulic fluid through a pair of hydraulic actuators (A, B) to enable said actuators (A, B) to move respective load-engaging members simultaneously, said control system comprising: (a) said pair of hydraulic actuators (A, B); (b) an electrically-controlled fluid-power valve assembly including a valve controller, said valve assembly being automatically operable to regulate said respective flows of hydraulic fluid so as to separately control movements of said hydraulic actuators (A, B); (c) a sensor assembly operable to enable said controller to sense a difference in movement between said hydraulic actuators (A, B) and to generate a signal in response to said difference; (d) said controller being operable to sense respective magnitudes of movement of each of said actuators (A, B), and said electrically-controlled fluid-power valve assembly being operable to control said respective magnitudes in response to said respective magnitudes sensed by said controller; characterized in that (e) said electrically-controlled fluid-power valve assembly is operable, automatically in response to said signal and to said respective magnitudes of movement of each of said actuators (A, B), to decrease said difference by controlling a maximum magnitude of movement of one actuator having the higher said magnitude while simultaneously permitting an increase in movement of the other actuator to a magnitude higher than said maximum magnitude. (a) said pair of hydraulic actuators (A, B); (b) an electrically-controlled fluid-power valve assembly including a valve controller, said valve assembly being automatically operable to regulate said respective flows of hydraulic fluid so as to separately control movements of said hydraulic actuators (A, B); (c) a sensor assembly operable to enable said controller to sense a difference in movement between said hydraulic actuators (A, B) and to generate a signal in response to said difference; (d) said controller being operable to sense respective magnitudes of movement of each of said actuators (A, B), and said electrically-controlled fluid-power valve assembly being operable to control said respective magnitudes in response to said respective magnitudes sensed by said controller; characterized in that (e) said electrically-controlled fluid-power valve assembly is operable, automatically in response to said signal and to said respective magnitudes of movement of each of said actuators (A, B), to decrease said difference by controlling a maximum magnitude of movement of one actuator having the higher said magnitude while simultaneously permitting an increase in movement of the other actuator to a magnitude higher than said maximum magnitude.
Noise reducer device intended to be connected to a firearm, consisting of: - a cylindrical body with a continuous central passage, - gas flow means with the capacity to evacuate at least part of the gas through closable exhaust means, - closing means which guarantee the closing or opening of closable exhaust means. - activation means which actuate the closing means, characterised in that the activation means are ready for set up when a threshold temperature is attained. - a cylindrical body with a continuous central passage, - gas flow means with the capacity to evacuate at least part of the gas through closable exhaust means, - closing means which guarantee the closing or opening of closable exhaust means. - activation means which actuate the closing means, characterised in that the activation means are ready for set up when a threshold temperature is attained.
A nucleic acid construct, comprising: (a) targeting arms for directing the nucleic acid construct to a target gene of a nucleic acid of a cell; (b) an actuating sequence in sense orientation with respect to transcription of the target gene, and a drug selection cassette in sense or antisense orientation; (c) in antisense orientation a nucleotide sequence of interest and a COIN (conditional by inversion element); and, (d) recombinable units wherein the recombinable units comprise two first pairs of cognate recombinase recognition sites recognized by a first recombinase, a first recombinable unit comprising the actuating sequence, the DSC and the NSI, wherein the first recombinable unit is flanked by a pair of the two first pairs of cognate recombinase recognition sites recognized by the first recombinase, a second recombinable unit comprising the NSI, wherein the second recombinable unit is flanked by a pair of the two first pairs of cognate recombinase recognition sites recognized by the first recombinase, two second pairs of cognate recombinase recognition sites recognized by a second recombinase, and one third pair of cognate recombinase recognition sites recognized by a third recombinase; wherein the first pairs, the second pairs, and the third pairs of recombinase recognition sites are recognized by different recombinases; wherein the recombinable units recombine upon exposure to a first recombinase to form a conditional allele that lacks the actuating sequence and the DSC, and contains the NSI in sense orientation and the COIN in antisense orientation; and wherein the conditional allele when further exposed to the second recombinase, recombines to form an allele lacking the NSI and having the COIN in sense orientation. (a) targeting arms for directing the nucleic acid construct to a target gene of a nucleic acid of a cell; (b) an actuating sequence in sense orientation with respect to transcription of the target gene, and a drug selection cassette in sense or antisense orientation; (c) in antisense orientation a nucleotide sequence of interest and a COIN (conditional by inversion element); and, (d) recombinable units
A baby carrier, comprising: a belt part configured to be fixed to a waist of a wearer; a hip seat coupled to the belt part and configured to support a hip of a baby; and a fastener part including a first fastening member connected to the belt part and a second fastening member connected to the hip seat and removably coupled to the first fastening member, wherein the hip seat includes a connecting portion fixed to the belt part, a seating portion foldably extending from an upper side of the connecting portion and configured to support a baby, and a support portion foldably extending from a lower side of the connecting portion and configured to support the seating portion when the baby is seated on the seating portion, and one end portion of the first fastening member is connected to the belt part, and one end portion of the second fastening member is connected to an outer surface of the support portion. a belt part configured to be fixed to a waist of a wearer; a hip seat coupled to the belt part and configured to support a hip of a baby; and a fastener part including a first fastening member connected to the belt part and a second fastening member connected to the hip seat and removably coupled to the first fastening member, wherein the hip seat includes a connecting portion fixed to the belt part, a seating portion foldably extending from an upper side of the connecting portion and configured to support a baby, and a support portion foldably extending from a lower side of the connecting portion and configured to support the seating portion when the baby is seated on the seating portion, and one end portion of the first fastening member is connected to the belt part, and one end portion of the second fastening member is connected to an outer surface of the support portion.
A composite material based on (a) at least one cellulose- or lignocellulose-containing material and (b) at least one aminoalkylsilane of the formula R 1 R 2 N(CHR 4) a Si(R 3) r 3-r, in which groups R 1 and R 2 are identical or different and in each case are H or a linear, branched or cyclic C 1 - to C 20 -alkyl group or an aryl group or an aminocarbyl group, it being possible for groups R 1 and R 2 to be optionally substituted, groups R 4 are identical or different and R 4 is H or methyl, a is from 1 to 10, R 3 is H or a linear or branched C 1 - to C 8 -alkyl group, groups R are identical or different and R is H or a linear or branched C 1 - to C 8 -alkyl group and r is 0 or 1 or 2, or at least one cocondensate of at least one aminoalkylsilane of the general formula and at least one further functional silane of the general formula R 7 (CHR 6) b Si(R 5) p 3-p, in which R 7 is H or a vinyl group or an amino group or a glycidyloxy group or an acryloyloxy group or a methacryloyloxy group or a mercapto group or a sulfane group or a linear or branched C 1 - to C 20 -alkyl group or an aryl group, it being possible for the group R 7 to be optionally substituted, groups R 6 are identical or different and R 6 is H or methyl, b is from 0 to 18, R 5 is H or a linear or branched C 1 - to C 8 -alkyl group, groups R are identical or different and R is H or a linear or branched C 1 - to C 8 -alkyl group and p is 0 or 1 or 2, it being possible for the amino functions in the cocondensate to be partly or completely neutralized with an inorganic or organic acid, or an aqueous solution which contains at least one aminoalkylsilane of the formula or at least one cocondensate based on at least one aminoalkylsilane of the general formula and at least one further functional silane of the general formula, as a binder, wherein a limit of free alcohol is not more than 3 % by weight.
A method for manufacturing a solar cell from a silicon wafer comprising a step of etching the wafer wherein the surface of the wafer is etched to roughen the surface with an etching gas consisting of F 2 in admixture with nitrogen, helium and/or argon.
A system comprising: - a multi-mode amplifier configured to jointly amplify a plurality of optical powers of a corresponding plurality of spatial modes carried by a multi-mode fiber (104, 301); and - an optical spatial mode gain equalizer (203, 300) configured to attenuate the optical power of a first spatial mode of the plurality of spatial modes with respect to the optical power of a second spatial mode of the plurality of spatial modes; wherein the optical spatial mode gain equalizer (203, 300) comprises a 4f-correlator. - a multi-mode amplifier configured to jointly amplify a plurality of optical powers of a corresponding plurality of spatial modes carried by a multi-mode fiber (104, 301); and - an optical spatial mode gain equalizer (203, 300) configured to attenuate the optical power of a first spatial mode of the plurality of spatial modes with respect to the optical power of a second spatial mode of the plurality of spatial modes; wherein the optical spatial mode gain equalizer (203, 300) comprises a 4f-correlator.