mhurhangee/ep-ind-claims huggingface dataset:
Helmet equipped with goggles, especially for skiing or motorcycling, characterized in that it comprises: - two elastic non-stretchable cords, linked directly or indirectly to the goggles and sized in such a way as to extend to the rear area of the helmet, being located essentially inside the helmet, along the wall thereof; a first of these cords is linked to a lateral side of the goggles and extends over a first lateral side of the helmet, and the second cord is linked to the other lateral side of the goggles and extends over the second lateral side of the helmet; and - a mechanism for simultaneous traction on the two cords, for tensioning of these cords when the goggles are placed in a position of use, on the eyes of the user, and for simultaneously releasing these two cords, in order to allow the goggles to be moved to a non-use position, in which they are placed on the front part of the helmet, this mechanism including holding means for maintaining it in at least one stable tensioning position of said cords. - two elastic non-stretchable cords, linked directly or indirectly to the goggles and sized in such a way as to extend to the rear area of the helmet, being located essentially inside the helmet, along the wall thereof; a first of these cords is linked to a lateral side of the goggles and extends over a first lateral side of the helmet, and the second cord is linked to the other lateral side of the goggles and extends over the second lateral side of the helmet; and - a mechanism for simultaneous traction on the two cords, for tensioning of these cords when the goggles are placed in a position of use, on the eyes of the user, and for simultaneously releasing these two cords, in order to allow the goggles to be moved to a non-use position, in which they are placed on the front part of the helmet, this mechanism including holding means for maintaining it in at least one stable tensioning position of said cords.
A boom driving device for a construction machine, comprising: a boom cylinder that elongates to rotate a boom upward in response to a supply of working fluid to a working chamber (25, 30) and contracts to rotate the boom downward in response to discharge of the working fluid from the working chamber (25, 30); a boom change-over valve that displaces between a pump position connecting the working chamber (25, 30) to a pump and a tank position connecting the working chamber (25, 30) to a tank while increasing a connecting cross-sectional area between the working chamber (25, 30) and the tank when displacing towards the tank position; a power generator (M, 35); a regenerative passage that is branched off at a position upstream of the boom changeover valve from a passage connecting the working chamber (25, 30) to the tank and supplies a part of the working fluid discharged from the working chamber (25, 30) to drive the generator (M, 35) to rotate; and a regenerative control valve that opens and closes the regenerative passage; characterized in that the boom driving device further comprises a sensor that detects a displacement position of the boom change-over valve; a programmable controller programmed to: open the regenerative control valve when a displacement position of the boom change-over valve has exceeded a predetermined position in a course of displacement towards the tank position. a boom cylinder that elongates to rotate a boom upward in response to a supply of working fluid to a working chamber (25, 30) and contracts to rotate the boom downward in response to discharge of the working fluid from the working chamber (25, 30); a boom change-over valve that displaces between a pump position connecting the working chamber (25, 30) to a pump and a tank position connecting the working chamber (25, 30) to a tank while increasing a connecting cross-sectional area between the working chamber (25, 30) and the tank when displacing towards the tank position; a power generator (M, 35); a regenerative passage that is branched off at a position upstream of the boom changeover valve from a passage connecting the working chamber (25, 30) to the tank and supplies a part of the working fluid discharged from the working chamber (25, 30) to drive the generator (M, 35) to rotate; and a regenerative control valve that opens and closes the regenerative passage; open the regenerative control valve when a displacement position of the boom change-over valve has exceeded a predetermined position in a course of displacement towards the tank position.
A method of operating an integrated circuit in at least first and second states, wherein the integrated circuit includes logic circuitry interposed in a data path, the method comprising the step of: when the integrated circuit is operated in the first state, powering at least one combinational logic circuit using a first power supply voltage having a first voltage level while operating the at least one combinational logic circuit at a given frequency; and wherein the logic circuitry comprises the at least one combinational logic circuit, each combinational logic circuit being coupled between a pair of bypassable clocked storage elements, and the bypassable clocked storage elements are serially coupled in the data path, characterized in that the method comprising the step of: when the integrated circuit is operated in the second state, powering the at least one combinational logic circuit using a second power supply voltage having a second voltage level that is different than the first voltage level while operating the at least one combinational logic circuit at the given frequency, and bypassing at least one of the bypassable clocked storage elements. when the integrated circuit is operated in the first state, powering at least one combinational logic circuit using a first power supply voltage having a first voltage level while operating the at least one combinational logic circuit at a given frequency; and wherein the logic circuitry comprises the at least one combinational logic circuit, each combinational logic circuit being coupled between a pair of bypassable clocked storage elements, and the bypassable clocked storage elements are serially coupled in the data path, characterized in that the method comprising the step of: when the integrated circuit is operated in the second state, powering the at least one combinational logic circuit using a second power supply voltage having a second voltage level that is different than the first voltage level while operating the at least one combinational logic circuit at the given frequency, and bypassing at least one of the bypassable clocked storage elements. when the integrated circuit is operated in the second state, powering the at least one combinational logic circuit using a second power supply voltage having a second voltage level that is different than the first voltage level while operating the at least one combinational logic circuit at the given frequency, and bypassing at least one of the bypassable clocked storage elements.
A heat transfer composition comprising from about 5 to about 40% by weight of trans- 1,3,3,3-tetrafluoropropene (R-1234ze), from about 20 to about 35% by weight difluoromethane (R-32) and from about 15 to about 30% by weight pentafluoroethane (R-125) and from about 12 to about 50% by weight 1,1,1,2-tetrafluoroethane (R-134a), wherein the composition has a volumetric refrigeration capacity within 10% of R-407C, preferably in medium and/or low-temperature applications.
A spray patch comprising an active component, comprising at least one solvent which is readily vaporizable at room temperature, at least one pharmaceutical active component, selected from cannabidiol and tetrahydrocannabidiol, at least one acrylic polymer and/or one urethane polymer forming a transparent breathable film on the skin after vaporization of the solvent, the acrylic polymer being selected from methylprop-2-enoic acid-N,N-dimethylmethanamine (2/1) (Eudragit ® RUAS) or an anionic copolymer with vinyl acetate/crotonic acid (Luviset CA-66) neutralized with suitable aminoalkanols, preferably with aminomethylpropanol, and the urethane polymer being selected from polyurethane-4 (Avalur UR 450), polyurethane-6 (Avalur Flex-6), or polyurethane-14 and AMP-acrylate copolymer (DynamX) ® or an anionic polymer with a terminal acid group (Luviset P.U.R.), which is neutralized with organic or inorganic amino alcohols such as triethanolamine, characterized in that the spray solution additionally contains at least one complexing auxiliary, the complexing auxiliary being α-, β-, or y-cyclodextrin, substituted cyclodextrins, lecithins, polysorbates, glycocholic acid, and/or vegetable oils. at least one solvent which is readily vaporizable at room temperature, at least one pharmaceutical active component, selected from cannabidiol and tetrahydrocannabidiol, at least one acrylic polymer and/or one urethane polymer forming a transparent breathable film on the skin after vaporization of the solvent, the acrylic polymer being selected from methylprop-2-enoic acid-N,N-dimethylmethanamine (2/1) (Eudragit ® RUAS) or an anionic copolymer with vinyl acetate/crotonic acid (Luviset CA-66) neutralized with suitable aminoalkanols, preferably with aminomethylpropanol, and the urethane polymer being selected from polyurethane-4 (Avalur UR 450), polyurethane-6 (Avalur Flex-6), or polyurethane-14 and AMP-acrylate copolymer (DynamX) ® or an anionic polymer with a terminal acid group (Luviset P.U.R.), which is neutralized with organic or inorganic amino alcohols such as triethanolamine, characterized in that the spray solution additionally contains at least one complexing auxiliary, the complexing auxiliary being α-, β-, or y-cyclodextrin, substituted cyclodextrins, lecithins, polysorbates, glycocholic acid, and/or vegetable oils.
A bicycle assembly comprising: a shock absorber comprising: a spring assembly comprising: a gas cylinder having an inner surface; a piston that engages the inner surface, the gas cylinder and piston defining a gas chamber and a negative gas chamber, wherein the gas chamber is separated from the negative gas chamber by the piston; a first valve; a port to provide access into the gas cylinder to adjust the pressure within the gas cylinder and to establish fluid communication between the gas cylinder and the first valve; and a bypass channel, being a groove along an inner surface of the gas cylinder; characterised in that the bypass channel is located at the port to permit fluid to bypass the piston to equalize the pressure in the gas cylinder between the gas chamber and the negative gas chamber. a spring assembly comprising: a gas cylinder having an inner surface; a piston that engages the inner surface, the gas cylinder and piston defining a gas chamber and a negative gas chamber, wherein the gas chamber is separated from the negative gas chamber by the piston; a first valve; a port to provide access into the gas cylinder to adjust the pressure within the gas cylinder and to establish fluid communication between the gas cylinder and the first valve; and a bypass channel, being a groove along an inner surface of the gas cylinder; characterised in that the bypass channel is located at the port to permit fluid to bypass the piston to equalize the pressure in the gas cylinder between the gas chamber and the negative gas chamber. a gas cylinder having an inner surface; a piston that engages the inner surface, the gas cylinder and piston defining a gas chamber and a negative gas chamber, wherein the gas chamber is separated from the negative gas chamber by the piston; a first valve; a port to provide access into the gas cylinder to adjust the pressure within the gas cylinder and to establish fluid communication between the gas cylinder and the first valve; and a bypass channel, being a groove along an inner surface of the gas cylinder; characterised in that the bypass channel is located at the port to permit fluid to bypass the piston to equalize the pressure in the gas cylinder between the gas chamber and the negative gas chamber.
Rigid-frame wheelchair which is designed according to a box frame design, having the following features: - a base frame, which has a rear axle for receiving rear wheels and a left-hand side strut and a right-hand side strut for receiving steering wheels in the front regions of the side struts (3, 4), - an L-shaped seat-foot support frame, which has an L-shaped left-hand strut and an L-shaped right-hand strut, wherein the respective struts (7 and 8, respectively) have a seat tube segment and a foot support tube segment, and the seat-foot support frame furthermore has a transverse strut that connects the struts (7, 8), - two coupling units, which connect the base frame in the left-hand and right-hand front region to the seat-foot support frame in the region of the left-hand and right-hand foot support tube segments thereof in an articulated manner about an axis vertically to a sagittal plane for an angular adjustment, and in which the foot support tube segments are adjustably mounted for seat height adjustment, - a left-hand frame connector and a right-hand frame connector, wherein the frame connectors (11, 12) connect the base frame and the seat tube segments fixedly together, wherein the seat tube segments are able to be connected to the frame connectors (11, 12) in various positions, characterized in that the respective frame connectors (11 and 12, respectively) have a slot that is arranged in an inclined manner with respect to an adjacent slot of the corresponding seat tube segment, and means (38, 39, 40, 41) for securing frame connectors (11 and 12, respectively) and the seat tube segment pass through the slots (46, 48), in order to secure the respective frame connectors (11 and 12, respectively) and the associated seat tube segment in various positions. - a base frame, which has a rear axle for receiving rear wheels and a left-hand side strut and a right-hand side strut for receiving steering wheels in the front regions of the side struts (3, 4), - an L-shaped seat-foot support frame, which has an L-shaped left-hand strut and an L-shaped right-hand strut, wherein the respective struts (7 and 8, respectively) have a seat tube segment and a foot support tube segment, and the seat-foot support frame furthermore has a transverse strut that connects the struts (7, 8), - two coupling units, which connect the base frame in the left-hand and right-hand front region to the seat-foot support frame in the region of the left-hand and right-hand foot support tube segments thereof in an articulated manner about an axis vertically to a sagittal plane for an angular adjustment, and in which the foot support tube segments are adjustably mounted for seat height adjustment, - a left-hand frame connector and a right-hand frame connector, wherein the frame connectors (11, 12) connect the base frame and the seat tube segments fixedly together, wherein the seat tube segments are able to be connected to the frame connectors (11, 12) in various positions,
A biological sample measuring apparatus comprising: a main body case including a sensor insertion section into which a biological sample measuring sensor is to be inserted, the biological sample measuring sensor includes a first detection electrode for detecting that a biological sample has been spotted and a second detection electrode for detecting inflow of the biological sample; a measurement section connected to the sensor insertion section; a first acceleration sensor disposed in the sensor insertion section and configured to detect an impact applied to the sensor insertion section; a second acceleration sensor provided on a substrate inside the main body case; and a control section connected to the measurement section and the first acceleration sensor a display section connected to the control section, characterized in that the control section determines that additional spotting has been carried out on the biological sample measuring sensor, when the first acceleration sensor detects an impact exceeding a predetermined value within a certain time period after the first detection electrode detects spotting of the biological sample and the second detection electrode determines that a sufficient amount of the biological sample has not flowed in; wherein the control section sets a suspension time period, and causes a display section to display an error message or a sounder to output a warning sound if the time during which an operation is suspended until the additional spotting is received exceeds the suspension time period. a main body case including a sensor insertion section into which a biological sample measuring sensor is to be inserted, the biological sample measuring sensor includes a first detection electrode for detecting that a biological sample has been spotted and a second detection electrode for detecting inflow of the biological sample; a measurement section connected to the sensor insertion section; a first acceleration sensor disposed in the sensor insertion section and configured to detect an impact applied to the sensor insertion section; a second acceleration sensor provided on a substrate inside the main body case; and a control section connected to the measurement section and the first acceleration sensor a display section connected to the control section, characterized in that the control section determines that additional spotting has been carried out on the biological sample measuring sensor, when the first acceleration sensor detects an impact exceeding a predetermined value within a certain time period after the first detection electrode detects spotting of the biological sample and the second detection electrode determines that a sufficient amount of the biological sample has not flowed in; wherein the control section sets a suspension time period, and causes a display section to display an error message or a sounder to output a warning sound if the time during which an operation is suspended until the additional spotting is received exceeds the suspension time period.
Apparatus for conversion of an electric current with at least one phase module (2a, 2b, 2c) which has an AC voltage connection (3 1, 3 2, 3 3) and at least one DC voltage connection (p, n), with a phase module branch (6p1, 6p2, 6p3, 6n1, 6n2, 6n3) being formed between each DC voltage connection (p, n) and each AC voltage connection (3 1, 3 2, 3 3) and with each phase module branch (6p1, 6p2, 6p3, 6n1, 6n2, 6n3) having a series circuit composed of submodules which each have an energy store and at least one power semiconductor (T1, T2), having submodule sensors for detection of energy stored in the energy store, with energy store energy values being obtained, and having regulation means for regulation of the apparatus as a function of the energy store energy values and predetermined nominal values, characterized in that the regulation means have an addition unit for addition of the energy store energy values (Uc) with branch energy actual values (Uc∑p1,...,Uc∑n3) being obtained, and have means for calculation of circulating-current nominal values (Dvb, Dhgl, Dhge) as a function of the branch energy actual values (Uc∑p1,...,Uc∑n3), with the regulation means being designed to compensate for unbalances in the branch energy actual values (Uc∑p1,...,Uc∑n3) as a function of the circulating-current nominal values (Dvb, Dhgl, Dhge).
A non-woven fabric comprising: fibres of a fibre raw material comprising bioresorbable and/or biocompatible polymers, the fibres including at least one biologically active substance, which is distributed in the fibres, wherein the biologically active substance is a GDF-5-related protein, which is a protein comprising a cystine-knot-domain with an amino acid identity of at least 60% to the 102 aa-cystine-knot-domain of human GDF-5 according to amino acids 400-501 of SEQ ID NO:2. fibres of a fibre raw material comprising bioresorbable and/or biocompatible polymers, the fibres including at least one biologically active substance, which is distributed in the fibres, wherein the biologically active substance is a GDF-5-related protein, which is a protein comprising a cystine-knot-domain with an amino acid identity of at least 60% to the 102 aa-cystine-knot-domain of human GDF-5 according to amino acids 400-501 of SEQ ID NO:2.
Communication hatch having a door intended to close or free access to an opening in a partition, the door having at least two leaves (3, 4), a first leaf being mounted pivotably on the partition, in such a way that the door can be opened and closed, a second leaf being mounted pivotably on the first leaf so as to provide travel around said first leaf, the two leaves being connected to each other by a hinge device having resilient return means for bringing the second leaf back into the extension of the first leaf, the hinge device being provided with two long frames (8, 9), each long frame conforming in shape at least partially to one edge (6, 7) of a leaf, in such a way that the two long frames face each other at least partially, the resilient return means being fixed to the long frames, characterized in that - each long frame has, on its junction edge (6, 7), a protuberance and an indentation, said protuberance and said indentation extending along the whole length of the junction edges, the long frames being positioned with respect to each other in such a way that the protuberance of the first long frame is complementary to the indentation of the second long frame and the indentation of the first long frame is complementary to the protuberance of the second long frame. - each long frame has, on its junction edge (6, 7), a protuberance and an indentation, said protuberance and said indentation extending along the whole length of the junction edges, the long frames being positioned with respect to each other in such a way that the protuberance of the first long frame is complementary to the indentation of the second long frame and the indentation of the first long frame is complementary to the protuberance of the second long frame.