mhurhangee/ep-ind-claims huggingface dataset:
Telecommunications system for providing a transport route with wireless data and/or speech connections between transport users and a remote telecommunications infrastructure, the telecommunications system comprising: - a plurality of cable segments arranged along the transport route for wireless transmission of communications signals to or from the passengers, - a plurality of repeater stations, hereinafter referred to as repeaters (Ri), for providing the cable segments with the communications signals, - at least one power cable for supplying the repeaters (Ri) with electrical power, - at least one optical conductor for transmission of the communications signals to the repeaters (Ri), - at least one optical master unit for the transmission of the communications signals between the telecommunications infrastructure and at least a first one of the repeaters Ri) via the at least one optical conductor, characterised in that each of the cable segments extends between two adjacent repeaters (Ri) and includes at least the following components: - a conduit for the passage of the at least one optical waveguide between the adjacent repeaters (Ri), - a radiating cable segment for wireless transmission and/or reception of the said communications signals, - a power cable segment for conveying electrical the power between the adjacent repeaters (Ri), and - a holding member for holding the said components (5, 6, 10, 11) together. - a plurality of cable segments arranged along the transport route for wireless transmission of communications signals to or from the passengers, - a plurality of repeater stations, hereinafter referred to as repeaters (Ri), for providing the cable segments with the communications signals, - at least one power cable for supplying the repeaters (Ri) with electrical power, - at least one optical conductor for transmission of the communications signals to the repeaters (Ri), - at least one optical master unit for the transmission of the communications signals between the telecommunications infrastructure and at least a first one of the repeaters Ri) via the at least one optical conductor, - a conduit for the passage of the at least one optical waveguide between the adjacent repeaters (Ri), - a radiating cable segment for wireless transmission and/or reception of the said communications signals, - a power cable segment for conveying electrical the power between the adjacent repeaters (Ri), and - a holding member for holding the said components (5, 6, 10, 11) together.
An aqueous disinfectant or sterilant composition, comprising: a) an aqueous vehicle including: i) water; ii) from 0.001 wt% to 50 wt% of a peracid; and iii) from 0.001 wt% to 25 wt% of a peroxide, b) from 0.001 ppm to 50,000 ppm by weight of a transition metal or alloy thereof based on the aqueous vehicle content, wherein said transition metal or alloy thereof comprises a colloidal metal or alloy thereof wherein the colloidal metal and alloy thereof is silver and wherein the composition is free from aldehydes. a) an aqueous vehicle including: i) water; ii) from 0.001 wt% to 50 wt% of a peracid; and iii) from 0.001 wt% to 25 wt% of a peroxide, i) water; ii) from 0.001 wt% to 50 wt% of a peracid; and iii) from 0.001 wt% to 25 wt% of a peroxide, b) from 0.001 ppm to 50,000 ppm by weight of a transition metal or alloy thereof based on the aqueous vehicle content, wherein said transition metal or alloy thereof comprises a colloidal metal or alloy thereof wherein the colloidal metal and alloy thereof is silver and wherein the composition is free from aldehydes.
Wearable sensing device, comprising: • a sensor carrier having a sensor at a bottom surface of the sensor carrier, for pressing said sensor against a subject's skin; • an elastic band having two ends; • two fasteners (105a, 105b), each fastener (105a, 105b) attached to opposite ends of the elastic band; • two elongated fastening slots (104a, 104b) extending from a top side to said bottom surface of the sensor carrier, wherein the elongated fastening slots are located at opposite locations near an edge of the sensor carrier, wherein the elongated fastening slots (104a, 104b) are arranged for removably receiving the fasteners (104a, 104b); • characterised in that in use, the fasteners (105a,105b) are inserted in the fastening slots (104a,104b) on the top side of the sensor carrier, and wherein said elastic band emanates at one end from a first one of said two fasteners for bending around a limb or body part of said subject, starting at a first tipping point at said top side of said sensor carrier, and wherein at an opposite end of said the band 102, said band bends back at a second tipping point at said top side of said carrier into a second one of said two fasteners. • a sensor carrier having a sensor at a bottom surface of the sensor carrier, for pressing said sensor against a subject's skin; • an elastic band having two ends; • two fasteners (105a, 105b), each fastener (105a, 105b) attached to opposite ends of the elastic band; • two elongated fastening slots (104a, 104b) extending from a top side to said bottom surface of the sensor carrier, wherein the elongated fastening slots are located at opposite locations near an edge of the sensor carrier, wherein the elongated fastening slots (104a, 104b) are arranged for removably receiving the fasteners (104a, 104b); • characterised in that in use, the fasteners (105a,105b) are inserted in the fastening slots (104a,104b) on the top side of the sensor carrier, and wherein said elastic band emanates at one end from a first one of said two fasteners for bending around a limb or body part of said subject, starting at a first tipping point at said top side of said sensor carrier, and wherein at an opposite end of said the band 102, said band bends back at a second tipping point at said top side of said carrier into a second one of said two fasteners.
Compounds 4-[5-[(rac)-1-[5-(3-Chlorophenyl)-3-isoxazolyl]ethoxy]-4-methyl-4 H -1,2,4-triazol-3-yl]pyridine, or 4-[5-[ -1-[5-(3-Chlorophenyl)-3-isoxazolyl]ethoxy]-4-methyl-4 H -1,2,4-triazol-3-yl]pyridine and/or 4-[5-[ -1-[5-(3-Chlorophenyl)-3-isoxazolyl]ethoxy]-4-methyl-4 H -1,2,4-triazol-3-yl]pyridine, or a pharmaceutically acceptable salt, solvate, isotope, or mixture thereof, for use in prevention and/or treatment of stress in combination with one or more disorders selected from the group consisting of operative gastroesophageal reflux, anxiety, ulcer, renal and vascular disorders, wound healing and inappetence in a dog, cat, horse or pig.
Handle device, in particular aid for standing up for persons, for example in the sanitary field, with a grab rail on which is mounted at least one gripping end (13a, 13b) or between two gripping ends (13a, 13b) at least one suction head with a suction disc or a suction piston and an actuation device for the suction disc or suction piston respectively, so that the suction head or heads, by actuation of the actuation device, may be attached to a porous surface, creating a vacuum acting between the porous surface and the suction disc or suction piston respectively, and may be released from it by removal of the vacuum, characterised in that a vacuum loss indicator responding to a drop in vacuum is provided, wherein the vacuum loss indicator has at least one indicator element which is separate from the suction head housing of the suction head and is movable by means of change in vacuum between a basic position corresponding to an adequate vacuum for the desired holding force of the handle device and at least one loss indicator position indicating a reduction in vacuum, wherein the indicator element is connected by connecting means with the suction disc or the suction piston, which have a pin connected at one end to the suction disc or the suction piston and at the other end to the indicator element, and a spring element (28, 40) connected to the indicator element and with a spring force acting against the vacuum force effected by the vacuum in the direction of a smooth surface, wherein indicator element and pin are movable relative to one another and are held against one another in contact by means of static friction generated by the vacuum force, and wherein in the event of a drop in vacuum the static friction may be overcome by the spring force of the spring element acting at right-angles to the direction of the vacuum force, by which means the indicator element comes into its adoptable loss indicator position, exposed relative to the handle periphery, visible and identifiable by touch.
A molecular sieve material, designated EMM-22, having, in its as-calcined form, an X-ray diffraction pattern including the following peaks: Table 1 d-spacing (Å) Relative Intensity [100 x I/I(o)] 11,03±0.40 VS 9.91±0.20 W 6.70±0.04 VW 4.39±0.02 W 4.06±0.04 W 3.85±0.02 M 3.37±0.02 S
Device comprising a drive unit and a control unit for moving a first furniture part (2, 21, 22, 23) relative to a second furniture part (1, 20), wherein by means of the device the control unit can be driven for controlling the movement of the first furniture part (2, 21, 22, 23) relative to the second furniture part (1, 20), wherein the control unit is configured after a movement of the first furniture part (2, 21, 22, 23) into a position which is defined by a mechanical stop (1a, 20a) to predefine a movement of the first furniture part (2, 21, 22, 23) away from the mechanical stop (1a, 20a) by a predefined path, wherein the first furniture part remains in the reached position as an end position, characterised in that the control unit is designed to define the movement to the mechanical stop (1a, 20a) and the end position remote from the latter with each closing process of the first furniture part (2, 21, 22, 23) on the second furniture part (1, 20).
A sheet manufacturing apparatus comprising: an accumulating unit that causes a defibrated product to accumulate in a dry manner and forms a web; a moisture adding unit that adds moisture from a side of one surface of the formed web such that a moisture content of the web is equal to or more than 12 mass% and equal to or less than 40 mass%; and a heating unit that heats the web to which moisture is added, wherein the heating unit has a first portion that comes in contact with the one surface of the web and a second portion that comes in contact with another surface of the web, characterised in that the heating unit heats the web in a state of a surface temperature of the first portion being higher than a surface temperature of the second portion. an accumulating unit that causes a defibrated product to accumulate in a dry manner and forms a web; a moisture adding unit that adds moisture from a side of one surface of the formed web such that a moisture content of the web is equal to or more than 12 mass% and equal to or less than 40 mass%; and a heating unit that heats the web to which moisture is added, wherein the heating unit has a first portion that comes in contact with the one surface of the web and a second portion that comes in contact with another surface of the web, characterised in that the heating unit heats the web in a state of a surface temperature of the first portion being higher than a surface temperature of the second portion.
An all-solid secondary battery comprising: a cathode layer comprising a cathode active material layer; an anode layer; and a solid electrolyte layer comprising a solid electrolyte, wherein the solid electrolyte layer is disposed between the cathode layer and the anode layer, wherein the anode layer comprises an anode current collector, a first anode active material layer in contact with the solid electrolyte layer, and a second anode active material layer disposed between the anode current collector and the first anode active material layer, wherein the first anode active material layer comprises a first carbonaceous anode active material, and the second anode active material layer comprises a second carbonaceous anode active material, and a first intensity ratio of an intensity of a D band peak to an intensity of a G band peak in a Raman spectrum of the first carbonaceous anode active material is less than a second intensity ratio of an intensity of a D band peak to an intensity of a G band peak in a Raman spectrum of the second carbonaceous anode active material, wherein a thickness of the first anode active material layer is less than a thickness of the second anode active material layer. a cathode layer comprising a cathode active material layer; an anode layer; and a solid electrolyte layer comprising a solid electrolyte, wherein the solid electrolyte layer is disposed between the cathode layer and the anode layer, wherein the anode layer comprises an anode current collector, a first anode active material layer in contact with the solid electrolyte layer, and a second anode active material layer disposed between the anode current collector and the first anode active material layer, an anode current collector, a first anode active material layer in contact with the solid electrolyte layer, and a second anode active material layer disposed between the anode current collector and the first anode active material layer, wherein the first anode active material layer comprises a first carbonaceous anode active material, and the second anode active material layer comprises a second carbonaceous anode active material, and a first intensity ratio of an intensity of a D band peak to an intensity of a G band peak in a Raman spectrum of the first carbonaceous anode active material is less than a second intensity ratio of an intensity of a D band peak to an intensity of a G band peak in a Raman spectrum of the second carbonaceous anode active material, wherein a thickness of the first anode active material layer is less than a thickness of the second anode active material layer.
A recombinant microorganism genetically modified to present an improved fermentative production of methionine and/or its derivatives in comparison with the endogenous production of the corresponding wild-type microorganisms, wherein in said recombinant microorganism, the expression of metH from E. coli, and the expression of the genes fldA and fpr from E. coli are enhanced and the genes ygaZH from E. coli or their homologous genes are overexpressed, wherein said recombinant microorganism is Escherichia coli and wherein the enhanced expression and the overexpression, respectively, is achieved by - increasing the number of copies of the gene in the microorganism, - using a promoter leading to a high level of expression of the gene, - attenuating the activity or the expression of a transcription repressor, specific or non-specific of the gene or - using elements stabilizing the corresponding messenger RNA or elements stabilizing the protein. - increasing the number of copies of the gene in the microorganism, - using a promoter leading to a high level of expression of the gene, - attenuating the activity or the expression of a transcription repressor, specific or non-specific of the gene or - using elements stabilizing the corresponding messenger RNA or elements stabilizing the protein.
A vehicular driving support system comprising: a recognition unit that recognizes a solid body that exists in an advancing direction of a host vehicle; an acquisition unit that acquires at least one avoidance target trajectory that allows a collision of the host vehicle with the solid body to be avoided, on a basis of a traveling state of the host vehicle, if the recognition unit recognizes an existence of the solid body; and a support control unit that performs support control for avoiding a collision of the host vehicle with the solid body on a basis of the avoidance target trajectory acquired by the acquisition unit, the system characterized in that the support control unit performs control regarding braking of the host vehicle without performing control regarding turning of the host vehicle if the avoidance target trajectories acquired by the acquisition unit exist on right and left sides of the solid body in a right-to-left direction of the host vehicle. a recognition unit that recognizes a solid body that exists in an advancing direction of a host vehicle; an acquisition unit that acquires at least one avoidance target trajectory that allows a collision of the host vehicle with the solid body to be avoided, on a basis of a traveling state of the host vehicle, if the recognition unit recognizes an existence of the solid body; and a support control unit that performs support control for avoiding a collision of the host vehicle with the solid body on a basis of the avoidance target trajectory acquired by the acquisition unit, the system characterized in that the support control unit performs control regarding braking of the host vehicle without performing control regarding turning of the host vehicle if the avoidance target trajectories acquired by the acquisition unit exist on right and left sides of the solid body in a right-to-left direction of the host vehicle.
Apparatus for simulating anatomical structures disposed in a lower abdominal cavity of a human female, including a female vagina, the apparatus comprising: a) a pressure chamber comprising: i) an interior; ii) first means provide fluid pressure to the pressure chamber; and iii) second means (35, 36, 60) to provide localized fluid pressure within the pressure chamber; b) a vaginal model disposed in the interior of the pressure chamber and comprising a wall: i) defining a vaginal lumen extending inwardly from a vaginal opening associated with a bore through an exterior surface of the pressure chamber to vaginal fornices adjacent a cervical port, ii) having an outer surface comprising an anterior vaginal surface and a posterior vaginal surface, and iii) having at least one passage for providing a fluid to the cervical port, and c) means (31, 54, 68) to deliver liquid to the at least one passage for providing a fluid to the cervical port. a) a pressure chamber comprising: i) an interior; ii) first means provide fluid pressure to the pressure chamber; and iii) second means (35, 36, 60) to provide localized fluid pressure within the pressure chamber; i) an interior; ii) first means provide fluid pressure to the pressure chamber; and iii) second means (35, 36, 60) to provide localized fluid pressure within the pressure chamber; b) a vaginal model disposed in the interior of the pressure chamber and comprising a wall: i) defining a vaginal lumen extending inwardly from a vaginal opening associated with a bore through an exterior surface of the pressure chamber to vaginal fornices adjacent a cervical port, ii) having an outer surface comprising an anterior vaginal surface and a posterior vaginal surface, and iii) having at least one passage for providing a fluid to the cervical port, and i) defining a vaginal lumen extending inwardly from a vaginal opening associated with a bore through an exterior surface of the pressure chamber to vaginal fornices adjacent a cervical port, ii) having an outer surface comprising an anterior vaginal surface and a posterior vaginal surface, and iii) having at least one passage for providing a fluid to the cervical port, and c) means (31, 54, 68) to deliver liquid to the at least one passage for providing a fluid to the cervical port.
A method for adapting mobility parameters in a wireless communication network, the method comprising: determining a first speed estimate for a User Equipment, based on measurements made at a first end of a communication link at a base station; receiving a second speed estimate for the UE, based on measurements made at a second end of the communication link at the UE; comparing the first and second speed estimates; and based on said comparison, adapting at least one mobility parameter. determining a first speed estimate for a User Equipment, based on measurements made at a first end of a communication link at a base station; receiving a second speed estimate for the UE, based on measurements made at a second end of the communication link at the UE; comparing the first and second speed estimates; and based on said comparison, adapting at least one mobility parameter.
Device for inspection, maintenance and painting of a cable, which is remotely supplied and controlled and characterized in that it comprises: - a system of cable anchorage by means of motorized pulleys with grooves and pressure pulleys; - at least a system for moving along the cable to be treated; - at least a system for the motorization; - at least a remote-controlled system of the components of the same device; characterized in that said grooves of the motorized pulleys are positioned in axis with respect to the cable and in that said pressure pulleys having a flat profile, loaded by Belleville springs, firmly anchor the cable to the motorized pulleys. - a system of cable anchorage by means of motorized pulleys with grooves and pressure pulleys; - at least a system for moving along the cable to be treated; - at least a system for the motorization; - at least a remote-controlled system of the components of the same device; characterized in that said grooves of the motorized pulleys are positioned in axis with respect to the cable and in that said pressure pulleys having a flat profile, loaded by Belleville springs, firmly anchor the cable to the motorized pulleys.
A radio-controlled vehicle comprising a frame having a longitudinal axis and comprising a left longitudinal member, a right longitudinal member; wherein the frame comprises, furthermore, a front guide and a rear guide, which transversely connect said right longitudinal member and left longitudinal member to one another; wherein each guide (43A; 43B) is a tubular body having an inner cavity (44A; 44B) and a longitudinal axis (WA; WB); each guide (43A; 43B) is connected to the left longitudinal member and to the right longitudinal member so as to be transverse, substantially perpendicular, to said longitudinal axis of the frame; wherein each guide (43A; 43B) has a left opening and a right opening, which establish a communication between the respective cavity (44A; 44B) and the outside in the area of a right end and a left end, respectively, of each guide (43A; 43B); wherein the frame comprises an adjustment unit, which comprises, in turn, a first cylinder housed inside the front guide and a second cylinder housed inside the rear guide; wherein each cylinder (47A; 47B) comprises a plurality of rods (511; 51II), each capable of sliding and selectively projecting outwards from the respective guide (43A; 43B) through said left opening or said right opening; the radio-controlled vehicle comprising a left undercarriage and a right undercarriage; wherein each undercarriage (3I; 3II) comprises a support structure (10I; 10II) having a respective longitudinal axis (XI; XII), which, in use, is substantially parallel to the ground; wherein said adjustment unit is configured to vary, in use, the distance between the longitudinal axis of the frame and the longitudinal axis of each undercarriage (XI, XII), so as to consequently change the base of support of the radio-controlled vehicle.