mhurhangee/ep-ind-claims huggingface dataset:
A jib attachment/detachment mechanism, comprising: a first connecting portion (33, 34) provided to an upper portion of a tip of a boom head; a second connecting portion (64, 65) provided to an upper portion of a rear end of a jib support provided rotatably in a rear portion of a jib main body, the second connection portion configured to be detachably connected to the first connecting portion; a locking portion provided to one of a lower portion of the tip of the boom head and a lower portion of the rear end of the jib support; and an engaging portion provided to the other one of the lower portions and configured to engage with the locking portion, wherein a jib is mounted on the boom head such that the engaging portion or the locking portion provided to the lower portion of the jib support is engaged with the locking portion or the engaging portion provided to the lower portion of the tip of the boom head by lying the jib main body with a cylinder for luffing the jib main body being extended, and pulling up the jib support, together with the rear portion of the jib main body, with a wire by using a winch, and then the second connecting portion is connected to the first connecting portion by contracting the cylinder to rotate the jib support around the locking portion by a predetermined amount, and characterized in that the jib attachment/detachment mechanism comprises a guide mechanism configured to guide the engaging portion or the locking portion of the jib support to a position of engagement with the locking portion or the engaging portion of the boom head when the jib support is pulled up with the wire by using the winch, and to prevent change of a state of the wire being pulled up by the winch when the jib support is rotated around the locking portion by contracting the cylinder. a first connecting portion (33, 34) provided to an upper portion of a tip of a boom head; a second connecting portion (64, 65) provided to an upper portion of a rear end of a jib support provided rotatably in a rear portion of a jib main body, the second connection portion configured to be detachably connected to the first connecting portion; a locking portion provided to one of a lower portion of the tip of the boom head and a lower portion of the rear end of the jib support; and an engaging portion provided to the other one of the lower portions and configured to engage with the locking portion, wherein a jib is mounted on the boom head such that the engaging portion or the locking portion provided to the lower portion of the jib support is engaged with the locking portion or the engaging portion provided to the lower portion of the tip of the boom head by lying the jib main body with a cylinder for luffing the jib main body being extended, and pulling up the jib support, together with the rear portion of the jib main body, with a wire by using a winch, and then the second connecting portion is connected to the first connecting portion by contracting the cylinder to rotate the jib support around the locking portion by a predetermined amount, and
Load-pulling system comprising at least one belt, to which a tensile load is applied and which comprises a matrix and a load-bearing fibre structure, having a plurality of fibres, embedded in the matrix, and which is guided around at least one deflection device so as to have a curved portion in the region of the deflection device, characterised in that the fibre structure comprises one or more carbon fibres and the dimensioning of the belt and the tensile load applied thereto are matched to one another such that, in the curved portion of the belt, a neutral axis of the belt is displaced, relative to a centre line of the load-bearing fibre structure, radially inwardly in the direction of curvature by an amount which is at least 25 % of the thickness (d) of the load-bearing fibre structure.
A guide apparatus comprising: a vacuum compartment having a pumping port arranged for setting the pressure in the vacuum compartment to a desired background pressure and having a gas inlet opening arranged for jetting a gas in the form of a free jet containing entrained ions into the vacuum chamber along a predetermined jetting axis; at least one duct (701, 702, 703, 706,1207) housed within the vacuum chamber and having a guide bore positioned coaxially with the jetting axis for receiving the free jet such that a supersonic jet is discharged into the duct (701, 702, 703, 706, 1207) with a jet pressure ratio P 1 /P 2 restrained to a value which is lower than (A/a) 3 by a factor (1/k 6) within the range of 1.4×10 -3 to 2×10 -7, thereby transforming the supersonic jet to form a subsonic laminar gas flow inside the duct (701, 702, 703, 706, 1207) for guiding the entrained ions therealong; where P 1 is the pressure at the exit end of the gas inlet opening, P 2 is the background pressure of the vacuum compartment, A is a cross-sectional area of the guide bore, and a is the cross-sectional area of the gas inlet opening. a vacuum compartment having a pumping port arranged for setting the pressure in the vacuum compartment to a desired background pressure and having a gas inlet opening arranged for jetting a gas in the form of a free jet containing entrained ions into the vacuum chamber along a predetermined jetting axis; at least one duct (701, 702, 703, 706,1207) housed within the vacuum chamber and having a guide bore positioned coaxially with the jetting axis for receiving the free jet such that a supersonic jet is discharged into the duct (701, 702, 703, 706, 1207) with a jet pressure ratio P 1 /P 2 restrained to a value which is lower than (A/a) 3 by a factor (1/k 6) within the range of 1.4×10 -3 to 2×10 -7, thereby transforming the supersonic jet to form a subsonic laminar gas flow inside the duct (701, 702, 703, 706, 1207) for guiding the entrained ions therealong; where P 1 is the pressure at the exit end of the gas inlet opening, P 2 is the background pressure of the vacuum compartment, A is a cross-sectional area of the guide bore, and a is the cross-sectional area of the gas inlet opening.
An animal feed for dogs or cats based on animal tissue, water and a hydrocolloid as a thickening agent, wherein the animal feed has a water content of at least 80 wt%, preferably at least 85 wt%, a fat content of at least 1 wt% and less than 5 wt%, and a starch content of less than 7 wt%, characterized in that the animal feed is liquid at room temperature, is thixotropic, has a protein content of 1 wt% to 5 wt%, and is packaged inside a tubular pouch, wherein at a front end and a rear end of the tubular pouch, the upper side and lower side thereof are fused at a welding area (2, 4), and in the welding area at the front end, a predetermined breaking point for tearing open the pouch is provided, wherein the hydrocolloid is a gluten-free starch.
A vertical axis water turbine assembly for use in a tidal stream, the vertical axis water turbine assembly being adapted for rotation about a vertical axis and comprising a plurality of vertical blades disposed about said assembly axis, each of the vertical blades having a vertical blade axis and being adapted for movement about said vertical blade axis and guide means actively to control the movement of each of the plurality of vertical blades as the water turbine assembly rotates; the assembly characterised in that the guide means are adapted in a first region to control the movement of each vertical blade as it passes through an area of the tidal stream in which the vertical blade develops maximum lift; and in which the guide means are also adapted in a second region to control the movement of each vertical blade as it passes through an area of the tidal stream in which the vertical blade develops no lift; and in which the guide means comprises a cam translating the rotational movement of the turbine assembly into pivoting movement of the vertical blade; and in which the cam comprises a first cam follower spaced from the axis of rotation of the vertical blade with the first cam follower being adapted to run in a first continuous track provided in or as part of an upper support and a second cam follower spaced from the axis of rotation of the vertical blade and being adapted to run in a first discontinuous track provided in or as part of the upper support in the first area of the tidal stream and in a second discontinuous track provided in or as part of the upper support in the second area of the tidal stream.
Structure of a commercial motor vehicle, comprising: - a passenger compartment with two intermediate uprights of the bottom of the body, transversely opposite; and - a vertical partition for load shutdown arranged in the passenger compartment, bearing on the intermediate uprights, which comprises or forms, at a lower edge and protruding forwards, a transverse beam located between the intermediate uprights so as to be able to limit a depression of said intermediate uprights in the event of a lateral impact, the transverse beam comprising two end faces located opposite the intermediate uprights, respectively, characterised in that said structure comprises a damping wedge located between each of the two end faces and the corresponding intermediate upright. - a passenger compartment with two intermediate uprights of the bottom of the body, transversely opposite; and - a vertical partition for load shutdown arranged in the passenger compartment, bearing on the intermediate uprights, which comprises or forms, at a lower edge and protruding forwards, a transverse beam located between the intermediate uprights so as to be able to limit a depression of said intermediate uprights in the event of a lateral impact, the transverse beam comprising two end faces located opposite the intermediate uprights, respectively,
Aerosol-generating device comprising: - a cartridge for holding an aerosol-forming substrate, - an atomizer for atomizing aerosol-forming substrate; - a micropump for delivering a fluid, wherein the micropump is arranged between the cartridge and the atomizer and in fluid connection with the cartridge and the atomizer for supplying aerosol-forming substrate from the cartridge to the atomizer, the micropump comprising: two pump chambers having two separate chamber volumes; two actuators, each actuator assigned to one of the two pump chambers for changing a respective chamber volume; each pump chamber provided with at least one inlet valve and at least one outlet valve for establishing a pumping direction along a fluid path, said fluid path comprising no angles of 90 degree or smaller; a common inlet and a common outlet, wherein the two pump chambers are arranged in parallel and are in fluid connection with the common inlet and the common outlet, and wherein the actuators are configured to operate in parallel such that a volume change in each of the two pump chambers occurs simultaneously for both pump chambers. - a cartridge for holding an aerosol-forming substrate, - an atomizer for atomizing aerosol-forming substrate; - a micropump for delivering a fluid, wherein the micropump is arranged between the cartridge and the atomizer and in fluid connection with the cartridge and the atomizer for supplying aerosol-forming substrate from the cartridge to the atomizer, the micropump comprising: two pump chambers having two separate chamber volumes; two actuators, each actuator assigned to one of the two pump chambers for changing a respective chamber volume; each pump chamber provided with at least one inlet valve and at least one outlet valve for establishing a pumping direction along a fluid path, said fluid path comprising no angles of 90 degree or smaller; a common inlet and a common outlet, wherein the two pump chambers are arranged in parallel and are in fluid connection with the common inlet and the common outlet, and wherein the actuators are configured to operate in parallel such that a volume change in each of the two pump chambers occurs simultaneously for both pump chambers. two pump chambers having two separate chamber volumes; two actuators, each actuator assigned to one of the two pump chambers for changing a respective chamber volume; each pump chamber provided with at least one inlet valve and at least one outlet valve for establishing a pumping direction along a fluid path, said fluid path comprising no angles of 90 degree or smaller; a common inlet and a common outlet, wherein the two pump chambers are arranged in parallel and are in fluid connection with the common inlet and the common outlet, and wherein the actuators are configured to operate in parallel such that a volume change in each of the two pump chambers occurs simultaneously for both pump chambers.
An age-tailored nutrition system for an infant from birth to two months comprising a first infant formula, said first infant formula having a protein source comprising whey and optionally casein proteins and having a whey:casein ratio between 100:0 and 60:40 and a protein content between 2.0 and 3.0g protein/100 kcal and a second infant formula, said second infant formula having a protein source comprising whey and casein proteins and having a whey:casein ratio between 70:30 and 50:50 and a protein content between 1.8 and 2.0g protein/100 kcal, with the proviso that the protein content and the whey:casein ratio of the second formula are lower than for the first formula.
An uninterruptible power supply system having a primary source and a secondary source, wherein the UPS system is operable in either a higher efficiency mode or a lower efficiency mode, the UPS system comprising: a static transfer switch including: an inverter; a plurality of thyristors connected to the output of the inverter; and an inductor connected to the secondary source and in series with the plurality of thyristors and arranged to limit current in the inverter; and a controller and characterised in that the controller is configured to, upon detection of an under-voltage of secondary source, wait up to a first period of time in order to estimate when out of phase current through the plurality of thyristors will reach zero and further configured to control the inverter to operate as a voltage source and apply a counter voltage during a second period of time that follows the first period of time in order to turn off the one of the plurality of thyristors. a static transfer switch including: an inverter; a plurality of thyristors connected to the output of the inverter; and an inductor connected to the secondary source and in series with the plurality of thyristors and arranged to limit current in the inverter; and an inverter; a plurality of thyristors connected to the output of the inverter; and an inductor connected to the secondary source and in series with the plurality of thyristors and arranged to limit current in the inverter; and a controller and characterised in that the controller is configured to, upon detection of an under-voltage of secondary source, wait up to a first period of time in order to estimate when out of phase current through the plurality of thyristors will reach zero and further configured to control the inverter to operate as a voltage source and apply a counter voltage during a second period of time that follows the first period of time in order to turn off the one of the plurality of thyristors.
A method of producing a vehicle glass assembly, comprising: providing a harness comprising a metal wire, a connector at a terminal of the metal wire, comprising a flat portion made of a metal plate, and a block of lead-free solder, containing tin as a major component, soldered on the flat portion of the connector; providing a glass substrate layer over which a conductive layer, comprising an electrically conductive wire pattern and a connecting terminal, is formed; sandwiching the block between the flat portion of the connector and the connecting terminal of the conductive layer, and then melting the block to form a lead-free solder layer as a solder connection between the connector and the connecting terminal; wherein the amount of the lead-free solder is between 4.5 mg and 13 mg, the solder block on the flat portion is away from all the edges of the flat portion, and in the solder connection, all the lead-free solder of the solder layer is disposed between the flat portion and the connecting terminal. providing a harness comprising a metal wire, a connector at a terminal of the metal wire, comprising a flat portion made of a metal plate, and a block of lead-free solder, containing tin as a major component, soldered on the flat portion of the connector; a metal wire, a connector at a terminal of the metal wire, comprising a flat portion made of a metal plate, and a block of lead-free solder, containing tin as a major component, soldered on the flat portion of the connector; providing a glass substrate layer over which a conductive layer, comprising an electrically conductive wire pattern and a connecting terminal, is formed; sandwiching the block between the flat portion of the connector and the connecting terminal of the conductive layer, and then melting the block to form a lead-free solder layer as a solder connection between the connector and the connecting terminal; the amount of the lead-free solder is between 4.5 mg and 13 mg, the solder block on the flat portion is away from all the edges of the flat portion, and in the solder connection, all the lead-free solder of the solder layer is disposed between the flat portion and the connecting terminal.
A system for monitoring a patient on an air support system, the system comprising: a capacitive sensor system having a capacitive sensor positioned at the underside of an air filled mattress, the capacitive sensor system configured to determine whether the air support system should be inflated or deflated; a respiration signal processing module that receives the output of the capacitive sensor system and is configured to monitor patient respiration by: periodically sampling the capacitive sensor system output to obtain measurements of incremental body displacement; analysing a plurality of the samples to determine one or more values for parameters of patient respiratory rate; and determining when one or more of the parameter values indicate abnormal respiration. a capacitive sensor system having a capacitive sensor positioned at the underside of an air filled mattress, the capacitive sensor system configured to determine whether the air support system should be inflated or deflated; a respiration signal processing module that receives the output of the capacitive sensor system and is configured to monitor patient respiration by: periodically sampling the capacitive sensor system output to obtain measurements of incremental body displacement; analysing a plurality of the samples to determine one or more values for parameters of patient respiratory rate; and periodically sampling the capacitive sensor system output to obtain measurements of incremental body displacement; analysing a plurality of the samples to determine one or more values for parameters of patient respiratory rate; and determining when one or more of the parameter values indicate abnormal respiration.
Atomizer nozzle system, in particular for an electrohydrodynamic atomizer, wherein a nozzle cap comprises a plurality of nozzles (10, 11, 12) and, in order to form a nozzle (10, 11, 12) comprises at least one nozzle opening (21, 22, 23, 61, 215), at least one nozzle channel and at least one nozzle socket, wherein the nozzle cap (40, 100, 200) is arranged on at least one carrier (41, 101, 201) and wherein the carrier (41, 101, 201) comprises a nozzle connector for each nozzle socket, wherein the nozzle cap (40, 100, 200) is arranged on the carrier (41, 64, 101, 201) in a releasably fastened manner, characterized in that an electrical contact element, namely a high-voltage contact, is formed in the nozzle connector, wherein the contact projects into a fluid channel (65, 205).
A drug delivery system, comprising: a) benzimidazole derivative having the formula: wherein R 3 is selected from the group consisting of H, carboxyl (-CO 2 H), hydroxyl, amino, chloro, difluormethoxy, benzoyl, phenyl-thio, pyridinyl, propyl-thio, diphenyl, 5-methoxy, fluorophenylmethyl-2-chloro, propenyl, chloropropyl or esters (-CO 2 R 4) wherein R 4 is selected from the group consisting of alkoxy, haloalkyl, alkenyl, and cycloalkyl, wherein the alkyl groups have from 1 - 8 carbons, or CH 3 CH 2 (OCH 2 CH 2) n - or CH 3 CH 2 CH 2 (OCH 2 CH 2 CH 2) n - or (CH 3) 2 CH(OCH(CH 3)CH 2) n -, wherein n is from 1 - 3 wherein R 1 is OH, Cl, SH, carbamate or piperidin-4-yl, and R 2 is hydrogen, α-methylvinyl, 3-chloropropyl or piperidin-4-yl, or the pharmaceutically effective organic or inorganic salts thereof, or mixtures thereof; said benzimidazole derivative being formulated with an oil, a surfactant, a co-surfactant and a dipolar aprotic solvent in droplets with a diameter of 35nm to less than 500nm. a) benzimidazole derivative having the formula: wherein R 3 is selected from the group consisting of H, carboxyl (-CO 2 H), hydroxyl, amino, chloro, difluormethoxy, benzoyl, phenyl-thio, pyridinyl, propyl-thio, diphenyl, 5-methoxy, fluorophenylmethyl-2-chloro, propenyl, chloropropyl or esters (-CO 2 R 4) wherein R 4 is selected from the group consisting of alkoxy, haloalkyl, alkenyl, and cycloalkyl, wherein the alkyl groups have from 1 - 8 carbons, or CH 3 CH 2 (OCH 2 CH 2) n - or CH 3 CH 2 CH 2 (OCH 2 CH 2 CH 2) n - or (CH 3) 2 CH(OCH(CH 3)CH 2) n -, wherein n is from 1 - 3 wherein R 1 is OH, Cl, SH, carbamate or piperidin-4-yl, and R 2 is hydrogen, α-methylvinyl, 3-chloropropyl or piperidin-4-yl, or the pharmaceutically effective organic or inorganic salts thereof, or mixtures thereof; said benzimidazole derivative being formulated with an oil, a surfactant, a co-surfactant and a dipolar aprotic solvent in droplets with a diameter of 35nm to less than 500nm.
Magnetic levitation train with a track (2, 3) having a reaction rail and a vehicle, provided with an eddy current brake, arranged to travel thereon in parallel to the reaction track, wherein the eddy current brake contains at least one braking magnet which has at least one magnetic pole having a winding, and which is intended for interacting with the reaction rail and is held at a distance therefrom, which on excitation of the winding, in addition to a braking force acting in the direction of travel, develops a normal force which is dependent on the speed of travel and acts perpendicularly to the reaction rail, characterised in that the braking magnet is borne transversely to the reaction rail and is borne on the vehicle in a movable manner so that it can be applied to the reaction rail on exceeding a preselected normal force.