mhurhangee/patent-ind-claim-en huggingface dataset:
A hydrauically-actuated device comprising: a tool unit having a hydraulic pump that generates hydraulic pressure by rotating a rotating part of the hydraulic pump, and a tool operated by the hydraulic pressure generated by the hydraulic pump; and a drive unit detachably attached to the tool unit, the drive unit having a rotary motor that drives the rotary parts of the hydraulic pump for rotation, wherein the drive unit has a rotary shaft rotated by the rotary motor, wherein the hydraulic pump of the tool unit has a rotary shaft (123; 205) connected to the rotating part, characterised in that an end of the rotary shaft (123; 205) of one of the drive unit and the hydraulic pump is provide with a one-way clutch capable of receiving the rotary shaft (123; 205) of the other of the drive unit and the hydraulic pump, and wherein the one-way clutch has rollers, balls or sprags, which are urged by springs , and which are brought into direct contact with the rotary shaft (123; 205) of the other of the drive unit and the hydraulic pump when the rotary shaft (123; 205) of the other of the drive unit and the hydraulic pump received in the one-way clutch. a tool unit having a hydraulic pump that generates hydraulic pressure by rotating a rotating part of the hydraulic pump, and a tool operated by the hydraulic pressure generated by the hydraulic pump; and a drive unit detachably attached to the tool unit, the drive unit having a rotary motor that drives the rotary parts of the hydraulic pump for rotation, wherein the drive unit has a rotary shaft rotated by the rotary motor, wherein the hydraulic pump of the tool unit has a rotary shaft (123; 205) connected to the rotating part, characterised in that an end of the rotary shaft (123; 205) of one of the drive unit and the hydraulic pump is provide with a one-way clutch capable of receiving the rotary shaft (123; 205) of the other of the drive unit and the hydraulic pump, and wherein the one-way clutch has rollers, balls or sprags, which are urged by springs , and which are brought into direct contact with the rotary shaft (123; 205) of the other of the drive unit and the hydraulic pump when the rotary shaft (123; 205) of the other of the drive unit and the hydraulic pump received in the one-way clutch.
A solar collector with reflecting surfaces comprising an outer transparent plate and an inner transparent plate , the transparent plates (10; 11) being parallel to each other and enclosing a first gap , the first gap is made as airtight and can be filled with air or vacuumed, channels through which a working liquid flows or are filled with air, a thermal insulation means arranged on lateral sides of the solar collector, and additional means for bringing or draining the working liquid, wherein the channels are on the underside made of an absorber for conversion of solar radiation energy into the thermal energy and on the upper side are enclosed by the inner transparent plate , the outer transparent plate on the underside of the surface directed towards the first gap comprises a first toothed surface whose toothed shapes are used for directing light beams towards the upper surface of the inner transparent plate , the inner transparent plate on the side bordering the first gap comprising a second toothed surface whose toothed shapes are used to further direct the light beams, each of the first and second toothed surfaces comprising a plurality of teeth, said teeth are extending in the longitudinal direction of the channels , where lateral walls of the first and second toothed surfaces are flat, "V"-shaped, convex or concave shaped, the inner transparent plate at its lower side has a third toothed surface comprising a plurality of teeth extending in the longitudinal direction of the channels , wherein lateral walls of the third toothed surface being convex shaped, the third toothed surface serving for direction of solar radiation when the working liquid is present in the channels or reflection of solar radiation when air is present in the channels .
A pharmaceutical formulation comprising an effective amount of a therapeutic agent conjugated to an elastin-like peptide (ELP), wherein the in vivo efficacy of the therapeutic agent is enhanced as compared to the therapeutic agent in an unconjugated form, and wherein the therapeutic agent is vasoactive intestinal peptide (VIP).
An aircraft landing gear assembly including; a support strut and a wheel ; a plurality of noise-inducing elements, at least one of the noise-inducing elements comprising a brake assembly or electric drive system; and a noise reduction fairing provided and shaped to closely fit about the inner surface of the brake assembly or electric drive system such that the fairing is located between the brake assembly or the electric drive system and the wheel and the lower portion of the support strut and configured such as to provide shielding of only a portion of the brake assembly or of only a portion of the electric drive system from incident airflow. a support strut and a wheel ; a plurality of noise-inducing elements, at least one of the noise-inducing elements comprising a brake assembly or electric drive system; and a noise reduction fairing provided and shaped to closely fit about the inner surface of the brake assembly or electric drive system such that the fairing is located between the brake assembly or the electric drive system and the wheel and the lower portion of the support strut and configured such as to provide shielding of only a portion of the brake assembly or of only a portion of the electric drive system from incident airflow.
A contact vibration detection device for detecting contact vibration due to contact between a rotational shaft and a stationary part , the contact vibration detection device being characterized by comprising: a rotation waveform determination unit configured to determine a rotation waveform of the rotational shaft , the rotation waveform representing a relationship between the displacement of the rotational shaft generated as the rotational shaft rotates and a phase angle of the rotational shaft ; a parameter change detection unit configured to detect a change in a parameter of at least one of an effective value (E) of the rotation waveform or the phase angle of the rotation waveform ; and a contact vibration determination unit configured to determine whether the contact vibration occurs based on presence or absence of the change in the parameter, wherein the parameter change detection unit is configured to detect a change in the effective value (E) and a change in the phase angle, and wherein the contact vibration determination unit is configured to determine that the contact vibration occurs if the change in the effective value (E) and the change in the phase angle are detected. a rotation waveform determination unit configured to determine a rotation waveform of the rotational shaft , the rotation waveform representing a relationship between the displacement of the rotational shaft generated as the rotational shaft rotates and a phase angle of the rotational shaft ; a parameter change detection unit configured to detect a change in a parameter of at least one of an effective value (E) of the rotation waveform or the phase angle of the rotation waveform ; and a contact vibration determination unit configured to determine whether the contact vibration occurs based on presence or absence of the change in the parameter, wherein the parameter change detection unit is configured to detect a change in the effective value (E) and a change in the phase angle, and wherein the contact vibration determination unit is configured to determine that the contact vibration occurs if the change in the effective value (E) and the change in the phase angle are detected.
Electrical plug-in connection system having at least two electrical plug-in connections , wherein a respective electrical plug-in connection is formed by the at least two electrical plug-in connections for positively connecting a plug-in element to a receiving element within a medical device arrangement , wherein the plug-in element forms a male part of the respective electrical plug-in connection with a plug-in region , and wherein the receiving element forms a female part of the respective electrical plug-in connection with a receptacle corresponding to the plug-in region , wherein the plug-in element and the receiving element are designed to provide, in the plug-connected state via at least two contact regions, an electrical connection between a plug-side cable connected to the plug-in element and a receptacle-side cable connected to the receiving element , wherein the plug-in region is designed to be rotationally symmetrical through 180° with respect to a plug-in axis , oriented in line with a plug-in direction , of the respective electrical plug-in connection and in this way allows reversal of polarity of the respective electrical plug-in connection , without being mirror-symmetrical with respect to an arbitrary reference plane having the plug-in axis , wherein the plug-in region is of substantially wave-like, z-shaped or s-shaped design, characterized in that a first electrical plug-in connection of the at least two electrical plug-in connections compared with a second electrical plug-in connection of the at least two electrical plug-in connections has a first plug-in region which is mirror-inverted with respect to a second plug-in region of the second electrical plug-in connection .
Sewer inspection and/or maintenance system , at least having - a carrier system , - a satellite system which is movable relative to the carrier system, and - a guide device coupled to the carrier system , along which the satellite system can be guided during a movement relative to the carrier system , characterized in that the guide device can be extended from a stowed position (A) into at least one use position (B). - a carrier system , - a satellite system which is movable relative to the carrier system, and - a guide device coupled to the carrier system , along which the satellite system can be guided during a movement relative to the carrier system , characterized in that the guide device can be extended from a stowed position (A) into at least one use position (B).
Assembled or as a kit, arming apparatus for a store , the arming apparatus being connectable in use between a pair of arming units, AUs, of an ejector release unit, ERU and a fuzing unit, FZU, of the store, the arming apparatus comprising: a first tension member having an upper end attachable to a first one of the AUs and a lower end attachable to the store; a second tension member having an upper end attachable to the second one of the AUs and a lower end attachable to the store; the first and second tension members comprising a plurality of breakable links which are arranged so that one or more first ones of the breakable links has to be broken before one or more second ones of the breakable links can be broken, when the store is to be ejected from the ERU in an armed state; wherein the arming apparatus further comprises: (a) a FZU actuation lanyard having a first end couplable or coupled to the first tension member , and a second end couplable or coupled to the second tension member ; and (b) a third tension member comprising a further breakable link , the third tension member being coupled or couplable to the FZU actuation lanyard and having a lower end couplable to the FZU . a first tension member having an upper end attachable to a first one of the AUs and a lower end attachable to the store; a second tension member having an upper end attachable to the second one of the AUs and a lower end attachable to the store; the first and second tension members comprising a plurality of breakable links which are arranged so that one or more first ones of the breakable links has to be broken before one or more second ones of the breakable links can be broken, when the store is to be ejected from the ERU in an armed state; wherein the arming apparatus further comprises: (a) a FZU actuation lanyard having a first end couplable or coupled to the first tension member , and a second end couplable or coupled to the second tension member ; and (b) a third tension member comprising a further breakable link , the third tension member being coupled or couplable to the FZU actuation lanyard and having a lower end couplable to the FZU . (a) a FZU actuation lanyard having a first end couplable or coupled to the first tension member , and a second end couplable or coupled to the second tension member ; and (b) a third tension member comprising a further breakable link , the third tension member being coupled or couplable to the FZU actuation lanyard and having a lower end couplable to the FZU .
A container comprising packaged wheat flour, characterized in that the wheat flour is packed in the shaker-type container having 2 to 9 shaker holes having a maximum width of 3 to 12 mm, and the wheat flour has an angle of repose of 40 to 51 degrees and a mean particle diameter of 40 to 250 μm.
A method of making a filtering article for separating a filtrate from a fluid containing the filtrate, the method comprising: i) anodizing titanium in an aqueous electrolyte solution to form powders comprising bundles of hollow titania nanotubes, the aqueous electrolyte solution comprising at least 1 mM chloride and having a pH from 1 to 7; ii) forming the powders into a pellet having a diameter of at least 1 cm and a thickness of at least 1 mm; iii) anodizing titanium in a non-aqueous electrolyte solution to form a freestanding array of hollow titania nanotubes aligned in parallel, the non-aqueous electrolyte solution comprising at least 1 mM fluoride; and iv) integrating the pellet and freestanding array together to make the filtering article. i) anodizing titanium in an aqueous electrolyte solution to form powders comprising bundles of hollow titania nanotubes, the aqueous electrolyte solution comprising at least 1 mM chloride and having a pH from 1 to 7; ii) forming the powders into a pellet having a diameter of at least 1 cm and a thickness of at least 1 mm; iii) anodizing titanium in a non-aqueous electrolyte solution to form a freestanding array of hollow titania nanotubes aligned in parallel, the non-aqueous electrolyte solution comprising at least 1 mM fluoride; and iv) integrating the pellet and freestanding array together to make the filtering article.
A floating wind energy harvesting apparatus for offshore installation, said wind energy harvesting apparatus comprising: an elongated wind turbine body extending along a longitudinal wind turbine body axis , said wind turbine body comprising a lower body portion to be mainly below a water surface when the wind energy harvesting apparatus is in operation and an upper body portion to be mainly above the water surface when the wind energy harvesting apparatus is in operation; at least one blade (11a-c) attached to the upper body portion for converting wind energy to rotation of the wind turbine body around the longitudinal wind turbine body axis ; and an energy converter attached to said wind turbine body for converting the rotation of said wind turbine body to electrical energy, said energy converter comprising a first energy converter part coupled to said turbine body for rotating in response to rotation of said wind turbine body, and a second energy converter part to be kept relatively stationary in relation to said wind turbine body, the resulting rotation of said first energy converter part in relation to said second energy converter part being converted to electrical energy by said energy converter , characterized in that said energy converter is attached to said wind turbine body by means of a first releasable mechanical coupling between said first energy converter part and said lower body portion of the wind turbine body, and a second releasable mechanical coupling between said first energy converter part and said upper body portion of the wind turbine body. an elongated wind turbine body extending along a longitudinal wind turbine body axis , said wind turbine body comprising a lower body portion to be mainly below a water surface when the wind energy harvesting apparatus is in operation and an upper body portion to be mainly above the water surface when the wind energy harvesting apparatus is in operation; at least one blade (11a-c) attached to the upper body portion for converting wind energy to rotation of the wind turbine body around the longitudinal wind turbine body axis ; and an energy converter attached to said wind turbine body for converting the rotation of said wind turbine body to electrical energy, said energy converter comprising a first energy converter part coupled to said turbine body for rotating in response to rotation of said wind turbine body, and a second energy converter part to be kept relatively stationary in relation to said wind turbine body, the resulting rotation of said first energy converter part in relation to said second energy converter part being converted to electrical energy by said energy converter , characterized in that said energy converter is attached to said wind turbine body by means of a first releasable mechanical coupling between said first energy converter part and said lower body portion of the wind turbine body, and a second releasable mechanical coupling between said first energy converter part and said upper body portion of the wind turbine body.
A light system comprising: a plurality of light towers including a first light tower and a second light tower , each of the first light tower and the second light tower comprising: a light source configured to illuminate an area adjacent the respective one of the plurality of light towers ; a rechargeable battery configured to provide electrical power to the light source ; a control system programmed to control the flow of power to and from the rechargeable battery ; the light system further comprising a power/network cord electrically connecting the first light tower to the second light tower ; a power source selectively configured to provide electrical power; and a power recharge cord arranged to electrically connect the first light tower to the power source , the power recharge cord configured to provide electrical power from the power source to the first light tower and from the first light tower to the second light tower via the power/network cord, characterised in that each control system is programmed to selectively activate the power source to initiate a recharge cycle for the respective rechargeable battery . a light source configured to illuminate an area adjacent the respective one of the plurality of light towers ; a rechargeable battery configured to provide electrical power to the light source ; a control system programmed to control the flow of power to and from the rechargeable battery ; the light system further comprising a power/network cord electrically connecting the first light tower to the second light tower ; a power source selectively configured to provide electrical power; and a power recharge cord arranged to electrically connect the first light tower to the power source , the power recharge cord configured to provide electrical power from the power source to the first light tower and from the first light tower to the second light tower via the power/network cord, characterised in that each control system is programmed to selectively activate the power source to initiate a recharge cycle for the respective rechargeable battery .
An electrosurgical generator, comprising: a non-resonant radio frequency output stage configured to output a substantially square electrosurgical waveform, wherein the non-resonant radio frequency output stage comprises: a DC-DC buck converter configured to output a DC waveform, the DC-DC buck converter including at least one first switching element operated at a first duty cycle; a DC-AC boost converter coupled to the DC-DC buck converter and including at least one second switching element (102a - 102d) operated at a second duty cycle, the DC-AC boost converter configured to convert the DC waveform to generate the substantially square electrosurgical waveform; and wherein a controller coupled to the non-resonant radio frequency output stage, characterised in that the controller is configured to adjust the first duty cycle and the second duty cycle to adjust a crest factor of the substantially square electrosurgical waveform on a cycle-by-cycle basis. a DC-DC buck converter configured to output a DC waveform, the DC-DC buck converter including at least one first switching element operated at a first duty cycle; a DC-AC boost converter coupled to the DC-DC buck converter and including at least one second switching element (102a - 102d) operated at a second duty cycle, the DC-AC boost converter configured to convert the DC waveform to generate the substantially square electrosurgical waveform; and wherein a controller coupled to the non-resonant radio frequency output stage, characterised in that the controller is configured to adjust the first duty cycle and the second duty cycle to adjust a crest factor of the substantially square electrosurgical waveform on a cycle-by-cycle basis.
A composition comprising: (a) at least one pigment; (b) at least one binder including polyvinylalcohol; and (c) an additive, wherein the additive is a polyelectrolyte with a backbone that comprises regularly repeating ionisable carboxylate groups occurring every 1 to 6 carbon atoms along the backbone, wherein at least one end of the polyelectrolyte terminates with a group that includes an amine functional group, wherein the additive is present at a level of 0.1 to 1.5 parts per 100 parts of pigment by weight, and wherein the polyelectrolyte has an average molecular weight in the region of 500 to 4000 Daltons as determined by the Ostwald method using a capillary viscometer, wherein the additive is obtained by polymerising acrylic acid, methacrylic acid, fumaric acid, itaconic acid, maleic acid or a mixture thereof, in the presence of a hydroxyalkyl amine; and wherein the hydroxyalkyl amine comprises monoisopropanolamine, aminomethyl propanol, ethanolamine, diethanolamine, or triethanolamine, preferably wherein the hydroxyalkyl amine is monoisopropanolamine. (a) at least one pigment; (b) at least one binder including polyvinylalcohol; and (c) an additive, wherein the additive is a polyelectrolyte with a backbone that comprises regularly repeating ionisable carboxylate groups occurring every 1 to 6 carbon atoms along the backbone, wherein at least one end of the polyelectrolyte terminates with a group that includes an amine functional group, wherein the additive is present at a level of 0.1 to 1.5 parts per 100 parts of pigment by weight, and wherein the polyelectrolyte has an average molecular weight in the region of 500 to 4000 Daltons as determined by the Ostwald method using a capillary viscometer,
An inkjet ink composition comprising a pigment colourant, a polymeric dispersant, a carbohydrate, water and an organic co-solvent, wherein the polymeric dispersant is selected from a poly(styrene-maleic acid) copolymer, a poly(styrene-maleamic acid) copolymer or a combination thereof, wherein the poly(styrene-maleic acid) copolymer and poly(styrene-maleamic acid) copolymer do not contain any maleic anhydride residues.
Cooling process for a steel strip running through the cooling section of a continuous line, including a projection onto the said strip of an aqueous projecting solution, said aqueous solution being a liquid or a mixture of a liquid solution and a gas, characterized by the said liquid solution having a formic acid concentration of between 0.1% and 6% by mass and in that the solution is projected onto the steel strip by spraying.