mhurhangee/patent-ind-claim-en huggingface dataset:
Portable workbench comprising: a foldable framework ; and a main panel , forming a work surface, mounted removably on said framework ; characterised in that, when assembled, the workbench has a rigid upper structure square or rectangular in shape; the panel comprising first front and rear opposing elements of said structure and the framework comprising second left and right opposing elements of said structure , joined to said first elements ; and in that said main panel comprises a first and a second rigid work top, said first elements each comprising a first and a second sub-element fixed beneath said first and second work tops respectively; said main panel further comprising swivel pins joining the inner ends of each of the first and second sub-elements, said pins being arranged such that said inner ends are abutting when the workbench is in the assembled position and are capable of pivoting upwards to fold the panel for the purpose of dismantling the workbench . a foldable framework ; and a main panel , forming a work surface, mounted removably on said framework ;
A peristaltic pump (10;50) comprising: a drivable rotor (14;52) having at least one pressing member ; a cylindrical stator in which the drivable rotor (10;50) is rotatable; flexible tubing having an inlet side and an outlet side , the flexible tubing extending circumferentially around the stator against an inner wall ; a radially deformable ring (28;56) positioned between the rotor and the circumferentially extending flexible tubing , the radially deformable ring (28;56) being deformable by the at least one pressing member upon rotation of the rotor to compress the flexible tubing against the inner wall of the cylindrical stator to thereby convey liquid along the flexible tubing ; wherein the radially deformable ring (28;56) includes a ring anchor ; wherein the inlet side and the outlet side of the flexible tubing are arranged side-by-side so that the flexible tubing extends in a substantially radial direction outwardly away from the cylindrical stator ; characterized in that the ring anchor projects radially outwardly from the radially deformable ring (28;56) and is located between, and gripped by, the inlet side and the outlet side of the flexible tubing to prevent rotation of the radially deformable ring (28;56) during rotation of the drivable rotor (14; 52). a drivable rotor (14;52) having at least one pressing member ; a cylindrical stator in which the drivable rotor (10;50) is rotatable; flexible tubing having an inlet side and an outlet side , the flexible tubing extending circumferentially around the stator against an inner wall ; a radially deformable ring (28;56) positioned between the rotor and the circumferentially extending flexible tubing , the radially deformable ring (28;56) being deformable by the at least one pressing member upon rotation of the rotor to compress the flexible tubing against the inner wall of the cylindrical stator to thereby convey liquid along the flexible tubing ; wherein the radially deformable ring (28;56) includes a ring anchor ; wherein the inlet side and the outlet side of the flexible tubing are arranged side-by-side so that the flexible tubing extends in a substantially radial direction outwardly away from the cylindrical stator ; characterized in that the ring anchor projects radially outwardly from the radially deformable ring (28;56) and is located between, and gripped by, the inlet side and the outlet side of the flexible tubing to prevent rotation of the radially deformable ring (28;56) during rotation of the drivable rotor (14; 52).
A composition comprising a (poly)isocyanate compound and a capped poly(arylene ether) copolymer, wherein the capped poly(arylene ether) copolymer is derived from reacting a capping agent and an uncapped poly(arylene ether) copolymer comprising a phenolic end group, the uncapped poly(arylene ether) copolymer is the product of oxidative copolymerization of a monomer comprising a monohydric phenol, a dihydric phenol, or a combination thereof, and optionally a hydroxyaromatic terminated siloxane, and the capped poly(arylene ether) copolymer comprises an end group comprising an aliphatic alcohol. the capped poly(arylene ether) copolymer is derived from reacting a capping agent and an uncapped poly(arylene ether) copolymer comprising a phenolic end group, the uncapped poly(arylene ether) copolymer is the product of oxidative copolymerization of a monomer comprising a monohydric phenol, a dihydric phenol, or a combination thereof, and optionally a hydroxyaromatic terminated siloxane, and the capped poly(arylene ether) copolymer comprises an end group comprising an aliphatic alcohol.
Packaging system for infant nutritional composition with dosing devices (304, 305; 403, 404; 500A, 500B), characterized in that it comprises a first dosing device (304; 403; 500A) for dispensing a first quantity of said infant nutritional composition, said first quantity being adapted to boys, and a second dosing device (305; 404; 500B) for dispensing a second quantity of said infant nutritional composition, said second quantity being adapted to girls, said first quantity being different from said second quantity.
A method of visually inspecting portions left raw during a finishing of a blank of a cylinder head of a heat engine delimiting at least one combustion chamber, the cylinder head also having portions to be machined , characterized in that the visual inspection is carried out with a masking of the portions to be machined leaving visible to an operator only the portions left untreated for a visual inspection of the surface of these portions left untreated , the masking being done by inserting a control jig on and in the cylinder head .
Lock device of a cold room door - having a latch , - having a strike plate in which the latch engages, - a release part , by means of which the latch can be released from the strike plate , - having an operating handle , by means of which the release part can be controlled and that also serves as a door handle , - having a holding block in which the operating handle is moveably mounted and that serves to arrange the operating handle on a cold room door , - having a lock cylinder that arrests the operating handle , wherein - the holding block supports a tube and the operating handle is also provided with a tube, wherein the two tubes engage in each other telescopically, - the tubes engaging in each other form a guide bearing that stabilises the linear movement of the operating handle , - the operating handle is mounted in the holding block such that it can only be moved in a linear manner and such that the operating handle supports the lock cylinder , - a push handle is motion-coupled with the release part , wherein the push handle acts on the release part as an alternative to the operating handle , wherein the push handle can only be moved in a linear manner, characterised in that - the operating handle has a pull rod that is motion-coupled with the release part and in that the push handle is arranged in the axial extension of the pull rod , wherein the axes of the linear movement of the operating handle , pull rod and push handle coincide, - the motion coupling between the pull rod and the release part is cancelled when the push handle is operated. - having a latch , - having a strike plate in which the latch engages, - a release part , by means of which the latch can be released from the strike plate , - having an operating handle , by means of which the release part can be controlled and that also serves as a door handle , - having a holding block in which the operating handle is moveably mounted and that serves to arrange the operating handle on a cold room door , - having a lock cylinder that arrests the operating handle , wherein - the holding block supports a tube and the operating handle is also provided with a tube, wherein the two tubes engage in each other telescopically, - the tubes engaging in each other form a guide bearing that stabilises the linear movement of the operating handle , - the operating handle is mounted in the holding block such that it can only be moved in a linear manner and such that the operating handle supports the lock cylinder , - a push handle is motion-coupled with the release part , wherein the push handle acts on the release part as an alternative to the operating handle , wherein the push handle can only be moved in a linear manner, - the operating handle has a pull rod that is motion-coupled with the release part and in that the push handle is arranged in the axial extension of the pull rod , wherein the axes of the linear movement of the operating handle , pull rod and push handle coincide, - the motion coupling between the pull rod and the release part is cancelled when the push handle is operated.
Device in the form of personal protective equipment (PPE) for stabilizing and relieving the trapeziometacarpal joint in a human hand, with a half shell adapted ergonomically to the hand, having a proximal half shell section which partially surrounds the thumb-side region of the wrist, and a distal half shell section which at least partially surrounds the thumb metacarpal, and having a fastening means connected to both the distal and proximal half shell sections for fixing the half shell to the thumb and the wrist, wherein the proximal half shell is of dimensionally stable construction, and the distal half shell is supported so as to be rotatable about at least one axis with respect to the proximal half shell , and wherein the half shell includes at least one lengthwise section extending from the proximal to the distal half shell section , which has a profile in the form of a deflection closest to the hand side in the region of the transition from the proximal to the distal half shell section , characterized in that the distal half shell has a shell section of web-like design extending in the direction of the lengthwise section , with a proximal web end connected integrally with the proximal half shell section , the shape and size of which are selected according to the structure of the flexure joint. wherein the proximal half shell is of dimensionally stable construction, and the distal half shell is supported so as to be rotatable about at least one axis with respect to the proximal half shell , and wherein the half shell includes at least one lengthwise section extending from the proximal to the distal half shell section , which has a profile in the form of a deflection closest to the hand side in the region of the transition from the proximal to the distal half shell section , characterized in that the distal half shell has a shell section of web-like design extending in the direction of the lengthwise section , with a proximal web end connected integrally with the proximal half shell section , the shape and size of which are selected according to the structure of the flexure joint.
A power supply current control device in and for electric power steering devices, comprising: a voltage detecting unit configured to detect a power supply voltage applied from a power supply circuit; a current detecting unit configured to detect a power supply current supplied from the power supply circuit; a current limit value calculation unit configured to calculate a current limit value on a basis of a difference between the power supply voltage detected by the voltage detecting unit and a predetermined set voltage, the power supply current detected by the current detecting unit, and a resistance model representing a resistance component of the power supply circuit; a power supply current limit unit configured to limit a magnitude of the power supply current on a basis of the current limit value; a change rate limit value calculation unit configured to calculate a change rate limit value on a basis of the difference and a change speed of the power supply voltage; and a power supply current change rate limit unit configured to limit a change rate of the power supply current on a basis of the change rate limit value. a voltage detecting unit configured to detect a power supply voltage applied from a power supply circuit; a current detecting unit configured to detect a power supply current supplied from the power supply circuit; a current limit value calculation unit configured to calculate a current limit value on a basis of a difference between the power supply voltage detected by the voltage detecting unit and a predetermined set voltage, the power supply current detected by the current detecting unit, and a resistance model representing a resistance component of the power supply circuit; a power supply current limit unit configured to limit a magnitude of the power supply current on a basis of the current limit value; a change rate limit value calculation unit configured to calculate a change rate limit value on a basis of the difference and a change speed of the power supply voltage; and a power supply current change rate limit unit configured to limit a change rate of the power supply current on a basis of the change rate limit value.
Coil unit for a guided missile taking off under water from a launching tube of a launch platform , having a missile coil to remain in the guided missile , a data conductor wound on the missile coil and data-technically connected to the launch platform and a platform coil wound on the data conductor for remaining on the launch platform after the launch of the guided missile , characterized by a housing which keeps the two coils dry when the guided missile is flooded with water.
A method of recycling superabsorbent polymers derived from a used absorbent article, the method comprising: an inactivation step (S30) of inactivating the superabsorbent polymers with an inactivating agent, an ozone treatment step (S31) of treating the superabsorbent polymers inactivated with the inactivating agent with ozone water after inactivation; a reactivation step (S32) of reactivating the superabsorbent polymers treated with the ozone water with an alkaline aqueous solution; and a surface treatment step (S40) of adding hydrophilic fine particles to the superabsorbent polymers reactivated with the alkaline aqueous solution in a hydrophilic fine particle addition step (S34) and then drying the superabsorbent polymers in a drying step (S35). an inactivation step (S30) of inactivating the superabsorbent polymers with an inactivating agent, an ozone treatment step (S31) of treating the superabsorbent polymers inactivated with the inactivating agent with ozone water after inactivation; a reactivation step (S32) of reactivating the superabsorbent polymers treated with the ozone water with an alkaline aqueous solution; and a surface treatment step (S40) of adding hydrophilic fine particles to the superabsorbent polymers reactivated with the alkaline aqueous solution in a hydrophilic fine particle addition step (S34) and then drying the superabsorbent polymers in a drying step (S35).
A method of controlling a dishwasher which includes a tub that forms a washing chamber in which a washing target is accommodated, at least one spray nozzle that is rotatably provided in the washing chamber and sprays washing water to the washing chamber, a rack that is accommodated in the washing chamber and on which the washing target is held, and a microphone provided in the tub, the method comprising: spraying (S110) washing water while the spray nozzle rotates; analyzing (S120) a characteristic of sound waves input to the microphone; determining (S130) whether a washing target made of a set material is present based on the analyzed characteristic of the sound waves; when the washing target made of the set material is present, determining (S140) a location in which the washing target made of the set material is present based on the analyzed characteristic of the sound waves; and reducing (S150) an amount of impact applied to the washing target made of the set material by the washing water sprayed from the at least one spray nozzle, characterised in that in the analyzing process (S120), at least one of amplitudes or frequencies of the sound waves input to the microphone is analyzed, wherein in the determining process (S140), one or more location sensors mounted on the spray nozzle detects the location of the washing target, and wherein, when the spray nozzle is rotated, a location in which the washing target made of the set material is present on the rack is determined based on a rotation angle of the spray nozzle detected by the one or more location sensors and a time point when the impact sound is generated. spraying (S110) washing water while the spray nozzle rotates; analyzing (S120) a characteristic of sound waves input to the microphone; determining (S130) whether a washing target made of a set material is present based on the analyzed characteristic of the sound waves; when the washing target made of the set material is present, determining (S140) a location in which the washing target made of the set material is present based on the analyzed characteristic of the sound waves; and reducing (S150) an amount of impact applied to the washing target made of the set material by the washing water sprayed from the at least one spray nozzle, characterised in that in the analyzing process (S120), at least one of amplitudes or frequencies of the sound waves input to the microphone is analyzed, wherein in the determining process (S140), one or more location sensors mounted on the spray nozzle detects the location of the washing target, and wherein, when the spray nozzle is rotated, a location in which the washing target made of the set material is present on the rack is determined based on a rotation angle of the spray nozzle detected by the one or more location sensors and a time point when the impact sound is generated.
An annuloplasty ring for minimally invasive medical treatment, the annuloplasty ring comprising: a hollow tube comprising: a first end ; a second end ; an exterior having a plurality of cutouts , wherein the cutouts allow the hollow tube to be flexible; at least one snap mechanism configured to connect the first end and the second end together; a plurality of anchors configured to extend outward from the exterior; and at least one anchor stop that comprises a projection configured to hold the plurality of anchors in place and prevent premature deployment of the plurality of anchors, wherein the projection projects a predetermined height from an anchor rail, wherein the anchor rail comprises some of the plurality of anchors coupled thereto. a hollow tube comprising: a first end ; a second end ; an exterior having a plurality of cutouts , wherein the cutouts allow the hollow tube to be flexible; a first end ; a second end ; an exterior having a plurality of cutouts , wherein the cutouts allow the hollow tube to be flexible; at least one snap mechanism configured to connect the first end and the second end together; a plurality of anchors configured to extend outward from the exterior; and at least one anchor stop that comprises a projection configured to hold the plurality of anchors in place and prevent premature deployment of the plurality of anchors, wherein the projection projects a predetermined height from an anchor rail, wherein the anchor rail comprises some of the plurality of anchors coupled thereto.
A rotational speed control device comprising: a housing containing a viscous fluid; a shaft disposed in the housing and rotatable relative to the housing ; a hub assembly secured to the shaft for rotation with the shaft ; a rotor coupled with the shaft by way of the hub assembly , wherein the rotor rotates with the shaft until a force on the rotor due to an increase in shearing of the viscous fluid exceeds a friction force between the rotor and the hub assembly , resulting in rotation of the shaft and the hub assembly relative to the rotor ; and a spring disposed in the housing and acting on the rotor , the spring biasing the rotor axially on the shaft in a low torque direction, wherein a braking torque between the rotor and the housing is varied according to an axial position of the rotor on the shaft , characterized in that the hub assembly comprises a hub member having hub threads , and wherein the rotor comprises a thread segment frictionally engaging the hub threads , the rotation of the shaft and the hub assembly relative to the rotor threading the rotor along the hub member against the bias of the spring . a housing containing a viscous fluid; a shaft disposed in the housing and rotatable relative to the housing ; a hub assembly secured to the shaft for rotation with the shaft ; a rotor coupled with the shaft by way of the hub assembly , wherein the rotor rotates with the shaft until a force on the rotor due to an increase in shearing of the viscous fluid exceeds a friction force between the rotor and the hub assembly , resulting in rotation of the shaft and the hub assembly relative to the rotor ; and a spring disposed in the housing and acting on the rotor , the spring biasing the rotor axially on the shaft in a low torque direction, wherein a braking torque between the rotor and the housing is varied according to an axial position of the rotor on the shaft , characterized in that the hub assembly comprises a hub member having hub threads , and wherein the rotor comprises a thread segment frictionally engaging the hub threads , the rotation of the shaft and the hub assembly relative to the rotor threading the rotor along the hub member against the bias of the spring .
A solder composition consisting of a mixture of elements consisting of tin, indium, silver, bismuth and, optionally, copper, and including 50% to 83% tin, 15% to 45% indium, and in case the solder composition includes copper, it includes 1% to 10% silver, 0.25% to 6% bismuth and 0.25% to 0.75% copper, by weight, wherein the composition has a solidus temperature below 157° C (315° F).
Membrane that can be coupled to fabrics or coagulated supports, comprising powder of stone material, preferably rocks, dispersed in a polymer or a polymer mixture, characterized in that the particles of said rock powder have a diameter between 1 μm and 100 μm, wherein the amount of said rock powder is between 5% and 30% by weight, preferably between 10% and 15% by weight, wherein said polymer or polymer mixture is one or more polymers selected from the group consisting of polyurethane (PU), polyvinylchloride (PVC) and polytetrafluoroethylene (PTFE), wherein said membrane comprises a transfer paper.
An absorption heat pump with a refrigerant and liquid solvent, a weak solution and a strong solution, wherein the weak solution and the strong solution are single-phase solutions of the solvent and the refrigerant, as well as with a. a generator , in which the strong solution absorbs externally supplied heat and therefore generates the refrigerant, b. an absorber , in which the weak solution absorbs the gaseous refrigerant and therefore delivers heat, c. a separator for the strong solution, connected to the absorber , and d. a bypass with a circulating pump , which returns a partial flow from the separator to the absorber , wherein the circulating pump is a jet pump with the weak solution flowing into the absorber as the working medium. a. a generator , in which the strong solution absorbs externally supplied heat and therefore generates the refrigerant, b. an absorber , in which the weak solution absorbs the gaseous refrigerant and therefore delivers heat, c. a separator for the strong solution, connected to the absorber , and d. a bypass with a circulating pump , which returns a partial flow from the separator to the absorber ,