mhurhangee/patent-ind-claim-en huggingface dataset:
Set of tanks for a motor vehicle, comprising a first tank formed by a first bottom part and a first lid assembled with said bottom part , characterized in that the first bottom part is obtained as one piece with a first fixing member able to fix the first tank to the vehicle, the first fixing member comprising a second bottom part adjacent to the first bottom part and extending on the outside of the first tank , and an attachment element secured to said second bottom part , said second bottom part comprising a free edge able to accept a second lid to form a second tank , characterized in that the first and second bottom parts each comprise a side wall respectively facing one another and held apart by a fine tongue of material secured to the side walls .
A device for facilitating the formation of new bone tissue, comprising a body that defines an upper portion and a lower portion , said lower portion having a substantially frustum-like shape, said upper portion having a substantially cylindrical shape, said lower portion being adapted to be inserted into the medullary canal of a bone, wherein said upper portion is blended with said lower portion with a curved concave segment , characterized in that said body is an internally hollow body which has a top opening and a bottom opening and in that it is provided by means of additive powder technology, wherein said upper portion is internally contoured in steps toward the axis of the body, so as to define, from the upper portion toward the lower portion , a first step which connects a first inner upper portion to a second inner upper portion, by way of an inner curved portion , said first step defined by the inner curved portion protruding inside the hollow body with a convex portion, and a second step which connects the second inner upper portion to an inner surface of the lower portion, said second step being also defined by an inner curved portion protruding inside the hollow body with a convex portion. wherein said upper portion is blended with said lower portion with a curved concave segment , characterized in that said body is an internally hollow body which has a top opening and a bottom opening and in that it is provided by means of additive powder technology, wherein said upper portion is internally contoured in steps toward the axis of the body, so as to define, from the upper portion toward the lower portion , a first step which connects a first inner upper portion to a second inner upper portion, by way of an inner curved portion , said first step defined by the inner curved portion protruding inside the hollow body with a convex portion, and a second step which connects the second inner upper portion to an inner surface of the lower portion, said second step being also defined by an inner curved portion protruding inside the hollow body with a convex portion.
A self-purging system for delivering a hydrogel composition formed by mixing first and second liquid components comprising, an applicator sized and configured to mix the first and second liquid components and form the hydrogel composition , the applicator including inlet paths that convey the first and second liquid components subject to a selectively applied application pressure P(A) into an outlet path for mixing and formation of the hydrogel composition for discharge from the outlet path , and a purge assembly comprising a source of liquid flushing agent subject to a constantly applied purge pressure P(P) that is maintained at a magnitude that is less than P(A), and a purging path coupling the source to the outlet path to convey liquid flushing agent into the outlet path subject to the constantly applied purge pressure P(P), the purge assembly further including a valve assembly communicating with the purging path and the outlet path being operable in response to localized pressure conditions in first and second flow conditions, the first flow condition permitting the flow and mixing of the first and second liquid components but not the liquid flushing agent in the outlet path during the application of P(A), for dispensing the hydrogel composition from the outlet path , the second flow condition permitting the flow of liquid flushing agent but not the first and second liquid components in the outlet path subject to the constantly applied purge pressure P(P), for continuously flushing residual hydrogel composition from the outlet path , the valve assembly being automatically placed in the first flow condition in response to localized pressure conditions whenever P(A) is applied, the valve assembly being automatically placed in the second flow condition in response to localized pressure conditions during an interruption of the application of P(A).
Electric device , such as motor or position measurement device, having a housing structure and an internal wiring for at least one coil assembly , the housing structure comprising a ring-shaped or disk-shaped base part , a plurality of coil assemblies arranged in a circumferential direction at an inner side of the base part , the base part having a terminal area for connecting the internal wiring to at least one outside electric conductor , and a cover part assembled to the base part for covering the terminal area , the cover part having a trough section into which the terminal area at least partly extends, the trough section comprising a trough opening from which the trough section is accessible, a trough bottom located opposite the trough opening and at least one trough wall which surrounds the trough section and which at least in sections abuts the base part to form a sealing surface , characterized in that the base part comprises at least one wiring guide element which supports the internal wiring at a position spaced apart from the sealing surface opposite the at least one trough wall such that the internal wiring extends over the at least one trough wall into the trough section to the terminal area .
A method of detecting contraband about a person using a single passive portable detector apparatus comprising a single elongate pole housing that supports a magnetic gradiometer comprising two magnetic sensors in line with one another, which is arranged to produce a signal indicative of an ambient magnetic field or gradient over a zone of sensitivity which extends away from the housing , the size of the zone being large enough to contain the whole body of the person , a signal processing circuit configured to receive as an input the signal from the magnetic gradiometer and which, in response to a change in the signal produces an alert signal, and a battery configured to provide power to the signal processing unit; the method comprising: setting up the single portable detector apparatus in a chosen location: causing the person to pass alongside the single housing from outside of the zone of sensitivity into the zone of sensitivity, monitoring for the issue of an alert by the apparatus which is indicative of the possible presence of contraband. a single elongate pole housing that supports a magnetic gradiometer comprising two magnetic sensors in line with one another, which is arranged to produce a signal indicative of an ambient magnetic field or gradient over a zone of sensitivity which extends away from the housing , the size of the zone being large enough to contain the whole body of the person , a signal processing circuit configured to receive as an input the signal from the magnetic gradiometer and which, in response to a change in the signal produces an alert signal, and a battery configured to provide power to the signal processing unit; the method comprising: setting up the single portable detector apparatus in a chosen location: causing the person to pass alongside the single housing from outside of the zone of sensitivity into the zone of sensitivity, monitoring for the issue of an alert by the apparatus which is indicative of the possible presence of contraband.
An apparatus for treatment of a skin of a subject comprising: a base , an applicator head (425;50) which is rotatably mounted with respect to the base around an axis of rotation, and defines a cavity for receiving a portion of the skin of the subject, and wherein the applicator head (50; 425) is configured to rotate more than 360° and is configured to rotate continuously in one direction, a drive for rotating the applicator head (50; 425), and a pump for reducing a pressure in the cavity for sucking the portion of the skin of the subject into the cavity , wherein the applicator head (50; 425) further comprises one or more electrodes , and the apparatus further comprises one or more electrical power sources and a control system for controlling electrical energy supply to the electrodes , and wherein a cross-section of the cavity with a plane including the axis of rotation is non-constant in rotation. a base , an applicator head (425;50) which is rotatably mounted with respect to the base around an axis of rotation, and defines a cavity for receiving a portion of the skin of the subject, and wherein the applicator head (50; 425) is configured to rotate more than 360° and is configured to rotate continuously in one direction, a drive for rotating the applicator head (50; 425), and a pump for reducing a pressure in the cavity for sucking the portion of the skin of the subject into the cavity , wherein the applicator head (50; 425) further comprises one or more electrodes , and the apparatus further comprises one or more electrical power sources and a control system for controlling electrical energy supply to the electrodes , and wherein a cross-section of the cavity with a plane including the axis of rotation is non-constant in rotation.
Rotatable laundry drum , having a drum casing and a drum rear wall , wherein - the drum rear wall has at least one perforated air passage region , and - at least one unperforated shaped area , which faces in the direction of a drum inner area, is introduced into the perforated air passage region , - wherein the at least one shaped area has at least one fin extending radially outwards, characterised in that - the fin extends such that it is curved in the direction of rotation of the laundry drum . - the drum rear wall has at least one perforated air passage region , and - at least one unperforated shaped area , which faces in the direction of a drum inner area, is introduced into the perforated air passage region , - wherein the at least one shaped area has at least one fin extending radially outwards, characterised in that - the fin extends such that it is curved in the direction of rotation of the laundry drum .
A pour spout fitment comprising an externally threaded, tubular pour spout , an internally threaded cap whereof the threading co-operates with the external threading of the spout , a tamper-evident band co-axially and frangibly attached to an inner end of said cap , a substantially annular slot substantially co-axial with and in one of said spout and said band , a substantially annular flange substantially co-axial with and provided by the other of said spout and said band and projecting into said slot , at least one detent in said slot , at least one detent on said flange , a first external reference on said cap , the arrangement being such that upon unscrewing of said cap , said at least one detent on the spout co-operates with said at least one detent on the band to detain the band against turning movement relative to the spout and to detain the band in a position relative to the substantially fully reclosed cap , characterised in that the pour spout fitment further comprises a second external reference (26") on said band and in a predetermined relationship with said first external reference , the arrangement being such that upon unscrewing of said cap , the reference (26") on the band remains out of said predetermined relationship.
A test probe for use in a reference point indentation device, wherein the test probe comprises a tip at one end and a self-centring mate at the opposite end, said self-centring mate comprising a countersink of about 90 degrees to about 100 degrees to a depth of between 0.010 in. (0.25 mm) and 0.035 in. (0.89 mm).
A cutting work machine comprising: a main unit; and a cutter unit that is driven by driving power of the main unit, wherein the cutter unit includes a cutter support that extends forward from the main unit, upper and lower blades that are connected to the cutter support in a freely movable manner in a front-back direction, and a guard member that is provided at a front end portion of the cutter support, both of the blades includes cutting edges projecting in a right-left direction, both blades, stacked on top of each other above and below, are configured to reciprocate in opposite front-back directions, the guard member includes a guard plate that projects in one of right and left directions from the cutter support, and a front edge portion of the guard plate is positioned forward of foremost cutting edges of both blades, the guard plate is positioned above the cutting edge of the upper blade, characterized in that the guard member further includes a fixed blade that projects in the other of the right and left directions from the cutter support, a front edge portion of which is positioned forward of foremost cutting edges of both blades, the fixed blade faces forward against the foremost cutting edge of the upper blade. a main unit; and a cutter unit that is driven by driving power of the main unit, wherein the cutter unit includes a cutter support that extends forward from the main unit, upper and lower blades that are connected to the cutter support in a freely movable manner in a front-back direction, and a guard member that is provided at a front end portion of the cutter support, a cutter support that extends forward from the main unit, upper and lower blades that are connected to the cutter support in a freely movable manner in a front-back direction, and a guard member that is provided at a front end portion of the cutter support, both of the blades includes cutting edges projecting in a right-left direction, both blades, stacked on top of each other above and below, are configured to reciprocate in opposite front-back directions, the guard member includes a guard plate that projects in one of right and left directions from the cutter support, and a front edge portion of the guard plate is positioned forward of foremost cutting edges of both blades, a guard plate that projects in one of right and left directions from the cutter support, and a front edge portion of the guard plate is positioned forward of foremost cutting edges of both blades, the guard plate is positioned above the cutting edge of the upper blade, characterized in that the guard member further includes a fixed blade that projects in the other of the right and left directions from the cutter support, a front edge portion of which is positioned forward of foremost cutting edges of both blades, a fixed blade that projects in the other of the right and left directions from the cutter support, a front edge portion of which is positioned forward of foremost cutting edges of both blades, the fixed blade faces forward against the foremost cutting edge of the upper blade.
A nucleic acid vector comprising a promoter operably linked to a heterologous polynucleotide sequence of: a) a polylinker sequence; b) a non- GmPSID2 heterologous coding sequence; or c) a combination of a) and b); wherein said promoter comprises a polynucleotide sequence that has at least 99% sequence identity with SEQ ID NO:2. a) a polylinker sequence; b) a non- GmPSID2 heterologous coding sequence; or c) a combination of a) and b);
A system intended at least for the removal of energy in thermochemical form based on a reversible reaction of a first reagent A and a second reagent B to give a product C and heat and comprising • a hydration reactor configured to ensure conducting an exothermic reaction of the first reagent A with the second reagent B to produce the product C and heat comprising a start-up phase and a maintenance phase, • a circulation module comprising a circuit for circulating a heat transfer fluid in the hydration reactor , • a storage module configured to receive the first reagent A, • a storage module configured to receive the product C, the system comprises: a module for producing the second reagent B in the phase of maintaining the exothermic reaction, the second reagent being water vapour, comprising an evaporator and a hot source, intended for the evaporation of water by heat transfer from the heat produced by the exothermic reaction for the benefit of the production of water vapour, the hot source being at least partially the heat transfer fluid allowing extracting the thermal energy from the hydration reactor , the circuit for circulating the heat transfer fluid being configured to ensure the heat transfer between the hydration reactor and the evaporator . • a hydration reactor configured to ensure conducting an exothermic reaction of the first reagent A with the second reagent B to produce the product C and heat comprising a start-up phase and a maintenance phase, • a circulation module comprising a circuit for circulating a heat transfer fluid in the hydration reactor , • a storage module configured to receive the first reagent A, • a storage module configured to receive the product C,
A method of braking an automated guided vehicle , the automated guided vehicle comprising a support structure and at least three drive units connected to the support structure , wherein each drive unit comprises: - a wheel rotatable about a wheel axis and about a steering axis perpendicular to the wheel axis ; - an electric wheel motor arranged to drive the wheel about the wheel axis ; - a wheel sensor device arranged to determine a rotational position of the wheel about the wheel axis ; - an electric steering motor arranged to drive the wheel about the steering axis ; and - a steering sensor device arranged to determine a rotational position of the wheel about the steering axis ; wherein the method comprises: - positioning the wheels of the drive units in an invalid configuration ; and - position controlling each wheel about the respective steering axis in the invalid configuration . - a wheel rotatable about a wheel axis and about a steering axis perpendicular to the wheel axis ; - an electric wheel motor arranged to drive the wheel about the wheel axis ; - a wheel sensor device arranged to determine a rotational position of the wheel about the wheel axis ; - an electric steering motor arranged to drive the wheel about the steering axis ; and - a steering sensor device arranged to determine a rotational position of the wheel about the steering axis ; - positioning the wheels of the drive units in an invalid configuration ; and - position controlling each wheel about the respective steering axis in the invalid configuration .
Method for identifying obstructions of view in image sensor systems of a motor vehicle, wherein an image, which has been recorded by an image sensor , is analysed using an evaluation unit , wherein the presence and possibly the type of an obstruction of view is identified by way of the analysis of the recorded image, wherein the analysis of the recorded image consists of measuring the image unsharpness, wherein a signal indicating the presence of the obstruction of view and possibly the type of the obstruction of view is generated using a decision module of the evaluation unit , wherein the image sensor is focused at the area outside the motor vehicle, wherein the image sensor is mounted behind a vehicle pane and is focused at the external space behind the vehicle pane and objects are imaged unsharply onto the vehicle pane, wherein the signal is transmitted to subsequent systems, characterized in that a subsequent system functions appropriately for sensing the vicinity of the motor vehicle or for keeping lane only if visibility is sufficient, wherein the subsequent system for sensing the vicinity of the motor vehicle or for keeping lane evaluates images of the image sensor but does not evaluate the recorded image if an obstruction of view is identified.
A method for molding a composite material , comprising: disposing a reinforcing base material in a cavity of a mold comprising a first mold element and a second mold element , the second mold element forming the cavity together with the first mold element ; making the first mold element come relatively close to the second mold element to air-tightly seal a seal region by means of a first sealing member , the seal region including the cavity and an outer peripheral region , the outer peripheral region communicating with an outer periphery of the cavity ; starting an operation of suctioning a gas from the outer peripheral region to evacuate the gas in the seal region ; injecting a resin into a part of the cavity ; making the first mold element further come relatively close to the second mold element to clamp the mold and provide a liquid-tight seal between the cavity and the outer peripheral region by means of a second sealing member while pressing the resin to fill the cavity with the resin ; and stopping the operation of suctioning the gas from the outer peripheral region , wherein the reinforcing base material is formed through applying a binder resin to a fiber base material and then curing the binder resin , and the binder resin has a resin softening point (Tsp) equal to or higher than a temperature of the mold . disposing a reinforcing base material in a cavity of a mold comprising a first mold element and a second mold element , the second mold element forming the cavity together with the first mold element ; making the first mold element come relatively close to the second mold element to air-tightly seal a seal region by means of a first sealing member , the seal region including the cavity and an outer peripheral region , the outer peripheral region communicating with an outer periphery of the cavity ; starting an operation of suctioning a gas from the outer peripheral region to evacuate the gas in the seal region ; injecting a resin into a part of the cavity ; making the first mold element further come relatively close to the second mold element to clamp the mold and provide a liquid-tight seal between the cavity and the outer peripheral region by means of a second sealing member while pressing the resin to fill the cavity with the resin ; and stopping the operation of suctioning the gas from the outer peripheral region , wherein the reinforcing base material is formed through applying a binder resin to a fiber base material and then curing the binder resin , and the binder resin has a resin softening point (Tsp) equal to or higher than a temperature of the mold .