mhurhangee/patent-ind-claim-en huggingface dataset:
Hose for transporting fluids comprising a main body having an inner tubular surface delimiting an axial opening (AL) for the passage of a fluid inside the hose and an outer tubular surface , said main body defining a first and a second mouth or annular end for the inlet/outlet of fluid into/from said axial opening (AL), said main body having a longitudinal axis of symmetry (x-x), said hose further comprising at least one spiral or helical component embedded or formed within said main body and unwinding or extending around said longitudinal axis of symmetry (x-x), said at least one spiral or helical component having a cross section with a first perimeter section proximal to said inner tubular surface and distal from said outer tubular surface and at least one second perimeter section distal from said inner tubular surface and proximal to said outer tubular surface , wherein said first perimeter section is substantially straight and parallel or substantially coincident with said inner tubular surface or it is slightly curved with a radius of curvature greater than said second perimeter section , said cross section being D-shaped with a third perimeter section and a fourth perimeter section arranged one opposite to the other with respect to said first perimeter section and second perimeter section and each designed to bridge connect an end of said first perimeter section and an end of said second perimeter section , wherein said first perimeter section , said second perimeter section , said third perimeter section , and said fourth perimeter section are defining the outer perimeter of said cross section , and wherein said third perimeter section and said fourth perimeter section are parallel and transverse or orthogonal to said longitudinal axis of symmetry (x-x), or said third perimeter section and said fourth perimeter section are parallel and inclined with respect to the longitudinal symmetry axis (x-x). said cross section being D-shaped with a third perimeter section and a fourth perimeter section arranged one opposite to the other with respect to said first perimeter section and second perimeter section and each designed to bridge connect an end of said first perimeter section and an end of said second perimeter section , wherein said first perimeter section , said second perimeter section , said third perimeter section , and said fourth perimeter section are defining the outer perimeter of said cross section , and wherein said third perimeter section and said fourth perimeter section are parallel and transverse or orthogonal to said longitudinal axis of symmetry (x-x), or said third perimeter section and said fourth perimeter section are parallel and inclined with respect to the longitudinal symmetry axis (x-x). said third perimeter section and said fourth perimeter section are parallel and transverse or orthogonal to said longitudinal axis of symmetry (x-x), or said third perimeter section and said fourth perimeter section are parallel and inclined with respect to the longitudinal symmetry axis (x-x).
System composed of at least one hand-held power tool , comprising a housing , having a handle , a drive motor arranged in the housing , wherein the drive motor is coupled to a tool receiver, and at least one first interface , wherein the first interface is designed to receive information from at least one second, external interface and/or to send information to at least one second, external interface , and at least one electrotechnical product , in particular without a drive motor, comprising a housing , characterized in that the housing of the hand-held power tool and the housing of the electrotechnical product each have a receiving opening , and the receiving openings can be releasably closed by a cover ; and wherein the cover closes the housing outwardly, and the first interface can be removably arranged in the receiving openings .
An inkjet recording device control method comprising: a printing object detection step of detecting a printing object ; a charge control signal transmission step of transmitting signals for controlling charges of a plurality of nozzles at a timing when the printing object is detected in the printing object detection step and signals are received from all of a plurality of processing units ; and a printing step of controlling the plurality of nozzles and performing printing based on the signals for controlling the charges that have been transmitted in the charge control signal transmission step, wherein the printing step includes transmitting printing start signals from each of the plurality of processing units to a circuit and after printing start signals are received by the circuit transmitting printing synchronization signals from the circuit to the plurality of processing units . a printing object detection step of detecting a printing object ; a charge control signal transmission step of transmitting signals for controlling charges of a plurality of nozzles at a timing when the printing object is detected in the printing object detection step and signals are received from all of a plurality of processing units ; and a printing step of controlling the plurality of nozzles and performing printing based on the signals for controlling the charges that have been transmitted in the charge control signal transmission step, wherein the printing step includes transmitting printing start signals from each of the plurality of processing units to a circuit and after printing start signals are received by the circuit transmitting printing synchronization signals from the circuit to the plurality of processing units .
An apparatus for controlling a steering system of a vehicle, the apparatus comprising: an assist torque determination module configured to determine assist torque for steering assist based on driver steering input information and vehicle state information collected from the vehicle; a return control module configured to determine steering return torque for returning a steering wheel to a neutral position; a side slip angle estimation module configured to estimate a side slip angle (β) based on the vehicle state information (Vx, ay, ωy) collected from the vehicle; characterised by a side slip control module configured to receive the side slip angle (β) estimated by the side slip angle estimation module and to determine a return control gain value in a response to the estimated side slip angle (β); a correction unit configured to determine final steering return torque by correcting the steering return torque, determined by the return control module , in a response to the return control gain value; and a torque compensation unit configured to determine final assist torque for steering assist by compensating the assist torque, determined by the assist torque determination module , with the final steering return torque, determined by the correction unit . an assist torque determination module configured to determine assist torque for steering assist based on driver steering input information and vehicle state information collected from the vehicle; a return control module configured to determine steering return torque for returning a steering wheel to a neutral position; a side slip angle estimation module configured to estimate a side slip angle (β) based on the vehicle state information (Vx, ay, ωy) collected from the vehicle; a side slip control module configured to receive the side slip angle (β) estimated by the side slip angle estimation module and to determine a return control gain value in a response to the estimated side slip angle (β); a correction unit configured to determine final steering return torque by correcting the steering return torque, determined by the return control module , in a response to the return control gain value; and a torque compensation unit configured to determine final assist torque for steering assist by compensating the assist torque, determined by the assist torque determination module , with the final steering return torque, determined by the correction unit .
A motor vehicle headlamp comprising at least one lamp assembly , wherein the lamp assembly comprises at least one holder and a flat lamp arranged on the holder , characterised in that the flat lamp comprises at least one illuminating surface and at least one back surface facing away from the at least one illuminating surface , wherein on the back surface of the flat lamp a contact surface is arranged and the flat lamp is, via the contact surface, mechanically and electrically connected with the at least one holder , wherein the holder, for electrically contacting the flat lamp , , comprises metallic conductor paths which are applied with conductive ink on the holder , wherein the at least one holder has an adhesive and contact surface which is electrically and mechanically connected with the contact surface on the back surface of the flat lamp by means of the conductive ink, an electrically conductive adhesive (conductive glue) or by means of an electrically conductive paint (conductive lacquer).
A humidification chamber for use in a medical humidification system, the humidification chamber comprising: a base and a top linked by a side wall so as to define the humidification chamber ; an inlet comprising an inlet end configured to receive gases flow from a gases source, an outlet end configured to introduce the gases flow to the inside of the humidification chamber , and at least one wall defining, at least in part, a passageway between the inlet end and the outlet end for conveying gases therebetween; and a gases outlet , wherein the outlet end of the inlet is configured to terminate in the humidification chamber or at the side wall of the humidification chamber , wherein the passageway is configured to guide the gases flow such that a center of the gases flow at the inlet end and a center of the gases flow at or proximate the outlet end are substantially aligned along a common axis, and characterized in that the common axis is substantially tangential to the side wall of the humidification chamber . a base and a top linked by a side wall so as to define the humidification chamber ; an inlet comprising an inlet end configured to receive gases flow from a gases source, an outlet end configured to introduce the gases flow to the inside of the humidification chamber , and at least one wall defining, at least in part, a passageway between the inlet end and the outlet end for conveying gases therebetween; and a gases outlet , wherein the outlet end of the inlet is configured to terminate in the humidification chamber or at the side wall of the humidification chamber , wherein the passageway is configured to guide the gases flow such that a center of the gases flow at the inlet end and a center of the gases flow at or proximate the outlet end are substantially aligned along a common axis, and characterized in that the common axis is substantially tangential to the side wall of the humidification chamber .
Healing earth preparation containing 90 - 99.9 % by weight of healing earth and 0.1 - 10 % by weight of binder, wherein the binder comprises one or more water-soluble polymers, wherein each water-soluble polymer of the binder is selected from the group consisting of starch, tragacanth or cellulose acetate, cellulose ether, ethyl cellulose, methyl cellulose, hydroxypropyl cellulose, hydroxypropyl methyl cellulose, carboxymethyl cellulose and polyvinyl alcohol, wherein the healing earth preparation is coated with a coating in an amount of 1.5 to 5.0 % by weight based on the total weight of the coated preparation, wherein the coating comprises one or more water soluble polymers or film formers, and wherein each water soluble film former or soluble polymer of the coating is selected from the group consisting of starch, modified starch, sucrose, cellulose acetate, ethylcellulose, methylcellulose, hydroxypropylmethylcellulose, polyvinyl alcohol, maltodextrin, gum arabic the preparation being in the form of coated granules.
A handheld machine tool, in particular an impact driver, having a drive train for driving a tool receptacle , provided for receiving a tool , in particular a screwdriver tool, about a rotation axis (D), wherein the drive train comprises a drive motor , an output shaft element , on which the tool receptacle is arranged, and a drive shaft , which is drivable by the drive motor , for driving the output shaft element , wherein the output shaft element is rotatably mounted by means of an output pivot bearing and the drive shaft is rotatably mounted by means of a drive pivot bearing about the rotation axis (D) in respect of a machine housing , and wherein the output shaft element is rotatably mounted by means of a shaft bearing arrangement on the drive shaft about the rotation axis (D), wherein the shaft bearing arrangement comprises a bearing receptacle in which an output shaft of the output shaft member is received, wherein the output shaft is supported on the bearing receptacle in relation to the rotation axis (D) of the shaft bearing arrangement , and wherein the shaft bearing arrangement comprises at least two shaft bearings which are arranged adjacent to each other with respect to the rotation axis (D), characterized in that the at least two shaft bearings differ in at least one mechanical property, the at least one mechanical property comprising different bearing diameters of at least two of the shaft bearings , and in that the different diameters comprise different diameters of the output shaft of the output shaft member and correspondingly different diameters of the bearing seat of the input shaft for the output shaft .
Method for forming package bodies open on one side from package sleeves open on both sides for the manufacture of filled packages , - in the case of which the package sleeves are held ready in a stack for further processing, folded flat along at least two fold edges running in the longitudinal direction of the package sleeves , - in the case of which the flat-folded package sleeves are transferred consecutively from the stack to a forming station , - in the case of which the package sleeves are unfolded in a forming station , - in the case of which the package sleeves are positioned in the forming station between at least two mould halves of a mould and are unfolded by closing the mould and - in the case of which the unfolded package sleeves are pushed from the forming station onto a mandrel for closing, in particular sealing, a longitudinal end of the package sleeve , characterised in that the package sleeves are drawn in the forming station , before they are positioned between the mould halves , through a channel coming into contact with the two opposing fold edges of the package sleeve and tapering transverse to the package sleeve . - in the case of which the package sleeves are held ready in a stack for further processing, folded flat along at least two fold edges running in the longitudinal direction of the package sleeves , - in the case of which the flat-folded package sleeves are transferred consecutively from the stack to a forming station , - in the case of which the package sleeves are unfolded in a forming station , - in the case of which the package sleeves are positioned in the forming station between at least two mould halves of a mould and are unfolded by closing the mould and - in the case of which the unfolded package sleeves are pushed from the forming station onto a mandrel for closing, in particular sealing, a longitudinal end of the package sleeve , characterised in that the package sleeves are drawn in the forming station , before they are positioned between the mould halves , through a channel coming into contact with the two opposing fold edges of the package sleeve and tapering transverse to the package sleeve .
A belt retractor for a vehicle safety belt comprising a belt reel supported for rotation in a frame , a sensor for vehicle-sensitive blocking of the belt reel and a mechanism for disabling the sensor , characterized in that via a gear supported for rotation on the frame , a friction element and a cam follower the belt reel acts on the mechanism for disabling the sensor and can adjust the same.
A sterile packaging assembly configured to receive a surgical instrument, wherein the sterile packaging assembly comprises: a vacuum-molded tray, comprising: an instrument cavity configured to receive the surgical instrument; and a trap cavity; and a particulate trap (830; 840) positioned in said trap cavity, wherein said particulate trap (830; 840) comprises a housing including a funnel shaped side terminating in an opening, and wherein said opening is in communication with a chamber defined in said particulate trap, characterized in that said particulate trap (830; 840) further comprises an adhesive (837; 847) positioned in said chamber. a vacuum-molded tray, comprising: an instrument cavity configured to receive the surgical instrument; and a trap cavity; and an instrument cavity configured to receive the surgical instrument; and a trap cavity; and a particulate trap (830; 840) positioned in said trap cavity, wherein said particulate trap (830; 840) comprises a housing including a funnel shaped side terminating in an opening, and wherein said opening is in communication with a chamber defined in said particulate trap, characterized in that said particulate trap (830; 840) further comprises an adhesive (837; 847) positioned in said chamber.
A method for manufacturing a low molecular weight acrylic resin by continuously polymerizing a solvent-free acrylic composition comprising one or more (meth)acrylate-based monomers and a thermal initiator in a continuous flow reactor, wherein the solvent-free acrylic composition does not comprise a molecular weight regulator, wherein the continuous flow reactor comprises a reacting part with a screw stirrer, a feeding part, and a discharging part, the method comprising: feeding the solvent-free acrylic composition to the reacting part through the feeding part; maintaining a temperature of the reacting part at 70°C or more and 150°C or less, wherein in the maintaining the temperature of the reacting part, the reacting part is composed of a front end part and a rear end part, and the temperature of the front end part is maintained at 100°C or more and 150°C or less, and the temperature of the rear end part is maintained at 70°C or more and 110°C or less, while maintaining the temperatures of the front end part and the rear end part at the same temperature or different temperatures; and continuously polymerizing the solvent-free acrylic composition to form a low molecular weight acrylic resin having a weight average molecular weight of 25,000 g/mol or more and 35,000 g/mol or less with the weight average molecular weight being measured according to the method of the description, and having a polydispersion index of 2.5 to 3.5; and wherein the continuous polymerizing is performed for 1 hour or more and 2 hours or less, and discharging the low molecular weight acrylic resin through the discharging part. feeding the solvent-free acrylic composition to the reacting part through the feeding part; maintaining a temperature of the reacting part at 70°C or more and 150°C or less, wherein in the maintaining the temperature of the reacting part, the reacting part is composed of a front end part and a rear end part, and the temperature of the front end part is maintained at 100°C or more and 150°C or less, and the temperature of the rear end part is maintained at 70°C or more and 110°C or less, while maintaining the temperatures of the front end part and the rear end part at the same temperature or different temperatures; and continuously polymerizing the solvent-free acrylic composition to form a low molecular weight acrylic resin having a weight average molecular weight of 25,000 g/mol or more and 35,000 g/mol or less with the weight average molecular weight being measured according to the method of the description, and having a polydispersion index of 2.5 to 3.5; and wherein the continuous polymerizing is performed for 1 hour or more and 2 hours or less, and discharging the low molecular weight acrylic resin through the discharging part.
A method for repair comprising the following steps: placing a damaged component within a shaped cavity , wherein the shaped cavity comprises a mold configured to reconstruct the shape of the damaged component ; applying a repair material within the shaped cavity ; applying heat to the shaped cavity to repair the damaged component ; characterised in that the repair material comprises a parent material and an additive material, wherein the parent material is the same material as the damaged component and the additive material lowers the melting temperature of the parent material; and by applying heat to the shaped cavity such that the additive material in the repair material diffuses into the shaped cavity , while the parent material in the repair material bonds metalurgically to the damaged component . placing a damaged component within a shaped cavity , wherein the shaped cavity comprises a mold configured to reconstruct the shape of the damaged component ; applying a repair material within the shaped cavity ; applying heat to the shaped cavity to repair the damaged component ; characterised in that the repair material comprises a parent material and an additive material, wherein the parent material is the same material as the damaged component and the additive material lowers the melting temperature of the parent material; and by applying heat to the shaped cavity such that the additive material in the repair material diffuses into the shaped cavity , while the parent material in the repair material bonds metalurgically to the damaged component .
A compound of formula (I) or of formula (II) where R 1 represents hydrogen, a hydroxyl group, a hydrocarbon functional group having 1 to 6 carbon atoms or OR 5 ; and R 2 to R 5 each represent, independently of one another, hydrogen or a functional group of formula (III) and n represents an integer from 1 to 50; and m represents an integer from 1 to 20, where at least one of the functional groups R 2 to R 5 is R 1 represents hydrogen, a hydroxyl group, a hydrocarbon functional group having 1 to 6 carbon atoms or OR 5 ; and R 2 to R 5 each represent, independently of one another, hydrogen or a functional group of formula (III) and n represents an integer from 1 to 50; and m represents an integer from 1 to 20, where at least one of the functional groups R 2 to R 5 is