mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-function food processor, comprising: a body base , a body shell and an upper cover , all configured to removably receive a bowl , and wherein the upper cover has an upper cover base , a feeding tube and a pusher to urge food via the feeding tube into the received bowl ; a drive unit provided inside the body shell ; a cutter disk provided between the drive unit and the upper cover ; wherein said cutter disk comprises a disk with a centrally located core cutter extending therefrom and a slot extending from an outer edge of the disk to the core cutter that is provided with shredding means , and wherein the core cutter extends beyond the shredding means ; and wherein the feeding tube is adjustable between a central position, where the feeding tube is co-axial with the core cutter , and an eccentric position, where the feeding tube is offset from the core cutter ; and characterised in that the disk comprises a disk top face and a disk bottom face and the slot comprises a first slot and a second slot arranged in a straight line; said shredding means comprising a fine shredding cutter and a coarse shredding cutter , wherein the fine shredding cutter is fixed to the first slot on the disk top face and the coarse shredding cutter is fixed to the second slot on the disk bottom face . a body base , a body shell and an upper cover , all configured to removably receive a bowl , and wherein the upper cover has an upper cover base , a feeding tube and a pusher to urge food via the feeding tube into the received bowl ; a drive unit provided inside the body shell ; a cutter disk provided between the drive unit and the upper cover ; wherein said cutter disk comprises a disk with a centrally located core cutter extending therefrom and a slot extending from an outer edge of the disk to the core cutter that is provided with shredding means , and wherein the core cutter extends beyond the shredding means ; and wherein the feeding tube is adjustable between a central position, where the feeding tube is co-axial with the core cutter , and an eccentric position, where the feeding tube is offset from the core cutter ; and characterised in that the disk comprises a disk top face and a disk bottom face and the slot comprises a first slot and a second slot arranged in a straight line; said shredding means comprising a fine shredding cutter and a coarse shredding cutter , wherein the fine shredding cutter is fixed to the first slot on the disk top face and the coarse shredding cutter is fixed to the second slot on the disk bottom face .
Device for producing a screw connection, having receiving means for receiving a screw-connection element of the screw connection to be produced and having drive means for transmitting an external force, wherein a coupling body is provided, which couples a drive body and a receiving body for conjoint rotation until a predetermined torque has been reached and renders the receiving body driveless when the predetermined torque is reached, and wherein an angle setting element is provided which, once the predetermined torque has been reached, with the drive body rendered without a driving function, serves, during an angular tightening operation, as drive means for entraining the receiving body in rotation and has a contour with which a mating contour that is fixed with regard to an axis of rotation of the device during the angular tightening is associated, wherein the contour and the mating contour cooperate such that, upon rotational actuation of the angle setting element about the axis of rotation , two end-stop positions arise, which define the start and end of the angular tightening.
A method of producing a composite material of pultrusion, characterized in that the composite material of pultrusion is produced by a pultrusion device, which is provided with a fiber-impregnating system comprising: an infusion box provided with a mold cavity that has an infusion cavity for fibers to pass, an infusion hole for resin infusion, a resin passage for communicating with the infusion cavity and the infusion hole , the mold cavity further including a compression segment upstream of the infusion cavity , the compression segment having an entrance with a depth greater than or equal to a depth of the compression segment exit, the depth of the entrance and exit of the compression segment ranging from 0 to 2 mm, and includes a mold downstream of the infusion box, wherein the depth of the compression segment entrance and exit respectively indicates the difference obtained by subtracting from the thickness of the compression segment cavity the thickness of an extrudate produced by the impregnating system in a corresponding position of the compression segment cavity. an infusion box provided with a mold cavity that has an infusion cavity for fibers to pass, an infusion hole for resin infusion, a resin passage for communicating with the infusion cavity and the infusion hole , the mold cavity further including a compression segment upstream of the infusion cavity , the compression segment having an entrance with a depth greater than or equal to a depth of the compression segment exit, the depth of the entrance and exit of the compression segment ranging from 0 to 2 mm, and includes a mold downstream of the infusion box, wherein the depth of the compression segment entrance and exit respectively indicates the difference obtained by subtracting from the thickness of the compression segment cavity the thickness of an extrudate produced by the impregnating system in a corresponding position of the compression segment cavity.
Holding frame for attaching a printed circuit board to a housing , comprising: • a carrier structure for the printed circuit board ; • at least one press-in projection , which is elastically and/or plastically deformable so as to be pressable with an oversize into a cutout in the housing in order to fasten the holding frame to the housing ; and • at least one spring element , which resiliently connects the at least one press-in projection to the carrier structure , wherein • at least one of the spring elements is formed as a bending arm which, at one end, is connected permanently to the carrier structure and, on the free, other end of which, one of the press-in projections is arranged; characterized in that • an areal extent of the carrier structure in two spatial directions (x, y) is a number of times greater than the height extent thereof in a third spatial direction (z) perpendicular thereto; and in that • two of the spring elements formed as bending arms extend in two different directions away from the carrier structure in a direction (y) of its areal extent. • a carrier structure for the printed circuit board ; • at least one press-in projection , which is elastically and/or plastically deformable so as to be pressable with an oversize into a cutout in the housing in order to fasten the holding frame to the housing ; and • at least one spring element , which resiliently connects the at least one press-in projection to the carrier structure , wherein • at least one of the spring elements is formed as a bending arm which, at one end, is connected permanently to the carrier structure and, on the free, other end of which, one of the press-in projections is arranged; characterized in that • an areal extent of the carrier structure in two spatial directions (x, y) is a number of times greater than the height extent thereof in a third spatial direction (z) perpendicular thereto; and in that • two of the spring elements formed as bending arms extend in two different directions away from the carrier structure in a direction (y) of its areal extent.
Diffuser for diffusing a gas that is to be diffused in a duct, said diffuser in the form of a grid that is able to match the shape of the internal wall of said duct, said grid comprising: ▪ a main distribution line that can be connected to a reservoir intended for storing said gas that is to be diffused, ▪ one or more secondary diffusion lines , each one being connected to said main distribution line , said secondary diffusion lines comprising orifices that are suitable for expelling said gas that is to be diffused from said grid towards said duct, ▪ one or more heating means arranged inside said secondary diffusion lines and capable of heating an exhaust gas flowing in said duct. ▪ a main distribution line that can be connected to a reservoir intended for storing said gas that is to be diffused, ▪ one or more secondary diffusion lines , each one being connected to said main distribution line , said secondary diffusion lines comprising orifices that are suitable for expelling said gas that is to be diffused from said grid towards said duct, ▪ one or more heating means arranged inside said secondary diffusion lines and capable of heating an exhaust gas flowing in said duct.
A magenta liquid electrostatic ink composition comprising a magenta pigment, a basic dispersant, a resin comprising a polymer having acidic side groups, a carrier liquid and a charge director, wherein the dispersant comprises a compound comprising a succinimide group linked to a primary, secondary or tertiary amine; wherein the polymer having acidic side groups has an acidity of 70 mg KOH/g or more; and wherein the charge director is selected from a group consisting of metal salts of sulfo-succinates, metal salts of oxyphosphates, metal salts of alkyl-benzenesulfonic acid, metal salts of aromatic carboxylic acids or sulfonic acids, polyoxyethylated alkylamines, lecithin, polyvinylpyrrolidone, organic acid esters of polyvalent alcohols, oil-soluble petroleum sulfonates, glyceride salts and sulfonic acid salts.
A modular sexual assistance apparatus suitable for being installed on the ground or on a bed and comprising a first secure structure (A) able to support at least a first moving user, said first secure structure (A) comprising a moving carriage arranged on a linear guide and mounted on a first pedestal , the linear guide comprising a safety device, characterized in that the safety device is suitable for controlling a linear travel of the moving carriage , in that the linear guide comprises a system for slaving the carriage by a first tensed elastic cable , in that the first elastic cable includes a stopper ball and is suitable for entering both a locking catch secured to the first pedestal and a first ring secured to the carriage , and in that a first tensed state of the first elastic cable is defined both by a movement of the stopper ball along the first pedestal and by a clamped state of the first elastic cable in the locking catch .
A base station apparatus for selecting a core network in a mobile communication system, the base station apparatus comprising: a service information acquisition unit configured to obtain, from a service information database in which a service information, to which a user subscribed from a terminal device and which is mapped to identification information of the terminal device , is stored, the service information, and a dedicated core network selection unit configured to select a dedicated core network for use in providing a type of service to which the user subscribed by using the service information obtained by the service information acquisition unit , wherein the service information includes a dedicated core network identifier. a service information acquisition unit configured to obtain, from a service information database in which a service information, to which a user subscribed from a terminal device and which is mapped to identification information of the terminal device , is stored, the service information, and a dedicated core network selection unit configured to select a dedicated core network for use in providing a type of service to which the user subscribed by using the service information obtained by the service information acquisition unit , wherein the service information includes a dedicated core network identifier.
Bubbling fluidized bed combustion device comprising - a fluidization vessel ; - a fluidized sand bed arranged in said fluidization vessel; and - an arrangement for monitoring said fluidized sand bed, characterized in said arrangement comprising at least one radar level gauge arranged to repeatedly measure a distance (D) in said fluidization vessel from a reference point to at least one portion of the top surface of the fluidized sand bed, and to provide a measurement signal (S) representative of said distance. - a fluidization vessel ; - a fluidized sand bed arranged in said fluidization vessel; and - an arrangement for monitoring said fluidized sand bed, characterized in said arrangement comprising at least one radar level gauge arranged to repeatedly measure a distance (D) in said fluidization vessel from a reference point to at least one portion of the top surface of the fluidized sand bed, and to provide a measurement signal (S) representative of said distance.
An electrically operated actuator for operating a window sash of a roof window which is pivotally suspended from a window frame by a horizontal pivot axis, said actuator being configured to pivot said window sash between at least an open position and a fully closed position, said actuator comprising an electronic control unit controlling the operation of said actuator by means of an electric drive motor , the speed of said electric drive motor and/or the position of said window sash being detected by a position sensor of the electrically operated actuator , said electronic control unit being configured to monitor an electric current directly consumed by said electric drive motor , and/or to calculate and monitor a rate of change over time in said electric current consumed by said electric drive motor , said electric current or said rate of change in said electric current being an indicator of a closing force applied onto said window sash by said actuator , said actuator being adapted to perform a first closing operation while said electronic control unit monitors said indicator of a closing force, said actuator being adapted to initiate a first reversing operation upon said indicator of closing force exceeding a threshold during said first closing operation , and said actuator being characterised in that it is configured to initiate a subsequent, second closing operation after said first reversing operation , said threshold being selected from a plurality of predetermined thresholds in response to the speed of said electric drive motor and/or the position of said window sash . said actuator being configured to pivot said window sash between at least an open position and a fully closed position, said actuator comprising an electronic control unit controlling the operation of said actuator by means of an electric drive motor , the speed of said electric drive motor and/or the position of said window sash being detected by a position sensor of the electrically operated actuator , said electronic control unit being configured to monitor an electric current directly consumed by said electric drive motor , and/or to calculate and monitor a rate of change over time in said electric current consumed by said electric drive motor , said electric current or said rate of change in said electric current being an indicator of a closing force applied onto said window sash by said actuator , said actuator being adapted to perform a first closing operation while said electronic control unit monitors said indicator of a closing force, said actuator being adapted to initiate a first reversing operation upon said indicator of closing force exceeding a threshold during said first closing operation , and said actuator being characterised in that it is configured to initiate a subsequent, second closing operation after said first reversing operation , said threshold being selected from a plurality of predetermined thresholds in response to the speed of said electric drive motor and/or the position of said window sash .
A stapling assembly , comprising: a fastener cartridge , comprising: a cartridge body defining a longitudinal axis (A), wherein the cartridge body comprises a proximal cartridge alignment feature and a distal cartridge alignment feature ; fasteners removably positioned in the cartridge body ; and drivers movably supporting the fasteners ; a channel dimensioned to receive the fastener cartridge , wherein the channel comprises a first sidewall comprising a proximal channel alignment feature and a distal channel alignment feature positioned to receive the distal cartridge alignment feature upon positioning the proximal cartridge alignment feature in abutting engagement with the proximal channel alignment feature and moving the fastener cartridge along an insertion axis to a first position in the channel , wherein the insertion axis is perpendicular to the longitudinal axis (A); and characterized in that the stapling assembly further comprises a spring configured to bias the fastener cartridge distally within the channel along the longitudinal axis (A) from the first position to a fully seated position. a fastener cartridge , comprising: a cartridge body defining a longitudinal axis (A), wherein the cartridge body comprises a proximal cartridge alignment feature and a distal cartridge alignment feature ; fasteners removably positioned in the cartridge body ; and drivers movably supporting the fasteners ; a cartridge body defining a longitudinal axis (A), wherein the cartridge body comprises a proximal cartridge alignment feature and a distal cartridge alignment feature ; fasteners removably positioned in the cartridge body ; and drivers movably supporting the fasteners ; a channel dimensioned to receive the fastener cartridge , wherein the channel comprises a first sidewall comprising a proximal channel alignment feature and a distal channel alignment feature positioned to receive the distal cartridge alignment feature upon positioning the proximal cartridge alignment feature in abutting engagement with the proximal channel alignment feature and moving the fastener cartridge along an insertion axis to a first position in the channel , wherein the insertion axis is perpendicular to the longitudinal axis (A); and characterized in that the stapling assembly further comprises a spring configured to bias the fastener cartridge distally within the channel along the longitudinal axis (A) from the first position to a fully seated position.
Catching net for a catching device, in particular for catching unmanned flying objects with a catching region , which comprises several net meshes , which are formed by interconnected net threads or net strands, a net frame , which surrounds the catching area and is connected to the net meshes , at least two weighting elements , which are connected to the net frame or are integrated into the net frame , wherein the catching net is configured such as to be fired from a catching device, wherein the catching net is tensioned in flight under the effect of the accelerated weighting elements , wherein the catching net comprises at least one absorption device , which is configured such that, when the catching region of the catching net comes in contact with an object which is to be caught, it at least partially absorbs the forces taking effect on the catching region due to the weighting elements , characterized in that the absorption device comprises at least one predetermined break point at the connection between a weighting element and the catching net . a catching region , which comprises several net meshes , which are formed by interconnected net threads or net strands, a net frame , which surrounds the catching area and is connected to the net meshes , at least two weighting elements , which are connected to the net frame or are integrated into the net frame , wherein the catching net is configured such as to be fired from a catching device, wherein the catching net is tensioned in flight under the effect of the accelerated weighting elements , wherein the catching net comprises at least one absorption device , which is configured such that, when the catching region of the catching net comes in contact with an object which is to be caught, it at least partially absorbs the forces taking effect on the catching region due to the weighting elements , characterized in that the absorption device comprises at least one predetermined break point at the connection between a weighting element and the catching net .
Vehicle seat having a seat cushion, which is constructed from several layers , of a seat part and/or of a backrest part , in which at least one sensor is arranged beneath a cover , which is in the form of an upper layer, of the seat cushion, wherein the at least one sensor is fastened to an air-permeable support element (T) which is in the form of a further layer, wherein, during use, an A-side (A) of the support element (T) faces a seated person, wherein the support element (T) is arranged between the several layers , wherein the support element (T) • is an air-permeable support nonwoven in which or on which the at least one heating wire (H) of a seat heater of the seat cushion of the seat part and/or of the backrest part is arranged, or • is an air-permeable foam in which or on which the at least one heating wire (H) of a seat heater of the seat cushion of the seat part and/or of the backrest part is arranged, characterized in that the at least one sensor is fastened by means of a first fastening element in a state in which the sensor is installed in the vehicle seat , wherein a sensor element , which protrudes orthogonally from a sensor head of the sensor , rests on the A-side (A), which faces the cover , of the support element (T), so that a sensor area of the sensor element faces the seated person, and is held in a specifiable position by the first fastening element , which is arranged on the A-side (A), wherein the first fastening element is a flat piece of adhesive strip which has an opening (20-1) which the sensor element , which protrudes orthogonally from the sensor head , of the at least one sensor passes through in the direction of the cover in the state in which the first fastening element and the sensor are installed. • is an air-permeable support nonwoven in which or on which the at least one heating wire (H) of a seat heater of the seat cushion of the seat part and/or of the backrest part is arranged, or • is an air-permeable foam in which or on which the at least one heating wire (H) of a seat heater of the seat cushion of the seat part and/or of the backrest part is arranged,
A pneumatic tire comprising a pair of bead portions , wherein each bead portion of the pair of the bead portions comprising a bead core , and a chafer rubber arranged axially inside the bead core and extending outward in a tire radial direction from a bead toe along a tire inner cavity surface , and the chafer rubber is formed of a rubber composition not containing fiber material for reinforcement, wherein a second bead width Wb is 18.0 mm or less, wherein the second bead width (Wb) is a width in the tire axial direction from the bead toe to an axially outer side surface of said each bead portion , wherein the pneumatic tire further comprises a carcass ply (6A or 6B) extending between the pair of the bead portions , characterised in that a shortest distance (D2) between the bead toe and the carcass ply (6A and 6B) is 6.0 mm or less. wherein each bead portion of the pair of the bead portions comprising a bead core , and a chafer rubber arranged axially inside the bead core and extending outward in a tire radial direction from a bead toe along a tire inner cavity surface , and the chafer rubber is formed of a rubber composition not containing fiber material for reinforcement, wherein a second bead width Wb is 18.0 mm or less, wherein the second bead width (Wb) is a width in the tire axial direction from the bead toe to an axially outer side surface of said each bead portion , wherein the pneumatic tire further comprises a carcass ply (6A or 6B) extending between the pair of the bead portions , characterised in that a shortest distance (D2) between the bead toe and the carcass ply (6A and 6B) is 6.0 mm or less.