mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a functionally graded component (74, 174) layer-by-layer, comprising the steps of depositing resin on a build surface defined by a resin support, wherein the resin is radiant-energy-curable and contains filler including at least two groups of particles with different physical properties, wherein the resin support is a flexible foil defining the build surface; allowing the filler to settle such that the at least two groups of particles separate from each other, so as to define at least two regions within the resin; positioning a stage relative to the build surface so as to define a layer increment in the resin deposited on the build surface; selectively curing the resin using an application of radiant energy in a specific pattern so as to define the geometry of a cross-sectional layer of the component (74, 174); moving the build surface and the stage relatively apart so as to separate the component (74, 174) from the build surface; and repeating at least the steps of positioning and selectively curing for a plurality of layers, until the component (74, 174) is complete. depositing resin on a build surface defined by a resin support, wherein the resin is radiant-energy-curable and contains filler including at least two groups of particles with different physical properties, wherein the resin support is a flexible foil defining the build surface; allowing the filler to settle such that the at least two groups of particles separate from each other, so as to define at least two regions within the resin; positioning a stage relative to the build surface so as to define a layer increment in the resin deposited on the build surface; selectively curing the resin using an application of radiant energy in a specific pattern so as to define the geometry of a cross-sectional layer of the component (74, 174); moving the build surface and the stage relatively apart so as to separate the component (74, 174) from the build surface; and repeating at least the steps of positioning and selectively curing for a plurality of layers, until the component (74, 174) is complete.
A hydraulic circuit for a vehicle, comprising: a power steering system including a first hydraulic pump configured to supply a first hydraulic pressure to a steering assistance device that assists steering performance of a steering, and an electric motor configured to operate the first hydraulic pump; and a hydraulic pressure supply system including a second hydraulic pump configured to supply a second hydraulic pressure to at least a driving force transmitting device, wherein the hydraulic pressure supply system includes a hydraulic pressure storage device configured to store the second hydraulic pressure while the vehicle is traveling and supply the stored second hydraulic pressure to at least the driving force transmitting device when the hydraulic pressure storage device is supplied with hydraulic pressure after storing the second hydraulic pressure, and the hydraulic circuit for the vehicle includes a connecting path configured such that, at the start of the vehicle, the connecting path connects the hydraulic pressure storage device and the power steering system to allow the first hydraulic pressure to be supplied to the hydraulic pressure storage device by drive of the electric motor. a power steering system including a first hydraulic pump configured to supply a first hydraulic pressure to a steering assistance device that assists steering performance of a steering, and an electric motor configured to operate the first hydraulic pump; and a hydraulic pressure supply system including a second hydraulic pump configured to supply a second hydraulic pressure to at least a driving force transmitting device, wherein the hydraulic pressure supply system includes a hydraulic pressure storage device configured to store the second hydraulic pressure while the vehicle is traveling and supply the stored second hydraulic pressure to at least the driving force transmitting device when the hydraulic pressure storage device is supplied with hydraulic pressure after storing the second hydraulic pressure, and the hydraulic circuit for the vehicle includes a connecting path configured such that, at the start of the vehicle, the connecting path connects the hydraulic pressure storage device and the power steering system to allow the first hydraulic pressure to be supplied to the hydraulic pressure storage device by drive of the electric motor.
An agricultural robot for monitoring a growing site, the robot comprising: a sensor module comprising: a speaker operable to transmit a directional acoustic signal at an object; and a microphone operable to register a reflection of the acoustic signal from the object; a sound analyzer operable to time-index the registered reflection and use the time indexed reflection to locate the object; and an autonomous mobile platform to which the sensor module is mounted, characterized in that the speaker is configured to transmit the directional acoustic signal at the object with a frequency of the acoustic signal increasing and/or decreasing as a function of time. a sensor module comprising: a speaker operable to transmit a directional acoustic signal at an object; and a microphone operable to register a reflection of the acoustic signal from the object; a speaker operable to transmit a directional acoustic signal at an object; and a microphone operable to register a reflection of the acoustic signal from the object; a sound analyzer operable to time-index the registered reflection and use the time indexed reflection to locate the object; and an autonomous mobile platform to which the sensor module is mounted, characterized in that the speaker is configured to transmit the directional acoustic signal at the object with a frequency of the acoustic signal increasing and/or decreasing as a function of time.
Suspension control for an at least partially muscle-powered two-wheeled vehicle having at least one controllable shock absorber comprising two connecting units (101, 102) movable relative to one another between which for damping shocks at least one damper device with a damper housing and at least one suspension device with a spring housing are provided wherein furthermore at least one sensor device for sensing measurement data at least by way of a relative motion of the connecting units (101, 102) to one another and a control device for controlling the shock absorber are provided, wherein the sensor device comprises at least one scaling device connected with one of the connecting units (101, 102) of the shock absorber and extends in a direction of movement of the relative motion over a measuring distance, and wherein the sensor device comprises a detecting head interacting with the scaling device and connected with the other of the connecting units (102, 101) of the shock absorber for obtaining a position of the shock absorber, characterized in that the scaling device comprises a pattern of periodically repeated magnetic properties over the measuring distance.
A hub bearing assembly comprising an hub having a splined center opening running axially and a radially outwardly directed flange at one axial end with a series of circumferentially spaced holes for mounting the wheel of a vehicle, an outer ring having axially spaced raceways (22, 24) and a plurality of rolling elements, more particularly balls, arranged in two rows (Ri, Ro) in the annular space between the outer ring and the hub; the contact angle of the outer row of rolling elements intersecting the rotational axis (A-A) of the hub at a pressure center (Po) which lies outside the flange at the outboard end of the hub assembly; characterized in that the contact angle of the inner row of rolling elements intersects the rotational axis (A-A) of the hub at the pressure center (Pi) that lies outside the hub at the in-board side; wherein the out-board row (Ro) of rolling elements adjacent said flange being located radially inside the series of circumferentially spaced holes and the diameter (Do) of the pitch circle of said outer row (Ro) is at least 5 mm greater than the diameter (Di) of the pitch circle of the inboard row (Ri) of rolling elements; and wherein the hub is an elongated hub and the two pressure centers (Po, Pi) define a wide pressure base between them, providing higher moment stiffness, better distribution of the load on the bearings and reducing the moment acting on the flange. the contact angle of the inner row of rolling elements intersects the rotational axis (A-A) of the hub at the pressure center (Pi) that lies outside the hub at the in-board side; wherein the out-board row (Ro) of rolling elements adjacent said flange being located radially inside the series of circumferentially spaced holes and the diameter (Do) of the pitch circle of said outer row (Ro) is at least 5 mm greater than the diameter (Di) of the pitch circle of the inboard row (Ri) of rolling elements; and wherein the hub is an elongated hub and the two pressure centers (Po, Pi) define a wide pressure base between them, providing higher moment stiffness, better distribution of the load on the bearings and reducing the moment acting on the flange.
A capsule (1A, 1B, 1C) designed for insertion in a beverage production device for preparing a beverage from a substance contained in the capsule by introducing liquid in the capsule and passing liquid through the substance using centrifugal forces, the capsule comprising: a body comprising a bottom end and an open end, spaced apart in the axial direction, an upper wall for covering the body at its open end, along a direction transverse to the axial direction, an enclosure between the body and upper wall containing an amount of beverage substance, preferably roast and ground coffee, the capsule comprising a flange-like rim extending outwardly from the body, wherein the flange-like rim comprises an annular flange portion extending around a central axis; wherein the capsule comprises an annular pressure-setting ring extending transversally and axially beyond the flange-portion, characterized in that the annular pressure-setting ring is configured for being engaged by a valve member of the beverage production device to provide a flow restriction valve for the centrifuged beverage flow leaving the capsule and in that the radial distance from the central axis of the capsule to pressure-setting ring is between 25 and 30 mm. a body comprising a bottom end and an open end, spaced apart in the axial direction, an upper wall for covering the body at its open end, along a direction transverse to the axial direction, an enclosure between the body and upper wall containing an amount of beverage substance, preferably roast and ground coffee, the capsule comprising a flange-like rim extending outwardly from the body, wherein the flange-like rim comprises an annular flange portion extending around a central axis; wherein the capsule comprises an annular pressure-setting ring extending transversally and axially beyond the flange-portion, characterized in that the annular pressure-setting ring is configured for being engaged by a valve member of the beverage production device to provide a flow restriction valve for the centrifuged beverage flow leaving the capsule and in that the radial distance from the central axis of the capsule to pressure-setting ring is between 25 and 30 mm. the capsule comprising a flange-like rim extending outwardly from the body, wherein the flange-like rim comprises an annular flange portion extending around a central axis; wherein the capsule comprises an annular pressure-setting ring extending transversally and axially beyond the flange-portion, characterized in that the annular pressure-setting ring is configured for being engaged by a valve member of the beverage production device to provide a flow restriction valve for the centrifuged beverage flow leaving the capsule and in that the radial distance from the central axis of the capsule to pressure-setting ring is between 25 and 30 mm.
Cartridge for containing coffee or soluble products in general, suitable for being inserted in an apparatus for the production of beverages by means of pressurised water or other extraction fluid, the cartridge comprising a container body, hermetically closed at the opposite bases thereof (11, 12), respectively for the water input and for the beverage output from the cartridge, and an annular flange at the edge of said base for the beverage output and a sealing member formed integrally with said annular flange, characterised in that said sealing member consists of an annular seat open in the direction of output of the beverage from the cartridge and delimited on the base by a wall having a thickness (s) smaller than the remaining portion of said annular flange, said thickness (s) varying from 1/8 to 1/6 of the depth (h) of said seat, wherein said sealing member is suitable for compensating possible irregularities (43, 44) of a sealed coupling edge of a beverage production apparatus, co-operating with the sealing member of the cartridge by plastically deforming during the beverage extraction process, going to cover and fill said irregularities (43, 44) of the contact surface of the extraction apparatus ensuring a hermetic seal.
An apparatus for rinsing a body cavity with a fluid, comprising a controllable rinse pump with a supply line connected the pressure side of the rinse pump, comprising a first medical instrument, comprising a second medical instrument, which is a shaver, comprising a drainage cannula, connected to a drainage line with a pinch valve, comprising an optional second pump for sucking off the fluid from the drainage line, and a second pressure sensor being connected at the pressure side of the rinse pump to the supply line, and characterized by that a first pressure sensor is included at the drainage line upstream of the pinch valve, said first pressure sensor determining the pressure in the body cavity, and wherein the pressure measurement occurs with the first pressure sensor, when the pinch valve is closed, and that the pressure measurement occurs with the second pressure sensor; when the pinch valve is open.
A method for the computer-aided automatic generation of a mesh of a component model, - wherein the component model is described by a fine mesh of finite elements, - wherein based on the fine mesh, the natural oscillation behaviour of the component model is determined, in that based on the fine mesh, at least one fine natural oscillation, more especially a fine natural frequency and/or a fine natural oscillation mode, of the component model is determined, characterised in that - based on the natural oscillation behaviour, at least one region of the component model is determined, the finite elements of which are less deformed than the finite elements of another region of the component model, and - this region of the component model is described by a coarser mesh of finite elements. - wherein the component model is described by a fine mesh of finite elements, - wherein based on the fine mesh, the natural oscillation behaviour of the component model is determined, in that based on the fine mesh, at least one fine natural oscillation, more especially a fine natural frequency and/or a fine natural oscillation mode, of the component model is determined, - based on the natural oscillation behaviour, at least one region of the component model is determined, the finite elements of which are less deformed than the finite elements of another region of the component model, and - this region of the component model is described by a coarser mesh of finite elements.
A chemical-mechanical polishing composition for polishing a silicon nitride containing substrate, the polishing composition comprising: an aqueous carrier; cationic silica abrasive particles dispersed in the aqueous carrier, the cationic silica abrasive particles having a zeta potential of at least 10 mV in the polishing composition; a polishing additive selected from the group consisting of a polyether amine, a polysilamine, a polyvinylimidazole, and a combination thereof, wherein the polyether amine and the polysilamine have corresponding weight average molecular weights of less than about 1,000 g/mol; and wherein the polishing composition has a pH of greater than about 6. an aqueous carrier; cationic silica abrasive particles dispersed in the aqueous carrier, the cationic silica abrasive particles having a zeta potential of at least 10 mV in the polishing composition; a polishing additive selected from the group consisting of a polyether amine, a polysilamine, a polyvinylimidazole, and a combination thereof, wherein the polyether amine and the polysilamine have corresponding weight average molecular weights of less than about 1,000 g/mol; and wherein the polishing composition has a pH of greater than about 6.
A method of automating security provisioning, comprising: receiving a request to start a virtual application by a cloud management tool; determining an owner of the virtual application by the cloud management tool; communicating the owner to a cloud security orchestration system; determining a workload based on the virtual application using the cloud security orchestration system, the workload including an application and a virtual machine; and assigning the workload to a security container or sub-container selected, in accordance with a security policy, among a plurality of security containers using the cloud security orchestration system, based on the owner of the virtual application and based on the security policy; wherein the virtual machine is embodied as physical computing resources including a processor, wherein the security containers are embodied as a virtual storage implemented with storage memories, wherein a security container is an application and data container with associated security policies, wherein determining the owner of the virtual application includes determining which role the owner has within an organization, and wherein the organization roles are obtained by looking at end user access patterns of files and storage objects in the virtual workload. receiving a request to start a virtual application by a cloud management tool; determining an owner of the virtual application by the cloud management tool; communicating the owner to a cloud security orchestration system; determining a workload based on the virtual application using the cloud security orchestration system, the workload including an application and a virtual machine; and assigning the workload to a security container or sub-container selected, in accordance with a security policy, among a plurality of security containers using the cloud security orchestration system, based on the owner of the virtual application and based on the security policy; wherein the virtual machine is embodied as physical computing resources including a processor, wherein the security containers are embodied as a virtual storage implemented with storage memories, wherein a security container is an application and data container with associated security policies, wherein determining the owner of the virtual application includes determining which role the owner has within an organization, and wherein the organization roles are obtained by looking at end user access patterns of files and storage objects in the virtual workload.
A device for driving a wind-up drum for swimming pool cover, this drum being intended to be positioned between two side walls (11, 12) of a swimming pool cover pit, perpendicular to the latter, said driving element comprising: - a motor for driving said drum, optionally provided with a reducer gear, - means for transmitting the rotary movement of the output shaft of the driving motor or of the reducer gear, to a so-called "extension" shaft secured to the axis of the wind-up drum, - a waterproof sleeve receiving said extension shaft, this sleeve being intended to be positioned in a passageway made in one of the side walls of the cover pit, a so-called "crossed wall", the motor, the reducer gear and the transmission means being housed in one or several waterproof protective casings (5, 63, 7), the casing containing the motor and the reducer gear, a so-called "motor casing", being provided with an access lid and intended to be buried in the ground, on the outer side of said crossed wall, so that said lid is flush with the ground level or under the flooring surrounding the swimming pool, this device being characterized in that the bottom of the motor casing is located at an upper level and at a distance from the level of the shaft of the wind-up drum. - a motor for driving said drum, optionally provided with a reducer gear, - means for transmitting the rotary movement of the output shaft of the driving motor or of the reducer gear, to a so-called "extension" shaft secured to the axis of the wind-up drum, - a waterproof sleeve receiving said extension shaft, this sleeve being intended to be positioned in a passageway made in one of the side walls of the cover pit, a so-called "crossed wall", the motor, the reducer gear and the transmission means being housed in one or several waterproof protective casings (5, 63, 7), the casing containing the motor and the reducer gear, a so-called "motor casing", being provided with an access lid and intended to be buried in the ground, on the outer side of said crossed wall, so that said lid is flush with the ground level or under the flooring surrounding the swimming pool, this device being characterized in that the bottom of the motor casing is located at an upper level and at a distance from the level of the shaft of the wind-up drum.
A solenoid valve comprising: a valve member; an armature for moving said valve member; an electro-magnetic coil for inducing movement of said armature; a coil spring for engagement with said armature, said coil spring having at least a first end being generally cylindrical and a second end contacting said armature; and a pole piece with a central bore, characterized in that a plug is threaded into an inner diameter of said first end of said coil spring for adjusting the number of active coils, wherein said plug is deformed to resist rotation relative to the coil spring by being press fitted within the central bore of the pole piece. a valve member; an armature for moving said valve member; an electro-magnetic coil for inducing movement of said armature; a coil spring for engagement with said armature, said coil spring having at least a first end being generally cylindrical and a second end contacting said armature; and a pole piece with a central bore, characterized in that a plug is threaded into an inner diameter of said first end of said coil spring for adjusting the number of active coils, wherein said plug is deformed to resist rotation relative to the coil spring by being press fitted within the central bore of the pole piece.
Cooking appliance with a housing, in which a cooking chamber is configured, and with a door for closing the cooking chamber, said door being arranged in a movable manner on the housing, wherein a handle is arranged in a fixed location on the door, and with a storage space, which is separate from the cooking chamber and configured in the housing, into which the door can be lowered in the opened state, wherein the storage space has at least one guide track (10, 11), in which a guide element (18, 19) of the door is guided, wherein the guide element (18, 19) is supported movably on the door, characterised in that the guide element (18, 19) is connected directly to a first end of a retaining spring on the door, which maintains a coupling position of the guide element (18, 19) on the door for mounting the door to the housing, wherein the guide element (18, 19) has an integrated adjusting pin, the actuation of which can bring about the release of a mounted state of the door on the guide track (10, 11), wherein the adjusting pin is configured in the manner of a bar and is arranged with its longitudinal axis in the coupling position at an angle between 10° and 40° relative to a vertical axis of the door.