mhurhangee/patent-ind-claim-en huggingface dataset:
A sole structure for an article of footwear , the sole structure comprising: a midsole defining a first cavity and a second cavity ; and a cushioning member including a first compartment received by the first cavity and containing a first quantity of particulate matter and a second compartment received by the second cavity and containing a second quantity of particulate matter , the cushioning member including a first barrier member and a second barrier member that cooperate to contain the first quantity of particulate matter within the first compartment and cooperate to contain the second quantity of particulate matter within the second compartment , wherein at least one of the first quantity of particulate matter and the second quantity of particulate matter includes foam beads. a midsole defining a first cavity and a second cavity ; and a cushioning member including a first compartment received by the first cavity and containing a first quantity of particulate matter and a second compartment received by the second cavity and containing a second quantity of particulate matter , the cushioning member including a first barrier member and a second barrier member that cooperate to contain the first quantity of particulate matter within the first compartment and cooperate to contain the second quantity of particulate matter within the second compartment , wherein at least one of the first quantity of particulate matter and the second quantity of particulate matter includes foam beads.
Sliding element, in particular piston ring, which on at least one running surface from the inside to the outside has a coating with a metal-containing adhesive layer and a DLC layer of the type ta-C having a thickness of at least 10 μm, wherein the outer 1 μm to 3 μm of the ta-C layer are doped with at least one of the following elements: boron, oxygen and/or silicon.
Method for producing filled containers from preforms made of a thermoplastic material by means of a device comprising a rotating rotor, wherein the preforms are respectively transferred to a moulding and filling element of a moulding and filling station and formed into the respective container in a mould of the moulding and filling station , which is in a moulding and filling state, using pressure from a supplied liquid filling material during a subsequent moulding and filling process, and wherein the container is detached from the moulding and filling element of the moulding and filling station after the moulding and filling, characterised in that - before the moulded and filled container is detached, the moulding and filling station is transferred into a state of protection, in which the interior space of the respective mould is separated and protected from the regions of the moulding and filling element which come into contact with the filling material and with the preforms or the containers being moulded during the moulding and filling, wherein the moulding and filling station is transferred between the moulding and filling state and the state of protection by relative movement between the moulding and filling element and the corresponding mould , for example by a linear movement in at least one axial direction and/or by a swivel movement, until the moulding and filling element is arranged outside the mould , wherein at a variety of moulding and filling stations , the moulding and filling stations are transferred between their moulding and filling state and their state of protection by a relative movement between the respective moulding and filling element and the corresponding mould transversely to the movement direction of the rotating rotor at the rotor , which can be driven rotating about a vertical machine axis (MA). - before the moulded and filled container is detached, the moulding and filling station is transferred into a state of protection, in which the interior space of the respective mould is separated and protected from the regions of the moulding and filling element which come into contact with the filling material and with the preforms or the containers being moulded during the moulding and filling, wherein the moulding and filling station is transferred between the moulding and filling state and the state of protection by relative movement between the moulding and filling element and the corresponding mould , for example by a linear movement in at least one axial direction and/or by a swivel movement, until the moulding and filling element is arranged outside the mould , wherein at a variety of moulding and filling stations , the moulding and filling stations are transferred between their moulding and filling state and their state of protection by a relative movement between the respective moulding and filling element and the corresponding mould transversely to the movement direction of the rotating rotor at the rotor , which can be driven rotating about a vertical machine axis (MA).
Optical module equipping a lighting and/or signalling device for a motor vehicle, comprising a light generator comprising at least one light source associated with an optical system, this optical module being provided with a mounting structure mounted on a support so as to be rotatable about an axis of rotation (R), and with means for connecting electrically to at least one remote member, and equipped with an electrical connection member comprising a flexible element that incorporates electrical conductors and is provided with mechanical securing means respectively intended for fastening it to the mounting structure and to at least said support , characterized in that said flexible element has a form of the sheet type comprising two approximately parallel faces and a median surface parallel to the main faces, and said mechanical securing means make it possible to keep said flexible element at least partially curved such that the median surface of said flexible element is, in the curved part, parallel to the axis of rotation of said mounting structure with respect to said support .
A guidance system for guiding insertion of a needle assembly into a body of a patient, comprising: an ultrasound imaging device including a probe for ultrasonically imaging an internal body portion target; the needle assembly comprising: a hub ; a cannula of a needle, the cannula distally extending from the hub , the cannula including a non-magnetic material so as to render the cannula nonmagnetic; and a magnetic element included with at least one of the hub and the cannula , the magnetic element configured to enable the needle assembly to be tracked by the guidance system during a procedure to insert the needle assembly into a body of the patient; and a plurality of magnetic sensors included with the guidance system that each sense a magnetic field of the magnetic element of the needle assembly ; and a processor that receives magnetic field data sensed by the sensors to determine a position of the needle in three spatial dimensions, wherein the magnetic sensors are disposed within the probe ; characterised in that at least a portion of the ultrasound probe is rendered non-magnetic via the inclusion of one or more components that include a magnetic permeability of about 1 and are composed of at least one of brass and aluminum . an ultrasound imaging device including a probe for ultrasonically imaging an internal body portion target; the needle assembly comprising: a hub ; a cannula of a needle, the cannula distally extending from the hub , the cannula including a non-magnetic material so as to render the cannula nonmagnetic; and a magnetic element included with at least one of the hub and the cannula , the magnetic element configured to enable the needle assembly to be tracked by the guidance system during a procedure to insert the needle assembly into a body of the patient; and a hub ; a cannula of a needle, the cannula distally extending from the hub , the cannula including a non-magnetic material so as to render the cannula nonmagnetic; and a magnetic element included with at least one of the hub and the cannula , the magnetic element configured to enable the needle assembly to be tracked by the guidance system during a procedure to insert the needle assembly into a body of the patient; and a plurality of magnetic sensors included with the guidance system that each sense a magnetic field of the magnetic element of the needle assembly ; and a processor that receives magnetic field data sensed by the sensors to determine a position of the needle in three spatial dimensions, wherein the magnetic sensors are disposed within the probe ; characterised in that at least a portion of the ultrasound probe is rendered non-magnetic via the inclusion of one or more components that include a magnetic permeability of about 1 and are composed of at least one of brass and aluminum .
Linear actuator comprising a reversible electric motor , a transmission and a non-self-locking spindle , where the electric motor through the transmission drives the non-self-locking spindle , and where the linear actuator comprises a spindle nut on the spindle and an adjustment element secured against rotation, and where the adjustment element can be moved axially, in that it is connected to or integral with the spindle nut on the spindle , and where the linear actuator further comprises a quick release for disengagement of the adjustment element from the reversible electric motor and the part of the transmission extending from the reversible electric motor to the quick release , such that the spindle is rotated under the load on the adjustment element , and where the linear actuator comprises brake means for controlling the speed of the adjustment element under the external load when the quick release is activated, characterized in that the brake means are constituted by a rotary damper of the fluid type comprising an internal body located in a liquid-filled hollow in an outer body, where one body is in driving connection with the spindle or the part of the transmission, which extends from the spindle to the quick release , and where a viscous dampening effect, which dampens the speed of the spindle and thus the adjustment element , is generated when this body is rotated relative to the other body as a result of activation of the quick release.
A wrist-worn device for measuring body temperature, comprising a housing with means for securing it to the wrist of a patient, and having inside the housing at least a microcontroller and, signal-connected to it, a temperature transducer and a wireless communication module , wherein a passive infrared sensor is the temperature transducer , the housing contains a measurement window for the passive infrared sensor , the window is located on the housing's surface that is not intended for contact with the wrist and the housing contains an accelerometer signal-connected to the microcontroller , and wherein the accelerometer is configured to continuously record the trajectory of the device (1, characterized in that the microcontroller is configured to read the temperature only if this trajectory corresponds to the lifting of the device near the head of the patient .
A fuze arming system for a submunition , comprising: a first stage , arranged to detect launch of the submunition and its associated carrier ; a second stage , arranged to detect expulsion of the submunition from the carrier, and to at least partially arm a submunition fuze based on such detection; wherein the second stage is unable to at least partially arm the submunition fuze without the first stage detecting launch of the submunition and its associated carrier, wherein the first stage is arranged to control the supply of electrical power to the second stage, conditional on detecting launch of the submunition and its associated carrier, wherein the second stage is arranged to electronically detect: expulsion of the submunition from the carrier, and optionally separation of the submunition from the carrier, wherein the second stage is unable to electronically detect the expulsion and optionally the separation without being supplied with the electrical power that is controlled by the first stage. a first stage , arranged to detect launch of the submunition and its associated carrier ; a second stage , arranged to detect expulsion of the submunition from the carrier, and to at least partially arm a submunition fuze based on such detection; wherein the second stage is unable to at least partially arm the submunition fuze without the first stage detecting launch of the submunition and its associated carrier, wherein the first stage is arranged to control the supply of electrical power to the second stage, conditional on detecting launch of the submunition and its associated carrier, wherein the second stage is arranged to electronically detect: expulsion of the submunition from the carrier, and optionally separation of the submunition from the carrier, wherein the second stage is unable to electronically detect the expulsion and optionally the separation without being supplied with the electrical power that is controlled by the first stage.
A dual power transfer switch, comprising a housing and a base mounted on the housing, comprising: a spring , mounted on the base , wherein the spring comprises a first leg configured to contact and exert a pressure on an indicator of the dual power transfer switch, so as to generate a frictional force between the first leg and the indicator and reduce a rebound of the indicator upon the indicator moving between a first indicating position and an intermediate indicating position, wherein the first indicating position indicates that the dual power transfer switch is in a first power-on position, and the intermediate indicating position indicates that the dual power transfer switch is in a dual-off position, wherein the base comprises a first groove for accommodating the first leg of the spring , and a size of the first groove is designed to match a diameter of the first leg , so that the first leg is allowed to move only in a depth direction of the first groove . a spring , mounted on the base , wherein the spring comprises a first leg configured to contact and exert a pressure on an indicator of the dual power transfer switch, so as to generate a frictional force between the first leg and the indicator and reduce a rebound of the indicator upon the indicator moving between a first indicating position and an intermediate indicating position, wherein the first indicating position indicates that the dual power transfer switch is in a first power-on position, and the intermediate indicating position indicates that the dual power transfer switch is in a dual-off position, wherein the base comprises a first groove for accommodating the first leg of the spring , and a size of the first groove is designed to match a diameter of the first leg , so that the first leg is allowed to move only in a depth direction of the first groove .
A method of data communication, comprising: providing a sequence of symbols to be transmitted on a 3-wire interface, wherein each symbol in the sequence of symbols defines one of three voltage states for each wire of the 3-wire interface, and wherein all wires of the 3-wire interface are in different voltage states from one another during transmission of each symbol; driving all wires of the 3-wire interface to a common voltage state during a predetermined time interval during a transition from a first transmitted symbol to a second transmitted symbol, wherein the common voltage state is selected according to time required for one or more of the three wires to be driven from the common voltage state to one of the three voltage states, and wherein the predetermined time interval is determined so as to enable each of the three wires to reach the common voltage level; and driving each wire of the 3-wire interface in accordance with the second transmitted symbol after the predetermined time interval has elapsed; wherein the three voltage states include a first voltage state, a second voltage state greater than the first voltage state, and a mid-level voltage state that lies between the first voltage state and the second voltage state, and wherein the common voltage state lies between the first voltage state and the second voltage state. providing a sequence of symbols to be transmitted on a 3-wire interface, wherein each symbol in the sequence of symbols defines one of three voltage states for each wire of the 3-wire interface, and wherein all wires of the 3-wire interface are in different voltage states from one another during transmission of each symbol; driving all wires of the 3-wire interface to a common voltage state during a predetermined time interval during a transition from a first transmitted symbol to a second transmitted symbol, wherein the common voltage state is selected according to time required for one or more of the three wires to be driven from the common voltage state to one of the three voltage states, and wherein the predetermined time interval is determined so as to enable each of the three wires to reach the common voltage level; and driving each wire of the 3-wire interface in accordance with the second transmitted symbol after the predetermined time interval has elapsed; wherein the three voltage states include a first voltage state, a second voltage state greater than the first voltage state, and a mid-level voltage state that lies between the first voltage state and the second voltage state, and wherein the common voltage state lies between the first voltage state and the second voltage state.
A process for the production of potassium sulphate by conversion of potassium chloride and sulphuric acid using a muffle furnace, said furnace comprising a reaction chamber and a combustion chamber, wherein in the reaction chamber potassium chloride (KCI) and potassium hydrogen sulfate (KHSO 4 ) are reacted to form potassium sulphate while supplying heat to the reaction chamber from the combustion chamber, wherein the combustion chamber has at least a pair of regenerative burners and wherein the process comprises the steps of alternatingly causing one of the regenerative burners to perform a combustion operation in the combustion chamber to heat the reaction chamber and another one of the regenerative burners to perform a heat-regenerating operation in a regenerator, wherein heat-regenerating means that heat from the combustion chamber is intermittently stored in a storage medium of a regenerator, wherein the pressure in the combustion chamber is kept at a pressure of between 0.2 and 3 mbarg. wherein the combustion chamber has at least a pair of regenerative burners and wherein the process comprises the steps of alternatingly causing one of the regenerative burners to perform a combustion operation in the combustion chamber to heat the reaction chamber and another one of the regenerative burners to perform a heat-regenerating operation in a regenerator, wherein heat-regenerating means that heat from the combustion chamber is intermittently stored in a storage medium of a regenerator, wherein the pressure in the combustion chamber is kept at a pressure of between 0.2 and 3 mbarg.
A discharging device for discharging electrical interference, in particular currents, from a rotor part of a machine, said rotor part in particular being a shaft , into a stator part of the machine, the discharging device having a contact device comprising a contact element which is accommodated in an axially displaceable manner in a guide and which is acted on by a contact force device for generating a shaft contact force F w in order to establish electrical contact between a shaft contact surface of the contact element and a rotor contact surface of the shaft , the guide having a stator contact surface for forming an electrical connection with the stator part and the discharging device having a guide contact force device for generating a guide contact force F F between a guide contact surface of the contact element and the stator contact surface electrically connected to the stator part , the contact force device having a pre-loading device disposed on a base of the guide, characterized in that the guide is a contact sleeve having two diametrically opposed wall portions, a first wall portion being provided with the guide contact force device and the opposite second wall portion being a stator contact surface , and that the first wall portion is provided with a spring tab which is in elastic contact with the contact element so as to form the guide contact force device .
Laundry treatment machine , comprising a casing in which a laundry treatment chamber for acceptance of laundry is arranged, further comprising a retractable drawer with at least one compartment for the collection of a product /water necessary for /deriving from said laundry treatment chamber characterized in that a moisture removing element is provided which is configured to remove moisture from a bottom part of said drawer when said drawer is moved, whereby said moisture removing element is arranged below a frontal part of said drawer when said drawer is arranged in an inserted state, and whereby said moisture removing element is fixed to said casing of said laundry treatment machine .
A liquid composition comprising an inactive biopesticide precursor and less than 0.5% (w/w) glucosinolate breakdown products, said liquid composition comprising: (a) a glucosinolate concentrate; (b) an active myrosinase complex in a concentration sufficient to release an effective amount of glucosinolate breakdown products upon the addition of water; and (c) a water soluble polyol, wherein the water soluble polyol is at least soluble at 10 wt % at 20°C. (a) a glucosinolate concentrate; (b) an active myrosinase complex in a concentration sufficient to release an effective amount of glucosinolate breakdown products upon the addition of water; and (c) a water soluble polyol, wherein the water soluble polyol is at least soluble at 10 wt % at 20°C.
Method for flow forming a vehicle wheel, wherein a workpiece is set in rotation about an axis of rotation by means of a spindle , and at least one outer roller is positioned by means of an outer support at an outer side of the workpiece , wherein, with material thinning, an axially extending circumferential region of the workpiece is shaped, characterized in that clamping of the workpiece takes place at a part-region of the outer circumference wherein the workpiece is clamped on the spindle , wherein a free space remains in a central region radially inside the circumferential region , in that at least one inner roller is positioned in the free space and at an inner side of the workpiece by means of an inner support , which is displaceable axially and radially relative to the axis of rotation independently of the outer support, in that the inner support with the inner roller and the outer support with the outer roller are displaced individually by means of a CNC control unit, wherein there is formed at the circumferential region a defined wall thickness profile with different wall thicknesses between the at least one outer roller and the at least one inner roller . wherein a workpiece is set in rotation about an axis of rotation by means of a spindle , and at least one outer roller is positioned by means of an outer support at an outer side of the workpiece , wherein, with material thinning, an axially extending circumferential region of the workpiece is shaped, characterized in that clamping of the workpiece takes place at a part-region of the outer circumference wherein the workpiece is clamped on the spindle , wherein a free space remains in a central region radially inside the circumferential region , in that at least one inner roller is positioned in the free space and at an inner side of the workpiece by means of an inner support , which is displaceable axially and radially relative to the axis of rotation independently of the outer support, in that the inner support with the inner roller and the outer support with the outer roller are displaced individually by means of a CNC control unit, wherein there is formed at the circumferential region a defined wall thickness profile with different wall thicknesses between the at least one outer roller and the at least one inner roller .