mhurhangee/patent-ind-claim-en huggingface dataset:
An article of footwear comprising: an undulating foam sole comprising: a plurality of spaced apart peaks , wherein at least one pair of adjacent peaks define a gap void of material between adjacent peaks ; and a plurality of spaced apart troughs , wherein at least one trough is adapted to contact the ground and wherein at least one pair of adjacent troughs define a gap void of material between adjacent troughs , characterized in that the gaps void of material between adjacent troughs are substantially omega-shaped such that each of said gaps void of material between adjacent troughs has a rounded top section and a narrow bottom section, and wherein a distance (di) between the surfaces of the two walls forming and facing a respective gap void of material between adjacent troughs is shorter at the bottom of the respective gap than a distance (d2) in a middle portion of the respective gap . an undulating foam sole comprising: a plurality of spaced apart peaks , wherein at least one pair of adjacent peaks define a gap void of material between adjacent peaks ; and a plurality of spaced apart troughs , wherein at least one trough is adapted to contact the ground and wherein at least one pair of adjacent troughs define a gap void of material between adjacent troughs , a plurality of spaced apart peaks , wherein at least one pair of adjacent peaks define a gap void of material between adjacent peaks ; and a plurality of spaced apart troughs , wherein at least one trough is adapted to contact the ground and wherein at least one pair of adjacent troughs define a gap void of material between adjacent troughs , characterized in that the gaps void of material between adjacent troughs are substantially omega-shaped such that each of said gaps void of material between adjacent troughs has a rounded top section and a narrow bottom section, and wherein a distance (di) between the surfaces of the two walls forming and facing a respective gap void of material between adjacent troughs is shorter at the bottom of the respective gap than a distance (d2) in a middle portion of the respective gap .
A harvesting system , consisting of a self-propelled forage harvester and a transport vehicle drawn by a traction vehicle which travel one behind the other at least periodically during a harvesting procedure, wherein, when travelling one behind the other, in order to transfer harvested material picked up by the forage harvester over to the rearward transport vehicle , a transfer device which can be displaced about at least one axis by a drive assembly is disposed on the forage harvester and can be automatically controlled by a control device , wherein the adjustment of a compensating angle (β) between the transfer device and the longitudinal axis (L) of the forage harvester in order to maintain a point of impact in the transport vehicle is carried out as a function of a variation in a steering angle (α) of the forage harvester , characterized in that the adjustment of the compensating angle (β) is carried out taking into consideration at least one additional parameter provided to the control device and which influences the driving dynamics.
Adjustable seat assembly for a motorcycle , with a seat pan and an adjusting device , the seat pan comprising a base portion and two pivoting portions which are connected pivotably to the base portion and are arranged on the base portion next to one another as viewed in the longitudinal direction of the seat assembly , the base portion having a fastening portion for fastening the seat assembly to the motorcycle , and the adjusting device being configured to pivot the two pivoting portions in each case with respect to the base portion , characterized in that the pivoting portions are in each case connected to the base portion at the front, laterally outer end, as viewed in the longitudinal direction of the seat assembly , by means of a pivot axle , with the result that the pivoting movement of the two pivoting portions takes place laterally to the outside away from one another or towards one another, as viewed in the longitudinal direction of the seat assembly , the pivoting movement of the two pivoting portions bringing about a pure width adjustment of the seat assembly.
A circuit configured to control an input current, the circuit comprising: a first input port configured to receive the input current; a first current detector configured to detect an input current value of the input current and generate a first control signal indicative of the input current value; a first output port configured to output an output current to a load ; a second output port configured to receive the output current from the load ; and a control circuit generates a switch control signal for controlling switch , configured to provide a low-impedance path in parallel with the load in response to the first control signal indicating the input current value below a threshold value, the circuit further comprising a first series resistor connecting the first input port to the current detector ; and a second series resistor connected to the second output port and an output terminal , wherein a switch connects between the first output port and the second output port , wherein the first series resistor has a lower resistance value than the second series resistor in series with the load , and wherein the first series resistor and the second series resistor are current limiting resistors. a first input port configured to receive the input current; a first current detector configured to detect an input current value of the input current and generate a first control signal indicative of the input current value; a first output port configured to output an output current to a load ; a second output port configured to receive the output current from the load ; and a control circuit generates a switch control signal for controlling switch , configured to provide a low-impedance path in parallel with the load in response to the first control signal indicating the input current value below a threshold value, the circuit further comprising a first series resistor connecting the first input port to the current detector ; and a second series resistor connected to the second output port and an output terminal , wherein a switch connects between the first output port and the second output port , wherein the first series resistor has a lower resistance value than the second series resistor in series with the load , and wherein the first series resistor and the second series resistor are current limiting resistors.
Method for generating a failsafe time function having: a standard timer (HWC), which is formed within a hardware, based on a first quartz (Q1), in particular a system quartz; and having an intrasystem real-time clock (RTC), based on an independent second quartz (Q2), wherein the method comprises the following steps: Generating a periodic interrupt signal (IRQ8) by means of the intrasystem real-time clock (RTC) and forwarding the periodic interrupt signal (IRQ8) to a CPU, Access a table entry in an intrasystem table (IDT) with reference to a routine (ISR) upon receipt of the periodic interrupt signal (IRQ8) by means of the CPU, Forming a counter (SWC) by means of the routine (ISR) and suspending the routine (ISR) in the intrasystem table (IDT) using assembler routines and comparing the thus formed counter (SWC) with the standard timer (HWC). Generating a periodic interrupt signal (IRQ8) by means of the intrasystem real-time clock (RTC) and forwarding the periodic interrupt signal (IRQ8) to a CPU, Access a table entry in an intrasystem table (IDT) with reference to a routine (ISR) upon receipt of the periodic interrupt signal (IRQ8) by means of the CPU, Forming a counter (SWC) by means of the routine (ISR) and suspending the routine (ISR) in the intrasystem table (IDT) using assembler routines and comparing the thus formed counter (SWC) with the standard timer (HWC).
Method to clean with cleaning fluid an apparatus to treat loose objects provided with a machine , to treat said loose objects and comprising introduction means , a section to discharge the loose objects treated by said treatment machine toward a use station operatively and selectively in communication with said discharge section , wherein said method comprises performing a cleaning cycle when said treatment apparatus is not being used to treat said loose objects, which, while said cleaning cycle is performed, are not present in said treatment apparatus , said cleaning cycle comprising: - delivering a cleaning fluid into said treatment apparatus using the same introduction means provided in said treatment machine , said cleaning fluid being made to flow along a cleaning circuit comprising the same passage circuit of the loose objects treated by said treatment apparatus which develops along said treatment machine and said discharge section up to an outlet selectively associated with said use station ; - discharging said cleaning fluid through a discharge circuit downstream of said discharge section and which is selectively connected to said outlet by means of a connection pipe only in a first operating condition, which is used to perform the cleaning cycle of said treatment apparatus , when a loading aperture of said treatment machine is sealed closed and said discharge section is in communication with said treatment machine and is not in communication with said use station , while in a second non-operating condition, which is used to treat the loose objects in said treatment apparatus , said discharge circuit is not connected to said outlet by means of said connection pipe and said outlet is therefore in communication with said use station allowing the discharge of said loose objects into said use station by means of said outlet . - delivering a cleaning fluid into said treatment apparatus using the same introduction means provided in said treatment machine , said cleaning fluid being made to flow along a cleaning circuit comprising the same passage circuit of the loose objects treated by said treatment apparatus which develops along said treatment machine and said discharge section up to an outlet selectively associated with said use station ; - discharging said cleaning fluid through a discharge circuit downstream of said discharge section and which is selectively connected to said outlet by means of a connection pipe only in a first operating condition, which is used to perform the cleaning cycle of said treatment apparatus , when a loading aperture of said treatment machine is sealed closed and said discharge section is in communication with said treatment machine and is not in communication with said use station , while in a second non-operating condition, which is used to treat the loose objects in said treatment apparatus , said discharge circuit is not connected to said outlet by means of said connection pipe and said outlet is therefore in communication with said use station allowing the discharge of said loose objects into said use station by means of said outlet .
A composition which is a zinc-free aqueous brine having a density of 1.71 kg/L (14.3 pounds per gallon) to 1.89 kg/L (15.8 pounds per gallon), and a true crystallization temperature of -6.7°C (20°F) or less, which composition comprises water, calcium bromide and cesium bromide.
A gas elimination apparatus for use in an intravenous (IV) delivery system, comprising: a fluid inlet coupling a fluid flow into a liquid chamber ; a fluid outlet protruding into the liquid chamber ; a flow diversion member proximal to the fluid outlet , the flow diversion member configured to block a direct flow between the fluid inlet and the fluid outlet ; a hydrophobic membrane containing the liquid chamber and separating a portion of the liquid chamber from an outer chamber; and a gas venting valve fluidically coupling the outer chamber with an atmosphere, wherein the hydrophobic membrane comprises protrusions contacting a wall of the outer chamber to provide structural support to the hydrophobic membrane . a fluid inlet coupling a fluid flow into a liquid chamber ; a fluid outlet protruding into the liquid chamber ; a flow diversion member proximal to the fluid outlet , the flow diversion member configured to block a direct flow between the fluid inlet and the fluid outlet ; a hydrophobic membrane containing the liquid chamber and separating a portion of the liquid chamber from an outer chamber; and a gas venting valve fluidically coupling the outer chamber with an atmosphere, wherein the hydrophobic membrane comprises protrusions contacting a wall of the outer chamber to provide structural support to the hydrophobic membrane .
A method, comprising: forming a shallow trench in a first region of a substrate ; forming a dielectric layer filling the shallow trench and covering the substrate , the dielectric layer having a substantially planar surface over and across the shallow trench ; forming a deep trench in a second region within the first region of the substrate , the deep trench extending from and penetrating through the dielectric layer ; and forming a filler structure laterally surrounded by the dielectric layer in the shallow trench and a sidewall of the deep trench , the filler structure having a filler seam formed along a vertical middle section of the filler structure , wherein the filler seam of the filler structure will not be subjected to further etching, thereby avoiding cone formation. forming a shallow trench in a first region of a substrate ; forming a dielectric layer filling the shallow trench and covering the substrate , the dielectric layer having a substantially planar surface over and across the shallow trench ; forming a deep trench in a second region within the first region of the substrate , the deep trench extending from and penetrating through the dielectric layer ; and forming a filler structure laterally surrounded by the dielectric layer in the shallow trench and a sidewall of the deep trench , the filler structure having a filler seam formed along a vertical middle section of the filler structure , wherein the filler seam of the filler structure will not be subjected to further etching, thereby avoiding cone formation.
A device for capacitive measurements in a multiphase medium (M), including: - at least one pair of excitation electrodes , forming a capacitor; - a ground plane (PM); - an electronic circuit , arranged to electrically connect the pair of excitation electrodes to the ground plane (PM), and configured to: o apply an electrical potential (V+, V) to each excitation electrode at a working frequency, and o measure a mutual capacity between the pair of excitation electrodes ; the device being characterised in that it includes: - at least one control electrode , arranged at a distance ( l ) from the capacitor, and intended to be inserted into the multiphase medium (M); - a switching circuit comprising a switch having an open state and a closed state in which the switch electrically both disconnects and connects the control electrode to the ground plane (PM); the switching circuit being configured to: o apply to the control electrode a common electric potential to the ground plane (PM) when the switch is in the closed state, and o leave a floating electric potential for the control electrode when the switch is in the open state; and in that the electronic circuit is configured to measure the mutual capacitance between the pair of excitation electrodes when the switch is in the open state and when the switch is in the closed state. - at least one pair of excitation electrodes , forming a capacitor; - a ground plane (PM); - an electronic circuit , arranged to electrically connect the pair of excitation electrodes to the ground plane (PM), and configured to: o apply an electrical potential (V+, V) to each excitation electrode at a working frequency, and o measure a mutual capacity between the pair of excitation electrodes ; the device being characterised in that it includes: - at least one control electrode , arranged at a distance ( l ) from the capacitor, and intended to be inserted into the multiphase medium (M); o apply an electrical potential (V+, V) to each excitation electrode at a working frequency, and o measure a mutual capacity between the pair of excitation electrodes ; - a switching circuit comprising a switch having an open state and a closed state in which the switch electrically both disconnects and connects the control electrode to the ground plane (PM); the switching circuit being configured to: o apply to the control electrode a common electric potential to the ground plane (PM) when the switch is in the closed state, and o leave a floating electric potential for the control electrode when the switch is in the open state; o apply to the control electrode a common electric potential to the ground plane (PM) when the switch is in the closed state, and o leave a floating electric potential for the control electrode when the switch is in the open state;
An apparatus for heating and/or cooling a medium contained in a compartment external to said apparatus, comprising i) a reactor , ii) a reservoir containing a liquid or gaseous fluid capable of changing state in a determined range of temperatures and of pressures, and iii) means of circulating the gaseous fluid between the reactor and the reservoir, said reactor comprising: - a rigid enclosure defining a vessel which contains a reactive medium able to absorb and desorb said fluid in the gaseous state through a thermochemical reaction, - diffusing means for diffusing said gaseous fluid into and from said reactive medium, - heat-transfer means for transferring heat between said reactive medium and said external medium, the enclosure of the reactor being formed of two bodies assembled by a peripheral flanged joint , the apparatus being characterized in that at least the first body adopts the overall shape of a cap of circular or near-circular cross section which contains said reactive medium in the form of at least one block conforming to the overall shape of said cap. - a rigid enclosure defining a vessel which contains a reactive medium able to absorb and desorb said fluid in the gaseous state through a thermochemical reaction, - diffusing means for diffusing said gaseous fluid into and from said reactive medium, - heat-transfer means for transferring heat between said reactive medium and said external medium,
A gas turbine engine component comprising: a structure providing a cooling passage having a turbulator with a pedestal joining opposing first and second surfaces , the turbulator including first and second legs spaced apart from one another and adjoining the pedestal , the first leg adjoining the second surface , and the second leg adjoining the first surface , wherein the structure is an airfoil, the pedestal extends in a thickness direction between the first and second surfaces , the first and second legs do not extend fully between the first and second surfaces in the thickness direction, characterized in that : the first and second legs are at least partially spaced apart in the thickness direction. a structure providing a cooling passage having a turbulator with a pedestal joining opposing first and second surfaces , the turbulator including first and second legs spaced apart from one another and adjoining the pedestal , the first leg adjoining the second surface , and the second leg adjoining the first surface , wherein the structure is an airfoil, the pedestal extends in a thickness direction between the first and second surfaces , the first and second legs do not extend fully between the first and second surfaces in the thickness direction, characterized in that : the first and second legs are at least partially spaced apart in the thickness direction.
A method for a system comprising a network component and a plurality of stations , for interference alignment in a wireless local area network, LAN, with an overlapping basic service set, OBSS, the method comprising: instructing, by the network component, a first one of a plurality of access points, APs , in the wireless LAN to broadcast a null data packet ,NDP, sounding packet to the plurality of stations when no other AP in the plurality of APs is broadcasting, wherein the NDP sounding packet comprises a plurality of long training field, LTFs, and wherein a total number of LTFs for the NDP sounding packet is equal to a total number of transmission streams per each AP ; receiving, by the network component, channel beamforming, BF, information and a signal plus interference to noise ratio, SINR, from each of the plurality of stations , wherein the channel BF information comprises one of channel state information and channel quality information, wherein each of the plurality of stations computes the channel BF information and the SINR from sounding packets received from at least some of the plurality of APs in the wireless LAN; and determining, by the network component, a transmission schedule according to the SINRs and the channel BF information. instructing, by the network component, a first one of a plurality of access points, APs , in the wireless LAN to broadcast a null data packet ,NDP, sounding packet to the plurality of stations when no other AP in the plurality of APs is broadcasting, wherein the NDP sounding packet comprises a plurality of long training field, LTFs, and wherein a total number of LTFs for the NDP sounding packet is equal to a total number of transmission streams per each AP ; receiving, by the network component, channel beamforming, BF, information and a signal plus interference to noise ratio, SINR, from each of the plurality of stations , wherein the channel BF information comprises one of channel state information and channel quality information, wherein each of the plurality of stations computes the channel BF information and the SINR from sounding packets received from at least some of the plurality of APs in the wireless LAN; and determining, by the network component, a transmission schedule according to the SINRs and the channel BF information.
A concealed hanging-bracket group with anti-disengagement having easy access to adjustments for the wall assembly of a wall cupboard (M) comprising a plate element , provided with a plurality of fixing pins (12,12',12") that can be coupled in holes produced on a shoulder (S) of said wall cupboard (M) which extend from at least one side of said plate element , and a hooking element of said hanging bracket with a supporting element fixed to the wall, adjustably coupled in the front with said plate element in depth (K) and in height (H) and provided with an upper hook-shaped portion , means for horizontally and vertically moving said hooking element with respect to said plate element and anti-disengagement means of said hanging bracket also being provided, wherein an element is provided in said plate element having a threaded hole for an adjustment grub screw in depth, a guide for a screwdriver and a stop for a tip of said screwdriver also being provided in said element characterized in that said element is an appendix produced by means of a half-blanking step of a window in said plate element , said appendix extends from an end of said window and, once half-blanked, is box-folded on a front part of the plate to form a containment casing of at least part of both the movement means for horizontally and vertically moving said hooking element with respect to said plate element .
A tissue scaffold material comprising 1% w/v collagen microspheres embedded in 0.3% w/v collagen hydrogel.