mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adjusting a prosthetic or orthotic device , the method comprising: detecting a stationary position of a user of a prosthetic or orthotic device; identifying with control circuitry operatively coupled to the prosthetic or orthotic device a first location of the prosthetic or orthotic device based on information received at a first time, after detecting the stationary position and while the user remains in the stationary position, from a transmitting source located remotely to the prosthetic or orthotic device; identifying with the control circuitry a second location of the prosthetic or orthotic device based on information received at a second time, after detecting the stationary position and while the user remains in the stationary position, from the transmitting source; calculating a velocity of the prosthetic or orthotic device based on a distance between the first and second locations over a duration of time between the first time and the second time; comparing the calculated velocity to a threshold velocity; and when the calculated velocity of the prosthetic or orthotic device exceeds the threshold velocity, automatically adjusting a state of operation of the prosthetic or orthotic device. identifying with control circuitry operatively coupled to the prosthetic or orthotic device a first location of the prosthetic or orthotic device based on information received at a first time, after detecting the stationary position and while the user remains in the stationary position, from a transmitting source located remotely to the prosthetic or orthotic device; identifying with the control circuitry a second location of the prosthetic or orthotic device based on information received at a second time, after detecting the stationary position and while the user remains in the stationary position, from the transmitting source; calculating a velocity of the prosthetic or orthotic device based on a distance between the first and second locations over a duration of time between the first time and the second time; comparing the calculated velocity to a threshold velocity; and when the calculated velocity of the prosthetic or orthotic device exceeds the threshold velocity, automatically adjusting a state of operation of the prosthetic or orthotic device.
Rotary slide valve for a motor vehicle with a drive motor , a transmission which can be set in rotation by means of the drive motor , a rotary slide valve member with at least one flow opening , a flow housing , in which the rotary slide valve member is beared and which comprises at least one inlet and at least one outlet , which can be fluidically connected via the flow opening of the rotary slide valve member , characterised in that the transmission is a high-transmission coaxial planetary gear which is configured as a Wolfrom gear, the second ring gear of which is configured on a radial inside of the rotary slide valve member , and which is arranged in a space which is fluidically connected to the flow opening of the rotary slide valve member . a drive motor , a transmission which can be set in rotation by means of the drive motor , a rotary slide valve member with at least one flow opening , a flow housing , in which the rotary slide valve member is beared and which comprises at least one inlet and at least one outlet , which can be fluidically connected via the flow opening of the rotary slide valve member , characterised in that the transmission is a high-transmission coaxial planetary gear which is configured as a Wolfrom gear, the second ring gear of which is configured on a radial inside of the rotary slide valve member , and which is arranged in a space which is fluidically connected to the flow opening of the rotary slide valve member . a rotary slide valve member with at least one flow opening , a flow housing , in which the rotary slide valve member is beared and which comprises at least one inlet and at least one outlet , which can be fluidically connected via the flow opening of the rotary slide valve member , characterised in that the transmission is a high-transmission coaxial planetary gear which is configured as a Wolfrom gear, the second ring gear of which is configured on a radial inside of the rotary slide valve member , and which is arranged in a space which is fluidically connected to the flow opening of the rotary slide valve member .
An electromagnetic wave absorbing material characterized by comprising a fibrous carbon nanohorn aggregate composed of a plurality of single-walled carbon nanohorns gathering in a fibrous form, the fibrous carbon nanohorn aggregate includes particles of a magnetic material selected from a single body of Fe, Ni or Co or a mixture thereof inside the fibrous carbon nanohorn aggregate, and the fibrous carbon nanohorn aggregate is produced by using a carbon target containing the magnetic material in an amount of 5 to 20% by mass with respect to carbon as a catalyst.
Hose arrangement for creating a bubble curtain (BS) in bodies of water, comprising - at least one air hose including an interior space enclosed by a wall , where a perforation consisting of individual punctures is introduced in the wall at least in an upper, first circumferential area (B1), from which air can be discharged, when the interior space is pressurized, for creating a bubble curtain (BC) extending in the longitudinal direction (X) of the air hose , and - a ballast receptacle including a receiving area extending in the longitudinal direction (X) in which an elongated ballast element is received, the ballast receptacle being arranged underneath a lower crown area (S) of the air hose , characterised in that the two protective flanks are mounted in a second circumferential area (B2) of the air hose on the outside of the wall of the air hose , where the two protective flanks converge underneath the lower crown area (S) of the air hose in a connecting area , and the ballast receptacle are connected to the air hose via the protective flanks . - at least one air hose including an interior space enclosed by a wall , where a perforation consisting of individual punctures is introduced in the wall at least in an upper, first circumferential area (B1), from which air can be discharged, when the interior space is pressurized, for creating a bubble curtain (BC) extending in the longitudinal direction (X) of the air hose , and - a ballast receptacle including a receiving area extending in the longitudinal direction (X) in which an elongated ballast element is received, the ballast receptacle being arranged underneath a lower crown area (S) of the air hose ,
An aerosol-generating system, comprising: a liquid storage portion for storing a liquid aerosol-forming substrate, a vaporizer for volatilizing the liquid aerosol-forming substrate, a pump for pumping air into the liquid storage portion to push out a volume of the liquid aerosol-forming substrate from the liquid storage portion , and to supply the pushed out volume of aerosol-forming substrate to the vaporizer , wherein the pump is a micro-pump configured to pump a predetermined volume of air per pump activation, and wherein the pump is configured for pushing out a predetermined volume of the liquid aerosol-forming substrate from the liquid storage portion to the vaporizer per pump activation. a liquid storage portion for storing a liquid aerosol-forming substrate, a vaporizer for volatilizing the liquid aerosol-forming substrate, a pump for pumping air into the liquid storage portion to push out a volume of the liquid aerosol-forming substrate from the liquid storage portion , and to supply the pushed out volume of aerosol-forming substrate to the vaporizer , wherein the pump is a micro-pump configured to pump a predetermined volume of air per pump activation, and wherein the pump is configured for pushing out a predetermined volume of the liquid aerosol-forming substrate from the liquid storage portion to the vaporizer per pump activation.
A method for shrinking a soft contact lens, characterized in that : the method comprises the step of shrinking the soft contact lens before an application of the soft contact lens to an eye, by contacting the soft contact lens with a liquid for contact lenses, the liquid for contact lenses being capable of shrinking the soft contact lens to a state of being more intensively shrunken than an equilibrium state thereof in a physiological saline, wherein the size of the soft contact lens is restored after application to the eye; and characterized in that : the liquid for contact lenses has an osmolarity of no less than 420 mOsm/L and no greater than 550 mOsm/L; the soft contact lens is a hydrous soft contact lens having a moisture content of no less than 30% by mass; and the temperature of the liquid for contact lenses in the shrinking step is no less than 35°C and no greater than 50°C. the method comprises the step of shrinking the soft contact lens before an application of the soft contact lens to an eye, by contacting the soft contact lens with a liquid for contact lenses, the liquid for contact lenses being capable of shrinking the soft contact lens to a state of being more intensively shrunken than an equilibrium state thereof in a physiological saline, wherein the size of the soft contact lens is restored after application to the eye; and characterized in that : the liquid for contact lenses has an osmolarity of no less than 420 mOsm/L and no greater than 550 mOsm/L; the soft contact lens is a hydrous soft contact lens having a moisture content of no less than 30% by mass; and the temperature of the liquid for contact lenses in the shrinking step is no less than 35°C and no greater than 50°C.
Metering device having - a storage container that has an inlet opening , a vertical center axis , and an outlet opening , wherein the vertical center axis is an axis that passes vertically through a point within the cross-sectional contour of the storage container inlet plane, - a discharge device that comprises - - a conveying device that has a loading point and a delivery point , which are arranged at a distance C from one another, and - - a drive for the conveying device , - wherein the outlet opening of the storage container corresponds to the loading point of the conveying device , and - the outlet opening has an outlet axis , which is located at a distance B from the center axis of the storage container , and - the discharge device is provided such that it can rotate about the outlet axis of the outlet opening of the storage container , so that the delivery point of the conveying device can be variably arranged in an annular plane A that is perpendicular to the center axis of the storage container , characterized in that the storage container is arranged to be rotatable about its center axis within the metering device so that the annular plane A has the area A = π ∗ ((C+B) 2 -(C-B) 2 ). - a storage container that has an inlet opening , a vertical center axis , and an outlet opening , wherein the vertical center axis is an axis that passes vertically through a point within the cross-sectional contour of the storage container inlet plane, - a discharge device that comprises - - a conveying device that has a loading point and a delivery point , which are arranged at a distance C from one another, and - - a drive for the conveying device , - - a conveying device that has a loading point and a delivery point , which are arranged at a distance C from one another, and - - a drive for the conveying device , - wherein the outlet opening of the storage container corresponds to the loading point of the conveying device , and - the outlet opening has an outlet axis , which is located at a distance B from the center axis of the storage container , and - the discharge device is provided such that it can rotate about the outlet axis of the outlet opening of the storage container , so that the delivery point of the conveying device can be variably arranged in an annular plane A that is perpendicular to the center axis of the storage container , characterized in that the storage container is arranged to be rotatable about its center axis within the metering device so that the annular plane A has the area A = π ∗ ((C+B) 2 -(C-B) 2 ).
A modular bar for a portable bar comprising: a front bar section and a side bar section hingedly connected to the front bar section; the front and side bar sections each comprising: a frame portion having spaced upper and lower rails connected by opposing side rails , wherein the side bar section is hingedly connected to one of the side rails of the front bar section, the upper rail comprising a slot extending into its upper surface, and a display panel portion comprising a hook configured to cooperate with the slot in the frame portion in order to mount the display panel portion on the frame portion, wherein a corner section comprising a hook configured to locate over the hinge , and a cover section having a peripheral lip configured to fit around the upper part of the front and side bar sections . a front bar section and a side bar section hingedly connected to the front bar section; the front and side bar sections each comprising: a frame portion having spaced upper and lower rails connected by opposing side rails , wherein the side bar section is hingedly connected to one of the side rails of the front bar section, the upper rail comprising a slot extending into its upper surface, and a display panel portion comprising a hook configured to cooperate with the slot in the frame portion in order to mount the display panel portion on the frame portion, wherein a corner section comprising a hook configured to locate over the hinge , and a frame portion having spaced upper and lower rails connected by opposing side rails , wherein the side bar section is hingedly connected to one of the side rails of the front bar section, the upper rail comprising a slot extending into its upper surface, and a display panel portion comprising a hook configured to cooperate with the slot in the frame portion in order to mount the display panel portion on the frame portion, wherein a corner section comprising a hook configured to locate over the hinge , and a cover section having a peripheral lip configured to fit around the upper part of the front and side bar sections .
Apparatus for manufacturing a head of a module of a radiator, preferably made of steel, from two half-heads having respective edges to be joined, previously smoothened and chamfered, the apparatus comprising a clamping system for clamping the two half-heads in contact with each other at the respective edges , and a welding system for welding the two half-heads together along the two edges in mutual contact with each other; the clamping system comprising a pair of jaws made up of a mould and counter-mould shaped like the two half-heads and closable as a plier in such a way that, in use, they press uniformly on the half-heads and define a slot that leaves the edges visible; the apparatus being characterized in that the welding system is a laser welding system comprising a fiber laser head and handling means for moving the fiber laser head around the pair of jaws closed as a plier, along said slot so as to direct a laser beam along the two mutually-contacting edges .
A key-foot combination for the levelling of furniture (M) comprising a key with an elongated handle and with a fork-shaped end (F) and a foot (112; 113) consisting of a column (tube) coupled with a base , so that said foot (112; 113) has a variable and adjustable height, characterised that said base is polygonal and defines a regular polygon with an even number of sides and equal to or higher than eight, and in that the fork-shaped end (F) of the key has a plurality of adjacent operating sides (L), straight and/or curved, which develop along a broken line which defines a seat (S) capable of receiving said base and maneuvering it with an oscillating movement always in coupling, operating in a direction (S1) and not operating in the opposite direction (S2), in said operating oscillating movement, said fork-shaped end (F) has three gripping and contact points (PP1, PP2 and PP3) with the base , the two points (PP1) and (PP2) are opposite, in correspondence with the free end of the fork (F), and act on two specularly opposing sides of the base , whereas the third point (PP3) is between said two points (PP1) and (PP2) and acts on a side which is between said two specularly opposing sides of the base .
A network service processing method, comprising: identifying , by a gateway device , a type of a first intranet device, wherein the first intranet device belongs to an intranet connected to the gateway device ; obtaining , by the gateway device , a first software package based on the type of the first intranet device, wherein the first software package is used to implement a first additional function, wherein the first additional function is an additional function of the gateway device ; sending , by the gateway device , a first indication message and the first software package to the first intranet device, wherein the first indication message is used to indicate the first intranet device to install the first software package and execute the first additional function; storing , by the gateway device , a correspondence between an identifier of the first intranet device and the first additional function; obtaining , by the gateway device , a target data flow, wherein the target data flow is a data flow on which the first additional function is to be performed; and sending , by the gateway device , the target data flow to the first intranet device based on the correspondence between the identifier of the first intranet device and the first additional function, and receiving a processing result of the target data flow by the first intranet device. identifying , by a gateway device , a type of a first intranet device, wherein the first intranet device belongs to an intranet connected to the gateway device ; obtaining , by the gateway device , a first software package based on the type of the first intranet device, wherein the first software package is used to implement a first additional function, wherein the first additional function is an additional function of the gateway device ; sending , by the gateway device , a first indication message and the first software package to the first intranet device, wherein the first indication message is used to indicate the first intranet device to install the first software package and execute the first additional function; storing , by the gateway device , a correspondence between an identifier of the first intranet device and the first additional function; obtaining , by the gateway device , a target data flow, wherein the target data flow is a data flow on which the first additional function is to be performed; and sending , by the gateway device , the target data flow to the first intranet device based on the correspondence between the identifier of the first intranet device and the first additional function, and receiving a processing result of the target data flow by the first intranet device.
A system for monitoring health during a water birth, the system comprising: a first health sensor comprising one or more transducers configured to both emit and receive monitoring signals through water in a tank, and wherein, when received, at least some of the monitoring signals represent a health of a mother, a fetus, or both at least partially in the water; a health monitoring device in communication with the first health sensor, wherein the health monitoring device is configured to receive communication signals from the first health sensor, the communication signals including data representing at least some of the monitoring signals; characterized by a beacon connected to the mother and configured to emit a beacon signal, wherein the health sensor has a receiver directed thereto and the health sensor is configured to receive the signal from the beacon and to send/receive the monitoring signals toward the beacon. a first health sensor comprising one or more transducers configured to both emit and receive monitoring signals through water in a tank, and wherein, when received, at least some of the monitoring signals represent a health of a mother, a fetus, or both at least partially in the water; a health monitoring device in communication with the first health sensor, wherein the health monitoring device is configured to receive communication signals from the first health sensor, the communication signals including data representing at least some of the monitoring signals; characterized by a beacon connected to the mother and configured to emit a beacon signal, wherein the health sensor has a receiver directed thereto and the health sensor is configured to receive the signal from the beacon and to send/receive the monitoring signals toward the beacon.
A method for producing a fiber reinforced plastic (a) comprising shaping a prepreg sheet into a three-dimensional shape to produce a preformed product, characterized in that the method comprises: a first step in which at least a part of continuous fibers contained in an area (X) of a shear-deformable prepreg sheet is bent in an in-plane direction of said shear-deformable prepreg sheet by shear-deforming said shear-deformable prepreg sheet in said area (X); and a second step in which, simultaneously with or after the first step, said shear-deformable prepreg sheet is shaped for producing said preformed product using a press mold, wherein said area (X) corresponds to an area (X') of said shear-deformable prepreg sheet after being shaped in said second step, the area (X') being an area in which said shear-deformable prepreg sheet is in a state of being shear-deformed, and wherein in said first step, a shear deformation means is used, the shear deformation means having a plurality of fixing points for fixing said shear-deformable prepreg sheet which are arranged in a plane so as to be positioned at lattice points of a tetragonal lattice, and are movable in said plane so that a unit lattice of said tetragonal lattice is deformed from a square to a rhombus. a first step in which at least a part of continuous fibers contained in an area (X) of a shear-deformable prepreg sheet is bent in an in-plane direction of said shear-deformable prepreg sheet by shear-deforming said shear-deformable prepreg sheet in said area (X); and a second step in which, simultaneously with or after the first step, said shear-deformable prepreg sheet is shaped for producing said preformed product using a press mold, wherein said area (X) corresponds to an area (X') of said shear-deformable prepreg sheet after being shaped in said second step, the area (X') being an area in which said shear-deformable prepreg sheet is in a state of being shear-deformed, and wherein in said first step, a shear deformation means is used, the shear deformation means having a plurality of fixing points for fixing said shear-deformable prepreg sheet which are arranged in a plane so as to be positioned at lattice points of a tetragonal lattice, and are movable in said plane so that a unit lattice of said tetragonal lattice is deformed from a square to a rhombus.