mhurhangee/ep-ind-claims huggingface dataset:
A system for remodeling a therapeutic zone within tissue underlying a mucosal epithelium of female genital tissue, the apparatus comprising: an elongate handle configured to be held within two hands; a treatment tip configured to be removably coupled to the elongate handle, the tip comprising: a shaft comprising a longitudinal axis; and an energy delivery element having an epithelium-contacting surface: and an internal cooling chamber configured to internally cool the energy delivery element, wherein the energy delivery element comprises a thermally-conductive surface that is adapted to allow cooling of the epithelium while transmitting RF energy to heat the target tissue; characterised by a controller configured to operate the tip and to determine whether sufficient tip contact has been made with the epithelium for effective treatment; and a display configured to display a map indicating contact status of the tip with the epithelium. an elongate handle configured to be held within two hands; a treatment tip configured to be removably coupled to the elongate handle, the tip comprising: a shaft comprising a longitudinal axis; and an energy delivery element having an epithelium-contacting surface: and an internal cooling chamber configured to internally cool the energy delivery element, wherein the energy delivery element comprises a thermally-conductive surface that is adapted to allow cooling of the epithelium while transmitting RF energy to heat the target tissue; characterised by a controller configured to operate the tip and to determine whether sufficient tip contact has been made with the epithelium for effective treatment; and a display configured to display a map indicating contact status of the tip with the epithelium. a shaft comprising a longitudinal axis; and an energy delivery element having an epithelium-contacting surface: and an internal cooling chamber configured to internally cool the energy delivery element, wherein the energy delivery element comprises a thermally-conductive surface that is adapted to allow cooling of the epithelium while transmitting RF energy to heat the target tissue; characterised by a controller configured to operate the tip and to determine whether sufficient tip contact has been made with the epithelium for effective treatment; and a display configured to display a map indicating contact status of the tip with the epithelium.
A method of training an autonomous vehicle to operate within a work region, the method comprising: deploying a handle assembly connected to a housing of the vehicle from a first position to a second position; placing a mobile computer on a cradle attached to the handle assembly; initiating communication between the mobile computer and an electronic controller associated with the vehicle; selecting a boundary training phase of the vehicle via interaction with the mobile computer; traversing a boundary of the work region; collecting data associated with the boundary as the vehicle traverses the boundary of the work region; generating, with the controller, the mobile computer, or a remote computer a mapped boundary path based upon the data associated with the boundary; and indicating, on the mobile computer, whether the mapped boundary path satisfies path criteria, wherein the path criteria comprises one or more of: determining whether the mapped boundary path defines a bounded area; determining whether bottlenecks are present; and determining whether the mapped boundary path is within a threshold distance of another boundary path. deploying a handle assembly connected to a housing of the vehicle from a first position to a second position; placing a mobile computer on a cradle attached to the handle assembly; initiating communication between the mobile computer and an electronic controller associated with the vehicle; selecting a boundary training phase of the vehicle via interaction with the mobile computer; traversing a boundary of the work region; collecting data associated with the boundary as the vehicle traverses the boundary of the work region; generating, with the controller, the mobile computer, or a remote computer a mapped boundary path based upon the data associated with the boundary; and indicating, on the mobile computer, whether the mapped boundary path satisfies path criteria, wherein the path criteria comprises one or more of: determining whether the mapped boundary path defines a bounded area; determining whether bottlenecks are present; and determining whether the mapped boundary path is within a threshold distance of another boundary path.
A device for connecting an outer push button with a cistern flushing mechanism of a toilet, wherein the device is adjustable in height and comprises an elongated element ending in a disk-shaped part, wherein the device in an installed state connects the outer push button vertically with the cistern flushing mechanism arranged inside the cistern, characterized in that the device comprises a first adjustment mechanism comprising a guillotine-like arrangement comprising a horizontal plate having two horizontal and parallel rods protruding from said plate, the rods being provided on their lateral inner surfaces with a notch, said first adjustment mechanism further comprising four vertical pillar-like parts between which the elongated element is inserted axially, wherein the horizontal plate is slidable and receives between the rods the four pillar-like parts in order to exert a pressure on the elongated element by contact with the notches in order to lock the elongated element with respect to the flushing mechanism at a height selected by user, the device further comprising a second vertical mechanism for stopping the movement of the flushing mechanism, wherein the second vertical mechanism comprises a clip-like arrangement which is arrangeable on a base of a mouth of the flushing mechanism and incorporates an overhanging section for grasping by the user, wherein in use the removal of the second vertical mechanism leaves the actuation of the flushing mechanism free.
A device for concentration of particles, comprising: a flow channel adapted to receive a fluid sample moving in a first direction within flow streams; a field generator configured to focus particles within the fluid sample into a focused stream at a first flow rate; additional flow channels (4, 4') comprising a first additional flow channel and a second additional flow channel; a branch, wherein the branch is configured to be in fluid communication with the flow channel and the additional flow channels, wherein the branch and the additional flow channels are configured to direct the fluid sample into the additional flow channels and to flip the particles in the focused stream to a second direction at a second flow rate, and wherein the first flow rate is greater than the second flow rate; and an analysis region, wherein the analysis region is positioned within the additional flow channels to allow analysis of the particles flipped to the second direction, and wherein the branch and the additional flow channels are configured to concentrate the particles in the analysis region, characterized in that the branch and the additional flow channels are configured to accumulate the particles flipped to the second direction on a channel wall within the analysis region. a flow channel adapted to receive a fluid sample moving in a first direction within flow streams; a field generator configured to focus particles within the fluid sample into a focused stream at a first flow rate; additional flow channels (4, 4') comprising a first additional flow channel and a second additional flow channel; a branch, wherein the branch is configured to be in fluid communication with the flow channel and the additional flow channels, wherein the branch and the additional flow channels are configured to direct the fluid sample into the additional flow channels and to flip the particles in the focused stream to a second direction at a second flow rate, and wherein the first flow rate is greater than the second flow rate; and an analysis region, wherein the analysis region is positioned within the additional flow channels to allow analysis of the particles flipped to the second direction, and wherein the branch and the additional flow channels are configured to concentrate the particles in the analysis region, characterized in that the branch and the additional flow channels are configured to accumulate the particles flipped to the second direction on a channel wall within the analysis region.
A vehicle interior trim component (200, 300, 400) configured to support an airbag module providing an airbag comprising: - a panel made of a material that is comprised of fibers or that is comprised of a combination of fibers and a resin; wherein the panel comprises a back side and a visible surface; wherein the panel comprises a notch in the back side of the panel and at least one feature (250, 350, 360, 460) at the back side of the panel adjacent the notch, said at least one feature (250, 350, 360, 460) comprising a protrusion; wherein the visible surface comprises a smooth surface opposite the notch; wherein the panel comprises a first portion comprising a first thickness, a second portion comprising a second thickness less than the first thickness and a third portion comprising a third thickness greater than the first thickness; wherein the second portion of the panel comprises the notch; wherein the third portion comprises the at least one feature (250, 350, 360, 460); wherein the first portion, the second portion and the third portion comprise a substantially constant density. - a panel made of a material that is comprised of fibers or that is comprised of a combination of fibers and a resin;
A polyisocyanate composition comprising polyisocyanate compounds represented by general formula and general formula: wherein in general formulas and, pluralities of R 11 and R 21 each independently represent an organic group, at least one of the pluralities of R 11 and R 21 is a group represented by general formula, and the pluralities of R 11 and R 21 may be identical or different; wherein in general formula, each of a plurality of Y 1 independently represents a single bond or a divalent hydrocarbon group of 1 to 20 carbon atoms that may contain an ester structure and/or an ether structure, the plurality of Y 1 may be identical or different, R 51 represents a hydrogen atom or a monovalent hydrocarbon group of 1 to 12 carbon atoms, and a wavy line indicates a bonding site, wherein a molar ratio between iminooxadiazinedione structures and isocyanurate structures is at least 0.05 but not more than 1.5, and wherein a viscosity of the polyisocyanate composition, measured at 25°C as described in "<Viscosity>" in the description, is 10 to 1,000 mPa·s. a molar ratio between iminooxadiazinedione structures and isocyanurate structures is at least 0.05 but not more than 1.5, and wherein a viscosity of the polyisocyanate composition, measured at 25°C as described in "<Viscosity>" in the description, is 10 to 1,000 mPa·s.
Fluid distributor for a device for thermally conditioning a fluid for motor vehicles, including at least a first thermal module and a second thermal module, the thermal modules (3a, 3b) having respective substantially cylindrical general shapes and including a respective fluid guide circuit, wherein the fluid distributor extends along a longitudinal axis and includes: - a fluid inlet orifice, - a first fluid passage adapted to be placed in fluidic communication with the fluid guide circuit of the first thermal module, - a second fluid passage adapted to be placed in fluidic communication with the fluid guide circuit of the second thermal module so that the orifice, the first fluid passage and the second fluid passage are aligned along the longitudinal axis, and - at least one rib (33a, 33b) arranged at the periphery of an associated fluid passage (27a, 27b),, characterized in that - the first fluid passage is substantially circular in shape, - the second fluid passage is substantially circular in shape, - said rib (33a, 33b) has a semicircular shape delimited by the longitudinal axis of the fluid distributor and has two end edges (35, 37; 39, 41), and has at least one adjustment zone (Z, Z 1, Z 2) in line with an end edge (35, 37) subtending an angle (α, α 1, α 2) between 0o and 45o inclusive relative to the longitudinal axis of the fluid distributor. - a fluid inlet orifice, - a first fluid passage adapted to be placed in fluidic communication with the fluid guide circuit of the first thermal module, - a second fluid passage adapted to be placed in fluidic communication with the fluid guide circuit of the second thermal module so that the orifice, the first fluid passage and the second fluid passage are aligned along the longitudinal axis, and - at least one rib (33a, 33b) arranged at the periphery of an associated fluid passage (27a, 27b),, characterized in that - at least one rib (33a, 33b) arranged at the periphery of an associated fluid passage (27a, 27b),, characterized in that - the first fluid passage is substantially circular in shape, - the second fluid passage is substantially circular in shape, - said rib (33a, 33b) has a semicircular shape delimited by the longitudinal axis of the fluid distributor and has two end edges (35, 37; 39, 41), and has at least one adjustment zone (Z, Z 1, Z 2) in line with an end edge (35, 37) subtending an angle (α, α 1, α 2) between 0o and 45o inclusive relative to the longitudinal axis of the fluid distributor.
A fuel cell power source for a portable electronic device, comprising: a fuel cell system for providing power to the portable electronic device; and a control means coupled to the fuel cell system and for coupling to the portable electronic device; wherein the control means is programmed to: capture a usage profile of one or more users of the portable electronic device over a period of time and store in an information storage device for future use; identify a device user; compute one or more net power requirements of the portable electronic device using dynamic load requirements of the portable electronic device and the usage profile of the identified device user; select one or more operational parameters of the fuel cell system using the computed one or more net power requirements and one or more power characteristics of the fuel cell system; and operate the fuel cell system using the selected one or more operational parameters. a fuel cell system for providing power to the portable electronic device; and a control means coupled to the fuel cell system and for coupling to the portable electronic device; capture a usage profile of one or more users of the portable electronic device over a period of time and store in an information storage device for future use; identify a device user; compute one or more net power requirements of the portable electronic device using dynamic load requirements of the portable electronic device and the usage profile of the identified device user; select one or more operational parameters of the fuel cell system using the computed one or more net power requirements and one or more power characteristics of the fuel cell system; and operate the fuel cell system using the selected one or more operational parameters.
A method for holding a panel for a fuselage assembly, the method comprising: providing a cradle fixture comprising a base and an adjustable retaining structure having a curved shape; and engaging the adjustable retaining structure with the panel by: moving the adjustable retaining structure relative to the base towards the panel such that the adjustable retaining structure impinges on the panel; and wherein moving the adjustable retaining structure towards the panel comprises using at least one scissor lift mechanism. providing a cradle fixture comprising a base and an adjustable retaining structure having a curved shape; and engaging the adjustable retaining structure with the panel by: moving the adjustable retaining structure relative to the base towards the panel such that the adjustable retaining structure impinges on the panel; and wherein moving the adjustable retaining structure towards the panel comprises using at least one scissor lift mechanism. moving the adjustable retaining structure relative to the base towards the panel such that the adjustable retaining structure impinges on the panel; and wherein moving the adjustable retaining structure towards the panel comprises using at least one scissor lift mechanism.
A device for removal /installation of main rotor blades from/to a rotor hub of a rotorcraft, comprising a clamp body having a clamp opening, in which a rotor blade may be disposed, an extension opening and a traverse block having an internally threaded portion; a reaction plate having a recess in a first face at a first side of the reaction plate and one or more pins disposed in the recess extending away from the first face, and further having an extension extending along a long axis of the reaction plate through the extension opening; and bearing blocks (308, 310) disposed on a second side of the reaction plate opposite the first side, wherein the traverse block is disposed between the bearing blocks (308, 310); an actuator aligned parallel to the long axis of the reaction plate and extending through each of the bearing blocks (308, 310) and through the traverse block, wherein the actuator has an externally threaded portion engaged with the internally threaded portion of the traverse block.
A method, comprising: receiving, by a user equipment and from a primary transmit receive point, a message; transmitting, by the user equipment and to the primary transmit receive point, an indication of a capability to receive a multi-transmit receive point transmission of a message 4 of a random access procedure, wherein the indication is a physical random access channel preamble; receiving, by the user equipment and from the primary transmit receive point, a random access response in a message 2 of the random access procedure based on transmitting the indication of the capability, wherein the random access response is configured to allocate resources for transmission of information on at least one additional beam, and wherein the random access response comprises at least one field to signal a command to indicate the at least one additional beam in a message 3 of the random access procedure; and transmitting, by the user equipment and to the primary transmit receive point, in the message 3 of the random access procedure, at least one index of the at least one additional beam after receiving the random access response. receiving, by a user equipment and from a primary transmit receive point, a message; transmitting, by the user equipment and to the primary transmit receive point, an indication of a capability to receive a multi-transmit receive point transmission of a message 4 of a random access procedure, wherein the indication is a physical random access channel preamble; receiving, by the user equipment and from the primary transmit receive point, a random access response in a message 2 of the random access procedure based on transmitting the indication of the capability, wherein the random access response is configured to allocate resources for transmission of information on at least one additional beam, and wherein the random access response comprises at least one field to signal a command to indicate the at least one additional beam in a message 3 of the random access procedure; and wherein the random access response is configured to allocate resources for transmission of information on at least one additional beam, and wherein the random access response comprises at least one field to signal a command to indicate the at least one additional beam in a message 3 of the random access procedure; and transmitting, by the user equipment and to the primary transmit receive point, in the message 3 of the random access procedure, at least one index of the at least one additional beam after receiving the random access response.
A cooking apparatus which includes a cooking chamber for heating a substance to be cooked, the apparatus comprising: a plurality of transmission antennas configured to irradiate the substance to be cooked with beamformed electromagnetic waves; a reception antenna configured to receive reflected waves reflected from the substance to be cooked; and a controller configured to determine the temperature of the substance to be cooked corresponding to the received reflected waves, on the basis of the property in which the electromagnetic waves, with which the substance to be cooked is irradiated, are reflected differently, wherein the controller, based on a property that bandwidths to absorb electromagnetic waves are different according to elements constituting the substance to be cooked, is configured to determine elements of the substance to be cooked through frequency analysis of the received reflected wave, and based on a property that the electromagnetic waves are reflected differently according to temperature of the substance to be cooked and elements of the substance to be cooked, to determine temperature of the substance to be cooked corresponding to elements of the determined substance to be cooked. a plurality of transmission antennas configured to irradiate the substance to be cooked with beamformed electromagnetic waves; a reception antenna configured to receive reflected waves reflected from the substance to be cooked; and a controller configured to determine the temperature of the substance to be cooked corresponding to the received reflected waves, on the basis of the property in which the electromagnetic waves, with which the substance to be cooked is irradiated, are reflected differently, wherein the controller, based on a property that bandwidths to absorb electromagnetic waves are different according to elements constituting the substance to be cooked, is configured to determine elements of the substance to be cooked through frequency analysis of the received reflected wave, and based on a property that the electromagnetic waves are reflected differently according to temperature of the substance to be cooked and elements of the substance to be cooked, to determine temperature of the substance to be cooked corresponding to elements of the determined substance to be cooked.
A ventilation device for an interior room, the ventilation device having a ventilator for conveying air, a controlling device for driving the ventilator and an operating device for manual operation of the ventilation device, and a venting opening being formed in a housing wall of a housing of the ventilation device for conveying air by means of the ventilator, the opening being covered by a lid that is spaced apart from it and removably fixed on the housing wall, so that at least an operating panel defined by the operating element on an outer side of the housing wall is hidden from sight when the lid is arranged on the housing wall, characterised in that the operating device has at least one capacitive operating element and the controlling device and the operating device are arranged as a unit at least partially received in a sealing mass on an inner side of the housing wall for contact-less operation of the operating element through the housing wall, wherein the operating element is configured for detecting the presence of the lid on the housing wall and/or for detecting a room air humidity.