mhurhangee/ep-ind-claims huggingface dataset:
An add-on motor assembly adapted to be connected to an existing internal combustion engine vehicle and configured to propel the vehicle, the add-on motor assembly comprising at least one electric motor, characterised in that the at least one electric motor comprises a wheel hub motor adapted to be incorporated into the hub of at least one wheel of the vehicle in order to drive the at least one wheel directly, and the add-on motor assembly further comprises contact means displaceable upwards, downwards and laterally and including a current collector, and a mechanism for displacing the contact means, wherein the displacing mechanism is attached to the add-on motor assembly, wherein the contact means is adapted to co-act mechanically and electrically with an electric conductor put under voltage and located in a road section on which the vehicle is travelling, in order to supply electric voltage to the at least one wheel hub motor which thereby propels the vehicle.
A digital broadcast receiver comprising: a receiver which receives a plurality of broadcast signals; a channel scanner which acquires service information SI related to the plurality of broadcast signals by scanning the plurality of broadcast signals in a predetermined cycle, wherein each of the plurality of broadcast signals is associated with one of program specific information, PSI-type service information SI according to MPEG-2 and program service information protocol, PSIP-type service information SI according to ATSC A/65; a user interface which receives a selection for setting a channel mode to the digital broadcast receiver, the channel mode comprising first and second channel modes; and a controller which selects a broadcast signal based on the selected channel mode such that when the first channel mode is set, the controller updates the channel information by selecting the broadcast signal having the PSIP type-information, and wherein when the second channel mode is set, the controller updates the channel information by selecting the broadcast signal having the PSI-type information. a receiver which receives a plurality of broadcast signals; a channel scanner which acquires service information SI related to the plurality of broadcast signals by scanning the plurality of broadcast signals in a predetermined cycle, wherein each of the plurality of broadcast signals is associated with one of program specific information, PSI-type service information SI according to MPEG-2 and program service information protocol, PSIP-type service information SI according to ATSC A/65; a user interface which receives a selection for setting a channel mode to the digital broadcast receiver, the channel mode comprising first and second channel modes; and a controller which selects a broadcast signal based on the selected channel mode such that when the first channel mode is set, the controller updates the channel information by selecting the broadcast signal having the PSIP type-information, and wherein when the second channel mode is set, the controller updates the channel information by selecting the broadcast signal having the PSI-type information.
An ultraviolet curable resin composition for a self-lubricating liner, comprising: a (meth)acrylate compound having an isocyanuric acid ring represented by formula: (wherein X is a group which contains an acryloyl group and is composed only of C, H, and O, and Y and Z are groups each composed only of C, H, and O); a polytetrafluoroethylene resin; and melamine cyanurate, wherein the (meth)acrylate compound having the isocyanuric acid ring is contained in an amount of at least 20% by weight, the polytetrafluoroethylene resin is contained in an amount of 10% by weight to 50% by weight, and the melamine cyanurate is contained in an amount of 30% by weight or less with respect to a total amount of the ultraviolet curable resin composition. a (meth)acrylate compound having an isocyanuric acid ring represented by formula: (wherein X is a group which contains an acryloyl group and is composed only of C, H, and O, and Y and Z are groups each composed only of C, H, and O); a polytetrafluoroethylene resin; and melamine cyanurate, wherein the (meth)acrylate compound having the isocyanuric acid ring is contained in an amount of at least 20% by weight, the polytetrafluoroethylene resin is contained in an amount of 10% by weight to 50% by weight, and the melamine cyanurate is contained in an amount of 30% by weight or less with respect to a total amount of the ultraviolet curable resin composition.
A method for routing a message service message through a communications network, the method comprising: at a signaling node upstream from a sending party message server: receiving a message service message that includes a sending party identifier and a receiving party identifier wherein the message service message is a mobile application part, MAP, forward short message, FWD_SM; querying a number translation database to determine a routing identifier associated with the receiving party identifier; characterized by modifying the MAP FWD_SM message to include the routing identifier; and routing the modified MAP FWD_SM message to the sending party message server. at a signaling node upstream from a sending party message server: receiving a message service message that includes a sending party identifier and a receiving party identifier wherein the message service message is a mobile application part, MAP, forward short message, FWD_SM; querying a number translation database to determine a routing identifier associated with the receiving party identifier; characterized by modifying the MAP FWD_SM message to include the routing identifier; and routing the modified MAP FWD_SM message to the sending party message server. receiving a message service message that includes a sending party identifier and a receiving party identifier wherein the message service message is a mobile application part, MAP, forward short message, FWD_SM; querying a number translation database to determine a routing identifier associated with the receiving party identifier; characterized by modifying the MAP FWD_SM message to include the routing identifier; and routing the modified MAP FWD_SM message to the sending party message server.
A kit for applying a fluid onto a surface, comprising (i) a fluid having a yield point, (ii) a container having at least one opening, for holding the fluid and (iii) an applicator that comprises one or more porous areas for applying the fluid to a surface, wherein when the applicator is located on the at least one opening of the container and at least one porous area of the applicator is in contact with the fluid, the fluid wets the at least one porous area of the applicator but does not leak out of it as long as the porous area is not in contact with the surface, wherein - a ratio π = P/F, in which P is a porosity of the at least one porous area in % and F is a yield point of the fluid in Pa, has a value of from about 10 to about 100, - the opening is substantially completely covered by the applicator and - only through the contact of the applicator surface with the surface to be treated is the fluid dispensed. - a ratio π = P/F, in which P is a porosity of the at least one porous area in % and F is a yield point of the fluid in Pa, has a value of from about 10 to about 100, - the opening is substantially completely covered by the applicator and - only through the contact of the applicator surface with the surface to be treated is the fluid dispensed.
Rotor blade of a wind turbine comprising a top side, a bottom side, a leading edge, a trailing edge, a hub fastening for fastening the rotor blade to the hub of the wind turbine, a blade tip and a root region from the hub fastening as far as the maximum blade depth of the rotor blade, wherein inside the rotor blade there is provided a substantially radially outwardly running air-guiding channel for guiding sucked-in air from a sucking-in region arranged in the root region to a blowing-out region and a sucking-in of the boundary layer takes place, wherein the trailing edge in the root region is of blunt form at least in a section along the rotor blade, wherein the root region is formed as a Wortmann-like profile or as a Wortmann profile with a blunt, broad and/or truncated trailing edge and the Wortmann-like profile or the Wortmann profile with a blunt, broad and/or truncated trailing edge in the root region merges in a flowing manner into the trailing edge of the rotor blade, wherein the profile with the blunt, broad and/or truncated trailing edge begins with a boundary layer fence or boundary layer ring in the root region close to the hub fastening.
Spare wheel pan designed to be installed in the rear body portion of a motor vehicle, said spare wheel pan having a bottom and two opposite lateral edges (14, 16), said rear body portion comprising structural elements (28, 30, 32, 34, 36) and a floor wall that is able to bear against said structural elements, while said spare wheel pan is able to be installed below said floor so as to be connected to said structural elements (28, 30, 32, 34, 36), said motor vehicle further comprising shock absorbers, while said structural elements (28, 30, 32, 34, 36) comprise anchoring regions so as to be able to anchor said shock absorbers, characterized in that at least one of said lateral edges of said spare wheel pan has a lateral orifice, and in that said spare wheel pan is able to be installed between said structural elements (28, 30, 32, 34, 36) such that said lateral orifice is aligned facing one of said anchoring zones so as to be able to anchor one of said shock absorbers from the interior of said wheel pan through said lateral orifice.
A cartridge for an ultrasonic medical instrument, comprising: a cartridge housing detachably mounted on a handpiece; a first movement unit accommodated in the cartridge housing, and configured such that a first movable body reciprocates in a first axial direction; a second movement unit coupled to one side of the first movable body, of which a location in the first axial direction is changed by the first movement unit, and configured such that a second movable body reciprocates in a second axial direction that is perpendicular to the first axial direction; and an ultrasonic wave generating unit coupled to the second movable body, and configured to generate high-intensity focused ultrasound having a specific focusing distance, wherein a disposition location of the second movement unit in the first axial direction in the cartridge is set according to a location movement of the first movable body, wherein the second movement unit includes a piezoelectric motor driven based on an electrical signal by a power source, and wherein the first movement unit and the second movement unit are controlled by a controller included in the handpiece or a body, to which the handpiece is connected, characterized in that the piezoelectric motor is a piezoelectric rotary motor coupled to the first movement body, the piezoelectric rotary motor has a driving shaft disposed along the second axial direction, and the second movement body is installed to be reciprocally movable in the second axial direction through rotation of the driving shaft. a cartridge housing detachably mounted on a handpiece; a first movement unit accommodated in the cartridge housing, and configured such that a first movable body reciprocates in a first axial direction; a second movement unit coupled to one side of the first movable body, of which a location in the first axial direction is changed by the first movement unit, and configured such that a second movable body reciprocates in a second axial direction that is perpendicular to the first axial direction; and an ultrasonic wave generating unit coupled to the second movable body, and configured to generate high-intensity focused ultrasound having a specific focusing distance, wherein a disposition location of the second movement unit in the first axial direction in the cartridge is set according to a location movement of the first movable body, wherein the second movement unit includes a piezoelectric motor driven based on an electrical signal by a power source, and wherein the first movement unit and the second movement unit are controlled by a controller included in the handpiece or a body, to which the handpiece is connected, characterized in that the piezoelectric motor is a piezoelectric rotary motor coupled to the first movement body, the piezoelectric rotary motor has a driving shaft disposed along the second axial direction, and the second movement body is installed to be reciprocally movable in the second axial direction through rotation of the driving shaft.
Downdraft extractor with a removable insert, the removable insert comprising 1.1. a filter element that is insertable into and removable from a flow channel of the downdraft extractor for filtering a stream of cooking fumes, and 1.2. a collecting element that is insertable into and removable from the flow channel of the downdraft extractor for receiving liquids, characterized in 1.3. that the filter element and the collecting element, in a state inserted into the flow channel, are in contact with each other such that a wall of the filter element and a wall of the collecting element form an edge-free flow conducting surface and/or a flow conducting surface that can be described by a continuously differentiable function for deflecting the stream of cooking fumes, and 1.4.the wall of the collecting element serving as a flow guiding surface is curved at least in some regions. 1.1. a filter element that is insertable into and removable from a flow channel of the downdraft extractor for filtering a stream of cooking fumes, and 1.2. a collecting element that is insertable into and removable from the flow channel of the downdraft extractor for receiving liquids, 1.3. that the filter element and the collecting element, in a state inserted into the flow channel, are in contact with each other such that a wall of the filter element and a wall of the collecting element form an edge-free flow conducting surface and/or a flow conducting surface that can be described by a continuously differentiable function for deflecting the stream of cooking fumes, and 1.4.the wall of the collecting element serving as a flow guiding surface is curved at least in some regions.
A computing device, comprising: a base portion housing a central processing unit; a display portion configured to display information to a user; a metal hinge portion operably coupling the base portion to the display portion and being operable to couple the base portion to the display portion between an open and a closed configuration; and a heat exhaust element disposed within the base portion and operable to move air past the central processing unit and toward the metal hinge portion, wherein the hinge portion includes a hinge barrel with an opening at an end of the hinge barrel, the hinge barrel has a wall (904, 1004) which includes an outer surface (906, 1008) and an inner surface (908, 1006), the inner surface defining a hollow cavity of the hinge barrel extending parallel to a longitudinal axis of the hinge barrel, the hinge barrel being cylindrical shaped, a longitudinal slot is provided in the wall of the hinge barrel and parallel to the longitudinal axis so as to be positioned relative to the heat exhaust element, so that at least a portion of the wall of the hinge barrel does not extend completely around 360° to form a true cylinder, whereby the air is directed through the longitudinal slot in the wall of the hinge barrel into the hollow cavity of the hinge barrel, circulates within the hollow cavity of the hinge barrel and travels down the length of the hinge barrel while transferring heat to the wall of the hinge barrel, and flows out of the opening at the end of the hinge barrel. a base portion housing a central processing unit; a display portion configured to display information to a user; a metal hinge portion operably coupling the base portion to the display portion and being operable to couple the base portion to the display portion between an open and a closed configuration; and a heat exhaust element disposed within the base portion and operable to move air past the central processing unit and toward the metal hinge portion, wherein the hinge portion includes a hinge barrel with an opening at an end of the hinge barrel, the hinge barrel has a wall (904, 1004) which includes an outer surface (906, 1008) and an inner surface (908, 1006), the inner surface defining a hollow cavity of the hinge barrel extending parallel to a longitudinal axis of the hinge barrel, the hinge barrel being cylindrical shaped, a longitudinal slot is provided in the wall of the hinge barrel and parallel to the longitudinal axis so as to be positioned relative to the heat exhaust element, so that at least a portion of the wall of the hinge barrel does not extend completely around 360° to form a true cylinder, whereby the air is directed through the longitudinal slot in the wall of the hinge barrel into the hollow cavity of the hinge barrel, circulates within the hollow cavity of the hinge barrel and travels down the length of the hinge barrel while transferring heat to the wall of the hinge barrel, and flows out of the opening at the end of the hinge barrel.
Layer for reducing the friction resistance of a fluid relative to an object, comprising a wave-like approach flow surface repeating in a first direction which comprises means for transporting fluid from a boundary layer of the fluid flowing past to cavities in the wave-like approach flow surface characterized in that said means comprise grooves which are provided close to wave tops of the wave-like approach flow surface, said grooves not extending to the bottom of the cavities.
A cooling system in a gas turbine engine comprising: a component (520; 800) in the gas turbine engine; a cooling air supply line (510; 620; 720) configured to supply cooling air to the component (520; 800); and a metering coupon (512; 612; 712; 820) having a negative coefficient of thermal expansion, characterised in that the metering coupon (512; 612; 712; 820) comprises a lattice of a repetitive pattern of unit cells. a component (520; 800) in the gas turbine engine; a cooling air supply line (510; 620; 720) configured to supply cooling air to the component (520; 800); and a metering coupon (512; 612; 712; 820) having a negative coefficient of thermal expansion, characterised in that the metering coupon (512; 612; 712; 820) comprises a lattice of a repetitive pattern of unit cells.
Process to prepare propylene (i) from a hydrocarbon feedstock comprising olefin hydrocarbon compounds by contacting the feedstock with a mixture of a heterogeneous cracking catalyst and a heterogeneous dehydrogenation catalyst as present in one or more packed beds thereby obtaining propylene and other reaction products, wherein the cracking catalyst and the dehydrogenation catalyst are present in one or more packed beds in an in-series configuration and wherein the hydrocarbon feedstock, formed propylene and other reaction products will flow from an up-flow region to a down-flow region following a flow path and wherein in the direction of the flow path the concentration of the dehydrogenation catalyst in the bed increases compared to the cracking catalyst and/or (ii) from a hydrocarbon feedstock comprising paraffinic hydrocarbon compounds by contacting the feedstock with a mixture of a heterogeneous cracking catalyst and a heterogeneous dehydrogenation catalyst as present in one or more packed beds thereby obtaining propylene and other reaction products, wherein the cracking catalyst and the dehydrogenation catalyst are present in one or more packed beds in an in-series configuration and wherein the hydrocarbon feedstock, formed propylene and other reaction products will flow from an up-flow region to a down-flow region following a flow path and wherein in the direction of the flow path the concentration of the dehydrogenation catalyst in the bed decreases compared to the cracking catalyst. (i) from a hydrocarbon feedstock comprising olefin hydrocarbon compounds by contacting the feedstock with a mixture of a heterogeneous cracking catalyst and a heterogeneous dehydrogenation catalyst as present in one or more packed beds thereby obtaining propylene and other reaction products, wherein the cracking catalyst and the dehydrogenation catalyst are present in one or more packed beds in an in-series configuration and wherein the hydrocarbon feedstock, formed propylene and other reaction products will flow from an up-flow region to a down-flow region following a flow path and wherein in the direction of the flow path the concentration of the dehydrogenation catalyst in the bed increases compared to the cracking catalyst and/or (ii) from a hydrocarbon feedstock comprising paraffinic hydrocarbon compounds by contacting the feedstock with a mixture of a heterogeneous cracking catalyst and a heterogeneous dehydrogenation catalyst as present in one or more packed beds thereby obtaining propylene and other reaction products, wherein the cracking catalyst and the dehydrogenation catalyst are present in one or more packed beds in an in-series configuration and wherein the hydrocarbon feedstock, formed propylene and other reaction products will flow from an up-flow region to a down-flow region following a flow path and wherein in the direction of the flow path the concentration of the dehydrogenation catalyst in the bed decreases compared to the cracking catalyst.
An apparatus for imaging tissue during a medical procedure, comprising: a tubular member comprising a proximal end, a distal end sized for introduction into a patient's body, and one or more lumens extending between the proximal and distal ends; a tubular extension extending distally beyond the distal end to a distal tip, the tubular extension having a cross-section smaller than the distal end; a foot on the distal tip comprising a substantially atraumatic contact surface; and an imaging assembly on the distal end configured to acquire images of tissue adjacent the foot, the tubular extension being biased to a curved shape; the tubular extension including a passage communicating from a first lumen of the tubular member to an outlet at the distal tip; the foot having an area larger than the cross-section of the tubular extension for contacting tissue; characterized in that the tubular extension includes a proximal end attached to the distal end of the tubular member. a tubular member comprising a proximal end, a distal end sized for introduction into a patient's body, and one or more lumens extending between the proximal and distal ends; a tubular extension extending distally beyond the distal end to a distal tip, the tubular extension having a cross-section smaller than the distal end; a foot on the distal tip comprising a substantially atraumatic contact surface; and an imaging assembly on the distal end configured to acquire images of tissue adjacent the foot, the tubular extension being biased to a curved shape; the tubular extension including a passage communicating from a first lumen of the tubular member to an outlet at the distal tip; the foot having an area larger than the cross-section of the tubular extension for contacting tissue; characterized in that the tubular extension includes a proximal end attached to the distal end of the tubular member.