mhurhangee/patent-ind-claim-en huggingface dataset:
Method of controlling an operation of a robot in aircraft construction, comprising: creating at least one virtual image with a 3D measurement optical system and with respect to a coordinate system of the 3D measurement optical system, hereinafter referred to as the 3D measurement coordinate system, the at least one virtual image capturing a surface area of an aircraft component ; converting a plurality of point coordinates of the virtual image into point coordinates with respect to a robot coordinate system by means of a transformation rule; and controlling a tool element of the robot based on the point coordinates with respect to the robot coordinate system to perform the operation; wherein the plurality of point coordinates of the at least one virtual image defines at least a portion of an operation path along which the operation is provided by the tool element . creating at least one virtual image with a 3D measurement optical system and with respect to a coordinate system of the 3D measurement optical system, hereinafter referred to as the 3D measurement coordinate system, the at least one virtual image capturing a surface area of an aircraft component ; converting a plurality of point coordinates of the virtual image into point coordinates with respect to a robot coordinate system by means of a transformation rule; and controlling a tool element of the robot based on the point coordinates with respect to the robot coordinate system to perform the operation; wherein the plurality of point coordinates of the at least one virtual image defines at least a portion of an operation path along which the operation is provided by the tool element .
An LED filament lamp, comprising a power connection assembly , a light transmissive housing and one or more LED filaments , wherein the one or more LED filaments comprise a fixed end and a free end, the fixed end is electrically connected with the power connection assembly , the free end of the LED filament is provided with a first connecting member, and the light transmissive housing or the power connection assembly is provided with a second connecting member matched with the first connecting member; characterized in that the first connecting member is a first magnetic attractive member , and the second connecting member is a second magnetic attractive member ; the one or more LED filaments is an unshaped filament made of a flexible substrate, which naturally droops under influence of gravity, and is attracted and fixed in contact or in non-contact by the second magnetic attractive member and the first magnetic attractive member .
A method of filling an envelope of a compression-type adjustable optical device , such as a liquid lens or mirror, which is formed in part by a distensible membrane having an exterior optical surface, with a substantially incompressible fluid to a predetermined optical power or radius of curvature; the method comprising pumping fluid into the envelope under vacuum through a fluid supply conduit in fluid communication with an interior of the envelope while allowing air to escape from the envelope through a fluid overflow conduit in fluid communication with the interior of the envelope; continuing to pump fluid into the envelope to cause the membrane to distend to an optical power of the optical device that is greater than the predetermined optical power while allowing excess fluid to escape from the envelope through the overflow conduit ; slowing or stopping the supply of fluid to the envelope, thereby to allow the membrane progressively to relax and monitoring the optical power of the optical device until it falls to the predetermined optical power; removing the fluid supply conduit and fluid overflow conduit ; and thereafter sealing the envelope.
A thermoplastic vulcanizate comprising a plastic phase and a rubber phase, wherein a) the plastic phase comprises from about 25 parts to about 95 parts by weight, based on 100 parts by weight of the plastic and rubber phases, of a thermoplastic polyurethane with the hard segments having a melting point of about 130°C to about 240°C; and b) the rubber phase comprises from about 75 parts to about 5 parts, by weight based on 100 parts by weight of the plastic and rubber phases, of the rubber which is a carboxylic acid cure site and/or chlorine cure site functional acrylate rubber, or an anhydride cure site functional acrylate rubber; and c) crosslinks between reactive groups in the acrylate rubber. a) the plastic phase comprises from about 25 parts to about 95 parts by weight, based on 100 parts by weight of the plastic and rubber phases, of a thermoplastic polyurethane with the hard segments having a melting point of about 130°C to about 240°C; and b) the rubber phase comprises from about 75 parts to about 5 parts, by weight based on 100 parts by weight of the plastic and rubber phases, of the rubber which is a carboxylic acid cure site and/or chlorine cure site functional acrylate rubber, or an anhydride cure site functional acrylate rubber; and c) crosslinks between reactive groups in the acrylate rubber.
A composition for use in the treatment of senile arthritis and osteoarthrosis, where the composition comprises drone brood and calcium compounds, wherein the calcium compound is one from the following group of compounds or any combination of them: calcium carbonate, calcium citrate, calcium gluconate, calcium aspartate, calcium ascorbate, calcium aminochelate, calcium fumarate, calcium succinate, and calcium phosphate.
A data transmitting apparatus characterised by : a packet generation unit for generating a metadata packet for 3D multi-channel audio data; and a transmission unit for transmitting the generated metadata packet to a receiving apparatus ; and wherein the generated metadata packet comprises: an audio channel allocation standard type field that indicates a channel allocation standard type of the multi-channel audio data; and a 3D channel / speaker allocation field indicating a channel information of the multi-channel audio data and an allocation of speaker locations for the channel allocation standard type indicated in the audio channel allocation standard type field, the 3D channel / speaker allocation field being 1 byte, a channel count field indicating the number of the 3D multi-channel audio data, and the channel count field being 5 bits, and wherein the audio channel allocation standard type field indicates an audio channel allocation of one from among 10.2 channels, 22.2 channels and 30.2 channels. a packet generation unit for generating a metadata packet for 3D multi-channel audio data; and a transmission unit for transmitting the generated metadata packet to a receiving apparatus ; and wherein the generated metadata packet comprises: an audio channel allocation standard type field that indicates a channel allocation standard type of the multi-channel audio data; and a 3D channel / speaker allocation field indicating a channel information of the multi-channel audio data and an allocation of speaker locations for the channel allocation standard type indicated in the audio channel allocation standard type field, the 3D channel / speaker allocation field being 1 byte, a channel count field indicating the number of the 3D multi-channel audio data, and the channel count field being 5 bits, and an audio channel allocation standard type field that indicates a channel allocation standard type of the multi-channel audio data; and a 3D channel / speaker allocation field indicating a channel information of the multi-channel audio data and an allocation of speaker locations for the channel allocation standard type indicated in the audio channel allocation standard type field, the 3D channel / speaker allocation field being 1 byte, a channel count field indicating the number of the 3D multi-channel audio data, and the channel count field being 5 bits, and wherein the audio channel allocation standard type field indicates an audio channel allocation of one from among 10.2 channels, 22.2 channels and 30.2 channels.
A multi-functional device configured to provide different operational capabilities and to establish a short-range wireless communication connection with a mobile device of a user when the mobile device is within a short-range wireless communication range of the multi-functional device, the multi-functional device comprising: a recognition unit configured to obtain a user profile from the mobile device via the short-range wireless communication connection between the mobile device and the multi-functional device ; a retrieving unit configured to retrieve a stored usage history associated with the user profile; and a configuration unit configured to temporarily configure operational settings for the multi-functional device based on the usage history, characterized in that the multi-functional device is configured to restore default operational settings for the multi-functional device when the mobile device moves away from the short-range wireless communication range of the multi-functional device and the short-range wireless communication connection between the mobile device and the multi-functional device is interrupted. a recognition unit configured to obtain a user profile from the mobile device via the short-range wireless communication connection between the mobile device and the multi-functional device ; a retrieving unit configured to retrieve a stored usage history associated with the user profile; and a configuration unit configured to temporarily configure operational settings for the multi-functional device based on the usage history, characterized in that the multi-functional device is configured to restore default operational settings for the multi-functional device when the mobile device moves away from the short-range wireless communication range of the multi-functional device and the short-range wireless communication connection between the mobile device and the multi-functional device is interrupted.
Method for manufacturing one or more olefins, wherein a reaction feed containing one or more paraffins is formed and wherein part of the paraffin or paraffins contained in the reaction feed is reacted by oxidative dehydrogenation to give the olefin or olefins, yielding a process gas, wherein the process gas contains at least the olefin or olefins, the unreacted paraffin or paraffins, oxygen and carbon monoxide, and wherein at least part of the process gas is subjected to cryogenic separation in which one or more gas fractions are formed at an operating pressure level which are enriched in oxygen and carbon monoxide with respect to the process gas, characterized in that in the cryogenic separation one or more containers and/or one or more lines are used, in the formation and/or for guiding the or at least one of the gas fractions, with a burst pressure which corresponds to at least ten times the operating pressure level, and in that the or at least one of the containers is connected to one or more heat exchangers via the or at least one of the lines, wherein a total length of the or the at least one line between the or the at least one container and the heat exchanger or heat exchangers is not more than fifty times its inner diameter.
A bicycle wheel having: a wheel frame being a hollow and annular frame and having multiple equally sized wheel bars disassembled by a modular concept, and each one of the equally sized wheel bars having two halves connected to each other to form the wheel bar , and each one of the two halves being made by laminating, heating and forming a prepreg according to the mechanical properties, dimensions, and thickness requirements of the bicycle wheel by determining the number of laminated layers of the prepreg and the orientation of fiber angles of each layer of the prepreg and the design of the modular molds ; wherein the equally sized wheel bars are connected to each other to form the bicycle wheel , characterised in that the prepreg is a thermoplastic prepreg. a wheel frame being a hollow and annular frame and having multiple equally sized wheel bars disassembled by a modular concept, and each one of the equally sized wheel bars having two halves connected to each other to form the wheel bar , and each one of the two halves being made by laminating, heating and forming a prepreg according to the mechanical properties, dimensions, and thickness requirements of the bicycle wheel by determining the number of laminated layers of the prepreg and the orientation of fiber angles of each layer of the prepreg and the design of the modular molds ; wherein the equally sized wheel bars are connected to each other to form the bicycle wheel , characterised in that the prepreg is a thermoplastic prepreg.
An article, comprising: a structure having an outer surface extending along a longitudinal axis, at least a bottom portion of a cross section of the outer surface being convex; and fluid control channels extending along a channel longitudinal axis along at least a portion the convex surface, the channel longitudinal axis making an angle between 5 and 30 degrees with respect to the longitudinal axis of the outer surface, the fluid control channels configured to allow capillary movement of liquid in the channels and across the convex surface. a structure having an outer surface extending along a longitudinal axis, at least a bottom portion of a cross section of the outer surface being convex; and fluid control channels extending along a channel longitudinal axis along at least a portion the convex surface, the channel longitudinal axis making an angle between 5 and 30 degrees with respect to the longitudinal axis of the outer surface, the fluid control channels configured to allow capillary movement of liquid in the channels and across the convex surface.
Control method for a device for providing compressed air pulses for an ophthalmological instrument , wherein a pressure system is acted on with pressure by means of a compressed air generator and wherein a valve of the pressure system is activated by a control device by means of a control signal in order to produce the compressed air pulses, wherein using a pressure sensor the applied system pressure is measured and wherein at least for the production of compressed air pulse rates of a specific value range the control signal is produced by the control device taking into account the measurement value of the system pressure, characterised in that , for small compressed air pulse rates of less than 500 compressed air pulses per minute, the control signal predetermines an opening time of the valve , in that , for mean compressed air pulse rates of 500 and 1500 compressed air pulses per minute, the control signal predetermines a fixed ratio between the opening time and the closing time of the valve , and in that , for high compressed air pulse rates of more than 1500 compressed air pulses per minute, the control signal 6 is determined by the control device in accordance with the measurement value of the system pressure.
A method for playing content of a user on a mobile handset , comprising: providing one or more pieces of content being stored in a content store of a computing device on the mobile handset ; and performing content operations using a link aware application on the mobile handset , wherein the link aware application performs certain content operations depending on a particular available and accessible link by which the mobile handset is connected to the computing device ; and wherein the content operations using the link aware application include, when the mobile handset has access to the particular available and accessible link: disabling a prefetch of content; requesting a piece of content not stored on the mobile handset and downloading the piece of content to be played; and requesting a next piece of content not stored on the mobile handset to be played and downloading the next piece of content. providing one or more pieces of content being stored in a content store of a computing device on the mobile handset ; and performing content operations using a link aware application on the mobile handset , wherein the link aware application performs certain content operations depending on a particular available and accessible link by which the mobile handset is connected to the computing device ; and wherein the content operations using the link aware application include, when the mobile handset has access to the particular available and accessible link: disabling a prefetch of content; requesting a piece of content not stored on the mobile handset and downloading the piece of content to be played; and requesting a next piece of content not stored on the mobile handset to be played and downloading the next piece of content. disabling a prefetch of content; requesting a piece of content not stored on the mobile handset and downloading the piece of content to be played; and requesting a next piece of content not stored on the mobile handset to be played and downloading the next piece of content.
An orthopaedic apparatus for the treatment of arthrofibrosis of the knee, comprising: a base for supporting a foot of a user of the apparatus , said base having first and second opposing ends ; and first connection means ; characterised in that said first connection means is adjacent said second end for enabling connection of said base to a leg of a chair thereby to restrict movement of the base relative to said chair; and the apparatus is further characterised by : abutment means movable between said first and second ends on said base , said abutment means being adapted for abutting the toes of said foot of said user thereby to restrict movement of said foot towards said first end of said base when placed between said abutment means and said second end of said base ; and clamping means engageable with said abutment means (20 for releasably clamping said abutment means in position on said base thereby to enable a knee of said user seated on the chair to be maintained in flexion.
A system comprising: a beamforming-sensor for transmitting and receiving directional beamforming signals, the beamforming-sensor configured to acquire sensor-data representative of swath in an agricultural field , wherein: the beamforming-sensor comprises a plurality of antennas/microphones in an antenna/microphone array; and the beamforming-sensor is configured to phase-shift signals received at the plurality of antennas/microphones with respect to each other such that overall they constructively combine in a particular direction; and a controller configured to determine foreign-object-indicator data representative of foreign objects within the swath based on the sensor-data , when the sensor-data is not correlated with swath-profile-data or ground-profile-data. the beamforming-sensor comprises a plurality of antennas/microphones in an antenna/microphone array; and the beamforming-sensor is configured to phase-shift signals received at the plurality of antennas/microphones with respect to each other such that overall they constructively combine in a particular direction; and a controller configured to determine foreign-object-indicator data representative of foreign objects within the swath based on the sensor-data , when the sensor-data is not correlated with swath-profile-data or ground-profile-data.
A static cone penetration combined type geochemical microelectrode probe system, characterized by comprising a base and a static cone penetration test probe and at least one microelectrode that are disposed on the base ; the static cone penetration test probe is disposed in the center of the base ; at least one microelectrode is arranged around the static cone penetration test probe ; and the length of the conical tip of the static cone penetration test probe is 4-8cm greater than the conical tip length of the microelectrode .
Transmit coil assembly configured to transmit two different alternating magnetic fields having different frequencies, said assembly comprising: a first transmit coil set configured to resonate within a first frequency range; a second transmit coil set configured to resonate within a second frequency range which is outside the first frequency range and at least ten times higher or lower than the first frequency range; a ferrite element ; a housing formed of a conductive material in which the first transmit coil set , the second transmit coil set , and the ferrite element are disposed, wherein the ferrite element is disposed intermediate the first transmit coil set and the housing and is configured to provide magnetic shielding substantially for the first transmit coil set ; and a spacer element disposed intermediate the second transmit coil set and the housing , wherein the spacer element is formed of a dielectric material and wherein the housing provides magnetic shielding substantially for the second transmit coil set , characterized in that the first coil set is spaced less than 1 millimeter from the housing , wherein the second transmit coil set is spaced at least 3 millimeters from the housing . a first transmit coil set configured to resonate within a first frequency range; a second transmit coil set configured to resonate within a second frequency range which is outside the first frequency range and at least ten times higher or lower than the first frequency range; a ferrite element ; a housing formed of a conductive material in which the first transmit coil set , the second transmit coil set , and the ferrite element are disposed, wherein the ferrite element is disposed intermediate the first transmit coil set and the housing and is configured to provide magnetic shielding substantially for the first transmit coil set ; and a spacer element disposed intermediate the second transmit coil set and the housing , wherein the spacer element is formed of a dielectric material and wherein the housing provides magnetic shielding substantially for the second transmit coil set , characterized in that the first coil set is spaced less than 1 millimeter from the housing , wherein the second transmit coil set is spaced at least 3 millimeters from the housing .
Electric pedelec bottom bracket drive for a bicycle , having a drive unit with a supporting electric drive motor in a drive unit housing to which a housing temperature sensor is thermally associated, and a drive controller supplying electrical drive energy to the drive motor , the drive controller having a housing temperature control module which is connected to the housing temperature sensor and which controls the electrical drive energy (E) in such a way that a housing limit temperature (Tmax) is not exceeded, characterised in that an ambient temperature detector is provided outside the drive unit housing , which detects the air temperature (Tair) outside the drive unit housing and which is connected to the housing temperature control module , and the housing temperature control module limits the maximum electrical drive energy (Emax) as a function of the air temperature (Tair) when the housing temperature (Th) signalized by the housing temperature detector is above a control intervention limit temperature (Tr) which is below the housing limit temperature (Tmax).
A system for seed orientation comprising: a seed disk capable of rotation; a vision system in proximity to the seed disk , the vision system configured to determine seed orientation data for a seed on the seed disk ; and the seed disk having at least one singulator configured to adjust an orientation of the seed to a desired seed orientation for placement within a furrow during planting; wherein the at least one singulator is configured to adjust the orientation of the seed to have a longitudinal axis of the seed being aligned in a particular orientation with respect to the seed disk , and wherein the at least one singulator is configured to adjust the orientation of seed to the desired seed orientation based on the seed orientation data of the vision system .