mhurhangee/ep-ind-claims huggingface dataset:
A vehicle lamp, comprising: a plurality of optical modules each emitting light and spaced apart from each other, wherein the plurality of optical modules includes at least one first optical module and at least one second optical module, and wherein a main lens of the first optical module and a main lens of the second optical module are formed of different types of lenses; and a mixing lens arranged in front of the plurality of optical modules and mixing the light emitted from each of the plurality of optical modules to form a light emitting image as a surface light source, wherein the mixing lens is curved backward from an in-board side along an out-board side, characterized in that the first optical module is arranged on the in-board side, and the second optical module is arranged on the out-board side, and the main lens of the first optical module is a concave lens, and the main lens of the second optical module is a convex lens. a plurality of optical modules each emitting light and spaced apart from each other, wherein the plurality of optical modules includes at least one first optical module and at least one second optical module, and wherein a main lens of the first optical module and a main lens of the second optical module are formed of different types of lenses; and a mixing lens arranged in front of the plurality of optical modules and mixing the light emitted from each of the plurality of optical modules to form a light emitting image as a surface light source, wherein the mixing lens is curved backward from an in-board side along an out-board side, characterized in that the first optical module is arranged on the in-board side, and the second optical module is arranged on the out-board side, and the main lens of the first optical module is a concave lens, and the main lens of the second optical module is a convex lens. the first optical module is arranged on the in-board side, and the second optical module is arranged on the out-board side, and the main lens of the first optical module is a concave lens, and the main lens of the second optical module is a convex lens.
A method for sending data, comprising: transmitting data bit 1 by a first periodic wave with a period T1 and transmitting data bit 0 by a second periodic wave with a period T2, T1 being unequal to T2, wherein the second periodic wave is other than the first periodic wave; and sending continuously a corresponding periodic wave according to a bit sequence of data to be sent, wherein the bit sequence of the data to be sent comprises successively a synchronous head, a character to be transmitted and a synchronous tail; the synchronous head has M bits and M is greater than or equal to 2, and bit values of the M bits of the synchronous head are the same; the synchronous tail has N bits and N is greater than or equal to 2, and bit values of the N bits of the synchronous tail are the same. transmitting data bit 1 by a first periodic wave with a period T1 and transmitting data bit 0 by a second periodic wave with a period T2, T1 being unequal to T2, wherein the second periodic wave is other than the first periodic wave; and sending continuously a corresponding periodic wave according to a bit sequence of data to be sent, wherein the bit sequence of the data to be sent comprises successively a synchronous head, a character to be transmitted and a synchronous tail; the synchronous head has M bits and M is greater than or equal to 2, and bit values of the M bits of the synchronous head are the same; the synchronous tail has N bits and N is greater than or equal to 2, and bit values of the N bits of the synchronous tail are the same.
Propeller with working pitch that can be regulated automatically (self-adjusting) to change from a first position defined as feathered position to a second position defined as working position, said propeller comprising a central body and a plurality of rotatable blades projecting from said central body, said central body internally housing a hub of a drive shaft which is arranged coaxial with said hub, said central body further internally housing a device for transforming the rotary motion of said hub or of said drive shaft into the rotary motion of said at least one blade around its axis with respect to said central body of said propeller said transformation device being coupled to at least one of said blades and to said hub or to said drive shaft, characterised in that said transformation device is a kinematic mechanism of the "Scotch yoke" type and comprises a sleeve mounted coaxially on said hub in a longitudinally sliding manner, provided with surfaces arranged transversely to the longitudinal axis of the hub, on each of said transverse surfaces a respective slot being formed, engaged by a respective pin of a crank element integral with the respective blade, said sleeve being further provided with cuspid-shape protrusions which extend parallel to the longitudinal axis of said hub as cuspid teeth, each of said protrusions having two inclined edges, said inclined edges of each protrusion of said sleeve being suitable to slide, when said hub rotates, on corresponding inclined edges of a corresponding protrusion provided on said hub, in such a way as to generate a linear sliding of said sleeve and a consequent movement of said pins in the corresponding slots so as to cause rotation of said crank elements of said blades and simultaneously rotation of said blades around their axis, said transformation device also providing a pre-compressed elastic element suitable for ensuring the return of said sliding sleeve into the feathered position.
Automated method for data access to a device by an external client, whereby the device communicates with an internal communication network and the external client communicates with an external communication network, comprising the steps of: - by the external client sending a communication access request for the device to a software implemented application access point, which is set up to check and authorize or reject access requests from external clients to devices, the method being characterised in that it comprises: - by the application access point configuring a corresponding software implemented connector, so that the connector is acting as an endpoint for a communication tunnel to the device, - by the application access point configuring a corresponding software implemented policy decision point as an interface to the external network for arriving of application data traffic of the external client, whereby the policy decision point is set up to validated accept and forward the access request of the external client to the connector, and - accessing the device via the communication tunnel by the external client. - by the external client sending a communication access request for the device to a software implemented application access point, which is set up to check and authorize or reject access requests from external clients to devices, the method being characterised in that it comprises: - by the application access point configuring a corresponding software implemented connector, so that the connector is acting as an endpoint for a communication tunnel to the device, - by the application access point configuring a corresponding software implemented policy decision point as an interface to the external network for arriving of application data traffic of the external client, whereby the policy decision point is set up to validated accept and forward the access request of the external client to the connector, and - accessing the device via the communication tunnel by the external client. - by the application access point configuring a corresponding software implemented connector, so that the connector is acting as an endpoint for a communication tunnel to the device, - by the application access point configuring a corresponding software implemented policy decision point as an interface to the external network for arriving of application data traffic of the external client, whereby the policy decision point is set up to validated accept and forward the access request of the external client to the connector, and - accessing the device via the communication tunnel by the external client.
Safety apparatus to trace, control and monitor the administration of medical substances, comprising: - a container of a medical substance; - a containing body with a compartment in which to put said container, a lid to selectively close said compartment, a lock associated with said containing body and with said lid and able to be selectively activated/deactivated to prevent or allow the opening of said lid; characterized in that it comprises: - a first identification element associated directly with said container of the medical substance; - a wearable element associable with a patient and provided with a second identification element; - a reading device configured to read data of said first identification element and said second identification element, to compare said data, and to command the selective opening of said lock, said reading device being solidly associated with said containing body and being connected to said lock. - a container of a medical substance; - a containing body with a compartment in which to put said container, a lid to selectively close said compartment, a lock associated with said containing body and with said lid and able to be selectively activated/deactivated to prevent or allow the opening of said lid; - a first identification element associated directly with said container of the medical substance; - a wearable element associable with a patient and provided with a second identification element; - a reading device configured to read data of said first identification element and said second identification element, to compare said data, and to command the selective opening of said lock, said reading device being solidly associated with said containing body and being connected to said lock.
A fluid dispensing assembly adapted to dispense fluid from a container (12, 14), comprising: a manifold configured for receiving the container, a piercing member slidably coupled with the manifold, and a nozzle configured to be attached with the manifold, and to engage the piercing member and move the piercing member into piercing engagement with the container, wherein the manifold includes a neck and a cap section (42, 44), the cap section (42, 44) being configured for being coupled with the container (12, 14), the neck including a passageway (58, 60) in communication with the cap section (42, 44), and characterised in that the piercing member includes a body having a head and a leg portion (74, 76) slidably received in the passageway (58, 60) of the neck, the nozzle being configured to engage the head of the piercing member, the leg portion (74, 76) extending from the head and including a tubular section (100, 114) defined by a semi-cylindrical outer wall (102, 116) and a base wall (104, 118) and two planar extension sections (108, 122) that extend from the tubular section (100, 114) and terminate in piercing tips (110, 124) configured to engage and pierce the container (12, 14). a manifold configured for receiving the container, a piercing member slidably coupled with the manifold, and a nozzle configured to be attached with the manifold, and to engage the piercing member and move the piercing member into piercing engagement with the container,
An electro-optical distance measuring device comprising a laser driver for a laser diode for emitting laser light pulses comprising: • a laser diode voltage supply (11, 31) with a voltage regulator being adapted for reducing a system voltage to a voltage below a laser threshold voltage of the laser diode, • an inductive component in a supply path of the laser diode, in particular connected to the laser diode, especially in the circuit between the voltage supply (11, 31) and the laser diode, and • an electronic switching element, in particular in parallel with the laser diode, which electronic switching element is arranged interactively in such a way that □ in a first switching position of the switching element, a current flow through the inductive component can be produced, and □ in a second switching position of the switching element, the current flow can be conducted through the laser diode, wherein, by changing from the first to the second switching position, one of the laser light pulses can be emitted and, in the steady-state first and the steady-state second switching positions, no laser light can be emitted. • a laser diode voltage supply (11, 31) with a voltage regulator being adapted for reducing a system voltage to a voltage below a laser threshold voltage of the laser diode, • an inductive component in a supply path of the laser diode, in particular connected to the laser diode, especially in the circuit between the voltage supply (11, 31) and the laser diode, and • an electronic switching element, in particular in parallel with the laser diode, which electronic switching element is arranged interactively in such a way that □ in a first switching position of the switching element, a current flow through the inductive component can be produced, and □ in a second switching position of the switching element, the current flow can be conducted through the laser diode, □ in a first switching position of the switching element, a current flow through the inductive component can be produced, and □ in a second switching position of the switching element, the current flow can be conducted through the laser diode,
Arrangement for the contact-less generation of defined mechanical, electrical and magnetic impulses having at least one primary magnet which can be moved by a first actuator (21, 22, 23, 24), at least one secondary magnet, which can be moved by the primary magnet in a housing, being located in the magnetic field of the primary magnet, wherein - a supporting structure (28, 29, 36) is present in the housing, with the secondary magnet being arranged in the supporting structure (28, 29, 36), - at least one magnetic actuator (42, 43) is assigned to the secondary magnet, which magnetic actuator (42, 43) has a deflective effect on the secondary magnet and influences a resulting magnetic field of primary magnets and secondary magnets, so that movement impulses of the secondary magnet are triggered. - a supporting structure (28, 29, 36) is present in the housing, with the secondary magnet being arranged in the supporting structure (28, 29, 36), - at least one magnetic actuator (42, 43) is assigned to the secondary magnet, which magnetic actuator (42, 43) has a deflective effect on the secondary magnet and influences a resulting magnetic field of primary magnets and secondary magnets, so that movement impulses of the secondary magnet are triggered.
A method for producing a purified N-terminal derivative of a protein or peptide in which (i) an activated polysaccharide that is a polysialic acid is reacted at the amine group of the N-terminus of a protein or peptide in aqueous acidic solution at a pH in the range of 3 to 6.5 to produce an N-terminal derivative and (ii) the resultant N-terminal derivative is purified in aqueous solution having pH higher than in step (i) and in the range of 6.5 to 9.5.
A pharmaceutical composition for use in the alleviation or/and treatment of a viral disease, wherein the pharmaceutical composition consists of phillyrin, phillygeninin and a pharmaceutically acceptable carrier and the ratio of phillyrin to phillygeninin in parts by weight is 80-98:2-20.
A power transmitter for transferring power to a power receiver using a wireless inductive power signal, the power transmitter comprising: an inductor for providing the power signal; a power signal generator for driving the inductor to provide the power signal; a receiver for receiving data messages from the power receiver; a transmitter for transmitting data to the power receiver by modulating the power signal with a message; characterized in that: the data messages from the power receiver are communicated by load modulation of the power signal in repeating load modulation intervals, the repeating load modulation intervals being separated by intervening time intervals, and the transmitter is arranged to modulate a single bit of the message across a plurality of the intervening time intervals in accordance with a predetermined modulation pattern, the modulation pattern defining modulation deviations to apply to the power signal in each of the plurality of intervening time intervals. an inductor for providing the power signal; a power signal generator for driving the inductor to provide the power signal; a receiver for receiving data messages from the power receiver; a transmitter for transmitting data to the power receiver by modulating the power signal with a message; characterized in that: the data messages from the power receiver are communicated by load modulation of the power signal in repeating load modulation intervals, the repeating load modulation intervals being separated by intervening time intervals, and the transmitter is arranged to modulate a single bit of the message across a plurality of the intervening time intervals in accordance with a predetermined modulation pattern, the modulation pattern defining modulation deviations to apply to the power signal in each of the plurality of intervening time intervals. the data messages from the power receiver are communicated by load modulation of the power signal in repeating load modulation intervals, the repeating load modulation intervals being separated by intervening time intervals, and the transmitter is arranged to modulate a single bit of the message across a plurality of the intervening time intervals in accordance with a predetermined modulation pattern, the modulation pattern defining modulation deviations to apply to the power signal in each of the plurality of intervening time intervals.
An apparatus comprising a carrier member and a transfer assembly, the carrier member configured to convey one or more webs (124, 126) and to receive a discrete absorbent article from -the transfer assembly, wherein the transfer assembly comprises a transfer member having a substantially flat transfer surface, and wherein the transfer surface is configured to engage the discrete article, the carrier member comprising a cylindrical roll, wherein the surface is a radial outer surface, and wherein a resilient member is positioned on the radial outer surface; wherein the resilient member comprises a central raised portion and a flange portion; wherein the resilient member has an inner surface having a plurality of indentations and a grid-like framework defined therein; and wherein a gap is formed intermediate a portion of the radial outer surface of the cylindrical roll and a portion of the inner surface of the resilient member.
An antenna array platform comprising; - at least one bottom plate, - at least one box located on the bottom plate, - at least one lid covering the upper part of the box, - angling holes made in a side of the box so that they correspond to certain angle values, - at least one plate that provides support so that the box stays at a required position, - at least one screw entering the angling hole positioned on at least one side of the plate and that corresponds to a required angle, providing the plate to stay fixed and characterized by - a number of antenna slots made in the lid, wherein the number of antenna slots is equal to the number of antennas to be used in the antenna array platform, and wherein distances between the antenna slots are different and longer than the half of wavelength of the antennas. - at least one bottom plate, - at least one box located on the bottom plate, - at least one lid covering the upper part of the box, - angling holes made in a side of the box so that they correspond to certain angle values, - at least one plate that provides support so that the box stays at a required position, - at least one screw entering the angling hole positioned on at least one side of the plate and that corresponds to a required angle, providing the plate to stay fixed - a number of antenna slots made in the lid, wherein the number of antenna slots is equal to the number of antennas to be used in the antenna array platform, and wherein distances between the antenna slots are different and longer than the half of wavelength of the antennas.
An apparatus comprising a storage tank configured to store liquefied gas therein; a liquid piston compressor disposed downstream of, and in fluid communication with, the storage tank and configured to receive boil-off gas from the storage tank and to compress the gas; and a gas-fed device disposed downstream of, and in fluid communication with, the liquid piston compressor, wherein the gas-fed device is configured to receive compressed gas from the liquid piston compressor; wherein the liquid piston compressor comprises a liquid piston multistage compressor comprising a plurality of compressor stages (18; 20; 22; 24) connected in series, each compressor stage (18; 20; 22; 24) comprises a chamber, each chamber comprises a solid dummy piston configured to separate a driving liquid and the boil-off gas, and an amount of an additional liquid configured to provide a seal between a peripheral surface of the dummy piston and an inner surface of the chamber; wherein the apparatus comprises liquid separation means configured to separate boil-off gas and the driving liquid, and wherein the liquid separation means is disposed downstream of, and in fluid communication with, the liquid piston compressor and upstream of, and in fluid communication with, the gas-fed device. a liquid piston compressor disposed downstream of, and in fluid communication with, the storage tank and configured to receive boil-off gas from the storage tank and to compress the gas; and a gas-fed device disposed downstream of, and in fluid communication with, the liquid piston compressor, wherein the gas-fed device is configured to receive compressed gas from the liquid piston compressor; wherein the liquid piston compressor comprises a liquid piston multistage compressor comprising a plurality of compressor stages (18; 20; 22; 24) connected in series, each compressor stage (18; 20; 22; 24) comprises a chamber, each chamber comprises a solid dummy piston configured to separate a driving liquid and the boil-off gas, and an amount of an additional liquid configured to provide a seal between a peripheral surface of the dummy piston and an inner surface of the chamber; wherein the apparatus comprises liquid separation means configured to separate boil-off gas and the driving liquid, and wherein the liquid separation means is disposed downstream of, and in fluid communication with, the liquid piston compressor and upstream of, and in fluid communication with, the gas-fed device.