mhurhangee/patent-ind-claim-en huggingface dataset:
A processor-implemented method for remotely controlling a target device , the method being performed at a remote control device and comprising: capturing a touch based action performed by a user on a transparent touch screen of the remote control device ; determining the target device from a plurality of remotely controllable devices in the vicinity of the remote control device or in the field of view of the remote control device; determining an intent of the user with respect to the target device based on the touch based action; and controlling the target device based on the intent by transmitting a control signal to the target device, characterised in that determining the intent of the user is based on the user touching and acting on the view of a knob or a hard button of the target device seen through the transparent touch screen. capturing a touch based action performed by a user on a transparent touch screen of the remote control device ; determining the target device from a plurality of remotely controllable devices in the vicinity of the remote control device or in the field of view of the remote control device; determining an intent of the user with respect to the target device based on the touch based action; and controlling the target device based on the intent by transmitting a control signal to the target device, characterised in that determining the intent of the user is based on the user touching and acting on the view of a knob or a hard button of the target device seen through the transparent touch screen.
System for transmitting electrical power between a first alternating voltage network and a second alternating voltage network , with an unregulated rectifier and a self-commutated converter which is connectable to the second alternating voltage network and connected to the unregulated rectifier via a direct voltage link , wherein the unregulated rectifier is connectable to the first alternating voltage network on the alternating voltage side, characterized by a network generation device which is connectable to the first alternating voltage network , which is provided for the generation of an alternating voltage in the first alternating voltage network , wherein the network generation device is set up for the exchange of reactive power and active power with the first alternating voltage network , wherein the self-commutated converter is set up to regulate the network frequency in the first alternating voltage network by changing a voltage at the direct voltage terminal of said self-commutated converter, wherein the network generation device comprises a static-synchronous-compensator (STATCOM) device, wherein the STATCOM device is formed as a modular multi-stage converter with distributed storage capacitors.
A control device for a hybrid vehicle, comprising: an engine ; a motor ; a first clutch interposed between the engine and the motor to be engaged when starting the engine using the motor as a starter motor; a second clutch interposed between the motor and drive wheels to be slip-engaged when starting the engine ; characterised in that it comprises a cranking start permission control mechanism (S101-S106) to withhold the start of the engine cranking until the slip polarity of the second clutch becomes positive, when the engine start request is made in response to drive force request associated with increase in an accelerator opening and the slip polarity of the second clutch is negative. an engine ; a motor ; a first clutch interposed between the engine and the motor to be engaged when starting the engine using the motor as a starter motor; a second clutch interposed between the motor and drive wheels to be slip-engaged when starting the engine ; characterised in that it comprises a cranking start permission control mechanism (S101-S106) to withhold the start of the engine cranking until the slip polarity of the second clutch becomes positive, when the engine start request is made in response to drive force request associated with increase in an accelerator opening and the slip polarity of the second clutch is negative.
A method for stripping metal deposited on a cathode plate , wherein the cathode plate has a first sheet of metal deposited on a first side and a second sheet of metal deposited on a second side, with a bridge of metal formed at a lower edge of the cathode plate interconnecting the first sheet of metal with the second sheet of metal , the method comprising: moving a first stripping apparatus with a first robotic arm to separate the first sheet of metal from the first side of the cathode plate , moving a second stripping apparatus with a second robotic arm to separate the second sheet of metal from the second side of the cathode plate , wherein the first sheet of metal and second sheet of metal remain interconnected by the bridge of metal at the lower edge, gripping the cathode plate with a first gripping apparatus , the first gripping apparatus being associated with the first robotic arm , and operating the first robotic arm to remove the cathode plate from a stripping station and place the cathode plate into a storage region or a transport region, and gripping one or both of the first sheet of metal and second sheet of metal using a second gripping apparatus associated with the second robotic arm, and operating the second robotic arm to move the first sheet of metal and the second sheet of metal to a metal storage region or a metal transport region. moving a first stripping apparatus with a first robotic arm to separate the first sheet of metal from the first side of the cathode plate , moving a second stripping apparatus with a second robotic arm to separate the second sheet of metal from the second side of the cathode plate , wherein the first sheet of metal and second sheet of metal remain interconnected by the bridge of metal at the lower edge, gripping the cathode plate with a first gripping apparatus , the first gripping apparatus being associated with the first robotic arm , and operating the first robotic arm to remove the cathode plate from a stripping station and place the cathode plate into a storage region or a transport region, and gripping one or both of the first sheet of metal and second sheet of metal using a second gripping apparatus associated with the second robotic arm, and operating the second robotic arm to move the first sheet of metal and the second sheet of metal to a metal storage region or a metal transport region.
Arrangement for crushing legumes, in particular cocoa beans , and for separating shells and nibs of the legumes, with a housing arrangement which comprises at least one crusher arrangement and a wind sifter arrangement , wherein the wind sifter arrangement comprises at least one conveyor sieve arrangement that can be moved by means of a drive device and at least one suction device with at least one blower for sucking away shell parts of the legumes, characterized in that at least one image recording device is provided at least for detecting shells in the region of the wind sifter arrangement in such a way that it is possible to determine the volumetric quality of the separation, wherein a display device is provided which displays the volumetric quality of the separation, wherein the at least one image recording device is provided on the housing arrangement in the region of a shell extraction channel of the wind sifter arrangement in such a way that at least a partial region of a volume flow of the extracted shells can be detected.
A chipless patterned conductor, comprising: one or more glyphs , each glyph comprising: a disk ; a ring structure comprising a first ring and a second ring surrounding the disk, wherein one or more of a spacing (WG1, WG2) between the disk and the first and second rings and a width (WR1, WR2) of the first and second rings is configured to determine a characteristic resonant frequency of the glyph; and at least one notch in at least one of the disk and at least one ring of the ring structure, the at least one notch configured such that the magnitude of resonances in the glyph are dependent on polarization direction, characterized in that the second ring surrounds the first ring, the second ring configured to serve as a counter electrode for the first ring and the disk. a disk ; a ring structure comprising a first ring and a second ring surrounding the disk, wherein one or more of a spacing (WG1, WG2) between the disk and the first and second rings and a width (WR1, WR2) of the first and second rings is configured to determine a characteristic resonant frequency of the glyph; and at least one notch in at least one of the disk and at least one ring of the ring structure, the at least one notch configured such that the magnitude of resonances in the glyph are dependent on polarization direction, characterized in that the second ring surrounds the first ring, the second ring configured to serve as a counter electrode for the first ring and the disk.
A rail vehicle , comprising a front apron and at least one pilot , which is disposed in front of the first wheelset , in the direction of travel, on the bogie frame of the rail vehicle, characterized in that in addition to the pilot , another protective device is provided, the protective device comprising vertically or angularly movable, retractable and extendable pilot pistons , which are disposed along the lower contour of the front apron facing the travel track beneath the car body of the rail vehicle , the pilot pistons of the protective device each being guided and supported by a guide tube surrounding the pistons, and not extending beyond the lower edge of the pilot facing the the travel track when retracted.
A system for attenuating acoustic energy, comprising: an inner tube comprising an inner tube annular wall disposed about a central axis and defining an annular passageway, wherein the inner tube annular wall defines one or more apertures or openings ; an outer tube comprising an outer tube annular wall disposed about the inner tube and the central axis ; a middle tube comprising a middle tube annular wall disposed about the central axis and between the inner tube annular wall and the outer tube annular wall ; at least one first annular ring extending radially from the outer tube annular wall to the middle tube annular wall and configured to couple the outer tube annular wall to the middle tube annular wall ; and at least one second annular ring extending radially from the inner tube annular wall to the outer tube annular wall and configured to couple the inner tube annular wall to the outer tube annular wall , wherein an acoustic resonator is formed by the at least one first annular ring , the at least one second annular ring , a portion of the inner tube annular wall , a portion of the outer tube annular wall , and a portion of the middle tube annular wall , wherein the inner tube annular wall defines at least one opening configured to enable the acoustic energy to enter the acoustic resonator via a neck formed between the inner tube annular wall and the middle tube annular wall , wherein a width of the neck between the inner tube annular wall and the middle tube annular wall is less than approximately ten percent of a diameter of the at least one second annular ring . an inner tube comprising an inner tube annular wall disposed about a central axis and defining an annular passageway, wherein the inner tube annular wall defines one or more apertures or openings ; an outer tube comprising an outer tube annular wall disposed about the inner tube and the central axis ; a middle tube comprising a middle tube annular wall disposed about the central axis and between the inner tube annular wall and the outer tube annular wall ; at least one first annular ring extending radially from the outer tube annular wall to the middle tube annular wall and configured to couple the outer tube annular wall to the middle tube annular wall ; and at least one second annular ring extending radially from the inner tube annular wall to the outer tube annular wall and configured to couple the inner tube annular wall to the outer tube annular wall , wherein an acoustic resonator is formed by the at least one first annular ring , the at least one second annular ring , a portion of the inner tube annular wall , a portion of the outer tube annular wall , and a portion of the middle tube annular wall , wherein the inner tube annular wall defines at least one opening configured to enable the acoustic energy to enter the acoustic resonator via a neck formed between the inner tube annular wall and the middle tube annular wall , wherein a width of the neck between the inner tube annular wall and the middle tube annular wall is less than approximately ten percent of a diameter of the at least one second annular ring .
Spout for a thin-walled flexible pouch, comprising a spout body and a cover , wherein - the spout body is made of a first plastic material, is internally hollow and comprises a tube which extends along a straight spout axis (X) and ends with a mouth for dispensing a product contained in the pouch, said tube having internally a thread , the spout body further comprises a connecting portion , wherein there is a welding rim, an intermediate portion , alongside the connecting portion and comprising an upper plate , and an end portion comprising said tube , wherein said tube extends from the upper plate to said mouth , characterised in that ; - the cover is made of a second material, softer than said first material, which externally coats, at least partially, said tube , so as to form a comfortable mouthpiece for the user; wherein the mouth is peripherally delimited by a spout edge in the form of a circular crown and said cover covers said spout edge . - the spout body is made of a first plastic material, is internally hollow and comprises a tube which extends along a straight spout axis (X) and ends with a mouth for dispensing a product contained in the pouch, said tube having internally a thread , the spout body further comprises a connecting portion , wherein there is a welding rim, an intermediate portion , alongside the connecting portion and comprising an upper plate , and an end portion comprising said tube , wherein said tube extends from the upper plate to said mouth , characterised in that ; - the cover is made of a second material, softer than said first material, which externally coats, at least partially, said tube , so as to form a comfortable mouthpiece for the user;
Abase station comprising: means for broadcasting system information, the system information including a first base value of a random access response window size, a second base value of a Medium Access Control, MAC, contention resolution timer, and multiplier factors corresponding to respective coverage enhancement levels; means for receiving a random access preamble, from a User Equipment, UE, which performs radio communication according to Narrow Band - Internet of Things, NB-IoT, corresponding to a coverage enhancement level that is determined by the UE according to Reference Signals Received Power, RSRP, measured by the UE ; means for controlling transmission of a random access response message based on duration of the random access response window size that is derived by multiplying the first base value of the random access response window size with a multiplier factor corresponding to the coverage enhancement level of the UE ; and means for controlling transmission of a MAC contention resolution message based on duration indicated by a timer value of the MAC contention resolution timer that is derived by multiplying the second base value of the MAC contention resolution timer with the multiplier factor corresponding to the coverage enhancement level. means for broadcasting system information, the system information including a first base value of a random access response window size, a second base value of a Medium Access Control, MAC, contention resolution timer, and multiplier factors corresponding to respective coverage enhancement levels; means for receiving a random access preamble, from a User Equipment, UE, which performs radio communication according to Narrow Band - Internet of Things, NB-IoT, corresponding to a coverage enhancement level that is determined by the UE according to Reference Signals Received Power, RSRP, measured by the UE ; means for controlling transmission of a random access response message based on duration of the random access response window size that is derived by multiplying the first base value of the random access response window size with a multiplier factor corresponding to the coverage enhancement level of the UE ; and means for controlling transmission of a MAC contention resolution message based on duration indicated by a timer value of the MAC contention resolution timer that is derived by multiplying the second base value of the MAC contention resolution timer with the multiplier factor corresponding to the coverage enhancement level.
An engineered regulatory T cell (Treg) comprising a T cell receptor (TCR), wherein the α chain of the TCR comprises three CDRs having the following amino acid sequences: CDR1α - TISGTDY (SEQ ID NO: 7) CDR2α - GLTSN (SEQ ID NO: 8) CDR3α - TVYGGATNKLIFGTGTLLAVQPNIQNPD (SEQ ID NO: 9); and wherein the β chain of the TCR comprises three CDRs having the following amino acid sequences: CDR1β - DFQATT (SEQ ID NO: 10) CDR2β - SNEGSKA (SEQ ID NO: 11) CDR3β - SARGGSYNSPLHFGNGTRLTVTE (SEQ ID NO: 12). CDR1α - TISGTDY (SEQ ID NO: 7) CDR2α - GLTSN (SEQ ID NO: 8) CDR3α - TVYGGATNKLIFGTGTLLAVQPNIQNPD (SEQ ID NO: 9); CDR1β - DFQATT (SEQ ID NO: 10) CDR2β - SNEGSKA (SEQ ID NO: 11) CDR3β - SARGGSYNSPLHFGNGTRLTVTE (SEQ ID NO: 12).
An apparatus for delivering therapeutic agent to an eye, wherein the apparatus comprises: (a) a body ; (b) a cannula extending distally from the body , wherein the cannula defines a longitudinal axis (LA) and includes a needle guide defining an internal lumen that includes a straight proximal portion corresponding to the longitudinal axis (LA) and a curved distal portion ; (c) a hollow needle , wherein the needle is slidably received in the internal lumen such that the needle is slidable relative to the cannula ; and (d) an actuation assembly , wherein the actuation assembly is operable to actuate the needle relative to the cannula to thereby drive a distal portion of the needle through the curved distal portion of the internal lumen along an exit axis that is obliquely oriented relative to the longitudinal axis of the cannula ; characterised in that : the cannula is sized and configured to be insertable between a choroid and a sclera of a patient's eye, and the cannula has a generally rectangular cross-section. (a) a body ; (b) a cannula extending distally from the body , wherein the cannula defines a longitudinal axis (LA) and includes a needle guide defining an internal lumen that includes a straight proximal portion corresponding to the longitudinal axis (LA) and a curved distal portion ; (c) a hollow needle , wherein the needle is slidably received in the internal lumen such that the needle is slidable relative to the cannula ; and (d) an actuation assembly , wherein the actuation assembly is operable to actuate the needle relative to the cannula to thereby drive a distal portion of the needle through the curved distal portion of the internal lumen along an exit axis that is obliquely oriented relative to the longitudinal axis of the cannula ; characterised in that : the cannula is sized and configured to be insertable between a choroid and a sclera of a patient's eye, and the cannula has a generally rectangular cross-section.
An expanding device , comprising: a first connection port (PD1) comprising a first power pin and a first data pin; a first luminescent element disposed near the first connection port (PD1) and configured to generate a first light; a sensor configured for sensing external light and to generate a detection signal; and a micro-controller configured for controlling brightness of the first light, the voltage level of the first power pin, and the voltage level of the first data pin, wherein said micro-controller is configured for receiving said detection signal, characterized in that said micro-controller is further configured to operate as follows: when the first data pin is transmitting data and the detection signal is higher than a first pre-determined value, the brightness of the first light is made to match a first brightness value, and otherwise, the brightness of the first light is made to match a second brightness value that is less than the first brightness value. a first connection port (PD1) comprising a first power pin and a first data pin; a first luminescent element disposed near the first connection port (PD1) and configured to generate a first light; a sensor configured for sensing external light and to generate a detection signal; and a micro-controller configured for controlling brightness of the first light, the voltage level of the first power pin, and the voltage level of the first data pin, wherein said micro-controller is configured for receiving said detection signal, characterized in that said micro-controller is further configured to operate as follows: when the first data pin is transmitting data and the detection signal is higher than a first pre-determined value, the brightness of the first light is made to match a first brightness value, and otherwise, the brightness of the first light is made to match a second brightness value that is less than the first brightness value.