mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula I, wherein R 1 and R 8 are independently hydrogen or C 1 - C 5 alkyl; R 2 is C 1 - C 5 alkyl; R 3 and R 5 are independently aryl, each optionally substituted with 0, 1, or multiple R 6; R 4 is hydrogen, R 6 is hydrogen, alkyl, aryl, acyl, halo, alkoxy, or heterocyclyl, each optionally substituted with 0,1 or multiple R 7; and R 7 is hydrogen, alkyl, aryl, acyl, halo, alkoxy, or heterocyclyl. wherein R 1 and R 8 are independently hydrogen or C 1 - C 5 alkyl; R 2 is C 1 - C 5 alkyl; R 3 and R 5 are independently aryl, each optionally substituted with 0, 1, or multiple R 6; R 4 is hydrogen, R 6 is hydrogen, alkyl, aryl, acyl, halo, alkoxy, or heterocyclyl, each optionally substituted with 0,1 or multiple R 7; and R 7 is hydrogen, alkyl, aryl, acyl, halo, alkoxy, or heterocyclyl.
A patient interface device, comprising: a shell defining a chamber within; a first interface port configured to be interfaced with a patient's eye, the first interface port being disposed at a first side of the shell and including an applanating lens for application to the patient's eye during a laser surgery procedure; a second interface port disposed at a second side of the shell and configured to be interfaced with a laser surgery apparatus (100, 200), wherein the device is configured to allow air to be evacuated from the chamber by the laser surgery apparatus via the second interface port; and a light guiding structure having at a first end thereof a light receiving interface, configured to receive light, and having at a second end thereof a light-emitting interface, wherein the light-emitting interface is disposed adjacent the applanating lens and configured to provide the light in a vicinity of the patient's eye when the applanating lens is applied to the patient's eye, wherein the first interface port includes a plurality of vacuum channels configured for the laser surgery apparatus to apply a vacuum to the applanating lens via the chamber. a shell defining a chamber within; a first interface port configured to be interfaced with a patient's eye, the first interface port being disposed at a first side of the shell and including an applanating lens for application to the patient's eye during a laser surgery procedure; a second interface port disposed at a second side of the shell and configured to be interfaced with a laser surgery apparatus (100, 200), wherein the device is configured to allow air to be evacuated from the chamber by the laser surgery apparatus via the second interface port; and a light guiding structure having at a first end thereof a light receiving interface, configured to receive light, and having at a second end thereof a light-emitting interface, wherein the light-emitting interface is disposed adjacent the applanating lens and configured to provide the light in a vicinity of the patient's eye when the applanating lens is applied to the patient's eye, wherein the first interface port includes a plurality of vacuum channels configured for the laser surgery apparatus to apply a vacuum to the applanating lens via the chamber.
Electronic assembly of the type comprising: - a drawer comprising sites (E1, E2, E3) for receiving electronic boards that can be removably inserted into the drawer; - a compartment comprising a drawer holder having an insertion opening at the front of the drawer holder and a connector holder at the rear of the drawer holder, the drawer being able to be removably inserted into the drawer holder from front to back, in a longitudinal direction; - a first part of a compartment connector associated with each site (E1, E2, E3) of board, fastened on the connector holder and provided to be plugged in with a second part of the compartment connector fastened on a board due to the insertion of the drawer equipped with the board into the drawer holder, characterized in that it comprises at least one electromagnetic protection screen provided to be adjacent to a first part of the compartment connector and able to produce an electrical connection between the drawer holder or the connector holder and a board arranged in the site associated with the first part of the compartment connector when the drawer is inserted into the compartment. - a drawer comprising sites (E1, E2, E3) for receiving electronic boards that can be removably inserted into the drawer; - a compartment comprising a drawer holder having an insertion opening at the front of the drawer holder and a connector holder at the rear of the drawer holder, the drawer being able to be removably inserted into the drawer holder from front to back, in a longitudinal direction; - a first part of a compartment connector associated with each site (E1, E2, E3) of board, fastened on the connector holder and provided to be plugged in with a second part of the compartment connector fastened on a board due to the insertion of the drawer equipped with the board into the drawer holder,
On-board network arrangement for a motor vehicle, - having a first on-board network, - having a second on-board network which is galvanically separated from the first on-board network and which can be switched between a rest state and an active state, - having a capacitive coupling element by means of which the first on-board network is coupled in a capacitive manner to the second on-board network for signal transmission, - having a signal production unit which is provided in the first on-board network and which cooperates with the coupling element and by means of which on the coupling element at the input side an activation signal can be provided to activate the second on-board network from the rest state, - having a signal receiving unit which is provided in the second on-board network and which cooperates with the coupling element in such a manner that, when the activation signal is provided at the output side on the coupling element, the second on-board network switches from the rest state into the active state. - having a first on-board network, - having a second on-board network which is galvanically separated from the first on-board network and which can be switched between a rest state and an active state, - having a capacitive coupling element by means of which the first on-board network is coupled in a capacitive manner to the second on-board network for signal transmission, - having a signal production unit which is provided in the first on-board network and which cooperates with the coupling element and by means of which on the coupling element at the input side an activation signal can be provided to activate the second on-board network from the rest state, - having a signal receiving unit which is provided in the second on-board network and which cooperates with the coupling element in such a manner that, when the activation signal is provided at the output side on the coupling element, the second on-board network switches from the rest state into the active state.
An electric hair trimmer having a handle having a longitudinal axis, a drive system, and a cutter head (300, 500, 600) including a stationary blade (314, 514, 614) and a movable blade (316, 516, 616), wherein the cutter head (300, 500, 600) is releasably connectable to the handle in operative connection with the drive system, wherein the handle is configured to eject the cutter head (300, 500, 600) obliquely relative to the longitudinal axis; characterised in that: the handle includes a spring-loaded slide that is displaceable either against or with the bias of a spring for ejecting the cutter head (300, 500, 600).
A method of enhancing spatial audio signals, characterized by: receiving an ACELP coded multi channel audio signal comprising a plurality of blocks; for each received block of each channel of said multi channel input signal estimating a signal type based on the received signal, by determining if said signal block comprises a strong and narrow band-pass component of the human pitch with a centre frequency in the range of 100-500 Hz; estimating a pitch frequency based on the received signal; determining filtering parameters based on at least one of said estimated signal type and said estimated pitch frequency, and forming joint filter parameters based on the respective determined filter parameters for said multiple channels high pass filtering said received signal based on said determined joint filter parameters to provide a high pass filtered output signal. receiving an ACELP coded multi channel audio signal comprising a plurality of blocks; for each received block of each channel of said multi channel input signal estimating a signal type based on the received signal, by determining if said signal block comprises a strong and narrow band-pass component of the human pitch with a centre frequency in the range of 100-500 Hz; estimating a pitch frequency based on the received signal; determining filtering parameters based on at least one of said estimated signal type and said estimated pitch frequency, and forming joint filter parameters based on the respective determined filter parameters for said multiple channels estimating a signal type based on the received signal, by determining if said signal block comprises a strong and narrow band-pass component of the human pitch with a centre frequency in the range of 100-500 Hz; estimating a pitch frequency based on the received signal; determining filtering parameters based on at least one of said estimated signal type and said estimated pitch frequency, and forming joint filter parameters based on the respective determined filter parameters for said multiple channels high pass filtering said received signal based on said determined joint filter parameters to provide a high pass filtered output signal.
An apparatus for combusting recyclable or waste material, the apparatus comprising a cylindrical combustion chamber, a blower, the chamber comprising a first inlet in a side wall, the first inlet in communication with the blower, the chamber further comprising an outlet in a second end wall on a longitudinal central axis of the chamber, wherein the longitudinal axis of the first inlet is offset from the central axis of the chamber, wherein the chamber further comprises a second inlet in a first end wall, the second inlet in communication with a source of recyclable or waste material via a first auger, and in use the first auger transfers the recyclable or waste material into the chamber via the second inlet and the blower forces the recyclable or waste material to circulate around the inside of the chamber, the apparatus being characterised in that the first inlet is also in communication with an ignition means and the apparatus further comprising a second auger communicating with an opening in the lowermost part of the cylindrical combustion chamber, the second auger being angled upwardly so that the auger remains filled with particles, thereby providing a gas-tight and heat-resisting seal.
Method for preparing cereal grain for milling, comprising the following steps: a) Preparing cereal grain; b) optionally: wetting and conditioning the cereal grain in particular for a period of ≤ 1 hour; c) selective removal of a first fraction of husk components of the cereal gain according to step a), or of the cereal obtained from step b), wherein this first fraction substantially comprises the outer husk components of the wetted cereal grain; d) wetting and conditioning the cereal grain obtained from step c); e) selective removal of a second fraction of husk components of the cereal obtained from step d), wherein this second fraction substantially contains dietary fibres of the wetted cereal grain; characterized in that 0.2 to 2% by weight of the cereal grain is removed in step c). a) Preparing cereal grain; b) optionally: wetting and conditioning the cereal grain in particular for a period of ≤ 1 hour; c) selective removal of a first fraction of husk components of the cereal gain according to step a), or of the cereal obtained from step b), wherein this first fraction substantially comprises the outer husk components of the wetted cereal grain; d) wetting and conditioning the cereal grain obtained from step c); e) selective removal of a second fraction of husk components of the cereal obtained from step d), wherein this second fraction substantially contains dietary fibres of the wetted cereal grain; characterized in that 0.2 to 2% by weight of the cereal grain is removed in step c).
A pituitary adenylate cyclase activating polypeptide (PACAP) compound comprising a sequence having at least 90% sequence identity to the sequence of SEQ ID NO: 1 or 2 for use in treating, managing, or preventing a renal dysfunction caused by myeloma, multiple myeloma, or a benign or malignant B-cell hyperproliferation disorder, wherein the PACAP compound is capable of binding to one or more PACAP receptors.
A tool path generation device that calculates a tool path to be used by a machine tool device that machines a workpiece using at least one tool, comprising: an affecting value calculation section; a machining condition decision section that decides machining conditions on the basis of a chatter vibration increase and decrease affecting value calculated by the affecting value calculation section; and a tool path calculation section that calculates the tool path on the basis of the machining conditions decided by the machining condition decision section, characterized in that the affecting value calculation section calculates a chatter vibration increase and decrease affecting value that affects increase and decrease in chatter vibration caused in a structure formed by the tool, the workpiece, and the machine tool device on the basis of a direction of the chatter vibration that is such a direction that chatter vibration is increased to the greatest degree. an affecting value calculation section; a machining condition decision section that decides machining conditions on the basis of a chatter vibration increase and decrease affecting value calculated by the affecting value calculation section; and a tool path calculation section that calculates the tool path on the basis of the machining conditions decided by the machining condition decision section, characterized in that the affecting value calculation section calculates a chatter vibration increase and decrease affecting value that affects increase and decrease in chatter vibration caused in a structure formed by the tool, the workpiece, and the machine tool device on the basis of a direction of the chatter vibration that is such a direction that chatter vibration is increased to the greatest degree.
A wind turbine, comprising a first portion (6, 9), a second portion (5, 10) which is connectable to the first portion (6, 9), and a spring element which is connected to the first portion (6, 9) and which protrudes therefrom, wherein the spring element is configured to guide the second portion (5, 10) towards the first portion (6, 9) and, and wherein the spring element is configured to be deformed while the second portion (5, 10) is guided towards the first portion (6, 9) characterized in that the spring element comprises a first spring portion and a second spring portion, wherein an angle (α) between the first spring portion and the second spring portion is between 100° and 170°, 110° and 160°, 120° and 150° or 130° and 140°.
A microelectronic instrument, in which said microelectronic instrument comprises a baseboard and a cover board; a first electronic circuit and a first contact electrode are arranged on the baseboard, and the first electronic circuit is provided to connect the first contact electrode electrically; and the cover board is provided to cover on the baseboard, and there is arranged a space for the first electronic circuit between the baseboard and the cover board, the electronic instrument is a USB junction itself, characterized in that a second contact electrode is arranged on the baseboard, and the second contact electrode connects the first electronic circuit electrically; second contact electrode is a touching key; the baseboard includes a first region and a second region, and the first region is in a USB interface and the second contact electrode is in the second region when the electronic instrument is inserted into the USB interface; the first region includes the first electronic circuit and the first contact electrode; the cover board covers only the first region of the baseboard; the second contact electrode is on the side surface of the baseboard, and is outside the USB interface.
Milk delivery device, in particular for use in a fully automatic coffee machine and/or as a milk-frothing device, having a steam nozzle for generating a steam flow, and a mixing chamber adjoining a steam outlet opening of the steam nozzle, wherein the milk is guided at an entry point into the mixing chamber, wherein the entry point is upstream with respect to a direction of the steam flow of the steam outlet opening, characterized - in that the entry point is formed by means of a constriction, wherein - the constriction forms a structural boundary which separates an intake chamber upstream of the mixing chamber from the mixing chamber, - wherein the mixing chamber and the intake chamber are arranged annularly around the steam nozzle, and wherein - the mixing chamber has a greater opening cross section than the constriction. - in that the entry point is formed by means of a constriction, wherein - the constriction forms a structural boundary which separates an intake chamber upstream of the mixing chamber from the mixing chamber, - wherein the mixing chamber and the intake chamber are arranged annularly around the steam nozzle, and wherein - the mixing chamber has a greater opening cross section than the constriction.
A method of detecting a counterfeit article with an image capturing device (12, 132), the method comprising: receiving one or more comparison images of an authentic article associated with the test article; and displaying at least one of the one or more comparison images; characterized by receiving article identifying information associated with a test article; determining and retrieving the comparison images of the authentic article based at least in part on the article identifying information; the one or more comparison images of an authentic article associated with the test article being received from an image storage database; pulsing one or more infrared emitting elements (66, 102) and one or more ultraviolet emitting elements (68, 104) positioned in the image capturing device (12, 132) in alternating fashion; capturing infrared images and ultraviolet images of the test article in the alternating fashion in accordance with the respective pulsing of the infrared emitting elements (66, 102) and the ultraviolet emitting elements; and displaying the infrared images and the ultraviolet images in alternating fashion.
An apparatus for coding digital video, the apparatus comprising: a processor configured to: identify a first reference block in a first time instance of a reference view, V0, using a disparity vector associated with a current video block of a current view, V1; identify a second reference block of the reference view, V0, in a second time instance distinct from the first time instance, using the first reference block of the reference view, V0, and motion information associated with the current video block of the current view and a motion compensated block of the current view, V1; determine the motion compensated block using the motion information associated with the current video block of the current view, V1; determine a residual predictor block based on a difference between the second reference block and the first reference block multiplied by a weighting factor; and code the current video block using the motion compensated block and the residual predictor block. identify a first reference block in a first time instance of a reference view, V0, using a disparity vector associated with a current video block of a current view, V1; identify a second reference block of the reference view, V0, in a second time instance distinct from the first time instance, using the first reference block of the reference view, V0, and motion information associated with the current video block of the current view and a motion compensated block of the current view, V1; determine the motion compensated block using the motion information associated with the current video block of the current view, V1; determine a residual predictor block based on a difference between the second reference block and the first reference block multiplied by a weighting factor; and code the current video block using the motion compensated block and the residual predictor block.
Measurement channel (10, 104, 106, 110) for use in a microfluidic system, in particular in a lab-on-chip system, comprising a first end at which a first liquid-impermeable and gas-permeable wall portion (26, 118, 124, 132, 134) is arranged which provides a gas connection, and a second end at which the measurement channel can be connected to at least one fluid line and at which a separating means is arranged, wherein, in the measurement channel (10, 104, 106, 110), a defined volume is enclosed between the wall portion (26, 118, 124, 132, 134) and the separating means and wherein the separating means is designed as a second liquid-impermeable and gas-permeable wall portion (28, 122, 130, 132) which provides a gas connection.