mhurhangee/ep-ind-claims huggingface dataset:
A ground-based visual-inspection system for inspecting a structure, the ground-based visual-inspection system comprising: a ground-based visual-inspection apparatus comprising: a mobile base; an actuatable arm coupled to the mobile base, the actuatable arm comprising a horizontal actuator and being locatable in a three dimensional space; and an end effector coupled to the actuatable arm, wherein the end effector comprises a camera configured to capture images of the structure and wherein the end effector is rotatable relative to the horizontal actuator and is locatable in a three dimensional space such that the position and orientation of the camera can be determined; and a control system, wherein the control system comprises a locating system and an alignment system, wherein the alignment system is configured to: control an alignment of the end effector and the camera; and utilize a feedback system to automatically align the camera to an orientation perpendicular to the surface of the structure that is to be captured, and wherein the locating system is configured to determine location information of the camera relative to a reference location and wherein the control system is configured to associate the location information with the images. a ground-based visual-inspection apparatus comprising: a mobile base; an actuatable arm coupled to the mobile base, the actuatable arm comprising a horizontal actuator and being locatable in a three dimensional space; and an end effector coupled to the actuatable arm, wherein the end effector comprises a camera configured to capture images of the structure and wherein the end effector is rotatable relative to the horizontal actuator and is locatable in a three dimensional space such that the position and orientation of the camera can be determined; and a mobile base; an actuatable arm coupled to the mobile base, the actuatable arm comprising a horizontal actuator and being locatable in a three dimensional space; and an end effector coupled to the actuatable arm, wherein the end effector comprises a camera configured to capture images of the structure and wherein the end effector is rotatable relative to the horizontal actuator and is locatable in a three dimensional space such that the position and orientation of the camera can be determined; and a control system, wherein the control system comprises a locating system and an alignment system, wherein the alignment system is configured to: control an alignment of the end effector and the camera; and utilize a feedback system to automatically align the camera to an orientation perpendicular to the surface of the structure that is to be captured, and control an alignment of the end effector and the camera; and utilize a feedback system to automatically align the camera to an orientation perpendicular to the surface of the structure that is to be captured, and wherein the locating system is configured to determine location information of the camera relative to a reference location and wherein the control system is configured to associate the location information with the images.
Method for profiling a turbine rotor blade (14, 15) for an axial flow machine with the steps of: - providing a geometrical model of a blade profile, which has a mean camber line of a profile section of the turbine rotor blade (14, 15); - determining boundary conditions for a flow flowing around the turbine rotor blade (14, 15); - changing the mean camber line in such a way that the flow that is established by the boundary conditions produces the maximum of the difference of the isentropic Mach number (22 to 25) between the pressure side and the suction side of the turbine rotor blade (14, 15) in a blade portion that extends from the blade trailing edge in the direction of the blade leading edge and the length of which is 65% of the length S of the blade chord, the mean camber line being formed by a first fourth-degree polynomial, which describes the mean camber line from the blade leading edge to an extreme point, and a second fourth-degree polynomial, which describes the mean camber line from the extreme point to the blade trailing edge, the extreme point being the point of the mean camber line that is at the maximum distance from the blade chord. - providing a geometrical model of a blade profile, which has a mean camber line of a profile section of the turbine rotor blade (14, 15); - determining boundary conditions for a flow flowing around the turbine rotor blade (14, 15); - changing the mean camber line in such a way that the flow that is established by the boundary conditions produces the maximum of the difference of the isentropic Mach number (22 to 25) between the pressure side and the suction side of the turbine rotor blade (14, 15) in a blade portion that extends from the blade trailing edge in the direction of the blade leading edge and the length of which is 65% of the length S of the blade chord, the mean camber line being formed by a first fourth-degree polynomial, which describes the mean camber line from the blade leading edge to an extreme point, and a second fourth-degree polynomial, which describes the mean camber line from the extreme point to the blade trailing edge, the extreme point being the point of the mean camber line that is at the maximum distance from the blade chord.
A topically applicable composition for lightening or depigmenting skin, comprising in the range of from 0.00005% to 0.5% of a compound which is an inhibitor of a Type I, K + /H + -ATPase, the compound being selected from the group consisting of SCH 28080 (2-methyl-8-(phenylmethoxy)imidazo(1,2a)pyridine-3-acetonitrile) and SCH 32651 (3-amino-2-methyl-8-phenylmethoxyimidazo[1,2-a]pyrazine). and; a sunscreen compound; said topically applicable composition being formulated into a topically applicable cosmetically or dermatologically acceptable vehicle, carrier or diluent therefor.
A locally-actuated partial stroke testing device for testing a single acting emergency isolation valve, comprising: a mechanically-operated valve configured to be manually operated and comprising a mechanical device to operate the mechanically-operated valve and locally actuate the device, the mechanical device being a push button or lever or key, the mechanically-operated valve further comprising a vent port, an input port for coupling to an air supply line to receive air, and a working port; a flow control valve coupled to the vent port and being operable to regulate air flow from the vent port; a local valve position indicator located on the single acting emergency isolation valve to convey position of the single acting emergency isolation valve to an operator of the mechanical device visually monitoring the valve movement via the local valve position indicator during local actuation of the device by pressing the button or moving the lever or the key, the local valve position indicator being in visual proximity to the mechanically-operated valve where the mechanically-operated valve is a 3/2 manually-operated valve or a 5/2 manually-operated valve; a 3/2 solenoid valve with a first port coupled via an air flow line to the working port; and a working flow line connecting the second port of the 3/2 solenoid valve and a port of the single acting emergency isolation valve to provide bidirectional air flow. a mechanically-operated valve configured to be manually operated and comprising a mechanical device to operate the mechanically-operated valve and locally actuate the device, the mechanical device being a push button or lever or key, the mechanically-operated valve further comprising a vent port, an input port for coupling to an air supply line to receive air, and a working port; a flow control valve coupled to the vent port and being operable to regulate air flow from the vent port; a local valve position indicator located on the single acting emergency isolation valve to convey position of the single acting emergency isolation valve to an operator of the mechanical device visually monitoring the valve movement via the local valve position indicator during local actuation of the device by pressing the button or moving the lever or the key, the local valve position indicator being in visual proximity to the mechanically-operated valve where the mechanically-operated valve is a 3/2 manually-operated valve or a 5/2 manually-operated valve; a 3/2 solenoid valve with a first port coupled via an air flow line to the working port; and a working flow line connecting the second port of the 3/2 solenoid valve and a port of the single acting emergency isolation valve to provide bidirectional air flow.
Method for operating a metal detection apparatus comprising a transmitter unit with a drive circuit that alternately applies two different drive voltages (V0, V1) via a first set of two drive switches (61A, 62A) to a first tail and via a second set of two drive switches (61B, 62B) to a second tail of a transmitter coil that is coupled to a receiver coil, which is connected to the input of a receiver unit, characterised in that at least a first waveform w A is generated for controlling the first set of drive switches (61A, 62A) and at least a second waveform w B is generated for controlling the second set of drive switches (61B, 62B), which first and second waveform w A, w B that correspond to a selected operating frequency are shifted relative to one another in steps having a length that corresponds to the wavelength of the operating frequency f OP divided by an integer n, in order to allow a desired drive current I C to flow through the transmitter coil.
An umbrella comprising: a hollow pole; a shade assembly coupled with an upper portion of the hollow pole, the shade assembly comprising: an upper hub, a lower hub, a shade structure coupling the upper hub to the lower hub, the shade structure supporting a shade member, wherein the lower hub is moveable along the hollow pole; a guide rod coupled with the upper hub at a first end, a second end being disposed within the hollow pole, the guide rod having a stop surface; a counterweight system disposed within the hollow pole, the counterweight system comprising a ballast and a cord having a first end coupled with the ballast and a second end coupled with the lower hub; a locking device comprising a moveable locking surface disposed on the hollow pole and a pushrod mechanism, the moveable locking surface being sized to overlap with the stop surface to lock the umbrella in an open state, the pushrod mechanism comprising a pushrod extending below the lower hub; wherein when closing the umbrella, the pushrod mechanism moves upward disengaging the moveable locking surface from the stop surface of the guide rod, allowing the lower hub to be moved downward and the ballast to move upward. a hollow pole; a shade assembly coupled with an upper portion of the hollow pole, the shade assembly comprising: an upper hub, a lower hub, a shade structure coupling the upper hub to the lower hub, the shade structure supporting a shade member, wherein the lower hub is moveable along the hollow pole; a guide rod coupled with the upper hub at a first end, a second end being disposed within the hollow pole, the guide rod having a stop surface; a counterweight system disposed within the hollow pole, the counterweight system comprising a ballast and a cord having a first end coupled with the ballast and a second end coupled with the lower hub; a locking device comprising a moveable locking surface disposed on the hollow pole and a pushrod mechanism, the moveable locking surface being sized to overlap with the stop surface to lock the umbrella in an open state, the pushrod mechanism comprising a pushrod extending below the lower hub; an upper hub, a lower hub, a shade structure coupling the upper hub to the lower hub, the shade structure supporting a shade member, wherein the lower hub is moveable along the hollow pole; a guide rod coupled with the upper hub at a first end, a second end being disposed within the hollow pole, the guide rod having a stop surface; a counterweight system disposed within the hollow pole, the counterweight system comprising a ballast and a cord having a first end coupled with the ballast and a second end coupled with the lower hub; a locking device comprising a moveable locking surface disposed on the hollow pole and a pushrod mechanism, the moveable locking surface being sized to overlap with the stop surface to lock the umbrella in an open state, the pushrod mechanism comprising a pushrod extending below the lower hub; wherein when closing the umbrella, the pushrod mechanism moves upward disengaging the moveable locking surface from the stop surface of the guide rod, allowing the lower hub to be moved downward and the ballast to move upward.
A ground shaping machine, particularly an agricultural machine, comprising a frame, at least one roller fitted with a flexible tire, a first bearing and a second bearing whereby the roller can rotate about a substantially horizontal axis in the working position, the first and the second bearing being positioned one at each end of the roller, the frame including a first support and a second support, the first support at least being connected to the first bearing through suspension means, the second support being connected to the second bearing, characterized in that the suspension means include a mechanism with an upper arm and a lower arm, both substantially horizontal and perpendicular to the axis of rotation of the roller, each of the upper and lower arms being connected by a joint (103, 105, 123, 125) to the first support on the one hand, and to the first bearing on the other hand, the mechanism forming a deformable quadrilateral, and a substantially vertical resilient return member connected by a joint (143, 145) to the first support on the one hand, and to the first bearing on the other hand. a mechanism with an upper arm and a lower arm, both substantially horizontal and perpendicular to the axis of rotation of the roller, each of the upper and lower arms being connected by a joint (103, 105, 123, 125) to the first support on the one hand, and to the first bearing on the other hand, the mechanism forming a deformable quadrilateral, and a substantially vertical resilient return member connected by a joint (143, 145) to the first support on the one hand, and to the first bearing on the other hand.
A method for producing a modified conjugated diene polymer comprising a polymerization step in which a monomer including a conjugated diene compound or a monomer including a conjugated diene compound and an aromatic vinyl compound is polymerized in the presence of at least one compound selected from the group consisting of the following formulae and and an alkali metal compound or an alkaline earth metal compound to obtain a modified conjugated diene polymer. (In the formulae and, A 1 is a hydrocarbylsilyl group in which three H's (hydrogen atoms) in a "-SiH 3 " structure are each substituted by a hydrocarbyl group. R 1 and R 2 are hydrocarbylene groups. In the formulae, A 1, R 1 and R 2 which are each present in plurality may each be same or different.)
Radar measuring device, in particular radar level measuring device, with a housing, wherein the housing can be connected in a sealing manner to an accommodating portion, wherein the housing is configured at the front as a process connection and wherein a dielectric lens is disposed at the front of the housing and connected to the process connection such that the lens is fixed in the axial direction relative to the housing, wherein a positive connection is formed between the lens and the process connection, characterized in that a) the positive connection is configured as a latching connection and/or as a snap-fit connection and an insert is arranged in the process connection in such a way that it blocks release of the positive connection, the insert ensuring that the connection between the lens and the process connection cannot be inadvertently released and/or b) the positive connection is configured as a ring snap connection and the ring snap connection has, on the one hand, a web with latching members and, on the other hand, a contact portion as an abutment and/or c) the positive connection is formed by a snap ring arranged between the process connection and the lens. wherein a positive connection is formed between the lens and the process connection, characterized in that a) the positive connection is configured as a latching connection and/or as a snap-fit connection and an insert is arranged in the process connection in such a way that it blocks release of the positive connection, the insert ensuring that the connection between the lens and the process connection cannot be inadvertently released and/or b) the positive connection is configured as a ring snap connection and the ring snap connection has, on the one hand, a web with latching members and, on the other hand, a contact portion as an abutment and/or c) the positive connection is formed by a snap ring arranged between the process connection and the lens. a) the positive connection is configured as a latching connection and/or as a snap-fit connection and an insert is arranged in the process connection in such a way that it blocks release of the positive connection, the insert ensuring that the connection between the lens and the process connection cannot be inadvertently released and/or b) the positive connection is configured as a ring snap connection and the ring snap connection has, on the one hand, a web with latching members and, on the other hand, a contact portion as an abutment and/or c) the positive connection is formed by a snap ring arranged between the process connection and the lens.
Emulsion for the preparation of OLEDs comprising at least one continuous phase, which comprises a first solvent selected from water, alcohols, glycols, ethers and glycol ethers, at least one discontinuous phase, which comprises a second solvent selected from organic solvents with a lower polarity than the first solvent, and at least one functional surfactant, characterized in that the functional surfactant has the general Formula 1, where A is selected from the groups of Formulae 3 to 8, where R 1 is a substituted or unsubstituted hydrocarbyl group having 1 to 40 C atoms, which optionally comprises one or more hetero atoms; R 2, R 3 are, identically or differently, selected from H, halogen, -CN,-NC, -NCO, -NCS, -OCN, -SCN, -C(=O)NR 0 R 00, -C(=O)X,-C(=O)RO 0, -NH 2, -NR 0 R 00, -SH, -SR 0, -SO 3 H, -SO 2 R 0, -OH,-NO 2, -CF 3, -SF 5, optionally substituted with hydrocarbyl having 1 to 6 C atoms, optionally comprising one or more hetero atoms; R 0 and R 00 are independently of each other H or an optionally substituted hydrocarbyl group, optionally comprising one or more hetero atoms; and n is equal or larger than 1; B is a functional group, wherein the functional group is selected from host groups selected from oligoarylenes containing naphthalene, anthracene, benzanthracene and/or pyrene; and wherein the emulsion comprises in the discontinuous phase at least one further organic functional material selected from host materials, hole injection materials, hole transport materials, hole blocking materials, electron injection materials, electron transport materials, electron blocking materials, exciton blocking materials (ExBM), photoabsorption materials, dyes, and metal complexes, and wherein the discontinuous phase(s) form(s) nanodroplets. A is selected from the groups of Formulae 3 to 8, R 1 is a substituted or unsubstituted hydrocarbyl group having 1 to 40 C atoms, which optionally comprises one or more hetero atoms; R 2, R 3 are, identically or differently, selected from H, halogen, -CN,-NC, -NCO, -NCS, -OCN, -SCN, -C(=O)NR 0 R 00, -C(=O)X,-C(=O)RO 0, -NH 2, -NR 0 R 00, -SH, -SR 0, -SO 3 H, -SO 2 R 0, -OH,-NO 2, -CF 3, -SF 5, optionally substituted with hydrocarbyl having 1 to 6 C atoms, optionally comprising one or more hetero atoms; R 0 and R 00 are independently of each other H or an optionally substituted hydrocarbyl group, optionally comprising one or more hetero atoms; and n is equal or larger than 1; B is a functional group, wherein the functional group is selected from host groups selected from oligoarylenes containing naphthalene, anthracene, benzanthracene and/or pyrene;
A granulator device for the treatment of powdered material, in particular pharmaceutical powdered material, comprising a substantially cylindrical container, in which there is a chamber for treatment of the powdered material using a fluid flow fed into the chamber; filtering means for retaining any impurities from the air of the inside of the chamber, the filtering means being located in the chamber and comprising at least one filter with a cylindrical metal mesh filtering wall; and means for cleaning the filtering means which can be activated during maintenance operations, the cleaning means comprising at least one element rotating about each filter and supporting diffuser means designed to diffuse a washing liquid on the cylindrical wall in order to eliminate any impurities trapped in the filter wall; the device being characterised in that the cleaning means also comprise means for temporarily opening at least one portion of the filter to allow the washing liquid to flow out of the filter together with the impurities.
A method for sidelink data transmission, comprising: receiving Downlink Control Information, DCI; determining a DCI format of the DCI; when the DCI format is a first format, the DCI is used for scheduling a first type of sidelink; when the DCI format is a second format, the DCI is used for scheduling a second type of sidelink; wherein configuration parameters of the first type of sidelink and the second type of sidelink are different; and transmitting sidelink data by using the scheduled sidelink; characterized in that the first type of sidelink is a sidelink supporting a Long Term Evolution, LTE, system, and the second type of sidelink is a sidelink supporting a New Radio, NR, system; and the configuration parameters of the first type of sidelink and the second type of sidelink being different comprises: the second type of sidelink supports multiple subcarrier spacings and the first type of sidelink only supports one subcarrier spacing of 15kHz; the second type of sidelink supports a bandwidth larger than a bandwidth supported by the first type of sidelink. receiving Downlink Control Information, DCI; determining a DCI format of the DCI; when the DCI format is a first format, the DCI is used for scheduling a first type of sidelink; when the DCI format is a second format, the DCI is used for scheduling a second type of sidelink; wherein configuration parameters of the first type of sidelink and the second type of sidelink are different; and transmitting sidelink data by using the scheduled sidelink; characterized in that the first type of sidelink is a sidelink supporting a Long Term Evolution, LTE, system, and the second type of sidelink is a sidelink supporting a New Radio, NR, system; and the configuration parameters of the first type of sidelink and the second type of sidelink being different comprises: the second type of sidelink supports multiple subcarrier spacings and the first type of sidelink only supports one subcarrier spacing of 15kHz; the second type of sidelink supports a bandwidth larger than a bandwidth supported by the first type of sidelink. the second type of sidelink supports multiple subcarrier spacings and the first type of sidelink only supports one subcarrier spacing of 15kHz; the second type of sidelink supports a bandwidth larger than a bandwidth supported by the first type of sidelink.