mhurhangee/ep-ind-claims huggingface dataset:
A rotor for power driving comprising: a hub adapted to be coupled with a shaft; a plurality of first fixed jibs installed around the hub circumferentially and spaced from one another, with each of the plurality of first fixed jibs extending in a radial direction perpendicular to an axial direction of the shaft and including a first end connected to the hub and a second end kept away from the hub; a plurality of second fixed jibs each engaged on the second end of one of the plurality of first fixed jibs; and a plurality of outer vanes; characterized in that each outer vane is elastically fixed at a corresponding second fixed jib and extends outwardly from an outer surface of the corresponding second fixed jib such that the plurality of outer vanes, when acted upon by external forces, can have elastic movement relative to the plurality of second fixed jibs in a first bending direction or a second bending direction and can rebound after removal of the external forces, wherein the elastic movement of each outer vane in the first bending direction is bent toward the hub, and the elastic movement of each outer vane in the second bending direction is bent away from the hub. a hub adapted to be coupled with a shaft; a plurality of first fixed jibs installed around the hub circumferentially and spaced from one another, with each of the plurality of first fixed jibs extending in a radial direction perpendicular to an axial direction of the shaft and including a first end connected to the hub and a second end kept away from the hub; a plurality of second fixed jibs each engaged on the second end of one of the plurality of first fixed jibs; and a plurality of outer vanes; characterized in that each outer vane is elastically fixed at a corresponding second fixed jib and extends outwardly from an outer surface of the corresponding second fixed jib such that the plurality of outer vanes, when acted upon by external forces, can have elastic movement relative to the plurality of second fixed jibs in a first bending direction or a second bending direction and can rebound after removal of the external forces, wherein the elastic movement of each outer vane in the first bending direction is bent toward the hub, and the elastic movement of each outer vane in the second bending direction is bent away from the hub.
An authentication server for controlling access to a plurality of service provision systems by a plurality of service user systems, comprising a first interface for communicating with the service user systems, a second interface for communicating with the service provision systems, a mediating system for mediating responses between user terminals and service provision systems to generate authorisation for access to predetermined service user systems, transmission means to forward authentication data to the service provision systems by way of the second interface, a store for maintaining authorisation concordances between a plurality of service user systems and service provision systems, and an identification system for requesting and receiving data from user terminals, by way of the first interface, indicative of the respective service user systems with which they are associated, the authentication server being configured to: receive requests for service made by service users from at least one service provision edge server and forward authentication confirmation to the at least one service provision edge server, the at least one service provision edge server being configured to control access to a plurality of data services under its control; provide identity requests to at least one identity provision edge server which controls access to a plurality of data services by service users under its control, the at least one identity provision edge server being configured to respond to the identity requests from the authentication server by initiating an authentication process with the service user making the request; and receive an outcome of the authentication process from the at least one identity provision edge server. receive requests for service made by service users from at least one service provision edge server and forward authentication confirmation to the at least one service provision edge server, the at least one service provision edge server being configured to control access to a plurality of data services under its control; provide identity requests to at least one identity provision edge server which controls access to a plurality of data services by service users under its control, the at least one identity provision edge server being configured to respond to the identity requests from the authentication server by initiating an authentication process with the service user making the request; and receive an outcome of the authentication process from the at least one identity provision edge server.
A longitudinal lock device for cargo in aircraft endowed with a locking box which is configured to be fastened beneath the floor of an aircraft, the longitudinal lock device for cargo in aircraft characterized by comprising a bar mechanism disposed inside the locking box, and a locking latch intended to be associated to the cargo and being coupled to the bar mechanism, the locking latch being movable for extraction of the cargo in flight; the bar mechanism acting as a fixed bar and being formed by a puppet arm articulated on a second pivot and a puppet follower articulated on a first pivot, both pivots (1, 2) fastened to the locking box; said articulations allowing movement of the bar mechanism for determining locked, armed and released positions for the device; wherein the puppet arm comprises a cam profile on a face, wherein said cam profile is cooperative with a puppet roller connected to a linear electro-mechanical actuator by means of a drive rod; wherein a torsion helical spring is associated to the puppet roller, wherein said torsion helical spring keeps the puppet roller seated to a travel stopper disposed on the locking box.
X-ray tube with an anode embodied as a rotary anode with an interaction area embodied as an anode disc, a cooling contact and an internal cooling channel, wherein the cooling contact forming a cooling surface is arranged internally in the cooling channel, in which in an area conducting thermally from the interaction area to the cooling contact and located between the anode disc and the surface adjoining the cooling channel the anode has a non-vanishing, continuous and constantly spatial increase in the heat conductivity, which is the specific heat conductivity as a property, along the heat conduction path between the interaction area and cooling contact.
A system including a plurality of wireless dental instruments and a wireless foot controller for communication with at least one of the wireless dental instruments, wherein the wireless foot controller permits to control the plurality of wireless dental instruments, wherein the wireless foot controller comprises: (i) a housing; (ii) a power source positioned within the housing; (iii) a circuit board positioned within the housing and connected to receive power from the power source; (iv) an analog to digital signal converter; (v) a microcontroller associated with the circuit board; (vi) software to control the circuit board and the microcontroller; (vii) an antenna for transmitting and receiving signals to and from the at least one wireless dental instrument; (viii) a communications protocol associated with the circuit board and the microcontroller for communications between the foot controller and at least one of the wireless dental instruments, wherein the foot controller is in communications with and controlling a single wireless dental instrument at a time; (ix) a memory for storing identification information received from the at least one wireless dental instrument; wherein the foot controller is activated by application of foot pressure to depress the controller a distance proportional to the foot pressure; wherein the foot controller operates in a mode selected from the group consisting of a switch mode and a continuously variable mode wherein in the switch mode, the foot controller transmitting a signal resulting from switch activation in the switch mode and in the continuously variable mode, the wireless foot controller transmitting a signal proportional to the distance that the wireless foot controller is depressed; and wherein the wireless foot controller software determines the selected mode based on an identification signal from the dental instrument and on the information stored in memory. (i) a housing; (ii) a power source positioned within the housing; (iii) a circuit board positioned within the housing and connected to receive power from the power source; (iv) an analog to digital signal converter; (v) a microcontroller associated with the circuit board; (vi) software to control the circuit board and the microcontroller; (vii) an antenna for transmitting and receiving signals to and from the at least one wireless dental instrument; (viii) a communications protocol associated with the circuit board and the microcontroller for communications between the foot controller and at least one of the wireless dental instruments, wherein the foot controller is in communications with and controlling a single wireless dental instrument at a time; (ix) a memory for storing identification information received from the at least one wireless dental instrument;
An antibody, or an antigen binding fragment thereof, which binds to human PD-1, comprising a light chain variable region comprising the amino acid sequence of SEQ ID NO:98, and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:106.
A method for removing organic contaminants from an inorganic processing solution, comprising the step of subjecting the inorganic processing solution containing the organic contaminants to a steam stripping device for an inorganic processing solution, comprising: a steam stripping unit for steam stripping the inorganic processing solution, wherein the steam stripped inorganic processing solution flows out from the bottom of the steam stripping unit and undesired organics are expelled from the top of the steam stripping unit; a heat exchanging unit coupled to the steam stripping unit, the heat exchanging unit being used for heating the inorganic processing solution introduced into the steam stripping unit by means of a steam fed into the heat exchanging unit; and a desuperheating unit which is used for spraying a cooling liquid through a nozzle in order to reduce the temperature of the steam when overheated before the steam is fed into the heat exchanging unit, the cooling liquid passes through an inlet block valve, a Y filter, a flow indicator, a block valve, a pressure indicator, a block valve, and an outlet valve included in the desuperheating unit and wherein the desuperheating unit is disposed at the steam inlet of the heat exchanging unit and the outlet valve is connected to a pipe branching off from the pipe connecting the inlet block valve and the Y filter, in order to obtain a stripped inorganic processing solution, and thereafter reusing the stripped inorganic processing solution, wherein the inorganic processing solution is used in a recycling system for producing hydroxylamine-oxime. a steam stripping unit for steam stripping the inorganic processing solution, wherein the steam stripped inorganic processing solution flows out from the bottom of the steam stripping unit and undesired organics are expelled from the top of the steam stripping unit; a heat exchanging unit coupled to the steam stripping unit, the heat exchanging unit being used for heating the inorganic processing solution introduced into the steam stripping unit by means of a steam fed into the heat exchanging unit; and a desuperheating unit which is used for spraying a cooling liquid through a nozzle in order to reduce the temperature of the steam when overheated before the steam is fed into the heat exchanging unit, the cooling liquid passes through an inlet block valve, a Y filter, a flow indicator, a block valve, a pressure indicator, a block valve, and an outlet valve included in the desuperheating unit and wherein the desuperheating unit is disposed at the steam inlet of the heat exchanging unit and the outlet valve is connected to a pipe branching off from the pipe connecting the inlet block valve and the Y filter, in order to obtain a stripped inorganic processing solution, and thereafter reusing the stripped inorganic processing solution, wherein the inorganic processing solution is used in a recycling system for producing hydroxylamine-oxime.
A sprinkler for the watering of a road surface, such as a driving technique track or a test track, with outlet openings for the delivery of a liquid, wherein at least one outlet opening has a cross-section that increases from an interior of the sprinkler to an exterior of the sprinkler, and thus has an opening angle of more than 0°, wherein the outlet openings are arranged distributed over only part of a periphery of the sprinkler, and a central outlet opening is provided, arranged between a first outlet opening and a last outlet opening, which has a larger opening angle (φ) than the first outlet opening and the last outlet opening, characterised in that the outlet openings are designed and arranged in such a way that, if the outlet openings are positioned approximately at the level of the road surface to be watered, a spray pattern with a maximum spray angle (α) of 180° results, when a water pressure of approximately 1 bar is applied to the sprinkler, wherein a ratio of a length of the spray pattern to a width of the spray pattern is 2 to 4, preferably 2.5 to 3.5, in particular 2.8 to 3.2, wherein at least one outlet opening, in particular the central outlet opening, has an opening angle (φ) of 5° to 15°.
A hydraulic adjustment unit, comprising: a first hydraulic adjustment apparatus, wherein the first hydraulic adjustment apparatus comprises a first hydraulic cavity and a second hydraulic cavity, the first hydraulic cavity communicates with a first brake pipeline, the second hydraulic cavity communicates with a second brake pipeline, and the first brake pipeline and the second brake pipeline communicate with each other by using a fifth brake pipeline; the first brake pipeline communicates with a third brake pipeline, the third brake pipeline communicates with the fifth brake pipeline, the second brake pipeline communicates with the third brake pipeline by using the fifth brake pipeline, the third brake pipeline is configured to provide brake force for a first group of wheels (43, 44), and a first control valve is disposed on the third brake pipeline, to control connection/disconnection of the third brake pipeline; and the second brake pipeline communicates with a fourth brake pipeline, the fourth brake pipeline communicates with the fifth brake pipeline, the first brake pipeline communicates with the fourth brake pipeline by using the fifth brake pipeline, the fourth brake pipeline is configured to provide brake force for a second group of wheels (45, 46), and a second control valve is disposed on the fourth brake pipeline, to control connection/disconnection of the fourth brake pipeline, characterized in that the first hydraulic adjustment apparatus has a two-way pressurization function. a first hydraulic adjustment apparatus, wherein the first hydraulic adjustment apparatus comprises a first hydraulic cavity and a second hydraulic cavity, the first hydraulic cavity communicates with a first brake pipeline, the second hydraulic cavity communicates with a second brake pipeline, and the first brake pipeline and the second brake pipeline communicate with each other by using a fifth brake pipeline; the first brake pipeline communicates with a third brake pipeline, the third brake pipeline communicates with the fifth brake pipeline, the second brake pipeline communicates with the third brake pipeline by using the fifth brake pipeline, the third brake pipeline is configured to provide brake force for a first group of wheels (43, 44), and a first control valve is disposed on the third brake pipeline, to control connection/disconnection of the third brake pipeline; and the second brake pipeline communicates with a fourth brake pipeline, the fourth brake pipeline communicates with the fifth brake pipeline, the first brake pipeline communicates with the fourth brake pipeline by using the fifth brake pipeline, the fourth brake pipeline is configured to provide brake force for a second group of wheels (45, 46), and a second control valve is disposed on the fourth brake pipeline, to control connection/disconnection of the fourth brake pipeline, characterized in that the first hydraulic adjustment apparatus has a two-way pressurization function.
A drive rod fitting of a side casement of a two-leaf window or door without a central mullion having an operating lever for driving the drive rod fitting, wherein the operating lever is arranged when the window is closed or the door is closed in an inaccessible manner in a gap between the side casement and a main casement, the operating lever is covered when the window is closed or the door is closed by a cover (9, 13) and that when the window is opened or when the door is opened the cover (9, 13) can be removed to facilitate access to the operating lever, characterized in that the cover (9, 13) is mounted via a pivot axis (11, 14) on a frame (10, 15) to be attached to the side casement and that the pivot axis is arranged transversely to the direction of movement of the operating lever.
A method of handling user traffic in an integrated access backhaul node in a network, the method characterised by: configuring data counters for two or more of a plurality of user equipment bearers (302, 304, 306) handled by the IAB node; receiving data corresponding to the two or more UE bearers (302, 306) of the plurality of UE bearers; selecting a first UE bearer (302, 306), the first UE bearer (302, 306) being the UE bearer having the lowest data counter value of the two or more UE bearers (302, 306); providing data corresponding to the first UE bearer (302, 306) to a mobile terminal in the IAB node; and increasing the data counter for the first UE bearer (302, 306) by a total size of the transferred data; wherein the two or more UE bearers (302, 306) are carried by a same logical channel on a backhaul link in the network. configuring data counters for two or more of a plurality of user equipment bearers (302, 304, 306) handled by the IAB node; receiving data corresponding to the two or more UE bearers (302, 306) of the plurality of UE bearers; selecting a first UE bearer (302, 306), the first UE bearer (302, 306) being the UE bearer having the lowest data counter value of the two or more UE bearers (302, 306); providing data corresponding to the first UE bearer (302, 306) to a mobile terminal in the IAB node; and increasing the data counter for the first UE bearer (302, 306) by a total size of the transferred data; wherein the two or more UE bearers (302, 306) are carried by a same logical channel on a backhaul link in the network.
A method for training a neural network implemented with a quantization-enabled computing system, the method comprising: with the quantization-enabled computing system: obtaining a tensor comprising values of one or more parameters of the neural network represented in a quantized-precision format; generating (330, 420) at least one noise-to-signal ratio representing quantization noise present in the tensor; generating (340, 350, 430) a scaled learning rate and at least one hyper-parameter among a learning rate schedule, a bias, a stochastic gradient descent batch size, a number of neurons in the neural network and a number of layers in the neural network, based on the at least one noise-to-signal ratio; and performing an epoch of training (360, 440) of the neural network using the values of the tensor, including computing one or more gradient updates using the scaled learning rate to compensate for the quantization noise. obtaining a tensor comprising values of one or more parameters of the neural network represented in a quantized-precision format; generating (330, 420) at least one noise-to-signal ratio representing quantization noise present in the tensor; generating (340, 350, 430) a scaled learning rate and at least one hyper-parameter among a learning rate schedule, a bias, a stochastic gradient descent batch size, a number of neurons in the neural network and a number of layers in the neural network, based on the at least one noise-to-signal ratio; and performing an epoch of training (360, 440) of the neural network using the values of the tensor, including computing one or more gradient updates using the scaled learning rate to compensate for the quantization noise.
A compound comprising a cannabinoid residue covalently attached via a stable or degradable linkage to a water-soluble, non-peptidic oligomer, wherein: the linkage is an ether linkage or an ester linkage; the compound has the following structure: X is -O-, -C O- or -OC -; and POLY is a poly(alkylene oxide). the linkage is an ether linkage or an ester linkage; the compound has the following structure: X is -O-, -C O- or -OC -; and POLY is a poly(alkylene oxide). X is -O-, -C O- or -OC -; and POLY is a poly(alkylene oxide).
Fuel generator for a fuel cell based charger system, comprising: a compartment containing aluminium; means for providing a solution of water and a water soluble compound capable of reacting with aluminium to generate hydrogen gas, when dissolved in water and brought into contact with the aluminium; and means for passing said solution into the compartment containing aluminium; wherein the means for providing a solution comprises a compartment containing water and a compartment (21; 21a) containing the water soluble compound capable of reacting with aluminium when in solution, and a channel system (FW, FS) for bringing the water into the compartment containing the water soluble compound so as to dissolve said compound, and for passing the dissolved compound to the compartment containing aluminium, wherein the generator is composed of two separate parts (24, 26) connectable to each other, wherein a first part contains aluminium and a second part contains said solution of the water soluble compound, and wherein the compartment containing the water soluble compound capable of reacting with aluminium is provided as a separate second part connectable to a separate first part comprising water and aluminium in separate compartments. a compartment containing aluminium; means for providing a solution of water and a water soluble compound capable of reacting with aluminium to generate hydrogen gas, when dissolved in water and brought into contact with the aluminium; and means for passing said solution into the compartment containing aluminium; wherein the means for providing a solution comprises a compartment containing water and a compartment (21; 21a) containing the water soluble compound capable of reacting with aluminium when in solution, and a channel system (FW, FS) for bringing the water into the compartment containing the water soluble compound so as to dissolve said compound, and for passing the dissolved compound to the compartment containing aluminium,