mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for controlling a hydraulic pump for an excavator, comprising: an operating unit configured to generate an operation signal according to an operation of an operator, and including a joystick or a pedal; an oil flow supplying unit configured to supply oil to a plurality of actuators, in order to drive a plurality of actuators corresponding to the operation signal, and including a plurality of pumps and a plurality of logic valves; and a control unit configured to control the oil flow supplying unit by using a priority algorithm for each operation considering a use frequency and a load of the plurality of actuators with respect to a change of a predetermined operation mode according to the operation signal for the plurality of the actuators; wherein at least one of the plurality of the actuators comprises a travelling device and an auxiliary device, and wherein when operation signals for the plurality of actuators are input, the control unit assigns the pump to the plurality of actuators with the travelling device as the first order and the auxiliary device as the second order. an operating unit configured to generate an operation signal according to an operation of an operator, and including a joystick or a pedal; an oil flow supplying unit configured to supply oil to a plurality of actuators, in order to drive a plurality of actuators corresponding to the operation signal, and including a plurality of pumps and a plurality of logic valves; and a control unit configured to control the oil flow supplying unit by using a priority algorithm for each operation considering a use frequency and a load of the plurality of actuators with respect to a change of a predetermined operation mode according to the operation signal for the plurality of the actuators; wherein at least one of the plurality of the actuators comprises a travelling device and an auxiliary device, and wherein when operation signals for the plurality of actuators are input, the control unit assigns the pump to the plurality of actuators with the travelling device as the first order and the auxiliary device as the second order.
A process for producing C 2 -C 4 carbonyl compounds from C 2 -C 4 olefins, characterized in that said process for producing C 2 -C 4 carbonyl compounds, in particular C 2 -C 4 aldehydes and ketones, is carried out in a gas phase by reacting nitrous oxide with a mixture of aliphatic C 2 -C 4 olefins and alkanes at a temperature of 300-550°C and a pressure of 0.1-10.1 MPa (1-100 atm).
One-piece, flexible hose for a vacuum cleaner for transport of dust-laden suction air, characterised in that the average internal diameter of the hose is greater than (D1+D2)/2, wherein D1 designates the minimum internal diameter and D2 the maximum internal diameter.
Water transport system for transporting a user and/or an object along a closed loop path, said water transport system comprising: - a towing station and a transit station arranged at a distance from one another and separated by a stretch of water; - motion transmitting means arranged for enabling said user and/or said object to be towed along said loop path, said motion transmitting means being provided with: - a drive pulley arranged in said towing station and splined on a drive shaft; - a driven pulley arranged in said transit station and splined on a driven shaft, said drive pulley and said driven pulley being separated by a distance; - a motion transmitting flexible element wound in a loop around said drive pulley and around said driven pulley and defining said path; - drive means arranged for rotating said drive pulley around an axis of said drive shaft so as to drag by friction said motion transmitting flexible element to move along said path, which in, turn, rotatingly drags said driven pulley; - height adjusting means configured for varying a height of said drive pulley and/or of said driven pulley with respect to respective installation surfaces of said towing station and of said transit station, such that said motion transmitting flexible element is at a height corresponding to the surface of the water; said water transport system being characterised in that said height adjusting means comprises an actuator connected to said drive shaft and/or to said driven shaft, said actuator being provided with a stem, an end of which is connected to said drive shaft and/or to said driven shaft and is slidable inside a cylinder to move the height of said drive pulley and/or said driven pulley to which it is connected to vary a height thereof on the basis of a water level. - a towing station and a transit station arranged at a distance from one another and separated by a stretch of water; - motion transmitting means arranged for enabling said user and/or said object to be towed along said loop path, said motion transmitting means being provided with: - a drive pulley arranged in said towing station and splined on a drive shaft; - a driven pulley arranged in said transit station and splined on a driven shaft, said drive pulley and said driven pulley being separated by a distance; - a motion transmitting flexible element wound in a loop around said drive pulley and around said driven pulley and defining said path; - drive means arranged for rotating said drive pulley around an axis of said drive shaft so as to drag by friction said motion transmitting flexible element to move along said path, which in, turn, rotatingly drags said driven pulley; - height adjusting means configured for varying a height of said drive pulley and/or of said driven pulley with respect to respective installation surfaces of said towing station and of said transit station, such that said motion transmitting flexible element is at a height corresponding to the surface of the water;
An insulation and strength reinforcement structure for a sliding window, the structure comprising: a window frame having a plurality of indoor and outdoor rails and disposed along the longitudinal direction thereof; a pair of indoor window sashes slidingly coupled to the indoor rails in such a manner as to be open and closed; and a pair of outdoor window sashes slidingly coupled to the outdoor rails in such a manner as to be open and closed, characterized in that a profile constituting the window frame has a heat insulating material inserted into the indoor side of the internal portion thereof and a metal reinforcing material inserted into the outdoor side of the internal portion thereof, and wherein the vertically disposed profiles of the pair of indoor window sashes have a reinforcing material made of a metal material inserted into the internal portions thereof, and the horizontally disposed profiles of the pair of indoor window sashes have a first reinforcing material made of fiber reinforced plastic FRP inserted into the internal portions thereof.
A filter assembly for use in a blood processing apparatus, the filter assembly comprising: a filter mesh screen filter having an average pore size of about 20 microns to about 150 microns; and a plurality of hollow gas exchange fibers, each of the plurality of hollow gas exchange fibers secured to the filter mesh screen; wherein the filter mesh screen is spirally wound to form a filter assembly configured to filter blood as the blood flows between the plurality of hollow gas exchange fibers. a filter mesh screen filter having an average pore size of about 20 microns to about 150 microns; and a plurality of hollow gas exchange fibers, each of the plurality of hollow gas exchange fibers secured to the filter mesh screen; wherein the filter mesh screen is spirally wound to form a filter assembly configured to filter blood as the blood flows between the plurality of hollow gas exchange fibers.
A method for identifying a compound that is capable of binding to a trimeric protein that is a tumor necrosis factor superfamily member, whereby the compound-trimer complex binds to the requisite TNF superfamily receptor and modulates the signalling of the receptor, wherein the compound is a small molecular entity with a molecular weight of 1000 Da or less, and wherein the method comprises: a) performing an assay to determine the thermal transition midpoint (T m) of the trimeric form of the TNF superfamily member in a sample of the TNF superfamily member and the compound; comparing the T m of the trimeric form of the TNF superfamily member in the sample with a control sample in the absence of compound; and selecting a compound that increases the stability of the trimeric form of the TNF superfamily member compared to the stability of the trimeric form of the TNF superfamily member in the absence of the compound; and b) measuring the level of trimeric TNF superfamily member bound to the requisite receptor in a sample comprising the compound and comparing the level of the trimeric TNF superfamily member bound to the requisite receptor to a control sample; and c) contacting the TNF superfamily receptors with both a TNF superfamily member and a compound-trimer complex and detecting whether the test compound prevents or reduces the TNF superfamily member trimer signalling through the TNF superfamily receptor. a) performing an assay to determine the thermal transition midpoint (T m) of the trimeric form of the TNF superfamily member in a sample of the TNF superfamily member and the compound; comparing the T m of the trimeric form of the TNF superfamily member in the sample with a control sample in the absence of compound; and selecting a compound that increases the stability of the trimeric form of the TNF superfamily member compared to the stability of the trimeric form of the TNF superfamily member in the absence of the compound; and b) measuring the level of trimeric TNF superfamily member bound to the requisite receptor in a sample comprising the compound and comparing the level of the trimeric TNF superfamily member bound to the requisite receptor to a control sample; and c) contacting the TNF superfamily receptors with both a TNF superfamily member and a compound-trimer complex and detecting whether the test compound prevents or reduces the TNF superfamily member trimer signalling through the TNF superfamily receptor.
A device for loosening a sticking connection of a glow plug or an atomiser with an engine block in which the glow plug or atomiser is assembled, comprising a housing enclosing a mechanism for generating vibrations in an axial direction, as well as means of transmitting the axial vibrations to the sticking connection, characterised in that it further comprises means of exerting a pre-adjustable couple or axial force to the connection to be loosened.
Interface module for a field bus user (Dev), comprising - a connection for a field bus, at least - one module slot configured for the connection of sensors and/or actuators, - a configuration store configured for storing a configuration file (Konf ist) with logical addresses (lAdr) for accessing process data of the sensors and/or actuators, - a firmware infrastructure for establishing a Profinet connection on the basis of a Profinet I/O connection, characterised by a recognition means which is configured to test a configuration file (Konf ist) which was received via an at least temporarily created application relation as to whether it has virtual addresses (vAdr) which are not physically present, and is further configured, for the event that virtual addresses (vAdr) have been recognized, to trigger a signal (Si) and to treat the received configuration file (Konf ist) further as a virtual configuration file (vKonfig), and the recognition means is further configured to store the virtual configuration file (vKonfig) in a configuration store in a non-volatile manner, a reverse transformation means (RTr) which is configured to transform the virtual addresses (vAdr) back to physically present addresses, specifically the logical addresses (lAdr), whereby for a data exchange of the process data of the module slot, on a request by further field bus users, the process data in the module slot is addressed. - a connection for a field bus, at least - one module slot configured for the connection of sensors and/or actuators, - a configuration store configured for storing a configuration file (Konf ist) with logical addresses (lAdr) for accessing process data of the sensors and/or actuators, - a firmware infrastructure for establishing a Profinet connection on the basis of a Profinet I/O connection, characterised by a recognition means which is configured to test a configuration file (Konf ist) which was received via an at least temporarily created application relation as to whether it has virtual addresses (vAdr) which are not physically present, and is further configured, for the event that virtual addresses (vAdr) have been recognized, to trigger a signal (Si) and to treat the received configuration file (Konf ist) further as a virtual configuration file (vKonfig), and the recognition means is further configured to store the virtual configuration file (vKonfig) in a configuration store in a non-volatile manner, a reverse transformation means (RTr) which is configured to transform the virtual addresses (vAdr) back to physically present addresses, specifically the logical addresses (lAdr), whereby for a data exchange of the process data of the module slot, on a request by further field bus users, the process data in the module slot is addressed.
Door closer housing which extends with the longitudinal direction thereof in the direction of the active line (9, 109) of the force of a closer drive, preferably a closer spring, which can be arranged inside the door closer housing and which has a housing wall (3, 103) which is provided at least at one longitudinal end of the door closer housing with a housing opening (5, 105) which is closed by means of a housing cover (4, 34, 64, 104, 134), wherein the housing cover (4, 34, 64, 104, 134) extends in the transverse direction of the door closer housing and wherein the housing cover (4, 34, 64, 104, 134) is supported in the longitudinal direction of the door closer housing on the housing wall (3, 103) by means of a pin connection (10, 40, 70, 110, 140) having at least one connection pin (11, 12; 111, 112) which extends in the transverse direction of the door closer housing by the connection pin (11, 12; 111, 112) of the pin connection (10, 40, 70, 110, 140) being supported in the longitudinal direction of the door closer housing on the housing wall (3, 103) and itself supporting the housing cover (4, 34, 64, 104, 134) in the longitudinal direction of the door closer housing, characterised in that the connection pin (11, 12; 111, 112) protrudes beyond the housing cover (4, 34, 64, 104, 134) with both the longitudinal ends thereof and is supported with the protrusions on the housing wall (3, 103) of the door closer housing by the connection pin (11, 12; 111, 112) with the protrusions engaging in a pin receiving opening (13, 14; 113, 114) on the housing wall (3, 103) of the door closer housing which pin receiving opening (13, 14; 113, 114)extends in the transverse direction of the door closer housing or by the connection pin (11, 12; 111, 112) being supported so as to be supported with the protrusions on the housing wall (3, 103) of the door closer housing.
A method comprising: computing a probability surface corresponding to a location probability of a wireless node within a physical region based on received signal strength data associated with the wireless node and a Radio Frequency, RF, model of the physical region; computing, based on the probability surface, an aggregate probability, Pin, of the wireless node being inside a perimeter defined within the physical region; computing, based on the probability surface, an aggregate probability, Pout, of the wireless node being outside the perimeter; and determining whether the wireless node is inside or outside the perimeter based on a comparison of Pout and Pin. computing a probability surface corresponding to a location probability of a wireless node within a physical region based on received signal strength data associated with the wireless node and a Radio Frequency, RF, model of the physical region; computing, based on the probability surface, an aggregate probability, Pin, of the wireless node being inside a perimeter defined within the physical region; computing, based on the probability surface, an aggregate probability, Pout, of the wireless node being outside the perimeter; and determining whether the wireless node is inside or outside the perimeter based on a comparison of Pout and Pin.
An instrument case for receiving a string instrument, with a housing, with a receiving region, delimited by the housing, for receiving an instrument and with at least one neck support module comprising a neck support unit for supporting an instrument neck, wherein the neck support module comprises a bearing unit having two bearing elements (46, 56) and supporting the neck support unit in the receiving region in an adjustable manner, wherein the first bearing element of the bearing unit is embodied as a bearing rail and is firmly connected to the housing, wherein the second bearing element of the bearing unit is embodied as a bearing carriage and is connected to the neck support unit, wherein the bearing rail is configured such that the bearing carriage is connected thereto in a form-fit and/or force-fit manner, the bearing carriage having one degree of freedom relative to the bearing rail along the bearing axis, wherein the bearing unit comprises a blocking device, which is configured for a blocking of the bearing elements (46, 56) of the bearing unit in different positions, wherein the blocking device comprises at least one first blocking element (82, 84), which is connected to the first bearing element, and at least one second blocking element (86, 88), which is connected to the second bearing element and is implemented correspondingly, characterized in that the blocking device comprises a spring element, which is configured to press the first and second blocking elements (82, 84, 86, 88) into a blocking position. the neck support module comprises a bearing unit having two bearing elements (46, 56) and supporting the neck support unit in the receiving region in an adjustable manner, wherein the first bearing element of the bearing unit is embodied as a bearing rail and is firmly connected to the housing, wherein the second bearing element of the bearing unit is embodied as a bearing carriage and is connected to the neck support unit, wherein the bearing rail is configured such that the bearing carriage is connected thereto in a form-fit and/or force-fit manner, the bearing carriage having one degree of freedom relative to the bearing rail along the bearing axis, wherein the bearing unit comprises a blocking device, which is configured for a blocking of the bearing elements (46, 56) of the bearing unit in different positions, wherein the blocking device comprises at least one first blocking element (82, 84), which is connected to the first bearing element, and at least one second blocking element (86, 88), which is connected to the second bearing element and is implemented correspondingly, characterized in that the blocking device comprises a spring element, which is configured to press the first and second blocking elements (82, 84, 86, 88) into a blocking position.
A microwave amplification apparatus for an electrosurgical instrument, the microwave amplification apparatus comprising: a cable assembly; a proximal launch portion connected to a proximal end of the cable assembly, the proximal launch portion comprising: a DC source configured to launch a DC signal along the cable assembly; and a microwave source configured to launch a microwave signal along the cable assembly; a distal amplification portion connected to a distal end of the cable assembly, the distal amplification portion comprising a power amplifier configured to receive the microwave signal as an input signal to be amplified, wherein the distal amplification portion is configured to apply the DC signal as a drain voltage across the power amplifier; and a gate voltage extraction module configured to extract a bias voltage from the DC signal and apply it to a gate of the power amplifier; wherein the power amplifier has an output that is connectable to deliver an amplified microwave signal to a structure that is configured to deliver microwave energy into biological tissue. a cable assembly; a proximal launch portion connected to a proximal end of the cable assembly, the proximal launch portion comprising: a DC source configured to launch a DC signal along the cable assembly; and a microwave source configured to launch a microwave signal along the cable assembly; a DC source configured to launch a DC signal along the cable assembly; and a microwave source configured to launch a microwave signal along the cable assembly; a distal amplification portion connected to a distal end of the cable assembly, the distal amplification portion comprising a power amplifier configured to receive the microwave signal as an input signal to be amplified, wherein the distal amplification portion is configured to apply the DC signal as a drain voltage across the power amplifier; and a gate voltage extraction module configured to extract a bias voltage from the DC signal and apply it to a gate of the power amplifier; wherein the power amplifier has an output that is connectable to deliver an amplified microwave signal to a structure that is configured to deliver microwave energy into biological tissue.
A processor architecture arrangement for emulated shared memory, that is ESM, architectures, the processor architecture arrangement comprising a number of multi-threaded processors each provided with interleaved inter-thread pipeline, multiple threads being executed in cyclic, interleaved manner by the pipeline so that a number of other threads being executed while a thread refers to a common physically distributed and logically shared data memory of the ESM architecture, and with a plurality of functional units (402, 402b, 402c, 404, 404b, 404c) for carrying out arithmetic and logical operations on data, wherein the pipeline comprises at least two operatively parallel pipeline branches (412,414,416) including a memory pipeline branch comprising a memory segment arranged for carrying out memory access operations, a first pipeline branch comprising a first sub-group of said plurality of functional units (402, 402b, 402c), such as, arithmetic logic units, arranged for carrying out integer operations, characterized in that the pipeline comprises a second pipeline branch comprising a second, non-overlapping sub-group of said plurality of functional units (404, 404b, 404c), such as floating point units, arranged for carrying out floating point operations, and wherein the first and the second pipeline branches each comprise a plurality of segments, the segments being connected in series, and wherein each segment comprises one or more of said functional units, and further wherein one or more of the functional units of at least said second sub-group arranged for floating point operations are arranged operatively in parallel with the memory access segment (412, 412a) of the pipeline so that the pipeline stages of the associated floating point operations are executed simultaneously with the stages of the memory unit taking care of the pending access of the shared data memory, while the pipeline stages of the first segment of floating point functional units are operated in parallel with corresponding stages of the first segment of arithmetic and logic functional units and the pipeline stages of the second segment of floating point functional units are operated in parallel with the corresponding stages of the second segment of arithmetic and logic functional units.