mhurhangee/ep-ind-claims huggingface dataset:
A control arrangement for controlling a sensorless diaphragm pump, comprising - a control fluid inlet for connection to a first controlled fluid reservoir having a pressure level which is elevated compared to a reference pressure, - a control fluid outlet for connection to a second controlled fluid reservoir having a pressure level which is reduced compared to a reference pressure, - a control fluid connection for the connection of a control fluid line for the sensorless diaphragm pump, characterised in that - the control fluid inlet is connected to a collection point via a first proportional valve and the control fluid outlet is connected to the collection point via a second proportional valve, - a mass flow sensor is arranged between the collection point and the control fluid connection, and - the control arrangement further comprises a control unit, which, in terms of signal technology, is connected to the first proportional valve, the second proportional valve and the mass flow sensor. - a control fluid inlet for connection to a first controlled fluid reservoir having a pressure level which is elevated compared to a reference pressure, - a control fluid outlet for connection to a second controlled fluid reservoir having a pressure level which is reduced compared to a reference pressure, - a control fluid connection for the connection of a control fluid line for the sensorless diaphragm pump, - the control fluid inlet is connected to a collection point via a first proportional valve and the control fluid outlet is connected to the collection point via a second proportional valve, - a mass flow sensor is arranged between the collection point and the control fluid connection, and - the control arrangement further comprises a control unit, which, in terms of signal technology, is connected to the first proportional valve, the second proportional valve and the mass flow sensor.
An integrated circuit which, in operation, is configured to perform a process of a vehicular mobile terminal for determining radio resources for communicating with at least a second mobile terminal in a communication system, wherein the process comprises: determining whether to determine radio resources based on the location of the vehicular mobile terminal or not, wherein the determination is based on information received from an entity of the communication system, in case the radio resources are to be selected based on the location of the vehicular mobile terminal, determining the location of the vehicular mobile terminal, and determining radio resources for communication with at least the second mobile terminal, based on the determined location of the vehicular mobile terminal. determining whether to determine radio resources based on the location of the vehicular mobile terminal or not, wherein the determination is based on information received from an entity of the communication system, in case the radio resources are to be selected based on the location of the vehicular mobile terminal, determining the location of the vehicular mobile terminal, and determining radio resources for communication with at least the second mobile terminal, based on the determined location of the vehicular mobile terminal.
An up-and-down driving device configured to allow an up-and-down driving unit to move while supporting a load of an object, in a support module in which the up-and-down driving unit is movably inserted into an inner space of a fixed housing, the up-and-down driving device comprising: a driving means configured to move the up-and-down driving unit in an up-and-down direction; a fixed-position compression spring main module comprising a fixed-position compression spring having one side fixed to a lower end of the housing and the other side supporting the up-and-down driving unit and mounted in a motion direction of the up-and-down driving unit; and characterized in that the up-and-down driving device further comprises a variable-position compression spring supplemental module comprising a variable-position compression spring having one side mounted rotatably to a side of the housing and the other side fastened rotatably to the up-and-down driving unit and configured to rotate while making a predetermined angle with the motion direction of the up-and-down driving unit. a driving means configured to move the up-and-down driving unit in an up-and-down direction; a fixed-position compression spring main module comprising a fixed-position compression spring having one side fixed to a lower end of the housing and the other side supporting the up-and-down driving unit and mounted in a motion direction of the up-and-down driving unit; and characterized in that the up-and-down driving device further comprises a variable-position compression spring supplemental module comprising a variable-position compression spring having one side mounted rotatably to a side of the housing and the other side fastened rotatably to the up-and-down driving unit and configured to rotate while making a predetermined angle with the motion direction of the up-and-down driving unit.
A formulation comprising: (a) at least a compound of formula (b) at least one solubilizer which is medium-chain fatty acid triglycerides and a combination of medium-chain fatty acid mono- and diglycerides, wherein the at least one solubilizer is included in the range from 10 to 80% w/w; (c) at least one surfactant which is polyoxyethylene sorbitan monooleate, wherein the at least one surfactant is included in the range from 15 to 40% w/w; and (d) at least one stabilizer which is butylated hydroxytoluene. (a) at least a compound of formula (b) at least one solubilizer which is medium-chain fatty acid triglycerides and a combination of medium-chain fatty acid mono- and diglycerides, wherein the at least one solubilizer is included in the range from 10 to 80% w/w; (c) at least one surfactant which is polyoxyethylene sorbitan monooleate, wherein the at least one surfactant is included in the range from 15 to 40% w/w; and (d) at least one stabilizer which is butylated hydroxytoluene.
A microfluidic delivery system comprising: a microfluidic die comprising a plurality of nozzles for dispensing a fluid composition and comprising at least one heating element configured to receive an electrical firing pulse, wherein said electrical firing pulse is delivered during a firing period (tON) from 0.25 seconds to 10 seconds, and wherein, during said firing period, said electrical firing pulse is pulsed at 100 Hertz to 6000 Hertz with a fire time (tFIRE) from 1 microsecond to 3 microseconds; wherein the heating element is electrically connected to a microprocessor comprising software programmed to control said operation of the heating element.
Sawing system (Sg) intended to be mounted in a machine for cutting a slice of material, comprising a cradle (Bc) on which at least one double-acting hydraulic ram hitched to a corresponding saw (Sc) is mounted, characterized in that it comprises a pair of valves (Ev1, Ev4) that are connected in a parallel assembly, by way of a first hydraulic circuit, to the upstream chamber (Cm) of the ram, another pair of valves (Ev2, Ev3) that are connected in a parallel assembly, by way of a second hydraulic circuit, to the downstream chamber (Ca) of the ram, or vice versa, each valve (Ev) being of the 2/2 type.
Profiled clamp having a clamping band and a clamping device, wherein at least two profile segments which are spaced apart from one another on the circumferential side are disposed on an inner side of the clamping band; wherein the profile segments are connected to the clamping band by way of in each case at least one latching connection; wherein the clamping band has at least one opening for configuring the latching connection, wherein at least one latching element which is able to be inserted into the opening is disposed on a rear side of the profile segment that faces the clamping band, characterized in that the opening of the clamping band has an elongate shape which is directed in the circumferential direction of the clamping band; wherein a sealing element is positioned on at least one profile segment; wherein the sealing element runs on the inner side of the profile segments that faces away from the clamping band; wherein at least one thin plate for fastening the sealing element is disposed on the side of the profile element that faces away from the clamping band.
Plain bearing, which has at least one inner sleeve which is surrounded by at least one damping layer which consists of at least one elastomer, an end face of the at least one plain bearing being visible, an indicator agent being introduced into at least one section of the elastomer forming the at least one damping layer, which, in the event of crack formation in the at least one damping layer, emerges at the end face in an optically detectable manner, characterized in that the indicator agent can be activated by heat development, so that the indicator agent emerges at the end face of the plain bearing by liquefaction.
Process for printing a 3D structure comprising the steps of i)providing a multi-component mortar system comprising a component A and a component B wherein - component A comprises 10 to 50 weight-% aluminous cement and 30 to 78 weight-% mineral filler, based on the weight of component A, at least one set inhibitor, and water, and - component B comprises an initiator system for the set-inhibited aluminous cement, 65 to 86 weight-% mineral filler, based on the weight of component B, and water, ii) mixing the components with a static or dynamic mixer and applying the mixed mortar with a robotic system to form a 3D structure, and iii) curing of the applied 3D structure. i)providing a multi-component mortar system comprising a component A and a component B wherein - component A comprises 10 to 50 weight-% aluminous cement and 30 to 78 weight-% mineral filler, based on the weight of component A, at least one set inhibitor, and water, and - component B comprises an initiator system for the set-inhibited aluminous cement, 65 to 86 weight-% mineral filler, based on the weight of component B, and water, - component A comprises 10 to 50 weight-% aluminous cement and 30 to 78 weight-% mineral filler, based on the weight of component A, at least one set inhibitor, and water, and - component B comprises an initiator system for the set-inhibited aluminous cement, 65 to 86 weight-% mineral filler, based on the weight of component B, and water, ii) mixing the components with a static or dynamic mixer and applying the mixed mortar with a robotic system to form a 3D structure, and iii) curing of the applied 3D structure.
An apparatus for processing human biological material containing stringy tissue, the apparatus comprising; a container having an internal containment volume, the internal containment volume including a tissue retention volume and a filtrate volume; a filter disposed within the internal containment volume with the tissue retention volume on one side of the filter and the filtrate volume on another side of the filter with the tissue retention volume and the filtrate volume being in fluid communication through the filter; an inlet port in fluid communication with the tissue retention volume and configured to access the tissue retention volume for introducing human biological material into the tissue retention volume; a suction port in fluid communication with the filtrate volume and configured to access the filtrate volume for suctioning material from the filtrate volume; a tissue collector disposed in the tissue retention volume and rotatable relative to the container in at least a first direction of rotation about an axis of rotation, the tissue collector including at least one toothed member that sweeps through a portion of the tissue retention volume when the tissue collector is rotated in the first direction, the toothed member being configured with a plurality of teeth to collect and retain stringy tissue when the tissue collector is rotated in the first direction in contact with human biological material containing stringy tissue disposed in the tissue retention volume; and wherein, each said toothed member has a first end located radially toward the axis and a second end located radially away from the axis, each said toothed member includes between the first end and the second end at least three teeth and an open space between the teeth of each pair of adjacent said teeth and the teeth project toward a leading side of the toothed member when the tissue collector is rotated in the first direction.
A method for controlling a mobile communication device (10, 100), the method comprising: - displaying a plurality of numeric execution keys (11,1122) on a touch screen in a standby mode; - displaying function icons on the touch screen, the function icons comprising at least a call icon; and - executing: o a first operation assigned to a specific one (12,14) of the plurality of execution keys (11,1122), when the specific execution key (12, 14) is touched for a time period shorter than a pre-defined time period, in order to input a number of the execution key as part of a telephone number; and o a second operation assigned to the specific execution key (12,14), the second operation comprising determining and displaying short-cut information assigned to the specific execution key (12,14) on the touch screen and performing call connection to a telephone number assigned to the specific execution key as part of the short-cut information, when either the execution key is touched and dragged onto the call icon, or the call icon is touched and dragged onto the specific execution key. - displaying a plurality of numeric execution keys (11,1122) on a touch screen in a standby mode; - displaying function icons on the touch screen, the function icons comprising at least a call icon; and - executing: o a first operation assigned to a specific one (12,14) of the plurality of execution keys (11,1122), when the specific execution key (12, 14) is touched for a time period shorter than a pre-defined time period, in order to input a number of the execution key as part of a telephone number; and o a second operation assigned to the specific execution key (12,14), the second operation comprising determining and displaying short-cut information assigned to the specific execution key (12,14) on the touch screen and performing call connection to a telephone number assigned to the specific execution key as part of the short-cut information, when either the execution key is touched and dragged onto the call icon, or the call icon is touched and dragged onto the specific execution key. o a first operation assigned to a specific one (12,14) of the plurality of execution keys (11,1122), when the specific execution key (12, 14) is touched for a time period shorter than a pre-defined time period, in order to input a number of the execution key as part of a telephone number; and o a second operation assigned to the specific execution key (12,14), the second operation comprising determining and displaying short-cut information assigned to the specific execution key (12,14) on the touch screen and performing call connection to a telephone number assigned to the specific execution key as part of the short-cut information, when either the execution key is touched and dragged onto the call icon, or the call icon is touched and dragged onto the specific execution key.
A method of forming a polycyclocarbonate compound having at least two carbonate-containing rings, the method comprising reacting reactants including: a first compound including at least two carbonyl functional groups; a second compound having a carbon-carbon triple bond; and carbon dioxide, wherein each of the at least two carbonyl functional groups is independently a ketone or an aldehyde group, and wherein the second compound has the structure R 3 -C≡C-R 3, wherein: each R 3 is independently a hydrogen atom or an organic group, and at least one R 3 is a hydrogen atom. a first compound including at least two carbonyl functional groups; a second compound having a carbon-carbon triple bond; and carbon dioxide, wherein each of the at least two carbonyl functional groups is independently a ketone or an aldehyde group, and wherein the second compound has the structure R 3 -C≡C-R 3, wherein: each R 3 is independently a hydrogen atom or an organic group, and at least one R 3 is a hydrogen atom. each R 3 is independently a hydrogen atom or an organic group, and at least one R 3 is a hydrogen atom.
A pure titanium sheet comprising titanium and inevitable impurities, the pure titanium sheet having a 0.2% yield strength of 215 MPa or more, the pure titanium sheet having an average grain size d of its structure of 25 μm or more and 75 μm or less, and the pure titanium sheet having a hexagonal crystal structure, respective grains in the hexagonal crystal structure having an average of Schmidt factors of twins with a rolling direction as axes, and the average Schmidt factor and the average grain size d satisfying following Expression: 0.055 ≤ SF / √d ≤ 0.084
A method of determining an angular position (θ) of a target (102; 312) of an inductive angular position sensor system, wherein the inductive angular position sensor system further comprises: a substrate with at least one transmitter coil and a plurality of receiver coils (RX1, RX2, RX3), and a target which is movable relative to said substrate, the method comprising: a) receiving a plurality of input signals (S0, S1, S2) from said receiver coils (RX1, RX2, RX3); b) demodulating and optionally pairwise subtracting said plurality of input signals (S0, S1, S2), and providing a plurality of sinusoidal baseband signals (In0, In1, In2), each having a respective amplitude and a respective DC-offset; c) digitizing said plurality of sinusoidal baseband signals (In0, In1, In2) or digitizing pairwise difference signals (D01, D12, D20) derived therefrom, and providing a set of digital signals (X0, X1, X2); d) reducing the respective DC-offset-value (DCO, DC1, DC2) for each of the digital signals in an iterative manner, thereby providing a plurality of DC-compensated signals; e) determining an angular position of the target based on the DC compensated signals; characterised in that step d) comprises: i) initializing a DC correction value; ii) subtracting the DC correction value from the digital signal to obtain a DC-shifted signal; iii) clipping the DC-shifted-signal to obtain clipped signals; iv) calculating a first sum by summing values of the clipped signal over one period; v) calculating a second sum by summing absolute values of the clipped signal over said period; vi) adjusting the DC-correction value by a function of a ratio of the first sum and the second sum. a) receiving a plurality of input signals (S0, S1, S2) from said receiver coils (RX1, RX2, RX3); b) demodulating and optionally pairwise subtracting said plurality of input signals (S0, S1, S2), and providing a plurality of sinusoidal baseband signals (In0, In1, In2), each having a respective amplitude and a respective DC-offset; c) digitizing said plurality of sinusoidal baseband signals (In0, In1, In2) or digitizing pairwise difference signals (D01, D12, D20) derived therefrom, and providing a set of digital signals (X0, X1, X2); d) reducing the respective DC-offset-value (DCO, DC1, DC2) for each of the digital signals in an iterative manner, thereby providing a plurality of DC-compensated signals; e) determining an angular position of the target based on the DC compensated signals; i) initializing a DC correction value; ii) subtracting the DC correction value from the digital signal to obtain a DC-shifted signal; iii) clipping the DC-shifted-signal to obtain clipped signals; iv) calculating a first sum by summing values of the clipped signal over one period; v) calculating a second sum by summing absolute values of the clipped signal over said period; vi) adjusting the DC-correction value by a function of a ratio of the first sum and the second sum.
Assembly (10, 30), comprising: a housing (11, 31) comprising a first layer and a second layer opposite the first layer, wherein the first layer and the second layer are spaced apart to define a confined interior space between the first and the second layers, a semi-permeable membrane attached to the first layer, the semi-permeable membrane covering a porous membrane area portion of the first layer, an outlet port and an inlet port in fluid communication with the interior space, first means (20, 40) for circulating a first fluid between the outlet port and the inlet port, and second means for circulating a second fluid along an exterior surface of the semi-permeable membrane, wherein the second means comprises a fluid duct attached to or integrated within the housing, wherein the semi-permeable membrane forms a barrier allowing for exchange of compounds across the semi-permeable membrane, characterised in that the fluid duct is isolated from the interior space and is porous to provide fluid access to an exterior surface of the semi-permeable membrane. a housing (11, 31) comprising a first layer and a second layer opposite the first layer, wherein the first layer and the second layer are spaced apart to define a confined interior space between the first and the second layers, a semi-permeable membrane attached to the first layer, the semi-permeable membrane covering a porous membrane area portion of the first layer, an outlet port and an inlet port in fluid communication with the interior space, first means (20, 40) for circulating a first fluid between the outlet port and the inlet port, and second means for circulating a second fluid along an exterior surface of the semi-permeable membrane, wherein the second means comprises a fluid duct attached to or integrated within the housing, wherein the semi-permeable membrane forms a barrier allowing for exchange of compounds across the semi-permeable membrane, characterised in that the fluid duct is isolated from the interior space and is porous to provide fluid access to an exterior surface of the semi-permeable membrane.
A method for treating traffic of a private device (112, 114, 116) in a public network (140, 150), wherein the private device is located behind a network address translation device having a public IPv4 address, the method comprising the steps of: - receiving, in a network node (130, 5000) of the public network, an identification of a block of ports on the public IPv4 address indicating that the block of ports is reserved for the private device, wherein the block contains two or more ports, and wherein the step of receiving the identification of a block of ports on the public IPv4 address further comprises receiving an identification of the private device from the network address translation device; - activating in the network node of the public network, a rule of treating traffic of the private device; and - intercepting, before activating the rule, in the network node of the public network the identification of the private device during authentication thereof with an authentication function; or - receiving, before activating the rule, in the network node of the public network the identification of the private device from the authentication function following authentication of the private device therewith. - receiving, in a network node (130, 5000) of the public network, an identification of a block of ports on the public IPv4 address indicating that the block of ports is reserved for the private device, wherein the block contains two or more ports, and wherein the step of receiving the identification of a block of ports on the public IPv4 address further comprises receiving an identification of the private device from the network address translation device; - activating in the network node of the public network, a rule of treating traffic of the private device; and - intercepting, before activating the rule, in the network node of the public network the identification of the private device during authentication thereof with an authentication function; or - receiving, before activating the rule, in the network node of the public network the identification of the private device from the authentication function following authentication of the private device therewith.