mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid transfer device (100; 300; 400) comprising: a vial adapter (108; 303; 408) comprising a puncturing cannula (112; 361; 412) for puncturing an injection vial stopper; an IV spike (102; 316; 402) and a substitute IV port holder (104; 318; 404) for receiving a substitute IV port; characterised by : a flow control member port (103; 317; 403), wherein the IV spike, the substitute IV port holder and the puncturing cannula are in flow communication with the flow control member port; and a flow control member (116; 302; 416) sealingly inserted in the flow control member port, wherein rotation of the flow control member between a plurality of positions controls flow communication of the liquid transfer device, the positions comprising: a mixing position for enabling flow communication between the IV spike and the puncturing cannula; and an administering position for enabling flow communication between the IV spike and the substitute IV port holder. a vial adapter (108; 303; 408) comprising a puncturing cannula (112; 361; 412) for puncturing an injection vial stopper; an IV spike (102; 316; 402) and a substitute IV port holder (104; 318; 404) for receiving a substitute IV port; characterised by : a flow control member port (103; 317; 403), wherein the IV spike, the substitute IV port holder and the puncturing cannula are in flow communication with the flow control member port; and a flow control member (116; 302; 416) sealingly inserted in the flow control member port, wherein rotation of the flow control member between a plurality of positions controls flow communication of the liquid transfer device, the positions comprising: a mixing position for enabling flow communication between the IV spike and the puncturing cannula; and an administering position for enabling flow communication between the IV spike and the substitute IV port holder. a flow control member port (103; 317; 403), wherein the IV spike, the substitute IV port holder and the puncturing cannula are in flow communication with the flow control member port; and a flow control member (116; 302; 416) sealingly inserted in the flow control member port, wherein rotation of the flow control member between a plurality of positions controls flow communication of the liquid transfer device, the positions comprising: a mixing position for enabling flow communication between the IV spike and the puncturing cannula; and an administering position for enabling flow communication between the IV spike and the substitute IV port holder. a mixing position for enabling flow communication between the IV spike and the puncturing cannula; and an administering position for enabling flow communication between the IV spike and the substitute IV port holder.
A clamp , comprising: a first jaw member having a camming surface and comprising a U-shaped region defined by first and second spaced arm members ; a second jaw member pivotable with respect to said first jaw member and comprising a U-shaped region defined by third and fourth spaced arm members ; a first biasing member biasing said first and second jaw members to a first position; and a locking mechanism comprising a cam for cooperating with said camming surface, and a second biasing member biasing said cam against said camming surface to lock said first and second jaw members in a second position. a first jaw member having a camming surface and comprising a U-shaped region defined by first and second spaced arm members ; a second jaw member pivotable with respect to said first jaw member and comprising a U-shaped region defined by third and fourth spaced arm members ; a first biasing member biasing said first and second jaw members to a first position; and a locking mechanism comprising a cam for cooperating with said camming surface, and a second biasing member biasing said cam against said camming surface to lock said first and second jaw members in a second position.
A method for selecting a mode of operation of a data transmission, comprising at a device: - monitoring spatial information associated with a terminal connected to an access node of a network via a radio link , - retrieving control data (S1, T1, T2, U2, V4, V6) indicating a spatially-resolved quality of a data transmission between the network and the terminal , wherein the spatially-resolved quality of the data transmission comprises a geo-fence enclosing an area of predefined quality of the data transmission , - depending on the spatial information and further depending on the spatially-resolved quality of the data transmission : selecting between operation of the data transmission in a normal mode and in a resilience mode, wherein the operation in the normal mode is selected if the spatial information and the spatially-resolved quality of the data transmission correspond to non-impaired quality of the data transmission , wherein the operation in the resilience mode is selected if the spatial information and the spatially-resolved quality of the data transmission correspond to impaired quality of the data transmission , wherein the control data are indicative of either the impaired or non-impaired quality wherein operation in the normal mode is selected if at least one of a location of the terminal and an expected route of the terminal as spatial information is not located inside the geo-fence , wherein operation in the resilience mode is selected if at least one of the location of the terminal and the expected route of the terminal is located inside the geo-fence . - monitoring spatial information associated with a terminal connected to an access node of a network via a radio link , - retrieving control data (S1, T1, T2, U2, V4, V6) indicating a spatially-resolved quality of a data transmission between the network and the terminal , wherein the spatially-resolved quality of the data transmission comprises a geo-fence enclosing an area of predefined quality of the data transmission , - depending on the spatial information and further depending on the spatially-resolved quality of the data transmission : selecting between operation of the data transmission in a normal mode and in a resilience mode,
A method of non-specifically diagnosing asymptomatic bacterial vaginosis and an asymptomatic sexually transmitted infection in the genital tract of a non-pregnant female subject in a single test, the method comprising the steps of: a) measuring the levels of IP-10 and either of IL-1β or IL-1α in a sample from the subject; b) comparing each of these levels to a pre-determined level of IP-10 and either of IL-1β or IL-1α, and c) if the level of IP-10 in the sample is lower than the predetermined level of IP-10 or if the level of IL-1β or IL-1α in the sample is higher than the predetermined level of IL-1β or IL-1α, then making a non-specific diagnosis that the subject has at least one of asymptomatic bacterial vaginosis and an asymptomatic sexually transmitted infection. a) measuring the levels of IP-10 and either of IL-1β or IL-1α in a sample from the subject; b) comparing each of these levels to a pre-determined level of IP-10 and either of IL-1β or IL-1α, and c) if the level of IP-10 in the sample is lower than the predetermined level of IP-10 or if the level of IL-1β or IL-1α in the sample is higher than the predetermined level of IL-1β or IL-1α, then making a non-specific diagnosis that the subject has at least one of asymptomatic bacterial vaginosis and an asymptomatic sexually transmitted infection.
Device for determining a fill level of a dust collector for a vacuum cleaner with a centrifugal force separator , characterised by - at least one resonator element , which is held on an external wall of the dust collector , - an exciter element (6; 6') which excites the resonator element to vibrate mechanically, and - a detection unit (9; 9') which detects a variable which characterises a damping of the mechanical vibration and which determines the fill level of the dust collector as a function of the determined variable, and wherein - the exciter element (6; 6') comprises a magnet which is coupled to the resonator element and can be moved with the aid of an exciter coil , by means of which an exciter current can be conducted. - at least one resonator element , which is held on an external wall of the dust collector , - an exciter element (6; 6') which excites the resonator element to vibrate mechanically, and - a detection unit (9; 9') which detects a variable which characterises a damping of the mechanical vibration and which determines the fill level of the dust collector as a function of the determined variable, and wherein - the exciter element (6; 6') comprises a magnet which is coupled to the resonator element and can be moved with the aid of an exciter coil , by means of which an exciter current can be conducted.
A method of producing a plate composite with the use of cellulose and carbon particles with increased fire resistance characterized in that 1.1. particles rich in elemental carbon, i.e. with a carbon content >90%, selected from expanding graphite (EG) and carbon nanotubes (CNT), are dispersed in water in weight ratios ranging from 0.2:1 to 1:0.2. in an aqueous system, the weight ratio of carbon particles to water is from 1:1 to 100:1. 1.2. cellulose pulp with a concentration of 1-25% in water is produced 1.3. a dispersed suspension of carbon particles is introduced into the cellulose pulp. 1.4. a composite is formed on a paper machine 1.5. the composite is dried and pressed wherein the EG/CNT dispersion is kept in water for a period of 24 hours, and further the resulting particle dispersion is homogenized for 30-45 s by means of a homogenizer with a rotation speed from 400 to 4000 rpm until a homogeneous water dispersion is obtained and the homogeneous particle dispersion is added to the cellulose pulp produced in parallel in an amount of 1-75% by weight based on the total mass of the product and the mixture is further grounded for 10 s in the refiner, and the cellulose pulp is produced in such a way that the cellulose in the form of sheets is initially comminuted into particles size 1-4 cm 2 , soaked for 24 hours in deionized water, the weight ratio of cellulose to water is 1:10, and after 24 hours the cellulose is defibrated in a defiberizer and water is added until the total cellulose to water ratio is at the level of 1:50, then the homogeneous mass is transferred to a sheet forming apparatus and diluted with water to a mass concentration ranging from 2-20%, and cellulose-carbon sheets are formed. 1.1. particles rich in elemental carbon, i.e. with a carbon content >90%, selected from expanding graphite (EG) and carbon nanotubes (CNT), are dispersed in water in weight ratios ranging from 0.2:1 to 1:0.2. in an aqueous system, the weight ratio of carbon particles to water is from 1:1 to 100:1. 1.2. cellulose pulp with a concentration of 1-25% in water is produced 1.3. a dispersed suspension of carbon particles is introduced into the cellulose pulp. 1.4. a composite is formed on a paper machine 1.5. the composite is dried and pressed
A method of operating a cutting unit having a cutter bar which is operated rigidly or flexibly in dependence on harvest conditions and which is operable in at least two different modes of operation, wherein the cutting unit has a first sensor arrangement arranged deactivatably on the cutting unit for operation of the cutting unit in a first mode of operation and a second sensor arrangement for operation of the cutting unit in a second mode of operation, wherein the cutter bar is operated rigidly in the first mode of operation, wherein it is guided in a preset cutting height over the ground, wherein the cutter bar is operated flexibly in the second mode of operation, wherein it rests on a ground in order to follow a ground contour while a cutting unit frame of the cutting unit is guided at a predetermined spacing relative to the ground, characterised in that upon a change between the at least two modes of operation in dependence on the selected mode of operation the first sensor arrangement or the second sensor arrangement is activated without an interruption in operation for carrying out a process of determining the spacing.
A data protection method, comprising: receiving , at a second device , an individual privacy specification from a plurality of first devices (105-1,105-N) in which the individual privacy specification for each of the first devices is independently specified, with respect to the other first devices, from a selection of privacy options; sending , by the second device, guidance to each of the plurality of first devices to transform device associated first data into perturbed second data at the respective first device according to a probability distribution selected to provide privacy protection consistent with the respective individual privacy specification; and receiving , at the second device, the perturbed second data from each of the first devices. receiving , at a second device , an individual privacy specification from a plurality of first devices (105-1,105-N) in which the individual privacy specification for each of the first devices is independently specified, with respect to the other first devices, from a selection of privacy options; sending , by the second device, guidance to each of the plurality of first devices to transform device associated first data into perturbed second data at the respective first device according to a probability distribution selected to provide privacy protection consistent with the respective individual privacy specification; and receiving , at the second device, the perturbed second data from each of the first devices.
A method for communicating with a network at a user equipment, UE, in a wireless communication system, the method comprising: suspending a connection with the network; selecting one procedure of a connection establishment procedure or a connection resuming procedure based on a cause value of a connection provided from a higher layer; and performing the selected procedure, wherein the cause value of the connection is determined according to a type of data to be transmitted. suspending a connection with the network; selecting one procedure of a connection establishment procedure or a connection resuming procedure based on a cause value of a connection provided from a higher layer; and performing the selected procedure, wherein the cause value of the connection is determined according to a type of data to be transmitted.
Solution particularly for pretreating a surface, comprising, preferably consisting of, I. at least one first silane, the first silane being 3-aminopropyltrimethoxysilane or 3-aminopropytri-ethoxysilane, and II. at least one second silane, the second silane being vinyltrimethoxysilane or vinyltriethoxysilane, with the solution containing no further silanes, and the silanes being present in total in a concentration of 0.1 to 1.0 weight per cent in the solution, and the second silane being present in a higher weight concentration than the first silane, specifically in a 2.0- to 6.0-fold weight concentration, and III. isopropanol and IV. water, where the concentration of the water in the solution is between greater than 5.0 weight per cent and less than 30.0 weight per cent. I. at least one first silane, the first silane being 3-aminopropyltrimethoxysilane or 3-aminopropytri-ethoxysilane, and II. at least one second silane, the second silane being vinyltrimethoxysilane or vinyltriethoxysilane, with the solution containing no further silanes, and the silanes being present in total in a concentration of 0.1 to 1.0 weight per cent in the solution, and the second silane being present in a higher weight concentration than the first silane, specifically in a 2.0- to 6.0-fold weight concentration, and III. isopropanol and IV. water, where the concentration of the water in the solution is between greater than 5.0 weight per cent and less than 30.0 weight per cent.
A droplet detection apparatus for a printing device, the droplet detection apparatus comprising: a light emitter to emit a diverging light beam along an optical propagation axis , the emitted diverging light beam having an angle of divergence of less than 20° and a spatial intensity distribution profile with a minimum that is coincident with the optical propagation axis and a peak that is non-coincident with the optical propagation axis , wherein the light emitter is an LED; and a light detector located relative to the light emitter away from the optical propagation axis of the emitted diverging light beam such that, in use, the peak of the spatial intensity distribution profile of the emitted diverging light beam is incident on the light detector . a light emitter to emit a diverging light beam along an optical propagation axis , the emitted diverging light beam having an angle of divergence of less than 20° and a spatial intensity distribution profile with a minimum that is coincident with the optical propagation axis and a peak that is non-coincident with the optical propagation axis , wherein the light emitter is an LED; and a light detector located relative to the light emitter away from the optical propagation axis of the emitted diverging light beam such that, in use, the peak of the spatial intensity distribution profile of the emitted diverging light beam is incident on the light detector .
A screen capturing method, comprising: running (S201, S301) a target application, and displaying a first interface of the target application; receiving (S202, S302) a screen capturing instruction input by a user; adjusting, by the target application, the first interface according to the screen capturing instruction to obtain a second interface, wherein the first interface is different from the second interface; displaying the second interface; detecting a target information area selected by the user in the second interface; modifying the second interface according to the selected target information area to obtain a third interface; and generating (S204, S304) a picture that comprises at least the third interface. running (S201, S301) a target application, and displaying a first interface of the target application; receiving (S202, S302) a screen capturing instruction input by a user; adjusting, by the target application, the first interface according to the screen capturing instruction to obtain a second interface, wherein the first interface is different from the second interface; displaying the second interface; detecting a target information area selected by the user in the second interface; modifying the second interface according to the selected target information area to obtain a third interface; and generating (S204, S304) a picture that comprises at least the third interface.
Wall anchor for wall-side fastening of a sanitary bathtub comprising a base body , which has an elongated hole , through which a fastening screw for fastening the base body to a wall is guided, wherein at least one profile holder is arranged for a C-profile rail having a longitudinal slot , which has means for the clamping fixation of a received C-profile rail , wherein the profile holder comprises a holding strip firmly connected to the base body and a clamping strip movable relative thereto, wherein the means are formed by the clamping strip , which is connected to at least one clamping lever , via which it can be pressed within a C-profile rail received by the profile holder against said rail, characterised in that the at least one clamping lever is pivotable about an axle extending in the longitudinal direction of the base body .
Method for operating an electrically adjustable roll stabilizer for a chassis of a motor vehicle , comprising an actuator which is arranged between two subsections of the roll stabilizer and can adjust the subsections in relation to one another, wherein at least one sensor for detecting the angle of twist and/or the torque is provided, wherein signals relating to the angle of twist and/or torque are processed by at least one controller for controlling the actuator , characterized in that , during the operation of the roll stabilizer which is secured in accordance with ASIL, the signals are compared with maximum and minimum characteristic values within the at least one controller, wherein the maximum adjustment path and/or the maximum torque output of the actuator are/is determined depending on vehicle characteristic values, preferably on vehicle speed and/or steering angle and/or lateral acceleration, in order to break up the detection of unintended torque output into a high-order and a lower safety target.
A reverse mode light valve which has a higher light transmittance on OFF-state and a lower light transmittance on ON-state, comprising a first layer of a transparent conductive substrate; an active layer containing ABX 3 perovskite particles suspended in a liquid suspension; and a second layer of a transparent conductive substrate, wherein A is at least one of Cs + and CH 3 NH 3 + , B is Pb 2+ , and X is at least one of Br - and I - ; and the ABX 3 perovskite particles have a morphology of nanosheets having a length of about 50 nm-2000 nm, and a thickness of 5 nm-100 nm.
Cosmetic cleansing product comprising a pressure container with release valve containing a) an emulsion comprising i) at least one amino acid surfactant according to one of the formulae I to IV wherein R 1 is an alkyl chain having 10 to 20 carbon atoms and M + is in each case an Na + or NH 4 + , and/or at least one alkyl sulfate according to formula V where n is an integer in the range of 9 to 19 and M 2 + is an Na + or NH 4 + , ii) glyceryl monostearate SE, and iii) at least one alkyl polyglycoside; and b) at least one propellant gas or propellant gas mixture. a) an emulsion comprising i) at least one amino acid surfactant according to one of the formulae I to IV wherein R 1 is an alkyl chain having 10 to 20 carbon atoms and M + is in each case an Na + or NH 4 + , and/or at least one alkyl sulfate according to formula V where n is an integer in the range of 9 to 19 and M 2 + is an Na + or NH 4 + , ii) glyceryl monostearate SE, and iii) at least one alkyl polyglycoside; and i) at least one amino acid surfactant according to one of the formulae I to IV wherein R 1 is an alkyl chain having 10 to 20 carbon atoms and M + is in each case an Na + or NH 4 + , and/or at least one alkyl sulfate according to formula V where n is an integer in the range of 9 to 19 and M 2 + is an Na + or NH 4 + , ii) glyceryl monostearate SE, and iii) at least one alkyl polyglycoside; b) at least one propellant gas or propellant gas mixture.
An orthomode transducer for transmitting a first signal and a second signal in orthogonal propagation modes, comprising: - a primary waveguide with a square or rectangular cross section, and characterised in that it comprises: - two guided access means having, on the one hand, a free end via which the first signal and the second signal are respectively injected or recovered, and, on the other hand, two arms connected to the primary waveguide, and wherein each guided access means comprises a junction configured to connect the free end to the two arms of the guided access means, the two arms of each guided access means being connected to the primary waveguide at two off-centred locations on one or more sides of the primary waveguide, the two locations being symmetrical with respect to an axis of symmetry of the primary waveguide. - a primary waveguide with a square or rectangular cross section, and characterised in that it comprises: - two guided access means having, on the one hand, a free end via which the first signal and the second signal are respectively injected or recovered, and, on the other hand, two arms connected to the primary waveguide,