mhurhangee/ep-ind-claims huggingface dataset:
An aqueous dispersion of polymeric particles having core-shell structure wherein at least one of the polymeric core and the polymeric shell is formed from a monomers mixture comprising isobornyl (meth)acrylate and wherein the isobornyl (meth)acrylate is present in the monomers mixture in an amount of 1 wt% to 9 wt%, relative to the weight of the corresponding monomers mixture for the polymeric core or the polymeric shell.
A method in a wireless device (106a,106b) for controlling Discontinuous Reception, DRX, in the wireless device (106a,106b), which wireless device (106a,106b) is capable of cellular communication and Device to Device, D2D, communication, wherein the wireless device (106a,106b) is served by a radio network node, wherein the wireless device (106a,106b) and the radio network node are comprised in a communications network configured for both cellular communication and D2D communication, and wherein the method comprises: - when receiving a first uplink cellular communication grant, activating (118,210), for a first period of time, t1, a DRX-wake state for a cellular DRX configuration during which DRX-wake state the wireless device (106a,106b) is configured to receive a second uplink cellular communication grant; and - when receiving a first D2D communication grant, activating (119,213), for a second period of time, t2, the DRX-wake state for a D2D DRX configuration, and during which DRX-wake state the wireless device (106a,106b) is configured to receive a second D2D communication grant, - filtering (112,203) the cellular DRX configuration with a first subframe configuration, whereby the wireless device (106a,106b) is in a DRX-sleep state for cellular communication for subframes comprised in the first subframe configuration, - filtering (115,206) the D2D DRX configuration with a second subframe configuration, whereby the wireless device (106a,106b) is in a DRX-sleep state for D2D communication for subframes comprised in the second subframe configuration, whereby the wireless device (106a,106b) is capable of controlling the DRX of the wireless device (106a,106b) using both the cellular DRX configuration and the D2D DRX configuration. - when receiving a first uplink cellular communication grant, activating (118,210), for a first period of time, t1, a DRX-wake state for a cellular DRX configuration during which DRX-wake state the wireless device (106a,106b) is configured to receive a second uplink cellular communication grant; and - when receiving a first D2D communication grant, activating (119,213), for a second period of time, t2, the DRX-wake state for a D2D DRX configuration, and during which DRX-wake state the wireless device (106a,106b) is configured to receive a second D2D communication grant, - filtering (112,203) the cellular DRX configuration with a first subframe configuration, whereby the wireless device (106a,106b) is in a DRX-sleep state for cellular communication for subframes comprised in the first subframe configuration, - filtering (115,206) the D2D DRX configuration with a second subframe configuration, whereby the wireless device (106a,106b) is in a DRX-sleep state for D2D communication for subframes comprised in the second subframe configuration,
A reactor for production of a micronized silica gel, the reactor comprising: a reactor body with a cavity; at least one mixer rod within the cavity of the reactor body and rotatable relative to the reactor body about an axis of rotation; wherein the at least one mixer rod comprises at least one mixing extension; wherein the at least one mixer rod and/or the at least one mixing extension comprises at least one outlet opening for adding a fluid into the reactor body; wherein the at least one outlet opening is fluidly connected to one or more fluid supply via at least one fluid connection, characterized in that the at least one mixing extension is a paddle with or without spoke, wherein the fluid supply extends through the paddle. a reactor body with a cavity; at least one mixer rod within the cavity of the reactor body and rotatable relative to the reactor body about an axis of rotation; wherein the at least one mixer rod comprises at least one mixing extension; wherein the at least one mixer rod and/or the at least one mixing extension comprises at least one outlet opening for adding a fluid into the reactor body; wherein the at least one outlet opening is fluidly connected to one or more fluid supply via at least one fluid connection, characterized in that the at least one mixing extension is a paddle with or without spoke, wherein the fluid supply extends through the paddle.
A reversal system for an endoscope, in particular a laparoscope or uroscope, with two outer achromats (10, 20) each having at least two lenses (11, 12; 21; 22), wherein the outer achromats (10, 20) have an outer diameter (D10, D20), and with two inner achromats (30, 40) arranged between the outer achromats (10, 20), wherein each of the inner achromats (30, 40) has at least two lenses (31, 32; 41, 42), wherein the lenses (31, 32; 41, 42) of the both inner achromats (30, 40) are accommodated in a holding sleeve, wherein the holding sleeve with the both inner achromats (30, 40) is arranged between the outer achromats (10, 20).
A control element for an industrial truck, with two control levers (12, 14) and at least one switch (22, 24) arranged between the control levers, wherein the control levers (12, 14) are each one configured for a biaxial movement, characterised in that the control levers are spatially spaced apart from each other such that by a hand which is positioned between the levers, the control levers and the at least one switch between the control levers can be actuated by the fingers without the need to reach round, wherein both control levers can be moved only via the fingers without any position change of the hand.
A method for transmitting a common signal, wherein the common signal comprises at least one of the following signals: a primary synchronization signal, PSS, a secondary synchronization signal, SSS, a physical broadcast channel, PBCH, a cell-specific reference signal, CRS, a discovery signal, DS, and system information block type 1, SIB1, comprising: determining, by a first base station, that a sending condition of the common signal is met; determining, by the first base station, a first configuration used to send the common signal; and sending, by the first base station, the common signal according to the first configuration; wherein the sending condition of the common signal comprises at least one of the following conditions: condition one: the first base station receives first request information sent by a second base station, wherein the first request information is used to request the first base station to send the common signal; condition two: the first base station receives second request information sent by a first UE, wherein the second request information is used to request the first base station to send the common signal. determining, by a first base station, that a sending condition of the common signal is met; determining, by the first base station, a first configuration used to send the common signal; and sending, by the first base station, the common signal according to the first configuration; wherein the sending condition of the common signal comprises at least one of the following conditions: condition one: the first base station receives first request information sent by a second base station, wherein the first request information is used to request the first base station to send the common signal; condition two: the first base station receives second request information sent by a first UE, wherein the second request information is used to request the first base station to send the common signal. condition one: the first base station receives first request information sent by a second base station, wherein the first request information is used to request the first base station to send the common signal; condition two: the first base station receives second request information sent by a first UE, wherein the second request information is used to request the first base station to send the common signal.
A method for manufacturing a fiber preform filled with particles, the method comprising at least the following step: - forming the filled preform by compacting a stack of a plurality of fiber plies impregnated with a suspension of particles of ceramic oxide in a liquid medium, the method being characterized in that the liquid medium includes at least one compound having a saturation vapor pressure less than 2.3 kPa at 20°C, this compound being present at a mass content greater than or equal to 30% relative to the total weight of the suspension, the particles being present at a mass content, relative to the total weight of the suspension, of between 40% and 70%. - forming the filled preform by compacting a stack of a plurality of fiber plies impregnated with a suspension of particles of ceramic oxide in a liquid medium,
An aqueous separation liquid for capturing paint overspray from a gas stream comprising: a) at least 49.9 wt% water, based on the total weight of the aqueous separation liquid, b) 5 to 50 wt.% of at least one organic water-soluble polyol, based on the total weight of the aqueous separation liquid, and c) 0.1 to 7 wt.%, based on the total weight of the aqueous separation liquid, of at least one hydroxyalkyl cellulose ether having a viscosity of less than 200 mPa·s as measured with a Visco Tester VT5 using a R2 spindle at a velocity of rotation of 60 rpm and a temperature of 20°C for a 1 wt.% solution of the cellulose ether in water, based on the total weight of the solution, wherein components b) and c) are different from each other. a) at least 49.9 wt% water, based on the total weight of the aqueous separation liquid, b) 5 to 50 wt.% of at least one organic water-soluble polyol, based on the total weight of the aqueous separation liquid, and c) 0.1 to 7 wt.%, based on the total weight of the aqueous separation liquid, of at least one hydroxyalkyl cellulose ether having a viscosity of less than 200 mPa·s as measured with a Visco Tester VT5 using a R2 spindle at a velocity of rotation of 60 rpm and a temperature of 20°C for a 1 wt.% solution of the cellulose ether in water, based on the total weight of the solution,
A method for detecting, at a master, an interrupt from a slave on a radio frequency front end, RFFE, bus, the method comprising the steps of: holding a clock line of the RFFE bus at a logical low when the RFFE bus is idle; detecting, while the RFFE bus is idle, with detection circuitry at the master associated with the RFFE bus, a logical high on the clock line; and initiating an interrupt inquiry from the master. holding a clock line of the RFFE bus at a logical low when the RFFE bus is idle; detecting, while the RFFE bus is idle, with detection circuitry at the master associated with the RFFE bus, a logical high on the clock line; and initiating an interrupt inquiry from the master.
A system for monitoring the functioning of a current loop, which is fed by a current source and has a switching element, wherein an evaluation unit is arranged at the output of the current loop, which evaluation unit is designed to identify a state of the switching element on the basis of the current flowing in the current loop, wherein, furthermore, a signal generation device is arranged in the current loop, which signal generation device is connected to the switching element and is designed to generate a dynamic signal characterizing the state of the switching element in the current loop, characterized in that the signal generation device is designed to generate the signal as a pulsed signal by short-circuiting the loop current.
A separator for a secondary battery having a coating layer formed on a separator substrate, wherein the coating layer is formed on at least one surface of the separator substrate, the coating layer comprises an acrylate-based binder and an additive, the additive is a fluorine-based non-ionic surfactant; wherein an amount of the acrylate-based binder present is 10 wt% or less based on a total weight of solid content in the coating layer excluding the additive; wherein an amount of the fluorine-based non-ionic surfactant present is 0.001 wt% or less based on a total of an inorganic material and the acrylate-based binder in the coating layer; and wherein a density of the coating layer is 2 g/m 3 or less. the coating layer is formed on at least one surface of the separator substrate, the coating layer comprises an acrylate-based binder and an additive, the additive is a fluorine-based non-ionic surfactant; wherein an amount of the acrylate-based binder present is 10 wt% or less based on a total weight of solid content in the coating layer excluding the additive; wherein an amount of the fluorine-based non-ionic surfactant present is 0.001 wt% or less based on a total of an inorganic material and the acrylate-based binder in the coating layer; and wherein a density of the coating layer is 2 g/m 3 or less.
A floating construction comprising: a main body section supported on water by buoyancy; and a housing section formed in the main body section and having a tank mounted therein, the housing section having a width narrowing toward a bottom thereof, wherein, the housing section has a bottom surface section forming a lowest surface of the housing section, an inclined surface or a multistage surface formed on a side surface section of the housing section, and a plurality of support base sections arranged on the inclined surface or the multistage surface, the tank has a width narrowing toward a bottom thereof and has a bottom surface section including a portion opposed to the inclined surface having a large area compared with the bottom surface section or the multistage surface and a plurality of square support blocks arranged in the bottom surface section and arranged on the support base sections, respectively, a bottom surface of each of the support blocks arranged on the support base section and a corresponding support surface of the support base section that supports the support block are parallel to a plane that contains a line segment (CC') connecting two contact points (C, C') coinciding with outside two corner points in a contact plane where an upper surface of the support block contacts with the tank, and a straight line (Lf) passing through a fixed point, the position of which does not deviate even when the tank thermally contracts or thermally expands, and parallel to the line segment (CC').
Flow cytometer disinfection module, comprising a flow cell and at least one UV-C and/or UV-B light source, wherein the at least one UV-C and/or UV-B light source is disposed about the cell and irradiates a sheath fluid of a flow cytometer passing through the cell and wherein the light source is assembled within a wall of an interior region of the cell in a light-permissive housing and/or outside of the interior region of the cell irradiating the sheath fluid through a light-permissive material, characterized in that the module is connected to the sheath fluid tubing and installed between a nozzle and a sheath fluid tank of a cytometer.
Suspension for improving the corrosion inhibition of substrates comprising or consisting of steel, wherein the suspension comprises or consists of a) a liquid, wherein the liquid comprises or consists of a non-polar, medium-polar and/or polar solvent; b) flakes comprising or consisting of Zn, Al and/or Mg, or alloys thereof; c) a first rheological additive comprising or consisting of a phyllosilicate clay; d) a second rheological additive comprising or consisting of a modified urea. a) a liquid, wherein the liquid comprises or consists of a non-polar, medium-polar and/or polar solvent; b) flakes comprising or consisting of Zn, Al and/or Mg, or alloys thereof; c) a first rheological additive comprising or consisting of a phyllosilicate clay; d) a second rheological additive comprising or consisting of a modified urea.
An electromagnetic multiaxial fatigue testing machine, comprising a test piece fixing platform and a loading mechanism arranged on a frame wherein the loading mechanism is an electromagnet loading mechanism, the electromagnet loading mechanism comprises a first loading device for bend loading comprising a first permanent magnet and a first electromagnet, and a direction of a magnetic force generated between the first permanent magnet and the first electromagnet is orthogonal to an axial direction of a test piece, and a second loading device for axial and torsional loading characterized in that the second loading device comprises a second permanent magnet, a second electromagnet and a swinging pair (8, 13, 17) comprising a driving swinging beam, a driven swinging beam and a movement, wherein the second permanent magnet and second electromagnet are mounted on the swinging pair (8, 13, 17), a direction of a magnetic force generated between the second permanent magnet and the second electromagnet is parallel to the axial direction of the test piece, the driven swinging beam is adapted to be clamped on the test piece through a clamping slice, and the driving swinging beam is in transmission connection with the movement; wherein the first permanent magnet is adapted to be mounted on the test piece and the first electromagnet is mounted on the frame or the first permanent magnet is mounted on the frame and the first electromagnet is adapted to be mounted on the test piece; wherein the second permanent magnet is mounted on the driven swinging beam, the second electromagnet is mounted on the driving swinging beam, the second permanent magnet is a pair of permanent magnets mounted by taking the axis of the test piece as a symmetric center, and the second electromagnet is a pair of electromagnets mounted by taking the axis of test piece as a symmetric center; and wherein the movement comprises a variable frequency motor, a pair of cams (33a, 33b) mounted at two ends of an output shaft of the variable frequency motor, and a set of transmission rods matched with the cams, and the transmission rods are connected with the driven swinging beam.
A sterile packaged curable composition selected from a wound packing material or filler which can be shaped and configured to the shape of a wound, or an adhesive or sealant for a wound dressing which is an RTV composition which comprises 2 or more Parts, which is apportioned between at least one Part A and at least one Part B, the Parts sealed within barrier means in manner to prevent contamination thereof, the composition comprising: (i) one or more alkenyl-containing prepolymers having at least one, or at least two, alkenyl moiety per molecule, (ii) one or more SiH-containing prepolymers having at least one, or at least two, SiH unit per molecule, and additionally: (iii) a catalyst for curing by addition of alkenyl-containing prepolymer (i) to SiH-containing prepolymer (ii), wherein Part A incorporates an amount of (i) one or more polydiorganosiloxane prepolymers having at least one organoalkenylsiloxane unit per molecule, and additionally (iii) the catalyst for curing by addition of prepolymer (i) organoalkenylsiloxane to prepolymer (ii) organosiloxane, and Part B incorporates an amount of (i) one or more polydiorganosiloxane prepolymers having at least one organoalkenylsiloxane unit per molecule, together with (ii) the one or more polydiorganosiloxane prepolymers having at least one organohydrogensiloxane unit per molecule, wherein the volume and viscosity of Parts A and B may be approximately equal, and wherein the composition is non-foamable or is foamable comprising (iv) a blowing agent, selected from any agent which evolves gas or vapour as part of or during the curing reaction; wherein the at least one Part A and at least one Part B are provided within or upon at least two respective receptacles or supports, and are adapted to be dispensed or released therefrom in cooperative manner facilitating intimate contact and curing thereof, wherein the receptacle(s) or support(s) for at least one of Part A and Part B is thermally stable at elevated temperature of 123 °C for a period in excess of 18 hours wherein the composition may be sterilised in a conventional oven or autoclave at ambient or elevated pressure with steam present, but the manner of packaging is resilient to steam penetration and thereby prevents steam contacting the composition directly, whereby the effective sterilisation is a dry heat sterilisation. (i) one or more alkenyl-containing prepolymers having at least one, or at least two, alkenyl moiety per molecule, (ii) one or more SiH-containing prepolymers having at least one, or at least two, SiH unit per molecule, and additionally: (iii) a catalyst for curing by addition of alkenyl-containing prepolymer (i) to SiH-containing prepolymer (ii),
A food processing apparatus comprising: a container including at least one rotatable, sharp blade (408a, 408b, 410a, 410b); a drive unit having a drive coupler to rotate the at least one blade; a controller to control the drive unit; and at least one non-transitory memory storing processor-executable instructions that, when executed by the controller, cause the controller, in response to a first user input, to sequentially activate and pause the drive unit, characterised in that the at least one non-transitory memory storing processor-executable instructions is configured to cause the controller, in response to a first user input, to sequentially: activate the drive unit for three seconds or less to rotate the drive coupler as a first pulse; pause the drive unit for at least one second; activate the drive unit for at least five seconds to rotate the drive coupler as a first blending segment; pause the drive unit for at least one second; and activate the drive unit for at least five seconds to rotate the drive coupler as a second blending segment; wherein a total time period of all activations of the drive unit that are at least five seconds for blending segments is at least twenty seconds. a container including at least one rotatable, sharp blade (408a, 408b, 410a, 410b); a drive unit having a drive coupler to rotate the at least one blade; a controller to control the drive unit; and at least one non-transitory memory storing processor-executable instructions that, when executed by the controller, cause the controller, in response to a first user input, to sequentially activate and pause the drive unit, characterised in that the at least one non-transitory memory storing processor-executable instructions is configured to cause the controller, in response to a first user input, to sequentially: activate the drive unit for three seconds or less to rotate the drive coupler as a first pulse; pause the drive unit for at least one second; activate the drive unit for at least five seconds to rotate the drive coupler as a first blending segment; pause the drive unit for at least one second; and activate the drive unit for at least five seconds to rotate the drive coupler as a second blending segment; wherein a total time period of all activations of the drive unit that are at least five seconds for blending segments is at least twenty seconds. activate the drive unit for three seconds or less to rotate the drive coupler as a first pulse; pause the drive unit for at least one second; activate the drive unit for at least five seconds to rotate the drive coupler as a first blending segment; pause the drive unit for at least one second; and activate the drive unit for at least five seconds to rotate the drive coupler as a second blending segment; wherein a total time period of all activations of the drive unit that are at least five seconds for blending segments is at least twenty seconds.