mhurhangee/ep-ind-claims huggingface dataset:
A sampling pipette comprising: - a pipette fixed body; - a control rod translationally movable relative to the pipette body, along a longitudinal axis of the pipette; and - a suction chamber; characterised in that it also includes: - a set of N concentric pistons (24a-24c), N corresponding to an integer higher than or equal to two, each of the pistons participating in delimiting said suction chamber; and - a module for coupling the control rod with the set of N concentric pistons (24a-24c), said module being configured so as to be capable of being brought into N distinct configurations in which it provides coupling of the control rod with 1, 2,..., N pistons respectively. - a pipette fixed body; - a control rod translationally movable relative to the pipette body, along a longitudinal axis of the pipette; and - a suction chamber; - a set of N concentric pistons (24a-24c), N corresponding to an integer higher than or equal to two, each of the pistons participating in delimiting said suction chamber; and - a module for coupling the control rod with the set of N concentric pistons (24a-24c), said module being configured so as to be capable of being brought into N distinct configurations in which it provides coupling of the control rod with 1, 2,..., N pistons respectively.
Circuit arrangement for controlling at least one load (D1, D2, D3, 23), comprising at least: - an input terminal for connection to a power supply, - an output terminal for connection to at least one circuit comprising a load (20, 21, 22, 23), - a control circuit, comprising - a control device, which is adapted to control at least one circuit comprising a load (20, 21, 22, 23), and - an energy storage device, which is adapted to supply power to the control device, and - a controllable bypass switch, wherein - said bypass switch and said control circuit are connected in parallel and connected between said input terminal and said output terminal, and - the circuit arrangement is adapted to operate the bypass switch to control the power provided to the control circuit. - an input terminal for connection to a power supply, - an output terminal for connection to at least one circuit comprising a load (20, 21, 22, 23), - a control circuit, comprising - a control device, which is adapted to control at least one circuit comprising a load (20, 21, 22, 23), and - an energy storage device, which is adapted to supply power to the control device, and - a controllable bypass switch, wherein - a control device, which is adapted to control at least one circuit comprising a load (20, 21, 22, 23), and - an energy storage device, which is adapted to supply power to the control device, and - a controllable bypass switch, wherein - said bypass switch and said control circuit are connected in parallel and connected between said input terminal and said output terminal, and - the circuit arrangement is adapted to operate the bypass switch to control the power provided to the control circuit.
Cutlery basket (15, 15') for a household dishwasher, having a receiving area for receiving items to be washed, a handle provided on the receiving area, a grip hole provided between the handle and the receiving area, wherein the grip hole penetrates a rear side, a first side wall and a second side wall of the receiving area, and a suspension segment provided on the handle and starting from this extending in the direction of the receiving area into the grip hole designed to suspend the cutlery basket (15, 15') in a rod arranged outside of the household dishwasher, wherein the suspension segment of the cutlery basket (15, 15') can be suspended at a right angle to a longitudinal direction of the rod in the rod, so that the suspension segment of the cutlery basket (15, 15') engages in a form-fit manner behind the rod when suspended at a right angle in the rod.
A digital to analogue, DAC, converter adapted to convert a digital input value into an analogue output voltage said digital to analogue, DAC, converter comprising: a most significant bit, MSB, resistor string provided for the most significant bits, MSB, of the digital input value, and a least significant bit, LSB, resistor string for the least significant bits, LSB, of the digital input value, wherein both resistor strings comprise serial connected resistors and transmission gates adapted to tap a voltage from the respective resistor string, characterized in that each transmission gate of the MSB resistor string comprises at least one transmission gate MOSFET having a bulk terminal switchable to the source terminal or to the drain terminal of the respective transmission gate MOSFET depending on a source-drain voltage polarity, wherein the digital to analogue, DAC, converter further comprising a thermometer coder adapted to generate in response to the digital input value thermometer encoded up/down control bits each applied to a corresponding transmission gate of a resistor string to control switching of a bulk terminal of at least one transmission gate MOSFET within the respective transmission gate. a most significant bit, MSB, resistor string provided for the most significant bits, MSB, of the digital input value, and a least significant bit, LSB, resistor string for the least significant bits, LSB, of the digital input value, wherein both resistor strings comprise serial connected resistors and transmission gates adapted to tap a voltage from the respective resistor string, characterized in that each transmission gate of the MSB resistor string comprises at least one transmission gate MOSFET having a bulk terminal switchable to the source terminal or to the drain terminal of the respective transmission gate MOSFET depending on a source-drain voltage polarity, wherein the digital to analogue, DAC, converter further comprising a thermometer coder adapted to generate in response to the digital input value thermometer encoded up/down control bits each applied to a corresponding transmission gate of a resistor string to control switching of a bulk terminal of at least one transmission gate MOSFET within the respective transmission gate.
A method for transmitting uplink control information, UCI, of a terminal in a wireless communication system, the method comprising: determining a number of coded symbols for the UCI based on a minimum value between a first value and a second value; and transmitting the UCI on a physical uplink shared channel, PUSCH, based on the number of coded symbols, wherein the first value is determined based on a payload size of the UCI and an offset, wherein the second value is determined based on a multiplication of a scaling factor and a total amount of resource elements allocated for transmitting the UCI, and wherein the terminal acquires a value of the scaling factor by receiving a radio resource control, RRC, signal. determining a number of coded symbols for the UCI based on a minimum value between a first value and a second value; and transmitting the UCI on a physical uplink shared channel, PUSCH, based on the number of coded symbols, wherein the first value is determined based on a payload size of the UCI and an offset, wherein the second value is determined based on a multiplication of a scaling factor and a total amount of resource elements allocated for transmitting the UCI, and wherein the terminal acquires a value of the scaling factor by receiving a radio resource control, RRC, signal.
A target for ultraviolet light generation comprising: a substrate adapted to transmit ultraviolet light therethrough; and a light-emitting layer disposed on the substrate and generating ultraviolet light in response to an electron beam; wherein the light-emitting layer includes a polycrystalline film constituted by an oxide polycrystal containing Lu and Si doped with an activator. a substrate adapted to transmit ultraviolet light therethrough; and a light-emitting layer disposed on the substrate and generating ultraviolet light in response to an electron beam; wherein the light-emitting layer includes a polycrystalline film constituted by an oxide polycrystal containing Lu and Si doped with an activator.
System for the automated creation of a dynamic web page, which can be requested and displayed by a web browser, with a programmable logic controller having: - a server for the administration of the dynamic web page, - an application program created with an SPS programming language, in particular the AWL programming language or the SCL programming language, for the provision of the dynamic web page, and - an operating system as an interface for the transmission of data between the server and the application program, wherein - identification parameters of the requested dynamic web page can be sent by the web browser via the server into the operating system, - to determine the identification parameters sent to the operating system, a first request can be sent from the application program to the operating system, - according to the result of this determination, the identification parameters can be forwarded by the operating system into the application program, - based on the identification parameters, the dynamic web page can be provided by the application program and - the dynamic web page provided can be transmitted via the operating system to the server. - a server for the administration of the dynamic web page, - an application program created with an SPS programming language, in particular the AWL programming language or the SCL programming language, for the provision of the dynamic web page, and - an operating system as an interface for the transmission of data between the server and the application program, wherein - identification parameters of the requested dynamic web page can be sent by the web browser via the server into the operating system, - to determine the identification parameters sent to the operating system, a first request can be sent from the application program to the operating system, - according to the result of this determination, the identification parameters can be forwarded by the operating system into the application program, - based on the identification parameters, the dynamic web page can be provided by the application program and - the dynamic web page provided can be transmitted via the operating system to the server.
An irrigated ablation system, comprising: a medical probe comprising: a flexible insertion tube having a distal end configured to be inserted into a chamber of a heart; an ablation electrode disposed at the distal end and configured to convey ablation energy to a region of myocardial tissue with which the ablation electrode is in contact; a temperature sensor disposed at the distal end and configured to output a temperature signal indicative of a temperature of the region of myocardial tissue; a channel contained within the insertion tube and configured to deliver an irrigation fluid to the distal end; and one or more fluid ports coupled to the channel and disposed at the distal end; an ablation energy generator configured to apply a specified level of the ablation energy to the ablation electrode; a pump configured to force the irrigation fluid into the channel at a controllable pumping rate; and a processor configured to control the pumping rate responsively to the temperature signal so that a difference between a specified ablation temperature, which is no greater than 55° C, and the indicated temperature is no greater than ±2.5°C while the ablation energy generator delivers a constant level of the ablation energy to the ablation electrode. a medical probe comprising: a flexible insertion tube having a distal end configured to be inserted into a chamber of a heart; an ablation electrode disposed at the distal end and configured to convey ablation energy to a region of myocardial tissue with which the ablation electrode is in contact; a temperature sensor disposed at the distal end and configured to output a temperature signal indicative of a temperature of the region of myocardial tissue; a channel contained within the insertion tube and configured to deliver an irrigation fluid to the distal end; and one or more fluid ports coupled to the channel and disposed at the distal end; a flexible insertion tube having a distal end configured to be inserted into a chamber of a heart; an ablation electrode disposed at the distal end and configured to convey ablation energy to a region of myocardial tissue with which the ablation electrode is in contact; a temperature sensor disposed at the distal end and configured to output a temperature signal indicative of a temperature of the region of myocardial tissue; a channel contained within the insertion tube and configured to deliver an irrigation fluid to the distal end; and one or more fluid ports coupled to the channel and disposed at the distal end; an ablation energy generator configured to apply a specified level of the ablation energy to the ablation electrode; a pump configured to force the irrigation fluid into the channel at a controllable pumping rate; and a processor configured to control the pumping rate responsively to the temperature signal so that a difference between a specified ablation temperature, which is no greater than 55° C, and the indicated temperature is no greater than ±2.5°C while the ablation energy generator delivers a constant level of the ablation energy to the ablation electrode.
A suction-enabled sponge holder comprising: (a) a sponge having a body portion, a front surface including a permanent cavity extending into the body portion from the front surface (b) a suction cup; (c) a protrusion that extends from said suction cup; and (d) a spike that extends from said suction cup adjacent to said protrusion; wherein: said protrusion slidably engages a permanent cavity extending into the sponge from the front surface when said sponge is either pushed onto or pulled away from said suction-enabled sponge holder; said spike penetrates said sponge at said front surface to form a temporary cavity adjacent to said permanent cavity when said sponge is pushed onto said suction-enabled sponge holder; said temporary cavity closes when said sponge is pulled away from said suction-enabled sponge holder. (a) a sponge having a body portion, a front surface including a permanent cavity extending into the body portion from the front surface (b) a suction cup; (c) a protrusion that extends from said suction cup; and (d) a spike that extends from said suction cup adjacent to said protrusion; wherein: said protrusion slidably engages a permanent cavity extending into the sponge from the front surface when said sponge is either pushed onto or pulled away from said suction-enabled sponge holder; said spike penetrates said sponge at said front surface to form a temporary cavity adjacent to said permanent cavity when said sponge is pushed onto said suction-enabled sponge holder; said temporary cavity closes when said sponge is pulled away from said suction-enabled sponge holder.
A magnetic substance including a metal salen complex represented by the following formula: wherein M is Fe, Cr, Mn, or Co, wherein paclitaxel, fluorouracil or methotrexate is bound at locations 5 and 10 via an - NHC - group. wherein M is Fe, Cr, Mn, or Co, wherein paclitaxel, fluorouracil or methotrexate is bound at locations 5 and 10 via an - NHC - group.
A dental composition comprising a monomer or mixture of monomers represented by the following structure with 1,2 R independently selected from H, and C1 to C4 alkyl, 3,4 R independently selected from H and alkyl and halogen, 5 R independently selected from H and alkyl, m, n = 1, 2 and x + y = 2 to 10 with the proviso that if m = n = 2, than x + y = 2 and if m = n = 1, than x + y = 4 to 10. 1,2 R independently selected from H, and C1 to C4 alkyl, 3,4 R independently selected from H and alkyl and halogen, 5 R independently selected from H and alkyl, m, n = 1, 2 and x + y = 2 to 10 with the proviso that if m = n = 2, than x + y = 2 and if m = n = 1, than x + y = 4 to 10.
A spout-cap unit, comprising: a spout part including a sealboat, an outlet tube, and a retaining member; and a cap part for closing an outlet of the outlet tube in a closed position of the cap part; wherein the spout part and the cap part are tethered together via at least one tethering member (31, 32) to form the spout-cap unit, the tethering member (31, 32) being connected to the spout part at one end (31A, 32A) of the tethering member (31, 32), wherein the cap part is releasable from the outlet tube of the spout part for providing the cap part in a released state, wherein in said released state, the tethering member (31, 32) allows the cap part to be moved to a retaining position that is positioned away from the outlet of the outlet tube, wherein the tethering member (31, 32) can be coupled with the retaining member of the spout part for retaining the cap part at the retaining position, characterized, in that the cap part comprises a flange at its lower edge, a radial projection at its upper edge, and a body element in between; the tethering member (31, 32) comprises a ring element that encloses the cap part at the opposite end (31B, 32B) of the tethering member (31, 32); the cap part is upwardly moveable with respect to the outlet tube of the spout part; and in said release state the cap part and the spout part remain tethered together via the ring element of the tethering member (31, 32). a spout part including a sealboat, an outlet tube, and a retaining member; and a cap part for closing an outlet of the outlet tube in a closed position of the cap part; wherein the spout part and the cap part are tethered together via at least one tethering member (31, 32) to form the spout-cap unit, the tethering member (31, 32) being connected to the spout part at one end (31A, 32A) of the tethering member (31, 32), wherein the cap part is releasable from the outlet tube of the spout part for providing the cap part in a released state, wherein in said released state, the tethering member (31, 32) allows the cap part to be moved to a retaining position that is positioned away from the outlet of the outlet tube, wherein the tethering member (31, 32) can be coupled with the retaining member of the spout part for retaining the cap part at the retaining position, characterized, in that the cap part comprises a flange at its lower edge, a radial projection at its upper edge, and a body element in between; the tethering member (31, 32) comprises a ring element that encloses the cap part at the opposite end (31B, 32B) of the tethering member (31, 32); the cap part is upwardly moveable with respect to the outlet tube of the spout part; and in said release state the cap part and the spout part remain tethered together via the ring element of the tethering member (31, 32).
A method for preparing an aqueous adhesive dispersion, an aqueous dispersion of fillers and protective colloids initially being prepared, and then vinyl ester and optionally comonomers being added to said dispersion and polymerized, characterized in that at least one hydrophobic ethylene-polyvinyl alcohol copolymer is used as the protective colloid and at least one phyllosilicate containing SiO 2 components is used as filler.
Container, particularly jewelry, for filling with ashes of deceased persons, having a basic body with a cavity for receiving the ashes of deceased persons, and a closure, which is connectable to the basic body, for sealing the cavity in a gas-tight manner, wherein the basic body and the closure comprise disposable means for locking in place in such a way that the cavity can be sealed with the closure in a gas-tight manner without tools by means of pressing the closure against the basic body, characterized in that the disposable means for locking in place are formed in such a way that the cavity that is sealed in a gas-tightly manner cannot be opened after the sealing with the closure, in particular cannot be made permeable to gas, without destroying the container or the basic body or the closure.
Dispenser for the delivery of foodstuffs, comprising: a frame provided with an upper portion intended for the interface with a user and an intermediate portion comprising at least one delivery point intended for the delivery of a foodstuff to be introduced in a receptacle of the user, said at least one delivery point being positioned below said upper portion of the frame, at least one container for the storage of food ingredients and provided with a lower opening for the exit of foodstuffs, a plurality of delivery lines for the ingredients which converge at a single delivery point, and movement means for moving such food ingredients towards said delivery point, said lower opening being in fluid communication with said delivery point, a plurality of contactless acquisition elements that can be activated by means of the finger of a user and each one configured to make the food ingredients move forward towards the delivery point as a result of the activation of one of said acquisition elements at a time, whereby the acquisition elements are at least equal in number to the number of containers and whereby the acquisition elements are greater in number than the delivery points. a frame provided with an upper portion intended for the interface with a user and an intermediate portion comprising at least one delivery point intended for the delivery of a foodstuff to be introduced in a receptacle of the user, said at least one delivery point being positioned below said upper portion of the frame, at least one container for the storage of food ingredients and provided with a lower opening for the exit of foodstuffs, a plurality of delivery lines for the ingredients which converge at a single delivery point, and movement means for moving such food ingredients towards said delivery point, said lower opening being in fluid communication with said delivery point, a plurality of contactless acquisition elements that can be activated by means of the finger of a user and each one configured to make the food ingredients move forward towards the delivery point as a result of the activation of one of said acquisition elements at a time, whereby the acquisition elements are at least equal in number to the number of containers and whereby the acquisition elements are greater in number than the delivery points.
A tire comprising a plurality of knurling units on a sidewall of the tire, the plurality of knurling units including: a first knurling part that is convex; a second knurling part that continues from a side of the first knurling part and is convex; a third knurling part that continues from a side of the second knurling part and is convex; and a fourth knurling part that is convex and is continuously connected from a side of the third knurling part to another side of the first knurling part. a first knurling part that is convex; a second knurling part that continues from a side of the first knurling part and is convex; a third knurling part that continues from a side of the second knurling part and is convex; and
Polyisocyanate composition comprising a polyisocyanate, a lithium halide and a urea compound, the urea compound having an average molecular weight of 500-15000 and optionally comprising biuret groups, the number of moles of lithium halide per isocyanate equivalent ranging of from 0.0001-0.04 and the number of urea + biuret equivalents per isocyanate equivalent of from 0.0001-0.4.