mhurhangee/ep-ind-claims huggingface dataset:
A device for treating water for household use which, being of the type including coupling means so as to be temporarily coupled to the mouth of a faucet to allow the continuous supply of treated water, characterized in that it is formed by means of a cylindrical-shaped receptacle, equipped with a lower hole, and open in the upper portion, defining an opening to which an upper closing element is coupled, where the receptacle supports on the inside thereof, specifically in the lower part, a paddle blind on which hollow, cylindrical-shaped filtering means are supported, where said filtering means accumulates a pre-filtration bed therein, whereas the inner wall of the receptacle is provided with a plurality of ribs that extend longitudinally so as to define channels through which the treated water flows, with the particularity that sealing means for the coupling to the faucet are defined on the upper closing element that are made up of an elastomer acting like a diaphragm having a planar and flexible shape with a hole in the central part thereof, furthermore being provided with a washer for the fixing of the elastomer, which is fixed by welding or bonding to the upper closing element, the upper closing element being provided with grooves for the inflow of water to be treated into the device.
A pad comprising a substantially flat sheet having first and second opposite substantially planar faces (14, 16), wherein the pad further includes a plurality of raised formations, each raised formation having a main region extending from the first or second face (14, 16), and each raised formation having an apex region spaced from the respective first or second face (14, 16), wherein a plurality of the raised formations are provided on each of the first and second faces (14, 16), characterised in that the thickness of the pad at regions at which one of the raised formations is present is substantially 30% greater than regions of the pad devoid of the aforesaid raised formations.
A vascular device insertion system, comprising: a support catheter having a hub, a flexible elongate member that extends distally from the hub, and a catheter lumen that extends through the hub and the flexible elongate member; an insertion module housing configured to contain a motor having a hollow motor shaft arranged along a longitudinal axis, the hollow motor shaft having a proximal end, a distal end, a distal end portion, and an elongate opening that extends from the proximal end to the distal end along the longitudinal axis, the distal end portion of the hollow motor shaft configured to couple to the hub of the support catheter, and wherein the elongate opening of the hollow motor shaft and the catheter lumen of the support catheter together define a continuous passage; and a motor controller electrically coupled to the motor, the motor controller configured to control the motor so as to rotationally oscillate the hollow motor shaft about the longitudinal axis, and to in turn rotationally oscillate the support catheter. a support catheter having a hub, a flexible elongate member that extends distally from the hub, and a catheter lumen that extends through the hub and the flexible elongate member; an insertion module housing configured to contain a motor having a hollow motor shaft arranged along a longitudinal axis, the hollow motor shaft having a proximal end, a distal end, a distal end portion, and an elongate opening that extends from the proximal end to the distal end along the longitudinal axis, the distal end portion of the hollow motor shaft configured to couple to the hub of the support catheter, and wherein the elongate opening of the hollow motor shaft and the catheter lumen of the support catheter together define a continuous passage; and a motor controller electrically coupled to the motor, the motor controller configured to control the motor so as to rotationally oscillate the hollow motor shaft about the longitudinal axis, and to in turn rotationally oscillate the support catheter.
A method comprising: a first blood sample with a fibrin activator comprising at least one of the group of reptilase and Factor XIIIa, and testing the first blood sample to determine a first blood sample characteristic in the substantial absence of platelet activation, wherein the first blood sample characteristic represents a fibrin contribution to hemostasis; a second blood sample with an ADP site activator or a Thromboxane A2 site activator, and testing the second blood sample to determine a second blood sample characteristic in the presence of an anti-platelet therapy, wherein the second blood sample characteristic represents a contribution to hemostasis of activated platelets in the presence of an anti-platelet therapy.; a third blood sample to neutralize anticoagulation therapy and to determine a third blood sample characteristic in the presence of substantially uninhibited platelet activation, wherein the third blood sample characteristic represents a contribution to hemostasis of substantially complete platelet activation; and determining a parameter indicative of the efficacy of the anti-platelet therapy based upon the first, second and third blood sample characteristics. a first blood sample with a fibrin activator comprising at least one of the group of reptilase and Factor XIIIa, and testing the first blood sample to determine a first blood sample characteristic in the substantial absence of platelet activation, wherein the first blood sample characteristic represents a fibrin contribution to hemostasis; a second blood sample with an ADP site activator or a Thromboxane A2 site activator, and testing the second blood sample to determine a second blood sample characteristic in the presence of an anti-platelet therapy, wherein the second blood sample characteristic represents a contribution to hemostasis of activated platelets in the presence of an anti-platelet therapy.; a third blood sample to neutralize anticoagulation therapy and to determine a third blood sample characteristic in the presence of substantially uninhibited platelet activation, wherein the third blood sample characteristic represents a contribution to hemostasis of substantially complete platelet activation; and determining a parameter indicative of the efficacy of the anti-platelet therapy based upon the first, second and third blood sample characteristics.
An electronic device comprising: a main body including at least one display; a wearable part (420, 430) connected to at least a part of the main body; a detector configured to detect information of a fastening position of the wearable part; and at least one processor configured to perform a function corresponding to the fastening position detected by the detector and wherein the at least one processor is configured to search for user information in a database and to determine a user profile based on the detected fastening position, and transmit information on the determined user profile to an external electronic device. a main body including at least one display; a wearable part (420, 430) connected to at least a part of the main body; a detector configured to detect information of a fastening position of the wearable part; and at least one processor configured to perform a function corresponding to the fastening position detected by the detector and wherein the at least one processor is configured to search for user information in a database and to determine a user profile based on the detected fastening position, and transmit information on the determined user profile to an external electronic device.
An ionizing radiation detection device comprising: an insulating substrate; first and second metallic contact pads disposed on a surface of the substrate; a strip of carbon-based nanomaterial film, the strip having a first end and a second end, the first end in contact with the first pad and the second end in contact with the second pad, wherein said strip of CNM film consists of a plurality of single-walled carbon nanotubes (SWCNT); a sealed housing enclosing the substrate, pads, and CNM film and forming a chamber, wherein the chamber comprises a gas that becomes ionized by radiation incident on the device; and an amperometry circuit connected to the pads and configured to determine intrinsic resistance of the CNM film; wherein ions present in the chamber are detected by a change in the magnitude of said intrinsic resistance, characterised in that the plurality of single-walled carbon nanotubes (SWCNT) are deposited by template-guided fluidic assembly. an insulating substrate; first and second metallic contact pads disposed on a surface of the substrate; a strip of carbon-based nanomaterial film, the strip having a first end and a second end, the first end in contact with the first pad and the second end in contact with the second pad, wherein said strip of CNM film consists of a plurality of single-walled carbon nanotubes (SWCNT); a sealed housing enclosing the substrate, pads, and CNM film and forming a chamber, wherein the chamber comprises a gas that becomes ionized by radiation incident on the device; and an amperometry circuit connected to the pads and configured to determine intrinsic resistance of the CNM film; wherein ions present in the chamber are detected by a change in the magnitude of said intrinsic resistance, characterised in that the plurality of single-walled carbon nanotubes (SWCNT) are deposited by template-guided fluidic assembly.
Clarification method for a liquid beverage, in particular for producing beer, wherein the liquid beverage, after passing through a fermentation stage, is subjected to a clarification which serves to remove active haze components from the liquid beverage, wherein the liquid beverage is charged with at least one pectin-containing clarification agent for increasing a filtration performance, and the liquid beverage is fed to a maturation vessel, in which the liquid beverage is stored for a maturation time, characterised in that the pectin-containing clarification agent is introduced into the liquid beverage on the path to the maturation vessel, wherein the liquid beverage is subjected to gallotannins in an additional method step, and that the pectin contained in the liquid beverage is at least for the most part removed again from the liquid beverage before the feed to the maturation vessel. wherein the liquid beverage, after passing through a fermentation stage, is subjected to a clarification which serves to remove active haze components from the liquid beverage, wherein the liquid beverage is charged with at least one pectin-containing clarification agent for increasing a filtration performance, and the liquid beverage is fed to a maturation vessel, in which the liquid beverage is stored for a maturation time, characterised in that the pectin-containing clarification agent is introduced into the liquid beverage on the path to the maturation vessel, wherein the liquid beverage is subjected to gallotannins in an additional method step, and that the pectin contained in the liquid beverage is at least for the most part removed again from the liquid beverage before the feed to the maturation vessel.
A digital-to-analogue converter arranged to receive an N-bit digital optical signal and to process the N-bit digital optical signal to generate an analogue optical signal, the converter having: means (120a, 125a, 130a, 120b, 125b, 130b) for adjusting the amplitude of each bit of the N-bit digital optical signal dependent on the amplitudes of the one or more other bits of the N-bit digital optical signal using a non-linear optical device in order to generate a number of predetermined output levels for the analogue optical signal, each output level of the analogue optical signal corresponding to a respective value of the N-bit digital optical signal, wherein the non-linear optical device comprises a plurality of outputs (160a, 160b); and means for combining the output levels at each output to generate the analogue optical signal; characterised in that the means (120a, 125a, 130a, 120b, 125b, 130b) for adjusting the amplitude of each bit of the N-bit digital optical signal comprises means for adjusting the amplitude of a first bit of the N-bit digital optical signal by applying the first bit to an input of the non-linear optical device (120a, 120b) and using a second bit of the N-bit digital optical signal to control the gain of the non-linear optical device. means (120a, 125a, 130a, 120b, 125b, 130b) for adjusting the amplitude of each bit of the N-bit digital optical signal dependent on the amplitudes of the one or more other bits of the N-bit digital optical signal using a non-linear optical device in order to generate a number of predetermined output levels for the analogue optical signal, each output level of the analogue optical signal corresponding to a respective value of the N-bit digital optical signal, wherein the non-linear optical device comprises a plurality of outputs (160a, 160b); and means for combining the output levels at each output to generate the analogue optical signal; characterised in that the means (120a, 125a, 130a, 120b, 125b, 130b) for adjusting the amplitude of each bit of the N-bit digital optical signal comprises means for adjusting the amplitude of a first bit of the N-bit digital optical signal by applying the first bit to an input of the non-linear optical device (120a, 120b) and using a second bit of the N-bit digital optical signal to control the gain of the non-linear optical device.
A method for heating a glass sheet in a glass tempering furnace having a frame structure comprising a top part and a bottom part which may be moved in relation to each other in the vertical direction of the glass tempering furnace, and at least one blowing channel arranged in its top part, and in which method the glass sheet is fed to the glass tempering furnace, the glass sheet is heated in the glass tempering furnace by at least blowing heating air on the top surface of the glass sheet through at least one blowing channel, the blowing distance of the heating air from the top surface of the glass sheet is adjusted by changing the distance of the blowing channel from the top surface of the glass sheet, characterised in that the distance of the blowing channel from the top surface of the glass sheet is adjusted by changing the position of the top part of the frame structure of the glass tempering furnace in relation to its bottom part in the vertical direction of the glass tempering furnace and that the glass tempering furnace comprises at least one sealing element (26, 28, 29, 30) between the top part and the bottom part to seal a gap forming between the top part and the bottom part of the glass tempering furnace when the top part is moved away from the bottom part.
Process for allocating a target device to a user with the following steps: - Connecting the target device(s) (11, 12, 13, 17, 18, 19) with the Internet, - calling a Website allocated to one of the target devices (11, 12, 13, 17, 18, 19), - putting in a user's contact address for a communication channel, - providing a target device contact address of the target device(s) (11, 12, 13, 17, 18, 19) for this communication channel, - transmitting an electronic message from the user to the target device contact address of the target device (11, 12, 13, 17, 18, 19) via the above communication channel, so that the sender of the message can be identified via the user contact address stated, and - allocating the target device (11, 12, 13, 17, 18, 19) to the user, when the above electronic message has been correctly received. - Connecting the target device(s) (11, 12, 13, 17, 18, 19) with the Internet, - calling a Website allocated to one of the target devices (11, 12, 13, 17, 18, 19), - putting in a user's contact address for a communication channel, - providing a target device contact address of the target device(s) (11, 12, 13, 17, 18, 19) for this communication channel, - transmitting an electronic message from the user to the target device contact address of the target device (11, 12, 13, 17, 18, 19) via the above communication channel, so that the sender of the message can be identified via the user contact address stated, and - allocating the target device (11, 12, 13, 17, 18, 19) to the user, when the above electronic message has been correctly received.
Process for thermally stabilizing a polymer containing residues of a Sn, Sb, Pb, Bi, Fe, Ti, Ti, Mn, Mn, or Ge -containing catalyst by treating the polymer at a temperature above its melting temperature with a peroxide selected from the group consisting of ketone peroxides, organic hydroperoxides, peracids, hydrogen peroxide, and mixtures thereof, wherein said peroxide is used in an amount less than 0.2 wt% based on the weight of the polymer and wherein the molar ratio of peroxy functionalities from said peroxide (p) to metal ranges from 1 to 100; said metal being selected from the group consisting of Sn, Sb, Pb, Bi, Fe, Ti, Ti, Mn, Mn, and Ge.
A method for manufacturing an electrode assembly, the method comprising: a step of manufacturing a first separator sheet so that patterned masks (133, 134) having different adhesion force are formed on both surfaces (131, 132) of the first separator sheet; a step of disposing a first electrode sheet on a mask of a first surface of both the surfaces of the first separator sheet, which has relatively high adhesion force and disposing a second electrode sheet on a mask of a second surface of both the surfaces of the first separator sheet, which has relatively low adhesion force; and a step of applying heat and a pressure to allow the first electrode sheet and the second electrode sheet to adhere to both the surfaces (131, 132) of the first separator sheet and thereby to manufacture a radical unit, characterized in that, in the step, each of both the surfaces (131, 132) of the first separator sheet is plasma-treated to provide the mask having a predetermined pattern and activated adhesion force, wherein the plasma applied to the first and second surfaces (131, 132) of the first separator sheet varies in intensity to differently apply the adhesion force to both the surfaces (131, 132) of the first separator sheet, and the second surface is relatively weakly plasma-treated when compared to the first surface. a step of manufacturing a first separator sheet so that patterned masks (133, 134) having different adhesion force are formed on both surfaces (131, 132) of the first separator sheet; a step of disposing a first electrode sheet on a mask of a first surface of both the surfaces of the first separator sheet, which has relatively high adhesion force and disposing a second electrode sheet on a mask of a second surface of both the surfaces of the first separator sheet, which has relatively low adhesion force; and a step of applying heat and a pressure to allow the first electrode sheet and the second electrode sheet to adhere to both the surfaces (131, 132) of the first separator sheet and thereby to manufacture a radical unit, characterized in that, in the step, each of both the surfaces (131, 132) of the first separator sheet is plasma-treated to provide the mask having a predetermined pattern and activated adhesion force, wherein the plasma applied to the first and second surfaces (131, 132) of the first separator sheet varies in intensity to differently apply the adhesion force to both the surfaces (131, 132) of the first separator sheet, and the second surface is relatively weakly plasma-treated when compared to the first surface.
A compound having the structure: for use in a method of treating leptomeningeal carcinomatosis comprising administering the compound to a subject in need thereof.
A cap for a drug delivery device comprising - a main body, - at least one indication element which is moveably retained in the main body, wherein the indication element is configured to be moved from a first position to a second position with respect to the main body only when the cap is removed from the device, wherein an information indicated to a user by the cap is changed when the indication element is moved from the first position into the second position, wherein, when the indication element is positioned in the first position, the indication element is prevented from being viewed by the user, wherein, when the indication element is positioned in the second position, the indication element is visible to the user, and wherein the indication element comprises a locking section, wherein the locking section is adapted and arranged such that the indication element is locked in the second position against movement back into first position due to mechanical cooperation of the locking section and the main body. - a main body, - at least one indication element which is moveably retained in the main body, wherein the indication element is configured to be moved from a first position to a second position with respect to the main body only when the cap is removed from the device, wherein an information indicated to a user by the cap is changed when the indication element is moved from the first position into the second position, wherein, when the indication element is positioned in the first position, the indication element is prevented from being viewed by the user, wherein, when the indication element is positioned in the second position, the indication element is visible to the user, and wherein the indication element comprises a locking section, wherein the locking section is adapted and arranged such that the indication element is locked in the second position against movement back into first position due to mechanical cooperation of the locking section and the main body. wherein an information indicated to a user by the cap is changed when the indication element is moved from the first position into the second position, wherein, when the indication element is positioned in the first position, the indication element is prevented from being viewed by the user, wherein, when the indication element is positioned in the second position, the indication element is visible to the user, and wherein the indication element comprises a locking section, wherein the locking section is adapted and arranged such that the indication element is locked in the second position against movement back into first position due to mechanical cooperation of the locking section and the main body.