mhurhangee/ep-ind-claims huggingface dataset:
An aqueous ink composition, comprising: Component A: a compound comprising a water-soluble group and at least two groups each represented by following Formula; Component B: a colorant; Component C: water and Component D: a water-miscible organic solvent: wherein, in Formula, R a and R b each independently represent an alkyl group having 1 to 4 carbon atoms, and R a and R b may be bonded to each other to form a 4-membered to 6-membered ring, and the water-miscible organic solvent has a solubility in water at 25°C of 10% by mass or more. Component A: a compound comprising a water-soluble group and at least two groups each represented by following Formula; Component B: a colorant; Component C: water and Component D: a water-miscible organic solvent:
A lithium battery comprising a positive electrode, a negative electrode, and an organic electrolyte, wherein said negative electrode comprises at least one selected from metallic lithium and lithium alloys as a negative electrode active material, and wherein said positive electrode comprises low-crystallinity manganese dioxide having a specific surface area of 8 to 28 m 2 /g as a positive electrode active material, characterized in that said low-crystallinity manganese dioxide has a ratio [I / 1] of peak intensity 1 of a diffraction peak for a plane near 2θ = 28° to peak intensity 1 of a diffraction peak for a plane near 2θ = 37.5° of 0.5 to 0.58 in a powder X-ray diffraction pattern with CuKα radiation. wherein said negative electrode comprises at least one selected from metallic lithium and lithium alloys as a negative electrode active material, and wherein said positive electrode comprises low-crystallinity manganese dioxide having a specific surface area of 8 to 28 m 2 /g as a positive electrode active material, characterized in that said low-crystallinity manganese dioxide has a ratio [I / 1] of peak intensity 1 of a diffraction peak for a plane near 2θ = 28° to peak intensity 1 of a diffraction peak for a plane near 2θ = 37.5° of 0.5 to 0.58 in a powder X-ray diffraction pattern with CuKα radiation.
A device for sending a secondary remote control signal, comprising: - an input for receiving a primary remote control signal comprising a primary information value, - a processing unit arranged to determine a secondary information value based upon the primary information value, where the secondary value is different from the primary value, - an output arranged for transmitting the secondary remote control signal comprising the secondary information value to a controllable receiver device, where the primary remote control signal and the secondary remote control signal have the same signal-format, characterized in that a memory is further configured for storing a receiver-identity value (pRID1) of the primary remote control signal, where the receiver-identity value enables identification of at least one controllable receiver device, and wherein the processing unit is further arranged to combine the stored receiver-identity value with the secondary information value, and the output is further arranged for transmitting the secondary remote control signal comprising the combined values. - an input for receiving a primary remote control signal comprising a primary information value, - a processing unit arranged to determine a secondary information value based upon the primary information value, where the secondary value is different from the primary value, - an output arranged for transmitting the secondary remote control signal comprising the secondary information value to a controllable receiver device, where the primary remote control signal and the secondary remote control signal have the same signal-format, characterized in that a memory is further configured for storing a receiver-identity value (pRID1) of the primary remote control signal, where the receiver-identity value enables identification of at least one controllable receiver device, and wherein the processing unit is further arranged to combine the stored receiver-identity value with the secondary information value, and the output is further arranged for transmitting the secondary remote control signal comprising the combined values.
A sealing element for an outer rear-view mirror that is to be provided to equip a movable panel of a vehicle, said sealing element being intended to be positioned between a base cover of the rear-view mirror and a surface of the movable panel, the sealing element including: - a body intended to be in contact with a base of the rear-view mirror, - a first sealing lip which comprises a deformable part extending from the body so as to be in contact with the base cover, being entirely housed there, and resting against the surface of the movable panel, the sealing element being characterized in that it includes at least one second lip extending from the body so as to rest on the surface of the movable panel, and the body has a face shaped to be supported by the base such that the first and the second lip (8, 9) are resting against the surface of the movable panel. - a body intended to be in contact with a base of the rear-view mirror, - a first sealing lip which comprises a deformable part extending from the body so as to be in contact with the base cover, being entirely housed there, and resting against the surface of the movable panel,
A method for preparing a sorbent composition comprising a copper compound layer with a thickness on a dried coated support in the range 1-200μm, comprising the steps of: (i) forming a slurry of basic copper carbonate and a binder material and milling the slurry, (ii) applying a layer of a copper compound on the surface of a support material by dipping or spraying the support material with the slurry of basic copper carbonate to form a coated support material, and (iii) drying the coated support material at a temperature ≤200°C, wherein the slurry has a solids content in the range 10-30% wt, is at a pH in the range 5 to 9 and is applied to the support material at a temperature in the range 10-95°C. (i) forming a slurry of basic copper carbonate and a binder material and milling the slurry, (ii) applying a layer of a copper compound on the surface of a support material by dipping or spraying the support material with the slurry of basic copper carbonate to form a coated support material, and (iii) drying the coated support material at a temperature ≤200°C, wherein the slurry has a solids content in the range 10-30% wt, is at a pH in the range 5 to 9 and is applied to the support material at a temperature in the range 10-95°C.
A user interface method, comprising: measuring acceleration of an input device while a button of the input device is activated, using the input device to generate acceleration signals; determining whether the input device operates outside any one predetermined range of a range of sampling periods, a range of gesture periods and a range of poses of the input device; wherein the sampling period is a period when the button is activated, a gesture period is a period when the measured acceleration signals indicate a gesture is made, and the pose range indicates ranges of pitch and roll angles of the input device with respect to a bottom plane on which the input device is positioned; and characterised by generating a warning indicating that the input device has deviated from one of the predetermined ranges when the input device deviates from one of the predetermined ranges and outputting a warning message corresponding to the warning to a user, and generating another warning that the button has been temporarily released from activation, when the button is deactivated and re-activated within a predetermined time during the gesture period and outputting another warning message corresponding to the other warning to the user. measuring acceleration of an input device while a button of the input device is activated, using the input device to generate acceleration signals; determining whether the input device operates outside any one predetermined range of a range of sampling periods, a range of gesture periods and a range of poses of the input device; wherein the sampling period is a period when the button is activated, a gesture period is a period when the measured acceleration signals indicate a gesture is made, and the pose range indicates ranges of pitch and roll angles of the input device with respect to a bottom plane on which the input device is positioned; and characterised by generating a warning indicating that the input device has deviated from one of the predetermined ranges when the input device deviates from one of the predetermined ranges and outputting a warning message corresponding to the warning to a user, and generating another warning that the button has been temporarily released from activation, when the button is deactivated and re-activated within a predetermined time during the gesture period and outputting another warning message corresponding to the other warning to the user.
A device for respectively introducing at least one magnet into a predominantly flat precut material, comprising at least • a device for accommodating a supply of magnets, which is formed by a magazine, wherein the magazine is essentially realized in the form of a tube, aligned vertically and made of a nonmagnetic material, and wherein the inside diameter of the tube is slightly larger than the magnets, • a device for transferring the at least one magnet from a supply position into a receiving position of the predominantly flat precut material, as well as • a device for individualizing the at least one magnet from the supply of magnets and for transferring the at least one magnet into the supply position, comprising at least • a cover plate with at least one passage opening for the magnets, as well as • a slide that can be displaced in a plane extending parallel to the cover plate and features at least one recess, which is assigned to the at least one passage opening and accommodates one individual magnet, wherein the cover plate and the slide consist of nonmagnetic material, • characterized by a stationary ferromagnetic element, which is spaced apart from the cover plate and arranged in such a way that the slide is located between the cover plate and the ferromagnetic element and the ferromagnetic element extends in the moving direction of the slide from the passage opening of the cover plate up to just about the supply position, wherein the ferromagnetic element is arranged opposite of the passage opening. • a device for accommodating a supply of magnets, which is formed by a magazine, wherein the magazine is essentially realized in the form of a tube, aligned vertically and made of a nonmagnetic material, and wherein the inside diameter of the tube is slightly larger than the magnets, • a device for transferring the at least one magnet from a supply position into a receiving position of the predominantly flat precut material, as well as • a device for individualizing the at least one magnet from the supply of magnets and for transferring the at least one magnet into the supply position, comprising at least • a cover plate with at least one passage opening for the magnets, as well as • a slide that can be displaced in a plane extending parallel to the cover plate and features at least one recess, which is assigned to the at least one passage opening and accommodates one individual magnet, wherein the cover plate and the slide consist of nonmagnetic material, • characterized by a stationary ferromagnetic element, which is spaced apart from the cover plate and arranged in such a way that the slide is located between the cover plate and the ferromagnetic element and the ferromagnetic element extends in the moving direction of the slide from the passage opening of the cover plate up to just about the supply position, wherein the ferromagnetic element is arranged opposite of the passage opening.
Method for performing a solid-phase micro-extraction with a holding device which is holding an extraction device and which is secured on an adapter, connected to the extraction device and an actuating device connected to a guide device, wherein the extraction device is at least partially guided in the guide device, characterized in that, the extraction device is held, while the guide device is moved.
A suture dealing system (10; 100), comprising: an end cap (12; 102) comprising an outer surface (22; 124) with an aperture (28; 112) extending therethrough and one or more cleats extending therefrom; a seal (16; 106) connected to the end cap (12; 102), the seal (16; 106) having a seal slit (32; 126) extending at least partially across its diameter; and wherein the seal slit (32; 126) is substantially aligned with the aperture (28; 112) of the end cap (12; 102), characterized in that the one or more cleats extend distally from the outer surface (22; 124) and outward at an angle from a central longitudinal axis of the suture cleating system (10; 100). an end cap (12; 102) comprising an outer surface (22; 124) with an aperture (28; 112) extending therethrough and one or more cleats extending therefrom; a seal (16; 106) connected to the end cap (12; 102), the seal (16; 106) having a seal slit (32; 126) extending at least partially across its diameter; and wherein the seal slit (32; 126) is substantially aligned with the aperture (28; 112) of the end cap (12; 102), characterized in that the one or more cleats extend distally from the outer surface (22; 124) and outward at an angle from a central longitudinal axis of the suture cleating system (10; 100).
A computer-implemented method, comprising: receiving natural language input from a user as part of an ongoing human-to-computer dialog between the user and an automated assistant operated by one or more processors, wherein one or more topics that have been raised during the ongoing human-to-computer dialog are persisted in a contextual data structure associated with the ongoing human-to-computer dialog that is stored in memory; selecting, from a plurality of stored grammars, each associated with one or more applicable topics, one or more grammars to parse the natural language input, wherein the selecting is based on one or more respective measures of relevance of the previously-raised one or more topics to the ongoing human-to-computer dialog, wherein the measure of relevance associated with each given topic of the one or more topics is determined based at least in part on a count of turns of the ongoing human-to-computer dialog since the given topic was last raised, wherein the count of turns since the given topic was last raised is inversely related to the measure of relevance of the given topic to the ongoing human-to-computer dialog; parsing the natural language input based on the selected one or more grammars to generate one or more parses; generating, based on one or more of the parses, a natural language response; outputting the natural language response to the user using one or more output devices; identifying one or more topics raised by one or more of the parses or the natural language response; and adding the identified one or more topics to the contextual data structure. receiving natural language input from a user as part of an ongoing human-to-computer dialog between the user and an automated assistant operated by one or more processors, wherein one or more topics that have been raised during the ongoing human-to-computer dialog are persisted in a contextual data structure associated with the ongoing human-to-computer dialog that is stored in memory; selecting, from a plurality of stored grammars, each associated with one or more applicable topics, one or more grammars to parse the natural language input, wherein the selecting is based on one or more respective measures of relevance of the previously-raised one or more topics to the ongoing human-to-computer dialog, wherein the measure of relevance associated with each given topic of the one or more topics is determined based at least in part on a count of turns of the ongoing human-to-computer dialog since the given topic was last raised, wherein the count of turns since the given topic was last raised is inversely related to the measure of relevance of the given topic to the ongoing human-to-computer dialog; parsing the natural language input based on the selected one or more grammars to generate one or more parses; generating, based on one or more of the parses, a natural language response; outputting the natural language response to the user using one or more output devices; identifying one or more topics raised by one or more of the parses or the natural language response; and adding the identified one or more topics to the contextual data structure.
A device for use with an electronic communication device having a camera to take a picture or video comprising: - a body (132, 496) comprising a mirror surface (133, 498); - a fastener engageable with the electronic communication device characterized in that the fastener is directly engaged with the mirror surface; - at least one light source (150, 470, 478) to emit light to illuminate a picture taking area; and - a control circuit (184, 432) and an input device (192, 444) adapted to activate the camera and to activate at least one light source. - a body (132, 496) comprising a mirror surface (133, 498); - a fastener engageable with the electronic communication device characterized in that the fastener is directly engaged with the mirror surface; - at least one light source (150, 470, 478) to emit light to illuminate a picture taking area; and - a control circuit (184, 432) and an input device (192, 444) adapted to activate the camera and to activate at least one light source.
A threaded fastening element comprising a threaded shank extending along a central axis between a first end and a second end, a screw head connected to the first end, the second end opposite the screw head being free, and a threading formed on the threaded shank and extending along the central axis, the threading having at least one screw thread, wherein said screw thread has an apical angle decreasing gradually, continuously and monotonously, between a first apical angle (α1) and a second apical angle (α2) strictly smaller than the first apical angle, wherein the threading comprises at least one variation segment over which the decrease in the apical angle occurs, the decrease in the apical angle being done over several turns, and a first segment extending from the variation segment towards the first end and over which the screw thread has a constant apical angle equal to the first apical angle (α1).
A subsea foundation (10, 34, 42) for supporting a pipeline or a pipeline accessory, the foundation (10, 34, 42) comprising: a mudmat; at least one pile arranged to anchor the mudmat in use by extending with a relative orientation from the mudmat into seabed soil; and a coupling (46, 64) that couples the pile to the mudmat, the coupling (46, 64) comprising at least one interface member supported by the pile for angular displacement relative to the pile and to the mudmat to accommodate the orientation of the mudmat relative to the pile; wherein the foundation further comprises at least one of: a roll/pitch pivot between the pile and the interface member, the roll/pitch pivot being oriented to permit angular movement of the interface member about a transverse axis substantially orthogonal to a central longitudinal axis of the pile; and a yaw pivot between the pile and the interface member, the yaw pivot being oriented to permit angular movement of the interface member about a central longitudinal axis of the pile. a mudmat; at least one pile arranged to anchor the mudmat in use by extending with a relative orientation from the mudmat into seabed soil; and a coupling (46, 64) that couples the pile to the mudmat, the coupling (46, 64) comprising at least one interface member supported by the pile for angular displacement relative to the pile and to the mudmat to accommodate the orientation of the mudmat relative to the pile; wherein the foundation further comprises at least one of: a roll/pitch pivot between the pile and the interface member, the roll/pitch pivot being oriented to permit angular movement of the interface member about a transverse axis substantially orthogonal to a central longitudinal axis of the pile; and a yaw pivot between the pile and the interface member, the yaw pivot being oriented to permit angular movement of the interface member about a central longitudinal axis of the pile. a roll/pitch pivot between the pile and the interface member, the roll/pitch pivot being oriented to permit angular movement of the interface member about a transverse axis substantially orthogonal to a central longitudinal axis of the pile; and a yaw pivot between the pile and the interface member, the yaw pivot being oriented to permit angular movement of the interface member about a central longitudinal axis of the pile.
A tunneling device for creating a pathway in subcutaneous tissue of a person's body, said tunneling device comprising: a member having two ends (104a, 104b), each of said ends being engaged to a collar, each collar being removably connected to a respective tip, each tip defining a respective insertion surface, wherein each insertion surface is tapered or angled to facilitate the insertion of the ends into the subcutaneous tissue of the person's body; and an interchangeable handle connectable to each of said ends, said handle defining a grasping surface and an opening, said opening configured to receive either of said ends, said grasping surface configured to allow a user to hold the handle and thereby move said member through the subcutaneous tissue of the person's body to create the pathway in the subcutaneous tissue; characterised in that, once connected, each tip and corresponding collar are configured to rotate as one relative to the member. a member having two ends (104a, 104b), each of said ends being engaged to a collar, each collar being removably connected to a respective tip, each tip defining a respective insertion surface, wherein each insertion surface is tapered or angled to facilitate the insertion of the ends into the subcutaneous tissue of the person's body; and an interchangeable handle connectable to each of said ends, said handle defining a grasping surface and an opening, said opening configured to receive either of said ends, said grasping surface configured to allow a user to hold the handle and thereby move said member through the subcutaneous tissue of the person's body to create the pathway in the subcutaneous tissue; characterised in that, once connected, each tip and corresponding collar are configured to rotate as one relative to the member.