mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for creating a graphical representation of a chemical structure whereby a user may assign an atom label to the chemical structure representation by performing a press and tap gesture, the apparatus comprising: (a) a touch pad or touch screen configured to receive input from a user; (b) a memory for storing a code defining a set of instructions; and (c) a processor for executing the set of instructions, wherein the code comprises a chemical structure drawing module configured to: (i) provide a representation of a chemical structure on a graphical display; (ii) receive a first signal corresponding to a user press gesture delivered upon the touch pad or touch screen at a location corresponding to a selected atom position in the chemical structure representation; (iii) receive a second signal corresponding to a user tap gesture delivered upon the touch pad or touch screen; (iv) upon receiving the second signal, provide a contextual menu comprising a plurality of atom labels on the graphical display; (v) receive a third signal corresponding to a user selection of one of the atom labels; and (vi) in the graphical display, update the chemical structure representation to include the selected atom label at the selected atom position in the chemical structure representation. (a) a touch pad or touch screen configured to receive input from a user; (b) a memory for storing a code defining a set of instructions; and (c) a processor for executing the set of instructions, wherein the code comprises a chemical structure drawing module configured to: (i) provide a representation of a chemical structure on a graphical display; (ii) receive a first signal corresponding to a user press gesture delivered upon the touch pad or touch screen at a location corresponding to a selected atom position in the chemical structure representation; (iii) receive a second signal corresponding to a user tap gesture delivered upon the touch pad or touch screen; (iv) upon receiving the second signal, provide a contextual menu comprising a plurality of atom labels on the graphical display; (v) receive a third signal corresponding to a user selection of one of the atom labels; and (vi) in the graphical display, update the chemical structure representation to include the selected atom label at the selected atom position in the chemical structure representation. (i) provide a representation of a chemical structure on a graphical display; (ii) receive a first signal corresponding to a user press gesture delivered upon the touch pad or touch screen at a location corresponding to a selected atom position in the chemical structure representation; (iii) receive a second signal corresponding to a user tap gesture delivered upon the touch pad or touch screen; (iv) upon receiving the second signal, provide a contextual menu comprising a plurality of atom labels on the graphical display; (v) receive a third signal corresponding to a user selection of one of the atom labels; and (vi) in the graphical display, update the chemical structure representation to include the selected atom label at the selected atom position in the chemical structure representation.
A process for preparing a carbohydrate ester mixture comprising a monosulphate carbohydrate fatty acid ester, wherein less than 10 mole % of the carbohydrate ester mixture is substituted with more than one sulphate group, comprising esterification and fractionation of a carbohydrate, wherein the esterification comprises reaction of a carbohydrate with a sulfonating agent and with a reactive fatty acid acyl compound to obtain the carbohydrate ester mixture, and wherein fractionation comprises removal of carbohydrate esters with more than one sulphate group from the carbohydrate ester mixture to obtain the mixture comprising a monosulphate carbohydrate fatty acid ester.
A bio-implantable electrode assembly comprising: an electrode configured to be inserted into the body to deliver electrical signals to a desired nerve site; an insulator coating on the surface of the electrode which leaves at least some portion of the electrode exposed; and a neurostimulation portion defined by the exposed portion of the electrode in which the electrical signals are applied to the nerve site upon contact, wherein the electrode is composed of a carbon fiber, wherein the carbon fiber is a carbon nanotube spun yarn, and wherein the carbon fiber has a thickness of 1 to 1000 μm, a linear density of 0.05 to 5.00 g/cm, and an aspect ratio of 100 to 1,000,000. an electrode configured to be inserted into the body to deliver electrical signals to a desired nerve site; an insulator coating on the surface of the electrode which leaves at least some portion of the electrode exposed; and a neurostimulation portion defined by the exposed portion of the electrode in which the electrical signals are applied to the nerve site upon contact, wherein the electrode is composed of a carbon fiber, wherein the carbon fiber is a carbon nanotube spun yarn, and wherein the carbon fiber has a thickness of 1 to 1000 μm, a linear density of 0.05 to 5.00 g/cm, and an aspect ratio of 100 to 1,000,000.
A molding tool for producing a composite part using induction heating, comprising: a mold, having a contact surface adapted to be in contact with a material to be transformed into a composite part, and an outer surface; at least one main coil (21, 22) arranged in a meander-like pattern on the outer surface of the mold, such that an alternating electric current flowing through the at least one main coil (21, 22) is to its major extent directed in, alternatingly, opposite directions over the outer surface of the mold, following the meander-like pattern, wherein the magnetic field generated by said current is configured to induce currents in at least parts of the mold to be heated; and at least one perimeter coil (23, 24) arranged on the outer surface of the mold and configured to delimit at least one area of the mold to be inductively heated; wherein the mold is configured to be inductively heated by the at least one main coil (21, 22) and the at least one perimeter coil (23, 24); and wherein the at least one main coil (21, 22) and the at least one perimeter coil (23, 24) comprise wires which are electrically insulated from the mold and in operative communication with at least one processing means, characterised in that the wires are litz wires. a mold, having a contact surface adapted to be in contact with a material to be transformed into a composite part, and an outer surface; at least one main coil (21, 22) arranged in a meander-like pattern on the outer surface of the mold, such that an alternating electric current flowing through the at least one main coil (21, 22) is to its major extent directed in, alternatingly, opposite directions over the outer surface of the mold, following the meander-like pattern, wherein the magnetic field generated by said current is configured to induce currents in at least parts of the mold to be heated; and at least one perimeter coil (23, 24) arranged on the outer surface of the mold and configured to delimit at least one area of the mold to be inductively heated; wherein the mold is configured to be inductively heated by the at least one main coil (21, 22) and the at least one perimeter coil (23, 24); and wherein the at least one main coil (21, 22) and the at least one perimeter coil (23, 24) comprise wires which are electrically insulated from the mold and in operative communication with at least one processing means, characterised in that the wires are litz wires.
A method for wireless communication performed by a mobile device (115-a), comprising: determining that one or more packet data network, PDN, connections of the mobile device (115-a) with a first wireless wide area network, WWAN (105-a), should be offloaded to a wireless local area network, WLAN; offloading PDN connections from the first WWAN (105-a) to the WLAN; receiving an indication instructing the mobile device (115-a) to camp on a Radio Access Technology, RAT associated with a second WWAN if all PDN connections are offloaded to the WLAN and a cellular radio of the mobile device (105-a) is in idle mode; determining, by the mobile device (115-a), that Radio Access Network, RAN, assistance information is unavailable, the RAN assistance information comprising a first set of thresholds for switching the PDN connection of the mobile device (115-a) from the WLAN to the first WWAN (105-a); accessing a second set of thresholds based at least in part on the determining that RAN assistance information is unavailable; utilizing said second set of thresholds upon determining that RAN assistance information is unavailable, wherein said second set of thresholds is a previous set of RAN assistance information received by the mobile device (115-a); and switching the PDN connection of the mobile device (115-a) from the WLAN to the first WWAN (105-a) based at least in part on the second set of thresholds. determining that one or more packet data network, PDN, connections of the mobile device (115-a) with a first wireless wide area network, WWAN (105-a), should be offloaded to a wireless local area network, WLAN; offloading PDN connections from the first WWAN (105-a) to the WLAN; receiving an indication instructing the mobile device (115-a) to camp on a Radio Access Technology, RAT associated with a second WWAN if all PDN connections are offloaded to the WLAN and a cellular radio of the mobile device (105-a) is in idle mode; determining, by the mobile device (115-a), that Radio Access Network, RAN, assistance information is unavailable, the RAN assistance information comprising a first set of thresholds for switching the PDN connection of the mobile device (115-a) from the WLAN to the first WWAN (105-a); accessing a second set of thresholds based at least in part on the determining that RAN assistance information is unavailable; utilizing said second set of thresholds upon determining that RAN assistance information is unavailable, wherein said second set of thresholds is a previous set of RAN assistance information received by the mobile device (115-a); and switching the PDN connection of the mobile device (115-a) from the WLAN to the first WWAN (105-a) based at least in part on the second set of thresholds.
Extension piece for extending a raisable and lowerable cutting arm of a cutter-suction dredger for cutting material loose from the bed of a body of water, whereby this cutting arm comprises a first driveshaft for driving a cutting head, whereby the extension piece has a first end for detachably mounting the cutting head and a second end for detachably coupling to a free end of the cutting arm, whereby the extension piece is provided with a second driveshaft for driving the cutting head that is arranged to be detachably coupled to the first driveshaft in the cutting arm, whereby the extension piece is constructed as a steel structure that is provided with a flange for coupling to the cutting arm.
Striking mechanism for a watch or timepiece including a movement, said striking mechanism being capable of operation in at least two distinct passing strike modes, and on at least two distinct sets of gongs, said striking mechanism including a mode selector mechanism combined with a mechanism for selecting a tune or set of gongs, said mode selector mechanism including a user-accessible mode selector allowing the user to choose which strike mode to use, and at least one means for selecting a tune or set of gongs controlled by said movement for a passing strike, and/or accessible to the user for the selection of a tune or of a set of gongs, for performing passing strike functions or for the minute repeater function when said striking mechanism includes a minute repeater mechanism, said striking mechanism including at least one said means for selecting a tune or set of gongs (103; 104) distinct from said mode selector, characterized in that said striking mechanism including a tune selector cam, which is arranged to cooperate with at least a first tune lever and a second tune lever, which are both arranged to cooperate with a tune selector arranged to control different trips for operating strike hammers, said first tune lever and said second tune lever each including an intermediate feeler beak (1030; 1040) arranged to move over the periphery of said tune selector cam, characterized in that said tune selector cam includes a pin driving a fork of a tune selection feeler arm, a first finger of which follows the periphery of a tune-selection-by-mode cam, whose angular position is directly or indirectly controlled by said mode selector, and a second finger of which is arranged to limit the travel of a petite sonnerie lever.
Sensor system with a receiving device with a receiving body for receiving at least one section of a sensor head of a rotational speed sensor and a fixing device (300, 305), and with the rotational speed sensor with the following features: the cylindrical sensor head with a measuring tip; and a tongue which is arranged on an external diameter of the sensor head, and which is formed to interact with a counter contour of the fixing device (300, 305) as a rotational lock for the rotational speed sensor, wherein the tongue of the rotational speed sensor is or can be coupled to the counter contour in a rotationally locked manner characterized in that and end surface of the tongue forms a flat stop surface for the counter contour, wherein the end surface forms an outermost free end of the tongue and is arranged to run transversely to the side surfaces of the tongue and connects them, wherein the flat stop surface serves as a single surface for rotationally fixed locking. the cylindrical sensor head with a measuring tip; and a tongue which is arranged on an external diameter of the sensor head, and which is formed to interact with a counter contour of the fixing device (300, 305) as a rotational lock for the rotational speed sensor, wherein the tongue of the rotational speed sensor is or can be coupled to the counter contour in a rotationally locked manner characterized in that and end surface of the tongue forms a flat stop surface for the counter contour, wherein the end surface forms an outermost free end of the tongue and is arranged to run transversely to the side surfaces of the tongue and connects them, wherein the flat stop surface serves as a single surface for rotationally fixed locking.
A process for measuring, collecting and storing data related to a condition of an absorbent product, said process comprising: - measuring, in a sensor device, raw measurement data related to said condition; and - storing said raw measurement data in a memory unit forming part of said sensor device; - checking whether a transmission link can be defined for transmitting said raw measurement data to a server unit; and, if this is the case, transmitting said raw measurement data to said server unit, and - when the sensor device is removed from the absorbent product, entering a pending state for a predetermined time period during which the sensor device attempts to transmit any stored raw measurement data to said server unit, and thereafter shutting off the sensor device; - receiving, in the server unit, raw measurement data related to said condition; and - storing said raw measurement data in a first database; - adapting said raw measurement data to adapted measurement data by means of an interpretation service which is arranged for accessing the raw measurement data in the first database, wherein said adapted measurement data has a format in which said adapted measurement data can be utilized by at least one application program configured for analyzing said condition; - storing the adapted measurement data in a second database while keeping the raw measurement data still available in the first database for further analysis; and - providing access to said adapted measurement data in said second database from at least one application program arranged for analyzing said adapted measurement data. - measuring, in a sensor device, raw measurement data related to said condition; and - storing said raw measurement data in a memory unit forming part of said sensor device; - checking whether a transmission link can be defined for transmitting said raw measurement data to a server unit; and, if this is the case, transmitting said raw measurement data to said server unit, and - when the sensor device is removed from the absorbent product, entering a pending state for a predetermined time period during which the sensor device attempts to transmit any stored raw measurement data to said server unit, and thereafter shutting off the sensor device; - receiving, in the server unit, raw measurement data related to said condition; and - storing said raw measurement data in a first database; - adapting said raw measurement data to adapted measurement data by means of an interpretation service which is arranged for accessing the raw measurement data in the first database, wherein said adapted measurement data has a format in which said adapted measurement data can be utilized by at least one application program configured for analyzing said condition; - storing the adapted measurement data in a second database while keeping the raw measurement data still available in the first database for further analysis; and - providing access to said adapted measurement data in said second database from at least one application program arranged for analyzing said adapted measurement data.
A magnetic attraction connection structure, which is applicable to a combination partition, the magnetic attraction connection structure comprising a main body, the main body having a peripheral edge on which at least one connection surface is defined, the main body being provided with at least one movement space that is formed in an interior of the peripheral edge at one side of the connection surface, the movement space being provided with a magnet arranged in an interior thereof, the movement space being of a size that is sufficient to allow the magnet to move in a direction toward the connection surface or to rotate by an angle; wherein the peripheral edge of the main body forms a frame, and the frame is provided, on each of an upper side and a lower side thereof, with a surface panel to jointly form a configuration of a board; and wherein the connection surface of the main body is orientable to face another main body to allow the outside surfaces thereof to contact with each other at location corresponding to the magnets, and the magnets arranged in the movement spaces of the main body and said another main body automatically move or rotate, by means of magnetic attraction between opposite magnetic polarities, to mutually and magnetically attract each other, so as to have the connection surfaces of the two main bodies fix to each other through connection resulting from magnetically attracting each other, to thereby form a partition structure; characterised in that the peripheral edge of the main body is provided, in the interior thereof, with a separation plate, which defines a channel in the peripheral edge and multiple blockers (60, 61) of different sizes are disposed in the channel to delimit the movement space. wherein the peripheral edge of the main body forms a frame, and the frame is provided, on each of an upper side and a lower side thereof, with a surface panel to jointly form a configuration of a board; and wherein the connection surface of the main body is orientable to face another main body to allow the outside surfaces thereof to contact with each other at location corresponding to the magnets, and the magnets arranged in the movement spaces of the main body and said another main body automatically move or rotate, by means of magnetic attraction between opposite magnetic polarities, to mutually and magnetically attract each other, so as to have the connection surfaces of the two main bodies fix to each other through connection resulting from magnetically attracting each other, to thereby form a partition structure; characterised in that the peripheral edge of the main body is provided, in the interior thereof, with a separation plate, which defines a channel in the peripheral edge and multiple blockers (60, 61) of different sizes are disposed in the channel to delimit the movement space.
Method for the three-dimensional mapping of the cloudiness of the sky, wherein the following steps are carried out: - acquiring at least one panoramic image in the visible range using an optical sensor, of an observation area of the sky of at least 4.6 steradians from the ground and identifying the presence of one or more clouds in said observation area, - measuring the thermal radiation emitted from said observation area of the sky in order to determine the cloud cover and the altitudes of the base and the top of the clouds in said area, - comparing and reconciling at least the data from said panoramic image, from the determination of said cloud cover and from the altitudes of the base and the top of the clouds in order to uniquely associate a base altitude and a top altitude with one or more clouds identified in the panoramic image, and obtain a three-dimensional mapping of the cloudiness in said observation area of the sky. - acquiring at least one panoramic image in the visible range using an optical sensor, of an observation area of the sky of at least 4.6 steradians from the ground and identifying the presence of one or more clouds in said observation area, - measuring the thermal radiation emitted from said observation area of the sky in order to determine the cloud cover and the altitudes of the base and the top of the clouds in said area, - comparing and reconciling at least the data from said panoramic image, from the determination of said cloud cover and from the altitudes of the base and the top of the clouds in order to uniquely associate a base altitude and a top altitude with one or more clouds identified in the panoramic image, and obtain a three-dimensional mapping of the cloudiness in said observation area of the sky.