mhurhangee/ep-ind-claims huggingface dataset:
A MEMS device, comprising: a plurality of movable regions; wiring lines extending along a first direction (x) from the movable regions; and electrodes connected to the wiring lines, the electrodes including connection regions for connecting other electrode terminals thereto, a plurality of the connection regions being disposed along a second direction (y) intersecting the first direction, and a distance between centers of ones of the connection regions that are adjacent in the second direction being longer than a distance between centers of ones of the movable regions that are adjacent in the second direction, wherein a plurality of connection region rows (58a,58b) respectively configured from a plurality of the connection regions having positions aligned in the second direction (y), are provided at differing positions in the first direction (x), characterised in that the movable regions, the wiring lines, and the electrodes are provided to a first substrate; and an insulator sandwiched between the first substrate and a second substrate provided with the other electrode terminals is formed between ones of the connection region rows that are adjacent in the first direction on the first substrate. a plurality of movable regions; wiring lines extending along a first direction (x) from the movable regions; and electrodes connected to the wiring lines, the electrodes including connection regions for connecting other electrode terminals thereto, a plurality of the connection regions being disposed along a second direction (y) intersecting the first direction, and a distance between centers of ones of the connection regions that are adjacent in the second direction being longer than a distance between centers of ones of the movable regions that are adjacent in the second direction, wherein a plurality of connection region rows (58a,58b) respectively configured from a plurality of the connection regions having positions aligned in the second direction (y), are provided at differing positions in the first direction (x), characterised in that the movable regions, the wiring lines, and the electrodes are provided to a first substrate; and an insulator sandwiched between the first substrate and a second substrate provided with the other electrode terminals is formed between ones of the connection region rows that are adjacent in the first direction on the first substrate.
Shower floor element for producing the standing surface of a shower area, with a rigid foam plate as a supporting element and a cover element arranged on the top and with a sealing element located under the cover element for producing a waterproof layer, characterized in that the rigid foam plate is made of polyethylene terephthalate and the sealing element and the rigid foam plate are glued together with a silane-based polymer adhesive.
An uninterruptible power supply UPS system (200; 300) comprising: first and second busses (205a, 205b); a first switching circuit (Q1, Q2) configured to selectively couple an AC source to the first and second busses (205a, 205b); a second switching circuit (Q3 - Q6) configured to selectively couple the first and second busses (205a, 205b) to a load; a storage capacitor; a third switching circuit configured to couple the storage capacitor between the first and second busses (205a, 205b); a fourth switching circuit (250, 350) configured to couple an auxiliary power source to the first and second busses (205a, 205b); and a control circuit (270; 370) configured to control the first, second, third and fourth switching circuits to generate an AC voltage at the load, wherein the control circuit is further configured to cause the third switching circuit to couple the storage capacitor between the first and second busses (205a, 205b) to maintain the AC voltage at the load while transitioning from supplying power to the load from the AC source to supplying power to the load from the auxiliary power source. first and second busses (205a, 205b); a first switching circuit (Q1, Q2) configured to selectively couple an AC source to the first and second busses (205a, 205b); a second switching circuit (Q3 - Q6) configured to selectively couple the first and second busses (205a, 205b) to a load; a storage capacitor; a third switching circuit configured to couple the storage capacitor between the first and second busses (205a, 205b); a fourth switching circuit (250, 350) configured to couple an auxiliary power source to the first and second busses (205a, 205b); and a control circuit (270; 370) configured to control the first, second, third and fourth switching circuits to generate an AC voltage at the load, wherein the control circuit is further configured to cause the third switching circuit to couple the storage capacitor between the first and second busses (205a, 205b) to maintain the AC voltage at the load while transitioning from supplying power to the load from the AC source to supplying power to the load from the auxiliary power source.
A recording apparatus comprising: an adhesive belt configured to support and transport a recording medium; a recording head configured to record by discharging ink onto the recording medium that is supported by the adhesive belt; and a guiding section arranged at an upstream side relative to the recording head in a transport direction of the recording medium and configured to guide fluff on an end section, in an intersecting direction that intersects with the transport direction, of the recording medium in a direction to an outside of the recording medium in the intersecting direction, wherein the guiding section is configured to come into contact with the end section at a position which opposes the adhesive belt. an adhesive belt configured to support and transport a recording medium; a recording head configured to record by discharging ink onto the recording medium that is supported by the adhesive belt; and a guiding section arranged at an upstream side relative to the recording head in a transport direction of the recording medium and configured to guide fluff on an end section, in an intersecting direction that intersects with the transport direction, of the recording medium in a direction to an outside of the recording medium in the intersecting direction, wherein the guiding section is configured to come into contact with the end section at a position which opposes the adhesive belt.
A system for performing loco-regional perfusion within the heart of a patient when fluidly coupled thereto, the system comprising: a first drug-delivery catheter adapted for insertion into the right coronary artery of the heart; a second drug-delivery catheter adapted for insertion into the left main coronary artery of the heart: a collection catheter adapted for insertion into the coronary sinus of the heart; a membrane oxygenation device fluidly coupled to the first drug-delivery catheter, the second drug-delivery catheter, the collection catheter, and an oxygen source, wherein the first drug-delivery catheter, the second drug-delivery catheter, the collection catheter, and the membrane oxygenation device together form a closed circuit through the heart that is isolated from the patient's systemic circulation when the first drug-delivery catheter is inserted into the right coronary artery, the second drug-delivery catheter is inserted into the left main coronary artery, and the collection catheter is inserted into the coronary sinus; and a pump configured to drive fluid flow through the first drug-delivery catheter and the second drug-delivery catheter. a first drug-delivery catheter adapted for insertion into the right coronary artery of the heart; a second drug-delivery catheter adapted for insertion into the left main coronary artery of the heart: a collection catheter adapted for insertion into the coronary sinus of the heart; a membrane oxygenation device fluidly coupled to the first drug-delivery catheter, the second drug-delivery catheter, the collection catheter, and an oxygen source, wherein the first drug-delivery catheter, the second drug-delivery catheter, the collection catheter, and the membrane oxygenation device together form a closed circuit through the heart that is isolated from the patient's systemic circulation when the first drug-delivery catheter is inserted into the right coronary artery, the second drug-delivery catheter is inserted into the left main coronary artery, and the collection catheter is inserted into the coronary sinus; and a pump configured to drive fluid flow through the first drug-delivery catheter and the second drug-delivery catheter.
A sorting unit for an item sorting system, comprising an enclosure having a work aperture, a suction unit mounted in the enclosure and having a suction head, and a robot arm unit mounted in the enclosure for moving the suction head within a predetermined operating space within the enclosure, characterised in that the enclosure comprises one or more shell sections, the one or more shell sections forming a side wall of the enclosure.
A photocurable resin composition for three-dimensional photofabrication comprising from 5 to 30 % by mass, relative to the total mass of the composition, of a cationically polymerizable compound having two or more bisphenol structures and one or more hydroxyl groups; a cationically polymerizable compound other than the component; a cationic photoinitiator; a radically polymerizable compound; a radical photoinitiator; and multilayer polymer particles having a core and a shell layer, the shell layer being formed using at least one functional group-modified monomer having at least one reactive functional group. from 5 to 30 % by mass, relative to the total mass of the composition, of a cationically polymerizable compound having two or more bisphenol structures and one or more hydroxyl groups; a cationically polymerizable compound other than the component; a cationic photoinitiator; a radically polymerizable compound; a radical photoinitiator; and multilayer polymer particles having a core and a shell layer, the shell layer being formed using at least one functional group-modified monomer having at least one reactive functional group.
A device to contact the wiring screen of a coaxial cable with a coaxial cable which has an internal conductor, internal conductor insulation, a wiring screen and a cable shroud, with a contact element which has a circular ring-shaped contact surface (13, 13') and a first cut-out and has a disc-shaped tensioning element which has a second cut-out, whereby the internal wiring insulation of the coaxial cable is passed through both cut-outs (7, 9) and where a section of the wiring screen which has been freed from the cable shroud is clamped between the tensioning element and the contact element characterised by the fact, that the free section of the wiring screen is staked vertically to the cable axis by brining together the tensioning element and contact element in an axial direction in relation to the coaxial cable the tensioning element and contact element are attached to each other either by their form or by force, whereby the tensioning element or the contact element has a collar through which a crimp connection is produced between the tensioning element and the contact element the tensioning element and the contact element surround completely the free section of the wiring screen.
A wind power plant for utilising the headwind of motor vehicles, having a plurality of wind turbines each having a vertical axis of rotation, which are arranged in a support frame in a row one behind the other, wherein the wind turbines, via a rotation transmission mechanism, drive a common output shaft, characterised in that the rotation transmission mechanism is constructed in the manner of a slider crank mechanism.
Coupling device for connecting a clutch to a turbine train, comprising a first coupling flange and a second coupling flange, wherein the first coupling flange and the second coupling flange each have at least one bore (21, 31) for receiving a connecting element, wherein the first coupling flange and the second coupling flange are centered with respect to one another by means of at least one connecting element which is inserted into the bores (21, 31) in the first and in the second coupling flange (20, 30), characterized in that the bore in the second coupling flange is embodied as a blind bore, wherein the connecting element is embodied as an expansion bolt, the expansion bolt has a sleeve with a conical internal face and a bolt with a conical external face; having a displacement device for axial displacement of the bolt, wherein the displacement device has a thread element, arranged on the end face side, with an external thread that engages in an internal thread in the sleeve and is designed such that rotation of the thread element produces axial displacement of the bolt.
A prechamber for a cylinder of a piston engine, the prechamber comprising a combustion portion, which is configured to receive a mixture of air and fuel for ignition of said mixture, a nozzle portion, which is configured to establish fluid communication between the combustion portion of the pre-chamber and a main combustion chamber of the engine, the nozzle portion comprising at least one nozzle opening that is configured to allow flow from the main combustion chamber into the prechamber and flow from the prechamber into the main combustion chamber, and at least one auxiliary channel having a first end and a second end, the first end opening inside the prechamber into the nozzle portion and the cross-sectional area of the auxiliary channel being smaller than the cross-sectional area of the at least one nozzle opening, the nozzle portion having a smaller volume than the combustion portion and forming an elongated channel extending from the combustion portion of the prechamber towards the main combustion chamber, the cross-sectional area of the nozzle portion seen in the longitudinal direction of the nozzle portion being smaller than the cross-sectional area of the combustion portion seen in the same direction, characterized in that the second end of the auxiliary channel opens outside the prechamber, the auxiliary channel being configured so that flow from the main combustion chamber through said at least one nozzle opening into the prechamber during compression stroke and flow from the prechamber through said at least one nozzle opening into the main combustion chamber during combustion stroke causes fluid flow through the auxiliary channel into the nozzle portion of the prechamber.
A composition comprising a Clustered Regularly Interspersed Short Palindromic Repeats (CRISPR) system, the CRISPR system comprising: - a Cas9 protein comprising one or more nuclear localization sequences; - a guide sequence linked to a tracr mate sequence, and - a tracr sequence which is 30 or more nucleotides in length; wherein the guide sequence directs sequence-specific binding of a CRISPR complex to a target sequence in a eukaryotic cell. - a Cas9 protein comprising one or more nuclear localization sequences; - a guide sequence linked to a tracr mate sequence, and - a tracr sequence which is 30 or more nucleotides in length;
A method for updating a plurality of vehicles, each vehicle including an onboard server, a first electronic apparatus and at least one second electronic apparatus, the onboard server comprising a first memory and a radiofrequency communication module and each of the first apparatus and of the second apparatus comprising a controller and a second memory storing a set of initial data, each onboard server being connected to each of the first apparatus and of the second apparatus mounted in the same vehicle with a local internal communication network to the vehicle, the method being characterized in that it includes the following steps: - transfer of update data, through an extended radiofrequency communication network, from at least one server on the ground towards the onboard servers of the vehicles of said plurality, the updating data including modified data intended to be stored in memory by at least one of the first apparatus and of the second apparatus of each relevant vehicle, - storing updating data in the first memory of each vehicle, - when the updating data have been stored in the first memory of each vehicle, the emitting through the extended network, by a server on the ground, an updating command intended for the onboard server of each vehicle, and - transmitting, for each onboard server having received the updating command, modified data to at least one of the first apparatus and of the second apparatus through the corresponding local network, the modified data replacing, in the second memory of said apparatus (25A, 25B), the initial data. - transfer of update data, through an extended radiofrequency communication network, from at least one server on the ground towards the onboard servers of the vehicles of said plurality, the updating data including modified data intended to be stored in memory by at least one of the first apparatus and of the second apparatus of each relevant vehicle, - storing updating data in the first memory of each vehicle, - when the updating data have been stored in the first memory of each vehicle, the emitting through the extended network, by a server on the ground, an updating command intended for the onboard server of each vehicle, and - transmitting, for each onboard server having received the updating command, modified data to at least one of the first apparatus and of the second apparatus through the corresponding local network, the modified data replacing, in the second memory of said apparatus (25A, 25B), the initial data.
A method of cleaning a swimming pool comprising: a. determining a 3D mapping of the swimming pool by capturing images of the swimming pool; b. communicating information relating to the 3D mapping of the swimming pool to an automatic swimming pool cleaner; and c. causing operation of the automatic swimming pool cleaner within the swimming pool; wherein determining a 3D mapping of the swimming pool comprises: (i) tracing a virtual outline of the swimming pool by using an image-capture function of a mobile device to place virtual markers M along the upper edge of the pool, (ii) placing virtual markers on captured images, (iii) displaying a virtual outline of the swimming pool from virtual markers, (iv) providing information relating to a depth of the swimming pool, and in that the step of causing operation comprises adjusting internal navigation parameters of the automatic swimming pool cleaner from communicated information to improve cleaning of the pool. a. determining a 3D mapping of the swimming pool by capturing images of the swimming pool; b. communicating information relating to the 3D mapping of the swimming pool to an automatic swimming pool cleaner; and c. causing operation of the automatic swimming pool cleaner within the swimming pool;
Liquid-tight contact bushing through a plastic body, having at least one flat contact (1, 1') showing one or a plurality of cross-sectional changes on an over-moulded section, characterised in that the plastic body is composed of a non-diminishing Duroplast material, that the longitudinal edges of the at least one flat contact (1, 1') are rounded, and that the cross-sectional changes are accomplished through recesses (5a, 5b).
Self-propelled road milling machine including a milling drum housing mounted on the chassis of the machine, said milling drum housing including a first side comprising a power take-off able to transmit the rotational motion from an engine and a second side with an openable hinged wall, the second side being the opposite side of said milling drum housing with respect to said first side, inside said milling drum housing being mounted a milling drum selected from a series of milling drums, each of said milling drums being in a single piece and including cutting tools on its external surface and fastening elements radially protruding from its internal surface, wherein the mounting of said milling drum is carried out in an axially sliding way from said second side of the drum housing in order to allow the replacement of said milling drum by means of said openable hinged wall, said milling drum being rotated by intermediation of a reduction gear mounted at said second side of the drum housing and a transmission shaft transmitting the rotational motion from said power take-off to said reduction gear, said milling drum being supported and centred at the second side of the drum housing by means of said reduction gear which in turn is supported by said openable hinged wall through an auxiliary ring centring the milling drum, said auxiliary ring being fixed by means of screw means, characterized in that said milling drum is provided with a hollow milling drum collar constituting an hollow spacer having a length corresponding to the difference between the cutting width of said milling drum and the maximum milling drum cutting width of said road milling machine, said hollow milling drum collar being supported and centred at said first side of the drum housing by means of a rotating support comprising a low friction ring and a rotating ring supported by a bearing, wherein during the insertion and extraction steps of the milling drum, said milling drum collar slides longitudinally over said low friction ring with respect to the axis of said milling drum.
A microcapsule comprising a hydrophobic content surrounded by a shell system that comprises a membrane comprising a combination of at least two complementary water-soluble polyelectrolytes chosen from among the water-soluble polyelectrolytes capable of generating microencapsulation by complex coacervation, said hydrophobic content containing at least one active principle, said at least one active principle being sensitive to ultraviolet radiation, characterized in that said shell system also comprises solid particles chosen from among the solid particles capable of stabilizing a Pickering emulsion. said hydrophobic content containing at least one active principle, said at least one active principle being sensitive to ultraviolet radiation, characterized in that said shell system also comprises solid particles chosen from among the solid particles capable of stabilizing a Pickering emulsion.
A method of manufacturing an absorbent structure comprising a substrate layer and superabsorbent particles, said method comprising the steps of: - providing an essentially endless substrate layer of fibrous non-woven material which is heat sensitive, wherein the non-woven material comprises binder fibres consisting of sheath-core bicomponent fibres, and carrier fibres consisting of polyester fibres; - applying heat to said substrate layer, wherein the substrate layer is heated to a temperature of between 80°C and 120°C such that an available volume for accommodating superabsorbent particles within the substrate layer is increased; and - depositing superabsorbent particles on said substrate layer. - providing an essentially endless substrate layer of fibrous non-woven material which is heat sensitive, wherein the non-woven material comprises binder fibres consisting of sheath-core bicomponent fibres, and carrier fibres consisting of polyester fibres; - applying heat to said substrate layer, wherein the substrate layer is heated to a temperature of between 80°C and 120°C such that an available volume for accommodating superabsorbent particles within the substrate layer is increased; and - depositing superabsorbent particles on said substrate layer.