mhurhangee/ep-ind-claims huggingface dataset:
A restriction system for forming a restriction in a patient, comprising: an implantable restriction device that is adjustable and configured to form a restriction in a patient; and an implantable micro-electro-mechanical systems (MEMS) pump in fluid communication with the restriction device; characterised in that the pump comprises safety means that enable the system to default to a relaxed state in which the restriction is relaxed or opened, if a power outage is detected or if the remaining power falls below a predetermined threshold. an implantable restriction device that is adjustable and configured to form a restriction in a patient; and an implantable micro-electro-mechanical systems (MEMS) pump in fluid communication with the restriction device; characterised in that the pump comprises safety means that enable the system to default to a relaxed state in which the restriction is relaxed or opened, if a power outage is detected or if the remaining power falls below a predetermined threshold.
Setting device, in particular for blind rivet nuts, with a variable setting stroke adjustment, which has a housing, in which a pulling rod is arranged in a moveable manner in the axial direction, wherein a setting stroke of the pulling rod is adjustable with a stop element which can be screwed into the housing, characterized in that the stop element has at least one region with a polygonal, in particular regularly polygonal contour, wherein a locking means is provided, which can be moved between a closed position and an adjustment position, wherein in the closed position the locking means engages in a path of motion of edges of the polygonal contour and releases the path of motion in the adjustment position.
A rotary ring for use in scale reading apparatus, the ring carrying on an outer circumferential surface a scale having scale marks defining a periodic pattern and readable by a read head of such apparatus, characterised in that an inner circumferential surface of the ring is provided by a tapered surface at an angle relative to the axis of the ring, and the ring is mounted on a shaft such that it is not concentric with the shaft but with the axis of rotation of the shaft, thereby providing compensation for eccentricity of the shaft.
An aqueous hair relaxer composition having an alkalinity of at least pH 12, the composition comprising an active hair straightening ingredient in a cosmetically acceptable vehicle and a fiber elasticity conserving amount of at least one hair fiber elasticity conserving polyorganosiloxane compound having at least one siloxyl unit substituted with a pendant side chain comprising a 2,2,6,6-tetramethylpiperidinyl group attached to the silicon as represented by general Formula where the average value of x and y each is independently 1 to about 200; n is 0, 1, 2 or 3; and Z is a heteroatom or substituted heteroatom, selected from the group consisting of O, NR, where R is H or alkyl, and S.
A method for providing a communication service by a master base station, BS, supporting connections with at least two BSs in a wireless communication system, the method comprising: transmitting, to a member BS, a first control signal for a first communication with a first user equipment, UE; performing the first communication with the first UE; while performing the first communication with the first UE, determining whether at least one new member BS is able to provide a service to the first UE based on measurements reported from the first UE; said method being characterized by: when the at least one new member BS is able to provide the service to the first UE, transmitting, to the first UE, information related to the at least one new member BS; and while performing the first communication, receiving, from a master BS of a second UE, a second control signal for a second communication with the second UE, wherein the second control signal indicates that the master BS of the first UE is added as a new member BS for the second communication with the second UE. transmitting, to a member BS, a first control signal for a first communication with a first user equipment, UE; performing the first communication with the first UE; while performing the first communication with the first UE, determining whether at least one new member BS is able to provide a service to the first UE based on measurements reported from the first UE; said method being characterized by: when the at least one new member BS is able to provide the service to the first UE, transmitting, to the first UE, information related to the at least one new member BS; and while performing the first communication, receiving, from a master BS of a second UE, a second control signal for a second communication with the second UE, wherein the second control signal indicates that the master BS of the first UE is added as a new member BS for the second communication with the second UE. when the at least one new member BS is able to provide the service to the first UE, transmitting, to the first UE, information related to the at least one new member BS; and while performing the first communication, receiving, from a master BS of a second UE, a second control signal for a second communication with the second UE, wherein the second control signal indicates that the master BS of the first UE is added as a new member BS for the second communication with the second UE.
Intrusion sensor for monitoring an entrance (2, 3) to a building to be monitored, wherein the intrusion sensor is arranged at the entrance (2, 3) on the inside of the building, having an acceleration sensor which is designed to capture movements of the intrusion sensor in at least one spatial axis and to output a movement signal, in particular an acceleration signal, in the event of a movement in the at least one axis; having an environmental sensor which is designed to capture at least one value of at least one physical variable in the environment of the intrusion sensor; and having a plausibility checking device which is designed to check the plausibility of the movement signal, in particular the acceleration signal, using the captured value of the physical variable and to output an intrusion signal in the case of a negative plausibility check.
A camera module, comprising: an optical lens assembly, comprising: a plurality of optical lenses, wherein each optical lens comprises a center main body and a connecting portion located outside the center main body, and the optical lenses are sequentially embedded and overlappingly assembled together to form a lens subassembly through a connection of the connecting portions, the connecting portion being arranged in a non-photosensitive area (1112, 1112B, 1112C),formed by a blackening process and a matting process, of each optical lens and adapted to connect the optical lenses, wherein for one of the optical lenses, a light beam entering hole (1114, 1114B) is formed in the photosensitive area (1111, 1111B, 1111C) and the blackening process and the matting process are performed on the entire optical lens except the light beam entering hole (1114, 1114B) to form the non-photosensitive area (1112, 1112B, 1112C); and a photosensitive device, having a holder, wherein the optical lens assembly is disposed on the photosensitive device; wherein the optical lens at the bottom of the optical lens assembly is adhesively connected to a top of the holder of the photosensitive device through the connecting portion, wherein the connecting portion of the optical lens at the bottom of the optical lens assembly has a protrusion toward the holder and is coated with a black adhesive, and the black adhesive extends from the bottom of the protrusion to an inner side of the protrusion. a plurality of optical lenses, wherein each optical lens comprises a center main body and a connecting portion located outside the center main body, and the optical lenses are sequentially embedded and overlappingly assembled together to form a lens subassembly through a connection of the connecting portions, the connecting portion being arranged in a non-photosensitive area (1112, 1112B, 1112C),formed by a blackening process and a matting process, of each optical lens and adapted to connect the optical lenses, wherein for one of the optical lenses, a light beam entering hole (1114, 1114B) is formed in the photosensitive area (1111, 1111B, 1111C) and the blackening process and the matting process are performed on the entire optical lens except the light beam entering hole (1114, 1114B) to form the non-photosensitive area (1112, 1112B, 1112C); and a photosensitive device, having a holder, wherein the optical lens assembly is disposed on the photosensitive device; wherein the optical lens at the bottom of the optical lens assembly is adhesively connected to a top of the holder of the photosensitive device through the connecting portion, wherein the connecting portion of the optical lens at the bottom of the optical lens assembly has a protrusion toward the holder and is coated with a black adhesive, and the black adhesive extends from the bottom of the protrusion to an inner side of the protrusion.
A method, performed by an image-forming apparatus, of controlling service provision, the method comprising: writing information about at least one near-field communication service, from among NFC services that are provided based on NFC, to an NFC tag; determining an NFC service that is allowed for a user in response to the user log in; and updating the information about at least one near-field communication service that is written to the NFC tag according to a result of the determining, characterised in that the updating of the information that is written to the NFC tag is performed if information about an NFC service that is not allowed for the user is written to the NFC tag or if information regarding an NFC service that is allowed for the user is not written to the NFC tag. writing information about at least one near-field communication service, from among NFC services that are provided based on NFC, to an NFC tag; determining an NFC service that is allowed for a user in response to the user log in; and updating the information about at least one near-field communication service that is written to the NFC tag according to a result of the determining,
A pipe in a low-energy system, the pipe comprising, connected to one another, a supply portion for guiding transfer liquid to a heat source and a return portion for guiding the transfer liquid back to one or more heat exchange means, the supply portion and the return portion comprising inner surfaces oriented towards one another and outer surfaces oriented towards the heat source surrounding the pipe, the outer surfaces being connected with the inner surface at each base of the supply portion and the return portion, on the one hand, and at a tip opposite thereto, the outer surfaces being arranged to curve away from the inner surfaces, whereby the supply portion and the return portion being connected to one another by an elastic bridge, characterized in that the supply portion and the return portion are turnable with respect to one another.
Offshore platform with at least three driven piles of a pile foundation, each with an outer wall having an outer diameter and with different sleeves (8, 12) each having an inner wall with an inner diameter which is larger than the outer diameter, on which attachments (17, 19) are arranged on the outside, which are threaded over the driven piles (2, 3) driven into a seabed, wherein at least one spacer is provided between the outer wall of the driven pile (2, 3) and the inner wall of the sleeve (8, 12), and the attachments (17, 19) and the attachments (17, 19) have at least one cable guide, and the different sleeves (8, 12) are connected to one another by means of a linkage and are at a distance from one another which corresponds to the distance between different driven piles (2, 3) over which they are threaded.
A titanium oxide compound comprising bronze-type titanium oxide or titanium oxide mainly composed of bronze-type titanium oxide, wherein the titanium oxide contains 0.005 to 2.5 mass% inclusive of calcium.
Rack for mounting multiple equipment modules, said rack presenting a left side, a right side a front side, a back side, a top side and a bottom side, said rack comprising: - a frame having left-side vertical posts and right-side vertical posts, - a plurality of RF amplifier modules, mounted to the frame between the left-side vertical posts on the one hand and the right-side vertical posts on the other hand, each RF amplifier module comprising an RF amplifier circuit having an RF input and an amplified RF output, - a first RF power combiner whose first combiner inputs are connected to the amplified RF outputs of the RF amplifier modules to deliver a first combined RF power output, characterized in that the first RF power combiner is mounted at least partially in a volume comprised between the left-side vertical posts of the frame or at least partially in a volume comprised between the right-side vertical posts of the frame, in that each RF amplifier module has a front face located at the front side of the rack, and in that said front face comprises an electrical circuit linking the amplified RF output of the RF amplifier module to the first RF power combiner. - a frame having left-side vertical posts and right-side vertical posts, - a plurality of RF amplifier modules, mounted to the frame between the left-side vertical posts on the one hand and the right-side vertical posts on the other hand, each RF amplifier module comprising an RF amplifier circuit having an RF input and an amplified RF output, - a first RF power combiner whose first combiner inputs are connected to the amplified RF outputs of the RF amplifier modules to deliver a first combined RF power output, characterized in that the first RF power combiner is mounted at least partially in a volume comprised between the left-side vertical posts of the frame or at least partially in a volume comprised between the right-side vertical posts of the frame, in that each RF amplifier module has a front face located at the front side of the rack, and in that said front face comprises an electrical circuit linking the amplified RF output of the RF amplifier module to the first RF power combiner.
A semiconductor device, comprising a semiconductor device active region, the semiconductor device further comprising: an electrode shape controlling layer disposed on the semiconductor device active region, the electrode shape controlling layer containing aluminum, the content of aluminum in all or part of the electrode shape controlling layer being reduced in a direction from bottom to up from the semiconductor device active region; an electrode region disposed on the electrode shape controlling layer, the electrode region including a groove extended toward the semiconductor device active region and penetrating through the electrode shape controlling layer longitudinally, all or part of a side surface of the groove having a shape of one of a straight slope, a concave slope protruded away from a central line of the groove and a convex slope protruded toward the central line of the groove; and an electrode disposed in the groove in the electrode region entirely or partially, the electrode having a shape matching with the shape of the groove, a bottom portion of the electrode being contacted with the semiconductor device active region; wherein the electrode shape controlling layer is a first dielectric layer or a combination of the first dielectric layer and a semiconductor layer, characterized in that the first dielectric layer is formed of one of SiAIN, SiAlOx, AlMgON and HfAlOx or a combination thereof. an electrode shape controlling layer disposed on the semiconductor device active region, the electrode shape controlling layer containing aluminum, the content of aluminum in all or part of the electrode shape controlling layer being reduced in a direction from bottom to up from the semiconductor device active region; an electrode region disposed on the electrode shape controlling layer, the electrode region including a groove extended toward the semiconductor device active region and penetrating through the electrode shape controlling layer longitudinally, all or part of a side surface of the groove having a shape of one of a straight slope, a concave slope protruded away from a central line of the groove and a convex slope protruded toward the central line of the groove; and an electrode disposed in the groove in the electrode region entirely or partially, the electrode having a shape matching with the shape of the groove, a bottom portion of the electrode being contacted with the semiconductor device active region; wherein the electrode shape controlling layer is a first dielectric layer or a combination of the first dielectric layer and a semiconductor layer,
Axial turbomachine wheel (2,12), comprising: - a rotor with at least one circumferential groove having opposed faces each having a hollow profile; - blades whose roots are located in, and in mechanical engagement with, the groove; - at least one lock mounted in the groove between the roots of two adjacent blades preventing the blades sliding along the groove, the lock comprising a body with: ∘ two opposed bearing surfaces bearing radially onto the opposite hollow faces of the groove; ∘ a through hole between the two bearing surfaces extending along an axis and housing a clamping screw bearing on the bottom of the groove; ∘ an upper part, preferably cylindrical, pierced by the hole, the upper part being truncated so as to allow a reduction in its length in a plane generally perpendicular to the axis of the hole; characterized in that the two adjacent blades on either side of the lock each comprise a platform that has on its adjacent edges a cut-out that matches the contour of the corresponding half of the truncated upper part of the body of the lock; and a part of the head of the screw is hidden beneath the two adjacent platforms. - a rotor with at least one circumferential groove having opposed faces each having a hollow profile; - blades whose roots are located in, and in mechanical engagement with, the groove; - at least one lock mounted in the groove between the roots of two adjacent blades preventing the blades sliding along the groove, the lock comprising a body with: ∘ two opposed bearing surfaces bearing radially onto the opposite hollow faces of the groove; ∘ a through hole between the two bearing surfaces extending along an axis and housing a clamping screw bearing on the bottom of the groove; ∘ an upper part, preferably cylindrical, pierced by the hole, the upper part being truncated so as to allow a reduction in its length in a plane generally perpendicular to the axis of the hole; ∘ two opposed bearing surfaces bearing radially onto the opposite hollow faces of the groove; ∘ a through hole between the two bearing surfaces extending along an axis and housing a clamping screw bearing on the bottom of the groove; ∘ an upper part, preferably cylindrical, pierced by the hole, the upper part being truncated so as to allow a reduction in its length in a plane generally perpendicular to the axis of the hole;
A battery connection module used to connect a plurality of batteries, the battery connection module comprising: a carrying tray; a plurality of busbars assembled on the carrying tray, the plurality of busbars being used to connect the plurality of batteries; a main circuit board comprising a plurality of first wirings and a plurality of second wirings, connect points of one ends of the plurality of first wirings being converged to a first connect point connection region, the other ends of at least some of the plurality of first wirings connecting the plurality of busbars, one ends of the plurality of second wirings connecting operating components mounted on the main circuit board and connect points of other ends of the plurality of second wirings being converged in a second connect point connection region; and a bridging circuit board comprising a plurality of bridging wirings which are used to respectively bridge the plurality of first wirings of the first connect point connection region and the plurality of second wirings of the second connect point connection region, each bridging wiring comprising a fuse segment thereon, wherein the battery connection module further comprises connectors; two ends of each bridging wiring are connected respectively with the first wiring and the second wiring of the main circuit board via terminals of the connectors. a carrying tray; a plurality of busbars assembled on the carrying tray, the plurality of busbars being used to connect the plurality of batteries; a main circuit board comprising a plurality of first wirings and a plurality of second wirings, connect points of one ends of the plurality of first wirings being converged to a first connect point connection region, the other ends of at least some of the plurality of first wirings connecting the plurality of busbars, one ends of the plurality of second wirings connecting operating components mounted on the main circuit board and connect points of other ends of the plurality of second wirings being converged in a second connect point connection region; and a bridging circuit board comprising a plurality of bridging wirings which are used to respectively bridge the plurality of first wirings of the first connect point connection region and the plurality of second wirings of the second connect point connection region, each bridging wiring comprising a fuse segment thereon, wherein the battery connection module further comprises connectors; two ends of each bridging wiring are connected respectively with the first wiring and the second wiring of the main circuit board via terminals of the connectors.
A pharmaceutical formulation comprising gemcitabine-[phenyl-benzoxy-L-alaninyl)]- -phosphate 3: or a pharmaceutically acceptable salt or solvate thereof, having a diastereoisomeric purity of greater than 90%, and at least one pharmaceutically acceptable excipient; wherein the formulation is an aqueous formulation that also comprises a polar organic solvent.
A two-part reconstitution system wherein (a) the first part is a lyophilised dosage form consisting of aztreonam lysinate prepared from α-aztreonam and (b) the second part, present as a separate component, is a diluent which is 0.1 to 0.9 N saline.
A process for depositing a thin film material on a substrate, comprising simultaneously directing a series of gas flows from an output face of a delivery head toward the surface of a substrate, and wherein the series of gas flows comprises at least a first reactive gaseous material, an inert purge gas, and a second reactive gaseous material, wherein the first reactive gaseous material is capable of reacting with a substrate surface treated with the second reactive gaseous material; wherein the delivery head comprises a gas diffuser element (140; 150; 152; 154; 160; 162; 164) through which passes at least one of the first reactive gaseous material, the inert purge gas, and the second reactive gaseous material while maintaining flow isolation of the at one gaseous material; wherein the gas diffuser (140; 150; 152; 154; 160; 162; 164) provides a friction factor for gaseous material passing therethrough, during thin film material deposition on the substrate, that is greater than 1x10 2; characterized by one or more of gas flows providing a pressure that at least contributes to separation of the surface of the substrate from the face of the delivery head.