mhurhangee/ep-ind-claims huggingface dataset:
Optical voltage source and decoupling device, wherein - the optical voltage source comprises a number N of serially connected semiconductor diodes (D1, DN) each with a p-n transition, - the semiconductor diodes (D1, D2, DN) are monolithically integrated together and together form a first stack with an upper side and a lower side and - the number N of the semiconductor diodes (D1, D2, DN) of the first stack is equal to or greater than two, characterised in that - the decoupling device comprises a second stack with a further semiconductor diode (Dpin), - the further semiconductor diode (Dpin) has a p-i-n transition, - the further semiconductor diode (Dpin) is anti-serially connected with the semiconductor diodes (D1, D2, DN) of the first stack, - a lower side of the further semiconductor diode (Dpin) is connected by material couple with the upper side of the first stack and - the second stack with the further semiconductor diode (Dpin) forms, together with the first stack, an overall stack. - the optical voltage source comprises a number N of serially connected semiconductor diodes (D1, DN) each with a p-n transition, - the semiconductor diodes (D1, D2, DN) are monolithically integrated together and together form a first stack with an upper side and a lower side and - the number N of the semiconductor diodes (D1, D2, DN) of the first stack is equal to or greater than two, - the decoupling device comprises a second stack with a further semiconductor diode (Dpin), - the further semiconductor diode (Dpin) has a p-i-n transition, - the further semiconductor diode (Dpin) is anti-serially connected with the semiconductor diodes (D1, D2, DN) of the first stack, - a lower side of the further semiconductor diode (Dpin) is connected by material couple with the upper side of the first stack and - the second stack with the further semiconductor diode (Dpin) forms, together with the first stack, an overall stack.
A pegylated Apelin 36 molecule comprising one or more polyethylene glycol molecules operably linked to at least one amino acid residue in the N-terminal of Apelin 36.
System for filling a closed container with a fixative solution, comprising: - a container comprising a container body for receiving a biological specimen, a lid for selectively closing the container body and a port forming a unidirectional barrier in a direction from the inside to the outside of the closed container; - a dispensing apparatus having a filling nozzle for dispensing the fixative solution; wherein the filling nozzle is relatively moveable with respect to the container between a retracted position to be outside the container and a filling position to be at least partially inside the container via the port to enter the inside of the container with the filling nozzle through the port to fill the container with the fixative solution, wherein in the filling position the filling nozzle penetrates the port, wherein the dispensing apparatus further comprises a moving unit with a moveable unit for moving the filling nozzle and the container relative to each other; and - a control unit for controlling the dispensing apparatus, the filling nozzle and the moving unit, and for controlling interactions between the respective elements, wherein the control unit is configured to determine the amount of the fixative solution required for the biological specimen inside the closed container based on weight and/or on dimensions of the biological specimen. - a container comprising a container body for receiving a biological specimen, a lid for selectively closing the container body and a port forming a unidirectional barrier in a direction from the inside to the outside of the closed container; - a dispensing apparatus having a filling nozzle for dispensing the fixative solution; wherein the filling nozzle is relatively moveable with respect to the container between a retracted position to be outside the container and a filling position to be at least partially inside the container via the port to enter the inside of the container with the filling nozzle through the port to fill the container with the fixative solution, wherein in the filling position the filling nozzle penetrates the port, wherein the dispensing apparatus further comprises a moving unit with a moveable unit for moving the filling nozzle and the container relative to each other; and - a control unit for controlling the dispensing apparatus, the filling nozzle and the moving unit, and for controlling interactions between the respective elements,
Driving device, having: - a motor; - a radio frequency circuit to control the motor; - conductors for power supply to the motor and radio frequency circuit; - an antenna connected to the radio frequency circuit, where the motor, the radio frequency circuit and the antenna, are located in a motor tube characterized in that - the antenna is coupled electrically for radio frequencies to at least one of the conductors, by non-galvanic coupling. - the motor tube is metallic - a motor; - a radio frequency circuit to control the motor; - conductors for power supply to the motor and radio frequency circuit; - an antenna connected to the radio frequency circuit, where the motor, the radio frequency circuit and the antenna, are located in a motor tube characterized in that - the antenna is coupled electrically for radio frequencies to at least one of the conductors, by non-galvanic coupling. - the motor tube is metallic
A method for transmitting uplink control information, UCI, comprising: sending, by an eNodeB, an uplink grant, UL Grant, by a downlink control signaling, to a terminal, wherein the UL Grant indicates one designated codeword, corresponding to UCI to be transmitted, among multiple codewords supported by a physical uplink shared channel, PUSCH, in one transmission time interval, TTI; after receiving signals from the terminal, performing, by the eNodeB, channel deinterleaving and demultiplexing to separate the UCI transmitted along with the one designated codeword; performing, by the eNodeB, channel decoding to judge whether the transmission of the UCI is correct; if the transmission of the UCI is correct, obtaining, by the eNodeB, the UCI information transmitted by the terminal. sending, by an eNodeB, an uplink grant, UL Grant, by a downlink control signaling, to a terminal, wherein the UL Grant indicates one designated codeword, corresponding to UCI to be transmitted, among multiple codewords supported by a physical uplink shared channel, PUSCH, in one transmission time interval, TTI; after receiving signals from the terminal, performing, by the eNodeB, channel deinterleaving and demultiplexing to separate the UCI transmitted along with the one designated codeword; performing, by the eNodeB, channel decoding to judge whether the transmission of the UCI is correct; if the transmission of the UCI is correct, obtaining, by the eNodeB, the UCI information transmitted by the terminal.
Medical, in particular dental hand-held instrument having a grip sleeve and a headpiece which is arranged at a front end of the grip sleeve and has a tool-receiving opening, wherein a holding means for rotatably securing a treatment tool, for example a dental drill, is arranged in the interior of the headpiece, wherein the holding means is arranged along an axis of rotation for the treatment tool, and wherein a release element is arranged in the interior of the headpiece along the axis of rotation, said release element being designed to interact with the holding means, wherein the release element releases the securing of the treatment tool upon interaction with the holding means, wherein the headpiece furthermore has a cover, wherein the cover comprises a lever mechanism which has a first lever and a second lever which cooperate in order to release the securing of the treatment tool, characterized in that the first lever, upon actuation, acts on a free end of the second lever. wherein the holding means is arranged along an axis of rotation for the treatment tool, and wherein a release element is arranged in the interior of the headpiece along the axis of rotation, said release element being designed to interact with the holding means, wherein the release element releases the securing of the treatment tool upon interaction with the holding means, wherein the headpiece furthermore has a cover, wherein the cover comprises a lever mechanism which has a first lever and a second lever which cooperate in order to release the securing of the treatment tool, characterized in that the first lever, upon actuation, acts on a free end of the second lever.
A formulation for preparing a polyurethane foam comprising: (a) a polyol composition comprising two different polyoxypropylene polyols, wherein said polyoxypropylene polyols are polymerized products of only propylene oxide and an initiator, and wherein said two different polyoxypropylene polyols have different functionalities; and (b) an isocyanate-terminated prepolymer composition, with an isocyanate content of from 10 to 48 wt% based on the total weight of the prepolymer composition, comprising the reaction product of diphenylmethane diisocyanate, carbodiimide-modified diphenylmethane diisocyanate, polymethylene polyphenylisocyanate, and a third polyether polyol. (a) a polyol composition comprising two different polyoxypropylene polyols, wherein said polyoxypropylene polyols are polymerized products of only propylene oxide and an initiator, and wherein said two different polyoxypropylene polyols have different functionalities; and (b) an isocyanate-terminated prepolymer composition, with an isocyanate content of from 10 to 48 wt% based on the total weight of the prepolymer composition, comprising the reaction product of diphenylmethane diisocyanate, carbodiimide-modified diphenylmethane diisocyanate, polymethylene polyphenylisocyanate, and a third polyether polyol.
An apparatus operable in a mobile transceiver of a mobile communication system, the apparatus comprising a transceiver module operable to communicate with another mobile transceiver and with a base station transceiver; and a control module operable to: control the transceiver module, receive configuration information on a predefined pool of a quasi-stationary set of radio resources; receive configuration information relating to a temporary set of radio resources for communication with the other mobile transceiver from the base station transceiver, the temporary set of radio resources being valid during a limited time interval, and configure the transceiver module to use at least a subset of the temporary set of radio resources to communicate with the other mobile transceiver, characterized in that the control module is further operable to: detect a radio link failure between the mobile transceiver and the base station transceiver during the time interval, following the detection, release the temporary set of radio resources, end the limited time interval, and use the predefined pool of quasi-stationary set of radio resources for communication with the other mobile transceiver. control the transceiver module, receive configuration information on a predefined pool of a quasi-stationary set of radio resources; receive configuration information relating to a temporary set of radio resources for communication with the other mobile transceiver from the base station transceiver, the temporary set of radio resources being valid during a limited time interval, and configure the transceiver module to use at least a subset of the temporary set of radio resources to communicate with the other mobile transceiver, characterized in that the control module is further operable to: detect a radio link failure between the mobile transceiver and the base station transceiver during the time interval, following the detection, release the temporary set of radio resources, end the limited time interval, and use the predefined pool of quasi-stationary set of radio resources for communication with the other mobile transceiver.
A process for producing an aqueous coating composition for application to a substrate, comprising the following steps in the specified order: A) provision of an aqueous pastelike first component (a) by: mixing of at least one fast-curing hydraulic binder selected from calcium aluminate cement, calcium sulfoaluminate cement, or a mixture thereof, and at least one retardant selected from boric acid, orthophosphoric acid, metaphosphoric acid, phosphonic acid (phosphorous acid), an organic phosphonic acid derivative and mixtures thereof, addition of at least one curing accelerator selected from lithium sulfate, lithium acetate, or a mixture thereof to the mixture from and, addition of at least one organic polymeric binder to the mixture from to, and B) addition of a second component (b) comprising at least one activator, the latter being an alkalifying agent. A) provision of an aqueous pastelike first component (a) by: mixing of at least one fast-curing hydraulic binder selected from calcium aluminate cement, calcium sulfoaluminate cement, or a mixture thereof, and at least one retardant selected from boric acid, orthophosphoric acid, metaphosphoric acid, phosphonic acid (phosphorous acid), an organic phosphonic acid derivative and mixtures thereof, addition of at least one curing accelerator selected from lithium sulfate, lithium acetate, or a mixture thereof to the mixture from and, addition of at least one organic polymeric binder to the mixture from to, and mixing of at least one fast-curing hydraulic binder selected from calcium aluminate cement, calcium sulfoaluminate cement, or a mixture thereof, and at least one retardant selected from boric acid, orthophosphoric acid, metaphosphoric acid, phosphonic acid (phosphorous acid), an organic phosphonic acid derivative and mixtures thereof, addition of at least one curing accelerator selected from lithium sulfate, lithium acetate, or a mixture thereof to the mixture from and, addition of at least one organic polymeric binder to the mixture from to, and B) addition of a second component (b) comprising at least one activator, the latter being an alkalifying agent.
Pharmaceutical formulation consisting of a. ciclesonide and/or des-ciclesonide as active substance, optionally in the form of the tautomers, enantiomers, mixtures of the enantiomers, racemates, solvates or hydrates thereof, b. at least one pharmacologically acceptable acid, wherein said formulation is an ethanolic solution or a solution containing a mixture of ethanol and water, and wherein -log 10 [H+] is in the range of 4.0 to 4.6. a. ciclesonide and/or des-ciclesonide as active substance, optionally in the form of the tautomers, enantiomers, mixtures of the enantiomers, racemates, solvates or hydrates thereof, b. at least one pharmacologically acceptable acid,
Locking/unlocking device for a mudguard of vehicles, comprising - at least one fixing ring provided with an annular portion and a base delimiting a cylindrical seat of longitudinal axis (X-X), adapted to accommodate a support rod for said mudguard, - the base being provided with fixing means to said mudguard, wherein said fixing means comprise a slide, adapted to make a shape coupling with a guide of said mudguard, and stop means of said slide on the guide, - the annular portion being constrained to the base at a hinging end and a closing end, opposite the hinging end with respect to the cylindrical seat, - wherein said hinging end comprises a pin defining a hinge axis (Y-Y) parallel to said longitudinal axis (X-X), said pin comprising at least one abutment (64,64') made in a single piece with the base and rotatably housed within a rotation seat, counter-shaped, made in a single piece with the annular portion. - at least one fixing ring provided with an annular portion and a base delimiting a cylindrical seat of longitudinal axis (X-X), adapted to accommodate a support rod for said mudguard, - the base being provided with fixing means to said mudguard, wherein said fixing means comprise a slide, adapted to make a shape coupling with a guide of said mudguard, and stop means of said slide on the guide, - the annular portion being constrained to the base at a hinging end and a closing end, opposite the hinging end with respect to the cylindrical seat, - wherein said hinging end comprises a pin defining a hinge axis (Y-Y) parallel to said longitudinal axis (X-X), said pin comprising at least one abutment (64,64') made in a single piece with the base and rotatably housed within a rotation seat, counter-shaped, made in a single piece with the annular portion.
A computer-implemented method for managing access to data associated with an online storage system, comprising: enabling synchronization of the data between an electronic device and the online storage system, wherein changes to the data are automatically synchronized between the electronic device and the online storage system, wherein an application programming interface API on the electronic device provides a synchronization state of the data, wherein the synchronization state comprises at least one of download state, an upload state, an idle state, a transfer progress, a cached state, and an error state; initiating a process for accessing the data; using the API to provide the synchronization state for the data; determining from the synchronization state that an existing version of the data is available on the electronic device; determining from the synchronization state that a new version of the data is available from the online storage system; characterised by accessing the existing version of the data while the new version of the data is configured for access; and upon detecting that the new version of the data is ready to be accessed, replacing the existing version of the data with the new version of the data. enabling synchronization of the data between an electronic device and the online storage system, wherein changes to the data are automatically synchronized between the electronic device and the online storage system, wherein an application programming interface API on the electronic device provides a synchronization state of the data, wherein the synchronization state comprises at least one of download state, an upload state, an idle state, a transfer progress, a cached state, and an error state; initiating a process for accessing the data; using the API to provide the synchronization state for the data; determining from the synchronization state that an existing version of the data is available on the electronic device; determining from the synchronization state that a new version of the data is available from the online storage system; characterised by accessing the existing version of the data while the new version of the data is configured for access; and upon detecting that the new version of the data is ready to be accessed, replacing the existing version of the data with the new version of the data.
Device for the insertion of a cannula into a bone of a patient, which comprises: a. an activator assembly for activating the device; b. a needle assembly which comprises a stylet and cannula; c. a barrel assembly for containing said stylet and cannula in a loaded state prior to the device activation; and d. a setting assembly for adjusting the penetration depth of said cannula into the patient's bone; e. said activator assembly comprises a first safety mechanism in a form of a safety catch that prevents activation of the device unless said safety catch is released; f. said activator assembly comprises a trigger that triggers activation of the device only upon application of of a pulling force in a proximal direction; the device is characterised in that: pulling to the distal direction is prevented, thereby eliminating any possibility of reverse direction activation by applying a force in a distal direction; g. the device comprises a second safety mechanism that prevents activation of the device by locking it unless a pushing force in a distal direction is applied on the safety catch causing said setting assembly to press against the patient's body, thereby causing closure of a gap in the device between a jacket which is located in said barrel assembly and said activator assembly, hence the device becomes ready for activation only when placed properly against the patient's body; and h. wherein said pushing and pulling forces in the distal and proximal directions, respectively, are applied at least partially simultaneously. a. an activator assembly for activating the device; b. a needle assembly which comprises a stylet and cannula; c. a barrel assembly for containing said stylet and cannula in a loaded state prior to the device activation; and d. a setting assembly for adjusting the penetration depth of said cannula into the patient's bone; e. said activator assembly comprises a first safety mechanism in a form of a safety catch that prevents activation of the device unless said safety catch is released; f. said activator assembly comprises a trigger that triggers activation of the device only upon application of of a pulling force in a proximal direction; the device is characterised in that: pulling to the distal direction is prevented, thereby eliminating any possibility of reverse direction activation by applying a force in a distal direction; g. the device comprises a second safety mechanism that prevents activation of the device by locking it unless a pushing force in a distal direction is applied on the safety catch causing said setting assembly to press against the patient's body, thereby causing closure of a gap in the device between a jacket which is located in said barrel assembly and said activator assembly, hence the device becomes ready for activation only when placed properly against the patient's body; and h. wherein said pushing and pulling forces in the distal and proximal directions, respectively, are applied at least partially simultaneously.
A vehicle steering assembly (100, 200) comprising an input shaft configured to be connected to a steering device, a first electric motor connected to the input shaft and arranged to provide a steering device torque and/or a steering device angle, an output shaft connected via a steering linkage to a number of ground engaging members (112a, 112b), a rod placed between the input shaft and the output shaft, a first arm rotatably connected to the input shaft and rotatably connected to the rod, and a second arm rotatably connected to the rod and rotatably connected to the output shaft, a second electric motor connected to the output shaft and arranged to provide a steering control torque and/or a steering control angle, wherein the rod comprises a flexible drag link, which in combination with the first and second arm (116, 118) provide for that forces in longitudinal direction can be absorbed. an input shaft configured to be connected to a steering device, a first electric motor connected to the input shaft and arranged to provide a steering device torque and/or a steering device angle, an output shaft connected via a steering linkage to a number of ground engaging members (112a, 112b), a rod placed between the input shaft and the output shaft, a first arm rotatably connected to the input shaft and rotatably connected to the rod, and a second arm rotatably connected to the rod and rotatably connected to the output shaft, a second electric motor connected to the output shaft and arranged to provide a steering control torque and/or a steering control angle, wherein the rod comprises a flexible drag link, which in combination with the first and second arm (116, 118) provide for that forces in longitudinal direction can be absorbed.