mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a rhabdovirus comprising detecting a nucleic acid sequence comprising at least 50 contiguous nucleotides of SEQ ID NO: 1 or the reverse complement sequence of SEQ ID NO: 1.
An integrated circuit structure, comprising: a substrate (122, 1402); a one- transistor memory cell, comprising: a transistor (120, 1440) configured as the memory device of the 1T memory cell, the transistor (120, 1440) including: a channel material, and a gate stack, including: a gate electrode material, and a ferroelectric material between the gate electrode material and the channel material; and one or more interconnect layers configured to route electrical signals to and/or from the transistor (120, 1440), wherein the one or more interconnect layers are between the transistor and the substrate. a substrate (122, 1402); a one- transistor memory cell, comprising: a transistor (120, 1440) configured as the memory device of the 1T memory cell, the transistor (120, 1440) including: a channel material, and a gate stack, including: a gate electrode material, and a ferroelectric material between the gate electrode material and the channel material; and one or more interconnect layers configured to route electrical signals to and/or from the transistor (120, 1440), a transistor (120, 1440) configured as the memory device of the 1T memory cell, the transistor (120, 1440) including: a channel material, and a gate stack, including: a gate electrode material, and a ferroelectric material between the gate electrode material and the channel material; and a channel material, and a gate stack, including: a gate electrode material, and a ferroelectric material between the gate electrode material and the channel material; and a gate electrode material, and a ferroelectric material between the gate electrode material and the channel material; and one or more interconnect layers configured to route electrical signals to and/or from the transistor (120, 1440), wherein the one or more interconnect layers are between the transistor and the substrate.
Endoscopic instrument having a shaft which extends between a proximal end of the instrument and a distal end of the instrument along a longitudinal direction, wherein a working section is arranged on the distal end and an actuating element is arranged on the proximal end, which actuating element permits an actuation of the working section, wherein the working section and the actuating element are operatively connected by a thrust element which extends along the longitudinal direction, wherein the working section has a jaw piece with a first jaw part and a second jaw part, which jaw piece is arranged pivotably on a jaw part holder, wherein the jaw part holder is arranged in the shaft so as to be displaceable along the longitudinal direction and rotatable about the longitudinal direction and the thrust element is coupled to the jaw piece, wherein the jaw piece is configured such that, in the closed state, it can be retracted into the shaft, wherein, in the instrument, there is provided a blocking device which is configured to block a retraction of the jaw piece into the shaft in a predefined angle range about the longitudinal direction, wherein the thrust element is displaceable along the longitudinal direction relative to the jaw part holder at least when the jaw piece has been deployed out of the shaft, and wherein the thrust element, when subjected to a thrust action onto the distal end, exerts a force on the jaw piece which can open the jaw piece, and the shaft is spatially configured such that an opening of the jaw piece in the shaft is prevented.
A method by a lower scheduler apparatus, said method comprising: receiving from an upper scheduler apparatus data for user terminals served by the lower scheduler apparatus, wherein said data comprises data for a first set of user terminals being connected to more than one cell and data for a second set of user terminals not being connected to more than one cell; receiving from the upper scheduler apparatus physical layer resources to be allocated for the first set of user terminals; determining physical layer resources for the second set of user terminals and allocating said determined resources for the second set of user terminals; and transmitting the received data for the first set of user terminals using the received physical layer resources for the first set of user terminals and transmitting the received data for the second set of user terminals using the determined physical layer resources for the second set of user terminals. receiving from an upper scheduler apparatus data for user terminals served by the lower scheduler apparatus, wherein said data comprises data for a first set of user terminals being connected to more than one cell and data for a second set of user terminals not being connected to more than one cell; receiving from the upper scheduler apparatus physical layer resources to be allocated for the first set of user terminals; determining physical layer resources for the second set of user terminals and allocating said determined resources for the second set of user terminals; and transmitting the received data for the first set of user terminals using the received physical layer resources for the first set of user terminals and transmitting the received data for the second set of user terminals using the determined physical layer resources for the second set of user terminals.
A sheet-like article comprising a fibrous base material formed of ultrafine fibers and/or ultrafine fiber bundles provided with, as a binder, a polymer elastomer having a hydrophilic group formed of an aqueous resin dispersion liquid containing a water-dispersed polymer elastomer and a viscosity improver, any thickness-directional cross section of the sheet-like article containing regions occupied by the polymer elastomer, the regions including independent regions each with a cross-sectional area of 50 μm 2 or more, the total area of the independent regions accounting for 0.1% or more and 5.0% or less of the cross-sectional area of the artificial leather in an observation view field.
A method for communicating a message of a long term evolution positioning protocol annex, LPPa, to a base station in a wireless network system, the system comprising a positioning server, an intermediate network node, and a base station, wherein the base station is a home eNB, HeNB, the method comprising, at the positioning server: generating the message of the LPPa associated with the base station, wherein the message relates to a position of the base station; determining an identifier of the base station and a network area identifier associated with the base station, wherein determining the network area identifier is based at least on the identifier of the base station; and delivering the message comprising the identifier of the base station and the network area identifier to an intermediate network node based at least in part on the intermediate network node being associated with the network area identifier, wherein the intermediate network node is arranged to route the message to the base station. generating the message of the LPPa associated with the base station, wherein the message relates to a position of the base station; determining an identifier of the base station and a network area identifier associated with the base station, wherein determining the network area identifier is based at least on the identifier of the base station; and delivering the message comprising the identifier of the base station and the network area identifier to an intermediate network node based at least in part on the intermediate network node being associated with the network area identifier, wherein the intermediate network node is arranged to route the message to the base station.
Truck mixer pump having a vehicle chassis and a vehicle body arranged on the vehicle chassis, which body comprises a body frame and, arranged thereon, a boom bracket for a material distributor boom, a mixer drum having a front and a rear drum support bracket (18, 20), as seen in the direction of travel, and a drive unit, comprising a motor and a transmission, for the mixer drum, the body frame being designed as a prefabricated unit including the boom bracket and the front and rear drum support brackets (18, 20), characterized in that the body frame comprises a bent sheet-metal part which extends between the boom bracket and the rear drum support bracket, is designed predominantly as an integral bent sheet-metal part and comprises two longitudinal members (34, 36), pointing towards the vehicle chassis, for fastening to the vehicle chassis.
A method for die-cast moulding from a die-casting alloy bodies having pores filled with gas, the liquid die casting alloy being pressed together with the gas into a mould cavity which has a negative shape of the bodies, characterised in that in that the gas and the die casting alloy are enclosed together in a casting cylinder without prior mixing, in that a casting piston is advanced in the casting cylinder in a speed-controlled manner at a constant first speed selected such that after closing of the casting cylinder, the gas and the liquid die casting alloy intermix under formation of a turbulent flow at the latest when entering the mould cavity, and in that, at the end of the forward movement of the casting piston in the casting cylinder, the movement is switched from a speed control during advancement to a pressure control during subsequent pressing of the casting piston in the casting cylinder, wherein during subsequent pressing of the casting piston in the casting cylinder the pressure (P Nach) is at most 50 MPa, preferably below 25 MPa, in particular not more than 16 MPa.
A method comprising: storing, on the client device, a local file journal, the local file journal comprising a plurality of local entries, each of the plurality of local entries corresponding to a synchronized item on the client device, and having a local namespace ID of the synchronized item, a local journal ID of the synchronized item, a local blocklist of the synchronized item, a plurality of local attributes of the synchronized item, and a sync type, and wherein each synchronized item corresponds to a content item or a shadow item on the client device; receiving, by a client device, an updated entry from a content management system, the updated entry including an updated namespace ID of content item, an updated journal ID of the content item, an updated blocklist of the content item, a plurality of updated attributes of the content item, and an updated sync type of the content item; comparing the received updated entry to the plurality of local entries in the local file journal, to identify a shadow item on the client device representing the content stored on the content management system, wherein the shadow item includes at least the namespace ID of the represented content item and the journal ID of the represented content item without the content data of the represented content item; updating the identified shadow item by replacing the namespace ID of the shadow item with the updated namespace ID and replacing the journal ID of the shadow item with the updated journal ID; and replacing the local entry corresponding to the shadow item with the updated entry. storing, on the client device, a local file journal, the local file journal comprising a plurality of local entries, each of the plurality of local entries corresponding to a synchronized item on the client device, and having a local namespace ID of the synchronized item, a local journal ID of the synchronized item, a local blocklist of the synchronized item, a plurality of local attributes of the synchronized item, and a sync type, and wherein each synchronized item corresponds to a content item or a shadow item on the client device; receiving, by a client device, an updated entry from a content management system, the updated entry including an updated namespace ID of content item, an updated journal ID of the content item, an updated blocklist of the content item, a plurality of updated attributes of the content item, and an updated sync type of the content item; comparing the received updated entry to the plurality of local entries in the local file journal, to identify a shadow item on the client device representing the content stored on the content management system, wherein the shadow item includes at least the namespace ID of the represented content item and the journal ID of the represented content item without the content data of the represented content item; updating the identified shadow item by replacing the namespace ID of the shadow item with the updated namespace ID and replacing the journal ID of the shadow item with the updated journal ID; and replacing the local entry corresponding to the shadow item with the updated entry.
An in vitro method for the inhibition of coagulation in blood, wherein blood is mixed after its withdrawal with an agent comprising as the only anticoagulant a substance provided as free acid having a pK a of ≥ 0.9, wherein said substance provided as free acid having a pK a of ≥ 0.9 comprises at least three carboxyl groups per molecule, wherein in the acid as provided all of the carboxyl groups in the molecule are protonated, and wherein the concentration of said substance provided as free acid having a pK a of ≥ 0.9 is in the range from 0.1 to 100 mmol/L of blood to be mixed with.
Loss prevention device for a fastening element, comprising a fixing washer having an opening for the fastening element; wherein the fixing washer comprises a flat ring portion which surrounds the opening, and comprises at least two spring arms which are arranged on a radially inner edge of the ring portion and extend in a direction substantially perpendicular to the ring portion; wherein each of the spring arms has a bulge radially outward in the vicinity of a free spring arm end; and wherein the spring arm ends are bent radially inward, characterized in that the loss prevention device further comprises a spacer washer; wherein the spring arms can be brought into engagement with the spacer washer through an opening in the spacer washer; and wherein a radially greatest distance of the bulges from a central axis is greater than a radius of the opening of the spacer washer.
A compound having the structure: wherein, f is 0 or 1; X 1, X 2, X 3, X 4, X 5, and X 6 are independently selected from the group consisting of O, S and NR 3 wherein R 3 is selected from the group consisting of hydrogen and alkyl groups containing from one to six carbon atoms; Ar 1 and Ar 2 are phenylene independently substituted with one to four iodine atoms and optionally further substituted independently with substituents selected from the group consisting of halogen, halomethyl, halomethoxy, methyl, methoxy, thiomethyl, nitro, sulfoxide, and sulfonyl; R 5 and R 6 are independently selected from the group consisting of hydrogen and alkyl groups containing from one to six carbon atoms; and B is selected from the group consisting of optionally substituted C 1 -C 18 alkylene, optionally substituted heteroalkylene, optionally substituted alkenylene, and optionally substituted heteroalkenylene, or B, X 3 and X 4 are selected so that an intermediate HX 3 -B-X 4 H defines a hydroxyl endcapped macromer, a mercapto endcapped macromer or an amine endcapped macromer; wherein B is not ethylene (CH 2 CH 2). wherein, f is 0 or 1; X 1, X 2, X 3, X 4, X 5, and X 6 are independently selected from the group consisting of O, S and NR 3 wherein R 3 is selected from the group consisting of hydrogen and alkyl groups containing from one to six carbon atoms; Ar 1 and Ar 2 are phenylene independently substituted with one to four iodine atoms and optionally further substituted independently with substituents selected from the group consisting of halogen, halomethyl, halomethoxy, methyl, methoxy, thiomethyl, nitro, sulfoxide, and sulfonyl; R 5 and R 6 are independently selected from the group consisting of hydrogen and alkyl groups containing from one to six carbon atoms; and B is selected from the group consisting of optionally substituted C 1 -C 18 alkylene, optionally substituted heteroalkylene, optionally substituted alkenylene, and optionally substituted heteroalkenylene, or B, X 3 and X 4 are selected so that an intermediate HX 3 -B-X 4 H defines a hydroxyl endcapped macromer, a mercapto endcapped macromer or an amine endcapped macromer; wherein B is not ethylene (CH 2 CH 2).
A Bluetooth receiver (30; 300), comprising: processing circuitry configured to receive a receive signal and to determine receive symbols based on the receive signal; and control circuitry configured to determine a frequency offset and a modulation index related to a frequency of the receive signal based on the receive signal, and to control an operation mode of the processing circuitry based on the determined frequency offset and the modulation index of the receive signal, wherein the control circuitry comprises: phase lock detector circuitry configured to determine the frequency offset of the receive signal based on a frequency of the receive signal; and modulation index tracker circuitry configured to determine the modulation index of the receive signal. processing circuitry configured to receive a receive signal and to determine receive symbols based on the receive signal; and control circuitry configured to determine a frequency offset and a modulation index related to a frequency of the receive signal based on the receive signal, and to control an operation mode of the processing circuitry based on the determined frequency offset and the modulation index of the receive signal, wherein the control circuitry comprises: phase lock detector circuitry configured to determine the frequency offset of the receive signal based on a frequency of the receive signal; and modulation index tracker circuitry configured to determine the modulation index of the receive signal. phase lock detector circuitry configured to determine the frequency offset of the receive signal based on a frequency of the receive signal; and modulation index tracker circuitry configured to determine the modulation index of the receive signal.
Inhalation mask for an inhalation system comprising a mask body with a port that can be connected to the inhalation system, and an opening with an elastic sealing lip being equipped for joining a face in such a way that the nose, the mouth or both of them are surrounded by the sealing lip, and characterized by the sealing lip comprising a stowing area, which cannot be seen by a user from an outside of the mask or which has lost contact to an ambient environment outside the mask, when the mask is pressed onto the face with an adequate force, and a remaining area arranged adjacent to the stowing area, which remains visible or which is still in contact with the ambient environment, when the mask is pressed onto the face with the adequate force, wherein, in a sealing position, the stowing area shows at least in one section one or more of the conditions: laying on the face, being compressed, or being bent to an inner side of the inhalation mask, and wherein the inhalation mask is provided with an identification distinguishing the stowing area from the remaining area and being configured to show if the adequate force is applied. a mask body with a port that can be connected to the inhalation system, and an opening with an elastic sealing lip being equipped for joining a face in such a way that the nose, the mouth or both of them are surrounded by the sealing lip, and characterized by the sealing lip comprising a stowing area, which cannot be seen by a user from an outside of the mask or which has lost contact to an ambient environment outside the mask, when the mask is pressed onto the face with an adequate force, and a remaining area arranged adjacent to the stowing area, which remains visible or which is still in contact with the ambient environment, when the mask is pressed onto the face with the adequate force, wherein, in a sealing position, the stowing area shows at least in one section one or more of the conditions: laying on the face, being compressed, or being bent to an inner side of the inhalation mask, and wherein the inhalation mask is provided with an identification distinguishing the stowing area from the remaining area and being configured to show if the adequate force is applied. laying on the face, being compressed, or being bent to an inner side of the inhalation mask, and wherein the inhalation mask is provided with an identification distinguishing the stowing area from the remaining area and being configured to show if the adequate force is applied.
An electronic device configured to be operatively coupled to a server and comprising a processor configured to be registered with the server to create a secured communication link between the processor and the server, the electronic device configured to receive from the server an encrypted object, the encrypted object having an image file format and being encrypted based on a certificate, wherein the certificate corresponds to the processor, the processor having a cryptographic engine configured to decrypt the encrypted object to result in a decrypted graphic wherein the cryptographic engine comprises dedicated cryptographic firmware configured to decrypt the encrypted object; and a user interface operatively coupled to the processor and configured to: display the decrypted graphic, wherein the decrypted graphic displays a prompt to enter a password; and receive a user input comprising a password responsive to the decrypted graphic; wherein the server authenticates the electronic device based, at least in part, on the password. display the decrypted graphic, wherein the decrypted graphic displays a prompt to enter a password; and receive a user input comprising a password responsive to the decrypted graphic;
A controller for controlling behavior of a motorcycle, the controller comprising an execution section that is arranged to initiate a control mode to make the motorcycle perform an automatic cruise deceleration operation, characterized in that said controller comprises further an acquisition section that is arranged to acquire a change rate of a state amount that is related to posture of the motorcycle during turning travel; and in said control mode of the execution section, the automatic deceleration that is a deceleration of the motorcycle generated by the automatic cruise deceleration operation is controlled in accordance with said change rate. an execution section that is arranged to initiate a control mode to make the motorcycle perform an automatic cruise deceleration operation, characterized in that said controller comprises further an acquisition section that is arranged to acquire a change rate of a state amount that is related to posture of the motorcycle during turning travel; and in said control mode of the execution section, the automatic deceleration that is a deceleration of the motorcycle generated by the automatic cruise deceleration operation is controlled in accordance with said change rate.
Process for the manufacture of aramid pulp, wherein a suspension in water of aramid fibers with an average fiber length between 1 and 15 mm is subjected to a first refining step, the product from the first refining step is subjected to a water removal step, and the product from the water removal step is subjected to a second refining step.