mhurhangee/patent-ind-claim-en huggingface dataset:
Crystalline methylthioninium chloride dihydrate Form B having the following characteristic peaks in a powder X-ray diffraction pattern: Peak 2θ values (± 0.1°) 1 5.8 2 11.2 3 25.3 4 26.8
Apparatus for a neuromodulation system , comprising: means for producing multi-phasic fields at a neuromodulation site using an electrode arrangement (211, 311-1 to 311-N, 511, 631, E1 to E16, 1144, 2302, 2304A-2304C); and means for coordinating production of the multi-phasic fields, wherein the multi-phasic fields include: a first phase to be directed at a target region of the neuromodulation site, such that a first-polarity electrical charge is configured to be injected to the target region; and a second phase (2004, 2104, 2204, 2204A-2204C) to be directed at portion of the neuromodulation site other than the target region, such that a second-polarity electrical charge opposite the first-polarity electrical charge is configured to be injected to those portions of the neuromodulation site, the second-polarity electrical charge during the second phase configured to essentially neutralize the first-polarity electrical charge injected at the neuromodulation site, and to maintain at least a portion of the first-polarity electrical charge at the target region. means for producing multi-phasic fields at a neuromodulation site using an electrode arrangement (211, 311-1 to 311-N, 511, 631, E1 to E16, 1144, 2302, 2304A-2304C); and means for coordinating production of the multi-phasic fields, wherein the multi-phasic fields include: a first phase to be directed at a target region of the neuromodulation site, such that a first-polarity electrical charge is configured to be injected to the target region; and a second phase (2004, 2104, 2204, 2204A-2204C) to be directed at portion of the neuromodulation site other than the target region, such that a second-polarity electrical charge opposite the first-polarity electrical charge is configured to be injected to those portions of the neuromodulation site, the second-polarity electrical charge during the second phase configured to essentially neutralize the first-polarity electrical charge injected at the neuromodulation site, and to maintain at least a portion of the first-polarity electrical charge at the target region. a first phase to be directed at a target region of the neuromodulation site, such that a first-polarity electrical charge is configured to be injected to the target region; and a second phase (2004, 2104, 2204, 2204A-2204C) to be directed at portion of the neuromodulation site other than the target region, such that a second-polarity electrical charge opposite the first-polarity electrical charge is configured to be injected to those portions of the neuromodulation site, the second-polarity electrical charge during the second phase configured to essentially neutralize the first-polarity electrical charge injected at the neuromodulation site, and to maintain at least a portion of the first-polarity electrical charge at the target region.
A probe for the continuous monitoring in real time of parameters of interest directly in the ground comprising: a substrate with two faces, at least one conductive material track arranged on at least one of the at least two faces of the substrate , with a zone adapted to act as an electrical contact terminal outside of the probe , a conductive region with reference electrode functions arranged on one of the faces of the substrate , with a zone adapted to act as an electrical contact terminal outside of the probe , at least one passivating material layer arranged such that it partially covers the at least one conductive material track and leaves at least two free zones thereof, one of said free zones corresponding to the electrical contact terminal of the at least one conductive material track , and at least one sensor element sensitive to at least one of the parameters of interest to be monitored in the ground, deposited in at least one of the free zones of the at least one conductive material track wherein the at least one conductive track and the conductive region is metallic or non metallic, these non metallic selected from: inks and graphite composites, conductive polymers or conductive nanomaterials and characterized in that the one conductive region occupies one of the faces of the substrate in its entirety. a substrate with two faces, at least one conductive material track arranged on at least one of the at least two faces of the substrate , with a zone adapted to act as an electrical contact terminal outside of the probe , a conductive region with reference electrode functions arranged on one of the faces of the substrate , with a zone adapted to act as an electrical contact terminal outside of the probe , at least one passivating material layer arranged such that it partially covers the at least one conductive material track and leaves at least two free zones thereof, one of said free zones corresponding to the electrical contact terminal of the at least one conductive material track , and at least one sensor element sensitive to at least one of the parameters of interest to be monitored in the ground, deposited in at least one of the free zones of the at least one conductive material track wherein the at least one conductive track and the conductive region is metallic or non metallic, these non metallic selected from: inks and graphite composites, conductive polymers or conductive nanomaterials and characterized in that the one conductive region occupies one of the faces of the substrate in its entirety.
An electrical assembly comprising: a device housing having a front surface, a rear surface and an edge; and an electrical connection system comprising: an external connector comprising an external frame into which one or more spring pins are assembled and subsequently overmolded, an internal connector comprising an internal frame into which one or more contact pads are assembled and subsequently overmolded, wherein the overmold of the internal connector includes features, such as screw mounts, which allow the internal connector to be fixedly mounted within the device housing ; said external frame having first locating features (C) which are configured to engage with matching second locating features (G) of said internal frame of the internal connector , wherein the first and second locating features (C, G) are configured to relatively position the spring pins of the external connector and the contact pads of the internal connector , and first mating features that extend over the front and rear surfaces of, and grip the edge of, the device housing; characterized in that the external frame comprises a retention feature (D), such as a ridge or bump, that extends across all or a portion of the external frame , the device housing incorporates a mating retention feature, such as a groove or recess, which is configured to be gripped by the external frame of the external connector , wherein the retention feature (D) is designed to snap into the mating retention feature, whereby the external connector is retained to the edge of the device housing . an external connector comprising an external frame into which one or more spring pins are assembled and subsequently overmolded, an internal connector comprising an internal frame into which one or more contact pads are assembled and subsequently overmolded, wherein the overmold of the internal connector includes features, such as screw mounts, which allow the internal connector to be fixedly mounted within the device housing ; said external frame having first locating features (C) which are configured to engage with matching second locating features (G) of said internal frame of the internal connector , wherein the first and second locating features (C, G) are configured to relatively position the spring pins of the external connector and the contact pads of the internal connector , and first mating features that extend over the front and rear surfaces of, and grip the edge of, the device housing; characterized in that the external frame comprises a retention feature (D), such as a ridge or bump, that extends across all or a portion of the external frame , the device housing incorporates a mating retention feature, such as a groove or recess, which is configured to be gripped by the external frame of the external connector , wherein the retention feature (D) is designed to snap into the mating retention feature, whereby the external connector is retained to the edge of the device housing .
A device for matching optical fiber connections for ROADM service, comprising: a reference control optical channel transmitter , a downlink Wavelength Selective Switch WSS , a plurality of emitting ports (a1, a2...an), a reference control optical channel receiver , an uplink WSS and a plurality of receiving ports (b1, b2...bn); wherein the reference control optical channel transmitter is arranged to emit a first reference control optical channel signal carrying ROADM card information and corresponding emitting port information, and the downlink WSS is arranged to emit the first reference control optical channel through the respective emitting ports in a polling manner; wherein the reference control optical channel receiver is arranged to receive a second reference control optical channel signal carrying ROADM card information and corresponding emitting port information from another matching device, and to obtain the carried information and then determine a matching relationship between the receiving port of the matching device and the certain emitting port of the another matching device connected by an optical fiber; and the uplink WSS is arranged to selectively receive the second reference control optical channel over the plurality of receiving ports in the polling manner; wherein the reference control optical channel operating within an operating wavelength range of WSSs in the ROADM but outside a wavelength range of a service optical channel, characterized in that the matching device and the another matching device for different directions are located in different chassis and duplex-connected at service ports with each other, the reference control optical channel is adapted to further operate as a backup physical channel for a cascade communication channel between the different chassis for carrying cascade interactive services.
An apparatus for transmitting first content to a node , the first content being associated with a first service, wherein the apparatus includes: - an interface stage arranged to receive, over a communication network , the first content from a service module for onward transmission to the node ; and - a processing stage arranged to: in response to a request received from the service module, the request containing an indication of the first service associated with the first content, determine whether the first service associated with the first content matches a second service currently run by the node by sending a query to the node whether the first service is run by the node and receiving a binary indication from the node whether the first service is currently run by the node; in case the binary indication is positive indicating the first service matches the second service, transmit the first content to the node ; and in case the binary indication is negative indicating the first service does not match the second service, refrain from transmitting the first content to the node . - an interface stage arranged to receive, over a communication network , the first content from a service module for onward transmission to the node ; and - a processing stage arranged to: in response to a request received from the service module, the request containing an indication of the first service associated with the first content, determine whether the first service associated with the first content matches a second service currently run by the node by sending a query to the node whether the first service is run by the node and receiving a binary indication from the node whether the first service is currently run by the node; in case the binary indication is positive indicating the first service matches the second service, transmit the first content to the node ; and in case the binary indication is negative indicating the first service does not match the second service, refrain from transmitting the first content to the node . in case the binary indication is positive indicating the first service matches the second service, transmit the first content to the node ; and in case the binary indication is negative indicating the first service does not match the second service, refrain from transmitting the first content to the node .
A method of controlling a handover procedure of a user terminal from a source master base station (200M1) to a target master base station (200M2), the user terminal being connected to the source master base station (200M1) and a secondary base station (200S1) in accordance with a dual connectivity scheme, the method comprising: transmitting (S402), by the source master base station, a handover request to the target master base station; said method being characterized by : receiving (S406), by the source master base station, a handover request response including information indicating that the secondary base station is kept, from the target master base station, wherein said handover request response additionally includes GTP (GPRS Tunnel Protocol) TE (Tunnel Endpoint) information of the secondary base station for a bearer which is to be changed from an Master Cell Group, MCG, bearer to a Secondary Cell Group, SCG, bearer, wherein the MCG bearer is a bearer between the user terminal and the source master base station before said handover procedure, and the SCG bearer is a bearer to be established between the user terminal and the secondary base station as a result of said handover procedure; and after receiving the handover request response, performing (S415) a direct data forwarding from the source master base station to the secondary base station by using a X2 transport bearer identified by said GTP TE information. receiving (S406), by the source master base station, a handover request response including information indicating that the secondary base station is kept, from the target master base station, wherein said handover request response additionally includes GTP (GPRS Tunnel Protocol) TE (Tunnel Endpoint) information of the secondary base station for a bearer which is to be changed from an Master Cell Group, MCG, bearer to a Secondary Cell Group, SCG, bearer, wherein the MCG bearer is a bearer between the user terminal and the source master base station before said handover procedure, and the SCG bearer is a bearer to be established between the user terminal and the secondary base station as a result of said handover procedure; and after receiving the handover request response, performing (S415) a direct data forwarding from the source master base station to the secondary base station by using a X2 transport bearer identified by said GTP TE information.
Roasting unit for roasting food products, in particular for roasting coffee beans, wherein the roasting unit has a roasting device for roasting the food products and a cooling device for cooling the food products roasted in the roasting device , wherein the roasting unit has a first exhaust air cleaning device for cleaning pollutant-loaded roasting exhaust air of the roasting device , wherein, during the roasting operation, the pollutant-loaded roasting exhaust air arising during the roasting of the food products is supplied to the first exhaust air cleaning device , wherein the roasting unit has a second exhaust air cleaning device for cleaning pollutant-loaded cooling exhaust air of the cooling device , characterized in that , during the cooling operation, the pollutant-loaded cooling exhaust air arising during the cooling of the roasted food products in the cooling device can be supplied to the second exhaust air cleaning device , wherein the cleaned roasting exhaust air emerging from the first exhaust air cleaning device can be at least partially supplied to the second exhaust air cleaning device .
Method for defining and performing a service of a process module from a multiplicity of possible services of the process module, wherein the process module is connected up to other process modules to form a process line in which a chemical or pharmaceutical process can be performed, wherein the service is a process engineering function of the process, wherein the process module receives module input signals and outputs module output signals, and wherein the process module has a control unit for components of the process module that together are responsible for performing the service, the method comprising: - providing a state diagram having at least two states, including an initial state and a final state, for the service; - providing a selection option for the states from the state diagram, - providing a list of components of the process module that, as sensors, provide component input signals and/or that, as actuators, react to component output signals; - generating a respective first table for each selected state, the first table indicating a cause/effect association between the component input signals that are possible for the selected state and the component output signals that are possible for the selected state; - generating a second table for the service by using each of the first tables, the second table indicating a cause/effect association between the module input signals and the module output signals; - generating computer code, which contains information about the service of the process module, by using the second table, the information indicating how communication with the process module takes place and how the service is performed by the control unit; and - driving, by means of a superordinate process control unit, the control unit of the process module to retrieve the service by using the information. - providing a state diagram having at least two states, including an initial state and a final state, for the service; - providing a selection option for the states from the state diagram, - providing a list of components of the process module that, as sensors, provide component input signals and/or that, as actuators, react to component output signals; - generating a respective first table for each selected state, the first table indicating a cause/effect association between the component input signals that are possible for the selected state and the component output signals that are possible for the selected state; - generating a second table for the service by using each of the first tables, the second table indicating a cause/effect association between the module input signals and the module output signals; - generating computer code, which contains information about the service of the process module, by using the second table, the information indicating how communication with the process module takes place and how the service is performed by the control unit; and - driving, by means of a superordinate process control unit, the control unit of the process module to retrieve the service by using the information.
A catheter apparatus comprising: a catheter ; a catheter hub having a distal section and a proximal section, wherein the distal section is joined to the catheter and the proximal section defines a chamber; a needle extending through the catheter hub and the catheter and defining an axial direction, wherein the needle has opposite proximal and distal ends, the distal end forming a needle tip ; a needle hub attached to the proximal end of the needle ; and a needle guard slidably arranged on the needle , wherein the needle guard is retained in the chamber of the catheter hub by means of a retaining arm engaging the outside of the catheter hub when the needle extends through the catheter hub and the catheter , and wherein the needle guard is removable from the catheter hub once the needle tip is received in the needle guard upon withdrawal of the needle from the catheter , characterized in that the retaining arm extends not parallel to the axial direction and forms an angle in the range between 0° and 10° with the axial direction such that a clearing between the retaining arm and the catheter hub narrows towards a distal end of the retaining arm . a catheter ; a catheter hub having a distal section and a proximal section, wherein the distal section is joined to the catheter and the proximal section defines a chamber; a needle extending through the catheter hub and the catheter and defining an axial direction, wherein the needle has opposite proximal and distal ends, the distal end forming a needle tip ; a needle hub attached to the proximal end of the needle ; and a needle guard slidably arranged on the needle ,
A data transmission method, comprising: obtaining (S302, S502, S602) X data blocks, wherein each of the first X-1 data blocks in the X data blocks comprises K bits, the last data block in the X data blocks comprises Y bits, X≥1, K≥Y≥1, and the X data blocks are obtained after to-be-transmitted data is grouped in a transmission sequence based on K; processing (S303, S503, S603) each of the X data blocks into N first symbols in a first processing manner to obtain NX first symbols, and sending (S304, S504, S605) the NX first symbols to a receive end device ; and wherein N and K meets a preset condition that ⌊ log 2 m N ⌋ > N ⋅ ⌊ log 2 m ⌋ , K = ⌊ log 2 m N ⌋ , where m is a modulation order, m≥2, N≥2, and K≥3. obtaining (S302, S502, S602) X data blocks, wherein each of the first X-1 data blocks in the X data blocks comprises K bits, the last data block in the X data blocks comprises Y bits, X≥1, K≥Y≥1, and the X data blocks are obtained after to-be-transmitted data is grouped in a transmission sequence based on K; processing (S303, S503, S603) each of the X data blocks into N first symbols in a first processing manner to obtain NX first symbols, and sending (S304, S504, S605) the NX first symbols to a receive end device ; and wherein N and K meets a preset condition that ⌊ log 2 m N ⌋ > N ⋅ ⌊ log 2 m ⌋ , K = ⌊ log 2 m N ⌋ , where m is a modulation order, m≥2, N≥2, and K≥3.