mhurhangee/patent-ind-claim-en huggingface dataset:
An interface for connecting a cylindrical reservoir containing a drug to a drug delivery device having a skin contact surface, comprising: a compartment defining a channel extending in a direction parallel to the skin contact surface and sized and shaped to receive the reservoir, the channel defining a proximal opening sized and shaped for axial insertion of the reservoir; a coupler mounted to the drug delivery device at a distal end of the compartment to form a flow path between a distal opening of the reservoir and a fluid path of the drug delivery device; and a cover hingedly attached to the drug delivery device, the cover being movable between a closed position, blocking the reservoir from insertion into the proximal opening of the channel, and a loading position, clearing the proximal opening of the channel for reservoir insertion, the cover housing a plunger pushing assembly therein and positioning the plunger pushing assembly proximal to the channel to face the proximal opening thereof in the closed position of the cover, the plunger pushing assembly being expandable along an axis parallel to the compartment and the skin contact surface. a compartment defining a channel extending in a direction parallel to the skin contact surface and sized and shaped to receive the reservoir, the channel defining a proximal opening sized and shaped for axial insertion of the reservoir; a coupler mounted to the drug delivery device at a distal end of the compartment to form a flow path between a distal opening of the reservoir and a fluid path of the drug delivery device; and a cover hingedly attached to the drug delivery device, the cover being movable between a closed position, blocking the reservoir from insertion into the proximal opening of the channel, and a loading position, clearing the proximal opening of the channel for reservoir insertion, the cover housing a plunger pushing assembly therein and positioning the plunger pushing assembly proximal to the channel to face the proximal opening thereof in the closed position of the cover, the plunger pushing assembly being expandable along an axis parallel to the compartment and the skin contact surface.
A radar system comprising: an active electronically scanned array, AESA, comprising a plurality of antenna elements (202a-202p), said AESA configured to transmit and receive radio frequency, RF, signals at a first frequency and a second, different frequency, the AESA having a first effective aperture and a first scan angle range at the first frequency and a second effective aperture and a second scan angle range at the second frequency and wherein the second effective aperture is angled with respect to the first effective aperture by an amount such that each of the array elements (202a'-202p') forming the second effective aperture are an even multiple of a wavelength at the second frequency distance from the array elements forming the first aperture ; a receiver coupled to receive signals from said AESA and configured to receive signals at the first and second frequencies; and a transmitter coupled to provide signals to said AESA and configured to provide transmit signals to said AESA at the first and second frequencies. an active electronically scanned array, AESA, comprising a plurality of antenna elements (202a-202p), said AESA configured to transmit and receive radio frequency, RF, signals at a first frequency and a second, different frequency, the AESA having a first effective aperture and a first scan angle range at the first frequency and a second effective aperture and a second scan angle range at the second frequency and wherein the second effective aperture is angled with respect to the first effective aperture by an amount such that each of the array elements (202a'-202p') forming the second effective aperture are an even multiple of a wavelength at the second frequency distance from the array elements forming the first aperture ; a receiver coupled to receive signals from said AESA and configured to receive signals at the first and second frequencies; and a transmitter coupled to provide signals to said AESA and configured to provide transmit signals to said AESA at the first and second frequencies.
A pharmaceutical composition for use in a method of inducing immune tolerance in a human subject suffering from or at risk of developing an autoimmune disease, disorder or condition, the pharmaceutical composition comprising an enucleated erythroid cell expressing an exogenous antigen, wherein the pharmaceutical composition is administered in an amount effective to induce immune tolerance in the subject to the antigen mediating the autoimmune disease, disorder or condition; and wherein: the exogenous antigen is bound to the cell membrane of the enucleated erythroid cell; and the exogenous antigen is a fusion or a chimera polypeptide, wherein the fusion or chimera polypeptide is a polypeptide that is derived from the combination of two or more amino acid sequences that are not found together in nature. the exogenous antigen is bound to the cell membrane of the enucleated erythroid cell; and the exogenous antigen is a fusion or a chimera polypeptide, wherein the fusion or chimera polypeptide is a polypeptide that is derived from the combination of two or more amino acid sequences that are not found together in nature.
A control system for an electric power grid configured to supply electric power from a supply point to a plurality of user locations , the system comprising: a plurality of sensors , wherein each sensor is located at a respective one of a plurality of distribution locations on the electric power grid at or between the supply point and at least one of the plurality of user locations, and wherein each sensor is configured to sense at least one component of electric power received at the respective distribution location and at least one of the plurality of sensors is configured to generate measurement data based on the sensed component of the electric power; a controller configured to receive the measurement data from the sensors and to communicate with at least one component adjusting device to adjust a component of the electric power grid, wherein the at least one component adjusting device is configured to adjust a component of the electric power grid based on the measurement data; characterized in that the controller is configured to operate the at least one component adjusting device within first upper and lower limits for a first control mode or within second upper and lower limits for a second control mode, and the controller is configured to select the first and/or second control modes based on a comparison of report-by-exception data to a previously stored high variation and loading (HVL) pattern. a plurality of sensors , wherein each sensor is located at a respective one of a plurality of distribution locations on the electric power grid at or between the supply point and at least one of the plurality of user locations, and wherein each sensor is configured to sense at least one component of electric power received at the respective distribution location and at least one of the plurality of sensors is configured to generate measurement data based on the sensed component of the electric power; a controller configured to receive the measurement data from the sensors and to communicate with at least one component adjusting device to adjust a component of the electric power grid, wherein the at least one component adjusting device is configured to adjust a component of the electric power grid based on the measurement data; characterized in that the controller is configured to operate the at least one component adjusting device within first upper and lower limits for a first control mode or within second upper and lower limits for a second control mode, and the controller is configured to select the first and/or second control modes based on a comparison of report-by-exception data to a previously stored high variation and loading (HVL) pattern.
Method for operating a virtual reality system , wherein a virtual motor vehicle is displayed from a virtual observation position by means of a virtual reality headset worn by a person , wherein - if the virtual motor vehicle is displayed in an interior view: a height (h) of the virtual observation position is predetermined depending on a height position of the virtual reality headset detected by a capture device and depending on the vehicle model of the displayed virtual motor vehicle ; - if the virtual motor vehicle is displayed in an exterior view: a height (h) of the virtual observation position is predetermined depending on a height position of the virtual reality headset and independently of the vehicle model; - the virtual motor vehicle is displayed in the interior view as long as it is detected that the person is sitting on the seating arrangement , and a switch from the interior view to the exterior view is carried out by means of the virtual reality headset , as soon as it is detected that the person is no longer sitting on the seating arrangement , so that after the switching the virtual motor vehicle is displayed in the external view, characterised in that a seat occupancy sensor system arranged on or in the seating arrangement detects whether the person is sitting on the seating arrangement . - if the virtual motor vehicle is displayed in an interior view: a height (h) of the virtual observation position is predetermined depending on a height position of the virtual reality headset detected by a capture device and depending on the vehicle model of the displayed virtual motor vehicle ; - if the virtual motor vehicle is displayed in an exterior view: a height (h) of the virtual observation position is predetermined depending on a height position of the virtual reality headset and independently of the vehicle model; - the virtual motor vehicle is displayed in the interior view as long as it is detected that the person is sitting on the seating arrangement , and a switch from the interior view to the exterior view is carried out by means of the virtual reality headset , as soon as it is detected that the person is no longer sitting on the seating arrangement , so that after the switching the virtual motor vehicle is displayed in the external view,
A method for screening the activity of a polypeptide comprising (i) expressing a polypeptide by coupled cell-free in vitro transcription-translation (IVT) and (ii) determining the activity of the expressed polypeptide by solution equilibrium titration with an interaction member, wherein the activity is the binding affinity of the polypeptide to the interaction member.
A composite material, comprising: a plurality of ceramic particles embedded in a calcium fluoride bulk , wherein the ceramic particles and the calcium fluoride bulk have a weight ratio of 1:4 to 1:20, wherein each of the ceramic particles includes a plurality of spinels distributed therein. a plurality of ceramic particles embedded in a calcium fluoride bulk , wherein the ceramic particles and the calcium fluoride bulk have a weight ratio of 1:4 to 1:20, wherein each of the ceramic particles includes a plurality of spinels distributed therein.
Method for obtaining spheroids of undifferentiated cells comprising the following steps: a. Inoculating undifferentiated isolated and amplified undifferentiated cells into a container whose bottom has a rounded concave profile, containing a suitable culture medium, b. Centrifuging said container, c. Rotating the container along an axis perpendicular to the plane defined by the surface of the culture medium, the rotation being from 160 to 200°, advantageously 180°. d. Repeating steps b) and c) between 1 and 15 times, e. Inoculating and incubating the newly formed spheroids of undifferentiated cells into a medium promoting complete spheroid formation, especially a medium supplemented with foetal serum. characterized in that said undifferentiated cells are not human embryonic cells. a. Inoculating undifferentiated isolated and amplified undifferentiated cells into a container whose bottom has a rounded concave profile, containing a suitable culture medium, b. Centrifuging said container, c. Rotating the container along an axis perpendicular to the plane defined by the surface of the culture medium, the rotation being from 160 to 200°, advantageously 180°. d. Repeating steps b) and c) between 1 and 15 times, e. Inoculating and incubating the newly formed spheroids of undifferentiated cells into a medium promoting complete spheroid formation, especially a medium supplemented with foetal serum.
A method for fabricating a three-dimensional object, the method comprising: forming a powder layer including fabrication powder ; discharging droplets of fabrication liquid onto the powder layer ; repeating the forming and the discharging; and controlling the discharging to discharge a plurality of the droplets onto an identical position on a surface of the powder layer so that a thickness of the powder layer is smaller than a distance between the nearest two of the droplets landed on the powder layer , wherein the droplets discharged onto the powder layer permeate the powder layer and contact the droplets in a lower layer of the powder layer , and the droplets contact the lower layer of the powder layer before the nearest two of the droplets contact each other. forming a powder layer including fabrication powder ; discharging droplets of fabrication liquid onto the powder layer ; repeating the forming and the discharging; and controlling the discharging to discharge a plurality of the droplets onto an identical position on a surface of the powder layer so that a thickness of the powder layer is smaller than a distance between the nearest two of the droplets landed on the powder layer , wherein the droplets discharged onto the powder layer permeate the powder layer and contact the droplets in a lower layer of the powder layer , and the droplets contact the lower layer of the powder layer before the nearest two of the droplets contact each other.
An optical coherence tomography, OCT, apparatus for obtaining data regarding a plurality of airway samples having ciliated tissue structures, comprising: a μOCT-based high-throughput screening system comprising a multi-chambered plate for receiving the plurality of samples ; at least one interferometer arrangement (100-190) which receives interferometric information that is based on radiation provided from a reference interfered with radiation from each of the plurality of samples that are provided in the respective plurality of chambers so as to discriminate between agents to identify a particular agent that affects a particular biological function within at least one of the samples ; characterized in that the high-throughput screening system comprises at least one computer arrangement which is configured to: a. obtain dynamic tracking data regarding particles associated with the plurality of samples using the interferometric information, and b. determine surface functional microanatomy properties of the airway samples using the dynamic tracking data. a μOCT-based high-throughput screening system comprising a multi-chambered plate for receiving the plurality of samples ; at least one interferometer arrangement (100-190) which receives interferometric information that is based on radiation provided from a reference interfered with radiation from each of the plurality of samples that are provided in the respective plurality of chambers so as to discriminate between agents to identify a particular agent that affects a particular biological function within at least one of the samples ; characterized in that the high-throughput screening system comprises at least one computer arrangement which is configured to: a. obtain dynamic tracking data regarding particles associated with the plurality of samples using the interferometric information, and b. determine surface functional microanatomy properties of the airway samples using the dynamic tracking data. a. obtain dynamic tracking data regarding particles associated with the plurality of samples using the interferometric information, and b. determine surface functional microanatomy properties of the airway samples using the dynamic tracking data.
A method of operating an electrical switching device within an electrical switchgear system by an operator by means of a mobile electrical device which communicates wirelessly with the electrical switching device and, in a first step, the operator reads a first identification means by means of the mobile electrical device to unambiguously identify the electrical switching device to be operated, characterized in that , in a second step, the operator reads a second identification means by means of the mobile electrical device to unambiguously identify a protected operator location and, in a third step, the operator is authorized to operate the identified electrical switching device by means of the mobile electrical device when he is located at the identified operator location .
A two-layer fabric for the manufacturing of unwoven fabrics comprises an upper surface side fabric constituted by upper surface side warps and upper surface side wefts (1'u, 3'u, 5'u, 7'u), and a lower surface side fabric at least constituted by lower surface side warps and lower surface side wefts (1'd, 3'd, 5'd, 7'd), said upper surface side fabric and said lower surface side fabric are bound by weft binding yarns (2'b, 4'b, 6'b, 8'b), said weft binding yarns (2'b, 4'b, 6'b, 8'b) are woven so as to be arranged in an inner binding condition so as not to appear on the surface of the fabric, characterized in that said upper surface side warps and said upper surface side wefts (1'u, 3'u, 5'u, 7'u) are made of fluorine plastic, wherein said lower surface side warps and said lower surface side wefts (1'd, 3'd, 5'd, 7'd) and said weft binding yarns (2'b, 4'b, 6'b, 8'b) are formed by general yarn.
Apparatus for data transmission having a measuring device interface , a control interface and a supplementary interface , which are connected to a communication unit , wherein • the measuring device interface is designed to receive data packets comprising a position value (P) and a supplementary data value (Z), • the data packets are supplied to the communication unit , which comprises a processing unit and a memory unit , • the processing unit is designed to process the position value (P), to output the processed position value (P_OUT) to the control interface and to store the supplementary data value (Z) in the memory unit , • the control interface is designed to receive position request commands (P_RQ) from a control unit and, as a result of the reception, to output the processed position value (P_OUT) to the control unit , and • the supplementary interface is designed to receive a supplementary data request command (Z_RQ) and to output the supplementary data value (Z_MEM) stored in the memory unit to a supplementary unit as a response to the reception of the supplementary data request command (Z_RQ). • the measuring device interface is designed to receive data packets comprising a position value (P) and a supplementary data value (Z), • the data packets are supplied to the communication unit , which comprises a processing unit and a memory unit , • the processing unit is designed to process the position value (P), to output the processed position value (P_OUT) to the control interface and to store the supplementary data value (Z) in the memory unit , • the control interface is designed to receive position request commands (P_RQ) from a control unit and, as a result of the reception, to output the processed position value (P_OUT) to the control unit , and • the supplementary interface is designed to receive a supplementary data request command (Z_RQ) and to output the supplementary data value (Z_MEM) stored in the memory unit to a supplementary unit as a response to the reception of the supplementary data request command (Z_RQ).
A method in user equipment, UE, , for performing circuit switched, CS, fallback from a first network cell in a wireless telecommunications system with which the UE is associated and that does not provide CS domain services, to a second network cell that does provide CS domain services, the method comprising: performing idle mode measurements of one or more network cells other than the first network cell when the UE is operating in an idle mode, wherein the UE performs the idle mode measurements without being instructed by an access device of the first network cell ; storing the results of the idle mode measurements; receiving a request, by the UE, to access a first circuit switched, CS, domain service unavailable through the first network cell ; communicating (122a, 126; 140; 142) with an access device associated with the first network cell; wherein the communicating with the access device of the first network cell comprises transmitting at least a portion of the results of the idle mode measurements to the access device of the first network cell, and not actively detecting at least some available network cells, in response to a request from the access device of the first network cell that the UE measure signals from the one or more network cells during gaps in communication with the first network cell ; receiving from the access device an identification of the second network cell ; and performing circuit switched, CS, fallback from the first network cell that does not provide CS domain services, to the second network cell that does provide CS domain services; and accessing the first circuit switched, CS, domain service through the second network cell . performing idle mode measurements of one or more network cells other than the first network cell when the UE is operating in an idle mode, wherein the UE performs the idle mode measurements without being instructed by an access device of the first network cell ; storing the results of the idle mode measurements; receiving a request, by the UE, to access a first circuit switched, CS, domain service unavailable through the first network cell ; communicating (122a, 126; 140; 142) with an access device associated with the first network cell; wherein the communicating with the access device of the first network cell comprises transmitting at least a portion of the results of the idle mode measurements to the access device of the first network cell, and not actively detecting at least some available network cells, in response to a request from the access device of the first network cell that the UE measure signals from the one or more network cells during gaps in communication with the first network cell ; receiving from the access device an identification of the second network cell ; and performing circuit switched, CS, fallback from the first network cell that does not provide CS domain services, to the second network cell that does provide CS domain services; and accessing the first circuit switched, CS, domain service through the second network cell .