mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid pharmaceutical composition for oral administration comprising a bradykinin (BK) B2 receptor antagonist having a chemical structure according to Formula 1, or a stereoisomer, salt or solvate thereof: wherein R is deuterium or hydrogen; wherein the BK B2 receptor antagonist is dissolved in a liquid vehicle comprising propylene glycol monocaprylate, polyoxyl castor oil, and propylene glycol. wherein R is deuterium or hydrogen; wherein the BK B2 receptor antagonist is dissolved in a liquid vehicle comprising propylene glycol monocaprylate, polyoxyl castor oil, and propylene glycol.
A movable article inspection system, comprising: a first automated guided vehicle , a radiation source and a detection mechanism ; said radiation source and said detection mechanism are both mounted on said first automated guided vehicle , said first automated guided vehicle is able to move to a preset scanning inspection position, such that scanning inspection of an article to be scanned is effectuated by means of relative movement between said article to be scanned and said first automated guided vehicle ; wherein said detection mechanism is rotatably mounted on said first automated guided vehicle , such that said detection mechanism can be switched between a deployed state and a retracted state, and said detection mechanism is rotatable within a horizontal plane; said detection mechanism comprises a detector and an L-shaped cantilever , on which said detector is disposed, said L-shaped cantilever being mounted on said first automated guided vehicle to form a door-type scanning frame for passing of said article to be scanned.
Distributed feeding circuit for antenna beamforming array comprising a plurality N of inputs (I1, I2) and a plurality N of outputs (O1, O2), characterized in that said circuit is adapted for receiving, on at least one input, an electrical signal at a given microwave frequency, the signal being modulated on at least one optical carrier, the said circuit comprising at least one assembly of at least two optical dividers (DI1, DI2) with one input and two outputs, at least one delay line (LR1, LR2) of a length configured to be equal to an integer fraction of the wavelength of the said signal at its microwave frequency and two means (CO1, CO2, M1, M2) for combining two optical signals having two inputs and one single output connected to a separate output of said circuit, said assembly being arranged and the delay lines (LR1, LR2) being configured so that the theoretical transfer function (T) of the said circuit is an orthogonal matrix.
A pump motor comprising - a rotor mounted to a drive shaft extending along a rotor axis (L), wherein the rotor is circumferentially embraced by a stator, - a stator housing enclosing the stator, wherein the stator housing comprises a first axial end and a second axial end, - electronics for powering and controlling the motor operation, wherein a first portion of the electronics are arranged on a first PCB, - a first electronics housing accommodating the first PCB, wherein the first electronics housing is arranged at a perimeter of the stator housing , and - a cooling fan being mounted to the drive shaft , characterised in that a second portion of the electronics are arranged on a second PCB and in that the pump motor further comprises a second electronics housing accommodating the second PCB , wherein the second electronics housing is arranged at the second axial end of the stator housing , wherein the second electronics housing at least partially rings the drive shaft , wherein the second electronics housing is arranged axially between the cooling fan and the second axial end of the stator housing , wherein inlet flow paths are defined between the first electronics housing and the stator housing , wherein an inlet flow of the cooling fan cools both the stator housing and components of the first electronics housing before it reaches, through a central axial channel defined by the second electronics housing , the cooling fan . - a rotor mounted to a drive shaft extending along a rotor axis (L), wherein the rotor is circumferentially embraced by a stator, - a stator housing enclosing the stator, wherein the stator housing comprises a first axial end and a second axial end, - electronics for powering and controlling the motor operation, wherein a first portion of the electronics are arranged on a first PCB, - a first electronics housing accommodating the first PCB, wherein the first electronics housing is arranged at a perimeter of the stator housing , and - a cooling fan being mounted to the drive shaft , a second portion of the electronics are arranged on a second PCB and in that the pump motor further comprises a second electronics housing accommodating the second PCB , wherein the second electronics housing is arranged at the second axial end of the stator housing , wherein the second electronics housing at least partially rings the drive shaft , wherein the second electronics housing is arranged axially between the cooling fan and the second axial end of the stator housing , wherein inlet flow paths are defined between the first electronics housing and the stator housing , wherein an inlet flow of the cooling fan cools both the stator housing and components of the first electronics housing before it reaches, through a central axial channel defined by the second electronics housing , the cooling fan .
Modular system applicable to transformers, comprising a structure of modules having different dimensions, said structure comprised of larger dimensioned modules and smaller dimensioned modules placeable in the perimeter of a transformer tank and configured to be coupled thereto by means of flanged connections, said larger dimensioned modules and said smaller dimensioned modules being comprised of piping which are coupled between each other by means of flanged connections or wedge or blind flange or fittings, wherein the piping of the larger dimensioned modules , being composed by horizontal piping and vertical piping comprising in their interior outlines channels and the piping comprising rails coupled to the exterior of the piping, is adapted to support ventilation systems and cooling systems on their horizontal piping , and to ensure cooling liquid transport between the tank and the ventilation system , and the piping of smaller dimensioned modules , being composed of vertical piping and upper and lower horizontal piping, is adapted to support auxiliary circuit boxes , monitoring systems and valve piping . the piping of the larger dimensioned modules , being composed by horizontal piping and vertical piping comprising in their interior outlines channels and the piping comprising rails coupled to the exterior of the piping, is adapted to support ventilation systems and cooling systems on their horizontal piping , and to ensure cooling liquid transport between the tank and the ventilation system , and the piping of smaller dimensioned modules , being composed of vertical piping and upper and lower horizontal piping, is adapted to support auxiliary circuit boxes , monitoring systems and valve piping .
A method for increasing the production of a protein of interest in a Gram-positive bacterial cell comprising: (a) obtaining a modified Gram-positive bacterial cell producing an increased amount of a protein of interest, wherein the modified bacterial cell comprises a modification which increases rasP gene expression, wherein the modification which increases rasP gene expression is a modification to an endogenous chromosomal rasP gene or wherein the modification which increases rasP gene expression is an exogenous polynucleotide comprising a rasP gene, and (b) culturing the modified cell under conditions such that the POI is expressed, wherein the modified bacterial cell producing an increased amount of a POI is relative to the production of the same protein of interest in an unmodified parental Gram-positive bacterial cell. (a) obtaining a modified Gram-positive bacterial cell producing an increased amount of a protein of interest, wherein the modified bacterial cell comprises a modification which increases rasP gene expression, wherein the modification which increases rasP gene expression is a modification to an endogenous chromosomal rasP gene or wherein the modification which increases rasP gene expression is an exogenous polynucleotide comprising a rasP gene, and (b) culturing the modified cell under conditions such that the POI is expressed, wherein the modified bacterial cell producing an increased amount of a POI is relative to the production of the same protein of interest in an unmodified parental Gram-positive bacterial cell.
Scintillation detector for the detection of ionising radiation, especially electron, X-ray or particle radiation, including a monocrystalline substrate onto which minimally one buffer layer is applied for binding minimally one nitride semiconductor layer on the monocrystalline substrate with epitaxy, the nitride semiconductor layer is described with the Al y In x Ga 1-x-y N general formula, where 0 ≤ x < 1, 0 ≤ y < 1 and 0 ≤ x+y ≤ 1 is valid and where minimally two nitride semiconductor layers are arranged in a layered heterostructure, whose structure contains minimally one potential well for radiant recombinations of electrons and holes, characterized in that on the buffer layer there is arranged minimally one bottom nitride semiconductor layer , above the bottom nitride semiconductor layer there is arranged minimally one active couple of nitride semiconductor layers of principally the same polarisation consisting of the barrier layer of the Al yb In xb Ga 1-xb-yb N type and layer of the Al yw In xw Ga 1-xw-yw N type representing a potential well where xb ≤ xw and yb ≤ yw is valid, or there is inserted in minimally one active couple of nitride semiconductor layers minimally one layer of the Al yd In xd Ga 1-xd-yd N type with the thickness (t 3 ) less than 2 nm in which yd ≤ yw and xd ≥ xw+0.3 is valid to create an carrier attracting layer inside the layer adjoining to it, representing a potential well to decrease the luminescence decay time, and where above the topmost active couple of layers in the direction away from the substrate there is arranged minimally one top nitride semiconductor layer .
A fuel injection control system for an internal combustion engine in which fuel delivered from a low pressure fuel pump is pressurized by a high pressure fuel pump and is supplied to a fuel injection valve , wherein said low-pressure pump is controlled by an electronic control unit (ECU, 15) said system comprising: a suction valve for changing an amount of discharge or delivery of the high pressure fuel pump : a pressure sensor that detects a delivery pressure of said high pressure fuel pump; an arithmetic operation unit that calculates a driving signal for said suction valve by using a proportional term and an integral term which are calculated with the use of a deviation between a target delivery pressure of said high pressure fuel pump and a detected value of said pressure sensor as a parameter; the fuel injection control system being characterized in that it further comprises: a processing unit that calculates a driving signal for the low pressure fuel pump based on the amount of change of the integral term; wherein the delivery pressure of said low pressure fuel pump is decreased when an amount of change per unit time of said integral term is equal to or less than zero; and wherein the delivery pressure of said low pressure fuel pump is increased when the amount of change per unit time of said integral term is larger than zero; and a prohibition unit that prohibits the calculation of the driving signal for the low pressure fuel pump by said processing unit when the amount of change per unit time of said integral term becomes larger than zero due to a change in the target delivery pressure of said high pressure fuel pump. a pressure sensor that detects a delivery pressure of said high pressure fuel pump; an arithmetic operation unit that calculates a driving signal for said suction valve by using a proportional term and an integral term which are calculated with the use of a deviation between a target delivery pressure of said high pressure fuel pump and a detected value of said pressure sensor as a parameter; the fuel injection control system being characterized in that it further comprises: a processing unit that calculates a driving signal for the low pressure fuel pump based on the amount of change of the integral term; wherein the delivery pressure of said low pressure fuel pump is decreased when an amount of change per unit time of said integral term is equal to or less than zero; and wherein the delivery pressure of said low pressure fuel pump is increased when the amount of change per unit time of said integral term is larger than zero; and a prohibition unit that prohibits the calculation of the driving signal for the low pressure fuel pump by said processing unit when the amount of change per unit time of said integral term becomes larger than zero due to a change in the target delivery pressure of said high pressure fuel pump.
A method of small data communication implemented by a wireless transmit/receive unit , WTRU, the method comprising: receiving, via a receiver, a paging message from a wireless communication network ; initiating, via a processor , a Radio Resource Control, RRC, connection request in response to the paging message; sending, via a transmitter, the RRC connection request to the wireless communication network ; receiving, via the receiver, an RRC message from the communication network in response to the RRC connection request, the RRC message including appended small data, wherein the small data includes user data, wherein at least the user data is received via a control plane; and detecting, via the processor , the user data received via the control plane, characterised in that the RRC message includes an information element, IE, the IE indicating that the RRC message is a last message containing small data. receiving, via a receiver, a paging message from a wireless communication network ; initiating, via a processor , a Radio Resource Control, RRC, connection request in response to the paging message; sending, via a transmitter, the RRC connection request to the wireless communication network ; receiving, via the receiver, an RRC message from the communication network in response to the RRC connection request, the RRC message including appended small data, wherein the small data includes user data, wherein at least the user data is received via a control plane; and detecting, via the processor , the user data received via the control plane, characterised in that the RRC message includes an information element, IE, the IE indicating that the RRC message is a last message containing small data.
A single crystal CVD diamond component comprising: a surface formed of as-grown growth face single crystal CVD diamond material which has not been polished or etched and which has a surface roughness R a of no more than 100 nm; and a layer of NV - defects, said layer of NV - defects being disposed within 1 μm of the surface, said layer of NV - defects having a thickness of no more than 500 nm, and said layer of NV - defects having a concentration of NV - defects of at least 10 5 NV - /cm 2 . a surface formed of as-grown growth face single crystal CVD diamond material which has not been polished or etched and which has a surface roughness R a of no more than 100 nm; and a layer of NV - defects, said layer of NV - defects being disposed within 1 μm of the surface, said layer of NV - defects having a thickness of no more than 500 nm, and said layer of NV - defects having a concentration of NV - defects of at least 10 5 NV - /cm 2 .
A control device for controlling the operation of a user, said device comprising a base body in the middle of which a rotary shaft , torsionally coupled with a knob which rotates on said base body , is installed, such shaft being functionally connected to supplying means suitable for supplying said user when the knob is in a first operating position on said body and for interrupting said supplying when the knob is in a second operating position on said body, the knob bearing a selector member for selecting the movement of the knob on said base body , said selector member being torsionally integral with the knob , such selector member being movable orthogonally to the knob along a longitudinal axis (M) of the device and comprising interception means suitable for cooperating with counter-interception means provided in said base body , the cooperation between such interception means and counter-interception means preventing the rotation of the knob on said base body , the separation of such interception means and counter-interception means making it possible to rotate the knob from the first operating position towards the second operating position and vice-versa, the selector member being elastically movable along the longitudinal axis (M) of the device and being always connected to a gripping part or block of the knob and superimposing to an end flat part of such block , characterized in that the selector member comprises projecting arms that project from one of its own lower part and inserted into slits of the end flat part of the gripping part or block of the handle , said arms being coupled with bodies movably inserted within corresponding seats obtained within said gripping part or block , said bodies being suitable for moving within said seats contrasting an elastic force and defining the interception means.
Pump device for a water-conducting domestic appliance, such as a washing machine or a dishwasher, having: - a pump chamber with two inlets , - at least one actuator on or in the pump chamber for a pumping operation of liquid in at least one direction, - at least one sensor on or in the pump chamber for determining constituents and/or properties of the liquid in the pump chamber, characterized in that - a storage chamber is provided, which is connected to an inlet of the pump chamber and which contains additives and/or analytes for the liquid, - the pump chamber is of elastic design, and arranged on the outside of the pump chamber is the at least one actuator for a pumping process by way of variation of the shape of the pump chamber . - a pump chamber with two inlets , - at least one actuator on or in the pump chamber for a pumping operation of liquid in at least one direction, - at least one sensor on or in the pump chamber for determining constituents and/or properties of the liquid in the pump chamber, - a storage chamber is provided, which is connected to an inlet of the pump chamber and which contains additives and/or analytes for the liquid, - the pump chamber is of elastic design, and arranged on the outside of the pump chamber is the at least one actuator for a pumping process by way of variation of the shape of the pump chamber .
A disaggregated computing platform , comprising: a plurality of unassigned physical computing components (731-734); a management processor configured to receive user commands to establish compute units from among the plurality of unassigned physical computing components (731-734), and configured to select and assign one or more of the unassigned plurality of physical computing components (731-734) to each of the compute units , the plurality of unassigned physical computing components (731-734) selected from among central processing units , graphics processing units , storage modules , and network interface modules ; a Peripheral Component Interconnect Express fabric configured to communicatively couple the plurality of physical computing components (731-734) assigned to form each of the compute units and to isolate each of the compute units from one or more other of the compute units using logical partitioning within the Peripheral Component Interconnect Express fabric , wherein the management processor is further configured to control configuration settings of the Peripheral Component Interconnect Express fabric to establish the logical partitioning, and wherein each of the compute units has visibility over the Peripheral Component Interconnect Express fabric to only the plurality of physical computing components (731-734) assigned to the compute unit using the logical partitioning within the Peripheral Component Interconnect Express fabric . a plurality of unassigned physical computing components (731-734); a management processor configured to receive user commands to establish compute units from among the plurality of unassigned physical computing components (731-734), and configured to select and assign one or more of the unassigned plurality of physical computing components (731-734) to each of the compute units , the plurality of unassigned physical computing components (731-734) selected from among central processing units , graphics processing units , storage modules , and network interface modules ; a Peripheral Component Interconnect Express fabric configured to communicatively couple the plurality of physical computing components (731-734) assigned to form each of the compute units and to isolate each of the compute units from one or more other of the compute units using logical partitioning within the Peripheral Component Interconnect Express fabric , wherein the management processor is further configured to control configuration settings of the Peripheral Component Interconnect Express fabric to establish the logical partitioning, and wherein each of the compute units has visibility over the Peripheral Component Interconnect Express fabric to only the plurality of physical computing components (731-734) assigned to the compute unit using the logical partitioning within the Peripheral Component Interconnect Express fabric .
A radiator assembly having a longitudinal central axis for a base station antenna, comprising: two dipoles cross-arranged around the longitudinal central axis, each dipole having two dipole arms , wherein each dipole arm is equipped with a respective hook-like sheet metal feeder that has a free end portion , and the hook-like feeder is capacitively coupled with an associated dipole arm , wherein each dipole arm is made of a metal sheet, and the dipole arm comprises a feeder stem extending longitudinally and a radiating portion extending transversely by reference to the longitudinal central axis, and wherein at least some of the feeder stems or at least some of the hook-like feeders include at least two longitudinally-extending bends with respect to the longitudinal central axis. two dipoles cross-arranged around the longitudinal central axis, each dipole having two dipole arms , wherein each dipole arm is equipped with a respective hook-like sheet metal feeder that has a free end portion , and the hook-like feeder is capacitively coupled with an associated dipole arm , wherein each dipole arm is made of a metal sheet, and the dipole arm comprises a feeder stem extending longitudinally and a radiating portion extending transversely by reference to the longitudinal central axis, and wherein at least some of the feeder stems or at least some of the hook-like feeders include at least two longitudinally-extending bends with respect to the longitudinal central axis.