mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, with a mobile gateway router, a request to attach a wireless device of a subscriber to a mobile wireless network; establishing, with a control plane of the mobile gateway router, a packet-based network connection for the wireless device to communicate using the mobile wireless network, wherein establishing the network connection comprises assigning a private network address to the wireless device; upon establishing the network connection and prior to receiving subscriber data traffic from the wireless device, pre-allocating with the control plane of the mobile gateway router a public network address and a port range for the wireless device; constructing, with the control plane of the mobile gateway router, a network address translation profile (70, 80, 100, 130) specifying the public network address and the port range and installing the NAT profile within a hardware forwarding element of the mobile gateway router; upon receiving a packet of a new packet flow of the subscriber data traffic, dynamically selecting a port within the port range of the NAT profile for the subscriber and creating a NAT binding within the hardware forwarding element that maps the private network address for the wireless device to the public network address and the selected port; and performing network address translation on packets for the packet flow within the hardware forwarding element based on the NAT binding. receiving, with a mobile gateway router, a request to attach a wireless device of a subscriber to a mobile wireless network; establishing, with a control plane of the mobile gateway router, a packet-based network connection for the wireless device to communicate using the mobile wireless network, wherein establishing the network connection comprises assigning a private network address to the wireless device; upon establishing the network connection and prior to receiving subscriber data traffic from the wireless device, pre-allocating with the control plane of the mobile gateway router a public network address and a port range for the wireless device; constructing, with the control plane of the mobile gateway router, a network address translation profile (70, 80, 100, 130) specifying the public network address and the port range and installing the NAT profile within a hardware forwarding element of the mobile gateway router; upon receiving a packet of a new packet flow of the subscriber data traffic, dynamically selecting a port within the port range of the NAT profile for the subscriber and creating a NAT binding within the hardware forwarding element that maps the private network address for the wireless device to the public network address and the selected port; and performing network address translation on packets for the packet flow within the hardware forwarding element based on the NAT binding.
A heat exchanger comprising: a heat exchanger core defining a helical, first fluid flow path and a helical, second fluid flow path in thermal communication with one another, wherein the first fluid flow path comprises a plurality of first fluid conduits arranged in a two-dimensional grid configuration; a first fluid inlet structure for supplying a first fluid from a first fluid inlet to the plurality of first fluid conduits; and a first fluid outlet structure for supplying the first fluid from the plurality of first fluid conduits to a first fluid outlet, wherein the first fluid inlet and outlet structures (14, 18) each comprise at least two multi-furcation stages (42, 48, 56, 58) in which a parent channel (44, 50) divides into two or more sub-channels (46, 52) that diverge away from each other. a heat exchanger core defining a helical, first fluid flow path and a helical, second fluid flow path in thermal communication with one another, wherein the first fluid flow path comprises a plurality of first fluid conduits arranged in a two-dimensional grid configuration; a first fluid inlet structure for supplying a first fluid from a first fluid inlet to the plurality of first fluid conduits; and a first fluid outlet structure for supplying the first fluid from the plurality of first fluid conduits to a first fluid outlet, wherein the first fluid inlet and outlet structures (14, 18) each comprise at least two multi-furcation stages (42, 48, 56, 58) in which a parent channel (44, 50) divides into two or more sub-channels (46, 52) that diverge away from each other.
A light emission assembly of a backlight module, comprising: a back plate, at least one light emission unit, provided on the back plate, the light emission unit including a light source, and a light absorption element, provided on the back plate, the light absorption element being provided around the light source, the light absorption element includes a plurality of sub-light absorption elements (301, 302, 303), the plurality of sub-light absorption elements (301, 302, 303) are sequentially arranged from a position close to the light source to a position away from the light source; characterized in that, a shape of each of the plurality of sub-light absorption elements (301, 302, 303) includes a closed ring provided around the light source, and the plurality of sub-light absorption elements (301, 302, 303) respectively include a black substance, a brown substance, and a gray substance, so that from the position close to the light source to a position away from the light source, light absorption rates of the plurality of sub-light absorption elements (301, 302, 303) of the light absorption element gradually decrease; and the light absorption element being provided, at a position where a light emission intensity of the at least one light emission unit, is larger than an average value within a light emission angle in the case where the light absorption element is not provided. a back plate, at least one light emission unit, provided on the back plate, the light emission unit including a light source, and a light absorption element, provided on the back plate, the light absorption element being provided around the light source, the light absorption element includes a plurality of sub-light absorption elements (301, 302, 303), the plurality of sub-light absorption elements (301, 302, 303) are sequentially arranged from a position close to the light source to a position away from the light source; characterized in that, a shape of each of the plurality of sub-light absorption elements (301, 302, 303) includes a closed ring provided around the light source, and the plurality of sub-light absorption elements (301, 302, 303) respectively include a black substance, a brown substance, and a gray substance, so that from the position close to the light source to a position away from the light source, light absorption rates of the plurality of sub-light absorption elements (301, 302, 303) of the light absorption element gradually decrease; and the light absorption element being provided, at a position where a light emission intensity of the at least one light emission unit, is larger than an average value within a light emission angle in the case where the light absorption element is not provided.
Coated cogwheel comprising a cogwheel body made from a basis material, with a layer which is harder than the basis material and subdivided by seams into a multiplicity of mutually separated segments being arranged on the tooth flank of the cogwheel body, characterised in that the tooth base and tooth head have been kept free from coating, and the segments have a uniform square layout when viewed from the front of the tooth flank and are arranged in a chequered pattern in rows running in the axial direction of the cogwheel and transversely running columns.
A method for providing a security feature for a browser window to enable the user to visually distinguish a window generated from a trusted source versus a window having content generated from a non-trusted source, the method comprising: receiving a call to open the window; determining a security level associated with the window; and when the security level indicates that content within the window comes from a non-trusted source displaying the window with a security element that a user may view to determine that the content within the window comes from the non-trusted source, wherein the security level is selected from at least one non-trusted security level and at least one trusted security level; the method further comprising: examining attributes associated with the call to open the window; adjusting at least one of the attributes within the call such that the security element is displayed for the non-trusted security element; and sending the modified call to open the window. receiving a call to open the window; determining a security level associated with the window; and when the security level indicates that content within the window comes from a non-trusted source displaying the window with a security element that a user may view to determine that the content within the window comes from the non-trusted source, wherein the security level is selected from at least one non-trusted security level and at least one trusted security level; the method further comprising: examining attributes associated with the call to open the window; adjusting at least one of the attributes within the call such that the security element is displayed for the non-trusted security element; and sending the modified call to open the window. examining attributes associated with the call to open the window; adjusting at least one of the attributes within the call such that the security element is displayed for the non-trusted security element; and sending the modified call to open the window.
Method for controlling a supercapacitor energy storage unit included in a micro-hybrid system for a motor vehicle, capable of performing functions of alternator, of starter, of automatic stopping and restarting of the combustion engine of the vehicle, of regenerative braking and of torque assistance, said energy storage unit comprising a plurality of individual supercapacitor cells mounted in series (C1 to C10) and delivering items of information (Vmax, Temp, DeltaV) on its internal state including an item of information on temperature (Temp) and an item of information on maximum individual voltage (Vmax) originating from the most charged individual cell, said method comprising the step of comparing the temperature information item (Temp) to at least one temperature threshold (ST1=55°C, ST2=65°C, ST3=70°C), characterized in that it also comprises steps of: - comparing said maximum individual voltage information item (Vmax) to a first voltage threshold (Vmax1); and - deciding on a limitation of the availability of said functions when said maximum individual voltage information item (Vmax) reaches said first voltage threshold (Vmax1) for a predetermined time and when said temperature information item (Temp) reaches said at least one temperature threshold (ST1=55°C, ST2=65°C and ST3=70°C). - comparing said maximum individual voltage information item (Vmax) to a first voltage threshold (Vmax1); and - deciding on a limitation of the availability of said functions when said maximum individual voltage information item (Vmax) reaches said first voltage threshold (Vmax1) for a predetermined time and when said temperature information item (Temp) reaches said at least one temperature threshold (ST1=55°C, ST2=65°C and ST3=70°C).
Dishwasher, in particular domestic dishwasher, having a control facility for controlling a wash cycle for cleaning dishes on the basis of at least one wash program stored in the control facility, having a washing container for receiving the dishes, having a water tank for storing water, in particular fresh water, having a circulating pump, which can be controlled by the control facility, for circulating wash water in the washing container and having a drain pump, which can be controlled by the control facility, for pumping off wastewater out of the washing container by way of a drain pipeline, which is guided through the water tank, characterised in that the wash program is embodied such that the wastewater is pumped off at least once by means of a pumping-off sequence, which begins during a water-conducting program step (VS, RS, ZS, KS) before a circulation step is terminated.
Arrangement having a housing and at least one voltage module (BM1-BM3) located in the housing, wherein - the voltage module (BM1-BM3) has an inner isolation layer and an outer isolation layer, which isolate one or more cells contained in the voltage module (BM1-BM3) electrically from the housing, wherein an electrically conductive module-specific intermediate layer is arranged between the inner and the outer isolation layer (30, 40), - the arrangement has a switching facility, which, during test operation, can connect the module-specific intermediate layer optionally with the housing or a voltage terminal, in particular the positive or negative pole of the voltage module (BM1-BM3) or an electrical facility containing the voltage module (BM1-BM3), - the arrangement has a control facility, which uses the switching facility to connect the module-specific intermediate layer with the housing in order to check the inner isolation layer and to connect the module-specific intermediate layer with the voltage terminal in order to check the outer isolation layer, - a measuring facility is available, which detects at least one measured value (Mi, Mu, Mu1, Mu2) while checking the inner or outer isolation layer (30, 40) and - the control facility evaluates the at least one measured value (Mi, Mu, Mu1, Mu2) and generates a fault signal when the evaluation indicates an error of the isolation of the isolation layer to be checked. - the voltage module (BM1-BM3) has an inner isolation layer and an outer isolation layer, which isolate one or more cells contained in the voltage module (BM1-BM3) electrically from the housing, wherein an electrically conductive module-specific intermediate layer is arranged between the inner and the outer isolation layer (30, 40), - the arrangement has a switching facility, which, during test operation, can connect the module-specific intermediate layer optionally with the housing or a voltage terminal, in particular the positive or negative pole of the voltage module (BM1-BM3) or an electrical facility containing the voltage module (BM1-BM3), - the arrangement has a control facility, which uses the switching facility to connect the module-specific intermediate layer with the housing in order to check the inner isolation layer and to connect the module-specific intermediate layer with the voltage terminal in order to check the outer isolation layer, - a measuring facility is available, which detects at least one measured value (Mi, Mu, Mu1, Mu2) while checking the inner or outer isolation layer (30, 40) and - the control facility evaluates the at least one measured value (Mi, Mu, Mu1, Mu2) and generates a fault signal when the evaluation indicates an error of the isolation of the isolation layer to be checked.
A pharmaceutical composition comprising a cannabinoid combination or pharmaceutically available salts thereof for use in the treatment of neurodermatitis, wherein the cannabinoid combination is: the combination of cannabidiol, cannabidivarin (CBDV) and tetrahydrocannabinovarin (THCV) has a ratio of cannabidiol to cannabidivarin (CBDV) to tetrahydrocannabinovarin (THCV) of 100:20-50: 2.5-10 by weight. the combination of cannabidiol, cannabidivarin (CBDV) and tetrahydrocannabinovarin (THCV) has a ratio of cannabidiol to cannabidivarin (CBDV) to tetrahydrocannabinovarin (THCV) of 100:20-50: 2.5-10 by weight.
A hydraulic actuator _comprising: a body defining a chamber; a piston rod including an annular groove; a piston head slidably housed within the chamber, the piston head comprising a plurality of segments each of which has a base portion mounted within the annular groove, characterised by, the body comprising a segment insertion port through which the piston segments can be inserted such that the base portion of each segment can enter the annular groove, wherein the segment insertion port extends through a generally cylindrical side wall of the body. a body defining a chamber; a piston rod including an annular groove; a piston head slidably housed within the chamber, the piston head comprising a plurality of segments each of which has a base portion mounted within the annular groove, characterised by, the body comprising a segment insertion port through which the piston segments can be inserted such that the base portion of each segment can enter the annular groove, wherein the segment insertion port extends through a generally cylindrical side wall of the body.
A method for controlling a battery pack including a master battery management system and a plurality of battery modules each including a slave battery management system (110_1-110_8) connected to the master battery management system, the method comprising: receiving (S320, S330) a plurality of voltage values of the battery modules from the slave battery management systems (110_1-110_8); calculating an average value of the voltage values; determining a terminal voltage of the battery pack; determining the number of slave battery management systems (110_1-110_8) electrically connected to the master battery management system; dividing the terminal voltage of the battery pack by the average voltage value to calculate the number of the battery modules connected in series; and determining a first series connection relationship of the battery modules, in one of a plurality of serial unit sets, based on the division; characterized in that: determining the number of slave battery management systems further includes: receiving a number of accumulated charge cycles of each of the battery modules from each of the slave battery management systems (110_1-110_8); and controlling a switch to be turned off to disable the charge current flow to the battery pack or the discharge current output from the battery pack when the number of accumulate charge cycles are not identical to each other. receiving (S320, S330) a plurality of voltage values of the battery modules from the slave battery management systems (110_1-110_8); calculating an average value of the voltage values; determining a terminal voltage of the battery pack; determining the number of slave battery management systems (110_1-110_8) electrically connected to the master battery management system; dividing the terminal voltage of the battery pack by the average voltage value to calculate the number of the battery modules connected in series; and determining a first series connection relationship of the battery modules, in one of a plurality of serial unit sets, based on the division; characterized in that: determining the number of slave battery management systems further includes: receiving a number of accumulated charge cycles of each of the battery modules from each of the slave battery management systems (110_1-110_8); and controlling a switch to be turned off to disable the charge current flow to the battery pack or the discharge current output from the battery pack when the number of accumulate charge cycles are not identical to each other.
A lead-acid battery comprising a battery case and an electrode group housed in the battery case together with an electrolyte, the electrode group being formed by stacking a negative electrode and a positive electrode via a separator, the negative electrode including a negative current collector on which a negative active material is held, the positive electrode including a positive current collector on which a positive active material is held, the positive current collector being made of a lead alloy, wherein: the lead alloy contains 0.05 to 0.1% by mass of Ca, 1.2 to 2.2% by mass of Sn, and 0.002 to 0.03% by mass of In and contains, as unavoidable impurities, at least Bi, the remainder being Pb; characterized in that: the lead alloy contains 0.001 to 0.04% by mass of Bi as unavoidable impurities; and the lead alloy is subjected to a rolling process at a draft rate of 80 to 97.5%. the lead alloy contains 0.05 to 0.1% by mass of Ca, 1.2 to 2.2% by mass of Sn, and 0.002 to 0.03% by mass of In and contains, as unavoidable impurities, at least Bi, the remainder being Pb; characterized in that: the lead alloy contains 0.001 to 0.04% by mass of Bi as unavoidable impurities; and the lead alloy is subjected to a rolling process at a draft rate of 80 to 97.5%. the lead alloy contains 0.001 to 0.04% by mass of Bi as unavoidable impurities; and the lead alloy is subjected to a rolling process at a draft rate of 80 to 97.5%.
A system for loading, transporting and placing a railway switch on a rail, the system comprising a car for transporting the switch between an assembly site thereof and a placement site and means for loading and unloading the switch on the car and placing the latter in its operating position in the rail, the transport car including a platform device for transporting the switch, which is mounted pivoting about an axis oriented in the longitudinal direction of the car, between a loading and unloading position of the switch and an inclined transport position in which the switch is found, when the system is in use, inside the travel gauge, characterized in that the loading, unloading and placement means are integrated into the equipment of the transport car, and in that to that end, the platform is mounted on a support device pivoting between a transport position in which the platform is folded on the support device and a deployed placement, loading and unloading position of the switch on the rail, in which the platform extends horizontally next to the car, and in that the support device is mounted pivoting and translatable on the fixed structure of the car, between an inclined position that is the transport position of the railway switch and a position allowing the platform to be in its deployed position.
A method of activating a feature on a wireless device (12, 18, 20, 22, 300), comprising: receiving a request to activate the feature associated with the wireless device (12, 18, 20, 22, 300), wherein the feature activation request is initiated by an application executed on the wireless device (12, 18, 20, 22, 300); executing a component on the wireless device (12, 18, 20, 22, 300), the component having logic operable to configure the wireless device (12, 18, 20, 22, 300) to access the feature; activating the feature; receiving, at the wireless device (12, 18, 20, 22, 300), an expiration parameter associated with the feature; and deactivating the feature associated with the wireless device (12, 18, 20, 22, 300), wherein the deactivation of the feature is triggered in response to the expiration parameter indicating that a use period for the feature on the wireless device (12, 18, 20, 22, 300) has expired. receiving a request to activate the feature associated with the wireless device (12, 18, 20, 22, 300), wherein the feature activation request is initiated by an application executed on the wireless device (12, 18, 20, 22, 300); executing a component on the wireless device (12, 18, 20, 22, 300), the component having logic operable to configure the wireless device (12, 18, 20, 22, 300) to access the feature; activating the feature; receiving, at the wireless device (12, 18, 20, 22, 300), an expiration parameter associated with the feature; and deactivating the feature associated with the wireless device (12, 18, 20, 22, 300), wherein the deactivation of the feature is triggered in response to the expiration parameter indicating that a use period for the feature on the wireless device (12, 18, 20, 22, 300) has expired.
A method for determining a prognosis for benefit for a cancer patient receiving immunotherapy treatment, wherein the immunotherapy treatment comprises use of an immunotherapeutic agent targeted to 5T4, involving (a) measuring a level of haemoglobin in a sample from the cancer patient, and (b) comparing the level of haemoglobin in the sample to a reference level of haemoglobin, wherein a higher level of haemoglobin in the sample correlates with increased benefit to the patient.