mhurhangee/patent-ind-claim-en huggingface dataset:
Method for measuring and controlling an EGR rate in a combustion engine system, the system comprising at least an EGR cooler, an EGR valve and a turbine, the method comprising determining an EGR mass flow (dm EGR ) from the difference between a total exhaust gas mass flow (dm Tot ) across the engine cylinders, and a turbine mass flow (dmTurb) across the turbine calculated through a turbine model, the method comprising a further adaptation step to adjust the turbine mass flow to be equal to the total exhaust gas mass flow when the EGR valve is closed.
A light emitting device comprising: a light emitting element , and a light reflecting member that reflects light emitted from the light emitting element , the light reflecting member comprising plate-shaped light reflective particles , silica, and an alkali metal, wherein an average particle size of the light reflective particles is 0.6 μ m to 43 μ m, and an average aspect ratio of the light reflective particles is 10 or higher; the light emitting device further comprising a base , wherein the light emitting element and the light reflecting member are disposed on the base , the light emitting element comprises a semiconductor layer , and a lateral surface of the semiconductor layer is distanced from the light reflecting member at least in part, wherein further the base has a bottom portion and a wall portion that define a recess , the light emitting element is disposed in the recess , and the light reflecting member is continuously disposed on an inner lateral surface of the wall portion and an upper surface of the bottom portion . a light emitting element , and a light reflecting member that reflects light emitted from the light emitting element , the light reflecting member comprising plate-shaped light reflective particles , silica, and an alkali metal, wherein an average particle size of the light reflective particles is 0.6 μ m to 43 μ m, and an average aspect ratio of the light reflective particles is 10 or higher; the light emitting device further comprising a base , wherein the light emitting element and the light reflecting member are disposed on the base , the light emitting element comprises a semiconductor layer , and a lateral surface of the semiconductor layer is distanced from the light reflecting member at least in part, wherein further the base has a bottom portion and a wall portion that define a recess , the light emitting element is disposed in the recess , and the light reflecting member is continuously disposed on an inner lateral surface of the wall portion and an upper surface of the bottom portion .
Suspension system for supporting an inflatable air duct comprising at least one support bracket arranged to support the inflatable air duct, said at least one support bracket being suspendable, wherein said at least one support bracket includes a first bracket component arranged to support a first side of the inflatable air duct, and a second bracket component arranged to support a second opposite side of the inflatable air duct, wherein a first end of each of said first and second bracket components comprises a plurality of bends such as to provide at least one holding point to prevent said first and second bracket components from rotating in opposite direction towards each other around an axis in parallel with a longitudinal direction of the inflatable air duct characterized in that said plurality of bends in the first end of each of said first and second bracket components provide at least one suspension bend arranged such that each of the first and second bracket component are suspendable on at least one suspension structure.
Container for cooking food, of the type usable on electromagnetic induction sources, comprising a first substantially concave element , made of a first material, e.g. aluminium, or aluminium alloy, or another metal material, or metal alloy, distinguishable for high thermal conductivity and good processability, and comprising an upper surface intended to accommodate the food to be cooked, a side wall defining the side surface of the same container , said upper surface and said side surface constituting the inner surface of said container , a lower surface for resting said container on an electromagnetic induction source or other heat sources, a second element attached to said lower surface and at least partially included within the thickness of said first element , said second element being made of a second material suitable for heating when immersed in the magnetic field generated by an electromagnetic induction source, a third element attached to said upper surface and at least partially included within the thickness of said first element , said third element being made of said second material or of a third material, said container presenting an interface area , arranged on the upper surface , wherein said first element and said third element are adjacent, characterized in that at least said upper surface comprises a layer of corrosion-resistant material, wherein said layer of corrosion-resistant material is obtained by applying said corrosion-resistant material on the upper surface of the container with a plasma torch via the technique named thermal plasma spray, i.e. plasma spray in the presence of a controlled atmosphere. a second element attached to said lower surface and at least partially included within the thickness of said first element , said second element being made of a second material suitable for heating when immersed in the magnetic field generated by an electromagnetic induction source, a third element attached to said upper surface and at least partially included within the thickness of said first element , said third element being made of said second material or of a third material, said container presenting an interface area , arranged on the upper surface , wherein said first element and said third element are adjacent, characterized in that at least said upper surface comprises a layer of corrosion-resistant material, wherein said layer of corrosion-resistant material is obtained by applying said corrosion-resistant material on the upper surface of the container with a plasma torch via the technique named thermal plasma spray, i.e. plasma spray in the presence of a controlled atmosphere.
A method performed by a terminal in a wireless communication system, the method comprising: receiving (S1810), from a network, indication information including two transmission configuration indicator, TCI, states for a control resource set, CORESET; monitoring physical downlink control channel, PDCCH, candidates in the CORESET for single downlink control information, DCI; and based on i) the terminal being configured with both a single frequency network, SFN, scheme for the PDCCH and a SFN scheme for a single physical downlink shared channel, PDSCH, ii) a time offset between a reception of the single DCI and the single PDSCH scheduled based on the single DCI is being equal to or greater than a predetermined threshold, and iii) the single DCI not including TCI information, receiving (S1820), from the network, the single PDSCH based on the two TCI states which are identical to the two TCI states applied for the CORESET, wherein a demodulation-reference signal, DM-RS, port of the single PDSCH is quasi co-located with downlink reference signals of the two TCI states. receiving (S1810), from a network, indication information including two transmission configuration indicator, TCI, states for a control resource set, CORESET; monitoring physical downlink control channel, PDCCH, candidates in the CORESET for single downlink control information, DCI; and based on i) the terminal being configured with both a single frequency network, SFN, scheme for the PDCCH and a SFN scheme for a single physical downlink shared channel, PDSCH, ii) a time offset between a reception of the single DCI and the single PDSCH scheduled based on the single DCI is being equal to or greater than a predetermined threshold, and iii) the single DCI not including TCI information, receiving (S1820), from the network, the single PDSCH based on the two TCI states which are identical to the two TCI states applied for the CORESET, wherein a demodulation-reference signal, DM-RS, port of the single PDSCH is quasi co-located with downlink reference signals of the two TCI states.
A system for providing a peripheral nerve block to a patient, comprising: a needle having a sharpened tip; a fluid pump providing a flow of fluid to the needle, a controller for controlling the fluid pump to control the flow of fluid to the needle; a sensor for detecting the fluid pressure in the needle; and a conductive element for providing an electric nerve stimulation at the tip of the needle; characterised in that the controller is configured to provide varying electrical stimulation in response to the sensor detecting a fluid pressure above a first threshold, and wherein the controller is configured to provide a constant stimulation at a baseline current when the detected fluid pressure is below the first threshold. a needle having a sharpened tip; a fluid pump providing a flow of fluid to the needle, a controller for controlling the fluid pump to control the flow of fluid to the needle; a sensor for detecting the fluid pressure in the needle; and a conductive element for providing an electric nerve stimulation at the tip of the needle; characterised in that the controller is configured to provide varying electrical stimulation in response to the sensor detecting a fluid pressure above a first threshold, and wherein the controller is configured to provide a constant stimulation at a baseline current when the detected fluid pressure is below the first threshold.
A device for inductively coupled communications comprising: a near field communication, NFC, module being adapted to generate an electromagnetic carrier signal and to modulate the carrier signal according to data to be transmitted; an antenna circuit coupled to said NFC module and driven by said NFC module with the modulated carrier signal; and an RF front end coupled between said NFC module and said antenna circuit ; said RF front end including a balanced to unbalanced Balun transformer and a tuning capacitor ; said Balun transformer having a first winding coupled to said NFC module via differential transmitter terminals (TX1, TX2) of said NFC module and a second winding coupled in parallel to said tuning capacitor ; a first terminal of said tuning capacitor being coupled to a receiving terminal of said NFC module ; an equivalent inductance of said Balun transformer and said tuning capacitor being adapted to provide a function of an electromagnetic compatibility, EMC, filter. a near field communication, NFC, module being adapted to generate an electromagnetic carrier signal and to modulate the carrier signal according to data to be transmitted; an antenna circuit coupled to said NFC module and driven by said NFC module with the modulated carrier signal; and an RF front end coupled between said NFC module and said antenna circuit ; said RF front end including a balanced to unbalanced Balun transformer and a tuning capacitor ; said Balun transformer having a first winding coupled to said NFC module via differential transmitter terminals (TX1, TX2) of said NFC module and a second winding coupled in parallel to said tuning capacitor ; a first terminal of said tuning capacitor being coupled to a receiving terminal of said NFC module ; an equivalent inductance of said Balun transformer and said tuning capacitor being adapted to provide a function of an electromagnetic compatibility, EMC, filter.
Equipment for the cavitation cleaning of water-based substances, which contains an external delimiting body enclosing a reaction space , and an internal delimiting body rotatably positioned in the reaction space of the external delimiting body , where the internal delimiting body has a rotation axle , the external delimiting body and the internal delimiting body are arranged in an equipment housing , the external delimiting body is supplied with at least one inlet opening suitable for introducing the substance to be cleaned, and an outlet opening serving for discharging the cleaned substance, the internal delimiting body is delimited by a rotating body mantle shaped external covering surface and by end surfaces closing off two ends of the external covering surface , while the external delimiting body has a cylindrical mantle shaped internal covering surface encompassing the reaction space , the external covering surface of the internal delimiting body and the internal covering surface of the external delimiting body are coaxial with each other, the internal delimiting body has cavitation inducing elements suitable for influencing the physical characteristics of the substance to be cleaned, the rotation axle is firmly fixed to the internal delimiting body coaxially to the axis of rotation of the internal delimiting body , but only at the second end surface of the internal delimiting body , and therefore the rotation axle is only rotatably connected to the external delimiting body at one location, while the inlet opening is located in the external delimiting body opposite the first end surface of the internal delimiting body , the outlet opening is formed in the external delimiting body opposite the second closing surface of the external delimiting body closing off the internal delimiting body , characterised by that at least one post-supply opening is established in the part of the internal covering surface of the external delimiting body neighbouring the external covering surface of the internal delimiting body , and the post-supply opening is connected to the supply pipe connected to the inlet opening via a linking pipe so as to allow the flow of liquid.
A compute apparatus comprising: a decode unit to decode a single instruction into a decoded instruction that specifies multiple operands including a multi-bit input value and a bipolar binary weight associated with a neural network; and an arithmetic logic unit including an indexed weight , a multiplier , an adder , and an accumulator register , wherein to execute the decoded instruction, the multiplier to perform a multiplication operation on the multi-bit input value based on the bipolar binary weight provided by the indexed weight to generate an intermediate product and the adder is to add the intermediate product to a value stored in the accumulator register and update the value stored in the accumulator register;. wherein the bipolar binary weight represents a weight value of one of positive one and negative one, wherein the multiplier includes a sign flip unit to generate the intermediate product, the sign flip unit to flip the sign of the multi-bit input value for a bipolar weight value of negative one and pass through the multi-bit input value for a bipolar weight value of positive one, wherein the bipolar binary weight represents a weight value of negative one as a binary zero, and wherein the multiplier includes a NOT gate between an input for the bipolar binary weight and the sign flip unit , wherein the indexed weight is coupled to the NOT gate such that a weight value of negative one activates the sign flip unit to flip the sign of the multibit input value . a decode unit to decode a single instruction into a decoded instruction that specifies multiple operands including a multi-bit input value and a bipolar binary weight associated with a neural network; and an arithmetic logic unit including an indexed weight , a multiplier , an adder , and an accumulator register , wherein to execute the decoded instruction, the multiplier to perform a multiplication operation on the multi-bit input value based on the bipolar binary weight provided by the indexed weight to generate an intermediate product and the adder is to add the intermediate product to a value stored in the accumulator register and update the value stored in the accumulator register;. wherein the bipolar binary weight represents a weight value of one of positive one and negative one, wherein the multiplier includes a sign flip unit to generate the intermediate product, the sign flip unit to flip the sign of the multi-bit input value for a bipolar weight value of negative one and pass through the multi-bit input value for a bipolar weight value of positive one, wherein the bipolar binary weight represents a weight value of negative one as a binary zero, and wherein the multiplier includes a NOT gate between an input for the bipolar binary weight and the sign flip unit , wherein the indexed weight is coupled to the NOT gate such that a weight value of negative one activates the sign flip unit to flip the sign of the multibit input value .
A nitrile rubber-based composition comprising 1,000 to 2,500 parts by weight of a magnetic powder or silylated magnetic powder having a compressed density of 3.4 to 3.7 g/cm 3 , 0.5 to 20 parts by weight of alkoxyalkylsilane, and 8 to 40 parts by weight of a plasticizer, based on 100 parts by weight of nitrile rubber, hydrogenated nitrile rubber, or blend rubber thereof.
A sliding door for a refrigerator cabinet , comprising: - a panel having a first edge and a second edge opposite the first edge , - a wing comprising a coupling profile fixed only to the first edge of the respective panel , said sliding door being characterized by the fact that the coupling profile comprises at least one idle wheel (R) and in that said sliding door comprises an edge profile comprising: - a first portion of elongated shape having a prevalent dimension extending parallel to a longitudinal axis and which is fixed to the second edge of the panel , - a second portion of elongated shape, flanked by the first portion and having a prevalent dimension extending parallel to said longitudinal axis, - a junction system between the first portion and the second portion , which makes it possible to rotate the second portion with respect to the first portion around a pivot axis (T) parallel to said longitudinal axis, and - a locking system adapted to prevent said rotation of the second portion in multiple angular positions relative to the first portion . - a panel having a first edge and a second edge opposite the first edge , - a wing comprising a coupling profile fixed only to the first edge of the respective panel , said sliding door being characterized by the fact that the coupling profile comprises at least one idle wheel (R) and in that said sliding door comprises an edge profile comprising: - a first portion of elongated shape having a prevalent dimension extending parallel to a longitudinal axis and which is fixed to the second edge of the panel , - a second portion of elongated shape, flanked by the first portion and having a prevalent dimension extending parallel to said longitudinal axis, - a junction system between the first portion and the second portion , which makes it possible to rotate the second portion with respect to the first portion around a pivot axis (T) parallel to said longitudinal axis, and - a locking system adapted to prevent said rotation of the second portion in multiple angular positions relative to the first portion . - a first portion of elongated shape having a prevalent dimension extending parallel to a longitudinal axis and which is fixed to the second edge of the panel , - a second portion of elongated shape, flanked by the first portion and having a prevalent dimension extending parallel to said longitudinal axis, - a junction system between the first portion and the second portion , which makes it possible to rotate the second portion with respect to the first portion around a pivot axis (T) parallel to said longitudinal axis, and - a locking system adapted to prevent said rotation of the second portion in multiple angular positions relative to the first portion .
Display device (2-19) designed as an electronic price indicator comprising + a storage step for storing a product data set (PD1-PD3) received when communicating with a base station via a first radio interface of the display device (2-19), and + a second radio interface for RFID or NFC communication with a self-service checkout device , + wherein the display device (2-19) is designed for processing a self-service checkout request received from a self-service checkout device for the purpose of transmitting the product data set (PD) via the second radio interface , characterized in that the storage step has an availability data set (VD) linked to the product data set (PD), with the aid of which the availability of the product data set (PD) can be controlled, and the display device (2-19) is designed to autonomously prevent the availability of the product data set by a setting in the availability data set. + a storage step for storing a product data set (PD1-PD3) received when communicating with a base station via a first radio interface of the display device (2-19), and + a second radio interface for RFID or NFC communication with a self-service checkout device , + wherein the display device (2-19) is designed for processing a self-service checkout request received from a self-service checkout device for the purpose of transmitting the product data set (PD) via the second radio interface ,
An insufflation system configured for surgical use with a patient comprising: a plurality of flow rate sensors , wherein each of the flow rate sensors is configured to measure flow across a different flow rate range; a first valve in fluid communication with the plurality of flow rate sensors and a primary gas delivery line that is connectable to the patient; a controller configured to select one of the plurality of flow rate sensors based on a desired flow through the first valve , characterized by that the controller selects only one of the plurality of flow rate sensors based on a desired flow through the first valve and a selected one of the plurality of flow rate sensors, wherein flow to a non-selected flow rate sensor is obstructed, and wherein flow to the non-selected flow rate sensor is obstructed by on-off valves in fluid communication with each of the plurality of flow rate sensors . a plurality of flow rate sensors , wherein each of the flow rate sensors is configured to measure flow across a different flow rate range; a first valve in fluid communication with the plurality of flow rate sensors and a primary gas delivery line that is connectable to the patient; a controller configured to select one of the plurality of flow rate sensors based on a desired flow through the first valve , characterized by that the controller selects only one of the plurality of flow rate sensors based on a desired flow through the first valve and a selected one of the plurality of flow rate sensors, wherein flow to a non-selected flow rate sensor is obstructed, and wherein flow to the non-selected flow rate sensor is obstructed by on-off valves in fluid communication with each of the plurality of flow rate sensors .