mhurhangee/patent-ind-claim-en huggingface dataset:
An electric oven assembly comprising: an oven cavity having walls and a door, insulation material surrounding the cavity one or more electric heating elements that are operable to heat the inside the cavity ; a vent which is in communication with the inside of the cavity through which steam can pass that has been produced inside the cavity at times when the door is closed; and a closure that controls the passage of steam through the vent, when closed the closure means sealing off the vent to prevent the release of hot air and steam from the cavity and when open the closure means permitting the escape of hot air and steam from the cavity through the vent characterised in that the closure means is adapted to open automatically when the temperature inside the cavity or the vent reaches a first predefined temperature and to close automatically when the temperature drops to a second predefined temperature. an oven cavity having walls and a door, insulation material surrounding the cavity one or more electric heating elements that are operable to heat the inside the cavity ; a vent which is in communication with the inside of the cavity through which steam can pass that has been produced inside the cavity at times when the door is closed; and a closure that controls the passage of steam through the vent, when closed the closure means sealing off the vent to prevent the release of hot air and steam from the cavity and when open the closure means permitting the escape of hot air and steam from the cavity through the vent characterised in that the closure means is adapted to open automatically when the temperature inside the cavity or the vent reaches a first predefined temperature and to close automatically when the temperature drops to a second predefined temperature.
An array camera module circuit board assembly, comprising: a first circuit board ; a second circuit board ; and a first base , the first base being fixedly connected to the first circuit board , and the second circuit board being fixedly connected to the first base directly or indirectly, wherein the bottom surface of the first circuit board and the bottom surface of the second circuit board form a height difference (H); characterized in that the first base includes a base body and an extension portion , the base body being integrally molded on the first circuit board to form a first light window , being suitable for providing a light path for a first photosensitive element, the extension portion at least partially integrally extending outwardly from the base body to form the height difference (H) relative to the first circuit board , and the second circuit board being disposed on the extension portion . a first circuit board ; a second circuit board ; and a first base , the first base being fixedly connected to the first circuit board , and the second circuit board being fixedly connected to the first base directly or indirectly, wherein the bottom surface of the first circuit board and the bottom surface of the second circuit board form a height difference (H); characterized in that the first base includes a base body and an extension portion , the base body being integrally molded on the first circuit board to form a first light window , being suitable for providing a light path for a first photosensitive element, the extension portion at least partially integrally extending outwardly from the base body to form the height difference (H) relative to the first circuit board , and the second circuit board being disposed on the extension portion .
A hair straightener (HS), comprising: a heating unit (HU) for heating hair while exercising a pressure on the hair; a temperature sensor (TS) for measuring a temperature of the heated hair to obtain a measured temperature; characterized by a pressure adjustment unit (PAU) for adjusting the pressure exercised by the heating unit (HU) on the hair, in dependence on the measured temperature. a heating unit (HU) for heating hair while exercising a pressure on the hair; a temperature sensor (TS) for measuring a temperature of the heated hair to obtain a measured temperature; characterized by a pressure adjustment unit (PAU) for adjusting the pressure exercised by the heating unit (HU) on the hair, in dependence on the measured temperature.
A process for manufacturing a (per)fluoroionomer liquid composition having a (per)fluoroionomer content of at least 9% wt, with respect to the total weight of the composition, said process comprising: - providing a (per)fluoroionomer (I); - submitting said (per)fluoroionomer (I) to at least one of: (A) fluorination with elemental fluorine; (B) treatment with a polar organic solvent [solvent (S)]; and separating said (per)fluoroionomer (I) for recovering a purified (per)fluoroionomer (I); - dispersing said (per)fluoroionomer (I) at a temperature of at least 150°C in an aqueous medium substantially free from organic solvents, for obtaining an aqueous composition; - adding to said composition at least one polar organic solvent [solvent (S')]. - providing a (per)fluoroionomer (I); - submitting said (per)fluoroionomer (I) to at least one of: (A) fluorination with elemental fluorine; (B) treatment with a polar organic solvent [solvent (S)]; and separating said (per)fluoroionomer (I) for recovering a purified (per)fluoroionomer (I); - dispersing said (per)fluoroionomer (I) at a temperature of at least 150°C in an aqueous medium substantially free from organic solvents, for obtaining an aqueous composition; - adding to said composition at least one polar organic solvent [solvent (S')]. (A) fluorination with elemental fluorine; (B) treatment with a polar organic solvent [solvent (S)]; - dispersing said (per)fluoroionomer (I) at a temperature of at least 150°C in an aqueous medium substantially free from organic solvents, for obtaining an aqueous composition; - adding to said composition at least one polar organic solvent [solvent (S')].
A method comprising: tracking, at a cache controller associated with a second cache of a processing system , a validity status of fan entry of a first cache ; transferring first data from an entry of the first cache of the processing system to the entry of the second cache of the processing system; setting, at the processing system, the validity status of the entry of the first cache to an invalid state in response to transferring the first data from the entry of the first cache to the entry of the second cache; selecting, at the processing system, second data at the second cache for replacement based on the validity status of the entry of the first cache, wherein selecting second data from the second cache comprises: selecting the second data from the second cache in response to identifying that the data is to be stored at the entry of the first cache and in response to identifying that the validity status of the entry is an invalid status; and transferring the second data from the second cache to the first cache in response to selecting the second data for replacement. tracking, at a cache controller associated with a second cache of a processing system , a validity status of fan entry of a first cache ; transferring first data from an entry of the first cache of the processing system to the entry of the second cache of the processing system; setting, at the processing system, the validity status of the entry of the first cache to an invalid state in response to transferring the first data from the entry of the first cache to the entry of the second cache; selecting, at the processing system, second data at the second cache for replacement based on the validity status of the entry of the first cache, wherein selecting second data from the second cache comprises: selecting the second data from the second cache in response to identifying that the data is to be stored at the entry of the first cache and in response to identifying that the validity status of the entry is an invalid status; and transferring the second data from the second cache to the first cache in response to selecting the second data for replacement. selecting the second data from the second cache in response to identifying that the data is to be stored at the entry of the first cache and in response to identifying that the validity status of the entry is an invalid status; and transferring the second data from the second cache to the first cache in response to selecting the second data for replacement.
A method of removing condensation from a refrigerator /freezer door including at least one glass substrate , the door being connected to a heating system operable in at least first and second modes, the method comprising: when the heating system is operating in the first mode, heating the door while condensation is detected as being present thereon, as determined via a moisture detector which is a multi-functional sensor affixed to a glass surface of the door; and when the heating system is operating in the second mode: heating the door when the door is determined to be open by a switch, and continuing to heat the door, until either the door is determined to be closed, or a thermal runaway is detected, whichever comes first. when the heating system is operating in the first mode, heating the door while condensation is detected as being present thereon, as determined via a moisture detector which is a multi-functional sensor affixed to a glass surface of the door; and when the heating system is operating in the second mode: heating the door when the door is determined to be open by a switch, and continuing to heat the door, until either the door is determined to be closed, or a thermal runaway is detected, whichever comes first.
A method for time-stamping a Controller Area Network, CAN, bus message, the method comprising: receiving a CAN message at a network bridge which bridges the CAN with an Ethernet network, in response to receiving the CAN message, generating a time stamp indicative of a time at which the CAN message was received; encapsulating the time stamp and the CAN message into an Ethernet frame; and transmitting the Ethernet frame containing the encapsulated CAN message and the time stamp over the Ethernet network. receiving a CAN message at a network bridge which bridges the CAN with an Ethernet network, in response to receiving the CAN message, generating a time stamp indicative of a time at which the CAN message was received; encapsulating the time stamp and the CAN message into an Ethernet frame; and transmitting the Ethernet frame containing the encapsulated CAN message and the time stamp over the Ethernet network.
A cosmetic comprising aliphatic polyester-based resin particles, wherein the aliphatic polyester-based resin particles is polylactic acid-based resin particles or polybutylene succinate-based resin particles having a volume-average particle diameter of 2 to 30 μm, and a ratio of particles having a particle diameter of less than 1 μm is 15% by volume or less and a ratio of particles having a particle diameter of more than 30 μm is 6% by volume or less, wherein the volume-average particle diameter is measured using an electrical sensing particle size distribution analyzer.
A medical device , comprising: implantable electrodes including at least a first electrode configured to be disposed for pacing at a first site of a heart chamber and a second electrode configured to be disposed for pacing at a second site of the heart chamber; pacing circuitry configured to deliver, during a cardiac cycle: a first pacing pulse to the first site using the first electrode as a cathode electrode for the first pacing pulse, and a second pacing pulse to the second site using the second electrode as a cathode electrode for the second pacing pulse; sensing circuitry configured to sense a cardiac response to the pacing pulses including sensing cardiac electrical activity using the implantable electrodes, the sensing circuitry further configured to generate a differential signal between sensed cardiac electrical activity at the first electrode and sensed cardiac electrical activity at the second electrode; and capture circuitry configured to discriminate between single site capture of pulses delivered to multiple sites within a single heart chamber during a cardiac cycle, comprising capture by one of the first pacing pulse or the second pacing pulse, and multi-site capture of pulses delivered to multiple sites within a single heart chamber during a cardiac cycle, comprising capture by both the first pacing pulse and the second pacing pulse, based on the differential signal. implantable electrodes including at least a first electrode configured to be disposed for pacing at a first site of a heart chamber and a second electrode configured to be disposed for pacing at a second site of the heart chamber; pacing circuitry configured to deliver, during a cardiac cycle: a first pacing pulse to the first site using the first electrode as a cathode electrode for the first pacing pulse, and a second pacing pulse to the second site using the second electrode as a cathode electrode for the second pacing pulse; a first pacing pulse to the first site using the first electrode as a cathode electrode for the first pacing pulse, and a second pacing pulse to the second site using the second electrode as a cathode electrode for the second pacing pulse; sensing circuitry configured to sense a cardiac response to the pacing pulses including sensing cardiac electrical activity using the implantable electrodes, the sensing circuitry further configured to generate a differential signal between sensed cardiac electrical activity at the first electrode and sensed cardiac electrical activity at the second electrode; and capture circuitry configured to discriminate between single site capture of pulses delivered to multiple sites within a single heart chamber during a cardiac cycle, comprising capture by one of the first pacing pulse or the second pacing pulse, and multi-site capture of pulses delivered to multiple sites within a single heart chamber during a cardiac cycle, comprising capture by both the first pacing pulse and the second pacing pulse, based on the differential signal.
A recombinant adenovirus genome, comprising a heterologous open reading frame (ORF) and a self-cleaving peptide coding sequence, both operably linked to and in the same reading frame as an endogenous adenovirus ORF, wherein the self-cleaving peptide coding sequence is located between the heterologous ORF and the endogenous ORF, wherein the self-cleaving peptide is a 2A peptide or a 2A peptide which has been modified to include Gly-Ser-Gly at the N-terminus to improve cleavage efficiency, and wherein: the endogenous ORF is E1B-55k and the heterologous ORF is 3' of E1B-55k wherein said heterologous ORF is not a targeting ligand-FKBP fusion protein when the self-cleaving peptide is P2A; the endogenous ORF is DNA polymerase and the heterologous ORF is 5' of DNA polymerase; the endogenous ORF is adenovirus death protein (ADP) and the heterologous ORF is 5' of ADP wherein said heterologous ORF is not a targeting ligand-FKBP fusion protein when the self-cleaving peptide is P2A, and wherein said adenovirus genome is not AdSyn-CO4440 defined by the sequence of Figure 10 comprising EGFRVHH-GS-FKBP and P2A 5' of ADP; the endogenous ORF is E4-ORF2 and the heterologous ORF is 5' of E4-ORF2; or the endogenous ORF is fiber and the heterologous ORF is 3' of fiber, wherein the heterologous ORF encodes a therapeutic protein. the endogenous ORF is E1B-55k and the heterologous ORF is 3' of E1B-55k wherein said heterologous ORF is not a targeting ligand-FKBP fusion protein when the self-cleaving peptide is P2A; the endogenous ORF is DNA polymerase and the heterologous ORF is 5' of DNA polymerase; the endogenous ORF is adenovirus death protein (ADP) and the heterologous ORF is 5' of ADP wherein said heterologous ORF is not a targeting ligand-FKBP fusion protein when the self-cleaving peptide is P2A, and wherein said adenovirus genome is not AdSyn-CO4440 defined by the sequence of Figure 10 comprising EGFRVHH-GS-FKBP and P2A 5' of ADP; the endogenous ORF is E4-ORF2 and the heterologous ORF is 5' of E4-ORF2; or the endogenous ORF is fiber and the heterologous ORF is 3' of fiber, wherein the heterologous ORF encodes a therapeutic protein.
Electrical appliance having at least one handle for the safe guidance of the electrical appliance by an operator and having a safety system , wherein at least two grip regions are provided on the handle spaced apart from one another, each having at least one touch sensor module and and each touch sensor module having at least two sensor electrodes , which are each electrically connected to the safety system , wherein the safety system is designed in such a manner that the operator must touch at least one of the first and at least one of the second sensor electrodes of the touch sensor modules with at least one part of the body, more particularly with a part of at least one hand, for safe operation of the electrical appliance , wherein each sensor electrode is assigned a sensor processor as an analogue-to-digital converter for generating a digital output signal (S11, S12, S21, S22, S31, S32, S41, S42), in particular a binary output signal (S11, S12, S21, S22, S31, S32, S41, S42), characterized in that an evaluation logic system is configured in such a way that the evaluation logic system logically links the output signals (S11, S21, S31, S41) of all the first sensor electrodes of the touch sensor modules to a first sensor signal (S1) and the output signals (S12, S22, S32, S42) of all of the at least second sensor electrodes of the touch sensor modules to at least one second sensor signal (S2) and in that at least the output signals (S11, S21, S31, S41) of all of the first sensor electrodes are logically linked in the sense of a disjunction (OR) and the output signals (S12, S22, S32, S42) of all of the at least second sensor electrodes are logically linked in the sense of an exclusion (NAND).
A method of authenticating a mark comprising a marker that emits light under illumination, the method comprising the steps of: obtaining a light spectrum from the mark , the light spectrum comprising values, each value indicating a light intensity of the light emitted from the mark for a corresponding wavelength; applying a set of rules onto the values of the light spectrum to obtain a first intermediate result indicating whether the mark is authentic or not; applying statistical processing onto the values of the light spectrum to obtain a second intermediate result indicating whether the mark is authentic or not; and characterized in comprising a further step of generating an output result indicating whether the mark is authentic or not from the first intermediate result and the second intermediate result, wherein the intermediate results are weighted and an average is calculated, and if the average exceeds a predetermined value a corresponding output result is generated, wherein a more indifferent first or second intermediate result is weighted less than a more definite second or first intermediate result, wherein the more indifferent first or second intermediate result is a result that falls into a predetermined range, and the more definite second or first intermediated result is a result that is outside a predetermined range. obtaining a light spectrum from the mark , the light spectrum comprising values, each value indicating a light intensity of the light emitted from the mark for a corresponding wavelength; applying a set of rules onto the values of the light spectrum to obtain a first intermediate result indicating whether the mark is authentic or not; applying statistical processing onto the values of the light spectrum to obtain a second intermediate result indicating whether the mark is authentic or not; and characterized in comprising a further step of generating an output result indicating whether the mark is authentic or not from the first intermediate result and the second intermediate result, wherein the intermediate results are weighted and an average is calculated, and if the average exceeds a predetermined value a corresponding output result is generated, wherein a more indifferent first or second intermediate result is weighted less than a more definite second or first intermediate result, wherein the more indifferent first or second intermediate result is a result that falls into a predetermined range, and the more definite second or first intermediated result is a result that is outside a predetermined range.
Orthopaedic footbed for a shoe , comprising - a foot contact surface , characterized in that the foot contact surface is formed by a planar base surface having a plurality of pimples that are arranged in accordance with a distribution that is optimized for podiatry, wherein - the distribution of the pimples that is optimized for podiatry corresponds to the anatomical distribution, projected in the foot contact surface , of the bony parts , and/or the distribution, projected in the foot contact surface , of the pathways comprising the lymphs and/or nerves and/or vessels, of a human foot that comes into contact on the foot contact surface , wherein - the pimples are arranged in a zone of the foot contact surface on which a foot comes into contact by a front ball of the foot, in five rows, corresponding to the orientation of the bony parts that form the toes and/or along the pathways assigned thereto. - a foot contact surface , characterized in that the foot contact surface is formed by a planar base surface having a plurality of pimples that are arranged in accordance with a distribution that is optimized for podiatry, wherein - the distribution of the pimples that is optimized for podiatry corresponds to the anatomical distribution, projected in the foot contact surface , of the bony parts , and/or the distribution, projected in the foot contact surface , of the pathways comprising the lymphs and/or nerves and/or vessels, of a human foot that comes into contact on the foot contact surface , wherein - the pimples are arranged in a zone of the foot contact surface on which a foot comes into contact by a front ball of the foot, in five rows, corresponding to the orientation of the bony parts that form the toes and/or along the pathways assigned thereto. - the distribution of the pimples that is optimized for podiatry corresponds to the anatomical distribution, projected in the foot contact surface , of the bony parts , and/or the distribution, projected in the foot contact surface , of the pathways comprising the lymphs and/or nerves and/or vessels, of a human foot that comes into contact on the foot contact surface , wherein - the pimples are arranged in a zone of the foot contact surface on which a foot comes into contact by a front ball of the foot, in five rows, corresponding to the orientation of the bony parts that form the toes and/or along the pathways assigned thereto.