mhurhangee/ep-ind-claims huggingface dataset:
A method for sample preparation and analysis of pesticides in samples characterised by the steps: (a) application of a sample, resolved in a solvent which is essentially non-polar and/or has a low water content to a HILIC chromatography column with a solvent which is essentially non-polar and/or has a low water content; (b) accumulating at least a major portion of the pesticides comprised in the sample in an SPE accumulating assembly; (c) flowing the sample portion with pesticides accumulated in the SPE accumulation assembly in the opposite direction from the SPE accumulation assembly through the second chromatography column with a solvent which is essentially polar and/or has a high water content by switching of a valve assembly after a selected accumulation period; and (d) detecting the sample portions separated in the second chromatography column. (a) application of a sample, resolved in a solvent which is essentially non-polar and/or has a low water content to a HILIC chromatography column with a solvent which is essentially non-polar and/or has a low water content; (b) accumulating at least a major portion of the pesticides comprised in the sample in an SPE accumulating assembly; (c) flowing the sample portion with pesticides accumulated in the SPE accumulation assembly in the opposite direction from the SPE accumulation assembly through the second chromatography column with a solvent which is essentially polar and/or has a high water content by switching of a valve assembly after a selected accumulation period; and (d) detecting the sample portions separated in the second chromatography column.
An electronic device comprising: a battery-pack installing portion; sensing means configured to sense when a battery pack is installed in the battery-pack installing portion in a detachable manner; detecting means configured to detect, from the battery-pack, data related with a state of the installed battery pack sensed by the sensing means including specification data and feature data of the battery pack and information about whether or not a connection or a control circuit in the battery pack is properly functioning, wherein said feature data includes at least one of the total number of previous recharging operations performed on the battery pack, and the total hours the battery pack has been used; determining means configured to determine whether the battery pack has a fault based on the specification data, the information about whether or not a connection or a control circuit in the battery pack is properly functioning and at least one of the total number of previous recharging operations performed on the battery pack and the total hours the battery pack has been used; and first restricting means configured to restrict a recharging operation of the battery pack if the battery pack is determined to have the fault by the determining means; and second restricting means configured to restrict activation of the electronic device if a removal of the battery pack determined to have the fault is not sensed by the sensing means when the electronic device is in a non-activated state or in a sleep mode. a battery-pack installing portion; sensing means configured to sense when a battery pack is installed in the battery-pack installing portion in a detachable manner; detecting means configured to detect, from the battery-pack, data related with a state of the installed battery pack sensed by the sensing means including specification data and feature data of the battery pack and information about whether or not a connection or a control circuit in the battery pack is properly functioning, wherein said feature data includes at least one of the total number of previous recharging operations performed on the battery pack, and the total hours the battery pack has been used; determining means configured to determine whether the battery pack has a fault based on the specification data, the information about whether or not a connection or a control circuit in the battery pack is properly functioning and at least one of the total number of previous recharging operations performed on the battery pack and the total hours the battery pack has been used; and first restricting means configured to restrict a recharging operation of the battery pack if the battery pack is determined to have the fault by the determining means; and
A magneto-optical device comprising: a magnetic yoke made of a high-magnetic-permeability material, the magnetic yoke including a square tabular portion, and four pillar portions having equal length and protruding perpendicularly and in the same direction from the vicinities of the four corners of the tabular portion; coils wound around the pillar portions; and a magneto-optical element arranged in an open-magnetic-circuit space surrounded by the respective top-end portions of the pillar portions, so that magnetic fields generated through the coils may be applied to the magneto-optical element. a magnetic yoke made of a high-magnetic-permeability material, the magnetic yoke including a square tabular portion, and four pillar portions having equal length and protruding perpendicularly and in the same direction from the vicinities of the four corners of the tabular portion; coils wound around the pillar portions; and a magneto-optical element arranged in an open-magnetic-circuit space surrounded by the respective top-end portions of the pillar portions, so that magnetic fields generated through the coils may be applied to the magneto-optical element.
An organic electroluminescent element comprising: a substrate being transparent and having a refractive index of 1.8 or more; and a stacked body that is provided on the substrate and includes a pair of electrodes (3, 4) and an organic light-emitting layer located between the pair of electrodes; characterised in that the organic electroluminescent element comprises: a single porous light-scattering body, wherein the single light-scattering body is provided on a surface of the substrate, the surface being opposite to the stacked body, and the single porous light-scattering body is formed by applying a titania sol produced by hydrolysis and polymerization of a titanium alkoxide to the substrate to form a film, and firing the film. a single porous light-scattering body, wherein the single light-scattering body is provided on a surface of the substrate, the surface being opposite to the stacked body, and the single porous light-scattering body is formed by applying a titania sol produced by hydrolysis and polymerization of a titanium alkoxide to the substrate to form a film, and firing the film.
A foldable footwear comprising: a. a sole fabricated using a single manufacturing casting, said sole having a ground side which touches the ground when the footwear is worn and a foot side which touches the user's foot when the footwear is worn, said sole comprising at least two portions, a front portion and a back portion; b. at least one groove in the ground side of the sole, separating the front portion from the back portion and extending laterally from one side of the sole to the other side of the sole, said groove having a front portion edge and a back portion edge; and c. a strap attached to the front portion and the back portion, wherein the strap is attached to the front portion in one location; characterized in that said strap is attached to the back portion in two locations and arranged to be stretched when the footwear is worn thus helping to keep the sole unfolded, and the foldable footwear further comprises: d. a stretchable strap pivotally connected to the front - portion or the back portion, such that rotation of the stretchable strap allows the footwear to be retained in a folded state; wherein said footwear is configured to be folded in one direction only where the ground side of the front portion is folded towards the ground side of the back portion such that the groove's front portion edge touches the groove's back portion edge and the foot side of the back portion is entirely on top of the foot side of the front portion. a. a sole fabricated using a single manufacturing casting, said sole having a ground side which touches the ground when the footwear is worn and a foot side which touches the user's foot when the footwear is worn, said sole comprising at least two portions, a front portion and a back portion; b. at least one groove in the ground side of the sole, separating the front portion from the back portion and extending laterally from one side of the sole to the other side of the sole, said groove having a front portion edge and a back portion edge; and c. a strap attached to the front portion and the back portion, wherein the strap is attached to the front portion in one location; characterized in that said strap is attached to the back portion in two locations and arranged to be stretched when the footwear is worn thus helping to keep the sole unfolded, and the foldable footwear further comprises: d. a stretchable strap pivotally connected to the front - portion or the back portion, such that rotation of the stretchable strap allows the footwear to be retained in a folded state; wherein said footwear is configured to be folded in one direction only where the ground side of the front portion is folded towards the ground side of the back portion such that the groove's front portion edge touches the groove's back portion edge and the foot side of the back portion is entirely on top of the foot side of the front portion.
A fastening member (1; 5; 6) that fastens members, the fastening member being characterized by comprising: a first alloy section (1a, 5a, 6a) made of an A6056 aluminum alloy, the first alloy section being provided in a portion in contact with at least one of the members; and a second alloy section (1b, 5b, 6b) made of an A2024 or A2618 aluminum alloy, the second alloy section being bonded to the first alloy section. a first alloy section (1a, 5a, 6a) made of an A6056 aluminum alloy, the first alloy section being provided in a portion in contact with at least one of the members; and a second alloy section (1b, 5b, 6b) made of an A2024 or A2618 aluminum alloy, the second alloy section being bonded to the first alloy section.
A method for detecting a position anomaly of a test object on a workpiece, the method comprising: - capturing an image of the test object to obtain image data; - determining a real position of the test object in relation to a testing robot based on the image data; - moving a testing sensor carried by the testing robot into contact with the test object based on the real position; - acquiring test data of the test object by means of the testing sensor when the testing sensor is in contact with the test object; and - detecting a position anomaly of the test object based on a comparison between a test object position and a reference position, the test object position being based on the real position, based on the test data and/or based on a position of the testing robot when the testing sensor is in contact with the test object. - capturing an image of the test object to obtain image data; - determining a real position of the test object in relation to a testing robot based on the image data; - moving a testing sensor carried by the testing robot into contact with the test object based on the real position; - acquiring test data of the test object by means of the testing sensor when the testing sensor is in contact with the test object; and - detecting a position anomaly of the test object based on a comparison between a test object position and a reference position, the test object position being based on the real position, based on the test data and/or based on a position of the testing robot when the testing sensor is in contact with the test object.
LED module comprising a plurality of integrated LED circuits (5; 5.1, 5.2,.., 5.x), each comprising at least one light-emitting diode (6; 6.1, 6.2,, 6.x) and an electronic circuit (4; 4.1, 4.2,.., 4.x) assigned to the at least one light-emitting diode (6; 6.1, 6.2,.., 6.x), wherein the individual integrated LED circuits (5; 5.1, 5.2,.., 5.x) of the plurality of integrated LED circuits (5; 5.1, 5.2,.., 5.x) each emit light into different spatial segments, and each electronic circuit is designed to modulate a current (7.1, 7.2,..., 7.x) through the at least one assigned light-emitting diode (6; 6.1, 6.2,...,6.x) with an information-carrying signal (7; 7.1, 7.2,..., 7.x), wherein the information-carrying signal (7; 7.1, 7.2,..., 7.x) is a navigation signal, characterized in that in each integrated LED circuit (5; 5.1, 5.2,.., 5.x) the at least one light-emitting diode (6; 6.1, 6.2,.., 6.x) and the assigned electronic circuit (4; 4.1, 4.2,.., 4.x) are arranged on a common substrate and are designed as an integrated semiconductor component, and in that each electronic circuit (4; 4.1, 4.2,.., 4.x) is designed to modulate the current (7.1, 7.2,..., 7.x) through the at least one assigned light-emitting diode (6; 6.1, 6.2,.., 6.x) with the information-carrying signal (7; 7.1, 7.2,..., 7.x) independently of the currents (7.1, 7.2,..., 7.x) through the at least one light-emitting diode (6; 6.1, 6.2,...,6.x) of the other integrated LED circuits (5; 5.1, 5.2,..., 5.x). the individual integrated LED circuits (5; 5.1, 5.2,.., 5.x) of the plurality of integrated LED circuits (5; 5.1, 5.2,.., 5.x) each emit light into different spatial segments, and each electronic circuit is designed to modulate a current (7.1, 7.2,..., 7.x) through the at least one assigned light-emitting diode (6; 6.1, 6.2,...,6.x) with an information-carrying signal (7; 7.1, 7.2,..., 7.x), wherein the information-carrying signal (7; 7.1, 7.2,..., 7.x) is a navigation signal, characterized in that in each integrated LED circuit (5; 5.1, 5.2,.., 5.x) the at least one light-emitting diode (6; 6.1, 6.2,.., 6.x) and the assigned electronic circuit (4; 4.1, 4.2,.., 4.x) are arranged on a common substrate and are designed as an integrated semiconductor component, and in that each electronic circuit (4; 4.1, 4.2,.., 4.x) is designed to modulate the current (7.1, 7.2,..., 7.x) through the at least one assigned light-emitting diode (6; 6.1, 6.2,.., 6.x) with the information-carrying signal (7; 7.1, 7.2,..., 7.x) independently of the currents (7.1, 7.2,..., 7.x) through the at least one light-emitting diode (6; 6.1, 6.2,...,6.x) of the other integrated LED circuits (5; 5.1, 5.2,..., 5.x).
An illumination light quantity setting method in an image measuring instrument including an image pickup that images a plurality of measured points (W1, W2, W3) of an object, an illuminator that irradiates the measured points (W1, W2, W3) and a storage that stores an illumination preset value (L P) for each of the measured points for outputting a command signal to the illuminator for commanding the illuminator to irradiate the measured points (W1, W2, W3), the image measuring instrument measuring a dimension and a shape of the object by taking the images of the measured points (W1, W2, W3) and processing the images while relatively moving the object in relation to the image pickup and the illuminator according to predetermined measuring procedures, the setting method comprising: a command signal output step that outputs the command signal corresponding to the illumination preset value (L P) stored in the storage for each of the measured points (W1, W2, W3); an offset value assigning step that assigns an offset value for changing the command signal to the command signal to be sent to the illuminator; and a setting step that sets the offset value so that the quantity of illumination light irradiated from the illuminator on reception of the command signal based on the same illumination preset value (Lp) remains the same before and after a state of the illuminator is changed. a command signal output step that outputs the command signal corresponding to the illumination preset value (L P) stored in the storage for each of the measured points (W1, W2, W3); an offset value assigning step that assigns an offset value for changing the command signal to the command signal to be sent to the illuminator; and a setting step that sets the offset value so that the quantity of illumination light irradiated from the illuminator on reception of the command signal based on the same illumination preset value (Lp) remains the same before and after a state of the illuminator is changed.
Shock-absorbing self-closing device for moving parts of furniture, of the type having a trolley with guided displacement, the trolley including an activating trigger locking the displacement in an armed position, in which an impulse spring unit is tensioned and, when activated, is released for self-closing with a speed controlled by a shock absorber connected to the trolley with a shaft, characterised in that the activating trolley is connected to an end of the impulse spring unit by a transmitter wire configured as a loop of a pulley block between respective fixed pulley wheels and movable pulley wheels linked to the active end of the impulse spring unit, producing proportionality between the active travel (15 a) of the activating trigger and the elongation travel of the impulse spring unit.
A method, implemented by a packet processing node in a packet-switched network, for performing a data lookup on a hash table, said method comprising: receiving a packet containing a flow identifier; generating a full search key from the flow identifier; determining a corresponding hash bucket in said hash table based on the full search key; said method characterized by: creating a compressed search key from signature bits extracted from predetermined bit locations in the full search key; predicting a hash entry index for a target hash entry in the corresponding hash bucket by comparing the compressed search key to signature patterns that are mapped one-to-one to hash entries in the corresponding hash bucket, wherein the target hash entry comprises a hash key and associated data; and performing said data lookup by comparing the full search key to the hash key in the target hash entry. receiving a packet containing a flow identifier; generating a full search key from the flow identifier; determining a corresponding hash bucket in said hash table based on the full search key; said method characterized by: creating a compressed search key from signature bits extracted from predetermined bit locations in the full search key; predicting a hash entry index for a target hash entry in the corresponding hash bucket by comparing the compressed search key to signature patterns that are mapped one-to-one to hash entries in the corresponding hash bucket, wherein the target hash entry comprises a hash key and associated data; and performing said data lookup by comparing the full search key to the hash key in the target hash entry. creating a compressed search key from signature bits extracted from predetermined bit locations in the full search key; predicting a hash entry index for a target hash entry in the corresponding hash bucket by comparing the compressed search key to signature patterns that are mapped one-to-one to hash entries in the corresponding hash bucket, wherein the target hash entry comprises a hash key and associated data; and performing said data lookup by comparing the full search key to the hash key in the target hash entry.
A wound healing system for promoting healing of a wound of a patient, the system comprising: a positive pressure source; a reduced pressure source; a porous foam (121, 521) positioned in use, in contact with the wound, the porous foam (121, 521) having a plurality of flow channels in fluid communication with the reduced pressure source; a filler member (125, 525) having a flexible wall defining an interior chamber, the interior chamber being in fluid communication with the positive pressure source; a cover member (110, 510) positioned over the filler member (125, 525); and a fluid containment member positioned between the reduced pressure source and the wound, wherein the fluid containment member is an absorbent-containing fluid pouch positioned outside the cover member (110,510). a positive pressure source; a reduced pressure source; a porous foam (121, 521) positioned in use, in contact with the wound, the porous foam (121, 521) having a plurality of flow channels in fluid communication with the reduced pressure source; a filler member (125, 525) having a flexible wall defining an interior chamber, the interior chamber being in fluid communication with the positive pressure source; a cover member (110, 510) positioned over the filler member (125, 525); and a fluid containment member positioned between the reduced pressure source and the wound, wherein the fluid containment member is an absorbent-containing fluid pouch positioned outside the cover member (110,510).
A derivatized chitosan for use in a method of treating or preventing a complication of cystic fibrosis, wherein the complication is increased pulmonary mucosal viscosity, the method comprising administering to the subject an effective amount of a composition comprising a derivatized chitosan, wherein the derivatized chitosan comprises a chitosan of the following formula: wherein: n is an integer between 20 and 6000; and each R 1 is independently selected for each occurrence from hydrogen, acetyl, and a group of formula: wherein at least 25% of R 1 substituents are H, at least 1% of R 1 substituents are acetyl, and at least 2% of R 1 substituents are a group of formula, thereby treating or preventing the complication of cystic fibrosis. n is an integer between 20 and 6000; and each R 1 is independently selected for each occurrence from hydrogen, acetyl, and a group of formula: wherein at least 25% of R 1 substituents are H, at least 1% of R 1 substituents are acetyl, and at least 2% of R 1 substituents are a group of formula, thereby treating or preventing the complication of cystic fibrosis.
A method performed by a user equipment, UE, device for signalling a radio resource capability of the UE device to a base station, the method comprising: determining a processing cost burden for each of a plurality of radio capabilities of the user equipment device, the processing cost burden being a numerical value representative of at least one of a computational power demand, a memory demand, a data throughput demand, and a radio bandwidth demand for executing the radio capability; determining a maximum processing budget of the UE device, the maximum processing budget being a numerical value indicative of a maximum sum of processing cost burdens of a plurality of the radio capabilities which the UE device in response to a configuration by the base station is capable of executing concurrently; and transmitting one or more messages to the base station informing the base station as to the processing cost burdens of the radio capabilities and the maximum processing budget in order for the base station to perform the configuration. determining a processing cost burden for each of a plurality of radio capabilities of the user equipment device, the processing cost burden being a numerical value representative of at least one of a computational power demand, a memory demand, a data throughput demand, and a radio bandwidth demand for executing the radio capability; determining a maximum processing budget of the UE device, the maximum processing budget being a numerical value indicative of a maximum sum of processing cost burdens of a plurality of the radio capabilities which the UE device in response to a configuration by the base station is capable of executing concurrently; and transmitting one or more messages to the base station informing the base station as to the processing cost burdens of the radio capabilities and the maximum processing budget in order for the base station to perform the configuration.