mhurhangee/ep-ind-claims huggingface dataset:
A method of automatically assessing the type of detergent in use in a dishwashing machine, said dishwashing machine comprising a dispenser with one door configured to move between a closed position and an open position, and being designed to implement a cleaning program defined by a plurality of cleaning parameters, said method comprising the step of - providing a detergent (D1, D2, D3) in said dispenser; - said method being characterized in that it comprises the steps of: - acquiring a first digital image representative of said detergent (D1, D2, D3) when said door moves from said closed position to said open position to release the detergent into a washing area of the dishwashing machine; - digitally processing said first acquired image to obtain a first processed image; wherein said first processed image defines either a contour portion (Cpar) or a roughness value (Racq) of said detergent (D1, D2, D3), - comparing said at least one contour portion (Cpar) with a predetermined contour (Cpred) or comparing said roughness value (Racq) with a roughness threshold value (Rth) to determine a type of detergent (TD1, TD2, TD3); - changing one or more of said cleaning parameters of said cleaning program according to said type of detergent (TD1, TD2, TD3). - providing a detergent (D1, D2, D3) in said dispenser; - said method being characterized in that it comprises the steps of: - acquiring a first digital image representative of said detergent (D1, D2, D3) when said door moves from said closed position to said open position to release the detergent into a washing area of the dishwashing machine; - digitally processing said first acquired image to obtain a first processed image; wherein said first processed image defines either a contour portion (Cpar) or a roughness value (Racq) of said detergent (D1, D2, D3), - comparing said at least one contour portion (Cpar) with a predetermined contour (Cpred) or comparing said roughness value (Racq) with a roughness threshold value (Rth) to determine a type of detergent (TD1, TD2, TD3); - changing one or more of said cleaning parameters of said cleaning program according to said type of detergent (TD1, TD2, TD3).
A computer implemented method for executing a database query in a database, the method comprising the steps of: • providing at least one data structure, defined by a database schema of said database, comprising at least one object having at least two properties, each property having an assigned data type, wherein said data types may be compared with respect to their data size; • establishing, using said database schema of said database, by comparison, of said data types of the at least two properties, a property of a selected data structure that comprises the smallest unique values for given records in terms of type of data stored in that particular property; • executing the database query, including any limiting parameters, configured to retrieve only data from the property comprising the smallest unique values that are retrievable for a record; • starting to retrieve results of the executed query; • for each set of predefined number of retrieved results, executing a new database access thread that is configured to retrieve data that are present in the records identified with the smallest unique values. • providing at least one data structure, defined by a database schema of said database, comprising at least one object having at least two properties, each property having an assigned data type, wherein said data types may be compared with respect to their data size; • establishing, using said database schema of said database, by comparison, of said data types of the at least two properties, a property of a selected data structure that comprises the smallest unique values for given records in terms of type of data stored in that particular property; • executing the database query, including any limiting parameters, configured to retrieve only data from the property comprising the smallest unique values that are retrievable for a record; • starting to retrieve results of the executed query; • for each set of predefined number of retrieved results, executing a new database access thread that is configured to retrieve data that are present in the records identified with the smallest unique values.
Wound care article having at least one planar layer consisting of a woven or non-woven tissue, containing - super-absorbent fibers and - super-absorbent particles, and whereby the planar layer also contains bi-component fibers, and whereby the bi-component fibers contain a portion of a thermoplastic polymer with a comparatively low melting point, which melts when being heated and therefore acts as a hotmelt adhesive. - super-absorbent fibers and - super-absorbent particles, and
A demultiplexing circuit (600, 601), which is capable of demultiplexing a reception signal into a plurality of signals, the demultiplexing circuit comprising a multi-stage demultiplexing circuit in which frequency shift decimator circuits (180 to 182, 190 to 194, 200 to 207) are connected in a plurality of stages in a tree format, the frequency shift decimator circuits each combining: a selector (170 to 172) configured to select one of input signals based on a signal output destination that is specified by a control signal, and generate a plurality of output signals as many as an output signal number, which is greater than the number of input signals; and a frequency decimation circuit, to which the plurality of output signals output from the selector are to be input, and which is configured to perform frequency conversion processing, low pass filter processing, and down-sampling processing on each of the signals input to the frequency decimation circuit, based on the signal output destination that is specified by the control signal and on a signal bandwidth, to generate an output signal, wherein one of the frequency shift decimator circuits that is set in an M-th stage out of N stages, where 1 ≤ M ≤ N, is configured so that the number of output signals is less than twice the number of input signals, and wherein two or more reception signals are input to the multi-stage demultiplexing circuit, and the multi-stage demultiplexing circuit is configured to execute demultiplexing processing based on the control signal so that an output signal that includes an unused band portion is prevented from being output downstream. a selector (170 to 172) configured to select one of input signals based on a signal output destination that is specified by a control signal, and generate a plurality of output signals as many as an output signal number, which is greater than the number of input signals; and a frequency decimation circuit, to which the plurality of output signals output from the selector are to be input, and which is configured to perform frequency conversion processing, low pass filter processing, and down-sampling processing on each of the signals input to the frequency decimation circuit, based on the signal output destination that is specified by the control signal and on a signal bandwidth, to generate an output signal, M-th stage out of N stages, where 1 ≤ M ≤ N, is configured so that the number of output signals is less than twice the number of input signals, and wherein two or more reception signals are input to the multi-stage demultiplexing circuit, and the multi-stage demultiplexing circuit is configured to execute demultiplexing processing based on the control signal so that an output signal that includes an unused band portion is prevented from being output downstream.
A liquid applicator comprising: a frame including an elongated handle that presents opposite handle margins and extends in a longitudinal direction between the margins, said frame further including a pair of connectors that are each hingedly coupled to respective ones of the handle margins; and a flexible applicator pad that presents opposite applicator pad ends, said connectors being coupled to the flexible applicator pad adjacent corresponding applicator pad ends, said handle presenting a region intermediate the handle margins that is flexible and spaced from the applicator pad to permit relative shifting of the handle margins, with the frame and flexible applicator pad thereby being shiftable into and out of a relaxed applicator condition as the handle margins are moved away from and toward each other, said connectors each being joined to the handle by a hinge joint that comprises a laterally extending living hinge, characterized by said connectors each including a laterally extending strip that presents a connector surface operable to be removably attached to the applicator pad, said connectors each projecting inboard from the respective living hinge so that both connector surfaces face generally oppositely from the handle when in the relaxed applicator condition. a frame including an elongated handle that presents opposite handle margins and extends in a longitudinal direction between the margins, said frame further including a pair of connectors that are each hingedly coupled to respective ones of the handle margins; and a flexible applicator pad that presents opposite applicator pad ends, said connectors being coupled to the flexible applicator pad adjacent corresponding applicator pad ends, said handle presenting a region intermediate the handle margins that is flexible and spaced from the applicator pad to permit relative shifting of the handle margins, with the frame and flexible applicator pad thereby being shiftable into and out of a relaxed applicator condition as the handle margins are moved away from and toward each other, said connectors each being joined to the handle by a hinge joint that comprises a laterally extending living hinge, characterized by said connectors each including a laterally extending strip that presents a connector surface operable to be removably attached to the applicator pad, said connectors each projecting inboard from the respective living hinge so that both connector surfaces face generally oppositely from the handle when in the relaxed applicator condition.
An image display apparatus which performs a video call with an external apparatus, the image display apparatus comprising: a communication interface configured to, while the video call is performed with the external apparatus: receive, from the external apparatus, a first image comprising a first user photographed by the external apparatus and depth information regarding the degree of change in location of the first user, and transmit, to the external apparatus, a second image comprising a second user photographed by the image display apparatus and a first virtual background image; a display configured to display the received first image; a storage (330, 560) configured to store a plurality of virtual background images classified by depth; and a controller configured to, identify a location of the first user by analyzing the displayed first image, and based on the location of the first user being changed in the displayed first image, control the communication interface to transmit a regenerated second image comprising a second virtual background image, the second virtual background image being different from the first virtual background image, to the external apparatus wherein the controller selects, from the storage (330, 560), the second virtual background image of the depth based on the received depth information. a communication interface configured to, while the video call is performed with the external apparatus: receive, from the external apparatus, a first image comprising a first user photographed by the external apparatus and depth information regarding the degree of change in location of the first user, and transmit, to the external apparatus, a second image comprising a second user photographed by the image display apparatus and a first virtual background image; receive, from the external apparatus, a first image comprising a first user photographed by the external apparatus and depth information regarding the degree of change in location of the first user, and transmit, to the external apparatus, a second image comprising a second user photographed by the image display apparatus and a first virtual background image; a display configured to display the received first image; a storage (330, 560) configured to store a plurality of virtual background images classified by depth; and a controller configured to, identify a location of the first user by analyzing the displayed first image, and based on the location of the first user being changed in the displayed first image, control the communication interface to transmit a regenerated second image comprising a second virtual background image, the second virtual background image being different from the first virtual background image, to the external apparatus wherein the controller selects, from the storage (330, 560), the second virtual background image of the depth based on the received depth information.
A communications apparatus configured to provide wireless network access in accordance with a communications standard that specifies a transmit OFF power threshold requirement, which is a power level that is defined as a maximum transmit power that the communications apparatus can irradiate when it is in a non-transmitting or OFF state, the apparatus comprising: a hardware subsystem comprising a test signal control component, a duplexer component, and Radio Frequency processing components, the Radio Frequency processing components comprising: a transmitter chain portion having an output operably coupled to a transmit side port of the duplexer component; and a receiver chain portion having a signal sensitivity threshold associated and is operably coupled to a receive side port of the duplexer component; wherein the test signal control component is arranged to cooperate with the transmitter chain portion to generate a test signal, a portion of the test signal being leakable by the duplexer component from the transmit side port to the receive side port thereof; characterised in that the test signal control component is configured to ensure that any irradiated power of the test signal complies with the transmit OFF power threshold requirement and the portion of the test signal leaked is above the signal sensitivity threshold of the receiver chain portion. a hardware subsystem comprising a test signal control component, a duplexer component, and Radio Frequency processing components, the Radio Frequency processing components comprising: a transmitter chain portion having an output operably coupled to a transmit side port of the duplexer component; and a receiver chain portion having a signal sensitivity threshold associated and a transmitter chain portion having an output operably coupled to a transmit side port of the duplexer component; and a receiver chain portion having a signal sensitivity threshold associated and is operably coupled to a receive side port of the duplexer component; wherein the test signal control component is arranged to cooperate with the transmitter chain portion to generate a test signal, a portion of the test signal being leakable by the duplexer component from the transmit side port to the receive side port thereof;
A method comprising: obtaining a polymeric material selected from the group consisting of glycolic acid, lactic acid, glycolide, lactide, dioxanone, trimethylene carbonate, caprolactone, and combinations thereof; forming the polymeric material into an article that does not possess orientation in a single direction by a compression roller system wherein the polymer material is melted, extruded from a die and fed through two rollers which press against one another, the compressing rollers rotate at the same or close to the same speed as collection rollers which advance the polymer material through the system and therefore match the rate of extrusion of the polymer material exiting the die; and recovering the article. obtaining a polymeric material selected from the group consisting of glycolic acid, lactic acid, glycolide, lactide, dioxanone, trimethylene carbonate, caprolactone, and combinations thereof; forming the polymeric material into an article that does not possess orientation in a single direction by a compression roller system wherein the polymer material is melted, extruded from a die and fed through two rollers which press against one another, the compressing rollers rotate at the same or close to the same speed as collection rollers which advance the polymer material through the system and therefore match the rate of extrusion of the polymer material exiting the die; and recovering the article.
A rolling deep groove ball bearing, comprising a bearing outer ring, a bearing inner ring, a plurality of large rolling balls and special-shaped rollers, the large rolling balls and special-shaped rollers being arranged between the bearing inner ring and the bearing outer ring, wherein the large rolling balls and special-shaped rollers are arranged at intervals; a groove being provided in middle of the special-shaped rollers; characterized in that: a numerical value of a total gap s between the large rolling balls and the special-shaped rollers is 0.03 mm<s<e, wherein e is a groove depth of the special-shaped rollers; a relationship between a diameter da of the special-shaped rollers and a distance h between the inner ring and the outer ring is 0.005mm≤h-da≤0.2mm, wherein h is (D2-d2)/2, D2 is an inner diameter of the outer ring, and d2 is an outer diameter of the inner ring.
An air blowing device, comprising: a tubular body defining an airflow passage and an air outlet; a guide wall for guiding an airflow having passed through the air outlet in an intended direction; and a flow velocity adjusting mechanism capable of adjusting a flow velocity of the airflow passing through the air outlet, wherein the flow velocity adjusting mechanism is configured to adjust the flow velocity in accordance with the intended direction, characterized in that: the guide wall has a convex surface shape protruding in a direction intersecting with a forward direction of the air outlet, and is arranged so that a projection image, which is obtained by projecting the guide wall onto an imaginary plane including the air outlet, covers the entire air outlet. a tubular body defining an airflow passage and an air outlet; a guide wall for guiding an airflow having passed through the air outlet in an intended direction; and a flow velocity adjusting mechanism capable of adjusting a flow velocity of the airflow passing through the air outlet, wherein the flow velocity adjusting mechanism is configured to adjust the flow velocity in accordance with the intended direction, characterized in that: the guide wall has a convex surface shape protruding in a direction intersecting with a forward direction of the air outlet, and is arranged so that a projection image, which is obtained by projecting the guide wall onto an imaginary plane including the air outlet, covers the entire air outlet. the guide wall has a convex surface shape protruding in a direction intersecting with a forward direction of the air outlet, and is arranged so that a projection image, which is obtained by projecting the guide wall onto an imaginary plane including the air outlet, covers the entire air outlet.
Installation for filling containers, the installation comprising a linearly-movable conveyor on which the containers are to stand via their bottoms, characterized in that the installation includes a support extending at least in part over the conveyor, the support carrying at least one vertically-extending dispenser spout and a weighing device having suspended therefrom a vertical guide extending in the vicinity of the dispenser spout, a container grasper member being mounted on the support to present an opening of a container under the dispenser spout and to be movable between a low position in which the grasper member can grasp a container standing on the conveyor or can put a grasped container back onto the conveyor, and a high position in which the container is separated from the conveyor and its opening is close to the dispenser spout, and means for controlling the grasper member.
A method for manufacturing a light emitting metal knob comprising: a metal plate processing step of processing a light blocking metal plate such that an upper part of the light blocking metal plate is closed and a lower part of the light blocking metal plate is open; a display groove forming step of forming a light emitting display groove in an upper surface of the light blocking metal plate; a first resin layer coupling step of coupling a first resin layer, which is made of a light transmitting synthetic resin, to the upper surface of the light blocking metal plate so as to fill the light emitting display groove; an upper surface plane-cutting step of cutting the upper surface of the light blocking metal plate planarly so that only the first resin layer filled in the light emitting display groove is left; an anodizing step of applying an anodic oxidation treatment to the surface of the light blocking metal plate and then absorbing an organic dye to realize color; a lower surface plane-cutting step of cutting a lower surface of the light blocking metal plate planarly such that only the first resin layer coupled into the light emitting display groove is exposed from the lower surface of the light blocking metal plate to form a light emitting display window; and a second resin layer coupling step of coupling a second resin layer, which is made of a light transmitting synthetic resin, to the lower surface of the light blocking metal plate. a metal plate processing step of processing a light blocking metal plate such that an upper part of the light blocking metal plate is closed and a lower part of the light blocking metal plate is open; a display groove forming step of forming a light emitting display groove in an upper surface of the light blocking metal plate; a first resin layer coupling step of coupling a first resin layer, which is made of a light transmitting synthetic resin, to the upper surface of the light blocking metal plate so as to fill the light emitting display groove; an upper surface plane-cutting step of cutting the upper surface of the light blocking metal plate planarly so that only the first resin layer filled in the light emitting display groove is left; an anodizing step of applying an anodic oxidation treatment to the surface of the light blocking metal plate and then absorbing an organic dye to realize color; a lower surface plane-cutting step of cutting a lower surface of the light blocking metal plate planarly such that only the first resin layer coupled into the light emitting display groove is exposed from the lower surface of the light blocking metal plate to form a light emitting display window; and a second resin layer coupling step of coupling a second resin layer, which is made of a light transmitting synthetic resin, to the lower surface of the light blocking metal plate.
A medicament comprising and, wherein is a compound selected from the below III-1 and II-4: and wherein is selected from Oseltamivir, Zanamivir, Peramivir, Laninamivir and VX-787; and wherein either: (i) is Oseltamivir, and the medicament is for use in the treatment or prevention of influenza strain A/WSN/33 (H1N1), A/PR/8/34 (H1N1), A/Victoria/3/75 (H3N2) or A/HongKong/8/68 (H3N2); or (ii) is Peramivir, Laninamivir or Zanamivir, and the medicament is for use in the treatment or prevention of influenza strain A/PR/8/34 (H1N1); or (iii) is VX-787, and the medicament is for use in the treatment or prevention of influenza strain A/PR/8/34 (H1N1). (i) is Oseltamivir, and the medicament is for use in the treatment or prevention of influenza strain A/WSN/33 (H1N1), A/PR/8/34 (H1N1), A/Victoria/3/75 (H3N2) or A/HongKong/8/68 (H3N2); or (ii) is Peramivir, Laninamivir or Zanamivir, and the medicament is for use in the treatment or prevention of influenza strain A/PR/8/34 (H1N1); or (iii) is VX-787, and the medicament is for use in the treatment or prevention of influenza strain A/PR/8/34 (H1N1).