mhurhangee/ep-ind-claims huggingface dataset:
A cloth bonding apparatus, comprising: a nozzle that has a discharge port from which an adhesive is dischargeable onto a first layer of cloth; a feeding portion (22, 25) adapted to press and feed the first layer of cloth with a second layer of cloth in a direction intersecting with a direction in which the adhesive is discharged from the nozzle; a channel (81, 82, 83, 84) through which the adhesive can be supplied to the nozzle; a first heating portion (103, 104) that heats the channel (81, 82, 83, 84); and a temperature controlling portion that controls a heating temperature of the first heating portion (103, 104), characterized by a moving portion that moves the nozzle between a use position and a maintenance position, the use position is nearer to the feeding portion (22, 25) than the maintenance position; a supplying portion adapted to supply the adhesive to the channel (81, 82, 83, 84); a supply controlling portion that controls a drive of the supplying portion; and a position detecting portion that detects a position of the nozzle, wherein the supply controlling portion controls the supplying portion to stop a supply of the adhesive if the position detecting portion has detected that the nozzle is at the maintenance position, and controls the supplying portion to permit the supply of the adhesive if the position detecting portion has detected that the nozzle is at the use position. a nozzle that has a discharge port from which an adhesive is dischargeable onto a first layer of cloth; a feeding portion (22, 25) adapted to press and feed the first layer of cloth with a second layer of cloth in a direction intersecting with a direction in which the adhesive is discharged from the nozzle; a channel (81, 82, 83, 84) through which the adhesive can be supplied to the nozzle; a first heating portion (103, 104) that heats the channel (81, 82, 83, 84); and a temperature controlling portion that controls a heating temperature of the first heating portion (103, 104), characterized by a moving portion that moves the nozzle between a use position and a maintenance position, the use position is nearer to the feeding portion (22, 25) than the maintenance position; a supplying portion adapted to supply the adhesive to the channel (81, 82, 83, 84); a supply controlling portion that controls a drive of the supplying portion; and a position detecting portion that detects a position of the nozzle, wherein the supply controlling portion controls the supplying portion to stop a supply of the adhesive if the position detecting portion has detected that the nozzle is at the maintenance position, and controls the supplying portion to permit the supply of the adhesive if the position detecting portion has detected that the nozzle is at the use position.
Heat exchange assembly comprising: - a grey water distribution duct, - a collection duct, the said heat exchange assembly comprising a heat exchange module, the said heat exchange module comprising: • a device for recovering heat energy from the grey water flow comprising a plate-type heat exchanger, • a first inlet in hydraulic connection with the grey water distribution duct, • a first outlet in hydraulic connection with the collection duct, • a second inlet and a second outlet in hydraulic connection with a sanitary cold water duct, - an overflow connecting the grey water distribution duct and the collection duct, downstream of the heat exchange module, characterized in that the heat exchange assembly comprises at least one additional heat exchange module identical to the first and connected in an identical manner, the said heat exchange modules being mounted: • in bypass to the grey water distribution duct, at the level of the first inlet, • in bypass to the collection duct, at the level of the first outlet, • in series to the sanitary cold-water duct, and in that the overflow is downstream of the heat exchange modules. - a grey water distribution duct, - a collection duct, the said heat exchange assembly comprising a heat exchange module, the said heat exchange module comprising: • a device for recovering heat energy from the grey water flow comprising a plate-type heat exchanger, • a first inlet in hydraulic connection with the grey water distribution duct, • a first outlet in hydraulic connection with the collection duct, • a second inlet and a second outlet in hydraulic connection with a sanitary cold water duct, - an overflow connecting the grey water distribution duct and the collection duct, downstream of the heat exchange module, • a device for recovering heat energy from the grey water flow comprising a plate-type heat exchanger, • a first inlet in hydraulic connection with the grey water distribution duct, • a first outlet in hydraulic connection with the collection duct, • a second inlet and a second outlet in hydraulic connection with a sanitary cold water duct, - an overflow connecting the grey water distribution duct and the collection duct, downstream of the heat exchange module, - an overflow connecting the grey water distribution duct and the collection duct, downstream of the heat exchange module, • in bypass to the grey water distribution duct, at the level of the first inlet, • in bypass to the collection duct, at the level of the first outlet, • in series to the sanitary cold-water duct,
An electronic device comprising: a first camera (410, 710) supporting a first field of view, FOV; a second camera (420, 720) supporting a second FOV; and a processor, wherein the processor is configured to: obtain a first image having the first FOV using the first camera; obtain a second image, which is associated with the first image and having the second FOV using the second camera; adjust at least one operation attribute, wherein the at least one operation attribute includes at least one of an exposure value, a color temperature value, and a shutter speed value, of the first camera based on the second image; obtain a third image having the first FOV based on the adjusted at least one operation attribute using the first camera; and compose the first image and the third image; wherein the second FOV is wider than the first FOV such that the second image includes the first image, and the second image includes all subjects of the first image. a first camera (410, 710) supporting a first field of view, FOV; a second camera (420, 720) supporting a second FOV; and a processor, wherein the processor is configured to: obtain a first image having the first FOV using the first camera; obtain a second image, which is associated with the first image and having the second FOV using the second camera; adjust at least one operation attribute, wherein the at least one operation attribute includes at least one of an exposure value, a color temperature value, and a shutter speed value, of the first camera based on the second image; obtain a first image having the first FOV using the first camera; obtain a second image, which is associated with the first image and having the second FOV using the second camera; adjust at least one operation attribute, wherein the at least one operation attribute includes at least one of an exposure value, a color temperature value, and a shutter speed value, of the first camera based on the second image; obtain a third image having the first FOV based on the adjusted at least one operation attribute using the first camera; and compose the first image and the third image; wherein the second FOV is wider than the first FOV such that the second image includes the first image, and the second image includes all subjects of the first image.
An apparatus for cultivating plants and/or fungi, preferably mushrooms, comprising a horizontal support unit coupled to a vertical support unit, and, at the same height, said vertical support unit comprising at least one tilt-able plant cultivation module at either side of the vertical support unit, said at least one tilt-able plant cultivation module being coupled to said at least one horizontal support unit by at least one drive system, wherein the drive system is hydraulic, pneumatic, or electrical.
Fluid system for a pump circuit, particularly a hydraulic high-pressure pump circuit, with a function block, with fluid-conveying channels (28, 42) running in the housing of said block, to which valve components (32, 34, 46) can at least partially be connected, wherein a filter device with its filter housing can be connected to the function block such that at least one filter element is at least partially received in the installation chamber of the function block, wherein the fluid-conveying channels (28, 42) are internally interconnected to one another inside the housing of the function block such as to form a kind of matrix structure made up of transverse and longitudinal rows of fluid-conveying pipes with placeholders integrated in the function block to install the respective valve components (32, 34, 36), characterised in that the filter device is intended for the use of a plurality of filter elements, through which flow passes in both directions for filtration or backwashing such that the one set of filter elements carry out filtration in one filtration position and at least one additional filter element can be backwashed in a backwashing position to clean its active filter surface, such that the fluid-conveying channels (64, 68) forming the filter inlet and the filter outlet are integrated in the function block, such that the respective filter element can be moved from its filtration position into the backwashing position and then back into the filtration position by means of a swivel device, and such that the swivel device comprises a receiving portion for receiving the filter elements which is arranged such that it can be rotated around a pivot pin inside the filter housing by means of a drive.
A chocolate-flavored food product obtained from a flour made from roasted green banana flour and cocoa powder, wherein the ratio, by mass, of the green banana flour to the cocoa powder, is in a range from 1:10 to 1:1, and wherein the green banana flour has been roasted in a range from 160 °C to 240 °C for a length of time in a range from 15 minutes to 150 minutes to develop a cocoa-like flavor, aroma and color.
An exhaust gas purifying catalyst, comprising: an oxide having an oxygen storage and release capacity; and an oxide represented by formula supported on the oxide having the oxygen storage and release capacity, La x M 1-x M'O 3-δ... wherein La represents lanthanum, M represents at least one element selected from the group consisting of barium (Ba), strontium (Sr) and calcium (Ca), M' represents at least one element selected from the group consisting of iron (Fe), cobalt (Co), nickel (Ni) and manganese (Mn), δ represents an oxygen deficiency amount, and x and δ fulfill conditions represented by 0 < x ≤ 1 and 0 ≤ δ ≤ 1, respectively, wherein a particle diameter of the oxide having the oxygen storage and release capacity is in a range from 1 nm to 50 nm, and a particle diameter of the oxide represented by the formula is in a range from 1 nm to 30 nm, wherein "particle diameter" represents the greatest length between any two points on the circumference of the oxide particles (observed plane) observed by observation means such as a scanning electron microscope and a transmission electron microscope. an oxide having an oxygen storage and release capacity; and an oxide represented by formula supported on the oxide having the oxygen storage and release capacity, La x M 1-x M'O 3-δ... wherein La represents lanthanum, M represents at least one element selected from the group consisting of barium (Ba), strontium (Sr) and calcium (Ca), M' represents at least one element selected from the group consisting of iron (Fe), cobalt (Co), nickel (Ni) and manganese (Mn), δ represents an oxygen deficiency amount, and x and δ fulfill conditions represented by 0 < x ≤ 1 and 0 ≤ δ ≤ 1, respectively, wherein a particle diameter of the oxide having the oxygen storage and release capacity is in a range from 1 nm to 50 nm, and a particle diameter of the oxide represented by the formula is in a range from 1 nm to 30 nm,
A fitting for concealed arrangement in the rabbet between a wing and a frame of a window, a door or the like, with a bearing strip of a frame corner bearing to be fastened on the frame side, a wing corner bearing to be fastened on the wing side, a wing pivot bearing, and a wing corner bearing connection piece, wherein the wing corner bearing connection piece is used to connect the wing pivot bearing to the wing corner bearing, wherein a wing support arm is mounted in an articulated manner on the bearing strip, wherein an opening control device coupled to the bearing strip and the wing support arm is provided, by means of which opening control device the wing pivot bearing is pivoted out relative to the bearing strip when the wing is pivoted open, characterised in that the opening control device has a multi-articulation with a control lever connected in an articulated manner to the bearing strip, and a connection tab, which in particular is angled, wherein the connection tab and the control lever are connected to one another in an articulated manner, wherein the control lever and the wing support arm are connected to one another in an articulated manner, wherein the wing support arm and the control lever are mounted in an articulated manner on the bearing strip in such a way that the axes of rotation of the articulated mounting are displaceable relative to one another, wherein the connection tab is connected to the wing corner bearing connection piece in an articulated manner, and wherein the articulated connection of the wing corner bearing connection piece to the connection tab has an axis of rotation distanced from the axis of rotation of the wing pivot bearing.
A method of separating a first material from a second material, the method comprising: mixing the first material and the second material in a slurry with a beneficiation composition according to claim 2; providing air bubbles in the slurry to form bubble-particle aggregates with the first material; and allowing the bubble-particle aggregates to be separated from the second material. mixing the first material and the second material in a slurry with a beneficiation composition according to claim 2; providing air bubbles in the slurry to form bubble-particle aggregates with the first material; and allowing the bubble-particle aggregates to be separated from the second material.
A container lid (3, 103) comprising: a closure panel (7, 107) comprising an inside surface and an outside surface; a container fastening portion (9, 109); and a liner (5, 105) comprising one or more layers, connected to the inside surface of the closure panel (7, 107), wherein the liner (5, 105) or at least a lowermost layer of the liner (5, 105) is detachable from the closure panel (7, 107) characterized in that said container lid (3, 103) comprises a resilient portion (15, 115) located between said closure panel (7, 107) and said fastening portion (9, 109). a closure panel (7, 107) comprising an inside surface and an outside surface; a container fastening portion (9, 109); and a liner (5, 105) comprising one or more layers, connected to the inside surface of the closure panel (7, 107), wherein the liner (5, 105) or at least a lowermost layer of the liner (5, 105) is detachable from the closure panel (7, 107) characterized in that said container lid (3, 103) comprises a resilient portion (15, 115) located between said closure panel (7, 107) and said fastening portion (9, 109).
A flow control and collection system for human excretions comprising: a flow control device comprising: a) a tubular member adapted for insertion into a body opening and having an inner end and an outer end interconnected by a passageway; b) a device adapter at the outer end of the tubular member having one or more interlocking features; a collection bag comprising: a) a sealed body having at least one opening; b) a bag adapter at the at least one opening having one or more counterpoising interlocking features; c) wherein the interlocking features and counterpoising interlocking features have an interference position and a non-interference position when the device adapter and the bag adapter are connected together to removably lock the device adapter and the bag adapter together, characterized in that the interlocking features of the device adaptor comprise a plurality of radially spaced keyways extending through the device adaptor, and the counterpoising interlocking features of the bag adapter comprise a plurality of radially spaced keys disposed on the bag adapter. a flow control device comprising: a) a tubular member adapted for insertion into a body opening and having an inner end and an outer end interconnected by a passageway; b) a device adapter at the outer end of the tubular member having one or more interlocking features; a) a tubular member adapted for insertion into a body opening and having an inner end and an outer end interconnected by a passageway; b) a device adapter at the outer end of the tubular member having one or more interlocking features; a collection bag comprising: a) a sealed body having at least one opening; b) a bag adapter at the at least one opening having one or more counterpoising interlocking features; c) wherein the interlocking features and counterpoising interlocking features have an interference position and a non-interference position when the device adapter and the bag adapter are connected together to removably lock the device adapter and the bag adapter together, characterized in that the interlocking features of the device adaptor comprise a plurality of radially spaced keyways extending through the device adaptor, and the counterpoising interlocking features of the bag adapter comprise a plurality of radially spaced keys disposed on the bag adapter. a) a sealed body having at least one opening; b) a bag adapter at the at least one opening having one or more counterpoising interlocking features; c) wherein the interlocking features and counterpoising interlocking features have an interference position and a non-interference position when the device adapter and the bag adapter are connected together to removably lock the device adapter and the bag adapter together, characterized in that the interlocking features of the device adaptor comprise a plurality of radially spaced keyways extending through the device adaptor, and the counterpoising interlocking features of the bag adapter comprise a plurality of radially spaced keys disposed on the bag adapter.
A computer-implemented method for detecting malicious processes on computing devices, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying a portion of data on the computing device that is stored in an unrestricted section of memory and accessed by processes while running on the computing device; allocating by an allocation module a restricted section of memory within the computing device and indicating that the portion of data is located in the restricted section of memory instead of the unrestricted section of memory that actually stores the portion of data, wherein the allocation module replaces, within a data structure that indicates the base memory address of the portion of data, the actual base memory address of the data with the memory address of the restricted section of memory, and wherein the restricted section of memory represents a storage device or medium generated or allocated by a security service to detect maliciously-exploited processes; detecting an attempt by a process running on the computing device to access the portion of data within the restricted section of memory using an unexpected access method; determining, based at least in part on the process attempting to access the portion of data within the restricted section of memory using the unexpected access method, that the process is malicious; and performing a security action on the computing device to prevent the malicious process from harming the computing device. identifying a portion of data on the computing device that is stored in an unrestricted section of memory and accessed by processes while running on the computing device; allocating by an allocation module a restricted section of memory within the computing device and indicating that the portion of data is located in the restricted section of memory instead of the unrestricted section of memory that actually stores the portion of data, wherein the allocation module replaces, within a data structure that indicates the base memory address of the portion of data, the actual base memory address of the data with the memory address of the restricted section of memory, and wherein the restricted section of memory represents a storage device or medium generated or allocated by a security service to detect maliciously-exploited processes; detecting an attempt by a process running on the computing device to access the portion of data within the restricted section of memory using an unexpected access method; determining, based at least in part on the process attempting to access the portion of data within the restricted section of memory using the unexpected access method, that the process is malicious; and performing a security action on the computing device to prevent the malicious process from harming the computing device.
Method for detecting stagnating potable water, - wherein electrical energy is generated by flowing water in a line section, characterized - in that the electrical energy is stored in an energy store, - in that the state of charge of the energy store is detected, and - in that information about possible stagnation of the potable water is obtained from the state of charge of the energy store. - wherein electrical energy is generated by flowing water in a line section, - in that the electrical energy is stored in an energy store, - in that the state of charge of the energy store is detected, and - in that information about possible stagnation of the potable water is obtained from the state of charge of the energy store.
A device (300, 402, 700, 900, 1400) comprising: a housing (324, 712, 1402); an array of LEDs (314, 326, 400) forming an indicia (320, 714, 1404) wherein the LEDs (314, 326, 400) comprise unpackaged LEDs deposited on a substrate (316, 704) disposed within the housing (324, 712, 1402), wherein the array of LEDs (314, 326, 400) and the substrate (316, 704) having a combined profile height of less than 0.25 millimeters; one or more processors; computer-readable media having stored thereon computer-readable instructions, which, when executed, cause the one or more processors to activate the LEDs (314, 326, 400) to illuminate the indicia (320, 714) so as to display a logo; characterized in that the device (300, 402, 700, 900, 1400) comprises a camera having a field of view and wherein the LEDs (314, 326, 400) are configured to illuminate an area within the field of view of the camera. a housing (324, 712, 1402); an array of LEDs (314, 326, 400) forming an indicia (320, 714, 1404) wherein the LEDs (314, 326, 400) comprise unpackaged LEDs deposited on a substrate (316, 704) disposed within the housing (324, 712, 1402), wherein the array of LEDs (314, 326, 400) and the substrate (316, 704) having a combined profile height of less than 0.25 millimeters; one or more processors; computer-readable media having stored thereon computer-readable instructions, which, when executed, cause the one or more processors to activate the LEDs (314, 326, 400) to illuminate the indicia (320, 714) so as to display a logo; characterized in that the device (300, 402, 700, 900, 1400) comprises a camera having a field of view and wherein the LEDs (314, 326, 400) are configured to illuminate an area within the field of view of the camera.