mhurhangee/ep-ind-claims huggingface dataset:
Cleaning unit for suction head, comprising: - a rotating brush movable in rotation about an axis of rotation and that is configured to be detachably mounted in a receiving recess delimited by a main body of the suction head; and - a closing plug configured to close at least partially a passage opening provided on the main body and through which the rotating brush is able to be introduced into the receiving recess and removed from the receiving recess, the rotating brush being rotative with respect to the closing plug, wherein the closing plug comprises a grip handle that can move between a rest position and a gripping position wherein the grip handle is configured to be grasped by a user in such a way as to be able to manipulate the closing plug, wherein the closing plug comprises a plug body and means for locking configured to lock the plug body on the main body, wherein the means for locking comprise at least one locking member that can be moved with respect to the plug body between a locking position wherein the at least one locking member cooperates with at least one locking element provided on the main body in such a way as to prevent a removal of the rotating brush outside the receiving recess and a release position wherein the at least one locking member releases the at least one locking element in such a way as to authorise a removal of the rotating brush outside the receiving recess, characterised in that the closing plug comprises an actuating member that is configured to move the at least one locking member between the locking position and the releasing position. - a rotating brush movable in rotation about an axis of rotation and that is configured to be detachably mounted in a receiving recess delimited by a main body of the suction head; and - a closing plug configured to close at least partially a passage opening provided on the main body and through which the rotating brush is able to be introduced into the receiving recess and removed from the receiving recess, the rotating brush being rotative with respect to the closing plug,
A method implemented at a computing device comprising: storing a plurality of tiles (108A, 108B) for each respective version of a plurality of versions of a particular image; wherein each respective version of the plurality of versions has a different resolution; wherein each respective tile of the plurality of tiles comprises a bounded region of the respective version of the particular image; wherein an aspect ratio for a respective tile of the plurality of tiles is chosen based on one or more characteristics associated with rendering the particular image for a set of one or more models to which the particular image is applied; determining a final image resolution for the particular image, based on a display resolution of a display where a portion of the particular image will be displayed, the determining comprising determining a quantity of pixels that will be covered by the displayed portion of the particular image; applying a scaling factor, for reducing scaling artefacts after rendering, to the quantity of pixels to calculate an optimal resolution; and rounding the optimal resolution to a next higher resolution available from the plurality of versions of the particular image to determine the final image resolution; fetching one or more tiles of the respective version of the particular image that has the final image resolution; wherein the one or more tiles include the portion of the particular image that will be displayed; applying the one or more tiles to a model of the set of one or more models; and rendering the model. storing a plurality of tiles (108A, 108B) for each respective version of a plurality of versions of a particular image; wherein each respective version of the plurality of versions has a different resolution; wherein each respective tile of the plurality of tiles comprises a bounded region of the respective version of the particular image; wherein an aspect ratio for a respective tile of the plurality of tiles is chosen based on one or more characteristics associated with rendering the particular image for a set of one or more models to which the particular image is applied; determining a final image resolution for the particular image, based on a display resolution of a display where a portion of the particular image will be displayed, the determining comprising determining a quantity of pixels that will be covered by the displayed portion of the particular image; applying a scaling factor, for reducing scaling artefacts after rendering, to the quantity of pixels to calculate an optimal resolution; and rounding the optimal resolution to a next higher resolution available from the plurality of versions of the particular image to determine the final image resolution; fetching one or more tiles of the respective version of the particular image that has the final image resolution; wherein the one or more tiles include the portion of the particular image that will be displayed; applying the one or more tiles to a model of the set of one or more models; and rendering the model.
A pet bed having a frame body with a cushioning property and a mat with a cushioning property enclosed in the frame body, wherein the frame body and the mat each have a height in a thickness direction, the height of the frame body is higher than the height of the mat, the mat has a fiber structure composed of thermoplastic resin fibers having an average fiber diameter of 0.01 to 5 mm, the fiber structure is a web-like structure with the thermoplastic resin fibers tangled in a disordered manner and mutually joined, and when the frame body and the mat are compressed under the same pressure, the reduction in thickness of the mat when compressed is smaller than the reduction in thickness of the frame body when compressed. the frame body and the mat each have a height in a thickness direction, the height of the frame body is higher than the height of the mat, the mat has a fiber structure composed of thermoplastic resin fibers having an average fiber diameter of 0.01 to 5 mm, the fiber structure is a web-like structure with the thermoplastic resin fibers tangled in a disordered manner and mutually joined, and when the frame body and the mat are compressed under the same pressure, the reduction in thickness of the mat when compressed is smaller than the reduction in thickness of the frame body when compressed.
A method for synchronization of a first microgrid, having a first voltage and a first frequency, and a second microgrid, having a second voltage and a second frequency, with each other, the method comprising: for each of the first and second microgrids: determining (M1a, M1b) a possible voltage range, and determining (M2a, M2b) a possible frequency range; determining an overlapping voltage range comprised within both the possible voltage range of the first microgrid and the possible voltage range of the second microgrid; determining an overlapping frequency range comprised within both the possible frequency range of the first microgrid and the possible frequency range of the second microgrid; selecting a third voltage within the overlapping voltage range; selecting a third frequency within the overlapping frequency range; controlling the first microgrid to change from the first voltage and frequency to the third voltage and frequency; controlling the second microgrid to change from the second voltage and frequency to the third voltage and frequency; and connecting the first and second microgrids to each other by closing a switch there between. for each of the first and second microgrids: determining (M1a, M1b) a possible voltage range, and determining (M2a, M2b) a possible frequency range; determining (M1a, M1b) a possible voltage range, and determining (M2a, M2b) a possible frequency range; determining an overlapping voltage range comprised within both the possible voltage range of the first microgrid and the possible voltage range of the second microgrid; determining an overlapping frequency range comprised within both the possible frequency range of the first microgrid and the possible frequency range of the second microgrid; selecting a third voltage within the overlapping voltage range; selecting a third frequency within the overlapping frequency range; controlling the first microgrid to change from the first voltage and frequency to the third voltage and frequency; controlling the second microgrid to change from the second voltage and frequency to the third voltage and frequency; and connecting the first and second microgrids to each other by closing a switch there between.
A top cap for a ladder, the top cap comprising: a first body portion configured for coupling with a pair of spaced apart rails of a ladder; and a second body portion pivotally coupled with the first body portion, the second body portion being pivotable between a first position and a second position, wherein, when in the second position, the second body presents at least one pair of angled engagement surfaces for engagement with a vertical support structure; wherein in the first position the second body portion presents a substantially planar surface for engagement with a planar support surface of a vertical support structure to provide stability to the ladder while in a leaning configuration, characterised in that a cushion is disposed on the substantially planar surface. a first body portion configured for coupling with a pair of spaced apart rails of a ladder; and a second body portion pivotally coupled with the first body portion, the second body portion being pivotable between a first position and a second position, wherein, when in the second position, the second body presents at least one pair of angled engagement surfaces for engagement with a vertical support structure; wherein in the first position the second body portion presents a substantially planar surface for engagement with a planar support surface of a vertical support structure to provide stability to the ladder while in a leaning configuration, characterised in that a cushion is disposed on the substantially planar surface.
Method for preventing control-induced oscillations of the position of a valve member in a valve with pneumatic actuator and position control of the valve member, 1.1 wherein the position control of the valve member has an integrating component; 1.2 wherein the integrating component of the position control has a gain parameter and a dead zone; the method comprising the following steps: 1.3 verifying the presence of oscillations of the position of the valve member; 1.4 in the event that oscillations were detected: 1.4.1 checking whether the detected oscillations result from oscillations of the set point of the position of the valve member; 1.4.2 in case the oscillations do not result from oscillations of the set point of the valve member position, the dead zone is increased and/or the gain parameter is decreased; 1.5 in the event that no oscillations were detected: 1.5.1 checking whether wear in the pneumatic actuator of the valve member has exceeded a predetermined measure; 1.5.2 if this is the case, the dead zone is decreased and/or the gain parameter is increased. 1.1 wherein the position control of the valve member has an integrating component; 1.2 wherein the integrating component of the position control has a gain parameter and a dead zone; 1.3 verifying the presence of oscillations of the position of the valve member; 1.4 in the event that oscillations were detected: 1.4.1 checking whether the detected oscillations result from oscillations of the set point of the position of the valve member; 1.4.2 in case the oscillations do not result from oscillations of the set point of the valve member position, the dead zone is increased and/or the gain parameter is decreased; 1.4.1 checking whether the detected oscillations result from oscillations of the set point of the position of the valve member; 1.4.2 in case the oscillations do not result from oscillations of the set point of the valve member position, the dead zone is increased and/or the gain parameter is decreased; 1.5 in the event that no oscillations were detected: 1.5.1 checking whether wear in the pneumatic actuator of the valve member has exceeded a predetermined measure; 1.5.2 if this is the case, the dead zone is decreased and/or the gain parameter is increased. 1.5.1 checking whether wear in the pneumatic actuator of the valve member has exceeded a predetermined measure; 1.5.2 if this is the case, the dead zone is decreased and/or the gain parameter is increased.
Device suitable for being inserted in a respective drilling formed in the ground or in an excavation for injecting cement mortar and/or chemical mixtures and the like suitable for the reinforcement, consolidation and stabilisation of the ground to prevent landslides or deformations of the excavation front in tunnels or trenches, or suitable for altering the permeability of the ground or of the excavation and the like, said device comprising a cylindrical tubular body with holes, having both ends open and threaded, and provided with one or more "manchette" valves for localised injections of said cement mortar and/or chemical mixture and the like, said device being characterised in that it is completely made of biodegradable bioplastic derived from the fermentation of sugars and/or from fats/oils, preferably vegetable ones, and/or with cellulose base.
Copper ceramic composite comprising - a ceramic substrate containing aluminum oxide, - a coating of copper or a copper alloy present on the ceramic substrate, wherein the copper or the copper alloy has a number distribution of grain sizes having a median d 50, an arithmetic mean d arith and a symmetry value S(Cu) = d 50 / d arith, the aluminum oxide has a number distribution of grain sizes having a median d 50, an arithmetic mean d arith and a symmetry value S(Al 2 O 3)= d 50 / d arith, and S(Al 2 O 3) and S(Cu) satisfy the following condition: 0.7 ≤ S Al 2 O 3 / S Cu ≤ 1.4. - a ceramic substrate containing aluminum oxide, - a coating of copper or a copper alloy present on the ceramic substrate,
A water-cooled mold having a bottomed cylindrical shape with an upward opening portion, wherein the mold is usable for the production of a quartz crucible by a rotating mold method in which the mold is rotated around a virtual line passing from a central position of the bottom portion to a central position of the opening portion as an axis of rotation, wherein the mold is provided in its interior with a space for flowing of a cooling water, which comprises an outer mold section made from a heat-conductive metal or alloy material which is constituted as a water-cooling jacket and an inner mold section closely and integrally arranged to the entire inner surface of the outer mold section, wherein the inner mold section is integrally constituted with a plurality of split segments (20 to 24) comprising a dish-shaped lower split segment placed on a bottom portion of the outer mold section and at least one ring-shaped upper split segment detachably piled on the lower split segment and wherein in the interior of the inner mold section are formed a plurality of vent-holes opening to inner surface of the inner mold section and communicating with a collective hole formed at a bottom portion of the mold corresponding to the axis of rotation, and connected to an external pressure reduction device through the collective hole for removing air from the raw quartz powder layer deposited on the inner surface of the inner mold section and wherein each of the plural split segments is made from a carbon material.
System module for electrical installations and door communication systems of buildings, consisting of a module bottom part and a functional top part releasably connected thereto, the module bottom part allowing fastening to a system support-piece, the module bottom part having a square-shaped base part inside which a circuit board with its electronic circuit is housed, the circuit board on one side having two multiple contacts (7, 8) for connection of a bus cable and the multiple contacts (7, 8) being electrically assigned in such a way that they form both input contact points as well as output contact points for electrical signal processing and a voltage supply, and the multiple contacts (7, 8) being accessible via openings in the base part.
A display device comprising: interface circuitry of the display device, the interface circuitry to receive signals from a plurality of source devices on a network, the signals including video signals and drawing commands; a display management module of the display device, the display management module to mediate between conflicting ones of the drawing commands from the plurality of source devices for providing on screen display signals by denying or granting requests from the source devices by: receiving declarations of which area of a screen will be modified, and looking for areas of conflict in the declarations; a command interpreter of the display device, the command interpreter to receive the drawing commands and to generate the OSD signals in response to the drawing commands; video processing circuitry of the display device, the video processing circuitry to receive the video signals to provide processed video signals, wherein the video signals received by the interface circuitry include compressed video signals and the video processing circuitry includes video decompressing circuitry to decompress the video signals to create the processed video signals; and a blender of the display device, the blender to blend the OSD signals generated from the drawing commands by the command interpreter and the processed video signals to produce blended video signals including the OSD signals and the processed video signals. interface circuitry of the display device, the interface circuitry to receive signals from a plurality of source devices on a network, the signals including video signals and drawing commands; a display management module of the display device, the display management module to mediate between conflicting ones of the drawing commands from the plurality of source devices for providing on screen display signals by denying or granting requests from the source devices by: receiving declarations of which area of a screen will be modified, and looking for areas of conflict in the declarations; receiving declarations of which area of a screen will be modified, and looking for areas of conflict in the declarations; a command interpreter of the display device, the command interpreter to receive the drawing commands and to generate the OSD signals in response to the drawing commands; video processing circuitry of the display device, the video processing circuitry to receive the video signals to provide processed video signals, wherein the video signals received by the interface circuitry include compressed video signals and the video processing circuitry includes video decompressing circuitry to decompress the video signals to create the processed video signals; and a blender of the display device, the blender to blend the OSD signals generated from the drawing commands by the command interpreter and the processed video signals to produce blended video signals including the OSD signals and the processed video signals.
A machine for the manufacture of paper cushions from a paper web rolled up to a supply roll, wherein the machine has a shaping device (22, 22', 22") for the shaping of the paper web and wherein a hoop is provided in a region before the entry of the paper web into the shaping device (22, 22', 22"), which hoop can be pivoted between a pressing position and a release position and lies on the paper web in the pressing position, characterized in that the shaping device (22, 22', 22") comprises a paper guide (22") which is adjustable in the conveying direction and at which the hoop is pivotably supported.
An oral treatment device for use in treating an oral cavity of a user, the oral treatment device comprising: intraoral image sensor equipment configured to generate image data representing at least a portion of the oral cavity of the user during use by the user of the oral treatment device; and a controller configured to: process the generated image data to determine location data indicating a location of an interproximal gap between adjacent teeth in the oral cavity of the user, wherein the controller is configured to process the generated image data using a trained classification algorithm configured to identify interproximal gaps, the trained classification algorithm having been trained prior to the use of the oral treatment device; and during the use of the oral treatment device, control the oral treatment device to deliver a treatment to the detected interproximal gap based on the location data. intraoral image sensor equipment configured to generate image data representing at least a portion of the oral cavity of the user during use by the user of the oral treatment device; and a controller configured to: process the generated image data to determine location data indicating a location of an interproximal gap between adjacent teeth in the oral cavity of the user, wherein the controller is configured to process the generated image data using a trained classification algorithm configured to identify interproximal gaps, the trained classification algorithm having been trained prior to the use of the oral treatment device; and during the use of the oral treatment device, control the oral treatment device to deliver a treatment to the detected interproximal gap based on the location data. process the generated image data to determine location data indicating a location of an interproximal gap between adjacent teeth in the oral cavity of the user, wherein the controller is configured to process the generated image data using a trained classification algorithm configured to identify interproximal gaps, the trained classification algorithm having been trained prior to the use of the oral treatment device; and during the use of the oral treatment device, control the oral treatment device to deliver a treatment to the detected interproximal gap based on the location data.