mhurhangee/ep-ind-claims huggingface dataset:
A fan assembly (118, 300) for an electronic device, the fan assembly (118, 300) comprising: a housing comprising an inlet and an outlet; a bladeless impeller (302, 400) rotatably supported within the housing, the bladeless impeller (302, 400) comprising a shaft (216, 310) and a plurality of discs or flat plates (214, 320, 422) fixed to the shaft (216, 310), the plurality of discs or flat plates (214, 320, 422) being spaced along the shaft (216, 310), such that a plurality of channels are formed between the plurality of discs or flat plates (214, 320, 422), wherein the shaft (216, 310) comprises: a hub (310, 402) having an outer annular surface and an inner annular surface; and two or more extensions, each of the two or more extensions having a first end and a second end, being elastic, and extending from the outer annular surface at the first end, in a direction away from the outer annular surface, to the second end, and wherein the plurality of discs or flat plates (214, 320, 422) are physically attached to the hub (310, 402) at or adjacent to the second ends of the two or more extensions, respectively, characterized in that: each of the two or more extensions includes a plurality of slots at the second end of the extension, the plurality of discs or flat plates (214, 320, 422) being positioned within the plurality of slots, respectively, such that the plurality of discs or flat plates (214, 320, 422) are physically attached to the hub (310, 402). a housing comprising an inlet and an outlet; a bladeless impeller (302, 400) rotatably supported within the housing, the bladeless impeller (302, 400) comprising a shaft (216, 310) and a plurality of discs or flat plates (214, 320, 422) fixed to the shaft (216, 310), the plurality of discs or flat plates (214, 320, 422) being spaced along the shaft (216, 310), such that a plurality of channels are formed between the plurality of discs or flat plates (214, 320, 422), wherein the shaft (216, 310) comprises: a hub (310, 402) having an outer annular surface and an inner annular surface; and two or more extensions, each of the two or more extensions having a first end and a second end, being elastic, and extending from the outer annular surface at the first end, in a direction away from the outer annular surface, to the second end, a hub (310, 402) having an outer annular surface and an inner annular surface; and two or more extensions, each of the two or more extensions having a first end and a second end, being elastic, and extending from the outer annular surface at the first end, in a direction away from the outer annular surface, to the second end, and wherein the plurality of discs or flat plates (214, 320, 422) are physically attached to the hub (310, 402) at or adjacent to the second ends of the two or more extensions, respectively, characterized in that: each of the two or more extensions includes a plurality of slots at the second end of the extension, the plurality of discs or flat plates (214, 320, 422) being positioned within the plurality of slots, respectively, such that the plurality of discs or flat plates (214, 320, 422) are physically attached to the hub (310, 402).
A water permeable membrane comprising: a porous support pretreated with dopamine; an intermediate filtering layer comprising a silica composite, in physical communication with the porous support, wherein the silica composite is formed by reacting a mixture comprising silica nanoparticles and polyvinyl alcohol; and a crosslinked graphene oxide composite layer in physical communication with said intermediate filtering layer, wherein the crosslinked graphene oxide composite layer is formed by reacting a mixture comprising a graphene oxide compound and a cross-linker, wherein the cross-linker comprises: a porous support pretreated with dopamine; an intermediate filtering layer comprising a silica composite, in physical communication with the porous support, wherein the silica composite is formed by reacting a mixture comprising silica nanoparticles and polyvinyl alcohol; and a crosslinked graphene oxide composite layer in physical communication with said intermediate filtering layer, wherein the crosslinked graphene oxide composite layer is formed by reacting a mixture comprising a graphene oxide compound and a cross-linker, wherein the cross-linker comprises:
A computer-implemented method for generating a mask for non-static areas based on a camera stream having consecutive images, comprising the step of - generating an accumulated edge image by accumulating edge images, each edge image being obtained by detecting edges in a respective image of the camera stream, characterized by further comprising the steps of - generating an accumulated difference image by accumulating difference images, each difference image being obtained by subtracting two images of the camera stream from each other, - generating a combined image by combining the accumulated edge image and the accumulated difference image, - defining a first threshold pixel value for the combined image, and - generating the mask by including in the mask pixels of the combined image, which have a same relation to the first threshold pixel value as that of a center pixel of the combined image. - generating an accumulated edge image by accumulating edge images, each edge image being obtained by detecting edges in a respective image of the camera stream, characterized by further comprising the steps of - generating an accumulated difference image by accumulating difference images, each difference image being obtained by subtracting two images of the camera stream from each other, - generating a combined image by combining the accumulated edge image and the accumulated difference image, - defining a first threshold pixel value for the combined image, and - generating the mask by including in the mask pixels of the combined image, which have a same relation to the first threshold pixel value as that of a center pixel of the combined image.
A rebar bundling machine including a gun shell, a main control unit set in the gun shell, a wire feeding motor and a wire twisting motor set in the gun shell, and a gun head mounted on the front of the gun shell, the main control unit is connected to the wire feeding motor and the wire twisting motor through a motor driver, and is used to control the rotation of the wire feeding motor and the wire twisting motor; the gun head is a replaceable gun head, characterized in that a gun head information identification component is provided on the gun head; after mounting the gun head on the rebar bundling machine, the gun head information identification component is connected to the main control unit of the rebar bundling machine, and the main control unit obtains gun head information through the gun head information identification component to identify a caliber of the gun head according to the gun head information, in order to control the wire length and torque output from the gun head of the rebar bundling machine.
An irradiation device for use in photodynamic therapy of cancer, pre-cancerous conditions and non-cancerous conditions of the cervix which comprises, in an area for carrying a pharmaceutical composition, a dry pharmaceutical composition, wherein said device is adapted for full and secure insertion into the vagina and is independently operational while located in the vagina, and wherein the device comprises a housing adapted to be fully inserted and secured in the vagina, the housing enclosing a LED lamp system and a power source for powering the LED lamp system, and wherein said housing comprises an upper housing portion which is approximately frustoconical in shape and whose front end forms a treatment surface which is shaped so as to cover, in use, the portio and the opening of the cervix and which is capable of providing irradiation to said areas, the treatment surface forming a reservoir for housing said dry pharmaceutical composition, wherein said dry pharmaceutical composition comprises: a) an active ingredient selected from 5-ALA, a precursor of 5-ALA or a derivative of 5-ALA, and pharmaceutically acceptable salts thereof; b) one or more polymers which have good film-forming properties and/or good gel-forming properties; and c) optionally other pharmaceutically acceptable excipients. a) an active ingredient selected from 5-ALA, a precursor of 5-ALA or a derivative of 5-ALA, and pharmaceutically acceptable salts thereof; b) one or more polymers which have good film-forming properties and/or good gel-forming properties; and c) optionally other pharmaceutically acceptable excipients.
A communication method for transmitting information from a first device to a second device, comprising the following steps: - the information is transmitted from the first device to the second device, - the information starts to be processed by the second device, - the second device sends a request for validation of the information to a computer system, - the first device and the computer system authenticate themselves to one another, - the information and signature thereof are transmitted to the second device, wherein the first device comprises a security module, in which the information is stored, wherein the mutual authentication is performed with the aid of the security module, and wherein a connection with end-to-end encryption is established between the security module and the computer system, via which connection the information is transmitted to the computer system. - the information is transmitted from the first device to the second device, - the information starts to be processed by the second device, - the second device sends a request for validation of the information to a computer system, - the first device and the computer system authenticate themselves to one another, - the information and signature thereof are transmitted to the second device,
A method for producing a security element for value documents, banknotes or the like, comprising the following steps: a) providing a foil web containing a plurality of first components of the security element for producing a plurality of the security elements and conveying the foil web along a path and b) applying a plurality of second components of the security elements to the foil web at the end of the path, characterized in that c) along the path the foil web in is differently stretched transverse to a web longitudinal axis by means of an adjustable drawing roll comprising a biaxially curved lateral surface, in order to adjust a registration between the first and second components, wherein the drawing roll adjusts the tension in the middle of the foil web relative to the edges. a) providing a foil web containing a plurality of first components of the security element for producing a plurality of the security elements and conveying the foil web along a path and b) applying a plurality of second components of the security elements to the foil web at the end of the path, c) along the path the foil web in is differently stretched transverse to a web longitudinal axis by means of an adjustable drawing roll comprising a biaxially curved lateral surface, in order to adjust a registration between the first and second components, wherein the drawing roll adjusts the tension in the middle of the foil web relative to the edges.
Autonomous anti-mosquito net system with pleated net with upper fixed horizontal guide and lower fixed horizontal guide, with a leaf comprising said pleated net and at least one sliding case with a detachable upper edge and with a detachable lower edge with a pulley, with ropes (1a, 2a, 3a, 4a, 5a, 6a) that enter the net through trucks, run the net horizontally equally spaced, get out of the net through trucks, go upwards as single bundle to the upper fixed horizontal guide, that is characterized by the following elements: - at least two pulleys (23, 28) in the detachable upper edge of the sliding case, - the ropes (1a, 2a, 3a, 4a, 5a, 6a) go through the first pulley and are fastened at the upper part of the system - at least one wire rope that starts from the upper part of the one side of the system, runs the system above the net having the same direction with the direction of the net unfolding, without coming into contact with it, passes through the second pulley of the detachable upper edge of the sliding case, which is above the height of net, goes downwards and around the pulley of the lower edge of the sliding case and ends at the lower part of the system. - at least two pulleys (23, 28) in the detachable upper edge of the sliding case, - the ropes (1a, 2a, 3a, 4a, 5a, 6a) go through the first pulley and are fastened at the upper part of the system - at least one wire rope that starts from the upper part of the one side of the system, runs the system above the net having the same direction with the direction of the net unfolding, without coming into contact with it, passes through the second pulley of the detachable upper edge of the sliding case, which is above the height of net, goes downwards and around the pulley of the lower edge of the sliding case and ends at the lower part of the system.
An insulated door for an appliance, comprising: a structural wrapper (18, 26) having an insulating cavity, wherein an at least partial vacuum is defined within the insulating cavity, and a handle assembly coupled to the structural wrapper (18, 26), wherein the handle assembly includes an evacuation port in fluid communication with the insulating cavity, wherein gas is expressed from the insulating cavity through the handle assembly, wherein the handle assembly includes a handle and a servicing tube, wherein the servicing tube defines an evacuation path in fluid communication with the insulating cavity, such that gas is expressed from the insulating cavity along the evacuation path of the servicing tube, wherein the servicing tube is in fluid communication with the insulating cavity via the evacuation port and wherein the servicing tube extends along an inner surface of the handle. a structural wrapper (18, 26) having an insulating cavity, wherein an at least partial vacuum is defined within the insulating cavity, and a handle assembly coupled to the structural wrapper (18, 26), wherein the handle assembly includes an evacuation port in fluid communication with the insulating cavity, wherein gas is expressed from the insulating cavity through the handle assembly, wherein the handle assembly includes a handle and a servicing tube, wherein the servicing tube defines an evacuation path in fluid communication with the insulating cavity, such that gas is expressed from the insulating cavity along the evacuation path of the servicing tube, wherein the servicing tube is in fluid communication with the insulating cavity via the evacuation port and wherein the servicing tube extends along an inner surface of the handle.
A method of controlling a data rate of a signal received at a mobile station and transmitted by a base station to the mobile station over a forward link channel, the method comprising: transmitting, from the mobile station, a data request message, DRC message, to the base station containing an indication of a quality measure of the forward link channel; and receiving, at the mobile station, the signal at a data rate, wherein the data rate is determined by the base station based on the quality measure, characterized in that the indication of the quality measure in the DRC message is based on a Carrier-to-Interference measurement by the mobile station of a quality of a pilot signal transmitted from the base station through a forward link pilot channel. transmitting, from the mobile station, a data request message, DRC message, to the base station containing an indication of a quality measure of the forward link channel; and receiving, at the mobile station, the signal at a data rate, wherein the data rate is determined by the base station based on the quality measure, characterized in that the indication of the quality measure in the DRC message is based on a Carrier-to-Interference measurement by the mobile station of a quality of a pilot signal transmitted from the base station through a forward link pilot channel.
An engine hood for a tractor or similar vehicle, the hood being of generally inverted U-shaped configuration with an upper top portion and downwardly extending side portions (111,112), the hood being hinged adjacent one end for upward pivoting between a closed position in which the associated engine is covered and an open position which provides access to the engine, the hood having an outer metal skin, characterised in that the hood is a welded assembly and further comprises inner metal skin reinforcing members (140,141) secured to the inside of the outer skin to form two beam-like structures which extend away from the hinge towards the other end of the hood to stiffen the hood against twisting, whereby the hood welded assembly is made of a double skin construction, and whereby the outer side panels (111,112) are reinforced by inner reinforcing members (140,141) respectively which are welded to the inside of the outer side panels (111,112) to form the beam-like structures.
Drive apparatus for a balancing machine for driving rotational movement of a workpiece, which is rotatably mounted about an axis of rotation, by means of a looping belt, wherein the drive apparatus comprising a frame which, transaxially to the axis of rotation, surrounds a mounting position for the workpiece at least in part, wherein the frame having an opening which can be closed by means of an arch and through which the mounting position is accessible, wherein the drive apparatus comprising guide devices (40, 41, 42, 43) arranged on the frame and/or the arch, in order to guide the belt such that, when the arch is closed, the belt winds around a workpiece in the mounting position on a cylindrical circumferential region of said workpiece at least in part, and wherein the drive apparatus further comprising a drive device (48, 49) for the belt, characterised in that the arch is held on the frame so as to be movable between an open position and a closed position.
A portable communication device comprising: a housing; a printed circuit board seated in the housing and mounted to a communication circuit; and at least one position adjusting groove (410; 420), wherein the housing includes: a support plate having at least one antenna unit (311a, 311b, 311c, 311d) operatively connected with the communication circuit, and an injection molded member surrounding at least a portion of the at least one antenna unit (311a, 311b, 311c, 311d), wherein the support plate includes: a main body (311_21) in which at least a portion of the printed circuit board is seated, and at least one lead (311_1, 311_2) connecting the at least one antenna unit (311a, 311b, 311c, 311d)with the main body (311_21), and wherein the at least one position adjusting groove is formed at a position at which the at least one lead (311_1, 311_2) makes contact with the injection molded member; wherein the at least one position adjusting groove (410; 420) includes: a first part formed by engraving a portion of the support plate; and a second part formed by engraving a portion of the injection molded member and being connected with the first part. a housing; a printed circuit board seated in the housing and mounted to a communication circuit; and at least one position adjusting groove (410; 420), wherein the housing includes: a support plate having at least one antenna unit (311a, 311b, 311c, 311d) operatively connected with the communication circuit, and an injection molded member surrounding at least a portion of the at least one antenna unit (311a, 311b, 311c, 311d), a support plate having at least one antenna unit (311a, 311b, 311c, 311d) operatively connected with the communication circuit, and an injection molded member surrounding at least a portion of the at least one antenna unit (311a, 311b, 311c, 311d), wherein the support plate includes: a main body (311_21) in which at least a portion of the printed circuit board is seated, and at least one lead (311_1, 311_2) connecting the at least one antenna unit (311a, 311b, 311c, 311d)with the main body (311_21), and a main body (311_21) in which at least a portion of the printed circuit board is seated, and at least one lead (311_1, 311_2) connecting the at least one antenna unit (311a, 311b, 311c, 311d)with the main body (311_21), and wherein the at least one position adjusting groove is formed at a position at which the at least one lead (311_1, 311_2) makes contact with the injection molded member; wherein the at least one position adjusting groove (410; 420) includes: a first part formed by engraving a portion of the support plate; and a second part formed by engraving a portion of the injection molded member and being connected with the first part. a first part formed by engraving a portion of the support plate; and a second part formed by engraving a portion of the injection molded member and being connected with the first part.
A medical device for treating, preventing or ameliorating an eye condition, the device comprising a cover, at least a portion of which comprises an antimicrobial agent and is at least partially filled with temperature control means, wherein, in use, the cover is arranged to contact a subject's eye and/or a surrounding area thereof, and wherein the temperature control means is configured to modulate the temperature of the cover to thereby treat, prevent or ameliorate the eye condition characterised in that: the antimicrobial agent comprises silver, or a pharmacologically acceptable salt thereof, and an oxide, wherein the oxide is selected from the group consisting of copper oxide, iron oxide, zinc oxide, titanium dioxide and silica dioxide.
A computer-implemented method for dynamically delivering virtual software applications, wherein the virtual software applications are applications run on a client system which are provided from a network application server at runtime, the method comprising: an act of establishing a data input/output, I/O, filter configured to intercept data file requests being sent from a virtual software application to an operating system's file system;an act of the data I/O filter intercepting a data file read request that is configured to retrieve a specified data file from the file system; an act of the data I/O filter forwarding the intercepted read request to a network-accessible data store configured to return the specific data file; and upon receiving the specified data file from the network data store, an act of the I/O filter sending the specified data file to the virtual software application, such that the specified data file is usable by the virtual application in response to its read request, wherein a plurality of data files are intercepted and streamed to dynamically provide each file needed by the virtual software application and wherein the data files received from the network data store are not stored on the computer system's file system. an act of establishing a data input/output, I/O, filter configured to intercept data file requests being sent from a virtual software application to an operating system's file system;an act of the data I/O filter intercepting a data file read request that is configured to retrieve a specified data file from the file system; an act of the data I/O filter forwarding the intercepted read request to a network-accessible data store configured to return the specific data file; and upon receiving the specified data file from the network data store, an act of the I/O filter sending the specified data file to the virtual software application, such that the specified data file is usable by the virtual application in response to its read request,