mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting graphic information, comprising: acquiring (101, 201) graphic information, wherein the graphic information carries a hyperlink and an identifier of the hyperlink, the identifier of the hyperlink has a one-to-one correspondence with the hyperlink; judging whether an identifier recording table has an identifier that is the same as the identifier of the hyperlink; if the identifier recording table does not have the identifier that is the same as the identifier of the hyperlink, determining that the hyperlink has not been processed, the identifier recording table is used for recording the identifiers of the hyperlinks that have been processed and the identifiers of the hyperlinks that are being processed; when determining that the hyperlink has not been processed, acquiring a graphic from a network according to the hyperlink, and presenting the acquired graphic according to the graphic information; the determining that the hyperlink has not been processed further comprises: recording the identifier of the hyperlink in the identifier recording table. acquiring (101, 201) graphic information, wherein the graphic information carries a hyperlink and an identifier of the hyperlink, the identifier of the hyperlink has a one-to-one correspondence with the hyperlink; judging whether an identifier recording table has an identifier that is the same as the identifier of the hyperlink; if the identifier recording table does not have the identifier that is the same as the identifier of the hyperlink, determining that the hyperlink has not been processed, the identifier recording table is used for recording the identifiers of the hyperlinks that have been processed and the identifiers of the hyperlinks that are being processed; when determining that the hyperlink has not been processed, acquiring a graphic from a network according to the hyperlink, and presenting the acquired graphic according to the graphic information; the determining that the hyperlink has not been processed further comprises: recording the identifier of the hyperlink in the identifier recording table.
Apparatus for transmitting and/or receiving electromagnetic waves, in particular for a submarine, the apparatus comprising an antenna unit having a first antenna element and a second antenna element, the antenna unit being movable between a stowage position retracted into a carrier element and a use position extended from the carrier element, characterized in that the apparatus comprises a switching device, the antenna unit being able to be optionally operated in a first operating mode and in a second operating mode in the use position, the first and second antenna elements (6, 7) being connected to one another by means of the switching device to form a dipole antenna in the first operating mode and being connected to one another to form a monopole antenna in the second operating mode.
A nasal delivery device for delivering substance to a nasal cavity of a subject, the delivery device comprising: a body member (101; 201); a carrier (109; 209) which is supported by the body member (101; 201) and carries a plurality of substance-containing containers (C; B); a nosepiece unit (119; 219) including a nosepiece (147; 247) for fitting to a nasal cavity of the subject; a mouthpiece unit (121; 221) including a mouthpiece (167; 249) through which the subject in use exhales; and an actuating mechanism which is operative, in each operation, to open a plurality of the substance-containing containers (C; B), and including a valve unit (169; 251) for fluidly connecting the mouthpiece (167; 249) to a respective one of the opened substance-containing containers (C; B) in successive exhalation cycles. a body member (101; 201); a carrier (109; 209) which is supported by the body member (101; 201) and carries a plurality of substance-containing containers (C; B); a nosepiece unit (119; 219) including a nosepiece (147; 247) for fitting to a nasal cavity of the subject; a mouthpiece unit (121; 221) including a mouthpiece (167; 249) through which the subject in use exhales; and an actuating mechanism which is operative, in each operation, to open a plurality of the substance-containing containers (C; B), and including a valve unit (169; 251) for fluidly connecting the mouthpiece (167; 249) to a respective one of the opened substance-containing containers (C; B) in successive exhalation cycles.
A retractor assembly for tissue retraction at the site of an incision that can be used in an open or closed configuration, the retractor assembly comprising: an arcuate frame member having a first arc terminal end, a second arc terminal end, a first connector engagement feature at the first arc terminal end, and a second connector engagement feature at the second arc terminal end; an arcuate connector having a third arc terminal end, a fourth arc terminal end, a first frame engagement feature at the third arc terminal end configured to reversibly engage with the first connector engagement feature, and a second frame engagement feature at the fourth arc terminal end configured to reversibly engage with the second connector engagement feature; a groove running along a proximal surface of the frame member; a mobile carriage engaged to the groove to allow the carriage to translate along the groove; and a retractor blade assembly comprising a retractor blade and a blade post engaged to the mobile carriage, and free to yaw, pitch, and roll relative to the mobile carriage; characterized in that the mobile carriage comprises two track engagement features in static relationship to one another and engaged to the groove such that as the mobile carriage translates along the groove it simultaneously yaws so that the same side of the mobile carriage always faces towards the centre of the circle defined by the frame member, and wherein the groove has a cross-sectional profile with a narrow proximal neck and a broader distal foot, and each track engaging feature has a complementary shape with a narrow stem and a broader base to allow the mobile carriage to translate along the groove, while constraining the mobile carriage from departing from the groove.
A wing comprising a trailing edge flap for improving the aerodynamic properties of an aircraft, wherein the trailing edge flap comprises a cruise mini flap, a trailing edge, a first spar and a rear spar, wherein the wing comprises a control unit, a flap track attached to the trailing edge flap, a screw mechanism and a drive for moving the cruise mini flap out of and in the trailing edge flap, wherein the cruise mini flap is located between the upper panel of the trailing edge and the deflectable under panel of the trailing edge and fixed to the control unit, wherein the control unit is configured to be moved by means of a rear roller and a first roller along the flap track, wherein the control unit is coupled to the screw mechanism through the rear roller, wherein the screw mechanism is coupled with the drive by means of a reduction gear, and characterised in that the cruise mini flap has a cavity in its rear edge, the height of which is up to 1% of the wing chord.
A method of producing an article of footwear comprising: (a) providing an upper; (b) providing a mold and opening the mold; (c) inserting the upper into the open mold; (d) closing the mold; and (e) injecting a pressurized molten resin, (f) wherein, after the injecting, there is a gap filled with the resin between a side wall of the mold and an outer surface of at least a first portion of the upper, wherein the gap is essentially zero at a contacting point, wherein the gap increases gradually from the contacting point in at least a first region of the mold, and (g) wherein the material of the upper is compressed by a first compression distance in a first part of the upper and a second compression distance in a second part of the upper, wherein the first compression distance is smaller than the second compression distance. (a) providing an upper; (b) providing a mold and opening the mold; (c) inserting the upper into the open mold; (d) closing the mold; and (e) injecting a pressurized molten resin, (f) wherein, after the injecting, there is a gap filled with the resin between a side wall of the mold and an outer surface of at least a first portion of the upper, wherein the gap is essentially zero at a contacting point, wherein the gap increases gradually from the contacting point in at least a first region of the mold, and (g) wherein the material of the upper is compressed by a first compression distance in a first part of the upper and a second compression distance in a second part of the upper, wherein the first compression distance is smaller than the second compression distance.
A trans-anal irrigation device, comprising: a fluid supply including an irrigation liquid reservoir and a base, the reservoir including an openable top cap 42, the reservoir being removably mounted on the base and including a shut-off valve which is closed when the reservoir is removed from the base, the base including a projection which fits into the shut-off valve when the reservoir is mounted on the base to open the shut-off valve; an irrigation head (12, 112, 214-224, 312, 414, 512) for insertion into a user's rectum, the head (12, 112, 214-224, 312, 414, 512) having a retainer releasably engageable with the user so as to selectably maintain the irrigation head in an inserted position; a controller; tubing (20, 22, 122, 212, 318, 320, 526) connecting the irrigation head (12, 112, 214-224, 312, 414, 512) to the reservoir; and a pump in the base for delivering irrigation liquid from the reservoir through the tubing to the irrigation head (12, 112, 214-224, 312, 414, 512). a fluid supply including an irrigation liquid reservoir and a base, the reservoir including an openable top cap 42, the reservoir being removably mounted on the base and including a shut-off valve which is closed when the reservoir is removed from the base, the base including a projection which fits into the shut-off valve when the reservoir is mounted on the base to open the shut-off valve; an irrigation head (12, 112, 214-224, 312, 414, 512) for insertion into a user's rectum, the head (12, 112, 214-224, 312, 414, 512) having a retainer releasably engageable with the user so as to selectably maintain the irrigation head in an inserted position; a controller; tubing (20, 22, 122, 212, 318, 320, 526) connecting the irrigation head (12, 112, 214-224, 312, 414, 512) to the reservoir; and a pump in the base for delivering irrigation liquid from the reservoir through the tubing to the irrigation head (12, 112, 214-224, 312, 414, 512).
A method comprising: providing an identification of multiple device-specific parameters to a user, the device-specific parameters associated with a field device (102a-102b) configured to support a standard set of alarms providing a set of diagnostic notifications; receiving a selection of at least one of the device-specific parameters from the user, the at least one user-selected device-specific parameter comprising at least one diagnostic indicator of the field device to be monitored;upon receipt of the selection of the at least one device-specific parameter, providing an identification of multiple bits associated with the at least one selected device-specific parameter to the user, the multiple bits corresponding to multiple states of the field device; receiving a selection of at least one of the bits from the user; and saving the at least one selected device-specific parameter and the at least one selected bit as a custom alarm condition, the custom alarm condition defining a custom diagnostic alarm that is different than the diagnostic notifications in the standard set of alarms. providing an identification of multiple device-specific parameters to a user, the device-specific parameters associated with a field device (102a-102b) configured to support a standard set of alarms providing a set of diagnostic notifications; receiving a selection of at least one of the device-specific parameters from the user, the at least one user-selected device-specific parameter comprising at least one diagnostic indicator of the field device to be monitored;upon receipt of the selection of the at least one device-specific parameter, providing an identification of multiple bits associated with the at least one selected device-specific parameter to the user, the multiple bits corresponding to multiple states of the field device; receiving a selection of at least one of the bits from the user; and saving the at least one selected device-specific parameter and the at least one selected bit as a custom alarm condition, the custom alarm condition defining a custom diagnostic alarm that is different than the diagnostic notifications in the standard set of alarms.
Use of a thermoplastic adhesive sheet having a functional group introduced into a surface by surface modification of a polyolefin resin, for bonding to an imide group-containing resin compounded with a filler, wherein the functional group at least comprises a maleimide group.
Ice-cream machine provided with an outer casing including a compressor, a condenser, a lamination element, an evaporator, a container for an alimentary compound cooled by the evaporator, closing means of the evaporator, mixing means of the alimentary compound contained in said container, said mixing means being connectable to a corresponding motor, said mixing means comprising a cap to reversibly close said container of the alimentary compound, a mixing element comprising a first edge adapted to spread a layer of said alimentary compound into contact along all the inner wall of said container and a second edge adapted to mix said alimentary compound, and a scraping element adapted to scrape said layer of alimentary compound from the wall of said container after the layer has been spread therein characterized in that said mixing element and said scraping element extend parallel to an axis (X-X), which is orthogonal to said cap, and they are diametrically opposed with respect to said cap and are integral with a bridge being a rectilinear bar orthogonal to the axis (X-X), from the opposite end of which bar said mixing element and scraping element extend with respective first portions (82A, 83A) close to said cap, each first portion (82A, 83A) being provided with a surface (82B, 83B) which is concave toward and inclined toward the free ends of the corresponding opposed element, the mixing element further comprising a second portion, thinner than the first portion, for connection between said first portion, and a third portion, said third portion being shaped as a spoon and provided with two opposite surfaces radially extending, and wherein said scraping element comprises a second portion extending from said first portion and having a general shape of a blade with a sharp edge, the second portion being axially rotated to have a thin and rectlinear edge adapted to scrape the inner wall of said container.
A straddle electric vehicle (1, 201) comprising: a steering shaft (7, 207) for steering a front wheel (2, 202); a seat (9, 209) which is placed rearward relative to the steering shaft (7, 207) and on which a rider is seated in a straddle state; an electric motor (5, 205) for generating driving power for moving the straddle electric vehicle (1, 201); a battery unit (60, 222) which is an electric power supply for activating the electric motor (5, 205); and a battery case (80, 223) for storing the battery unit (60, 222); wherein the battery case (80, 223) is placed between the steering shaft (7, 207) and the seat (9, 209) in a forward or rearward direction; wherein the battery case (80, 223) is placed in front of the seat (9, 209) and characterized in that said battery case (80, 223) includes at least a seat vicinity portion (100, 200) which faces the seat in the forward or rearward direction; and wherein the seat vicinity portion (100, 200) is smaller in dimension in a rightward or leftward direction than a portion of the battery case (80, 223) which is other than the seat vicinity portion (100, 200) and is placed above the seat (9, 209). a steering shaft (7, 207) for steering a front wheel (2, 202); a seat (9, 209) which is placed rearward relative to the steering shaft (7, 207) and on which a rider is seated in a straddle state; an electric motor (5, 205) for generating driving power for moving the straddle electric vehicle (1, 201); a battery unit (60, 222) which is an electric power supply for activating the electric motor (5, 205); and a battery case (80, 223) for storing the battery unit (60, 222); wherein the battery case (80, 223) is placed between the steering shaft (7, 207) and the seat (9, 209) in a forward or rearward direction; wherein the battery case (80, 223) is placed in front of the seat (9, 209) and characterized in that said battery case (80, 223) includes at least a seat vicinity portion (100, 200) which faces the seat in the forward or rearward direction; and wherein the seat vicinity portion (100, 200) is smaller in dimension in a rightward or leftward direction than a portion of the battery case (80, 223) which is other than the seat vicinity portion (100, 200) and is placed above the seat (9, 209).
A device comprising: at least one processor, an antenna, a speaker, a proximity sensor located adjacent the speaker, and a SAR (specific absorption rate) detector for detecting SAR proximal the speaker, the at least one processor configured to: determine a SAR level proximal the speaker using the SAR detector; and, when the SAR level exceeds a threshold SAR level, and when the proximity sensor detects proximity, then change audio of sound at the speaker. at least one processor, an antenna, a speaker, a proximity sensor located adjacent the speaker, and a SAR (specific absorption rate) detector for detecting SAR proximal the speaker, the at least one processor configured to: determine a SAR level proximal the speaker using the SAR detector; and, when the SAR level exceeds a threshold SAR level, and when the proximity sensor detects proximity, then change audio of sound at the speaker. determine a SAR level proximal the speaker using the SAR detector; and, when the SAR level exceeds a threshold SAR level, and when the proximity sensor detects proximity, then change audio of sound at the speaker.
A method of determining a travel related time carried out by processing means in a navigation system, comprising the steps of: obtaining a start position; and obtaining map information including link information and mesh information, the mesh information dividing an area covered by the map information in a mesh grid having a plurality of adjacent meshes; characterized by processing the information obtained in the obtaining steps (S1, S3) to calculate an estimated travel related time for specific ones of the meshes based on an origin mesh including the starting position by assigning time offsets to the specific ones of the meshes based on a type and/or a number of links entering the specific ones of the meshes starting from the origin mesh and in the order of transitions from one mesh to another mesh over mesh borders in a flow pattern representing increasing distances from the origin mesh. obtaining a start position; and obtaining map information including link information and mesh information, the mesh information dividing an area covered by the map information in a mesh grid having a plurality of adjacent meshes; characterized by processing the information obtained in the obtaining steps (S1, S3) to calculate an estimated travel related time for specific ones of the meshes based on an origin mesh including the starting position by assigning time offsets to the specific ones of the meshes based on a type and/or a number of links entering the specific ones of the meshes starting from the origin mesh and in the order of transitions from one mesh to another mesh over mesh borders in a flow pattern representing increasing distances from the origin mesh.
Method of automated register measurement on colour separations in a printing operation of a printing machine by means of a computer (13, 16), wherein at least one test chart is recorded by at least one image sensor and saved in a digital total image, wherein the computer (13, 16) analyzes the recorded test chart in terms of a register offset (2, 3) and corrects the latter, wherein the computer (13, 16) uses a colour control strip as the test chart and adapts the colour measurement fields in the colour control strip in such a way that the computer (13, 16) may detect circumferential and lateral register offsets (2, 3) based on the adapted colour control strip (1a, 1b, 6) that has been recorded and digitized by means of the image sensor, characterized in that in order to measure the lateral register offset, the computer (13, 16) adapts the order of the colour measurement fields of the colour control strip (1a, 1b, 6) to the visibility of an overprinting of the colour measurement fields.
An accessory device mountable to a camera, the accessory device comprising an accessory control unit controlling communication that is performed between the camera and the accessory device via channels, the channels including a data communication channel (DATA) used for data communication and a notification channel for notifying timing of communication performed via the data communication channel, characterized in that the accessory control unit is able to switch a first communication mode used for communication between the camera and one or a plurality of accessory devices mounted to the camera and including the aforesaid accessory device, and a second communication mode which corresponds to a communication between the camera and the accessory device designated as a communication partner by the camera, and performs switching from the first communication mode to the second communication mode upon receiving communication-partner designation data via the data communication channel in the first communication mode, the communication-partner designation data indicating that the aforesaid accessory device has been selected as a communication partner with the camera in the second communication mode, wherein the second communication mode is different from the first communication mode in voltage level of the notification channel during a period in which data is received from the camera. the accessory device comprising an accessory control unit controlling communication that is performed between the camera and the accessory device via channels, the channels including a data communication channel (DATA) used for data communication and a notification channel for notifying timing of communication performed via the data communication channel, characterized in that the accessory control unit is able to switch a first communication mode used for communication between the camera and one or a plurality of accessory devices mounted to the camera and including the aforesaid accessory device, and a second communication mode which corresponds to a communication between the camera and the accessory device designated as a communication partner by the camera, and performs switching from the first communication mode to the second communication mode upon receiving communication-partner designation data via the data communication channel in the first communication mode, the communication-partner designation data indicating that the aforesaid accessory device has been selected as a communication partner with the camera in the second communication mode, wherein the second communication mode is different from the first communication mode in voltage level of the notification channel during a period in which data is received from the camera.