mhurhangee/ep-ind-claims huggingface dataset:
An image-processing apparatus (100, 1410, 2410) comprising: a first vectorization means (215, 1415, 2415) for converting a character image included in an input image (200, 1400, 2400) into first vector data, wherein the first vector data is described with a vector drawing function which represents an outline of a character image; a filling means (217, 1417, 2417) configured to generate a background image by filling a portion occupied by the character image in the input image with a color obtained from the periphery around the portion; a second vectorization means (216, 1416, 2416) for converting a line-drawing image included in the input image into second vector data (223, 1433, 2433) wherein the second vector data is described with a vector drawing function which represents a center line of the line-drawing image; a generating means (210, 1410, 2410) for generating multi-layered electronic data (220, 1430, 2430) including a first layer including the first vector data converted by the first vectorization means, a second layer including the background image generated by the filling means, and a third layer including the second vector data converted by the second vectorization means, wherein the generated multi-layered electronic data is described in one of SVG, Scalable Vector Graphics, or PDF, Portable Document Format, so as to render the first layer upper than the second layer. a first vectorization means (215, 1415, 2415) for converting a character image included in an input image (200, 1400, 2400) into first vector data, wherein the first vector data is described with a vector drawing function which represents an outline of a character image; a filling means (217, 1417, 2417) configured to generate a background image by filling a portion occupied by the character image in the input image with a color obtained from the periphery around the portion; a second vectorization means (216, 1416, 2416) for converting a line-drawing image included in the input image into second vector data (223, 1433, 2433) wherein the second vector data is described with a vector drawing function which represents a center line of the line-drawing image; a generating means (210, 1410, 2410) for generating multi-layered electronic data (220, 1430, 2430) including a first layer including the first vector data converted by the first vectorization means, a second layer including the background image generated by the filling means, and a third layer including the second vector data converted by the second vectorization means, wherein the generated multi-layered electronic data is described in one of SVG, Scalable Vector Graphics, or PDF, Portable Document Format, so as to render the first layer upper than the second layer.
A reading apparatus for reading commodity information relating to a commodity from a wireless tag attached to the commodity, characterized by comprising: a placement section configured to support the commodity; a first antenna (15, 15a) configured to emit radio waves in a direction facing the placement section; one or more second antennas (15, 15b, 15c) arranged below the first antenna (15, 15a) in such a manner that a direction from which radio waves are emitted, the direction being perpendicular to the emitting plane, is different from that of the first antenna (15, 15a), the emission direction of the first antenna (15, 15a) being perpendicular to the plane of the first antenna (15, 15a); a reflection member configured to reflect radio waves emitted from the one or more second antennas (15, 15b, 15c) to irradiate the commodity placed on the placement section; and a reading controller configured to read the commodity information from the wireless tag of each commodity placed on the placement section with at least one of the first antenna (15, 15a) or the one or more second antennas (15, 15b, 15c). a placement section configured to support the commodity; a first antenna (15, 15a) configured to emit radio waves in a direction facing the placement section; one or more second antennas (15, 15b, 15c) arranged below the first antenna (15, 15a) in such a manner that a direction from which radio waves are emitted, the direction being perpendicular to the emitting plane, is different from that of the first antenna (15, 15a), the emission direction of the first antenna (15, 15a) being perpendicular to the plane of the first antenna (15, 15a); a reflection member configured to reflect radio waves emitted from the one or more second antennas (15, 15b, 15c) to irradiate the commodity placed on the placement section; and a reading controller configured to read the commodity information from the wireless tag of each commodity placed on the placement section with at least one of the first antenna (15, 15a) or the one or more second antennas (15, 15b, 15c).
An apparatus comprising: an electrode container comprising sides and a top, the top comprising an opening adapted to receive a rod of an electrode; and a plurality of flexible members interconnected about the perimeter of the opening, wherein at least some of the plurality of flexible members overlap with one another. an electrode container comprising sides and a top, the top comprising an opening adapted to receive a rod of an electrode; and a plurality of flexible members interconnected about the perimeter of the opening, wherein at least some of the plurality of flexible members overlap with one another.
A refrigerator comprising: a cabinet having a storage chamber therein; and a shelf assembly mounted in the storage chamber and arranged to be vertically movable, wherein the shelf assembly comprises: a pair of guide members respectively mounted to opposite side walls of the storage chamber, a shelf vertically movable and arranged to be guided by the guide members, a pair of side walls extending downwards from opposite lateral ends of the shelf and arranged to be vertically movable and guided by the guide members, respectively, characterized by: a handle member having opposite ends mounted in a pair of guide slots formed through upper portions of the side walls, respectively, and arranged to be slidably guided by the guide slots in forward and rearward directions, a pair of cam members each pivotably mounted to a respective guide member, to support the shelf, a pair of extension portions each pivotally connected to a respective cam member and extending rearwards from opposite ends of the handle member, respectively, and locking lever devices each pivotably mounted to a corresponding one of the guide members, to be selectively engaged with an engagement portion provided at one side of a corresponding one of the cam members in order to selectively limit pivotal movement of the corresponding cam member. a cabinet having a storage chamber therein; and a shelf assembly mounted in the storage chamber and arranged to be vertically movable, wherein the shelf assembly comprises: a pair of guide members respectively mounted to opposite side walls of the storage chamber, a shelf vertically movable and arranged to be guided by the guide members, a pair of side walls extending downwards from opposite lateral ends of the shelf and arranged to be vertically movable and guided by the guide members, respectively, a pair of guide members respectively mounted to opposite side walls of the storage chamber, a shelf vertically movable and arranged to be guided by the guide members, a pair of side walls extending downwards from opposite lateral ends of the shelf and arranged to be vertically movable and guided by the guide members, respectively, a handle member having opposite ends mounted in a pair of guide slots formed through upper portions of the side walls, respectively, and arranged to be slidably guided by the guide slots in forward and rearward directions, a pair of cam members each pivotably mounted to a respective guide member, to support the shelf, a pair of extension portions each pivotally connected to a respective cam member and extending rearwards from opposite ends of the handle member, respectively, and a pair of cam members each pivotably mounted to a respective guide member, to support the shelf, a pair of extension portions each pivotally connected to a respective cam member and extending rearwards from opposite ends of the handle member, respectively, and
A lancing device comprising: a housing (10, 12); a lancet holder movably mounted for movement in a lancing direction within said housing, the lancet holder having a forward portion defining a socket for partially surrounding and retaining in use a rear portion of a lancet, the socket being expandable to allow insertion and/or removal of said lancet, and a lancet release element (40, 42) movable in a direction generally parallel to a said lancing movement direction between a rest and a release position to cause said socket to move between a lancet retaining condition and an expanded condition. a housing (10, 12); a lancet holder movably mounted for movement in a lancing direction within said housing, the lancet holder having a forward portion defining a socket for partially surrounding and retaining in use a rear portion of a lancet, the socket being expandable to allow insertion and/or removal of said lancet, and a lancet release element (40, 42) movable in a direction generally parallel to a said lancing movement direction between a rest and a release position to cause said socket to move between a lancet retaining condition and an expanded condition.
A subsea control system for an electric actuator comprising an electric motor, an external supply of electric energy, an energy storage device and a first motor control module adapted to control the supply of energy to the motor in normal operation, characterized by a second motor control module powered by the energy storage device and adapted to control the supply of energy to the motor in fail-safe mode, wherein the first motor control module and the second motor control module are connected in parallel via a fail-safe switch which is arranged to override the control executed by the first motor control module and to set the control system in fail-safe mode by activation of the second motor control module in case of the energy level in the energy storage device reaching, or falling below, a predetermined value.
A method for emergency call of a terminal, characterized in that the method comprises: detecting, by the terminal, a user initiates an emergency call in response to an operation in a locked state of the terminal; obtaining, by the terminal, current geographical location information of the terminal; and presenting, by the terminal, the current geographical location information on a screen of the terminal, wherein a presentation form comprises at least one of the following: a text form and a map form; wherein the presenting the current geographical location information on the screen comprises: displaying a thumbnail view on the screen, wherein the thumbnail view comprises the current geographical location information; receiving a first user operation, wherein the first user operation is used to instruct the terminal to display a detailed view, and the detailed view comprises the current geographical location information; displaying the detailed view on the screen. detecting, by the terminal, a user initiates an emergency call in response to an operation in a locked state of the terminal; obtaining, by the terminal, current geographical location information of the terminal; and presenting, by the terminal, the current geographical location information on a screen of the terminal, wherein a presentation form comprises at least one of the following: a text form and a map form; wherein the presenting the current geographical location information on the screen comprises: displaying a thumbnail view on the screen, wherein the thumbnail view comprises the current geographical location information; receiving a first user operation, wherein the first user operation is used to instruct the terminal to display a detailed view, and the detailed view comprises the current geographical location information; displaying the detailed view on the screen. displaying a thumbnail view on the screen, wherein the thumbnail view comprises the current geographical location information; receiving a first user operation, wherein the first user operation is used to instruct the terminal to display a detailed view, and the detailed view comprises the current geographical location information; displaying the detailed view on the screen.
A household appliance comprising a part which is releasably attached onto said household appliance through snap-fit connection, wherein said part is provided with two or more engagement sites including a first engagement site and a second engagement site distributed around an axis along a direction to be followed at a process for releasably securing of said part; wherein each of said first engagement site and said second engagement site has a different respective orthogonal projection on said axis, wherein said part further includes a plurality of housings for at least partly receiving and guiding a plurality of respective damping units, and thus forming a damper assembly; wherein said damper assembly is adapted to dampen the closing of a door of the household appliance, and wherein said axis is located between two adjacent housings.
A polynucleotide comprising a tRNA operably linked to a pre-microRNA (pre-miRNA), wherein the pre-miRNA is selected from the group consisting of pre-miRNA-1291, pre-miRNA-34a, pre-miRNA-125b-1, pre-miRNA-124 -1, hsa-let-7c, hsa-mir-92a-1, hsa-mir-218-1, and hsa-mir-7-1.
A manufacturing device (10, 100) for making an in-mold circuit, comprising: a heater (12, 102) configured to heat a poly sheet continuously moving along a machine direction to a malleable condition; and a pressing station adjacent said heating station, said pressing station being configured to embed circuits placed onto the poly sheet into the heated poly sheet as the circuits and poly sheet continuously move in the machine direction, the circuits having a surface including conductive areas and nonconductive areas, a strip applicator adjacent said pressing station, said strip applicator being configured to embed a conductive strip (40, 48) into the poly sheet as the conductive strip (40, 48) and poly sheet continuously move along the machine direction to form an embedded conductive strip, characterized in that said strip applicator is configured to embed the conductive strip (40, 48) adjacent the surface and into conductive communication with the conductive areas of the surface of the circuits. a heater (12, 102) configured to heat a poly sheet continuously moving along a machine direction to a malleable condition; and a pressing station adjacent said heating station, said pressing station being configured to embed circuits placed onto the poly sheet into the heated poly sheet as the circuits and poly sheet continuously move in the machine direction, the circuits having a surface including conductive areas and nonconductive areas, a strip applicator adjacent said pressing station, said strip applicator being configured to embed a conductive strip (40, 48) into the poly sheet as the conductive strip (40, 48) and poly sheet continuously move along the machine direction to form an embedded conductive strip, characterized in that said strip applicator is configured to embed the conductive strip (40, 48) adjacent the surface and into conductive communication with the conductive areas of the surface of the circuits.
A method for performing communication in a wireless communication system comprising at least a first network node and a second network node, wherein at least a wireless device is operating in said wireless communication system, the method comprising: sending from the first network node to the wireless device, by a Radio Resource Configuration, RRC, protocol, a measurement reference signal, MRS, configuration information; the MRS configuration information specifying one or more parameters for each of a plurality of MRS configurations; and the MRS configurations specifies at least a transmission resource region; and sending from the first or the second network node of the wireless communication system to the wireless device, by a medium access control, MAC, protocol, an activation command indicating that at least a first one of the MRS configurations is to be used by the wireless device; the activation command including an index identifying a first one of the MRS configurations from among the plurality of MRS configurations. sending from the first network node to the wireless device, by a Radio Resource Configuration, RRC, protocol, a measurement reference signal, MRS, configuration information; the MRS configuration information specifying one or more parameters for each of a plurality of MRS configurations; and the MRS configurations specifies at least a transmission resource region; and sending from the first or the second network node of the wireless communication system to the wireless device, by a medium access control, MAC, protocol, an activation command indicating that at least a first one of the MRS configurations is to be used by the wireless device; the activation command including an index identifying a first one of the MRS configurations from among the plurality of MRS configurations.
Method for organising network nodes in a packet-oriented network, wherein the packet-oriented network comprises at least one first network node arranged as a standard gateway and at least one second network node, wherein in the event that one at least partial inaccessibility of a network element allocated to the first network node is detected on an interface of the first network node despite a perfectly working transmission medium, by means of which the first network node is connected to the allocated network element, the second network node is arranged as a standard gateway, wherein - in the course of the arrangement of the second network node as a standard gateway, a checking of the interface metric takes place on the first and second network nodes, wherein the interface metric provides a measure for determining a most efficient path in the network, and following the inaccessibility detected for the interface, an adaptation of the interface metric takes place in such a way that the interface metric of the interface of the first network node is increased so that data packets are forwarded over the second network node instead of over the first network node, whereby an asymmetrical routing is avoided where the interface metric is propagated to other network nodes in the network and into other networks connected to the network by means of network nodes. - in the course of the arrangement of the second network node as a standard gateway, a checking of the interface metric takes place on the first and second network nodes, wherein the interface metric provides a measure for determining a most efficient path in the network, and
A control method, wherein the method comprises: enabling a power saving mode for a screen-off state in response to a user instruction; and performing a power saving operation when a screen of a terminal is in the screen-off state, wherein the power saving operation comprises the following operations: stopping a first-type application program; prohibiting automatic start of the stopped first-type application program by intercepting a broadcast message sent to the stopped first-type application program; and disconnecting a network connection of a second-type application program; wherein the second-type application program is an application program that does not belong to a protection list. enabling a power saving mode for a screen-off state in response to a user instruction; and performing a power saving operation when a screen of a terminal is in the screen-off state, wherein the power saving operation comprises the following operations: stopping a first-type application program; prohibiting automatic start of the stopped first-type application program by intercepting a broadcast message sent to the stopped first-type application program; and disconnecting a network connection of a second-type application program; wherein the second-type application program is an application program that does not belong to a protection list.
A catheter, comprising: a proximal segment having a supply lumen configured to receive working fluid from a heat exchange system and a return lumen configured to return working fluid to the heat exchange system; and a distal segment in fluid communication with the proximal segment and defining plural spaced apart discrete loops, each communicating with the supply lumen and each being connected to an adjacent loop by a connector segment, each loop of the plural spaced apart discrete loops having, when inflated, a wall enclosing a respective loop lumen through which the working fluid can flow and an opening formed by the wall through which fluid external to the catheter can flow, the plural spaced apart discrete loops being connected together by the connector segments, wherein each loop defines a proximal surface and a distal surface parallel to the proximal surface and oriented transversely to a long axis of the return tube. a proximal segment having a supply lumen configured to receive working fluid from a heat exchange system and a return lumen configured to return working fluid to the heat exchange system; and a distal segment in fluid communication with the proximal segment and defining plural spaced apart discrete loops, each communicating with the supply lumen and each being connected to an adjacent loop by a connector segment, each loop of the plural spaced apart discrete loops having, when inflated, a wall enclosing a respective loop lumen through which the working fluid can flow and an opening formed by the wall through which fluid external to the catheter can flow, the plural spaced apart discrete loops being connected together by the connector segments, wherein each loop defines a proximal surface and a distal surface parallel to the proximal surface and oriented transversely to a long axis of the return tube.
A personal care system comprising: a personal care device having a probe; a position sensor configured to collect data related to a position of the probe as the probe is moved about an oral arch of the user; and a controller configured to: determine a dimension (W1, W2, L1, L2) of the oral arch of a user from the collected data; select a design for a mouthpiece for the user based on the dimension of the oral arch; and transmit information identifying the mouthpiece design to an intended recipient. a personal care device having a probe; a position sensor configured to collect data related to a position of the probe as the probe is moved about an oral arch of the user; and a controller configured to: determine a dimension (W1, W2, L1, L2) of the oral arch of a user from the collected data; select a design for a mouthpiece for the user based on the dimension of the oral arch; and transmit information identifying the mouthpiece design to an intended recipient. determine a dimension (W1, W2, L1, L2) of the oral arch of a user from the collected data; select a design for a mouthpiece for the user based on the dimension of the oral arch; and transmit information identifying the mouthpiece design to an intended recipient.