mhurhangee/ep-ind-claims huggingface dataset:
An electrochromic glass structure for disposition in a building, the electrochromic glass structure comprising: a glass substrate having an outer surface configured to face toward, and be exposed to, an exterior environment of the building when the electrochromic glass structure is disposed therein; an electrochromic device disposed on the glass substrate, the electrochromic device having transparent conductive layers; a bus bar disposed on one of the transparent conductive layers, the bus bar configured to power the electrochromic device; and a strip of obscuration material aligned substantially parallel to the length of the bus bar, the strip of obscuration material located between the bus bar and the exterior environment, and configured to block view of the bus bar from a vantage point of viewing the electrochromic glass structure from the exterior environment of the building when the electrochromic glass structure is disposed therein, characterised in that the strip of obscuration material is located on the outer surface of the glass substrate. a glass substrate having an outer surface configured to face toward, and be exposed to, an exterior environment of the building when the electrochromic glass structure is disposed therein; an electrochromic device disposed on the glass substrate, the electrochromic device having transparent conductive layers; a bus bar disposed on one of the transparent conductive layers, the bus bar configured to power the electrochromic device; and a strip of obscuration material aligned substantially parallel to the length of the bus bar, the strip of obscuration material located between the bus bar and the exterior environment, and configured to block view of the bus bar from a vantage point of viewing the electrochromic glass structure from the exterior environment of the building when the electrochromic glass structure is disposed therein, characterised in that the strip of obscuration material is located on the outer surface of the glass substrate.
A method of automatically indicating available services to a mobile telecommunications terminal roaming between a first geographic area and a second geographic area, characterized by the following steps of: - authenticating the terminal in the second geographic area, - determining a first list comprising the services that are physically available in said second geographic area, a second list comprising the services subscribed by the terminal in the first geographic area, and a third list determined from the first and the second lists and containing services subscribed in the first geographic area and available in the second geographic area, and for which services there is a roaming agreement between the first and the second geographic areas, and - transmitting said third list to the terminal. - authenticating the terminal in the second geographic area, - determining a first list comprising the services that are physically available in said second geographic area, a second list comprising the services subscribed by the terminal in the first geographic area, and a third list determined from the first and the second lists and containing services subscribed in the first geographic area and available in the second geographic area, and for which services there is a roaming agreement between the first and the second geographic areas, and - transmitting said third list to the terminal.
An electrode pad adapted to be used for iontophoresis treatment comprising: a base sheet, an electrode placed on the base sheet, an adhesive sheet placed on the base sheet and having an opening, within which the electrode is exposed, and a medicament reservoir containing a local anesthetic and placed in the opening of the adhesive sheet while being in contact with the electrode, characterized in that there is a predetermined space (r) between an inner peripheral surface of the opening of the adhesive sheet and an outer peripheral surface of the medicament reservoir, and a thickness of the adhesive sheet and a thickness of the medicament reservoir are substantially equal to each other, and in that the electrode pad is adapted to be used together with another electrode pad which does not contain a medicament in the medicament reservoir. a base sheet, an electrode placed on the base sheet, an adhesive sheet placed on the base sheet and having an opening, within which the electrode is exposed, and a medicament reservoir containing a local anesthetic and placed in the opening of the adhesive sheet while being in contact with the electrode, characterized in that there is a predetermined space (r) between an inner peripheral surface of the opening of the adhesive sheet and an outer peripheral surface of the medicament reservoir, and a thickness of the adhesive sheet and a thickness of the medicament reservoir are substantially equal to each other, and in that the electrode pad is adapted to be used together with another electrode pad which does not contain a medicament in the medicament reservoir.
An instant messaging communication method, comprising: receiving text data sent by a first user from a first user terminal; transforming, using a speech server, the text data into first speech data; sending the first speech data to a second user terminal that is associated with a preconfigured phone number; receiving second speech data sent from the second user terminal in response to the first speech data; and sending the second speech data to the first user terminal, wherein the sending of the first speech data to the second user terminal comprises: initiating a call, using a telecommunication server, to the second user terminal via the preconfigured phone number; sending, using the speech server, the first speech data to the telecommunication server; instructing the telecommunication server to send the first speech data in the event that the call to the second user terminal is put through; and wherein the receiving of the second speech data sent from the second user terminal in response to the first speech data comprises: instructing the speech server to receive, via the telecommunication server, from the second user terminal, the second speech data to be sent to the first user terminal, wherein the second speech data is returned by the second user terminal after a sound indication is played on the second user terminal. receiving text data sent by a first user from a first user terminal; transforming, using a speech server, the text data into first speech data; sending the first speech data to a second user terminal that is associated with a preconfigured phone number; receiving second speech data sent from the second user terminal in response to the first speech data; and sending the second speech data to the first user terminal, initiating a call, using a telecommunication server, to the second user terminal via the preconfigured phone number; sending, using the speech server, the first speech data to the telecommunication server; instructing the telecommunication server to send the first speech data in the event that the call to the second user terminal is put through; and instructing the speech server to receive, via the telecommunication server, from the second user terminal, the second speech data to be sent to the first user terminal, wherein the second speech data is returned by the second user terminal after a sound indication is played on the second user terminal.
A method of recording mapping information in a media file, the method comprising: extracting an equalizer setting; generating a sound field effect file for setting an equalizer for reproducing the media file, using the extracted equalizer setting; and recording mapping information about the sound field effect file in a predetermined position of the media file, said the mapping information comprising information representing a storing position of the sound field effect file. extracting an equalizer setting; generating a sound field effect file for setting an equalizer for reproducing the media file, using the extracted equalizer setting; and recording mapping information about the sound field effect file in a predetermined position of the media file, said the mapping information comprising information representing a storing position of the sound field effect file.
Hand-held power tool comprising a pneumatic striking mechanism with a free piston that can be reciprocated along a striking axis in a guide tube of the hand-held power tool by means of an air spring, the free piston having a bore hole extending at an angle to the striking axis, characterised in that the bore diameter of the bore hole is in the range of half to three-quarters of the guide diameter of the guide tube.
An arc welding control method for a welding device having an output characteristic (A, B, C) with a predetermined gradient showing a relation between a welding output voltage and a welding output current comprising: setting a set initial welding voltage; controlling a welding output voltage to a welding part in an arc welding period to be the set initial welding voltage; detecting the welding output voltage which is output from the welding part in the arc welding period; and characterized by: controlling the welding output voltage to the welding part in the arc welding period to be a first set target welding voltage (V3, V4), wherein the first set target welding voltage is higher than the set initial welding voltage when the welding output voltage is lower than the set initial welding voltage, or the first set target welding voltage is lower than the set initial welding voltage when the welding output voltage is higher than the set initial welding voltage. setting a set initial welding voltage; controlling a welding output voltage to a welding part in an arc welding period to be the set initial welding voltage; detecting the welding output voltage which is output from the welding part in the arc welding period; and characterized by: controlling the welding output voltage to the welding part in the arc welding period to be a first set target welding voltage (V3, V4), wherein controlling the welding output voltage to the welding part in the arc welding period to be a first set target welding voltage (V3, V4), wherein the first set target welding voltage is higher than the set initial welding voltage when the welding output voltage is lower than the set initial welding voltage, or the first set target welding voltage is lower than the set initial welding voltage when the welding output voltage is higher than the set initial welding voltage.
A functional element (10; 10') in the form of a press-in element for attachment to a sheet metal part (12; 12'), wherein the functional element has a head part and a shaft part, the head part has a ring-shaped sheet metal contact surface at the side adjacent the shaft part and a ring-shaped axial recess inside this ring-shaped sheet metal contact surface and surrounding the shaft part at the transition of the head part into the shaft part, wherein the shaft part has a plurality of circumferentially distributed radial recesses extending in the axial direction and between these noses which likewise extend axially and project radially, characterized in that raised material portions are present at the positions of the radial recesses at their axial ends adjacent the head part, with the raised material portions forming undercuts with the head part in the region of the ring-shaped recess.
Method for operating an internal combustion engine with an external exhaust-gas recirculation arrangement, wherein a closing time of inlet valves of the internal combustion engine is varied, wherein, when the internal combustion engine is in an operating state in which the present lambda value is higher than a desired target lambda value, in order to lower the present lambda value, a fraction of externally recirculated exhaust gas is increased, and thereafter, in order to further lower the present lambda value, the closing time of the inlet valve is retarded until the target lambda value is obtained.
An ultrasonic surgical instrument, comprising: a waveguide defining a blade at a distal end thereof and a lumen extending through a portion of the blade, the blade configured to receive ultrasonic energy for treating tissue; and first and second conduits (2172, 2174) each defining a proximal end and a distal end,, the distal ends of the first and second conduits extending into the lumen, wherein the distal end of the first conduit extends further distally into the lumen than the distal end of the second conduit; wherein the second conduit is coaxially disposed about the first conduit and the proximal ends of the first and second conduits are received within a splitter, the splitter including a first port and a second port, the first port disposed in fluid communication with the first conduit and the second port disposed in fluid communication with the second conduit, wherein the second conduit is coupled to the second port via a chamber characterized in that: the first conduit is directly coupled to the first port and the splitter further including a drain port disposed in fluid communication with the chamber and a stopper closing the drain port. a waveguide defining a blade at a distal end thereof and a lumen extending through a portion of the blade, the blade configured to receive ultrasonic energy for treating tissue; and first and second conduits (2172, 2174) each defining a proximal end and a distal end,, the distal ends of the first and second conduits extending into the lumen, wherein the distal end of the first conduit extends further distally into the lumen than the distal end of the second conduit; wherein the second conduit is coaxially disposed about the first conduit and the proximal ends of the first and second conduits are received within a splitter, the splitter including a first port and a second port, the first port disposed in fluid communication with the first conduit and the second port disposed in fluid communication with the second conduit, wherein the second conduit is coupled to the second port via a chamber characterized in that: the first conduit is directly coupled to the first port and the splitter further including a drain port disposed in fluid communication with the chamber and a stopper closing the drain port.
A method for controlling a robot, the method including usage of a behavior tree architecture for tasks performed by the robot, wherein the behavior tree architecture comprises nodes including a root node, at least one control flow node and at least one execution node and directed edges, wherein the nodes are connected with the directed edges, wherein the root node has one outgoing edge and no incoming edge, each control flow node has one incoming edge and at least one outgoing edge and each execution node has one incoming edge and no outgoing edge, wherein a node having an outgoing edge is defined as a parent node in relation to another node connected to this edge and a node having an incoming edge is defined as a child node in relation to another node connected to this edge, wherein the control flow nodes and the execution nodes are adapted to return different states to their parents nodes, the states including success, running and failure, the method including the steps of the root node calling a control flow node; the control flow node calling a first node; the first node returning a first state to the control flow node; the control flow node returning a second state to the root node; wherein the behavior tree architecture comprises sub trees, each sub tree comprising at least one control flow node and at least one execution node, characterized in that the method utilizes data elements that can only be directly accessed by tasks in a sub tree. wherein the behavior tree architecture comprises nodes including a root node, at least one control flow node and at least one execution node and directed edges, wherein the nodes are connected with the directed edges, wherein the root node has one outgoing edge and no incoming edge, each control flow node has one incoming edge and at least one outgoing edge and each execution node has one incoming edge and no outgoing edge, wherein a node having an outgoing edge is defined as a parent node in relation to another node connected to this edge and a node having an incoming edge is defined as a child node in relation to another node connected to this edge, wherein the control flow nodes and the execution nodes are adapted to return different states to their parents nodes, the states including success, running and failure, the method including the steps of the root node calling a control flow node; the control flow node calling a first node; the first node returning a first state to the control flow node; the control flow node returning a second state to the root node; the root node calling a control flow node; the control flow node calling a first node; the first node returning a first state to the control flow node; the control flow node returning a second state to the root node; wherein the behavior tree architecture comprises sub trees, each sub tree comprising at least one control flow node and at least one execution node, characterized in that the method utilizes data elements that can only be directly accessed by tasks in a sub tree.
Sensor arrangement (29, 59, 69, 79, 120, 140, 229) for a foreign object detection device for a wireless power transfer system including: a) a current input (135, 142) and a current output (136, 143), b) a multitude of detection cells (30-41, 144.1-144.4), each comprising a sense coil (1, 2, 3, 20, 22, 24) including a winding spirally wound in a plane and having a multitude of turns, c) wherein the sense coils (1, 2, 3, 20, 22, 24) are arranged in one or more layers and wherein the sense coils (1, 2, 3, 20, 22, 24) of a particular layer are arranged in a matrix-like structure with multiple rows and multiple columns, d) a multitude of input leads (50 - 53, 60 - 62, 127, 148a, 148b, 251 - 258) and one or more output leads (56, 57, 58, 66, 67, 128, 150a, 150b, 259), wherein each detection cell (30-41, 144.1-144.4) is connected between one of the input leads and one output lead and wherein each detection cell is connected to a different combination of input and output leads, e) an input selection circuit (125, 152) adapted to selectively establish an electrical connection between the current input (135, 142) and one or more of the input leads, characterized in that the input lead (50 - 53, 60 - 62, 251 - 258) and the output lead (56, 57, 58, 66, 67, 259) of at least one sense coil (1, 2, 3, 20, 22, 24) is routed through the matrix-like structure to which the at least one sense coil belongs close to each other such as to reduce an area parallel to said matrix-like structure and enclosed by said input and output leads. a) a current input (135, 142) and a current output (136, 143), b) a multitude of detection cells (30-41, 144.1-144.4), each comprising a sense coil (1, 2, 3, 20, 22, 24) including a winding spirally wound in a plane and having a multitude of turns, c) wherein the sense coils (1, 2, 3, 20, 22, 24) are arranged in one or more layers and wherein the sense coils (1, 2, 3, 20, 22, 24) of a particular layer are arranged in a matrix-like structure with multiple rows and multiple columns, d) a multitude of input leads (50 - 53, 60 - 62, 127, 148a, 148b, 251 - 258) and one or more output leads (56, 57, 58, 66, 67, 128, 150a, 150b, 259), wherein each detection cell (30-41, 144.1-144.4) is connected between one of the input leads and one output lead and wherein each detection cell is connected to a different combination of input and output leads, e) an input selection circuit (125, 152) adapted to selectively establish an electrical connection between the current input (135, 142) and one or more of the input leads,
Composite panel combination comprising a first composite panel and a second composite panel wherein the composite panels (1, 2) comprise at least two wood-based panels (10, 20) and a first insulating layer fitted between said wood-based panels and other insulating layers (40, 50) fitted on both sides of said wood- based panels, wherein - said wood-based panels and said insulating layers, which are sound-isolation layers, are attached to each other by gluing with the aid of a single pressing, - the first composite panel is arranged to be attached to the adjacent second composite panel with the aid of a tongue-and groove joint, characterized in that - said tongue-and groove joint comprises a female profile having a groove in one side edge of the panel and a protrusion in an opposite side edge of the panel, said groove and said protrusion being equipped with elements (4a, 5a) which form a locking arrangement, and in that - within the groove and/or the protrusion of side edges (1a, 2b) of the composite panels (1, 2), the successive layers (10, 20, 30) of the composite panels (1, 2) are arranged to overlap each other and to extend for different distances into the respective groove or protrusion. - said wood-based panels and said insulating layers, which are sound-isolation layers, are attached to each other by gluing with the aid of a single pressing, - the first composite panel is arranged to be attached to the adjacent second composite panel with the aid of a tongue-and groove joint, characterized in that - said tongue-and groove joint comprises a female profile having a groove in one side edge of the panel and a protrusion in an opposite side edge of the panel, said groove and said protrusion being equipped with elements (4a, 5a) which form a locking arrangement, and in that - within the groove and/or the protrusion of side edges (1a, 2b) of the composite panels (1, 2), the successive layers (10, 20, 30) of the composite panels (1, 2) are arranged to overlap each other and to extend for different distances into the respective groove or protrusion.
A method for scheduling uplink traffic from a mobile station to a base station in a wireless communication network, the method being performed in a node of the wireless communication network and comprising the steps of: obtaining (40; 46) a service type indicator associated with the mobile station, said indicator providing a low priority, obtaining (48, 64) traffic load data concerning the traffic load in the wireless communication system and determining (42; 56) an uplink transmission scheme based on the obtained service type indicator, determining (50, 66) that the uplink transmission scheme is to be applied if the traffic load is below a traffic load threshold, and if the scheme is allowed periodically granting (44; 58) transmissions to be made from the mobile station according to the uplink transmission scheme in order to speed up mobile station transmissions to the wireless communication network, wherein the uplink transmissions scheme is determined before mobile station transmissions are granted. obtaining (40; 46) a service type indicator associated with the mobile station, said indicator providing a low priority, obtaining (48, 64) traffic load data concerning the traffic load in the wireless communication system and determining (42; 56) an uplink transmission scheme based on the obtained service type indicator, determining (50, 66) that the uplink transmission scheme is to be applied if the traffic load is below a traffic load threshold, and if the scheme is allowed periodically granting (44; 58) transmissions to be made from the mobile station according to the uplink transmission scheme in order to speed up mobile station transmissions to the wireless communication network, wherein the uplink transmissions scheme is determined before mobile station transmissions are granted.
Construction material mixture, the dry mass of which comprises 10 to 95 percent by weight carbon and 2 to 70 percent by weight binder, wherein the construction material mixture further comprises 1 to 80 percent by weight unconsolidated particles, and the surface of the unconsolidated particles are at least partially pre-coated with an electrically conductive material, characterised in that the coated portion of the surface of the unconsolidated particles is on average between 50 and 90%.