mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for electronic design automation, EDA, in a multi-tool design environment, and for interactive use by multiple design tools of a design of an integrated circuit, wherein said method comprises the steps of: - at a first EDA tool, receiving over an inter process communication channel a request generated from a second design session native to a second EDA tool to receive design data for said design from a first design session native to said first EDA tool supporting said design data, wherein said request is implemented in a data exchange format and wherein said data exchange format is different from a second format native to said second EDA tool; - at said first design session, generating a response in said data exchange format to said request, wherein said response comprises said design data; and - at said first design session of said first EDA tool, directly encoding said response comprising said design data in said data exchange format and immediately writing said response in a memory buffer ready for transmission over said inter process communication channel and transmitting said response to said second EDA tool over said inter process communication channel. - at a first EDA tool, receiving over an inter process communication channel a request generated from a second design session native to a second EDA tool to receive design data for said design from a first design session native to said first EDA tool supporting said design data, wherein said request is implemented in a data exchange format and wherein said data exchange format is different from a second format native to said second EDA tool; - at said first design session, generating a response in said data exchange format to said request, wherein said response comprises said design data; and - at said first design session of said first EDA tool, directly encoding said response comprising said design data in said data exchange format and immediately writing said response in a memory buffer ready for transmission over said inter process communication channel and transmitting said response to said second EDA tool over said inter process communication channel.
Portion capsule for preparing a beverage in a brewing chamber of a beverage-making machine, wherein the portion capsule has a base element with a cavity for receiving a beverage raw material and has a capsule lid which closes off the cavity, wherein the base element comprises a capsule bottom, an encircling flange and a capsule wall which extends between the capsule bottom and the encircling flange, wherein the capsule lid is attached to a sealing plane on the flange, wherein the flange has an encircling bead at its outer free end, wherein a sealing element in the form of a sealing embossment which points away from the capsule lid is provided on the flange, wherein the sealing plane extends on the flange on the side of the capsule lid between the bead and the sealing embossment, wherein the sealing embossment comprises an inner flank at the side of the capsule wall and an outer flank at the side of the bead, characterized in that both the outer flank and the inner flank are oriented at an angle (α, β) of 81 to 89 degrees to the sealing plane, wherein a transition region extends between the inner flank and the outer flank, wherein the transition region has a transition plane which extends parallel to the sealing plane.
A pharmaceutical composition comprising digestive enzymes and one or more excipients, for use in the treatment of vitamin K deficiency or bone fragility in a subject exhibiting Autism Spectrum Disorder, wherein the digestive enzymes comprise a protease, an amylase, and a lipase.
An ostomy pouch (10, 110, 210, 310), comprising: an inner wall (18b, 118b) and an outer wall (20b, 120b) sealed about at least part of the periphery thereof to define a cavity for containing a stomal output, the cavity including, at least: a first section (12, 112, 212, 312), a second section (14, 114, 214, 314) and a third section (16, 116, 216, 316); a first waisted section (13, 113, 213, 313) located between the first section (12, 112, 212, 312) and second section (14, 114, 214, 314); and a second waisted section (15, 115, 215, 315) located between the second section (14, 114, 214, 314) and the third section (16, 116, 216, 316); wherein the first (12, 112, 212, 312) and second (14, 114, 214, 314) sections have a maximum width greater than a minimum width of the first waisted section (13, 113, 213, 313); and wherein the second (14, 114, 214, 314) and third (16, 116, 216, 316) sections have a maximum width greater than a minimum width of the second waisted section (15, 115, 215, 315). an inner wall (18b, 118b) and an outer wall (20b, 120b) sealed about at least part of the periphery thereof to define a cavity for containing a stomal output, the cavity including, at least: a first section (12, 112, 212, 312), a second section (14, 114, 214, 314) and a third section (16, 116, 216, 316); a first waisted section (13, 113, 213, 313) located between the first section (12, 112, 212, 312) and second section (14, 114, 214, 314); and a second waisted section (15, 115, 215, 315) located between the second section (14, 114, 214, 314) and the third section (16, 116, 216, 316); a first section (12, 112, 212, 312), a second section (14, 114, 214, 314) and a third section (16, 116, 216, 316); a first waisted section (13, 113, 213, 313) located between the first section (12, 112, 212, 312) and second section (14, 114, 214, 314); and a second waisted section (15, 115, 215, 315) located between the second section (14, 114, 214, 314) and the third section (16, 116, 216, 316); wherein the first (12, 112, 212, 312) and second (14, 114, 214, 314) sections have a maximum width greater than a minimum width of the first waisted section (13, 113, 213, 313); and wherein the second (14, 114, 214, 314) and third (16, 116, 216, 316) sections have a maximum width greater than a minimum width of the second waisted section (15, 115, 215, 315).
An arbitration method, comprising: obtaining, in an N-th clock cycle, P first requests respectively sent by P processing modules among M processing modules, wherein the M processing modules are each configured to send a first request to a memory module via an arbitration module, M is an integer greater than P, N is an integer greater than or equal to zero, and P is an integer greater than or equal to two; determining, from a first timeslot table, P timeslot values to be respectively allocated to identities (IDs) of the P processing modules; and determining, according to a normalized clock-cycle count corresponding to the N-th clock cycle and the P timeslot values, a target request from among the P first requests to be sent to the memory module in the N-th clock cycle, by: for each of the P timeslot values, determining an absolute difference between the timeslot value and the normalized clock-cycle count; determining a target timeslot value corresponding to a minimum absolute difference; and determining a first request sent by a processing module corresponding to the target timeslot value as the target request, wherein the normalized clock-cycle count is the same as a value of N modulo M. obtaining, in an N-th clock cycle, P first requests respectively sent by P processing modules among M processing modules, wherein the M processing modules are each configured to send a first request to a memory module via an arbitration module, M is an integer greater than P, N is an integer greater than or equal to zero, and P is an integer greater than or equal to two; determining, from a first timeslot table, P timeslot values to be respectively allocated to identities (IDs) of the P processing modules; and determining, according to a normalized clock-cycle count corresponding to the N-th clock cycle and the P timeslot values, a target request from among the P first requests to be sent to the memory module in the N-th clock cycle, by: for each of the P timeslot values, determining an absolute difference between the timeslot value and the normalized clock-cycle count; determining a target timeslot value corresponding to a minimum absolute difference; and determining a first request sent by a processing module corresponding to the target timeslot value as the target request, for each of the P timeslot values, determining an absolute difference between the timeslot value and the normalized clock-cycle count; determining a target timeslot value corresponding to a minimum absolute difference; and determining a first request sent by a processing module corresponding to the target timeslot value as the target request, wherein the normalized clock-cycle count is the same as a value of N modulo M.
Method for operating a throughfeed machine for edge-machining or edge-machining and formatting workpieces, with the steps: scanning and/or identifying a workpiece in a monitoring region of the throughfeed machine by means of a workpiece scanning device, outputting handling information to an operator by means of an information device based on the information determined by the workpiece scanning device, feeding the workpiece, handled by an operator according to the handling information, to a processing device of the throughfeed machine, wherein the workpiece which is to be scanned has already been processed by a processing device of the throughfeed machine, wherein the monitoring region is limited to a region of a return transport device of the throughfeed machine with which the workpieces are transported to the operator after successful processing, wherein the workpiece is moved or transported from an outlet of the throughfeed machine to a feed device, wherein the feed device is connected to a circulation device which is configured to move or transport the workpiece from the outlet of the throughfeed machine to the feed device. scanning and/or identifying a workpiece in a monitoring region of the throughfeed machine by means of a workpiece scanning device, outputting handling information to an operator by means of an information device based on the information determined by the workpiece scanning device, feeding the workpiece, handled by an operator according to the handling information, to a processing device of the throughfeed machine, wherein the workpiece which is to be scanned has already been processed by a processing device of the throughfeed machine, wherein the monitoring region is limited to a region of a return transport device of the throughfeed machine with which the workpieces are transported to the operator after successful processing, wherein the workpiece is moved or transported from an outlet of the throughfeed machine to a feed device, wherein the feed device is connected to a circulation device which is configured to move or transport the workpiece from the outlet of the throughfeed machine to the feed device.
Indicator caliper comprising a rod, a first fixed arm at the end of which there is a first probe, a second movable arm at the end of which there is a second probe, an arm of the indicator caliper pivoted with said first or second arm (2, 3) to the rod by means of a pin and an indicator constrained to the arm of the indicator caliper, said indicator caliper being characterized in that said first arm and said second arm, are alternately configured together with the arm of the indicator caliper as a lever device (20, 30) able to rotate around the pin.
A life vest inspection system for an airplane, comprising: a cabin management system comprising a display; a plurality of near-field communication ("NFC") readers coupled to the cabin management system, wherein each of the NFC readers is disposed within the airplane at a designated seat row; a plurality of NFC tags, wherein each NFC tag is coupled to a life vest or its packaging; and wherein each NFC tag is configured to communicate with one of the plurality of NFC readers; wherein the cabin management system is configured to present a graphical user interface on the display that depicts a representation of at least a portion of the airplane cabin and a plurality of life vest indicators, wherein each life vest of the plurality of life vests is associated with one or more the life vest indicators; and wherein the cabin management system is configured to trigger the plurality of NFC readers. a cabin management system comprising a display; a plurality of near-field communication ("NFC") readers coupled to the cabin management system, wherein each of the NFC readers is disposed within the airplane at a designated seat row; a plurality of NFC tags, wherein each NFC tag is coupled to a life vest or its packaging; and wherein each NFC tag is configured to communicate with one of the plurality of NFC readers; wherein the cabin management system is configured to present a graphical user interface on the display that depicts a representation of at least a portion of the airplane cabin and a plurality of life vest indicators, wherein each life vest of the plurality of life vests is associated with one or more the life vest indicators; and wherein the cabin management system is configured to trigger the plurality of NFC readers.
A single-layer-type electrophotographic photosensitive member comprising a layer disposed on an electrically conductive substrate, the layer including at least a charge-generating material, an electron transport material, a hole transport material, and a binder resin within the same layer, wherein the charge-generating material contains a phthalocyanine pigment and N-type pigments including at least a perylene-based pigment and an azo-based pigment, and the total amount of the N-type pigments is 0.3 to 3 parts by mass relative to 1 part by mass of the phthalocyanine pigment.
A method for rendering an object in a system comprising a plurality of stereoscopic displays, the system corresponds to a global coordinate system and each of the plurality of stereoscopic displays corresponds to a local coordinate system, the method comprising: detecting postures and positions of the plurality of stereoscopic displays and tracking positions of a user's eyes in the global coordinate system; calculating transform matrices between the local coordinate systems of the stereoscopic displays and the global coordinate system based on the postures and positions of the plurality of stereoscopic displays by using geometry technique (S104, S307); determining a position of the object in the global coordinate system; transforming the position of the object to local coordinates of the plurality of stereoscopic displays using the transform matrices; determining one of the plurality of stereoscopic displays in whose local coordinate system the position of the object is within a viewing frustum defined by the positions of the user's eyes to a boundary of the one of the plurality of stereoscopic displays; and rendering the object on the determined stereoscopic display, characterized by further comprising in response to an input from the user to change the position of the object in the global coordinate system, upon detection of the changed position being out of the viewing frustum of the determined stereoscopic display, rendering the object at the changed position in the global coordinate system on another one among the plurality of stereoscopic displays. detecting postures and positions of the plurality of stereoscopic displays and tracking positions of a user's eyes in the global coordinate system; calculating transform matrices between the local coordinate systems of the stereoscopic displays and the global coordinate system based on the postures and positions of the plurality of stereoscopic displays by using geometry technique (S104, S307); determining a position of the object in the global coordinate system; transforming the position of the object to local coordinates of the plurality of stereoscopic displays using the transform matrices; determining one of the plurality of stereoscopic displays in whose local coordinate system the position of the object is within a viewing frustum defined by the positions of the user's eyes to a boundary of the one of the plurality of stereoscopic displays; and rendering the object on the determined stereoscopic display, characterized by further comprising in response to an input from the user to change the position of the object in the global coordinate system, upon detection of the changed position being out of the viewing frustum of the determined stereoscopic display, rendering the object at the changed position in the global coordinate system on another one among the plurality of stereoscopic displays.
An information terminal comprising: a display unit configured to display an image; a captured image storing unit configured to store a captured image showing a state in which one or more objects are displayed on the display unit; and an image control unit configured to cause the display unit to display the captured image in accordance with an operation of scrolling by a user, wherein the image control unit is configured to cause the display unit to display one or more objects corresponding to a captured image stored in the captured image storing unit, at an end point of the scrolling performed by the user, while superimposing the one or more objects on a background image, and wherein, in a case where either the period during which, or else the number of times, an image is displayed by the display unit without change of arrangement of an object displayed while being superimposed on the background image is equal to or greater than a threshold, the image control unit is configured to cause the captured image storing unit to store a captured image corresponding to the image that is currently displayed. a display unit configured to display an image; a captured image storing unit configured to store a captured image showing a state in which one or more objects are displayed on the display unit; and an image control unit configured to cause the display unit to display the captured image in accordance with an operation of scrolling by a user, wherein the image control unit is configured to cause the display unit to display one or more objects corresponding to a captured image stored in the captured image storing unit, at an end point of the scrolling performed by the user, while superimposing the one or more objects on a background image, and wherein, in a case where either the period during which, or else the number of times, an image is displayed by the display unit without change of arrangement of an object displayed while being superimposed on the background image is equal to or greater than a threshold, the image control unit is configured to cause the captured image storing unit to store a captured image corresponding to the image that is currently displayed.
A protection apparatus comprising a protection circuit connected in series between a power supply and a load, wherein said protection circuit comprises a thermal fuse with a predetermined operating temperature, activated in response to sensing overheating of the power supply and/or load, and an electrosensitive fuse connected in parallel with said thermal fuse, and activated at a predetermined operating current, said electrosensitive fuse adapted to be activated only after said thermal fuse is activated at the predetermined operating temperature; characterised in that said thermal fuse is used in a range exceeding the rated voltage value and the rated current value of said thermal fuse, said electrosensitive fuse is any of a time lag type, glass tube type, high voltage withstanding type, and direct current voltage type, qualified as a general purpose fuse, and the internal resistance of the electrosensitive fuse is higher than the internal resistance of the thermal fuse whilst ensuring a main current of the load is distributed between the electrosensitive fuse and thermal fuse in normal operation.
An apparatus (130; 200) for connection to a load circuit comprising an energy source (102; 202) for providing a load current to a load (104; 204), the apparatus comprising: a pair of conductors (110; 210) disposed with a gap therebetween, wherein an arc (122; 222) is sporadically supported across said gap, the arc including load current from the load circuit; an electrode assembly (126; 226) comprising at least one electrode laterally offset from said gap; and an energy source (128; 228) that is separate from the load circuit and configured to selectively charge said at least one electrode of said electrode assembly so as to establish an electric field, wherein said conductors and electrode assembly are configured such that the arc, when present, will be lengthened due to the electric field established by the charge on said at least one electrode of said electrode assembly in the vicinity of the arc. a pair of conductors (110; 210) disposed with a gap therebetween, wherein an arc (122; 222) is sporadically supported across said gap, the arc including load current from the load circuit; an electrode assembly (126; 226) comprising at least one electrode laterally offset from said gap; and an energy source (128; 228) that is separate from the load circuit and configured to selectively charge said at least one electrode of said electrode assembly so as to establish an electric field, wherein said conductors and electrode assembly are configured such that the arc, when present, will be lengthened due to the electric field established by the charge on said at least one electrode of said electrode assembly in the vicinity of the arc.
A watch type terminal comprising: a main body; a touch screen provided on a front surface of the main body and configured to display time information; and a controller configured to: receive an input for selecting a specific time range included in the displayed time information, wherein the terminal is characterised in that the controller is further configured to: display event information (1033, 1034, 1035) corresponding to at least one event generated within the specific time range on a partial region of the screen, and display event information (1010, 1020, 1021, 1040, 1050) corresponding to at least one event generated within a time range excluding the specific time range on a remaining region excluding the partial region in a reduced manner. a main body; a touch screen provided on a front surface of the main body and configured to display time information; and a controller configured to: receive an input for selecting a specific time range included in the displayed time information, wherein the terminal is characterised in that the controller is further configured to: display event information (1033, 1034, 1035) corresponding to at least one event generated within the specific time range on a partial region of the screen, and display event information (1010, 1020, 1021, 1040, 1050) corresponding to at least one event generated within a time range excluding the specific time range on a remaining region excluding the partial region in a reduced manner. display event information (1033, 1034, 1035) corresponding to at least one event generated within the specific time range on a partial region of the screen, and display event information (1010, 1020, 1021, 1040, 1050) corresponding to at least one event generated within a time range excluding the specific time range on a remaining region excluding the partial region in a reduced manner.
Method for the in vitro generation of pluripotent cells (Oct4+; nanog+; Sox2+; Klf4+; c-myc+), said method comprising a) providing a population of tendon perivascular cells and/or ligament perivascular cells; b) cultivating the tendon perivascular cells and/or ligament perivascular cells of a) in a medium for a time sufficient for a tenosphere to form; c) recovering pluripotent cells (Oct4+; nanog+; Sox2+; Klf4+; c-myc+) from the tenosphere. a) providing a population of tendon perivascular cells and/or ligament perivascular cells; b) cultivating the tendon perivascular cells and/or ligament perivascular cells of a) in a medium for a time sufficient for a tenosphere to form; c) recovering pluripotent cells (Oct4+; nanog+; Sox2+; Klf4+; c-myc+) from the tenosphere.