mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: determining, by a controller associated with a cell of a cellular communication system, a common transmission direction on the basis of traffic condition metrics acquired for the cell and for a set of neighboring cells, wherein the common transmission direction is common to a cell cluster comprising the cell and the set of neighboring cells; determining, by the controller, a traffic asymmetry metric for the cell, the traffic asymmetry metric representing asymmetry between uplink and downlink traffic in the cell; comparing, by the controller, the traffic asymmetry metric with a threshold; upon determining, by the controller on the basis of the comparison, that the traffic asymmetry metric is one of greater and lower than the threshold, selecting a first transmission direction for a time interval, wherein the time interval is a time slot or a sub-frame of a radio frame; and upon determining, by the controller on the basis of the comparison, that the traffic asymmetry metric is the other one of greater and lower than the threshold, selecting for the time interval the common transmission direction different from the first transmission direction; and causing data communication to the selected transmission direction in the cell during the time interval. determining, by a controller associated with a cell of a cellular communication system, a common transmission direction on the basis of traffic condition metrics acquired for the cell and for a set of neighboring cells, wherein the common transmission direction is common to a cell cluster comprising the cell and the set of neighboring cells; determining, by the controller, a traffic asymmetry metric for the cell, the traffic asymmetry metric representing asymmetry between uplink and downlink traffic in the cell; comparing, by the controller, the traffic asymmetry metric with a threshold; upon determining, by the controller on the basis of the comparison, that the traffic asymmetry metric is one of greater and lower than the threshold, selecting a first transmission direction for a time interval, wherein the time interval is a time slot or a sub-frame of a radio frame; and upon determining, by the controller on the basis of the comparison, that the traffic asymmetry metric is the other one of greater and lower than the threshold, selecting for the time interval the common transmission direction different from the first transmission direction; and causing data communication to the selected transmission direction in the cell during the time interval.
A bus participant device for receiving and sending data telegrams via a serial data bus according to a master/slave method, characterized in that the bus participant device comprises - a master unit, - a slave unit with -- a Slave-Stack, -- a Slave-Controller and - a master control unit, - a function changer, controllable by the slave unit, and - an internal communication means for direct communication between the master unit and slave unit, wherein the master unit of the bus participant device is configured to perform the monitoring of the data traffic on the data bus needed to assume the function of a previous master unit by the master unit of the bus participant device, wherein the slave unit and the master unit, which is only activated for reading, are switchable in a second switching mode to the data bus, wherein monitoring outputs are communicable from the master unit to the slave unit, wherein a switching to or from the data bus is effectable by the function changer as a reaction to a change-over signal from the slave unit, wherein the master unit of the bus participant device is monitorable and activatable and deactivatable by the slave unit of the bus participant device on the basis of data telegrams on the data bus. - a master unit, - a slave unit with -- a Slave-Stack, -- a Slave-Controller and - a master control unit, -- a Slave-Stack, -- a Slave-Controller and - a master control unit, - a function changer, controllable by the slave unit, and - an internal communication means for direct communication between the master unit and slave unit,
A method for protecting an electronic device, executing an application via a virtual machine, against fault injection attacks, the execution of the application implementing a volatile memory pool in which variables (var1, var2, var3) used by the application are read and/or stored, the electronic device comprising a non-volatile memory in which a plurality of applications is stored, the method comprising the following steps: - determining at least one application called generic application among the stored applications, comprising the reading of a header value of a package of the non-volatile memory containing said generic application, the header value making it possible to discriminate said generic application relative to at least one secure application among the stored applications; - applying a secure execution mode on said generic application, comprising a securing of the variables read/stored in the volatile memory pool. - determining at least one application called generic application among the stored applications, comprising the reading of a header value of a package of the non-volatile memory containing said generic application, the header value making it possible to discriminate said generic application relative to at least one secure application among the stored applications; - applying a secure execution mode on said generic application, comprising a securing of the variables read/stored in the volatile memory pool.
A catalyst composition for the polymerization of olefins, said catalyst composition essentially consisting of; i. a solid pro-catalyst component containing titanium (Ti), magnesium (Mg) and at least one internal electron donor; ii. a co-catalyst component comprising a mixture of at least two trialkyl aluminum compounds selected from the group consisting of triethyl aluminum, triisobutyl aluminum and trioctyl aluminum, said co-catalyst component comprises at least one said trialkyl aluminum compound in an amount of at least 10 mole percent, based on the total amount of the co-catalyst component; and iii. at least one external electron donor selected from the group of compounds consisting of alkoxysilanes and carboxylic acid esters. i. a solid pro-catalyst component containing titanium (Ti), magnesium (Mg) and at least one internal electron donor; ii. a co-catalyst component comprising a mixture of at least two trialkyl aluminum compounds selected from the group consisting of triethyl aluminum, triisobutyl aluminum and trioctyl aluminum, said co-catalyst component comprises at least one said trialkyl aluminum compound in an amount of at least 10 mole percent, based on the total amount of the co-catalyst component; and iii. at least one external electron donor selected from the group of compounds consisting of alkoxysilanes and carboxylic acid esters.
A control device for a vehicle opening/closing body, comprising: an electronic control unit configured to measure a speed of an opening/closing body of a vehicle, determine an opening/closing direction in which the opening/closing body is operated, characterized in that, the electronic control unit is configured to further measure a position of an opening/closing body, measure a movement amount of the opening/closing body and operate the opening/closing body in the determined opening/closing direction with use of a drive unit when, the speed of the opening/closing body measured at the measured position of the opening/closing body is equal to or higher than a speed threshold at the measured position and the movement amount of the opening/closing body from the measured position is equal to or larger than a movement amount threshold at the measured position, wherein the speed threshold is a value that changes according to the position of the opening/closing body
A bioprinter system comprising a printbed, at least one of an exchangeable and/or fixed toolhead, a cell culture monitor device, the device comprising a camera arranged to provide images of a cell culture or construct at the printbed, and a processing element arranged to monitor cell status in the cell culture at the printbed or to monitor the construct at the printbed based on the provided images, characterized in that the monitor device is integrated with the printbed of the bioprinter. a printbed, at least one of an exchangeable and/or fixed toolhead, a cell culture monitor device, the device comprising a camera arranged to provide images of a cell culture or construct at the printbed, and a processing element arranged to monitor cell status in the cell culture at the printbed or to monitor the construct at the printbed based on the provided images, characterized in that the monitor device is integrated with the printbed of the bioprinter.
Butt bag made of a flexible plastic film where the bottom edge is folded or welded to the bottom of the bag, both side edges are welded together and the top edges, which can be opened, are fitted with a zip fastener or adhesive, where in both inner sides of the bag have close to the opening heat resisting and insulating plates, the finished cigarette can be extinguished by placing the growing tip between the plates and pressing them together with a thumb and a finger, characterized in that on the outsides of the bag and in line with plates there are plastic loops, with the loops ends and the plates welded to each side of the bag and the loops shaped to allow a thumb and a finger to hook into each one such that the bag zip fastener or adhesive can be opened by spreading the thumb and finger.
A wiring substrate comprising a layered structure including one or more insulation layers (31, 33) and one or more conductor layers (32,34), a plurality of connection terminals formed on the layered structure so as to be separated from one another; and a filling member filled between the connection terminals; wherein each of the connection terminals has an upper surface and a side surface, the side surface being composed of a contact surface (T1a) which is in contact with the filling member, and a spaced surface (T1b) which is not in contact with the filling member and which is located above the contact surface (T1a) and below a top surface of the filling member; the thickness of the filling member is smaller than the thickness of each connection terminal; the wiring substrate being characterized in that for each of the connection terminals, a metal plating layer is formed on the upper surface and the spaced surface (T1b) thereof; the layered structure has a solder resist layer stacked on the front surface side of the filling member and having an opening through which the connection terminals are exposed, and covering the one or more conductor layers (32,34) connected to the connection terminals, a space is provided between the spaced surface (T1b) and the filling member, the space having a depth of 6 μm or less and a width of 6 μm or less, and the metal plating layer having entered the space. a layered structure including one or more insulation layers (31, 33) and one or more conductor layers (32,34), a plurality of connection terminals formed on the layered structure so as to be separated from one another; and a filling member filled between the connection terminals; wherein each of the connection terminals has an upper surface and a side surface, the side surface being composed of a contact surface (T1a) which is in contact with the filling member, and a spaced surface (T1b) which is not in contact with the filling member and which is located above the contact surface (T1a) and below a top surface of the filling member; the thickness of the filling member is smaller than the thickness of each connection terminal; the wiring substrate being characterized in that for each of the connection terminals, a metal plating layer is formed on the upper surface and the spaced surface (T1b) thereof; the layered structure has a solder resist layer stacked on the front surface side of the filling member and having an opening through which the connection terminals are exposed, and covering the one or more conductor layers (32,34) connected to the connection terminals, a space is provided between the spaced surface (T1b) and the filling member, the space having a depth of 6 μm or less and a width of 6 μm or less, and the metal plating layer having entered the space.
Conductor connection terminal, comprising: a) at least one insulating material housing which has at least one conductor insertion opening for inserting an electrical conductor into the insulating material housing, b) at least one contact insert (3, 4) which is arranged at least predominantly inside the insulating material housing and which has at least one clamping spring, c) at least one actuating lever which is formed as a component separate from the insulating material housing and by means of which the clamping spring can be deflected, the actuating lever being pivotable at least from an open position into a closed position and vice versa, d) wherein the insulating material housing has at least one main housing part and one cover part as separate components, which can be positively fixed to the main housing part by means of at least one positive-locking element, wherein the main housing part has an upper side, on which the actuating lever projects out of the main housing part at least in the open position, and a lower side opposite the upper side, wherein the main housing part has a plurality of vertical walls (82, 83, 84), the cover part having the at least one conductor insertion opening, characterized in that a lateral fixing element is arranged on at least one vertical wall (82, 83, 84), by means of which the cover part can be fixed laterally to the main housing part by positive locking. a) at least one insulating material housing which has at least one conductor insertion opening for inserting an electrical conductor into the insulating material housing, b) at least one contact insert (3, 4) which is arranged at least predominantly inside the insulating material housing and which has at least one clamping spring, c) at least one actuating lever which is formed as a component separate from the insulating material housing and by means of which the clamping spring can be deflected, the actuating lever being pivotable at least from an open position into a closed position and vice versa, d) wherein the insulating material housing has at least one main housing part and one cover part as separate components, which can be positively fixed to the main housing part by means of at least one positive-locking element,
Method for operating a driver assistance system for the assisted or automated driving of a motor vehicle, comprising a chassis with at least one actuator (3, 4) for changing a roll angle of the motor vehicle, wherein the method comprises the steps performed by the driver assistance system: - determining a future driving manoeuvre depending on the detected user activity of the driver and/or detected environmental data and/or specification of a navigation system, - notifying the driver about the future driving manoeuvre by controlling the actuator (3, 4) to change the roll angle, and - performing the driving manoeuvre by controlling lengthways and/or sideways guiding vehicle systems. - determining a future driving manoeuvre depending on the detected user activity of the driver and/or detected environmental data and/or specification of a navigation system, - notifying the driver about the future driving manoeuvre by controlling the actuator (3, 4) to change the roll angle, and - performing the driving manoeuvre by controlling lengthways and/or sideways guiding vehicle systems.
Lighting device (1; 20; 23; 26; 30; 36; 40), having a curved base (3; 16; 27; 31; 41) and at least one lighting module (2; 21; 24; 32; 38; 42; 44), having at least one flexible, in particular strip-like carrier (4; 25; 34; 39) for a plurality of heat sources, including light sources, the carrier (4; 25; 34; 39) being provided to be bent over at least part of its width, the lighting module (2; 21; 24; 32; 38; 42; 44) being fixed, at least in some areas, flatly to the base (3; 16; 27; 31; 41) by its part bent in its width, characterized in that the base is constructed in the form of a tube (3; 16; 27; 31) and the at least one lighting module (2; 21; 24; 32; 44) is arranged longitudinally in the tube (3; 16; 27; 31) such that the at least one lighting module (2; 21; 24; 32; 44) is at least partly attached to a curved inner side of the tube (3; 16; 27; 31).
A manufacturing method of manufacturing a headwear, comprising the steps, irrespective of order, of: (a) providing a mould including at least two mould parts (200A, 200B) having first and second moulding surfaces which are complementarily profiled to give shape to said headwear; (b) shaping a first substrate in the mould resulting in the first substrate having a non-planar profile which matches at least a portion of the profile of the moulding surfaces; (c) shaping a second substrate in the mould resulting in the second substrate having a non-planar profile which matches the profile of the moulding surfaces; (d) overlaying the first substrate on the second substrate and matching their non-planar profile to form a combined substrate; (e) placing a third substrate in the mould with the combined substrate, sandwiching the first substrate; and (f) shaping the third substrate with the combined substrate in the mould resulting in the third substrate having a non-planar profile which matches the profile of the moulding surfaces, thereby forming a seamless structure for said headwear. (a) providing a mould including at least two mould parts (200A, 200B) having first and second moulding surfaces which are complementarily profiled to give shape to said headwear; (b) shaping a first substrate in the mould resulting in the first substrate having a non-planar profile which matches at least a portion of the profile of the moulding surfaces; (c) shaping a second substrate in the mould resulting in the second substrate having a non-planar profile which matches the profile of the moulding surfaces; (d) overlaying the first substrate on the second substrate and matching their non-planar profile to form a combined substrate; (e) placing a third substrate in the mould with the combined substrate, sandwiching the first substrate; and (f) shaping the third substrate with the combined substrate in the mould resulting in the third substrate having a non-planar profile which matches the profile of the moulding surfaces, thereby forming a seamless structure for said headwear.
A comestible product comprising a continuous bakery portion and, optionally, one or more discrete inclusions, wherein the continuous bakery portion has a total fat content of less than 30 wt% and comprises: (i) one or more sources of cocoa butter or cocoa butter equivalent in a total amount of from 0.5 to 10 wt%, and (ii) a sorbitan monoester selected from the group consisting of sorbitan monomyristate, sorbitan monopalmitate, sorbitan monostearate, sorbitan monoarachidate, and mixtures of two or more thereof, wherein the continuous bakery portion comprises less than 5 wt% trans fatty acids by weight of the fatty acids present in the continuous bakery portion, and less than 45 wt% saturated fat by weight of the fatty acids present in the continuous bakery portion, wherein the sorbitan monoester is present in an amount of from 0.2 wt% to 3 wt% of the continuous bakery portion, and wherein the comestible product is a soft cake, a cookie or a biscuit. (i) one or more sources of cocoa butter or cocoa butter equivalent in a total amount of from 0.5 to 10 wt%, and (ii) a sorbitan monoester selected from the group consisting of sorbitan monomyristate, sorbitan monopalmitate, sorbitan monostearate, sorbitan monoarachidate, and mixtures of two or more thereof,
A method for producing a polypeptide in a continuous cell culture, said method comprising (a) culturing mammalian cells expressing the polypeptide in a continuous cell culture system, wherein said cell culture system comprises a cell retention device and has a dilution rate of less than 2 d -1 and a cell density of less than 2 X 10 7 cell/mL; and (b) recovering said polypeptide from medium removed from said cell culture system; wherein said cells are genetically modified to express a disintegrin-like and metallopeptidase with thrombospondin type 1 motif 13 (ADAMTS13) protein. (a) culturing mammalian cells expressing the polypeptide in a continuous cell culture system, wherein said cell culture system comprises a cell retention device and has a dilution rate of less than 2 d -1 and a cell density of less than 2 X 10 7 cell/mL; and (b) recovering said polypeptide from medium removed from said cell culture system;
Method for controlling a cantilever lift which has a pivotable, raisable and/or a lowerable loading platform, wherein at least one position of the loading platform is determined by virtue of multiple measurement values determined temporally in succession by an angle sensor being taken into consideration for the determination of a particular position of the loading platform, characterized in that, in a non-actuated state of the loading platform, the angle sensor successively determines multiple angle values and, from these, an average value is formed by mean value formation, which average value corresponds or approximates to the pivot angle of the loading platform.
Street light having an interface for wireless communication with a vehicle which is located in a detection region of the street light, wherein the interface is configured for bidirectional data communication with the vehicle, and a control device which actuates lighting means of the light depending on the bidirectional communication with the vehicle, characterised in that the light is configured to increase a luminous flux in a direction along which a vehicle moves and to transmit information to the vehicle, from which information an increase in the luminous flux along the direction of movement of the vehicle results for the vehicle. a control device which actuates lighting means of the light depending on the bidirectional communication with the vehicle, characterised in that the light is configured to increase a luminous flux in a direction along which a vehicle moves and to transmit information to the vehicle, from which information an increase in the luminous flux along the direction of movement of the vehicle results for the vehicle.
Sunshade assembly, to be mounted under a glass panel of a roof of a vehicle, said assembly comprising a sunshade panel, a sunshade frame, comprising lateral guiding means for guiding said sunshade panel as well as a front portion, a sunshade bar, for moving the sunshade panel between a closed state and an open state, fixed to the sunshade panel and arriving at the level of the front portion of the sunshade frame when the sunshade panel is fully closed, characterised in that the sunshade assembly also comprises electrical switching means to bring electricity to the sunshade panel only in the fully closed state, said electrical switching means comprising fixed contacts, provided on the frame as well as corresponding movable contacts, provided on the sunshade bar such that the fixed contacts and the moveable contacts are electrically closed in the fully closed state of the sunshade panel.
An additive manufacturing apparatus for building an object by layerwise consolidation of material, the apparatus comprising a build enclosure containing a build support (102, 110) for supporting the object during the build, a material source arranged to provide material to selected locations for consolidation, a radiation device (105, 105) for generating and directing radiation to consolidate the material at the selected locations and a passive acoustic sensing system comprising an acoustic emission sensor, characterised in that the acoustic emission sensor is coupled physically to the build support (102, 110) to detect structure-borne waves generated in the build enclosure that travel through the build support (102, 110), the structure-borne waves indicative of at least one condition of the building process and/or the object.