mhurhangee/ep-ind-claims huggingface dataset:
Backlighting device for a screen for a television, mobile phone, wherein the backlighting device comprises a plurality of clusters of light sources, wherein all light sources are LED light sources, each cluster comprising: - a first light source adapted to emit light having a peak wavelength between 600 and 630 nm; - a second light source adapted to emit light having a peak wavelength between 510 and 530 nm; - a third light source adapted to emit light having a peak wavelength between 440 and 460 nm; wherein the light emitted by at least the second light source has a full-width at half maximum, FWHM, bandwidth of less than 10 nm and an intensity of the peak wavelength of the third light source is less than 200% of the maximum of either of the peaks of the first or second light sources. - a first light source adapted to emit light having a peak wavelength between 600 and 630 nm; - a second light source adapted to emit light having a peak wavelength between 510 and 530 nm; - a third light source adapted to emit light having a peak wavelength between 440 and 460 nm;
An assembly for the movement and transport of agricultural products, of the type of grass, hay, forage, and the like, previously cut and distributed randomly on a surface of the type of agricultural land and the like, comprising a carriage that can be coupled to a drive unit, with said carriage elements being associated for lifting and placing agricultural products on at least one conveyor belt, which is facing and proximate to said lifting and placing elements and mobile along a predefined direction of operation, which is substantially transverse to the axis of symmetry of said carriage, for the movement and deposit of the agricultural products in a predefined region adjacent to one of the two margins of the belt, means of translational motion of said belt, with respect to said lifting and placing elements, along said predefined direction, for the selective variation of the placement of the predefined region for the deposit and accumulation of the entire mass of previously-cut agricultural products, said lifting and placing elements comprising at least one row of rotating aligned teeth, parallel to said predefined direction of operation, for the lifting of the previously-cut agricultural products and their delivery on said belt, and comprising at least two of said conveyor belts and at least two of said lifting and placing elements, which are mutually opposite with respect to said axis of symmetry, each one of said belts facing and being proximate to at least one respective row of rotating aligned teeth of a respective said lifting and placing element, parallel to said predefined direction of operation, the assembly comprising an apparatus for the movement of each one of said belts and of said rows of teeth, from at least one first configuration, in which each one of said belts and of said rows of teeth is arranged substantially horizontally and proximate to the ground, for the lifting, movement, and deposit in the predefined region of the agricultural products, to at least one second configuration, in which each one of said belts and of said rows of teeth is arranged substantially vertically and proximate to said carriage, for limiting the working or transport width, and vice versa, characterised in that said movement apparatus comprises a pair of supporting arms, a first end of each one of said arms being pivoted to said carriage, about a first rotation axis, on the opposite side with respect to a power take-off, which is supported by said carriage and can be associated with the drive unit, a second end of each one of said arms, which is opposite to said first end, being articulated to a respective supporting structure of said corresponding belt and of said corresponding row of teeth, wherein each one of said supporting structures comprises a profiled element, which is articulated to said respective arm at said second end about a second rotation axis, which is substantially parallel to said axis of symmetry, at the opposite end with respect to said arms each profiled element being rotatably coupled to a reticular frame for supporting said respective belt and said corresponding row of teeth, about a third rotation axis.
A facility managing mobile control unit adapted to be moved to a plurality of premises, the facility managing mobile control unit comprising: a central security monitoring system adapted to communicate with a facility system of each of the plurality of premises, the central security monitoring system adapted to monitor a security system of the facility system, and to receive a security alert signal from the security system; wherein the facility managing mobile control unit is adapted to be moved to one of the plurality of premises when alerted by the facility system of the one of the plurality of premises; characterised in that the facility managing mobile control unit further comprises a Global Positioning System device adapted to determine the location of the facility managing mobile control unit; wherein the facility managing mobile control unit is configured to communicate with another facility managing mobile control unit and adapted to make available its movement and location to another facility managing mobile control unit and configured to receive another facility managing mobile control unit's location. a central security monitoring system adapted to communicate with a facility system of each of the plurality of premises, the central security monitoring system adapted to monitor a security system of the facility system, and to receive a security alert signal from the security system; wherein the facility managing mobile control unit is adapted to be moved to one of the plurality of premises when alerted by the facility system of the one of the plurality of premises; characterised in that the facility managing mobile control unit further comprises a Global Positioning System device adapted to determine the location of the facility managing mobile control unit; wherein the facility managing mobile control unit is configured to communicate with another facility managing mobile control unit and adapted to make available its movement and location to another facility managing mobile control unit and configured to receive another facility managing mobile control unit's location.
A method for automatically configuring a 3D sensor for safe object tracking with the aim of the configuration to find a detection area within a detection range of the 3D sensor in which possible safety-critical objects move and to which the object tracking is restricted, wherein at least one 3D image is recorded with the 3D sensor and the detection area is determined on the basis of the at least one 3D image, wherein the term safe means the fulfillment of requirements of a safety standard for non-contact protective equipment or machine safety for accident prevention, characterized in that in the at least one 3D image, image points are identified that correspond to a reference surface, in particular floor plane, for which the distance measured by the image point is that of the reference surface except for a noise tolerance, and the detection area is defined as the union of these pixels or as the union of these pixels processed with a filter, the detection area being expanded, rounded or reduced, being given a regular shape, or inaccessible areas of the reference surface or irrelevant objects being excluded by the filter, and in that an image sequence with a plurality of 3D images is recorded while objects move through the detection area, in that image points corresponding to the reference surface are repeatedly identified on the basis of the 3D images from the image sequence, in order to also detect temporarily obscured parts of the reference surface because objects have moved on, and in that image points are determined in which the respectively measured distance over the 3D images of the image sequence changes by more than a noise tolerance, and these image points are added to the detection area.
An ex vivo method for obtaining a mesenchymal stromal cell, the method comprising (a) isolating the stromal Wharton's Jelly or a fraction thereof from an umbilical cord, wherein the stromal Wharton's jelly is the Wharton's Jelly of the umbilical cord that excludes the perivascular area; (b) subjecting the stromal Wharton's Jelly or fraction thereof to enzymatic treatment comprising the enzyme collagenase in the presence of platelet lysate, thereby releasing at least one cell from the stromal Wharton's Jelly or fraction thereof; wherein step (b) is followed by a step (c): (c) expanding said at least one cell in a growth medium comprising platelet lysate. (a) isolating the stromal Wharton's Jelly or a fraction thereof from an umbilical cord, wherein the stromal Wharton's jelly is the Wharton's Jelly of the umbilical cord that excludes the perivascular area; (b) subjecting the stromal Wharton's Jelly or fraction thereof to enzymatic treatment comprising the enzyme collagenase in the presence of platelet lysate, thereby releasing at least one cell from the stromal Wharton's Jelly or fraction thereof;
A provider network, comprising; a network substrate; a plurality of multi-tenant host devices (310A-310C), wherein each host device includes a plurality of client resource instances (314A-314C), wherein each client resource instance is assigned to one of a plurality of clients of the provider network, and wherein at least two client resource instances on at least one host device are assigned to different ones of the plurality of clients; and one or more computing devices implementing an overlay network analysis service; whe rein each host device is configured to collect performance data for one or more overlay network tunnels, wherein each overlay network tunnel carries overlay network packets from a respective host device to another one of the host devices over the network substrate, wherein an overlay network protocol, used by the overlay network tunnels and according to which client data packets are encapsulated into overlay network packets and sent over an overlay network, is extended to include additional information to enable acknowledgement of received overlay network packets, wherein each overlay network packet on the respective overlay network tunnel includes a client data packet including client data obtained from one of the client resource instances on the respective host device and targeted at one of the client resource instances on the other host device and overlay network metadata including: information for routing the overlay network packet including the client data packet in the network overlay over the network substrate via the overlay network tunnels, and the additional information included in the extended overlay network protocol; wherein the host devices are configured to determine the performance data for the one or more overlay network tunnels according to the information for routing the overlay network packets and the additional information included in the extended overlay network protocol; wherein the performance data includes round-trip times determined by the host devices for overlay network packets delivered via the overlay network tunnels; and wherein the overlay network analysis service is configured to: obtain the performance data from the plurality of host devices; and generate performance information or performance metrics for the overlay network according to the obtained performance data, wherein the performance information or performance metrics includes a latency metric for the overlay network tunnels calculated according to the determined round-trip times for the tunnels. obtain the performance data from the plurality of host devices; and generate performance information or performance metrics for the overlay network according to the obtained performance data, wherein the performance information or performance metrics includes a latency metric for the overlay network tunnels calculated according to the determined round-trip times for the tunnels.
A method of using interaction activity information in a second apparatus, the method comprising: searching for external apparatuses that can communicate with the second apparatus; displaying a list of the found external apparatuses; receiving a selection of a first apparatus from among the found external apparatuses, and connecting the second apparatus to the first apparatus; displaying second information representing previously stored interaction activity information indicating at least one of functions that the first apparatus can perform among functions of the second apparatus, the second information being displayed with the list of the found external apparatuses indicating that the first apparatus is selected; receiving a selection signal regarding a predetermined function of the displayed second information; and transmitting an instruction that the first apparatus performs the selected function of the second apparatus, to the first apparatus, in response to the selection signal. searching for external apparatuses that can communicate with the second apparatus; displaying a list of the found external apparatuses; receiving a selection of a first apparatus from among the found external apparatuses, and connecting the second apparatus to the first apparatus; displaying second information representing previously stored interaction activity information indicating at least one of functions that the first apparatus can perform among functions of the second apparatus, the second information being displayed with the list of the found external apparatuses indicating that the first apparatus is selected; receiving a selection signal regarding a predetermined function of the displayed second information; and transmitting an instruction that the first apparatus performs the selected function of the second apparatus, to the first apparatus, in response to the selection signal.
A medical container content detection system, comprising a container content sensor device for arrangement in a sterilization container, wherein the container content sensor device comprises a carrier and at least one sensor (32, 52) arranged or formed on the carrier for detecting at least one identification element which is arranged or formed on an object stored in the sterilization container for the identification thereof, and a carrier module arranged on the carrier which includes a detection device for detecting at least one detected identification element and is arranged for the purpose of wirelessly transmitting information about the object identified by the detected identification element to the outside of the sterilization container; characterized by a screen basket comprising at least one storing means for at least one object to be stored in the screen basket, said screen basket being adapted to be introduced to the sterilization container, wherein the container content sensor device is arranged or retained in the screen basket, the screen basket or a section of the screen basket forms an antenna or can be used as antenna, into which a detection signal of at least one detected identification element can be coupled.
System for delivering an N 2 O/O 2 gas mixture of nitrous oxide (N 2 O) and oxygen (O 2) comprising a gas container containing said N 2 O/O 2 mixture containing an N 2 O content between 40 and 60 mol%, and oxygen for the remainder, fluidically connected to a gas delivery device, wherein the gas delivery device comprises: - an internal gas passage for transporting the gas within the gas delivery device, said internal gas passage comprising a gas inlet and divides into a first branch and a second branch each equipped with a gas outlet (10, 11), - analysis means for measuring an oxygen content of the N 2 O/O 2 gas mixture and providing the measured content to control means, - control means configured to compare the measured oxygen content (TOx meas) provided by the analysis means to a desired oxygen content (TOx fix), - means for monitoring the supply of gas which are designed to prevent or interrupt the delivery of the gas by the gas delivery device when the control means determine a measured oxygen content (TOx meas) different from the desired oxygen content (TOx fix), - a man-machine interface configured to enable one user at least to select a method of delivery of the gas mixture in terms of flow rate or pressure, and - switching means to supply gas to the first branch or, alternatively, to the second branch of the internal gas passage depending on the method of delivery selected by the user on the man-machine interface. - an internal gas passage for transporting the gas within the gas delivery device, said internal gas passage comprising a gas inlet and divides into a first branch and a second branch each equipped with a gas outlet (10, 11), - analysis means for measuring an oxygen content of the N 2 O/O 2 gas mixture and providing the measured content to control means, - control means configured to compare the measured oxygen content (TOx meas) provided by the analysis means to a desired oxygen content (TOx fix), - means for monitoring the supply of gas which are designed to prevent or interrupt the delivery of the gas by the gas delivery device when the control means determine a measured oxygen content (TOx meas) different from the desired oxygen content (TOx fix), - a man-machine interface configured to enable one user at least to select a method of delivery of the gas mixture in terms of flow rate or pressure, and - switching means to supply gas to the first branch or, alternatively, to the second branch of the internal gas passage depending on the method of delivery selected by the user on the man-machine interface.
Method for managing the speed regulation of a vehicle equipped with at least one regulation system, the method comprising: - a step of reception of a signal from a line departure warning device, said signal corresponding to information concerning the crossing of a marking line on the ground by the vehicle, in which the regulation is managed as a function of the signal received from said line departure warning device. - a step of reception of a signal from a line departure warning device, said signal corresponding to information concerning the crossing of a marking line on the ground by the vehicle,
A method for determining steering deadband and for eliminating starting drag in a vehicle having at least one steered wheel mechanically connected to an actuator, comprising: a) from a first initial position, wherein the actuator is in a middle position and is biased toward a second direction, the actuator is moved toward a first direction, said first direction being opposite to the second direction, until a movement of the steered wheel is detected in a first deadband detection position of the actuator; b) the actual position of the actuator in the first deadband detection position is stored as a first deadband value Θ DB1, characterized in that c) after reaching the first deadband detection position, the actuator is moved further in the first direction by a predetermined Θ ESD1 first starting drag elimination angle to cause a predetermined movement of the at least one steering wheel and further mechanical parts connected thereto, including at least one brake arranged for braking the at least one steering wheel, arriving to a first starting drag elimination position. a) from a first initial position, wherein the actuator is in a middle position and is biased toward a second direction, the actuator is moved toward a first direction, said first direction being opposite to the second direction, until a movement of the steered wheel is detected in a first deadband detection position of the actuator; b) the actual position of the actuator in the first deadband detection position is stored as a first deadband value Θ DB1, characterized in that c) after reaching the first deadband detection position, the actuator is moved further in the first direction by a predetermined Θ ESD1 first starting drag elimination angle to cause a predetermined movement of the at least one steering wheel and further mechanical parts connected thereto, including at least one brake arranged for braking the at least one steering wheel, arriving to a first starting drag elimination position.
An endodontic instrument for anatomically shaping a root canal of a human tooth, - having a base portion, which can be mounted on a holding device and can be rotated around a reference axis, and - having a working part with an abrasive surface, which extends from the base portion and has an axis, wherein - at least a part of the working part is arranged angular with respect to the reference axis, wherein the reference axis corresponds to the central axis of the base portion and encloses an angle α with the central axis of the working part, and/or - at least a part of the working part is offset in parallel to the reference axis of the base portion by a distance r; characterised in that the working part is made of a flexible material having an upper yield strength of less than 200 MPa, preferably of 70 to 180 MPa, measured according to EN ISO 6892-1. - having a base portion, which can be mounted on a holding device and can be rotated around a reference axis, and - having a working part with an abrasive surface, which extends from the base portion and has an axis, wherein - at least a part of the working part is arranged angular with respect to the reference axis, wherein the reference axis corresponds to the central axis of the base portion and encloses an angle α with the central axis of the working part, and/or - at least a part of the working part is offset in parallel to the reference axis of the base portion by a distance r;
A method for manufacturing a silicon carbide semiconductor device comprising: a gate insulating film forming step of heating a silicon carbide substrate in an atmosphere containing oxygen, so as to form a gate insulating film on and in contact with said silicon carbide substrate; and a nitrogen annealing step of heating said silicon carbide substrate having said gate insulating film, at 1250°C or more in an atmosphere containing nitrogen and nitrogen monoxide, a value obtained by dividing partial pressure of said nitrogen monoxide by a total of partial pressure of said nitrogen and the partial pressure of said nitrogen monoxide in said nitrogen annealing step being more than 3% and less than 10%, a post-heat treatment step of heating said silicon carbide substrate having said gate insulating film in an inert gas atmosphere after said nitrogen annealing step, wherein in said post-heat treatment step, said silicon carbide substrate has a temperature higher than that of said silicon carbide substrate in said nitrogen annealing step. a gate insulating film forming step of heating a silicon carbide substrate in an atmosphere containing oxygen, so as to form a gate insulating film on and in contact with said silicon carbide substrate; and a nitrogen annealing step of heating said silicon carbide substrate having said gate insulating film, at 1250°C or more in an atmosphere containing nitrogen and nitrogen monoxide, a value obtained by dividing partial pressure of said nitrogen monoxide by a total of partial pressure of said nitrogen and the partial pressure of said nitrogen monoxide in said nitrogen annealing step being more than 3% and less than 10%, a post-heat treatment step of heating said silicon carbide substrate having said gate insulating film in an inert gas atmosphere after said nitrogen annealing step, wherein in said post-heat treatment step, said silicon carbide substrate has a temperature higher than that of said silicon carbide substrate in said nitrogen annealing step.