mhurhangee/ep-ind-claims huggingface dataset:
An industrial automation device (102, 700) comprising means for: receiving operational information associated with an industrial asset, wherein the operational information is received from a sensor device via a first wireless connection; transmitting the operational information to a cloud server via a second wireless connection; transmitting internal technical information associated with the industrial automation device (102, 700) to the cloud server via the second wireless connection; and adjusting one or more control parameter settings of the industrial automation device (102, 700) based on the received operational information and the internal technical information. receiving operational information associated with an industrial asset, wherein the operational information is received from a sensor device via a first wireless connection; transmitting the operational information to a cloud server via a second wireless connection; transmitting internal technical information associated with the industrial automation device (102, 700) to the cloud server via the second wireless connection; and adjusting one or more control parameter settings of the industrial automation device (102, 700) based on the received operational information and the internal technical information.
A wavelength conversion element comprising: a wavelength conversion member made of phosphor powder dispersed in a dispersion medium and having a light entrance surface and a light exit surface opposed to each other in a direction of optical axis; at least two first reflective layers made of a metal or an alloy provided inside the wavelength conversion member along a plane parallel to the direction of optical axis and dividing the wavelength conversion member into a plurality of sections; and at least two second reflective layers provided inside the wavelength conversion member along a plane parallel to the direction of optical axis and intersecting with the first reflective layers, wherein wavelength conversion sections extending along the direction of optical axis are defined inside the wavelength conversion member by the first reflective layers and the second reflective layers. a wavelength conversion member made of phosphor powder dispersed in a dispersion medium and having a light entrance surface and a light exit surface opposed to each other in a direction of optical axis; at least two first reflective layers made of a metal or an alloy provided inside the wavelength conversion member along a plane parallel to the direction of optical axis and dividing the wavelength conversion member into a plurality of sections; and at least two second reflective layers provided inside the wavelength conversion member along a plane parallel to the direction of optical axis and intersecting with the first reflective layers, wherein wavelength conversion sections extending along the direction of optical axis are defined inside the wavelength conversion member by the first reflective layers and the second reflective layers.
Transportation arrangement for transportation of an object on a surface, the transportation arrangement comprising at least one transportation unit comprising - a housing comprising a vertical front surface, two arms movably connected to the housing at each side of the vertical front surface, rolling elements arranged at the arms, where the rolling elements are configured to roll in any horizontal direction on the surface, where the arms are shaped as longitudinal elements with a circular cross section, the transportation arrangement being characterised in that it further comprises: - a power source connected to the rolling elements and the movable arms; and - at least one sensor device configured to measure the distance between the transportation unit and surrounding objects. - a housing comprising a vertical front surface, two arms movably connected to the housing at each side of the vertical front surface, rolling elements arranged at the arms, where the rolling elements are configured to roll in any horizontal direction on the surface, where the arms are shaped as longitudinal elements with a circular cross section, the transportation arrangement being characterised in that it further comprises: - a power source connected to the rolling elements and the movable arms; and - at least one sensor device configured to measure the distance between the transportation unit and surrounding objects. - a power source connected to the rolling elements and the movable arms; and - at least one sensor device configured to measure the distance between the transportation unit and surrounding objects.
Control device for installation in a rail vehicle and for actuating devices in the rail vehicle, the control device comprising a housing and at least two control modules (10, 10') arranged in the housing, each control module (10, 10') having - at least one switching input (11, 11'); - a logic unit (12, 12') connected to the switching input (11, 11') and capable of logically processing a signal at the switching input (11, 11'); and - a semiconductor power switching device (13, 13') connected to the logic unit (12, 12') and controllable by the logic unit (12, 12'); - at least one power output (16, 16') connected to the semiconductor power switching device (13, 13'), wherein the first control module is connectable via the power output to a first device of the rail vehicle and is adapted to control and actuate the same, wherein the second control module is connectable via the power output to a second device of the rail vehicle and is configured to control and actuate the same, and wherein the first device is a sanding device and the second device is a rail brake. - at least one switching input (11, 11'); - a logic unit (12, 12') connected to the switching input (11, 11') and capable of logically processing a signal at the switching input (11, 11'); and - a semiconductor power switching device (13, 13') connected to the logic unit (12, 12') and controllable by the logic unit (12, 12'); - at least one power output (16, 16') connected to the semiconductor power switching device (13, 13'), wherein the first control module is connectable via the power output to a first device of the rail vehicle and is adapted to control and actuate the same, wherein the second control module is connectable via the power output to a second device of the rail vehicle and is configured to control and actuate the same, and wherein the first device is a sanding device and the second device is a rail brake. wherein the first control module is connectable via the power output to a first device of the rail vehicle and is adapted to control and actuate the same, wherein the second control module is connectable via the power output to a second device of the rail vehicle and is configured to control and actuate the same, and wherein the first device is a sanding device and the second device is a rail brake.
A cosmetic container with an application body, a liquid cosmetic accommodated in the cosmetic container being supplied to the application body provided at a tip of the cosmetic container through an intermediate core, the liquid cosmetic being applicable by the application body, wherein the application body is disc-shaped and by means of a shaft rotatably provided at an outlet of the liquid cosmetic at the tip of the cosmetic container, the application body includes an outer peripheral surface serving as a coating face and in contact with the intermediate core, an annular outer peripheral portion and a space portion on an inner circumference side of the outer peripheral portion, characterized in that the space portion has a configuration for supporting the annular outer peripheral portion with respect to a columnar central portion having the shaft by a plurality of support ribs spaced apart in a circumferential direction such that the space portion is formed between the support ribs, and the support ribs escape from the annular outer peripheral portion by being dented inward in an axial line direction defined by the shaft such that the liquid cosmetic does not adhere to the support ribs.
Grinding unit for selectively grinding beans, in particular coffee beans, comprising: - a plurality of storage containers (16, 18) for storing the beans, - a grinding module associated to the storage containers for grinding the beans, - a plurality of shutters (28, 30), wherein each of the shutters is associated to one of the storage containers for feeding the beans from a selected storage container to the grinding module, wherein the shutters are movable with respect to each other to selectively feed the beans from the selected container to the grinding module, and - an actuation unit associated to the shutters for actuating the shutters and for opening and closing the storage containers independently, and - a control unit for controlling the actuation unit in order to open and close the selected storage container and for controlling the grinding module, wherein the control unit is adapted to start driving the grinding module after opening the selected container and to drive the grinding module for a predetermined time period or for a predetermined number of rotations after closing the selected storage container, wherein the control unit is configured to determine said predetermined time period or said predetermined number of rotations, respectively, based on an opening time during which the selected storage container has been open. - a plurality of storage containers (16, 18) for storing the beans, - a grinding module associated to the storage containers for grinding the beans, - a plurality of shutters (28, 30), wherein each of the shutters is associated to one of the storage containers for feeding the beans from a selected storage container to the grinding module, wherein the shutters are movable with respect to each other to selectively feed the beans from the selected container to the grinding module, and - an actuation unit associated to the shutters for actuating the shutters and for opening and closing the storage containers independently, and - a control unit for controlling the actuation unit in order to open and close the selected storage container and for controlling the grinding module, wherein the control unit is adapted to start driving the grinding module after opening the selected container and to drive the grinding module for a predetermined time period or for a predetermined number of rotations after closing the selected storage container,
Shoe sole, comprising a spacer knitted fabric, which comprises an upper support layer, a lower support layer, and an intermediate layer that is arranged between the upper support layer and the lower support layer and comprises at least one spacer thread, wherein the upper support layer and/or the lower support layer comprises at least one elastic yarn, characterized in that the upper support layer and/or the lower support layer comprises stitches formed from a stitch formation yarn, into which stitches an elastic compression yarn is inserted as a tuck insert, in that at least one spacer thread of the intermediate layer has a thickness of at least 0.20 mm, and in that the elastic yarn in the upper support layer and/or in the lower support layer is made of one or more elastic threads with a total fineness of at least 500 dtex. a spacer knitted fabric, which comprises an upper support layer, a lower support layer, and an intermediate layer that is arranged between the upper support layer and the lower support layer and comprises at least one spacer thread, wherein the upper support layer and/or the lower support layer comprises at least one elastic yarn, characterized in that the upper support layer and/or the lower support layer comprises stitches formed from a stitch formation yarn, into which stitches an elastic compression yarn is inserted as a tuck insert, in that at least one spacer thread of the intermediate layer has a thickness of at least 0.20 mm, and in that the elastic yarn in the upper support layer and/or in the lower support layer is made of one or more elastic threads with a total fineness of at least 500 dtex.
An inkjet recording medium comprising: a support; and an ink-receiving layer which is provided on the support and which contains an alumina pigment, an alkylsulfonic acid having the carbon number of 1 or more and 4 or less, a polymeric compound, a water-soluble zirconium compound, and a boric acid or a borate, wherein the ink-receiving layer contains 0.5 parts or more and 8 parts or less by mass of the polymeric compound, 0.15 parts or more and 3 parts or less by mass of the water-soluble zirconium compound, and 0.8 parts or more and 3 parts or less by mass of the boric acid or the borate per 100 parts by mass of the alumina pigment; the polymeric compound is one obtained by cationizing with acid at least one amino group of a product, the product being obtained by the reaction of at least three compounds, that is, (i) a sulfur-containing organic compound containing 2 or more active hydrogen atoms, (ii) a polyisocyanate compound containing 2 or more isocyanate groups, and (iii) an amine compound containing 2 or more active hydrogen atoms; and the proportion B/A is 0.02 or more and 6 or less, where A represents parts by mass of the polymeric compound per 100 parts by mass of the alumina pigment and B represents parts by mass of the water-soluble zirconium compound per 100 parts by mass of the alumina pigment. a support; and an ink-receiving layer which is provided on the support and which contains an alumina pigment, an alkylsulfonic acid having the carbon number of 1 or more and 4 or less, a polymeric compound, a water-soluble zirconium compound, and a boric acid or a borate, wherein the ink-receiving layer contains 0.5 parts or more and 8 parts or less by mass of the polymeric compound, 0.15 parts or more and 3 parts or less by mass of the water-soluble zirconium compound, and 0.8 parts or more and 3 parts or less by mass of the boric acid or the borate per 100 parts by mass of the alumina pigment; the polymeric compound is one obtained by cationizing with acid at least one amino group of a product, the product being obtained by the reaction of at least three compounds, that is, (i) a sulfur-containing organic compound containing 2 or more active hydrogen atoms, (ii) a polyisocyanate compound containing 2 or more isocyanate groups, and (iii) an amine compound containing 2 or more active hydrogen atoms; and the proportion B/A is 0.02 or more and 6 or less, where A represents parts by mass of the polymeric compound per 100 parts by mass of the alumina pigment and B represents parts by mass of the water-soluble zirconium compound per 100 parts by mass of the alumina pigment.
A converter for powering an LED load, comprising: - a clocked converter, in particular a buck-boost converter having a switch, - a rectifier for supplying the converter with a rectified alternating voltage, - a control circuit, - wherein the switch is controlled by the control circuit, which compares a feedback signal, in particular a value representing the current through the LED load or through a diode, with a desired value, determines a switch-on duration (T on) for the switch depending on the comparison result, and controls the switch accordingly, - a phase shift unit, characterized in that the phase shift unit is provided in a path from the tap of the feedback signal to the control signal of the switch, wherein the phase shift unit causes a resulting phase shift of the cyclic change of the switch-on duration (T on) of -320 degrees to -360 degrees relative to the profile of the rectified alternating voltage, such that valleys and peaks of the rectified alternating supply voltage substantially have an identical temporal position to corresponding peaks and valleys of the cyclically changed switch-on duration (T on); wherein the resulting phase shift is a sum of a phase shift by the phase shift unit with an intrinsic phase shift of the control circuit. - a clocked converter, in particular a buck-boost converter having a switch, - a rectifier for supplying the converter with a rectified alternating voltage, - a control circuit, - wherein the switch is controlled by the control circuit, which compares a feedback signal, in particular a value representing the current through the LED load or through a diode, with a desired value, determines a switch-on duration (T on) for the switch depending on the comparison result, and controls the switch accordingly, - a phase shift unit, the phase shift unit is provided in a path from the tap of the feedback signal to the control signal of the switch, wherein the phase shift unit causes a resulting phase shift of the cyclic change of the switch-on duration (T on) of -320 degrees to -360 degrees relative to the profile of the rectified alternating voltage, such that valleys and peaks of the rectified alternating supply voltage substantially have an identical temporal position to corresponding peaks and valleys of the cyclically changed switch-on duration (T on); wherein the resulting phase shift is a sum of a phase shift by the phase shift unit with an intrinsic phase shift of the control circuit.
A device for holding a prosthetic heart valve including a stent, the device comprising: a jar for receiving the stent; and a ring coupleable to the jar, the ring having a plurality of channels adapted to receive retaining features of the stent to stabilize the stent within the jar, characterised in that the ring defines a plurality of inner voids, each of the plurality of channels being in communication with one of the inner voids adjacent a center of the ring, and each of the plurality of channels extends radially from one of the plurality of voids toward an outer circumference of the ring and terminates before the outer circumference of the ring, the plurality of channels being configured to affix the retaining elements of the stent when radially expanded and to allow the retaining features of the stent to be decoupled from the channels by sliding each retaining element radially inward along the channel until it clears its associated channel and reaches the inner void in communication with the channel, the inner void being configured to allow the retaining feature to be decoupled from the channel and the stent removed from the ring. a jar for receiving the stent; and a ring coupleable to the jar, the ring having a plurality of channels adapted to receive retaining features of the stent to stabilize the stent within the jar, characterised in that the ring defines a plurality of inner voids, each of the plurality of channels being in communication with one of the inner voids adjacent a center of the ring, and each of the plurality of channels extends radially from one of the plurality of voids toward an outer circumference of the ring and terminates before the outer circumference of the ring, the plurality of channels being configured to affix the retaining elements of the stent when radially expanded and to allow the retaining features of the stent to be decoupled from the channels by sliding each retaining element radially inward along the channel until it clears its associated channel and reaches the inner void in communication with the channel, the inner void being configured to allow the retaining feature to be decoupled from the channel and the stent removed from the ring.
A method for reconstructing a data block of size N, wherein the data block was encoded using an erasure code to generate a set of N s systematic symbol vectors and a set of N p parity projection vectors from a mapping of the data block onto a two-dimensional convex support, wherein the systematic symbol vectors correspond to symbols of the data block mapped onto the support, and the parity projection vectors respectively correspond to N p projections of symbols of the data block mapped onto the support using respective encoding projection directions, the data block being reconstructed from a set of N s input vectors using the set of N p parity projection vectors, wherein the N s input vectors respectively correspond to the N s systematic symbol vectors with at least an erasure, the method comprising: • for each input vector that contains at least an erasure, updating the value of each erased symbol to a predetermined value; • mapping the N s input vectors with updated values onto the two-dimensional convex support, • generating a reconstruction projection vector from the mapping of the N s input vectors with updated values onto the two-dimensional convex support using an encoding projection direction; • generating an updated parity projection vector from the reconstruction projection vector and the parity projection vector generated using said encoding projection direction. • for each input vector that contains at least an erasure, updating the value of each erased symbol to a predetermined value; • mapping the N s input vectors with updated values onto the two-dimensional convex support, • generating a reconstruction projection vector from the mapping of the N s input vectors with updated values onto the two-dimensional convex support using an encoding projection direction; • generating an updated parity projection vector from the reconstruction projection vector and the parity projection vector generated using said encoding projection direction.
A tooth protection device, comprising a rail adapted to the toothed jaw of a user, having an approximately U-shaped or trough-shaped cross-section and being made of a deep-drawable plastic material, preferably of ethylene-vinyl acetate, the rail including two plastic films (3, 4) laminated on top of each other with an interposed insert that is provided mainly in a central frontal part facing away from the palate of the user and has a lateral extension corresponding to a plurality of teeth of the user and has a width extending from a slightly coverable tooth tip region up to the gums, characterized by that the insert is a 3-D shaped part made of a light or laser-hardening plastic material produced by means of a 3-D printer, the layer thickness of the shaped part varying, and that the insert has a lateral extension corresponding to more than a width of six teeth, preferably up to 10 teeth, most preferably to the total length of a toothed jaw of a user, and that the layer thickness of the insert is between 0.5 mm and 5 mm.