mhurhangee/ep-ind-claims huggingface dataset:
A thermoplastic resin composition used for laser direct structuring containing 10 to 100 parts by mass of a reinforcing filler, per 100 parts by mass of a crystalline thermoplastic resin, wherein the reinforcing filler contains a reinforcing fiber and a glass flake having a thickness of 0.1 to 2 μm; the reinforcing fiber/glass flake, which is mass ratio of the reinforcing fiber and the glass flake, falls into 0.1 to 1; and the thermoplastic resin composition further contains 1 to 30 parts by mass of a laser direct structuring additive, per 100 parts by mass of the crystalline thermoplastic resin. wherein the reinforcing filler contains a reinforcing fiber and a glass flake having a thickness of 0.1 to 2 μm; the reinforcing fiber/glass flake, which is mass ratio of the reinforcing fiber and the glass flake, falls into 0.1 to 1; and the thermoplastic resin composition further contains 1 to 30 parts by mass of a laser direct structuring additive, per 100 parts by mass of the crystalline thermoplastic resin.
A child stroller apparatus comprising: a first frame portion provided with a first wheel assembly; a second frame portion including a stand platform and a second wheel assembly disposed adjacent to each other, the second frame portion being assembled with the first frame portion for sliding movement along a lengthwise axis extending from a front to a rear of the child stroller apparatus; a control mechanism (210, 210') operable to adjust a position of the second frame portion relative to the first frame portion, characterized in that the control mechanism (210, 210') includes an actuator assembled with the second frame portion adjacent to the stand platform, the actuator being operable to drive the second frame portion in sliding movement relative to the first frame portion for modifying a distance between the first and second wheel assemblies (220, 232); whereby the child stroller apparatus further comprises a latch (240, 272) assembled with the second frame portion and operatively connected with the actuator via a linking assembly, the latch (240, 272) engaging with the first frame portion to lock the second frame portion in position relative to the first frame portion, and the actuator further being operable to cause the latch (240, 272) to disengage from the first frame portion for unlocking the second frame portion. a first frame portion provided with a first wheel assembly; a second frame portion including a stand platform and a second wheel assembly disposed adjacent to each other, the second frame portion being assembled with the first frame portion for sliding movement along a lengthwise axis extending from a front to a rear of the child stroller apparatus; a control mechanism (210, 210') operable to adjust a position of the second frame portion relative to the first frame portion, characterized in that the control mechanism (210, 210') includes an actuator assembled with the second frame portion adjacent to the stand platform, the actuator being operable to drive the second frame portion in sliding movement relative to the first frame portion for modifying a distance between the first and second wheel assemblies (220, 232); whereby the child stroller apparatus further comprises a latch (240, 272) assembled with the second frame portion and operatively connected with the actuator via a linking assembly, the latch (240, 272) engaging with the first frame portion to lock the second frame portion in position relative to the first frame portion, and the actuator further being operable to cause the latch (240, 272) to disengage from the first frame portion for unlocking the second frame portion.
A bronze alloy having the following composition, wherein the percentages are expressed by weight with respect to the total weight of the alloy: Sn 25-45% Zn 0-15% Pd 0.25-10% optionally brighteners or grain finishers in traces, meaning in an amount of less than 0.25%, Cu as needed to 100%
A tank inner lining with an inner cover surrounding the inner region for receiving a fluid, wherein the surface of the inner cover has a conductive coating being arranged on a surface of the inner cover, at least in sections, which comprises an electrically conductive material, characterized in that the conductive coating, composed of a varnish, is arranged at last in sections on a surface of the inner cover opposite of the inner region.
A pillow comprising: two wings (2, 3); a bridging section connecting the wings (2, 3) so that the wings (2, 3) and bridging section form a substantially U-shaped shape; an elastic member; and connecting means for connecting one portion of the elastic member to a fixing point on a wing (2, 3) or the bridging section and another portion of the elastic member to a fixing point on a wing (2, 3) or the bridging section, so that the elastic member, or the connecting means, or both, can pass from one wing (2, 3) to the other (3, 2) and the elastic member can urge the wings (2, 3) towards one another, wherein, when the portions of the elastic member are connected to a wing (2, 3) or the bridging section by the connecting means, at least a part of the elastic member is provided within a wing (2, 3) or the bridging section or both so that the elastic member can slidably retract into a wing (2, 3) or the bridging section or both. two wings (2, 3); a bridging section connecting the wings (2, 3) so that the wings (2, 3) and bridging section form a substantially U-shaped shape; an elastic member; and connecting means for connecting one portion of the elastic member to a fixing point on a wing (2, 3) or the bridging section and another portion of the elastic member to a fixing point on a wing (2, 3) or the bridging section, so that the elastic member, or the connecting means, or both, can pass from one wing (2, 3) to the other (3, 2) and the elastic member can urge the wings (2, 3) towards one another, wherein, when the portions of the elastic member are connected to a wing (2, 3) or the bridging section by the connecting means, at least a part of the elastic member is provided within a wing (2, 3) or the bridging section or both so that the elastic member can slidably retract into a wing (2, 3) or the bridging section or both.
A method for managing a secondary radar operating in S Mode, the method comprising: a) a detection in "seeking mode", said "seeking mode" being implemented as long as no aircraft is detected by the secondary radar, the "seeking mode" comprising a plurality of all-call secondary-radar interrogation periods and a plurality of roll-call interrogation periods, in a first monitoring window, the first monitoring window comprising a noise window; b) a detection in "tracking mode", said "tracking mode" being implemented if a valid response to a roll-call interrogation was detected in "seeking mode", the "tracking mode" comprising a plurality of all-call interrogation periods, and a plurality of roll-call interrogation periods, in a second monitoring window, said second monitoring window being around the position of the aircraft predicted by the secondary radar in response to an all-call interrogation; the method being characterised in that it comprises an intermediate step a1), which is executed between the detection in "seeking mode" and the detection in "tracking mode", said intermediate step comprising: i) detecting the presence or absence of the reply of the aircraft in a noise window of the secondary radar; ii) carrying out at least one roll-call interrogation, using the first monitoring window, as long as the reply of the aircraft is not located in said noise window. a) a detection in "seeking mode", said "seeking mode" being implemented as long as no aircraft is detected by the secondary radar, the "seeking mode" comprising a plurality of all-call secondary-radar interrogation periods and a plurality of roll-call interrogation periods, in a first monitoring window, the first monitoring window comprising a noise window; b) a detection in "tracking mode", said "tracking mode" being implemented if a valid response to a roll-call interrogation was detected in "seeking mode", the "tracking mode" comprising a plurality of all-call interrogation periods, and a plurality of roll-call interrogation periods, in a second monitoring window, said second monitoring window being around the position of the aircraft predicted by the secondary radar in response to an all-call interrogation; the method being characterised in that it comprises an intermediate step a1), which is executed between the detection in "seeking mode" and the detection in "tracking mode", said intermediate step comprising: i) detecting the presence or absence of the reply of the aircraft in a noise window of the secondary radar; ii) carrying out at least one roll-call interrogation, using the first monitoring window, as long as the reply of the aircraft is not located in said noise window. i) detecting the presence or absence of the reply of the aircraft in a noise window of the secondary radar; ii) carrying out at least one roll-call interrogation, using the first monitoring window, as long as the reply of the aircraft is not located in said noise window.
A vertical roller mill comprising a grinding table (112,212,312) having an outer perimeter, said grinding table being rotatable about a vertical axis; at least two grinding rollers for grinding material located on the grinding table (112,212,312) and which are rotatable about substantially horizontal axes and are forced against an annular grinding path of said grinding table (112,212,312); and a nozzle ring separation area (115,215) encircling said grinding table for introducing separating and conveying gas toward a material separator (140,318) having an entry for gas and entrained ground material, said material separator (140,318) located above said grinding table (112,212,312); characterized by at least two ducts (130,230,330) for gas and ground material being situated adjacent to the grinding table (112,212,312), each of the at least two ducts (130,230,330) having a lower gas entry end flow connected to the nozzle ring separation area (115,215) through which gas passes into the at least two ducts (130,230,330) and an upper end adjacent to the entry into the material separator (140,318) through which gas passes into the material separator, each of the at least two ducts (130,230,330) further having a material entry point that faces the grinding table (112,212,312) into which ground material is directed while the grinding table is rotating to thereafter be entrained within the at least two ducts duct (130,230,330) in gas from the nozzle ring separation area (115,215).
An AI-Mg-based or AI-Mg-Si-based or Al-Zn-based or Al-Si-based starting material in the form of a powder or wire for an additive manufacturing process, having from 0.5 to 1.5 wt% iron (Fe), at most 0.9 wt% manganese (Mn), optionally silicon (Si), optionally magnesium (Mg), optionally copper (Cu), optionally zinc (Zn), wherein the content of manganese (Mn) and iron (Fe) fulfills the ordering relation wt % Mn > A + 0.15 wt % Fe with A = 2000 ∗ TLfcc 575 − 1 4 TLfcc = 660 − 6.6 * wt % Si − 5.3 * wt % Mg − 3.6 * wt % Cu − 2 * wt % Zn, and optional having 0.1 to 2 wt% scandium (Sc) and/or erbium (Er), 0.1 to 3 wt% lithium (Li), 0 to 2 wt% nickel (Ni), 0 to 1 wt% silver (Ag), beryllium (Be), cobalt (Co), chromium (Cr), hafnium (Hf), molybdenum (Mo), niobium (Nb), titanium (Ti), vanadium, zirconium (Zr), tantalum (Ta), yttrium individually or in a combination and residual aluminum (Al) and inevitable manufacturing induced impurities.
Method for automated detection of a coupling maneuver of a motor vehicle to a trailer, comprising the steps of: - detecting a change in position of a trailer coupling of the trailer within a reversing camera image of the reversing motor vehicle; - providing a data set which comprises, for a plurality of coupling maneuvers of a reference vehicle to a trailer coupling of a reference trailer, said coupling maneuvers having been implemented while driving in reverse, respective position curves which characterize respective position changes of the trailer coupling within a reversing camera image of the reference motor vehicle; - comparing the change in position of the trailer coupling to the position curves of the data set, or providing a calculation formula based on the data set, and comparing the change in position of the trailer coupling to the calculation formula; - as soon as a predetermined degree of correspondence to one of the position curves or the calculation formula is determined: outputting a query as to whether a driver of the motor vehicle desires an automatic activation of a trailer coupling assistant of the motor vehicle, which is designed to take over a longitudinal and/or transverse guidance of the motor vehicle in order to support the coupling maneuver, wherein automatic activation of the trailer coupling assistant takes place only if the query is confirmed. - detecting a change in position of a trailer coupling of the trailer within a reversing camera image of the reversing motor vehicle; - providing a data set which comprises, for a plurality of coupling maneuvers of a reference vehicle to a trailer coupling of a reference trailer, said coupling maneuvers having been implemented while driving in reverse, respective position curves which characterize respective position changes of the trailer coupling within a reversing camera image of the reference motor vehicle; - comparing the change in position of the trailer coupling to the position curves of the data set, or providing a calculation formula based on the data set, and comparing the change in position of the trailer coupling to the calculation formula; - as soon as a predetermined degree of correspondence to one of the position curves or the calculation formula is determined: outputting a query as to whether a driver of the motor vehicle desires an automatic activation of a trailer coupling assistant of the motor vehicle, which is designed to take over a longitudinal and/or transverse guidance of the motor vehicle in order to support the coupling maneuver, wherein automatic activation of the trailer coupling assistant takes place only if the query is confirmed.
An electroactive actuator, comprising a polymer electrolyte and an electrode configured to apply an electric field to the polymer electrolyte, wherein the polymer electrolyte includes a self-assembled block copolymer including a conductive block and a non-conductive block, a compound forming a single ion conductor with the self-assembled block copolymer, and a zwitterion.
A drainage device comprising an aspiration pouch supported by a sheet-like element, the sheet-like element being arranged on a bottom side of the aspiration pouch and overlapping at least partially the aspiration pouch, wherein - the aspiration pouch comprises a least one draining layer encapsulated by a gas- and fluid tight foil such that the aspiration pouch and the draining layer form an integral part, - the aspiration pouch is connectable to aspiration means by way of a connecting element which is provided on the top of the draining layer such that, in use, the draining layer is arranged between a cavitary lesion and the connecting element, - the draining layer is formed of a porous material adapted to absorb fluid out of the cavitary lesion, and - the gas- and fluid tight foil forms a first opening that is reinforced by the sheet-like element supporting the aspiration pouch, characterized in that - the foil encloses the draining layer on the bottom of the draining layer and extends radially inwardly so as to cover at least partially the bottom of the draining layer, - the sheet-like element and the connecting element are provided on opposing sides of the aspiration pouch, - the sheet-like element is gas- and fluid tightly connected with the foil, and - the sheet-like element is an annular element. - the aspiration pouch comprises a least one draining layer encapsulated by a gas- and fluid tight foil such that the aspiration pouch and the draining layer form an integral part, - the aspiration pouch is connectable to aspiration means by way of a connecting element which is provided on the top of the draining layer such that, in use, the draining layer is arranged between a cavitary lesion and the connecting element, - the draining layer is formed of a porous material adapted to absorb fluid out of the cavitary lesion, and - the gas- and fluid tight foil forms a first opening that is reinforced by the sheet-like element supporting the aspiration pouch, - the foil encloses the draining layer on the bottom of the draining layer and extends radially inwardly so as to cover at least partially the bottom of the draining layer, - the sheet-like element and the connecting element are provided on opposing sides of the aspiration pouch, - the sheet-like element is gas- and fluid tightly connected with the foil, and - the sheet-like element is an annular element.
A robot controller for controlling a robot, comprising: a first input configured to receive images from an imaging device for a region of interest; a target identification device configured to identify at least one target region in the images; a control system coupled to the robot and a robotically controlled treatment device to generate control signals to control motion of the robot and to control the treatment device to treat the at least one target region when the treatment device is positioned corresponding to the at least one target region; wherein the treatment device includes an aspiration device, and characterised in that the robot is configured to position the aspiration device along an axis with and a predefined distance to the at least one target region for aspiration, and wherein the control system is configured to control a time/rate of aspiration in accordance with a distance of the aspiration device to the at least one target region. a first input configured to receive images from an imaging device for a region of interest; a target identification device configured to identify at least one target region in the images; a control system coupled to the robot and a robotically controlled treatment device to generate control signals to control motion of the robot and to control the treatment device to treat the at least one target region when the treatment device is positioned corresponding to the at least one target region; wherein the treatment device includes an aspiration device, and characterised in that the robot is configured to position the aspiration device along an axis with and a predefined distance to the at least one target region for aspiration, and wherein the control system is configured to control a time/rate of aspiration in accordance with a distance of the aspiration device to the at least one target region.
An electronic motion detection device, comprising: - a support structure securable to a wall, - a spherical body associated with the support structure and rotationally supported by the support structure, the spherical body being lockable to the support structure according to a plurality of spatial orientations, the spherical body having a seat, - a detection member insertable into the seat of the spherical body along an insertion direction (X-X), the detection member comprising a sensitive element configured for detecting the movement of a body in a location and an interface configured for exchanging configuration data for the sensitive element, wherein the detection member is lockable to the seat of the spherical body in an operating position and in a configuration position, wherein: - in the operating position, the spherical body and the detection member are arranged so as to prevent a user from accessing the interface, - characterised in that, in the configuration position, the detection member is translationally shifted in the insertion direction (X-X) with respect to the operating position so as to make the interface accessible by a user. - a support structure securable to a wall, - a spherical body associated with the support structure and rotationally supported by the support structure, the spherical body being lockable to the support structure according to a plurality of spatial orientations, the spherical body having a seat, - a detection member insertable into the seat of the spherical body along an insertion direction (X-X), the detection member comprising a sensitive element configured for detecting the movement of a body in a location and an interface configured for exchanging configuration data for the sensitive element, wherein the detection member is lockable to the seat of the spherical body in an operating position and in a configuration position, wherein: - in the operating position, the spherical body and the detection member are arranged so as to prevent a user from accessing the interface, - characterised in that, in the configuration position, the detection member is translationally shifted in the insertion direction (X-X) with respect to the operating position so as to make the interface accessible by a user.
An age tailored nutrition system for an infant comprising - A first infant formula for the first 2 to 4 weeks of life having a protein source with a whey:casein ratio between 80:20 and 60:40 and a protein content between 2.0 and 3.0 g protein / 100 kcal, and - A second infant formula having a whey:casein ratio between 70:30 and 50:50 and a protein content between 1.8 and 2.0 g protein / 100 kcal, - with the proviso that the protein content and the whey:casein ratio of the second formula are lower than for the first formula. - A first infant formula for the first 2 to 4 weeks of life having a protein source with a whey:casein ratio between 80:20 and 60:40 and a protein content between 2.0 and 3.0 g protein / 100 kcal, and - A second infant formula having a whey:casein ratio between 70:30 and 50:50 and a protein content between 1.8 and 2.0 g protein / 100 kcal, - with the proviso that the protein content and the whey:casein ratio of the second formula are lower than for the first formula.
Flushing station for a ring-pipe or series-pipe system, comprising - a housing, in which are arranged: -- a cold water port for connecting a cold-water pipe; and -- a hot water port for connecting a hot water pipe; and - a waste water port, wherein the cold-water port and the hot water port are fluidicly coupled to the waste water port; characterized in that the cold-water port, the hot water port and the waste water port are assigned to a bottom side of the flushing station. - a housing, in which are arranged: -- a cold water port for connecting a cold-water pipe; and -- a hot water port for connecting a hot water pipe; and -- a cold water port for connecting a cold-water pipe; and -- a hot water port for connecting a hot water pipe; and - a waste water port, wherein the cold-water port and the hot water port are fluidicly coupled to the waste water port; characterized in that the cold-water port, the hot water port and the waste water port are assigned to a bottom side of the flushing station.