mhurhangee/ep-ind-claims huggingface dataset:
A playback system including a display device and an information terminal adapted to communicate with the display device, the information terminal including a processor and a recording medium storing a control program which when executed by the processor causes the processor to perform a process comprising: displaying identification information items of content data stored in the information terminal in a first viewing area of a display screen; and displaying in a second viewing area of the display screen, each time a tap operation is performed on one of the identification information items displayed in the first viewing area to select the one of the identification information items, the selected identification information item, wherein a display indication of selection of the selected identification information item is superimposed over the selected identification information item in the first viewing area; and the display device being adapted to play back the content data corresponding to the selected identification information items, wherein the displaying in the second viewing area includes deleting, each time a tap operation is performed again on a selected one of the identification information items displayed in the first viewing area, the identification information item corresponding to the tap operation, displayed in the second viewing area, and deleting the display indication of selection superimposed over the identification information item on which the tap operation was performed, displayed in the first viewing area. displaying identification information items of content data stored in the information terminal in a first viewing area of a display screen; and displaying in a second viewing area of the display screen, each time a tap operation is performed on one of the identification information items displayed in the first viewing area to select the one of the identification information items, the selected identification information item, wherein a display indication of selection of the selected identification information item is superimposed over the selected identification information item in the first viewing area; and the display device being adapted to play back the content data corresponding to the selected identification information items, wherein the displaying in the second viewing area includes deleting, each time a tap operation is performed again on a selected one of the identification information items displayed in the first viewing area, the identification information item corresponding to the tap operation, displayed in the second viewing area, and deleting the display indication of selection superimposed over the identification information item on which the tap operation was performed, displayed in the first viewing area.
A tread band for a tyre; the tread band comprises a centre; two shoulders on either side of the centre; and two edges on either side of the shoulders and forming a transition with the sidewalls; the profile of the tread band comprises at least a first arc forming part of the centre of the tread band and having a first radius; two second arcs forming part of the shoulders of the tread band and having a second radius; and two third arcs forming part of the edges of the tread band and having a third radius; at a first junction, each second arc is connected discontinuously to the first arc by a step, wherein the second arc is not tangent to, and is radially lower than, the first arc; and at a second junction, each third arc is tangent, and connected continuously, to the second arc; the tread band being characterized in that the radial distance between the extension of the first arc and the second arc increases gradually from the centre to the shoulders, so that the radial distance, measured at the first junction, between the extension of the first arc and the second arc is less than the radial distance, measured at the second junctions, between the extension of the first arc and the second arc.
Method for operating a drive train with a power generator, a mechanical power transmission device and a power consumer, wherein the power transmission device is monitored in order to detect mechanical damage and/or the development of mechanical damage to the power transmission device, characterised in that any detected damage and/or detected development of damage is/are located according to its/their angle of rotation or range of angles of rotation, and the power generator, the power transmission device and/or the power consumer is/are controlled such that a mechanical load is selectively reduced at the identified location of damage and/or location of developing damage.
A method for power controlling in a WCDMA mobile communication system, comprising the steps of: determining user's initial transmitting power and initial uplink SIR target; starting Close Loop Power Control including Inner Loop Power Control and performing normal Outer Loop Power Control; and measuring SIR of each wireless uplink; characterized by further comprising the steps of: judging whether a link SIR error exceeds an error threshold, wherein the link SIR error is the difference between an SIR measured at the current time and an average value of the SIR target in a certain period; keeping on the normal Outer Loop Power Control if the SIR error does not exceed the error threshold; and if the SIR error exceeds the error threshold, pausing the normal Outer Loop Power Control and triggering a High Priority Outer Loop Power Control for converging the SIR target more rapidly to a value satisfying service quality requirement; performing the High Priority Outer Loop Power Control, and returning a performance result; keeping on the normal Outer Loop Power Control after finishing the High Priority Outer Loop Power Control.
A micro-LED array display device including: a micro-LED panel including a plurality of micro-LED pixels formed on a substrate, the micro-LED pixels have a vertical structure including a first conductivity-type semiconductor layer, an active layer, and a second conductivity-type semiconductor layer in this order on the substrate, and the active layer and the second conductivity-type semiconductor layer are removed from exposed portions of the first conductivity-type semiconductor layer where none of the micro-LED pixels are formed; a CMOS backplane including a plurality of CMOS cells corresponding to the micro-LED pixels; bumps electrically connecting the micro-LED pixels to the corresponding CMOS cells in a state in which the micro-LED pixels are arranged to face the CMOS cells; and wherein the micro-LED pixels are flip-chip bonded to the corresponding CMOS cells formed on the CMOS backplane through the bumps so that the micro-LED pixels are individually controlled, characterized by comprising a first conductivity-type metal layer formed over a portion of the exposed portions of the first conductivity-type semiconductor layer, the first conductivity-type metal layer being spaced apart from the micro-LED pixels, wherein the first conductivity-type metal layer functions as a common electrode of the micro-LED pixels, wherein the first conductivity-type metal layer has the same height as the micro-LED pixels, wherein the first conductivitytype metal layer is formed along the periphery of the micro-LED panel on the first conductivity-type semiconductor layer. a micro-LED panel including a plurality of micro-LED pixels formed on a substrate, the micro-LED pixels have a vertical structure including a first conductivity-type semiconductor layer, an active layer, and a second conductivity-type semiconductor layer in this order on the substrate, and the active layer and the second conductivity-type semiconductor layer are removed from exposed portions of the first conductivity-type semiconductor layer where none of the micro-LED pixels are formed; a CMOS backplane including a plurality of CMOS cells corresponding to the micro-LED pixels; bumps electrically connecting the micro-LED pixels to the corresponding CMOS cells in a state in which the micro-LED pixels are arranged to face the CMOS cells; and wherein the micro-LED pixels are flip-chip bonded to the corresponding CMOS cells formed on the CMOS backplane through the bumps so that the micro-LED pixels are individually controlled, characterized by comprising a first conductivity-type metal layer formed over a portion of the exposed portions of the first conductivity-type semiconductor layer, the first conductivity-type metal layer being spaced apart from the micro-LED pixels, wherein the first conductivity-type metal layer functions as a common electrode of the micro-LED pixels, wherein the first conductivity-type metal layer has the same height as the micro-LED pixels, wherein the first conductivitytype metal layer is formed along the periphery of the micro-LED panel on the first conductivity-type semiconductor layer.
Support adapter for temporarily fixing insulation panels (5, 6) on a building surface, - wherein said support adapter consists of a main body and at least one smooth pin (30, 31) formed on the front of the same, which pin (30, 31) has a cylindrical holding region and a tip region, - wherein the tip region tapers starting from the holding region, - wherein the main body has a surface on its back, which is flat at least in portions, - wherein the at least one pin (30, 31) is aligned perpendicular to the plane of the surface, wherein the centre line of the pen (30, 31) has a deviation of zero to three angular degrees from the perpendicular, - wherein the at least one pin has a support region, and/or the main body has a support structure (15, 16), for ensuring a minimum distance of the insulation panel (5, 6) relative to the front of the main body, which is necessary for generating the required adhesive force of an adhesive foam, and - wherein the main body has an adhesive layer on its back for securely fixing the former during the assembly of the insulation panel (5, 6) and the curing of the adhesive foam. - wherein said support adapter consists of a main body and at least one smooth pin (30, 31) formed on the front of the same, which pin (30, 31) has a cylindrical holding region and a tip region, - wherein the tip region tapers starting from the holding region, - wherein the main body has a surface on its back, which is flat at least in portions, - wherein the at least one pin (30, 31) is aligned perpendicular to the plane of the surface, wherein the centre line of the pen (30, 31) has a deviation of zero to three angular degrees from the perpendicular, - wherein the at least one pin has a support region, and/or the main body has a support structure (15, 16), for ensuring a minimum distance of the insulation panel (5, 6) relative to the front of the main body, which is necessary for generating the required adhesive force of an adhesive foam, and - wherein the main body has an adhesive layer on its back for securely fixing the former during the assembly of the insulation panel (5, 6) and the curing of the adhesive foam.
Cytometer unit with a receptacle for an insertable, rotatable and preferably disk-shaped sample carrier, wherein a rotation unit which can be coupled to an inserted sample carrier, and with which the sample carrier inserted into the receptacle is rotatable, is arranged in the receptacle, and wherein an optical path for carrying out a cytometric measurement on a cytometer channel of the inserted sample carrier is formed in the receptacle, wherein a first fixing means is formed with which the inserted sample carrier can be contacted and a position of the cytometer channel can thus be defined in a first adjustment direction transversely with respect to the optical path, and wherein a second fixing means is formed with which the inserted sample carrier can be contacted and a position of the cytometer channel can thus be defined in a second adjustment direction along the optical path in a position contacting the inserted sample carrier, characterized in that the first fixing means and/or the second fixing means are/is designed as in each case at least one ball pin (23, 24, 26) and in that the first fixing means interacts with form-fit engagement with a counterpart fixing means on the sample carrier.
A method used to gather together and package an article group (4-n, 18-n) of at least two articles (1, 17, 42), wherein a bottle clip is disposed on at least one article (1, 17, 42), which bottle clip is designed in the form of a perforated plate or as a multiply connected cap, and which serves for the purpose of connecting a plurality of containers to an article group (4-n, 18-n, 44-n) or to a bundle, as applicable, and for the purpose of carrying this article group (4-n, 18-n, 44-n) or these bundles, as applicable, or for the purpose of carrying individual articles (1, 17, 42) or containers, as applicable, wherein the articles (1, 17, 42) are moved in a continuous article flow of at least one row on at least one transport means (2, 22, 24) in a transport direction to a grouping device (9, 20, 52, 81) for the dividing into article groups (4-n, 18-n, 44-n), wherein the grouping device (9, 20, 52, 81) comprises a retaining device (10, 30) with a circulating conveyor chain and divider fingers disposed thereon, or with circulating endless traction means and divider bars guided thereon, wherein the divider fingers or the divider bars serve as retaining means for the separation of a specified number of articles (1, 17, 42) forming an article group (4-n, 18-n, 44-n), thereby forming a space between the article groups (4-n, 18-n, 44-n), wherein the application of the bottle clip on the at least one article (1, 17, 42) is carried out within the area defined by the extension of the retaining device (10, 30), while a speed of the at least two articles (1, 17, 42) forming an article group (4-n, 18-n, 44-n) is reduced in the area of the retaining device (10, 30) by the retaining means (12, 32), at least temporarily and in some areas, in relation to the speed of the transport means (2, 24), and wherein an outer packaging is applied by means of an outer packaging module onto and/or to and/or around the articles (1, 17, 42) of the article groups (4-n, 18-n, 44-n).
An apparatus for receiving an at least partially flexible vessel adapted for receiving a fluid, comprising: an overpack including a base having a floor and an upstanding sidewall forming an interior for receiving the vessel; and a partition removably positioned in the interior of the overpack, the partition extending generally transverse to the sidewall and generally aligned with the floor to form an interior compartment in the interior of the overpack for receiving the vessel, characterized in that the base of the overpack includes a door for providing access to an exterior compartment of the base, wherein said exterior compartment is spaced from the interior compartment. an overpack including a base having a floor and an upstanding sidewall forming an interior for receiving the vessel; and a partition removably positioned in the interior of the overpack, the partition extending generally transverse to the sidewall and generally aligned with the floor to form an interior compartment in the interior of the overpack for receiving the vessel, characterized in that the base of the overpack includes a door for providing access to an exterior compartment of the base, wherein said exterior compartment is spaced from the interior compartment.
Isolated, primary side switched driver for lighting means, wherein a mains voltage is connectable to the primary side of the isolated driver, the isolated driver comprising: - a primary circuit having a switch; - a secondary circuit; - an isolation barrier separating the primary circuit and the secondary circuit, wherein a ground potential of the primary circuit and a ground potential of the secondary circuit are connected via a capacitor; and - a control circuit on the secondary side, configured to monitor a current to/from the capacitor to the ground potential of the secondary circuit and configured to issue a mains failure signal in case the current does not meet predefined conditions, preferably in case no such current is detected, wherein a shunt resistor is connected in series between the capacitor and the ground potential of the secondary circuit. - a primary circuit having a switch; - a secondary circuit; - an isolation barrier separating the primary circuit and the secondary circuit, wherein a ground potential of the primary circuit and a ground potential of the secondary circuit are connected via a capacitor; and - a control circuit on the secondary side, configured to monitor a current to/from the capacitor to the ground potential of the secondary circuit and configured to issue a mains failure signal in case the current does not meet predefined conditions, preferably in case no such current is detected, wherein a shunt resistor is connected in series between the capacitor and the ground potential of the secondary circuit.
Method for purging containers made of glass, metal, or plastic such as, for example, glass bottles, kegs, party barrels, reusable plastic bottles, with a purge gas prior to their filling, making use of a treatment head (1, 1a) on which the respective container is arranged in a sealed position during purging and via which the purge gas is introduced into the container and the purge gas, as well as any gaseous and/or vaporous medium, for example air, displaced by the purge gas is discharged from the container, and wherein the container is evacuated before the purge gas is introduced or is subjected to a vacuum from a vacuum source, wherein, during the introduction of the purge gas into the container, the latter continues to be connected to the vacuum source, and the pressure and/or the volume flow of the purge gas introduced into the container and the under-pressure of the vacuum source are adjusted in such a way that - in a first method step, the container is set to a pressure in the range between 0.05 bar to 0.4 bar, preferably a pressure of some 0.05 to 0.25 bar, characterised in that in a second method step, following in temporal sequence, the purge gas is introduced or blown into the container, and specifically in such a way that the pressure in the container does not rise due to the introduction or blowing in of the purge gas, or only by 0.1 bar to 0.2 bar. - in a first method step, the container is set to a pressure in the range between 0.05 bar to 0.4 bar, preferably a pressure of some 0.05 to 0.25 bar, characterised in that
System for feeding with powder, comprising: - a device for conveying (2, 21) with metering, suitable for conveying one or more materials in the form of granules, according to a given mean throughput; - an injection device fed with powder by the conveying device, the injection device being in the form of a casing delimited by a hollow cylinder extended by a truncated cone comprising an outlet orifice; - a circuit for circulation of gas inside the casing, the gas circuit being closed on itself in order to reinject, inside the casing, the gas recovered at the outlet of the latter, the circuit being suitable for generating a gas cyclone inside the casing at least over a part of the cylinder height, so that the cyclone generated entrains the powder particles towards the bottom of the casing in order for them to be discharged by gravity via the outlet orifice. - a device for conveying (2, 21) with metering, suitable for conveying one or more materials in the form of granules, according to a given mean throughput; - an injection device fed with powder by the conveying device, the injection device being in the form of a casing delimited by a hollow cylinder extended by a truncated cone comprising an outlet orifice; - a circuit for circulation of gas inside the casing, the gas circuit being closed on itself in order to reinject, inside the casing, the gas recovered at the outlet of the latter, the circuit being suitable for generating a gas cyclone inside the casing at least over a part of the cylinder height, so that the cyclone generated entrains the powder particles towards the bottom of the casing in order for them to be discharged by gravity via the outlet orifice.
A method for processing a substrate web with a cutting device for cutting off the substrate web transversely to the web running direction (x) and a gluing device, wherein the adhesive in web running direction (x) is applied to the substrate web before cutting off the same, characterized in that the cutting device comprises a first and a second cutting device (2, 4) and a perforation line is introduced into the substrate web by the first cutting device transversely to the web running direction (x) and the substrate web is cut along the perforation line by the second cutting device, wherein the adhesive is applied to the substrate web in web running direction (x) in front of the second cutting device in the regions of the perforation holes and/or in the alignment of the perforation holes.
Ski boot, comprising an inner liner, made of a substantially soft material, and an outer shell, made of a substantially rigid material, further comprising a cuff, also made of a substantially rigid material, which is pivotally connected to said outer shell, and further comprising a spoiler, also made of a substantially rigid material, which is pivotally connected to said outer shell and is arranged between said inner liner and said cuff, wherein said ski boot further comprises a locking device comprising a driving element which is switchable between a first position, in which said locking device is in a configuration in which said shell and said cuff are disengaged from each other, and a second position, in which said locking device is in a configuration in which said shell and said cuff are engaged with each other, wherein said locking device is designed so that when said driving element is in said first position, said locking device is in a configuration in which also said cuff and said spoiler are disengaged from each other, and when said driving element is in said second position, said locking device is in a configuration in which also said cuff and said spoiler are engaged with each other, characterized in that said locking device comprises a first engaging element, which is integral with or connected to said shell, and a second engaging element, which is integral with or connected to said cuff and which is designed for cooperating with said first engaging element, and wherein when said driving element is in said first position, said first and second engaging elements (13, 15) are in a first configuration in which they are disengaged from each other, and when said driving element is in said second position, said first and second engaging elements (13, 15) are in a second configuration in which they are engaged with each other and in that said locking device comprises a third engaging element, which is integral with or connected to said cuff, and a fourth engaging element, which is integral with or connected to said spoiler and which is designed for cooperating with said third engaging element, and wherein when said driving element is in said first position, said third and fourth engaging elements (23, 25) are in a first configuration in which they are disengaged from each other, and when said driving element is in said second position, said third and fourth engaging elements (23, 25) are in a second configuration in which they are engaged with each other.