mhurhangee/ep-ind-claims huggingface dataset:
A pant-type absorbent article such as a pant diaper, a sanitary pant or an incontinence pant, the article comprising a chassis, a topsheet, a backsheet and an absorbent member arranged between the topsheet and the backsheet, the absorbent member having an absorbent member front edge and an absorbent member rear edge the chassis comprising a front section, a rear section and a crotch section located between the front section and the rear section, as seen in a longitudinal direction of the absorbent article, wherein the front section and the rear section are joined to each other along their respective opposite longitudinal side edges (11,12,13,14) to define a waist-opening and a pair of leg-openings, wherein the front section comprises front elastics and the rear section comprises rear elastics, each of the front elastics and the rear elastics extending between the respective opposite longitudinal side edges (11,12,13,14) in a transverse direction of the absorbent article, the absorbent member comprising a first absorbent layer and a second absorbent layer, the first absorbent layer being arranged between the topsheet and the second absorbent layer, the first absorbent layer having a first absorbent layer front edge and a first absorbent layer rear edge, the second absorbent layer having a size and a shape in a plane of the absorbent article, the size and shape of the second absorbent layer defining the size and shape of the absorbent member in the plane of the absorbent article, wherein the first absorbent layer is shorter than the second absorbent layer, as seen in the longitudinal direction, such that only the second absorbent layer is present in a front portion of the absorbent member, and in a rear portion of the absorbent member wherein the front elastics extend over the front portion of the absorbent member and the rear elastics extend over the rear portion of the absorbent member, the first absorbent layer front edge being arranged with a front edge distance from the absorbent member front edge and the first absorbent layer rear edge being arranged with a rear edge distance from the absorbent member rear edge wherein each of the first and the second absorbent layer (17,20) comprises superabsorbent polymer particles, characterized in that wherein the absorbent member in a crotch portion thereof is provided with at least two channels (21,22) extending in the longitudinal direction and on a respective side of a longitudinal centerline of the absorbent article, the first absorbent layer comprises a higher amount in wt % of superabsorbent polymer particles than the second absorbent layer, the absorbent member having a total absorbent capacity of 1100 ml or more, as measured according to standard test method ISO 11948-1, and wherein a ratio between the front edge distance and the rear edge distance is 1.5 or greater.
Method for generating pulse flanks (11, 11') synchronously associated with the movement of a mechanical part, wherein a magnetic field is generated and at least two measurement signals (9, 10) for the magnetic field are detected, and wherein the magnetic field is so varied in dependence on the movement of the mechanical part that the measurement signals (9, 10) are modulated in phase displacement relative to one another, characterised in that the mechanical part is brought into a number of predetermined reference positions at each of which a measurement signal (9, 10) is to be compared with a reference value, wherein at a first reference position a measurement value for a first measurement signal is recorded and stored as a first reference value, wherein at a second reference position a measurement value for a second measurement signal is recorded and stored as a second reference value, wherein thereafter the mechanical part is moved, the first measurement signal is compared with the first reference value and the second measurement signal is compared with the second reference value, and wherein a pulse flank (11, 11') is generated when at least one of these comparisons yields agreement or the result of the relevant comparison changes its sign and wherein the amount of the first measurement signal is compared with the amount of the second measurement signal.
A crystalline form of ethyl ( -((((2R,5R)-5-(6-amino-9H-purin-9-yl)-4-fluoro-2,5-dihydrofuran-2-yl)oxy)methyl)(phenoxy)phosphoryl)-L-alaninate (Formula I), wherein the crystalline form is Formula I Form I, characterized by an X-ray powder diffraction pattern having peaks at 7.7°, 11.2°, and 15.2° 2θ ± 0.2° 2θ.
A laundry treating appliance for treating laundry according to an automatic cycle of operation, comprising: a cabinet defining an interior with an opening providing access to the interior; a treating chamber located within the cabinet and accessible by the opening; a closure movably mounted to the cabinet to selectively open/close the opening and having a rear face confronting the treating chamber when the closure closes the opening; a dispenser provided on the rear face and having at least one open-top reservoir with a siphon tube fluidly coupled to the treating chamber; and a siphon cap received in the open top of the reservoir and extending around the siphon tube, characterised in that the siphon cap has at least one baffle extending into the reservoir for retarding the flow of liquid within the reservoir, the at least one baffle extending laterally relative to the rear face, the closure being configured to move along a path of travel and the at least one baffle being transverse to the path of travel. a cabinet defining an interior with an opening providing access to the interior; a treating chamber located within the cabinet and accessible by the opening; a closure movably mounted to the cabinet to selectively open/close the opening and having a rear face confronting the treating chamber when the closure closes the opening; a dispenser provided on the rear face and having at least one open-top reservoir with a siphon tube fluidly coupled to the treating chamber; and a siphon cap received in the open top of the reservoir and extending around the siphon tube, characterised in that the siphon cap has at least one baffle extending into the reservoir for retarding the flow of liquid within the reservoir, the at least one baffle extending laterally relative to the rear face, the closure being configured to move along a path of travel and the at least one baffle being transverse to the path of travel.
A method of modeling an interconnection relationship at a potential interconnection point to visualize an impact of a potential interconnection point between a provider network and a partner on a network load balance, the method comprising: defining a partner of a provider network by at least one potential interconnection point operable to exchange network traffic between the provider network and the partner; generating an interconnection relationship based on the at least one potential interconnection point using a processor, wherein the interconnection relationship may be a potential connection between the provider network and the partner at a said potential interconnection point; modeling an impact of the interconnection relationship on a network load balance, to generate based on the at least one potential interconnection point a traffic balance projection of the network traffic exchanged between the provider network and the partner using a network load indication for the provider network and a network load indication for the partner, wherein network load indication is a function of a bandwidth measurement and a distance measurement, the modeling comprising estimating bit miles of the partner based on at least BGP routing tables, communities for the partner's network and address locations of components of the partner's network, and estimating whether bit mile burden between the provider network and the partner network is roughly equal. defining a partner of a provider network by at least one potential interconnection point operable to exchange network traffic between the provider network and the partner; generating an interconnection relationship based on the at least one potential interconnection point using a processor, wherein the interconnection relationship may be a potential connection between the provider network and the partner at a said potential interconnection point; modeling an impact of the interconnection relationship on a network load balance, to generate based on the at least one potential interconnection point a traffic balance projection of the network traffic exchanged between the provider network and the partner using a network load indication for the provider network and a network load indication for the partner, wherein network load indication is a function of a bandwidth measurement and a distance measurement, the modeling comprising estimating bit miles of the partner based on at least BGP routing tables, communities for the partner's network and address locations of components of the partner's network, and estimating whether bit mile burden between the provider network and the partner network is roughly equal.
Door for a domestic appliance with a plate-like base part, a door handle arranged thereon and a handle part, wherein the door handle can be pivoted together with the handle part relative to the base part about a pivot axis and can be recessed in the base part, wherein the handle part comprises an actuation element that is arranged on the handle part as a handle part opener, can be moved relative to the handle part and is embodied, depending on the movement, to release the recessed base position of the handle part, characterised in that the pivotability of the handle part from the base position is greater than or equal to 90°.
A light guide device (100a, 100b, 100e) comprising a light incident end configured to receive an incident light, wherein the light incident end has at least one light incident face (20, 20') and each light incident face has a first edge and a second edge that are displaced from each other in a direction along an axis of the light guide device (100a, 100b, 100e); characterized in that, the light incident end has a plurality of light incident faces (20, 20') arranged in a direction about the axis of the light guide device (100a, 100b, 100e); and in that the first edge is located at upstream of the second edge in each of the light incident faces (20, 20') in a clockwise or anti-clockwise direction about the axis of the light guide device (100a, 100b, 100e), and the first edge is displaced towards inside of the light incident end of the light guide device (100a, 100b, 100e) in the direction along the axis of the light guide device (100a, 100b, 100e), with respect to the second edge in each of the light incident faces (20, 20'). a light incident end configured to receive an incident light, wherein the light incident end has at least one light incident face (20, 20') and each light incident face has a first edge and a second edge that are displaced from each other in a direction along an axis of the light guide device (100a, 100b, 100e); characterized in that, the light incident end has a plurality of light incident faces (20, 20') arranged in a direction about the axis of the light guide device (100a, 100b, 100e); and in that the first edge is located at upstream of the second edge in each of the light incident faces (20, 20') in a clockwise or anti-clockwise direction about the axis of the light guide device (100a, 100b, 100e), and the first edge is displaced towards inside of the light incident end of the light guide device (100a, 100b, 100e) in the direction along the axis of the light guide device (100a, 100b, 100e), with respect to the second edge in each of the light incident faces (20, 20').
A method of performing a stir function in a blender apparatus with blades, the method including: controlling, by a processor module, a motor of the blender apparatus to provide a sequence of pulsed operations of the blades to a first target speed, each pulse having a speed profile; disabling power to the motor upon reaching the first target speed at a first time; monitoring motor speed until the blades reach a predetermined minimum speed at a second time; commencing a subsequent pulse cycle after a predetermined period; wherein the speed profile for the stir function is dependent on dynamic load provided by ingredients in the blender apparatus, wherein a manual speed setting is used to configure the blender apparatus to operate in the stir function characterized in that the motor is controlled by a soft start profile until the first target speed is reached. controlling, by a processor module, a motor of the blender apparatus to provide a sequence of pulsed operations of the blades to a first target speed, each pulse having a speed profile; disabling power to the motor upon reaching the first target speed at a first time; monitoring motor speed until the blades reach a predetermined minimum speed at a second time; commencing a subsequent pulse cycle after a predetermined period; wherein the speed profile for the stir function is dependent on dynamic load provided by ingredients in the blender apparatus, wherein a manual speed setting is used to configure the blender apparatus to operate in the stir function characterized in that the motor is controlled by a soft start profile until the first target speed is reached.
A system for identifying one or more plants in a population of two or more plants, comprising: (a) two or more monitoring units, each monitoring unit being configured for monitoring a whole plant and comprising: (i) a pot for holding a plant from the population; (ii) a container configured to contain water and to receive said potted plant; and (iii) one or more load cells configured to measure a weight of the container together with the contents of the container, including the water, to generate one or more time dependent signals indicative of said weight; and (b) a processor configured to: (i) receive the time dependent signals from each of the monitoring units and to process the signals to determine a water usage efficiency defined as a cumulative weight gain during a certain period divided by a cumulative transpiration during said period; (ii) rank the plants in the population based on said determined water usage efficiency; (iii) identify plants having a ranking above a predetermined ranking; and (iv) display on a display device identifiers of the identified plants; and (c) said display device. (a) two or more monitoring units, each monitoring unit being configured for monitoring a whole plant and comprising: (i) a pot for holding a plant from the population; (ii) a container configured to contain water and to receive said potted plant; and (iii) one or more load cells configured to measure a weight of the container together with the contents of the container, including the water, to generate one or more time dependent signals indicative of said weight; and (i) a pot for holding a plant from the population; (ii) a container configured to contain water and to receive said potted plant; and (iii) one or more load cells configured to measure a weight of the container together with the contents of the container, including the water, to generate one or more time dependent signals indicative of said weight; and (b) a processor configured to: (i) receive the time dependent signals from each of the monitoring units and to process the signals to determine a water usage efficiency defined as a cumulative weight gain during a certain period divided by a cumulative transpiration during said period; (ii) rank the plants in the population based on said determined water usage efficiency; (iii) identify plants having a ranking above a predetermined ranking; and (iv) display on a display device identifiers of the identified plants; and (i) receive the time dependent signals from each of the monitoring units and to process the signals to determine a water usage efficiency defined as a cumulative weight gain during a certain period divided by a cumulative transpiration during said period; (ii) rank the plants in the population based on said determined water usage efficiency; (iii) identify plants having a ranking above a predetermined ranking; and (iv) display on a display device identifiers of the identified plants; and (c) said display device.
Security panel having a housing cover, having a wall housing which is formed with a base plate, having an electronics unit which comprises a main printed circuit board and which is fastened to the base plate, characterized in that the electronics unit has an electronics cover which covers the main printed circuit board both at the front and at the rear, and in that that side of the electronics cover which faces the base plate is a distance from the base plate, so that a free space for routing cables is formed between the base plate and the electronic cover.
A support for winding a roving or top of textile material to form reels or the like, comprising an annular band for anchoring the textile material and at least two support portions (11, 13) that can be axially coupled together in a reversible manner and uncoupled; wherein said annular band is housed in a seat formed by coupling said two support portions (11, 13); characterized in that said band comprises a body made of a molded plastic material, to which hooks for anchoring textile fibers are fixed.
An apparatus comprising: a cage having a plurality of receptacles; a cover covering at least a portion of the cage, the cover having a cover top side, a cover back side; a top wrap comprising: a top wrap top portion attached to and covering at least a portion of the cover top side, and a top wrap back portion covering at least a portion of the cover back side; and a heat sink attached to the top wrap back portion, the heat sink configured to dissipate heat from a plurality of plugs respectively plugged into the plurality of receptacles, the cover top side being configured to conduct the heat from the plurality of plugs in the plurality of receptacles to the top wrap, and the top wrap being configured to conduct the heat through the top wrap to the heat sink. a cage having a plurality of receptacles; a cover covering at least a portion of the cage, the cover having a cover top side, a cover back side; a top wrap comprising: a top wrap top portion attached to and covering at least a portion of the cover top side, and a top wrap back portion covering at least a portion of the cover back side; and a top wrap top portion attached to and covering at least a portion of the cover top side, and a top wrap back portion covering at least a portion of the cover back side; and a heat sink attached to the top wrap back portion, the heat sink configured to dissipate heat from a plurality of plugs respectively plugged into the plurality of receptacles, the cover top side being configured to conduct the heat from the plurality of plugs in the plurality of receptacles to the top wrap, and the top wrap being configured to conduct the heat through the top wrap to the heat sink.
A scroll compressor comprising: a fixed scroll having a disc and a fixed wrap being formed at an upper surface of the disc; an orbiting scroll having an orbiting wrap, the orbiting wrap being configured to define first and second compression chambers at an outer side surface and an inner side surface thereof together with the fixed wrap, the orbiting scroll being configured to perform an orbiting motion with respect to the fixed scroll; a rotation shaft having an eccentric portion, the eccentric portion being coupled to the orbiting wrap; and a driving unit configured to drive the rotation shaft, characterized in that a portion of the rotation shaft having the eccentric portion is inserted through the disc of the fixed scroll so that the orbiting wrap, the fixed wrap and the eccentric portion overlap in a lateral direction; the first compression chamber is defined between two contact points P1 and P2 generated by the contact between an inner side surface of the fixed wrap and an outer side surface of the orbiting wrap, and in that 0° < α < 360°, where α is an angle defined by two lines which connect a center O of the eccentric portion to the two contact points P1 and P2, respectively, wherein a distance l between normal vectors at the two contact points P1 and P2, the normal vectors at the respective contact points being in parallel to each other according to the operating algorithm of the scroll compressor, is greater than 0. a fixed scroll having a disc and a fixed wrap being formed at an upper surface of the disc; an orbiting scroll having an orbiting wrap, the orbiting wrap being configured to define first and second compression chambers at an outer side surface and an inner side surface thereof together with the fixed wrap, the orbiting scroll being configured to perform an orbiting motion with respect to the fixed scroll; a rotation shaft having an eccentric portion, the eccentric portion being coupled to the orbiting wrap; and a driving unit configured to drive the rotation shaft,
A mass spectrometer comprising: ion pulse means (700, 701, 706, 803) for producing ion pulses in a first vacuum chamber; orbitrap ion trap means (704, 805) for receiving and trapping said ion pulses for mass analysis in a second vacuum chamber; ion-optical lens means (703, 804) arranged between the ion pulse means and the orbitrap ion trap means for receiving said at least one of said ion pulses and outputting ions therefrom to said orbitrap ion trap means, comprising a first lens electrode and a second lens electrode collectively defining an optical axis of the ion-optical lens means and adapted for distributing a respective first electrical potential and second electrical potential therealong; characterized in that said mass spectrometer further comprises lens control means arranged to vary non-periodically with time said first electrical potential relative to said second electrical potential to define a potential difference which changes at a rate to match a rate of change of a voltage applied to an inner electrode of the orbitrap ion trap means to increase the kinetic energy of heavier ions relative to lighter ions of said ion pulses which have traversed the ion optical lens means thereby to control the mass range of said ions receivable by said orbitrap ion trap from said ion optical lens means. ion pulse means (700, 701, 706, 803) for producing ion pulses in a first vacuum chamber; orbitrap ion trap means (704, 805) for receiving and trapping said ion pulses for mass analysis in a second vacuum chamber; ion-optical lens means (703, 804) arranged between the ion pulse means and the orbitrap ion trap means for receiving said at least one of said ion pulses and outputting ions therefrom to said orbitrap ion trap means, comprising a first lens electrode and a second lens electrode collectively defining an optical axis of the ion-optical lens means and adapted for distributing a respective first electrical potential and second electrical potential therealong; characterized in that said mass spectrometer further comprises lens control means arranged to vary non-periodically with time said first electrical potential relative to said second electrical potential to define a potential difference which changes at a rate to match a rate of change of a voltage applied to an inner electrode of the orbitrap ion trap means to increase the kinetic energy of heavier ions relative to lighter ions of said ion pulses which have traversed the ion optical lens means thereby to control the mass range of said ions receivable by said orbitrap ion trap from said ion optical lens means.