mhurhangee/patent-ind-claim-en huggingface dataset:
A method for delivering a network application, the method comprising: establishing , by a device intermediary between a client device and a server hosting a network application, a connection with the network application; receiving , by the device via the established connection, application data of the network application that comprises encoded graphics data; receiving, by the device, a specification of the client device; selecting, by the device, a configuration for the decoded graphics data based on the specification of the client device; decoding , by the device, the received application data of the network application, into decoded graphics data, for rendering at the client device without further processing of the decoded graphics data, the decoded graphics data being modifiable based on performance characteristics of the client device comprising at least one of a display resolution or scale, a coloring option, or a frame refresh rate of the client device; modifying, by the device, the decoded graphics data to achieve the performance characteristics for the client device based on the specification of the client device; and transmitting , by the device, the modified decoded graphics data to a client application of the client device for rendering without further processing of the modified decoded graphics data, to provide user access to the network application at the client device. establishing , by a device intermediary between a client device and a server hosting a network application, a connection with the network application; receiving , by the device via the established connection, application data of the network application that comprises encoded graphics data; receiving, by the device, a specification of the client device; selecting, by the device, a configuration for the decoded graphics data based on the specification of the client device; decoding , by the device, the received application data of the network application, into decoded graphics data, for rendering at the client device without further processing of the decoded graphics data, the decoded graphics data being modifiable based on performance characteristics of the client device comprising at least one of a display resolution or scale, a coloring option, or a frame refresh rate of the client device; modifying, by the device, the decoded graphics data to achieve the performance characteristics for the client device based on the specification of the client device; and transmitting , by the device, the modified decoded graphics data to a client application of the client device for rendering without further processing of the modified decoded graphics data, to provide user access to the network application at the client device.
An abrasive article comprising: a bonded abrasive body having abrasive particles comprising microcrystalline alumina (MCA) contained within a single phase vitreous bond material, wherein the bonded abrasive body has a porosity of at least 51 vol% of the total volume of the bonded abrasive body, wherein the bond material includes at least 48 wt% SiO 2 and not greater than 55 wt% SiO 2 , and wherein the bond material comprises not greater than 17 wt% boron oxide (B 2 O 3 ) for the total weight of the bond material. a bonded abrasive body having abrasive particles comprising microcrystalline alumina (MCA) contained within a single phase vitreous bond material, wherein the bonded abrasive body has a porosity of at least 51 vol% of the total volume of the bonded abrasive body, wherein the bond material includes at least 48 wt% SiO 2 and not greater than 55 wt% SiO 2 , and wherein the bond material comprises not greater than 17 wt% boron oxide (B 2 O 3 ) for the total weight of the bond material.
A redispersible two-layer cosmetic comprising an aqueous phase and polysaccharide gel particles having a mean particle size of 0.1 to 1000 μm, wherein the aqueous phase comprises a polyol and/or a mono-alcohol, and wherein the redispersible two-layer cosmetic consists of a bottom layer formed by a plurality of gel particles aggregates, and an upper layer composed of the aqueous phase over the bottom layer, wherein the mean particle size is measured using a Laser scattering particle size distribution analyzer.
Method for packaging products , comprising: conveying a base film in a clocked manner using a conveying device along a direction of transport (T) to a forming station , onward to a loading path , further onward to a sealing station and still further onward to a cutting station ; forming packaging troughs into the base film in the forming station by thermoforming; forming centering holes into the base film in a defined relative position to the packaging troughs; filling the packaging troughs in the loading path with products ; sealing the filled packaging troughs in the sealing station by sealingly connecting a top film to the base film ; cutting out the filled packaging troughs from the film composite in the cutting station ; and aligning the base film by engagement of at least one centering pin into the centering holes , characterized in that the base film is released by the conveying device upstream of the at least one centering pin in terms the direction of transport (T) so that the base film has play for alignment by the centering pin . conveying a base film in a clocked manner using a conveying device along a direction of transport (T) to a forming station , onward to a loading path , further onward to a sealing station and still further onward to a cutting station ; forming packaging troughs into the base film in the forming station by thermoforming; forming centering holes into the base film in a defined relative position to the packaging troughs; filling the packaging troughs in the loading path with products ; sealing the filled packaging troughs in the sealing station by sealingly connecting a top film to the base film ; cutting out the filled packaging troughs from the film composite in the cutting station ; and aligning the base film by engagement of at least one centering pin into the centering holes , characterized in that the base film is released by the conveying device upstream of the at least one centering pin in terms the direction of transport (T) so that the base film has play for alignment by the centering pin .
Food climatization container , wherein the container comprises a compartment for storage of food products , the compartment being surrounded by a frame structure and walls and closable by door of the container , wherein the container comprises or is connectable to a cooling unit for cooling the compartment , wherein the frame structure comprises a first extruded profile comprising a mounting portion for a portion of an inner wall of the container , and wherein the first extruded profile comprises a trough facing towards the compartment , wherein a LED bar is mounted in the trough , characterized in that the first extruded profile further comprises an insulation chamber wherein the insulation chamber is arranged between the trough and the mounting portion . wherein the frame structure comprises a first extruded profile comprising a mounting portion for a portion of an inner wall of the container , and wherein the first extruded profile comprises a trough facing towards the compartment , wherein a LED bar is mounted in the trough , characterized in that the first extruded profile further comprises an insulation chamber wherein the insulation chamber is arranged between the trough and the mounting portion .
Refrigeration appliance with a refrigeration compartment , in which a lower shelf and a beverage container tray are arranged, wherein the beverage container tray has a first receptacle for receiving a first beverage container with a first orientation (I) and a second receptacle (210a-210c, 914a-914c) for receiving a second beverage container with a second orientation (II), wherein the first orientation (I) differs from the second orientation (II), wherein the first receptacle and the second receptacle (210a-210c, 914a-914c) are formed by an arched surface section of a base body of the beverage container tray with a plurality of protrusions and indentations , wherein the protrusions on a top side of the surface section form the first receptacle and the second receptacle (210a-210c, 914a-914c) and the indentations on a bottom side of the surface section form floor area sections for supporting the beverage container tray on the lower shelf , wherein the beverage container tray has a lower part and upper part with at least one receptacle (912, 914a-914c) for receiving a beverage container , wherein the beverage container tray has a fastening device for fastening the top part to the bottom part , and wherein the fastening device is embodied to fasten the top part to the bottom part in a plurality of positions (P1, P2, P3), characterised in that each position (P1, P2, P3) is assigned a variant and each variant has a different number of receptacles (208, 912, 210a-210c, 914a-914c) for beverage containers .
A thread or suture for operations of general and specialized surgery, such as plastic, dermatological, and aesthetic surgery, wherein it is obtained by assembling together modular micro-units of well-defined shape and size, made of thermosensitive material, which are equipped with co-operating connection means that enable coupling of said micro-units to one another in the production stage, to obtain either smooth sutures or sutures provided with protuberances or barbs or protrusions, or sutures of different shapes, or combinations thereof, according to the various multiple ways in which the specific modular units can be assembled or slotted together to achieve the desired length, characterised in that : said co-operating connection means are constituted by male and female front-coupling means, said male and female front-coupling means are toothed coupling means, angular displacement of a tooth of the male coupling relative to the female coupling at each connection leading to rotation of one modular unit with respect to the other, so as to enable production of sutures in which the barbs or protuberances, if present, may be distributed along the outer surface of the suture on the basis of design specifications. said co-operating connection means are constituted by male and female front-coupling means, said male and female front-coupling means are toothed coupling means, angular displacement of a tooth of the male coupling relative to the female coupling at each connection leading to rotation of one modular unit with respect to the other, so as to enable production of sutures in which the barbs or protuberances, if present, may be distributed along the outer surface of the suture on the basis of design specifications.
Non-therapeutic use of at least one crystalline form of copper salicylate, with a molar ratio between copper and salicylic acid of (1:1), selected from crystalline form I, crystalline form II or crystalline form III and/or mixtures thereof; wherein crystalline form I is characterized by an orthorhombic crystalline structure, a crystal unit cell indicated hereunder in Table 1, a FTIR spectrum that has at least the absorption bands indicated hereunder in Table 2, an XRD spectrum that has at least the characteristic peaks indicated hereunder in Table 3 and, preferably, a particle-size distribution ranging from 1.95 μm to 19.40 μm, preferably equal to about 6.17 μm; wherein crystalline form II is characterized by a triclinic crystalline structure, a crystal unit cell indicated in Table 1 hereunder, a FTIR spectrum that has at least the absorption bands indicated in Table 2 hereunder, an XRD spectrum that has at least the characteristic peaks indicated in Table 3 hereunder and, preferably, a particle-size distribution ranging from 15.37 μm to 100.30 μm, preferably equal to about 49.45 μm; wherein crystalline form III is characterized by a two-dimensional crystalline structure, a crystal unit cell indicated in Table 1 hereunder, a FTIR spectrum that has at least the absorption bands indicated in Table 2 hereunder, an XRD spectrum that has at least the characteristic peaks indicated in Table 3 hereunder Table 1 Crystalline form a, Å b, Å c, Å α, ° β, ° γ, ° V, Å 3 Z V/Z, Å 3 I 18.868 15.884 5.042 90 90 90 1507 8 188 II 7.322 10.677 15.580 70.67 83.82 76.31 1116.09 6 186 III 24.46 - 5.66 - 90 - - - - Table 2 Crystalline form I Crystalline form II Crystalline form III 3244.25 3371.87 3252.77 2929.28 3065.63 3067.12 1603.68 1623.17 2925.20 1558.03 1604.97 1603.32 1496.27 1590.00 1572.60 1470.55 1570.31 1558.81 1407.99 1472.32 1507.33 1248.06 1408.52 1471.60 1253.54 1258.08 Table 3 Crystalline form I (2θ, °) Crystalline form II (2θ, °) Crystalline form III (2θ, °) 9.420 6.034 7.283 22.638 17.171 20.759 26.512 18.103 25.867 28.296 25.033 - 29.575 25.968 - - 27.458 - for the control of phytopathogenic bacteria.
System for modifying the refractive index of an IOL, which has already been modified by means of a laser method, by a femtosecond laser, consisting of: • a femtosecond pulse laser system comprising a femtosecond laser source, an optical unit suitable for focusing the laser beam into the eye and the IOL, and a scanner suitable for scanning the focal point of the laser beam laterally and axially with respect to the optical axis of the optical unit; • an optical coherence tomography (OCT) measurement/imaging system comprising an OCT light source/detector and a lateral scanner suitable for guiding the light of the OCT light source into the eye via the same optical unit as the femtosecond pulse laser beam, wherein the OCT detector is suitable for detecting a refractive index pattern and the phase change over this refractive index pattern from the light reflected by the eye or the internal structures thereof, characterized by a controller suitable for analysing the signals of the OCT system in order to capture both the relative position and/or the form of the IOL in the eye and also the dimension and/or relative position of a refractive index pattern already present, for generating a write pattern, wherein both the relative position and/or the form of the IOL in the eye and also the dimension and/or relative position of a refractive index pattern already present are taken into account, and for controlling the femtosecond pulse laser system to apply the write pattern to the IOL. • a femtosecond pulse laser system comprising a femtosecond laser source, an optical unit suitable for focusing the laser beam into the eye and the IOL, and a scanner suitable for scanning the focal point of the laser beam laterally and axially with respect to the optical axis of the optical unit; • an optical coherence tomography (OCT) measurement/imaging system comprising an OCT light source/detector and a lateral scanner suitable for guiding the light of the OCT light source into the eye via the same optical unit as the femtosecond pulse laser beam, wherein the OCT detector is suitable for detecting a refractive index pattern and the phase change over this refractive index pattern from the light reflected by the eye or the internal structures thereof,
A consumable component for an aerosol provision system comprising: an outer housing comprising an outer wall extending between first and second end walls to define an interior chamber; a plurality of fragments or granules of solid aerosol forming material for generating an aerosol for user inhalation, wherein the plurality of fragments or granules of solid aerosol forming material are retained within the interior chamber by the housing and wherein the first and second end walls comprise openings to allow air to flow into the interior chamber through the first end wall and out of the interior chamber through the second end wall during use, and a heater located within the interior chamber and configured to heat the fragments or granules of solid aerosol forming material during use to generate a vapour for user inhalation. an outer housing comprising an outer wall extending between first and second end walls to define an interior chamber; a plurality of fragments or granules of solid aerosol forming material for generating an aerosol for user inhalation, wherein the plurality of fragments or granules of solid aerosol forming material are retained within the interior chamber by the housing and wherein the first and second end walls comprise openings to allow air to flow into the interior chamber through the first end wall and out of the interior chamber through the second end wall during use, and a heater located within the interior chamber and configured to heat the fragments or granules of solid aerosol forming material during use to generate a vapour for user inhalation.
A method of operating a communications network , the method comprising the steps of: a) executing an iterative first learning process to learn performance models from historic traffic data carried over the communications network, assign the performance models to a plurality of routes through the network and offer quality of service, QoS, measures for the communications network based on the learnt performance models; b.) receiving a request for a communication session including a request for one of the offered QoS measures and allocating the communication session to one or more of a plurality of routes through the communications network, the allocation of the communication session to a network route being made in accordance with the requested QoS measure; c) subsequently executing a second learning process to determine if the requested QoS measure will be breached prior to a further instance of the first learning process being executed; and d) if the result of the second learning process indicates that the requested QoS measure will be breached, re-allocating the communication session to one or more further routes through the communications network wherein the one or more further routes are able to satisfy the requested QoS measure. a) executing an iterative first learning process to learn performance models from historic traffic data carried over the communications network, assign the performance models to a plurality of routes through the network and offer quality of service, QoS, measures for the communications network based on the learnt performance models; b.) receiving a request for a communication session including a request for one of the offered QoS measures and allocating the communication session to one or more of a plurality of routes through the communications network, the allocation of the communication session to a network route being made in accordance with the requested QoS measure; c) subsequently executing a second learning process to determine if the requested QoS measure will be breached prior to a further instance of the first learning process being executed; and d) if the result of the second learning process indicates that the requested QoS measure will be breached, re-allocating the communication session to one or more further routes through the communications network wherein the one or more further routes are able to satisfy the requested QoS measure.
Method for operating a spindle of a two-for-one twisting or cabling machine which has an adjustable balloon thread guide eye , characterised in that for the operation of the spindle under production conditions, the balloon thread guide eye is adjusted, on the basis of a measurement variable (i) that correlates with the energy uptake of the spindle drive , to a first working position (AP 1 ) in which a position-dependent minimum of the energy uptake of the spindle drive is achieved, and in that the first working position (AP 1 ) of the balloon thread guide eye to be travelled to, which first working position (AP 1 ) is dependent on twisting parameters, is set by means of a control loop and is readjusted during the operation of the spindle , a measurement variable (i) that correlates with the energy uptake of the spindle drive serving as the controlled variable.
A method for operating an injection moulding machine, comprising at least one plasticising device with at least one plasticising screw , which can be driven about a screw longitudinal axis in both a rotationally and a translationally movable manner, wherein by means of the plasticising device plastic melt is provided for injecting into a mould cavity in a screw antechamber , characterised in that in order to inject the plastic melt into the mould cavity, i.e. at least during an injection phase and during a holding-pressure phase, the plasticising screw is driven both translationally and rotationally by means of at least one drive unit, wherein the rotational drive of the plasticising screw is effected at a speed (n scr ) such that a backflow (ṁ druck ) of the melt from the screw antechamber back into the screw threads of the plasticising screw is overlaid by an opposing delivery flow (ṁ schlepp ) caused by the rotation of the plasticising screw due to a translational injection movement of the plasticising screw , wherein a differential flow (ṁ Δ ) is created from the backflow (ṁ druck ) and the opposing delivery flow (ṁ schlepp ) and the differential flow (ṁ Δ ) is influenced at least during the injection phase by influencing the speed (n scr ) of the plasticising screw , and the method is carried out without the use of a backflow barrier.
Plug-in connection for transmitting high-frequency signals, comprising: a cable with at least one free end; a contact , which is arranged at the free cable end, with a free contact end on a side averted from the cable ; a connecting element , which is arranged between the contact and the cable , wherein the connecting element is fixedly connected to the contact and the cable in the assembled state; wherein the connecting element has at least one first region (I) with a first outside diameter (D1) on a side facing the contact and at least one second region (II) with a second outside diameter (D2) on a side facing the cable , wherein the second outside diameter (D2) is larger than the first outside diameter (D1); a transition section is arranged between the first region (I) and the second region (II), the outside diameter of the connecting element increasing from the first outside diameter (D1) to the second outside diameter (D2) starting from the side facing the contact in the transition region, characterized in that the first region (I) comprises at least one third region (III), wherein the connecting element has, in the third region (III), at least in sections an outside diameter which corresponds to the second outside diameter (D2) . a cable with at least one free end; a contact , which is arranged at the free cable end, with a free contact end on a side averted from the cable ; a connecting element , which is arranged between the contact and the cable , wherein the connecting element is fixedly connected to the contact and the cable in the assembled state; wherein the connecting element has at least one first region (I) with a first outside diameter (D1) on a side facing the contact and at least one second region (II) with a second outside diameter (D2) on a side facing the cable , wherein the second outside diameter (D2) is larger than the first outside diameter (D1); a transition section is arranged between the first region (I) and the second region (II), the outside diameter of the connecting element increasing from the first outside diameter (D1) to the second outside diameter (D2) starting from the side facing the contact in the transition region, characterized in that the first region (I) comprises at least one third region (III), wherein the connecting element has, in the third region (III), at least in sections an outside diameter which corresponds to the second outside diameter (D2) .