mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensitive adhesive sheet comprising, on a substrate or a release material, a resin layer that concludes a resin part containing a resin as a main component, and a particle part consisting of silica particles with a volume-average secondary particle diameter of 0.5 to 10 μm determined by measuring the particle size distribution according to a Coulter counter method, at least a surface (α) of the resin layer being opposite to the side thereof on which the substrate or the release material is provided having pressure sensitive adhesiveness, wherein plural concave portions having a maximum height difference of 0.5 μm or more exist in a region surrounded by a square having an edge length of 5 mm that is arbitrarily selected on the surface (α), and 95% or more of the plural concave portions existing inside the region have shapes differing from each other, and one or more such concave portions exist in a region surrounded by a square having an edge length of 1 mm that is arbitrarily selected on the surface (α), wherein the resin layer has a multi-layer structure containing a layer (Xβ) mainly containing the resin part, a layer containing the particle part in an amount of 15% by mass or more, and a layer (Xα) mainly containing the resin part, as laminated in this order from the side on which the substrate or the release material is provided.
Device for connecting two lines adapted for the medical field, each having at least one exudate lumen and at least one ventilation lumen, and appropriate for wound care using negative pressure therapy, wherein the device comprises at least two fluid-conducting channels, of which at least one exudate channel is configured to be connected, in a fluid-conducting manner, to the exudate lumens of the multi-lumen lines and at least one ventilation channel is configured to be connected, in a fluid-conducting manner, to the ventilation lumens of the multi-lumen lines, wherein a barrier device counteracting the passage of liquids is associated with at least one ventilation channel, characterised in that the barrier device includes or is a gas-permeable barrier element arranged in the ventilation channel.
A multi-phase hand treatment device comprising: i) an active cavity for housing a user's hands and forearms; ii) a double inlet for insertion of the user's hands and forearms into the active cavity; iii) at least one active product dispenser and at least one water distribution nozzle; iv) a treatment assembly comprising two rotating brushes; characterized in that the treatment assembly further comprises a drying blower; v) said assembly being movable in the active cavity between a position remote from the double inlet of the cavity for treatment of the fingers and a position close to the double inlet of the cavity for treatment of the forearms. i) an active cavity for housing a user's hands and forearms; ii) a double inlet for insertion of the user's hands and forearms into the active cavity; iii) at least one active product dispenser and at least one water distribution nozzle; iv) a treatment assembly comprising two rotating brushes; characterized in that the treatment assembly further comprises a drying blower; v) said assembly being movable in the active cavity between a position remote from the double inlet of the cavity for treatment of the fingers and a position close to the double inlet of the cavity for treatment of the forearms.
A complementary nutritional composition characterized by a low glycaemic load for use in treatment, prevention and/or reducing the risk of a metabolic syndrome disorder appearing later in life, wherein the disorder is selected from the group consisting of diabetes mellitus, in particular diabetes mellitus type 2, cardiovascular disease, impaired glucose tolerance, impaired fasting glucose, impaired glucose homeostasis, insulin resistance, hypertension, dyslipidemia, overweight, obesity, particularly central obesity, and microalbuminuria, wherein the composition is characterized by a low glycemic index and/or comprises an ingredient characterized by a low glycemic index, wherein a low glycaemic load is indicated as having a glycaemic load equal or lower than 20, wherein a low glycemic index is indicated as having a glycemic index equal or lower than 70, wherein later in life refers to the period of time after childhood, that is after 12 years of age, wherein the composition comprises at least one carbohydrate-based ingredient with low glycemic index selected from the group consisting of: Resistant starches, Lactose, Isomaltulose, Galactose and Fructose, wherein the composition is administered to an infant or young child who is at risk of developing a metabolic syndrome disorder and wherein the composition comprises an amount of added sugars with low glycemic index which ranges from 1 to 30% w/w.
A composite skin (22, 24) for an aerospace vehicle, comprising: a thermal distribution system for distributing heat from a heat source laterally through the skin (22, 24); first and second facesheets (74, 76) on opposite sides of the thermal distribution system, at least the first facesheet being thermally conductive for conducting heat from the distribution system to a face of the skin wherein: the thermal distribution system includes: a heat transfer fluid, and a serpentine heat exchanger between the first and second facesheets (74, 76) through which the heat transfer fluid may flow; the composite skin (22, 24) further comprises: a thermally conductive foam between the first and second facesheets for spreading the heat distributed by the thermal distribution system; and said serpentine thermal exchanger consists of one or more condenser coils disposed within said thermally conductive foam. a thermal distribution system for distributing heat from a heat source laterally through the skin (22, 24); first and second facesheets (74, 76) on opposite sides of the thermal distribution system, at least the first facesheet being thermally conductive for conducting heat from the distribution system to a face of the skin wherein: the thermal distribution system includes: a heat transfer fluid, and a serpentine heat exchanger between the first and second facesheets (74, 76) through which the heat transfer fluid may flow; the thermal distribution system includes: a heat transfer fluid, and a serpentine heat exchanger between the first and second facesheets (74, 76) through which the heat transfer fluid may flow; a heat transfer fluid, and a serpentine heat exchanger between the first and second facesheets (74, 76) through which the heat transfer fluid may flow; the composite skin (22, 24) further comprises: a thermally conductive foam between the first and second facesheets for spreading the heat distributed by the thermal distribution system; and said serpentine thermal exchanger consists of one or more condenser coils disposed within said thermally conductive foam. a thermally conductive foam between the first and second facesheets for spreading the heat distributed by the thermal distribution system; and said serpentine thermal exchanger consists of one or more condenser coils disposed within said thermally conductive foam.
A seat assembly, which is intended particularly for assisting a person sitting thereon to stand up from a sitting position and, which comprises a seat part provided in connection with a sitting base and equipped with elbow rests, whereby the seat part comprises a joint mechanism including tilting means and lifting means (2, 4), by means of which the seat part is arranged simultaneously on the one hand to get inclined from an essentially horizontal sitting-position to a standing up -position, where the seat part is inclined downward toward its front edge, and on the other hand to be moved upward, while being inclined to the standing up -position from the sitting-position, whereby particularly in order to enable assisting of a standing up -movement by influence of the person him-/herself sitting on the seat part, by exploiting his/her upper body through using hand forces, the joint mechanism (2, 4) being arranged operable at least partly through the elbow rests, wherein the joint mechanism (2, 4) is arranged on a quadrangle joint -principle in a way that it consists of one or more pairs of articulated arms (Np), the arms being articulated in connection with the seat part and turning (w") in an essentially vertical plane, whereby a frontal articulated arm is shorter than second articulated arm in order to bring about the simultaneous tilting and lifting movement of the seat part, characterized in that the joint mechanism (2, 4) is operable by a power influence directed downward from the elbow rests, whereby the elbow rests are arranged in a power transmitting connection with one or more second articulated arms of the quadrangle joint mechanism (2, 4).
A display system comprising: a head-mounted display unit configured to output visual content to a user; a controller; and a detachable speaker unit detachably coupleable to the head-mounted display unit for providing aural content to the user and adapted to be physically supported by the head-mounted display unit; wherein audio signal processing of the aural content output by the detachable speaker unit is configured to change as the detachable speaker unit is moved toward a predetermined coupling location at which the detachable speaker unit is coupleable to the head-mounted display unit, and the audio signal processing includes equalization, and wherein the controller is configured to perform the audio signal processing and wherein the audio signal processing includes at least one of: the equalization that includes increasing low frequency gain as the detachable speaker unit is moved toward the predetermined coupling location; and increasing the dynamic range as the detachable speaker unit is moved toward the predetermined coupling location. a head-mounted display unit configured to output visual content to a user; a controller; and a detachable speaker unit detachably coupleable to the head-mounted display unit for providing aural content to the user and adapted to be physically supported by the head-mounted display unit; wherein audio signal processing of the aural content output by the detachable speaker unit is configured to change as the detachable speaker unit is moved toward a predetermined coupling location at which the detachable speaker unit is coupleable to the head-mounted display unit, and the audio signal processing includes equalization, and wherein the controller is configured to perform the audio signal processing and wherein the audio signal processing includes at least one of: the equalization that includes increasing low frequency gain as the detachable speaker unit is moved toward the predetermined coupling location; and increasing the dynamic range as the detachable speaker unit is moved toward the predetermined coupling location. the equalization that includes increasing low frequency gain as the detachable speaker unit is moved toward the predetermined coupling location; and increasing the dynamic range as the detachable speaker unit is moved toward the predetermined coupling location.
Impeller for a ventilator, having a hub, from which fan blades protrude, which are provided with at least one protruding flow element at the radially outer edge, characterized in that the axial height (h) of the flow element, which extends over the entire length of the outer edge between the front edge and the rear edge of the fan blade, has a maximum in the region of the front edge and the rear edge of the fan blade, and in that the axial height (h) decreases from the maxima in the direction of the centre of the fan blade.
A method for adjusting a graphical object according to operator preference, characterized in that it includes a pre configuration phase and an executing phase: the pre configuration phase being executed before the executing phase, wherein, a value for a pre-configured angle is determined according to motions of a user's hand in the pre configuration phase; the executing phase including: S1, rendering a graphical object on a display screen of a handheld device; S2, determining a preference setting indicating one of a left-handed preference or a right-handed preference for operating the handheld device; S3, adjusting the graphical object according to the preference setting; S4, detecting a change to the preference setting; and characterized in that the executing phase further comprises: S5, rotating the graphical object by the pre-configured angle in response to the change; wherein, the smaller the motion of user's hand is, the smaller the value for the pre-configured angle is; and the larger the motion of user's hand is, the larger the value for the pre-configured angle is. the pre configuration phase being executed before the executing phase, wherein, a value for a pre-configured angle is determined according to motions of a user's hand in the pre configuration phase; the executing phase including: S1, rendering a graphical object on a display screen of a handheld device; S2, determining a preference setting indicating one of a left-handed preference or a right-handed preference for operating the handheld device; S3, adjusting the graphical object according to the preference setting; S4, detecting a change to the preference setting; and characterized in that the executing phase further comprises: S5, rotating the graphical object by the pre-configured angle in response to the change; wherein, the smaller the motion of user's hand is, the smaller the value for the pre-configured angle is; and the larger the motion of user's hand is, the larger the value for the pre-configured angle is. S1, rendering a graphical object on a display screen of a handheld device; S2, determining a preference setting indicating one of a left-handed preference or a right-handed preference for operating the handheld device; S3, adjusting the graphical object according to the preference setting; S4, detecting a change to the preference setting; and characterized in that the executing phase further comprises: S5, rotating the graphical object by the pre-configured angle in response to the change; wherein, the smaller the motion of user's hand is, the smaller the value for the pre-configured angle is; and the larger the motion of user's hand is, the larger the value for the pre-configured angle is.
A method for backhaul data distribution by a backhaul distribution module that is configured to communicate with a network over a plurality of backhaul connections (170, 160, 260, 351, 352), the method comprising: detecting application information associated with data that is communicated to and received from one or more data processing modules (310, 320, 330), wherein the detected application information associated with the data comprises application class information and specific application information; and distributing data over the plurality of backhaul connections (170, 160, 260, 351, 352) based at least in part on the detected application information. detecting application information associated with data that is communicated to and received from one or more data processing modules (310, 320, 330), wherein the detected application information associated with the data comprises application class information and specific application information; and distributing data over the plurality of backhaul connections (170, 160, 260, 351, 352) based at least in part on the detected application information.
A drive, having a summation gear unit driven by electric motors and a gear unit driven by said summation gear unit, wherein the summation gear unit has a central wheel and toothed parts, the gearing of which is engaged with the gearing of the central wheel, characterised in that a lower oil level is present in the interior of the summation gear unit than in the interior of the gear unit, in particular when the drive is in operation, the summation gear unit has an enclosure which is open upwards which is at a uniform distance from the spatial region covered by the toothed parts and the central wheel upon the rotary movement thereof, wherein oil conveyed by the toothed parts and/or by the central wheel and emerging upwards out of the enclosure runs out at an overflow edge of the enclosure above the oil level present in the interior of the gear unit into a spatial region which opens into the interior of the gear unit.
A wastewater treatment process comprising sequentially: a. pretreatment of the wastewater comprising at least one screening step; b. treatment of the pretreated water in an open high-rate algal pond in which the pretreated water circulates in a closed circuit and in which a mixture of bacteria and algae in culture is present, the pond comprising a water height varying from 10 to 70 cm; c. treatment in an aeration tank with activated sludge; and d. separation of the sludge from the treated water, preferably by clarification. a. pretreatment of the wastewater comprising at least one screening step; b. treatment of the pretreated water in an open high-rate algal pond in which the pretreated water circulates in a closed circuit and in which a mixture of bacteria and algae in culture is present, the pond comprising a water height varying from 10 to 70 cm; c. treatment in an aeration tank with activated sludge; and d. separation of the sludge from the treated water, preferably by clarification.
A luminaire comprising a spring member for establishing a ground terminal, and a luminaire housing having a hole, the spring member having at least two legs (10, 20), the legs (10, 20) being inserted into the hole, and the legs (10, 20) spreading in the hole to retain the spring member in the hole, characterized in that the at least two legs (10, 20) have two different lengths, the longer leg being in the hole and extending at least up to the edge above the hole, and the shorter leg being arranged in the hole below the upper edge of the hole, wherein the shorter leg is connected with one end to the longer leg, abuts with an opposite end against the inner wall of the hole, and spreads against the longer leg. the spring member having at least two legs (10, 20), the legs (10, 20) being inserted into the hole, and the legs (10, 20) spreading in the hole to retain the spring member in the hole, characterized in that the at least two legs (10, 20) have two different lengths, the longer leg being in the hole and extending at least up to the edge above the hole, and the shorter leg being arranged in the hole below the upper edge of the hole, wherein the shorter leg is connected with one end to the longer leg, abuts with an opposite end against the inner wall of the hole, and spreads against the longer leg.
A first plurality of glass bubbles having an average true density of up to 0.55 grams per cubic centimeter and a size distribution comprising a median size by volume in a range from 15 micrometers to 40 micrometers, wherein a hydrostatic pressure at which ten percent by volume of the first plurality of glass bubbles collapses is at least 100 megapascals.
Electrophoretic fluid comprising coloured polymer particles comprising monomer units of at least one polymerisable light stabiliser, monomer units of at least one monomer, monomer units of at least one polymerisable dye, optionally monomer units of at least one charged co-monomer, optionally monomer units of at least one crosslinking co-monomer, and optionally at least one core particle.
A container for storing and preparing foodstuff, which encloses an interior space and comprises a container jacket and a container base, wherein the interior space is subdivided by means of at least one partition wall into at least two compartments (5, 6) which are insulated in a liquid-tight manner with respect to each other, wherein the partition wall can be removed in a destruction-free manner from the interior space in such a way that the mutual liquid-tight insulation of the compartments (5, 6) is relinquished and a connection between the compartments (5, 6) is produced, characterized in that the partition wall comprises a vapour tube for feeding the interior space with vapour, which vapour tube is accessible from an edge facing away from the container base via a vapour inlet and which opens into a vapour outlet in the region of the container base.
An injection molding machine management system comprising: an injection molding machine configured to operate a signal lamp based on an operation state; a signal lamp information acquisition device configured to acquire information relating to the operation of the signal lamp and including an imaging device configured to capture an image of the operation of the signal lamp; and a host management device configured to acquire the operation state of the injection molding machine based on the information sent by the signal lamp information acquisition device, wherein the injection molding machine includes a state acquisition unit configured to acquire the operation state, a lighting pattern decision unit configured to decide a lighting pattern of the signal lamp based on the acquired operation state, and a signal lamp control unit configured to operate the signal lamp in the decided lighting pattern, characterized in that the imaging device includes a lighting pattern acquisition unit configured to acquire the lighting pattern of the signal lamp, and a target state determination unit configured to determine the operation state of the injection molding machine based on the acquired lighting pattern, and the signal lamp information acquisition device is configured to transmit the operation state of the injection molding machine to the host management device. an injection molding machine configured to operate a signal lamp based on an operation state; a signal lamp information acquisition device configured to acquire information relating to the operation of the signal lamp and including an imaging device configured to capture an image of the operation of the signal lamp; and a host management device configured to acquire the operation state of the injection molding machine based on the information sent by the signal lamp information acquisition device, wherein the injection molding machine includes a state acquisition unit configured to acquire the operation state, a lighting pattern decision unit configured to decide a lighting pattern of the signal lamp based on the acquired operation state, and a signal lamp control unit configured to operate the signal lamp in the decided lighting pattern, characterized in that the imaging device includes a lighting pattern acquisition unit configured to acquire the lighting pattern of the signal lamp, and a target state determination unit configured to determine the operation state of the injection molding machine based on the acquired lighting pattern, and the signal lamp information acquisition device is configured to transmit the operation state of the injection molding machine to the host management device.