mhurhangee/ep-ind-claims huggingface dataset:
A manually-operable head assembly for a dispenser for pasty products, for example for toothpastes, comprising: - a head made in a single piece of a plastic material, adapted to be applied to a container tube of the dispenser, said head being provided with a dispensing tube having an opening for dispensing the product, and an initial section; - a pump, consisting of an internally hollow shell made in a single piece of a plastic material, comprising a pump neck slidingly inserted on the initial section of the dispensing tube, a dome-shaped cap connected to the pump neck, which is elastically deformable, and an annular connection portion connected to the cap; - an actuator made in a single piece of a plastic material, movably supported by the head and adapted to be manually operated to at least partially deform the pump and obtain the dispensing of the product; - wherein the pump comprises a flexible annular lip, protruding externally to the pump and inserted into the initial section and adapted to come sealingly into contact with an initial surface of said initial section to obtain an upper valve or a delivery valve, wherein the lip comprises a sealing portion designed to be elastically deformable radially toward the inside and separate from the initial surface. - a head made in a single piece of a plastic material, adapted to be applied to a container tube of the dispenser, said head being provided with a dispensing tube having an opening for dispensing the product, and an initial section; - a pump, consisting of an internally hollow shell made in a single piece of a plastic material, comprising a pump neck slidingly inserted on the initial section of the dispensing tube, a dome-shaped cap connected to the pump neck, which is elastically deformable, and an annular connection portion connected to the cap; - an actuator made in a single piece of a plastic material, movably supported by the head and adapted to be manually operated to at least partially deform the pump and obtain the dispensing of the product; - wherein the pump comprises a flexible annular lip, protruding externally to the pump and inserted into the initial section and adapted to come sealingly into contact with an initial surface of said initial section to obtain an upper valve or a delivery valve, wherein the lip comprises a sealing portion designed to be elastically deformable radially toward the inside and separate from the initial surface.
A policy and charging rules function comprising: receiving means for receiving a notification informing that a user equipment is to be included into a policy controlled group, checking means for checking whether the policy controlled group is controlled by the policy and charging rules function, and causing means for causing, in case the policy controlled group is not controlled by the policy and charging rules function, a transfer of a policy control session for the user equipment to a second policy and charging rules function controlling the policy controlled group. receiving means for receiving a notification informing that a user equipment is to be included into a policy controlled group, checking means for checking whether the policy controlled group is controlled by the policy and charging rules function, and causing means for causing, in case the policy controlled group is not controlled by the policy and charging rules function, a transfer of a policy control session for the user equipment to a second policy and charging rules function controlling the policy controlled group.
A method for preparing a dried amnion, comprising drying a raw amnion by means of drying equipment comprising a treatment vessel for receiving an amnion to be treated, means for reducing an inner pressure of the treatment vessel, means for heating an amnion in the treatment vessel, including at least one of a far-infrared heater and a microwave irradiation apparatus, and means for increasing the reduced inner pressure of the treatment vessel to atmospheric pressure, or below; said method comprising repeatedly alternating a pressure-reducing operation and a pressure-increasing operation; said pressure-reducing operation comprising continuously heating the raw amnion placed in the treatment vessel with the heating means, maintaining the raw amnion at a temperature of 50°C or lower, and reducing the inner pressure of the treatment vessel with the pressure-reducing means, to a pressure of 0.9 kPa or below, and said pressure-increasing operation comprising the step of increasing the inner pressure of the treatment vessel to 4.63 kPa or below, by means of the pressure-increasing means; said operations being repeated a plurality of times to dehydrate and dry the raw amnion.
A method for producing a sweet whey preparation [BIOWPC] comprising the sequential steps of a) providing a sweet whey, b) applying a heat treatment of the sweet whey between 60°C and 68°C for less than 20 seconds, c) applying a separation of the sweet whey, which separation is a pressure driven membrane separation and selected from ultrafiltration, reverse osmosis and nano filtration, d) applying a microfiltration on the retentate from step c), e) applying a separation on the permeate from step d), which separation is ultrafiltration, f) applying a heat treatment between 60°C and 65°C for less than 20 seconds on the retentate of step e), g) cooling the product obtained in f) to less than 15°C, and h) spray-drying said product, thereby obtaining the sweet whey preparation. a) providing a sweet whey, b) applying a heat treatment of the sweet whey between 60°C and 68°C for less than 20 seconds, c) applying a separation of the sweet whey, which separation is a pressure driven membrane separation and selected from ultrafiltration, reverse osmosis and nano filtration, d) applying a microfiltration on the retentate from step c), e) applying a separation on the permeate from step d), which separation is ultrafiltration, f) applying a heat treatment between 60°C and 65°C for less than 20 seconds on the retentate of step e), g) cooling the product obtained in f) to less than 15°C, and h) spray-drying said product,
A terminal comprising: a reception section configured to receive indication information on a downlink control channel, the indication information indicating a slot format that indicates a type of each symbol, which is included in each of multiple slots having a reference subcarrier spacing, the type of each symbol being indicated as one of a type of symbol indicating a transmission direction of uplink, UL, or downlink, DL, and a type of symbol not indicating a transmission direction; and a control section configured to control, based on the indication information, transmission or reception in a bandwidth part having a subcarrier spacing that is different from the reference subcarrier spacing, wherein the control section determines that N contiguous symbols in a bandwidth part having the subcarrier spacing correspond to one symbol in a bandwidth part having the reference subcarrier spacing in a same time domain, and wherein the subcarrier spacing is N times the reference subcarrier spacing. a reception section configured to receive indication information on a downlink control channel, the indication information indicating a slot format that indicates a type of each symbol, which is included in each of multiple slots having a reference subcarrier spacing, the type of each symbol being indicated as one of a type of symbol indicating a transmission direction of uplink, UL, or downlink, DL, and a type of symbol not indicating a transmission direction; and a control section configured to control, based on the indication information, transmission or reception in a bandwidth part having a subcarrier spacing that is different from the reference subcarrier spacing, wherein the control section determines that N contiguous symbols in a bandwidth part having the subcarrier spacing correspond to one symbol in a bandwidth part having the reference subcarrier spacing in a same time domain, and wherein the subcarrier spacing is N times the reference subcarrier spacing.
A method of growing a nitride semiconductor thin film having fewer defects, comprising: a first step of forming a buffer layer on an entire top surface of a substrate with stripe-shaped grooves periodically formed thereon; a second step of growing a first nitride semiconductor thin film on the buffer layer; characterized by a third step of forming a dielectric mask pattern on the first nitride semiconductor thin film such that the first nitride semiconductor thin film grown on regions of the substrate where the stripe-shaped grooves are formed is masked and the first nitride semiconductor thin film grown on regions of the substrate where the stripe-shaped grooves are not formed is exposed; a fourth step of etching regions of the first nitride semiconductor thin film, which are exposed through the dielectric mask pattern, into a protruding periodic stripe pattern of the first nitride semiconductor thin film, and removing the dielectric mask pattern from the first nitride semiconductor thin film; and a fifth step of laterally growing a second nitride semiconductor thin film on the nitride semiconductor thin film pattern. a first step of forming a buffer layer on an entire top surface of a substrate with stripe-shaped grooves periodically formed thereon; a second step of growing a first nitride semiconductor thin film on the buffer layer; characterized by a third step of forming a dielectric mask pattern on the first nitride semiconductor thin film such that the first nitride semiconductor thin film grown on regions of the substrate where the stripe-shaped grooves are formed is masked and the first nitride semiconductor thin film grown on regions of the substrate where the stripe-shaped grooves are not formed is exposed; a fourth step of etching regions of the first nitride semiconductor thin film, which are exposed through the dielectric mask pattern, into a protruding periodic stripe pattern of the first nitride semiconductor thin film, and removing the dielectric mask pattern from the first nitride semiconductor thin film; and a fifth step of laterally growing a second nitride semiconductor thin film on the nitride semiconductor thin film pattern.
A display platform having the display surface on which goods are placed, limited from the rear side with a supporting surface, and in the front with a surface limiting the movement of goods, provided with a movable slider, moving in the direction of the platform front owing to the force caused by an elastic element on which the slider is hooked, wherein the display surface is the upper plane of a carrier plate of the platform that is executed of at least one blank of cardboard or paperboard, said blank consisting of two main rectangular walls, one of which, in its collapsed state, constitutes the display surface of the carrier plate of the platform, and the second one the lower surface of the carrier plate, two overlaps: upper and lower, which in their collapsed state constitute a rear supporting element of the carrier plate and/or an element connecting the plate with the structural elements of display racks, wherein the main rectangular walls of the blank are divided with bending lines, which in the collapsed state define the front edge of the display surface, along which there is at least one opening for fastening a front anchor. equipped with a hooking area for the elastic element, whereas the rectangular main walls are separated from the upper and the lower overlaps with bending lines, defining in their collapsed state the rear edge of the display surface of the carrier plate of the platform, alongside which there is at least one opening located in the opening axis on the bending lines between the main walls of the blank and overlapping with this opening in the collapsed state, wherein the display surface has at least one connecting slot to connect the openings on the front edge and back edge of the carrier plate, constituting the guide of the slider, wherein on the edge of the front carrier plate there is at least one front anchor with the hooking area located in the guide axis for the elastic element, and the elastic element is hooked on one side in the hooking area of the front anchor. and on the other side with a catch hook of the slider. wherein the slider consists of a base moving towards the display surface over the guiding slot and of a pressure plate pushing onto the goods, and causing the movement of the entire range of goods towards the front part of the platform, wherein the slider base is provided on the bottom side with a plate stabilising the slider movement and a catch hook for the elastic element, located in the area between the display surface and the bottom area of the carrier plate of the platform.
Chewing gum comprising a water insoluble gum base matrix and a water soluble bulk portion and nicotine, wherein the gum base matrix, nicotine and the bulk portion are mixed and extruded to form a final extruded chewing gum product, and wherein sustained release of nicotine is facilitated by adding 0.1 - 10% of C8 - C10 triglycerides by weight of said chewing gum.
Device for hardening nail varnish by ultraviolet radiation, with the device comprising: - a bearing surface intended to support the hands or the feet of a user, - radiation sources able to emit a radiation to harden nail varnish in the form of a light beam to illuminate the nails of the user, with the beams defining on the bearing surface at least six illuminated portions separated from each other by a non-illuminated portion, with the number of illuminated portions being less than nine, the device further comprising: - a case provided with walls delimiting an inner space comprising a first space able to receive the distal phalanges of the fingers of the hands or of the feet of the user and a second space able to receive the other portions of the hands or the other portions of the feet of the user, - a control circuit able to control the radiation sources according to a control law, - a first presence sensor able to emit a presence signal in the presence of an element at a predefined location, the predefined location being the first space and the control law depending on the presence signal of the first presence sensor, - a second presence sensor able to emit a presence signal in the presence of an element in the second space, with the control also depending on the signal of the second presence sensor, the first presence sensor comprising an active mode in which the first presence sensor is able to emit a presence signal in the presence of an element in the first space and an inactive mode in which the first presence sensor does not emit a presence signal, the first presence sensor being able to switch from the active mode to the inactive mode during the turning on of one of the radiation sources, the control law comprising the turning on of the radiation sources when the first presence sensor and the second presence sensor emit a presence signal simultaneously and the control law comprising the closing of the radiation sources when the second presence sensor does not emit a presence signal for a predetermined time. - a bearing surface intended to support the hands or the feet of a user, - radiation sources able to emit a radiation to harden nail varnish in the form of a light beam to illuminate the nails of the user, - a case provided with walls delimiting an inner space comprising a first space able to receive the distal phalanges of the fingers of the hands or of the feet of the user and a second space able to receive the other portions of the hands or the other portions of the feet of the user, - a control circuit able to control the radiation sources according to a control law, - a first presence sensor able to emit a presence signal in the presence of an element at a predefined location, the predefined location being the first space and the control law depending on the presence signal of the first presence sensor, - a second presence sensor able to emit a presence signal in the presence of an element in the second space, with the control also depending on the signal of the second presence sensor,
An electromedical implant in particular a cardiac pacemaker, comprising at least one measurement signal generator, which is designed to generate and output current pulses having a variable pulse duration, one impedance measuring unit for determining the impedance of human or animal tissue, in particular lung tissue, one electrode arrangement (170, 180) comprising at least two electrodes (170, 180), which are directly or indirectly connected to the measurement signal generator and the impedance measuring unit or can be connected at least temporarily thereto, or comprising a connector for such an electrode arrangement (170, 180), and comprising a control unit, which is connected at least indirectly to the measurement signal generator and the impedance measuring unit in order to control the measurement signal generator and the impedance measuring unit, and which is designed to trigger the measurement signal generator to generate and output a current pulse at at least two different times such that the output of the first current pulse is ended before the output of the second current pulse is started and the pulse durations of the current pulses that are output differ from one another, and which is also designed to trigger the impedance measuring unit to measure the voltage that is present between the electrodes (170, 180) that are connected to the measurement signal generator and the impedance measuring unit at the beginning of a certain time period that ends at the end of the output of the respective current pulse and to output this as a voltage value that represents the measured voltage, characterized in that the control unit is also designed to determine a plurality of compensating curve values U A for the times of each triggering of a voltage measurement as a function of a first parameter U 0 and a second parameter τ, said compensating curve values being calculated according to the formula U A = U 0 * 1 - e - t / τ wherein e is Euler's constant and t is the duration between the time of the beginning of the output of the current pulse, during the output of which the control unit triggered the voltage measurement for which the majority of compensating curves U A is supposed to be determined, and the time of the triggering of the voltage measurement for which the majority of compensating curve values U A is supposed to be determined, said control unit also being designed to determine, for a plurality of combinations of a value of the first parameter U 0 and a value of the second parameter τ, the sum of the squares of the differences of all the voltage values measured during the more than two current pulses and the compensating curve value U A calculated for each voltage value according to the respective combination of a value of the first parameters U 0 and a value of the second parameters τ, and, by selecting the lowest sum, to determine a combination of a value of the first parameter U 0 and a value of the second parameter τ and to output this as a result parameter combination.
A method for producing an aliphatic polyester resin composition containing 100 parts by weight of an aliphatic polyester, 5 to 23 parts by weight of silica and 8 to 23 parts by weight of a dispersion aid, wherein the aliphatic polyester is microbiologically produced polyhydroxyalkanoate, the method comprising: a first step of mixing the aliphatic polyester in an amount of 20 to 50% by weight based on a total amount of the aliphatic polyester constituting the composition, and the silica; a second step of mixing the dispersion aid with a mixture obtained in the first step; a third step of mixing a mixture obtained in the second step with the aliphatic polyester remaining in an amount of 80 to 50% by weight based on the total amount of the aliphatic polyester constituting the composition; and a step of melting and kneading a mixture obtained in the third step. a first step of mixing the aliphatic polyester in an amount of 20 to 50% by weight based on a total amount of the aliphatic polyester constituting the composition, and the silica; a second step of mixing the dispersion aid with a mixture obtained in the first step; a third step of mixing a mixture obtained in the second step with the aliphatic polyester remaining in an amount of 80 to 50% by weight based on the total amount of the aliphatic polyester constituting the composition; and a step of melting and kneading a mixture obtained in the third step.
An expanding and radiative flow mechanism combined with a to-be-adsorbed object, wherein the mechanism has a bottom surface, the bottom surface is provided with a fluid supply port, the bottom surface of the mechanism and a surface of the to-be-adsorbed object configured to form a gap between themselves for adsorbing the to-be-adsorbed object to the mechanism with a fluid flowing out from the fluid supply port, entering the gap and flowing out along the gap, and the gap is an expanding gap, wherein a radial length exists with the fluid supply port as an initial point the flow, and a height of the gap continuously increases in an outward radial direction within the radial length, characterized in that an inner side of the bottom surface, within the radial length, is a conical or arc-shaped surface, wherein the height of the gap keeps unchanged in the outward radial direction beyond the radial length, wherein an expanding and radiative flow is formed between the conical or arc-shaped surface and the to-be-adsorbed surface, and the radial length is 10 or more times a height of the gap at a fluid inlet of the expanding gap.
Belt or belt segment, having a plurality of strength supports which run in the longitudinal direction and are disposed so as to be mutually parallel; and a hinge-type connection element which forms one end of the belt, or of the belt segment, respectively; wherein the hinge-type connection element is configured to connect to a further hinge-type connection element of the other end of the belt, or to an end of a further belt segment, respectively; wherein the ends of the strength supports are held by the hinge-type connection element; wherein the ends of the strength supports are connected in a force-fitting manner to at least one clamping body, characterized in that the clamping body represents a body which is separate from the hinge-type connection element; wherein the clamping body can be held in a form-fitting manner by the hinge-type connection element at least in the longitudinal direction. a plurality of strength supports which run in the longitudinal direction and are disposed so as to be mutually parallel; and a hinge-type connection element which forms one end of the belt, or of the belt segment, respectively; wherein the hinge-type connection element is configured to connect to a further hinge-type connection element of the other end of the belt, or to an end of a further belt segment, respectively; wherein the ends of the strength supports are held by the hinge-type connection element; wherein the ends of the strength supports are connected in a force-fitting manner to at least one clamping body, characterized in that the clamping body represents a body which is separate from the hinge-type connection element; wherein the clamping body can be held in a form-fitting manner by the hinge-type connection element at least in the longitudinal direction.