mhurhangee/ep-ind-claims huggingface dataset:
A compact container provided with an airtight packing having upper and lower sealing rubbers, and a coupling tension protrusion, the compact container comprising: a container body integrally formed at an inside thereof with the coupling tension protrusion; a container lid hinge-coupled to the container body to open or close the container body and formed on one side thereof with an opening/closing button; a refill container installed in the container body and formed with a cosmetic material containing space; the airtight packing coupled to an upper portion of the refill container; and a refill container lid hinge-coupled to the refill container to open or close the refill container and formed on a lower end thereof with a sealing ring protrusion wheel, wherein the upper sealing rubber is formed integrally on an upper side of the airtight packing and is tightly closed to the sealing ring protrusion wheel of the refill container lid, and a lower sealing rubber is formed integrally on a lower side of the airtight packing and is tightly closed to an inner upper side of the refill container, characterized in that the coupling tension protrusion extends while being spaced inwardly from the container body by a predetermined interval such that an elastic space is formed between the coupling tension protrusion and the container body to allow the coupling tension protrusion to elastically move therein, and further comprising a coupling protrusion formed at an inside of the coupling tension protrusion, wherein the coupling protrusion is coupled into a coupling groove formed on an outer peripheral surface of a lower portion of the refill container. a container body integrally formed at an inside thereof with the coupling tension protrusion; a container lid hinge-coupled to the container body to open or close the container body and formed on one side thereof with an opening/closing button; a refill container installed in the container body and formed with a cosmetic material containing space; the airtight packing coupled to an upper portion of the refill container; and a refill container lid hinge-coupled to the refill container to open or close the refill container and formed on a lower end thereof with a sealing ring protrusion wheel, wherein the upper sealing rubber is formed integrally on an upper side of the airtight packing and is tightly closed to the sealing ring protrusion wheel of the refill container lid, and a lower sealing rubber is formed integrally on a lower side of the airtight packing and is tightly closed to an inner upper side of the refill container, characterized in that the coupling tension protrusion extends while being spaced inwardly from the container body by a predetermined interval such that an elastic space is formed between the coupling tension protrusion and the container body to allow the coupling tension protrusion to elastically move therein, and further comprising a coupling protrusion formed at an inside of the coupling tension protrusion, wherein the coupling protrusion is coupled into a coupling groove formed on an outer peripheral surface of a lower portion of the refill container.
Process for the oxidation dyeing of keratin fibres, in particular human keratin fibres such as the hair, implementing: a) a step of pretreating said fibres by application to said fibres of a cosmetic composition comprising: i) at least one fatty substance in an amount of greater than or equal to 10% by weight relative to the total weight of the composition, preferably in an amount of greater than or equal to 25%, more preferentially in an amount of greater than or equal to 35% by weight; and ii) at least one metal catalyst; b) optionally a washing, rinsing, drying and/or rubbing-dry step; c) followed by a step of dyeing by application to said fibres of a cosmetic composition comprising: i) at least one oxidation base; ii) optionally at least one coupler; iii) at least one chemical oxidizing agent. a) a step of pretreating said fibres by application to said fibres of a cosmetic composition comprising: i) at least one fatty substance in an amount of greater than or equal to 10% by weight relative to the total weight of the composition, preferably in an amount of greater than or equal to 25%, more preferentially in an amount of greater than or equal to 35% by weight; and ii) at least one metal catalyst; i) at least one fatty substance in an amount of greater than or equal to 10% by weight relative to the total weight of the composition, preferably in an amount of greater than or equal to 25%, more preferentially in an amount of greater than or equal to 35% by weight; and ii) at least one metal catalyst; b) optionally a washing, rinsing, drying and/or rubbing-dry step; c) followed by a step of dyeing by application to said fibres of a cosmetic composition comprising: i) at least one oxidation base; ii) optionally at least one coupler; iii) at least one chemical oxidizing agent. i) at least one oxidation base; ii) optionally at least one coupler; iii) at least one chemical oxidizing agent.
Laser device comprising: - a first cavity forming a Mamyshev oscillator, comprising a bandpass first filter at a first wavelength (λ 1), and a second filter that also transmits the wavelength (λ 1) but that is reflective at a second wavelength (λ 2), - a second cavity, containing the first cavity, for forming a continuous-wave laser beam at the first wavelength (λ 1) and/or at a third wavelength (λ 3) neighbouring the first wavelength (λ 1), the separation between λ 3 and λ 1 being smaller than the spectral width of the first filter and of the second filter, - means for allowing or interrupting a continuous-wave oscillation at the wavelength (λ 1) or at said neighbouring wavelength, in the second cavity. - a first cavity forming a Mamyshev oscillator, comprising a bandpass first filter at a first wavelength (λ 1), and a second filter that also transmits the wavelength (λ 1) but that is reflective at a second wavelength (λ 2), - a second cavity, containing the first cavity, for forming a continuous-wave laser beam at the first wavelength (λ 1) and/or at a third wavelength (λ 3) neighbouring the first wavelength (λ 1), the separation between λ 3 and λ 1 being smaller than the spectral width of the first filter and of the second filter, - means for allowing or interrupting a continuous-wave oscillation at the wavelength (λ 1) or at said neighbouring wavelength, in the second cavity.
A control arrangement for a power source system comprising a number of power source elements (116, 702, 704, 706, 708) arranged to provide energy, wherein said arrangement comprises: - a number of cell modules (110, 118) for transferring energy provided by power source elements (116, 702, 704, 706, 708), wherein one cell module is functionally connected to one power source element, - control means for controlling energy transfer from power source elements (116, 702, 704, 706, 708), - monitoring means for real time monitoring the energy level in each power source element (116, 702, 704, 706, 708), and - synchronizing and power converting means for synchronizing energy output of the power source element (116, 702, 704, 706, 708) with energy outputs of the other power source elements in a network, characterised in that each power source element (116, 702, 704, 706, 708) is integrated, via the respective cell module (110, 118), with said synchronizing and power converting means such, that one cell module (110, 118) is connected to the synchronization means at a time, and wherein the control means is arranged to obtain information related to the energy level in the power source element and to perform energy transfer from the power source element, if the energy level in the power source element exceeds a threshold value. - a number of cell modules (110, 118) for transferring energy provided by power source elements (116, 702, 704, 706, 708), wherein one cell module is functionally connected to one power source element, - control means for controlling energy transfer from power source elements (116, 702, 704, 706, 708), - monitoring means for real time monitoring the energy level in each power source element (116, 702, 704, 706, 708), and - synchronizing and power converting means for synchronizing energy output of the power source element (116, 702, 704, 706, 708) with energy outputs of the other power source elements in a network, characterised in that each power source element (116, 702, 704, 706, 708) is integrated, via the respective cell module (110, 118), with said synchronizing and power converting means such, that one cell module (110, 118) is connected to the synchronization means at a time, and wherein the control means is arranged to obtain information related to the energy level in the power source element and to perform energy transfer from the power source element, if the energy level in the power source element exceeds a threshold value.
A method of starting a circuit, the method comprising: receiving a first voltage at a drain node of a start-up circuit comprising a first gallium nitride (GaN) transistor having a drain coupled to the drain node, a second GaN transistor having a drain coupled to the drain node and a gate coupled to a reference node, and a first capacitor (C; CA) coupled to a source of the second GaN transistor (M2; M2A); charging the first capacitor (C; CA) via the second GaN transistor (M2; M2A); providing energy from the first capacitor (C; CA) to a driver circuit coupled to a gate of the first GaN transistor; and turning-off the second GaN transistor (M2; M2A) when a voltage of the first capacitor (C; CA) reaches a threshold, wherein the first GaN transistor and the second GaN transistor (M2; M2A) are integrated on a same semiconductor substrate, and wherein the first GaN transistor is a normally-off device, and the second GaN transistor (M2; M2A) is a normally-on device, characterised in that the gate of the first GaN transistor comprises a fully recessed gate comprising a p-doped GaN material on top of a second AlGaN layer that extends through a first AlGaN layer, wherein the first AlGaN layer is disposed over a channel layer comprising undoped GaN material and wherein the gate of the second GaN transistor (M2; M2A) is disposed over surfaces of the first and second AlGaN layers (504, 506) without extending through the first AlGaN layer. receiving a first voltage at a drain node of a start-up circuit comprising a first gallium nitride (GaN) transistor having a drain coupled to the drain node, a second GaN transistor having a drain coupled to the drain node and a gate coupled to a reference node, and a first capacitor (C; CA) coupled to a source of the second GaN transistor (M2; M2A); charging the first capacitor (C; CA) via the second GaN transistor (M2; M2A); providing energy from the first capacitor (C; CA) to a driver circuit coupled to a gate of the first GaN transistor; and turning-off the second GaN transistor (M2; M2A) when a voltage of the first capacitor (C; CA) reaches a threshold, wherein the first GaN transistor and the second GaN transistor (M2; M2A) are integrated on a same semiconductor substrate, and wherein the first GaN transistor is a normally-off device, and the second GaN transistor (M2; M2A) is a normally-on device, characterised in that the gate of the first GaN transistor comprises a fully recessed gate comprising a p-doped GaN material on top of a second AlGaN layer that extends through a first AlGaN layer, wherein the first AlGaN layer is disposed over a channel layer comprising undoped GaN material and wherein the gate of the second GaN transistor (M2; M2A) is disposed over surfaces of the first and second AlGaN layers (504, 506) without extending through the first AlGaN layer.
Device for rearing insects, the device comprising a shelving unit which has a plurality of shelf compartments and comprising a storage and retrieval machine, a discharge head being arranged on the storage and retrieval machine, the discharge head having a plurality of outlets which are arranged next to one another and/or one above the other and which, for selectively supplying insect larvae, feed or water, can be moved into a shelf compartment, in particular a trough, in order to dispense insect larvae, feed or water into a shelf compartment, the discharge head being connected to a supply, by means of which the discharge head can be supplied with the relevant material in the form of insect larvae, feed and/or water; the shelving unit and the discharge head which has the outlets being designed to supply insect larvae, feed or water at least partially simultaneously to a plurality of shelf compartments arranged one above the other and/or next to one another, characterized in that the storage and retrieval machine is designed to move along the longitudinal extent and the height of the shelving unit, the storage and retrieval machine having a load handling means which can be moved by means of the storage and retrieval machine and which has the discharge head, so that the discharge head can be moved along the longitudinal extent and the height of the shelving unit. the device comprising a shelving unit which has a plurality of shelf compartments and comprising a storage and retrieval machine, a discharge head being arranged on the storage and retrieval machine, the discharge head having a plurality of outlets which are arranged next to one another and/or one above the other and which, for selectively supplying insect larvae, feed or water, can be moved into a shelf compartment, in particular a trough, in order to dispense insect larvae, feed or water into a shelf compartment, the discharge head being connected to a supply, by means of which the discharge head can be supplied with the relevant material in the form of insect larvae, feed and/or water; the shelving unit and the discharge head which has the outlets being designed to supply insect larvae, feed or water at least partially simultaneously to a plurality of shelf compartments arranged one above the other and/or next to one another, characterized in that the storage and retrieval machine is designed to move along the longitudinal extent and the height of the shelving unit, the storage and retrieval machine having a load handling means which can be moved by means of the storage and retrieval machine and which has the discharge head, so that the discharge head can be moved along the longitudinal extent and the height of the shelving unit.
A bit-changing screwdriver, comprising: a bit tip wherein each of two ends of the bit tip comprises a tip respectively; and a bit shaft assembly comprising: a shaft; and a handle, wherein the shaft is pivotably coupled to the bit tip, characterised in that the bit shaft assembly further comprises a shaft sleeve, whereby the shaft and the handle are fixedly coupled together, and the shaft sleeve and the shaft are coupled by sliding connection; whereby outward sliding and thereafter moving back of the shaft sleeve drives the bit tip to rotate within the shaft and achieve bit-changing. a bit tip wherein each of two ends of the bit tip comprises a tip respectively; and a bit shaft assembly comprising: a shaft; and a handle, wherein the shaft is pivotably coupled to the bit tip, a shaft; and a handle, wherein the shaft is pivotably coupled to the bit tip,
Disassemblable and recyclable footwear of the type comprising: - an external structure, made of a first material, which embeds a sock-liner and a hygienic insole therein, protects the foot from external shocks, gives robustness to the entire footwear and is designed for the contact with the ground; - the sock-liner, made of a second material, which wraps the foot and creates a softer layer between the foot and the external structure, made of an upper sewn on an assembly insole; - the hygienic insole, made of a third material, which gives more comfort and creates a further layer between the external structure and the sole of the foot, and which may also be easily removed to clean and sanitize the footwear; said external structure, said sock-liner, and said hygienic insole being stably associated with each other through a system of interlocking joints and twines which makes the separation process easy and economical; characterized in that the footwear further comprises a lace sewn on the lower part of the sock-liner; said lace, sewn under the assembly insole, being passed throughout first slots and, in the lower part of the external structure and in the assembly insole, respectively, thus creating a twine between the two parts. - an external structure, made of a first material, which embeds a sock-liner and a hygienic insole therein, protects the foot from external shocks, gives robustness to the entire footwear and is designed for the contact with the ground; - the sock-liner, made of a second material, which wraps the foot and creates a softer layer between the foot and the external structure, made of an upper sewn on an assembly insole; - the hygienic insole, made of a third material, which gives more comfort and creates a further layer between the external structure and the sole of the foot, and which may also be easily removed to clean and sanitize the footwear; said external structure, said sock-liner, and said hygienic insole being stably associated with each other through a system of interlocking joints and twines which makes the separation process easy and economical; characterized in that the footwear further comprises a lace sewn on the lower part of the sock-liner; said lace, sewn under the assembly insole, being passed throughout first slots and, in the lower part of the external structure and in the assembly insole, respectively, thus creating a twine between the two parts.
A control method of a device including a data processing unit that includes a plurality of elements and channels that transfer data between the plurality of elements, wherein the channels provide data to other elements capable of accessing such channels without specifying the recipients, wherein respective elements in the plurality of elements include: a logic element; an acquisition unit (21a-21d) that switches a connection between an input side of the logic element and the channels on and off on a cycle-by-cycle basis to control necessity of acquisition of data; and a post unit (28a-28d) that switches a connection between an output side of the logic element and the channels on and off on the cycle-by-cycle basis, wherein the data processing unit further includes a control unit that controls switching on and off of the acquisition unit and switching on and off of the post unit, and the control method comprises: changing, on the cycle-by-cycle basis, acquisition and posting of the plurality of elements for the channels in controlling of the control unit the switching on and off of the acquisition unit or the switching on and off of the post unit on the cycle-by-cycle basis. a logic element; an acquisition unit (21a-21d) that switches a connection between an input side of the logic element and the channels on and off on a cycle-by-cycle basis to control necessity of acquisition of data; and a post unit (28a-28d) that switches a connection between an output side of the logic element and the channels on and off on the cycle-by-cycle basis,
A process for reducing the level of 3-chloropropane-1,2-diol and esters thereof in a vegetable oil, comprising treating the oil with an enzyme, wherein the enzyme is Lipase G from Penicillium camemberti.
An air fryer having a basket with a detachable cover plate, comprising a cooking cavity located inside the air fryer, and a basket and a hot air device provided inside the cooking cavity, wherein the basket is of an upper opening structure, the hot air device is located above the basket, wherein the basket comprises a basket body and a handle provided at a side of the basket body, a top portion of the basket body being of an opening structure, wherein a cover plate matched with an opening is provided at the opening of the basket, and the cover plate is detachably installed at the opening of the basket, wherein when the cover plate is installed on an upper opening of the basket, an interior of the basket is hermetically isolated by the cover plate from the hot air device, and when the cover plate is detached from an upper opening of the basket, the interior of the basket is in communication with the hot air device, characterized in that when the cover plate is installed on the basket, an interior of the basket is hermetically isolated by the cover plate from the hot air device, a gas outlet pipe in communication with an inner cavity of the basket is provided at an edge of the cover plate, and a first air outlet making the gas outlet pipe be in communication with outside is provided on the air fryer, and a sealing gasket is provided at a joint between the first air outlet and the gas outlet pipe, wherein when the cover plate is not installed on the basket, the sealing gasket blocks the first air outlet; and when the cover plate is installed on the basket, the sealing gasket is open, and the inner cavity of the basket is in communication with the outside through the gas outlet pipe and the first air outlet.
A method for transmitting uplink, UL, data in a wireless communication system, the method comprising: receiving, by a user equipment, UE, from an enhanced Node B, eNB, a first control message related to a configuration of a basic Contention-based Physical Uplink Shared Channel, PUSCH, CP, zone, wherein the basic CP zone is configured per a subframe, and wherein the first control message includes basic CP zone resource information for resource information of the basic CP zone; receiving, by the UE, from the eNB, a second control message related to a change of a CP zone of a specific subframe, wherein the second control message includes resource information for the CP zone; and transmitting, by the UE, to the eNB, the UL data in a Contention PUSCH Resource Block, CPRB, of the CP zone based on the received second control message, wherein the CP zone is changed to reduce the CP zone, wherein a size of each basic CP zone configured per a subframe is different, wherein the eNB corresponds to a small cell, and wherein each of the basic CP zone and the CP zone includes one or more CPRBs that are one-to-one mapped by the eNB to one or more UEs entered into the small cell. receiving, by a user equipment, UE, from an enhanced Node B, eNB, a first control message related to a configuration of a basic Contention-based Physical Uplink Shared Channel, PUSCH, CP, zone, wherein the basic CP zone is configured per a subframe, and wherein the first control message includes basic CP zone resource information for resource information of the basic CP zone; receiving, by the UE, from the eNB, a second control message related to a change of a CP zone of a specific subframe, wherein the second control message includes resource information for the CP zone; and transmitting, by the UE, to the eNB, the UL data in a Contention PUSCH Resource Block, CPRB, of the CP zone based on the received second control message, wherein the CP zone is changed to reduce the CP zone, wherein a size of each basic CP zone configured per a subframe is different, wherein the eNB corresponds to a small cell, and wherein each of the basic CP zone and the CP zone includes one or more CPRBs that are one-to-one mapped by the eNB to one or more UEs entered into the small cell.