mhurhangee/ep-ind-claims huggingface dataset:
Storage plant of articles (2, 20, 21, 22) with high longitudinal development, in particular rolls of fabric, comprising at least one storage shelf of said articles (2, 20, 21, 22) disposed on a storage lane and movement means of said articles (2, 20, 21, 22) movable in said lane horizontally and vertically along said shelf, said movement means comprising transfer means movable between a first position, of transport of said articles (2, 20, 21, 22) on said movement means, and a second position, of transfer of said articles (2, 20, 21, 22) in said shelf, and vice versa, said transfer means being adapted to transfer said articles (2, 20, 21, 22) from said movement means to said shelf and vice versa, said transfer means comprising first support means comprising a base and a first supporting surface for said articles (2, 20, 21, 22), and wherein said shelf comprises second support means (6, 7) of said articles (2, 20, 21, 22) comprising a second supporting surface (61, 71) of said articles (2, 20, 21, 22), said second supporting surface (61, 71) having an opening (62, 72) which extends longitudinally along the entire extension of said second supporting surface (61, 71) dividing it into two portions (611,612; 711,712), said opening (62, 72) allowing the passage of said base of said first supporting means during their movement between said first position and said second position, characterized in that said second support means comprises one or more rings fastened superiorly to said shelf, said opening being positioned at the lower end of said one or more rings. transfer means movable between a first position, of transport of said articles (2, 20, 21, 22) on said movement means, and a second position, of transfer of said articles (2, 20, 21, 22) in said shelf, and vice versa, said transfer means being adapted to transfer said articles (2, 20, 21, 22) from said movement means to said shelf and vice versa, said transfer means comprising first support means comprising a base and a first supporting surface for said articles (2, 20, 21, 22), and wherein said shelf comprises second support means (6, 7) of said articles (2, 20, 21, 22) comprising a second supporting surface (61, 71) of said articles (2, 20, 21, 22), said second supporting surface (61, 71) having an opening (62, 72) which extends longitudinally along the entire extension of said second supporting surface (61, 71) dividing it into two portions (611,612; 711,712), said opening (62, 72) allowing the passage of said base of said first supporting means during their movement between said first position and said second position, characterized in that said second support means comprises one or more rings fastened superiorly to said shelf, said opening being positioned at the lower end of said one or more rings.
Respiratory gas delivery apparatus comprising a respiratory mask and a reservoir bag assembly, the respiratory mask comprising a mask body (32,132) defining a cavity and being adapted to fit about the mouth and/or nose of the patient such that respiratory gas can be inhaled by the patient from the cavity, and an inhalation port for enabling passage of gas into the cavity of the mask body (32,132), and the reservoir bag assembly comprising a flexible bag for containing a reservoir of respiratory gas, characterised in that the respiratory mask and the reservoir bag assembly being provided with corresponding connectors (60,70) adapted for engagement so as to enable fluid communication between the flexible bag and the respiratory mask, wherein said connectors (60,70) are provided with formations (66,78) adapted to interlock upon engagement of the reservoir bag assembly with the respiratory mask.
Order picking system, comprising: - a paternoster conveyor having a carrier configured to carry products; - wherein said paternoster conveyor is: - on one side associated with at least one transporter; and - on an opposite side associated with at least a plurality of further transporters that comprise a plurality of transport boxes, wherein - the plurality of transport boxes are configured to receive one or more than one product carried by the carrier; and - wherein the paternoster conveyor is configured to: - selectively pick up and carry a pre-selected transport box comprising one or more than one product previously received therein; and characterized in that the paternoster conveyor is further configured to: - selectively place one or more than one product in a pre-selected transport box of the plurality of transport boxes. - a paternoster conveyor having a carrier configured to carry products; - wherein said paternoster conveyor is: - on one side associated with at least one transporter; and - on an opposite side associated with at least a plurality of further transporters that comprise a plurality of transport boxes, wherein - the plurality of transport boxes are configured to receive one or more than one product carried by the carrier; and - wherein the paternoster conveyor is configured to: - selectively pick up and carry a pre-selected transport box comprising one or more than one product previously received therein; and characterized in that the paternoster conveyor is further configured to: - on one side associated with at least one transporter; and - on an opposite side associated with at least a plurality of further transporters that comprise a plurality of transport boxes, - the plurality of transport boxes are configured to receive one or more than one product carried by the carrier; and - wherein the paternoster conveyor is configured to: - selectively pick up and carry a pre-selected transport box comprising one or more than one product previously received therein; and - selectively place one or more than one product in a pre-selected transport box of the plurality of transport boxes.
A process for forming a siliceous film, wherein a polysilazane-containing composition is coated on a substrate and then converted into a siliceous film, wherein the conversion into a siliceous film is performed under the conditions of a temperature of 100°C or below and a relative humidity of 40 to 95%, and wherein the polysilazane-containing composition comprises a polysilazane compound, an amine compound represented by the following formula: wherein each R A independently represents hydrogen or a hydrocarbon group of C 1 to C 3 under the condition that two R A s connecting to the same nitrogen atom are not hydrogen atoms at the same time, each of L 1 and L 2 independently represents -CH 2 -, -NR A1 -, in which R A1 is hydrogen or a hydrocarbon group of C 1 to C 4, or -O-, each of p1 and p3 is independently an integer of 0 to 4, and p2 is an integer of 1 to 4, or the following formula: wherein each R B independently represents hydrogen or a hydrocarbon group of C 1 to C 4, and each of q1 and q2 is independently an integer of 1 to 4, and a solvent capable of dissolving said polysilazane compound and said amine compound. each R A independently represents hydrogen or a hydrocarbon group of C 1 to C 3 under the condition that two R A s connecting to the same nitrogen atom are not hydrogen atoms at the same time, each of L 1 and L 2 independently represents -CH 2 -, -NR A1 -, in which R A1 is hydrogen or a hydrocarbon group of C 1 to C 4, or -O-, each of p1 and p3 is independently an integer of 0 to 4, and p2 is an integer of 1 to 4, each R B independently represents hydrogen or a hydrocarbon group of C 1 to C 4, and each of q1 and q2 is independently an integer of 1 to 4, and a solvent capable of dissolving said polysilazane compound and said amine compound.
A method performed by a server in a distributed computing system having a plurality of servers interconnected by a computer network, the method comprising: initializing a computing service for a user, the initialized computing service being provided by one or more of the servers in the distributed computing system; upon initializing the computing service, receiving data representing an interaction level of the user with the initialized computing service; analyzing the received data to determine whether the interaction level of the user is below a preset threshold; in response to determining that the interaction level of the user is below the preset threshold, automatically unsubscribing the user from the computing service; and characterized in that while the computing service remains automatically unsubscribed to by the user, receiving a notification of a new version or update of the automatically unsubscribed computing service being available in the distributed computing system; and in response to receiving the notification, automatically re-subscribing the computing service of the new version for the user in the distributed computing system without user input. initializing a computing service for a user, the initialized computing service being provided by one or more of the servers in the distributed computing system; upon initializing the computing service, receiving data representing an interaction level of the user with the initialized computing service; analyzing the received data to determine whether the interaction level of the user is below a preset threshold; in response to determining that the interaction level of the user is below the preset threshold, automatically unsubscribing the user from the computing service; and characterized in that receiving data representing an interaction level of the user with the initialized computing service; analyzing the received data to determine whether the interaction level of the user is below a preset threshold; in response to determining that the interaction level of the user is below the preset threshold, automatically unsubscribing the user from the computing service; and characterized in that while the computing service remains automatically unsubscribed to by the user, receiving a notification of a new version or update of the automatically unsubscribed computing service being available in the distributed computing system; and in response to receiving the notification, automatically re-subscribing the computing service of the new version for the user in the distributed computing system without user input. receiving a notification of a new version or update of the automatically unsubscribed computing service being available in the distributed computing system; and in response to receiving the notification, automatically re-subscribing the computing service of the new version for the user in the distributed computing system without user input.
A process for the isolation of highly pure cannabidiol from industrial hemp material, preferably industrial hemp waste material, said process comprising: a) providing industrial hemp material, preferably industrial hemp waste material, having a total content of Δ9-tetrahydrocannabinol and Δ9-tetrahydrocannabinolic acid (THCA) of less than 0.5 % by weight of dry matter and a total content of cannabidiol and cannabidiolic acid (CBDA) of more than 0.2 % by weight of dry matter; b) contacting the industrial hemp material with supercritical CO 2 at a temperature of 40-140 °C and a pressure of 100-400 bar to produce a crude CBD extract; c) subjecting the crude CBD extract to thin film evaporation at a temperature 100-180°C and a pressure of 2 ∗ 10 -1 -1 ∗ 10 -3 mbar to produce a refined CBD extract; d) dissolving the refined CBD extract in an organic solvent to produce a CBD solution, said organic solvent being selected from C 4-8 alkanes and combinations thereof; e) inducing crystallization of dissolved CBD to form CBD crystals; and f) collecting the CBD crystals and removing residual solvents wherein CBDA is decarboxylated to CBD prior to step c) by heating the hemp material or the crude CBD extract to a temperature of 80-140 °C for at least 60 minutes. a) providing industrial hemp material, preferably industrial hemp waste material, having a total content of Δ9-tetrahydrocannabinol and Δ9-tetrahydrocannabinolic acid (THCA) of less than 0.5 % by weight of dry matter and a total content of cannabidiol and cannabidiolic acid (CBDA) of more than 0.2 % by weight of dry matter; b) contacting the industrial hemp material with supercritical CO 2 at a temperature of 40-140 °C and a pressure of 100-400 bar to produce a crude CBD extract; c) subjecting the crude CBD extract to thin film evaporation at a temperature 100-180°C and a pressure of 2 ∗ 10 -1 -1 ∗ 10 -3 mbar to produce a refined CBD extract; d) dissolving the refined CBD extract in an organic solvent to produce a CBD solution, said organic solvent being selected from C 4-8 alkanes and combinations thereof; e) inducing crystallization of dissolved CBD to form CBD crystals; and f) collecting the CBD crystals and removing residual solvents
A waste liquid container comprising: a waste liquid vessel capable of storing waste liquid having a mounting face, a side face, and a bottom face that are outer surfaces intersecting each other; a waste liquid inlet disposed on the mounting face; a circuit board having a connection terminal disposed substantially parallel to the side face; and characterized by: a first recess portion that opens in the mounting face and the bottom face below the waste liquid inlet, wherein when a width direction is defined as a direction in which both the mounting face and the bottom face extend, the recess portion is disposed at a position between the waste liquid inlet and the connection terminal in the width direction and is configured to accumulate liquid flowing along the bottom face from the waste liquid inlet; and wherein the waste liquid vessel further comprises, a second recess portion that opens in the mounting face and the side face, wherein the circuit board is disposed inside the second recess portion; and a third recess portion that opens in the mounting face and the side face below the second recess portion. a waste liquid vessel capable of storing waste liquid having a mounting face, a side face, and a bottom face that are outer surfaces intersecting each other; a waste liquid inlet disposed on the mounting face; a circuit board having a connection terminal disposed substantially parallel to the side face; and characterized by: a first recess portion that opens in the mounting face and the bottom face below the waste liquid inlet, wherein when a width direction is defined as a direction in which both the mounting face and the bottom face extend, the recess portion is disposed at a position between the waste liquid inlet and the connection terminal in the width direction and is configured to accumulate liquid flowing along the bottom face from the waste liquid inlet; and wherein the waste liquid vessel further comprises, a second recess portion that opens in the mounting face and the side face, wherein the circuit board is disposed inside the second recess portion; and a third recess portion that opens in the mounting face and the side face below the second recess portion. when a width direction is defined as a direction in which both the mounting face and the bottom face extend, the recess portion is disposed at a position between the waste liquid inlet and the connection terminal in the width direction and is configured to accumulate liquid flowing along the bottom face from the waste liquid inlet; and wherein the waste liquid vessel further comprises, a second recess portion that opens in the mounting face and the side face, wherein the circuit board is disposed inside the second recess portion; and a third recess portion that opens in the mounting face and the side face below the second recess portion.
A planar composite comprising as a layer sequence: i. a carrier layer; ii. a barrier layer; wherein the layer sequence comprises a first PE blend layer; wherein the first PE blend layer comprises in a range of from 10 to 50 wt.%, in each case based on the blend, a first LDPEa; and a further LDPEt to the extent of at least 50 wt. %, in each case based on the blend; and wherein the first PE blend layer has a damping factor difference in a range of from -0.3 to -0.6 according to the method specified in the description. i. a carrier layer; ii. a barrier layer;
HDI (high density interconnect) printed circuit board comprising a plurality of printed circuit board levels arranged one above another in a control unit for transmission control for a vehicle, wherein the printed circuit board levels are formed in each case from an electrically insulating base material composed of glass-fibre-reinforced plastic and a plurality of vias (16, 17, 18) running in a z-direction (z) perpendicular to the printed circuit board levels are provided, characterized in that the glass-fibre-reinforced plastic has an admixture of ceramic particles as filler, the glass transition temperature of which is greater than or equal to 170°C and which has a high cycle stability of more than 2000 cycles, between -40°C and +150°C and furthermore a low thermal expansion in the z-direction of 30 ppm/K to 40 ppm/K, and in that each printed circuit board level comprises a heat-conducting layer (19 to 24) applied to the electrically insulating base material and the vias (16, 17, 18) connect the heat-conducting layers of different printed circuit board levels in such a way that the vias (16, 17, 18) and the heat-conducting layers (19 to 24) of the printed circuit board levels form a heat-conducting bridge from a topmost printed circuit board level to a bottommost printed circuit board level, wherein surface areas of the heat-conducting layers below the topmost heat-conducting layer are greater than the surface area of the topmost heat-conducting layer, and in that the printed circuit board comprises conductor tracks having conductor track widths of at least 100 μm.
A method for creating an optical waveguiding device from an elongated generally annular optical fiber made of glass material and having at least one core and at least one cladding by creating a zone (22, 30, 34, 35, 38, 42, 44, 48, 441, 442, 443, 444) of permanently altered refractive index characteristics in the optical fiber, using a focused beam which is generated by a pulsed laser light source having: (i) a wavelength greater than the absorption edge of the glass material; (ii) a pulse width of less than 1 picosecond, and a pulse energy of between 1 nanojoule and 1 millijoule; and (iii) capable of achieving a peak pulse intensity within a defined focal region; comprising the steps of: (a) aligning said laser beam focal region with a defined target region within the optical fiber, said target region extending through the core and at least partially through the cladding of the optical fiber, at an acute angle to a longitudinal axis thereof; (b) providing relative movement between said optical fiber and said beam such that said laser beam focal region sweeps along said target region; and (c) operating said laser light source with the peak pulse intensity thereof and a repetition rate thereof selected to accumulate heat and to soften the glass material within the target region and to thereby induce permanent refractive index changes in the optical fiber within the target region. (i) a wavelength greater than the absorption edge of the glass material; (ii) a pulse width of less than 1 picosecond, and a pulse energy of between 1 nanojoule and 1 millijoule; and (iii) capable of achieving a peak pulse intensity within a defined focal region; comprising the steps of: (a) aligning said laser beam focal region with a defined target region within the optical fiber, said target region extending through the core and at least partially through the cladding of the optical fiber, at an acute angle to a longitudinal axis thereof; (b) providing relative movement between said optical fiber and said beam such that said laser beam focal region sweeps along said target region; and (c) operating said laser light source with the peak pulse intensity thereof and a repetition rate thereof selected to accumulate heat and to soften the glass material within the target region and to thereby induce permanent refractive index changes in the optical fiber within the target region. (a) aligning said laser beam focal region with a defined target region within the optical fiber, said target region extending through the core and at least partially through the cladding of the optical fiber, at an acute angle to a longitudinal axis thereof; (b) providing relative movement between said optical fiber and said beam such that said laser beam focal region sweeps along said target region; and (c) operating said laser light source with the peak pulse intensity thereof and a repetition rate thereof selected to accumulate heat and to soften the glass material within the target region and to thereby induce permanent refractive index changes in the optical fiber within the target region.
A negative electrode material for a non-aqueous electrolyte secondary battery, comprising negative electrode active material particles comprising a silicon compound expressed by SiO x, where 0.5≤x≤1.6, and a coating layer composed of an organic polymer coating the silicon compound, the silicon compound containing a lithium compound on its surface or inside wherein the organic polymer contains a carboxyl group within its molecule, the silicon compound is at least partially coated with a carbon compound, and the silicon compound satisfies 0.05≤A/B≤3.00 when subjected to X-ray photoelectron spectroscopy on its surface layer where A is a peak area of a peak when a C1s binding energy is 287.5±1.0eV, and B is a peak area of a peak when the C1s binding energy is 284.0±1.0eV.
A structural element for radiation shielding structures with at least one base plate and at least one structural portion in the form of a wall section and/or ceiling section, wherein the at least one wall section and/or the at least one ceiling section consists of at least two shuttering elements (3; 3a, 3b) of metal, plastic and/or wood and a layer between them of radiation shielding material (5; 5a, 5b), characterised in that the nature of the radiation shielding material (5; 5a, 5b) within the structural element varies, particularly in dependence on the nature of the radiation and/or the radiation intensity and that the structural element is removable and/or reinstallable.
A die-cutting machine comprising at least one unit designed as a contact unit and at least one unit designed as a shaping unit and at least one unit designed as a stripping unit and at least one unit designed as a blanking unit, wherein the die-cutting machine has at least one drive system with at least one drive, wherein the at least one drive is designed to drive at least one shaping tool of at least one shaping unit of the at least one shaping unit, wherein the at least one drive is designed to drive at least one stripping tool (402; 403) of at least one stripping unit of the at least one stripping unit and/or at least one blanking tool of at least one blanking unit of the at least one blanking unit via at least one transmission, wherein the at least one transmission is arranged within at least one housing, characterized in that the die-cutting machine has at least one central lubricating system, in that the at least one lubricating system is designed to guide at least one lubricant of at least one source of a lubricant and/or of a supply of lubricant for at least two units (200; 300; 400; 500) of the units (200; 300; 400; 500), that within the respective unit (200; 300; 400; 500) the at least one lubricant system is designed to guide lubricant to at least one lubrication point, in that the at least one lubricant system is designed to guide lubricant only to the at least one lubrication point within the respective unit (200; 300; 400; 500) outside of the at least one housing of the at least one transmission.