mhurhangee/ep-ind-claims huggingface dataset:
A method for collecting and treating water hyacinths, wherein the following steps are performed: a) the water hyacinths present in an aquatic environment are cut; b) the water hyacinths are collected on board a barge alongside the quay; c) the collected water hyacinths are transferred onto draining means, such as drain-boards, near the quay shore; d) the drained hyacinths are washed with clean water; e) the washed water hyacinths are drained on vibrating mats in order to partially remove the excess water; f) the water hyacinths are dried on a dryer at a temperature between 50 and 100°C for a period between 5h and 17h; g) a steam sterilization at a temperature between 80 and 100°C is performed, in order to sterilize the water hyacinths and their seeds; h) the water hyacinths and their sterilized seeds are ground in order to recover them for use. a) the water hyacinths present in an aquatic environment are cut; b) the water hyacinths are collected on board a barge alongside the quay; c) the collected water hyacinths are transferred onto draining means, such as drain-boards, near the quay shore; d) the drained hyacinths are washed with clean water; e) the washed water hyacinths are drained on vibrating mats in order to partially remove the excess water; f) the water hyacinths are dried on a dryer at a temperature between 50 and 100°C for a period between 5h and 17h; g) a steam sterilization at a temperature between 80 and 100°C is performed, in order to sterilize the water hyacinths and their seeds; h) the water hyacinths and their sterilized seeds are ground in order to recover them for use.
Screen device comprising a screen roller and a screen rollable onto and unrollable from this screen roller and attached on one of its sides to the screen roller, wherein the screen device comprises a frame with at least a protective casing and two lateral guides, wherein the lateral guides each comprise a first profile and a first further profile, characterized in that the lateral guides each comprise a second further profile, the first profil having an open state when the two further profiles (8, 9) are released from the first profile, and a closed state when the two further profiles (8, 9) are connected to the first profile, wherein the lateral guides show, in the open state, an open space underneath the protective casing for mounting and demounting the screen roller in the protective casing by running the screen roller along the open space, and wherein the lateral guides show, in the closed state, a slot for holding lateral edges of the screen when the screen is rolled up and unrolled.
Route tie element with a carriage which is at least in sections open at one of the both longitudinal sides, in which a mobile transportation auxiliary means can run into the in sections open longitudinal side, and which comprises - a longitudinal bar, which is arranged parallel to the central longitudinal axis of the route tie element, and - at least three transversal bars (4a, 4b, 4c) which are connected with the longitudinal bar remote from another in each vertical direction and which so form a front, a central and a rear carriage section, wherein the central carriage section comprises two or more wheels (5a, 5b) which axis are arranged on a line perpendicular to the longitudinal axis of the route tie element, and - at least one lifting device for lifting of a transportation auxiliary means, wherein the front carriage section and the rear carriage section are arranged in such a manner that both are positioned in the region of the side areas of the transportation auxiliary means when the transportation auxiliary means being arranged in the route tie element, so that neither the front carriage section nor the rear carriage section are involved in the lifting process which is only caused by the lifting device which is arranged in the central carriage section, characterized in that the front carriage section and the rear carriage section are arranged in such a manner that both are positioned exclusively above the bottom side of the transportation auxiliary means in the region of the side areas of the transportation auxiliary means when the transportation auxiliary means being arranged in the route tie element, wherein the drive of the lifting device and the lifting devices (8a, 8b) respectively occurs by means of one or more compression springs, wherein the compression springs are arranged in such a manner that they can be compressed by a clamping device which can be operated by muscular strength. - a longitudinal bar, which is arranged parallel to the central longitudinal axis of the route tie element, and - at least three transversal bars (4a, 4b, 4c) which are connected with the longitudinal bar remote from another in each vertical direction and which so form a front, a central and a rear carriage section, wherein the central carriage section comprises two or more wheels (5a, 5b) which axis are arranged on a line perpendicular to the longitudinal axis of the route tie element, and - at least one lifting device for lifting of a transportation auxiliary means,
A diffusion and/or filtration device comprising a housing and end caps; the housing comprising a tubular midsection; and header sections at both ends of the tubular midsection having an inner diameter larger than the inner diameter of the tubular midsection; wherein the wall strength of the header sections is greater than the wall strength of the tubular midsection; and a plurality of elongated noses arranged on the inside surface of each of the header sections, the noses running parallel to the longitudinal axis of the housing and parallel to each other; the end caps having an inner surface which is axially symmetrical with regard to the longitudinal axis of the end cap and has an inner surface having the form of a funnel and comprising, in the direction of increasing diameter, a first section taking the form of a cylinder or a truncated cone, a middle section taking the form of a torus segment, and a third section taking the form of a truncated cone, wherein the end cap comprises a circumferential planar sealing face sloping at an angle in the range of from 5° to 10° in radial direction, and wherein an upper rim of the header section of the housing slopes at the same angle as the circumferential planar sealing face of the end cap, the upper rim of the header section of the housing and the circumferential planar sealing face of the end cap contacting each other and forming a first tight seal; and an outer rim of the end cap being fused to the housing and providing a second tight seal.
Module for feeding a strip to be embossed, for a machine for printing by embossing, comprising means for supporting at least one coil of strip to be embossed, and means for driving each strip to be embossed, characterised in that the support means and the driving means are installed in a working space that is provided at the top part of the module, and in that the bottom part of the module comprises a free space that is accessible laterally from the outside and communicates from above with the working space, and characterised in that the free space 40 is designed so as to be able to receive external means 200 for lifting at least one coil 2, and in that the module is moreover arranged so that these external lifting means 200 can firstly transport each coil 2 when it is inserted in the free space 40 in a substantially transverse direction, and secondly transfer each coil 2 from the free space 40 to the working space 30 in a substantially vertical direction.
A distribution device for telecommunications and data technology, comprising a large number of connecting modules for subscriber lines and a large number of connecting modules (D1-D4) for services, with it being possible for at least two different services to be optionally assigned to a subscriber line via the distribution device, the connecting modules of the subscriber lines being electrically connected to the conductor connecting modules (D1-D4) of the services via jumper connections, with respective connecting modules (D1-D4) being assigned to the different services, characterized in that the individual connecting modules (D1 - D4) of the different services are arranged alternately, taking into consideration their respective total number, in the form of a matrix on a connecting side of the distribution device, wherein the connecting modules for the subscriber lines are arranged on the same connecting side of the distribution device as the connecting modules (D1 - D4) for the services, with a respective connecting module of the subscriber lines being arranged between two connecting modules (D1 - D4) for the services, both in the vertical direction and in the horizontal direction.
A method to rejuvenate a deactivated hydroformylation catalyst solution comprising rhodium, polyphosphoramidite ligand, and polyphosphoramidite ligand degradation products, the method consisting of: adding a peroxide to the deactivated hydroformylation catalyst solution; optionally adding additional polyphosphoramidite ligand to the catalyst solution after the addition of peroxide; and optionally wherein the deactivated hydroformylation catalyst solution further comprises at least one product aldehyde and further comprising removing a majority of the product aldehyde prior to adding the peroxide. optionally adding additional polyphosphoramidite ligand to the catalyst solution after the addition of peroxide; and optionally wherein the deactivated hydroformylation catalyst solution further comprises at least one product aldehyde and further comprising removing a majority of the product aldehyde prior to adding the peroxide.
A method of distributed computing, comprising: retrieving transport parameters by a client device from a service description file describing a data transmission service, wherein the service description file is broadcasted separately from the data transmission service; obtaining, by the client device, a refresh rate from the service description file, wherein the refresh rate relates to a frequency at which the data transmission service updates data in a data transmission provided by the data transmission service, wherein the obtaining includes selecting the refresh rate from a plurality of refresh rates contained in the service description file, wherein the selecting is based on the client device status; accessing the data transmission by the client device to receive the data from the data transmission service using the transport parameters retrieved from the service description file; and delaying subsequent access to the data transmission by the client device to receive updated data, wherein the subsequent access is delayed for a delay time based at least in part on the refresh rate. retrieving transport parameters by a client device from a service description file describing a data transmission service, wherein the service description file is broadcasted separately from the data transmission service; obtaining, by the client device, a refresh rate from the service description file, wherein the refresh rate relates to a frequency at which the data transmission service updates data in a data transmission provided by the data transmission service, wherein the obtaining includes selecting the refresh rate from a plurality of refresh rates contained in the service description file, wherein the selecting is based on the client device status; accessing the data transmission by the client device to receive the data from the data transmission service using the transport parameters retrieved from the service description file; and delaying subsequent access to the data transmission by the client device to receive updated data, wherein the subsequent access is delayed for a delay time based at least in part on the refresh rate.
A method for producing a shoe, comprising the steps of providing a mounted upper with a perforated insole, the insole having openings in the joint region and/or in the ball region and a material in the heel region which material is harder than the material in the ball region; providing a single-piece sole construction with a solid sole body by injection-molding in a corresponding injection mold, the solid sole body having one or more recesses being open at the side that faces the insole; providing an air pump device in one of the recesses in the solid sole body open at the side facing the insole, the air pump device being arranged in the heel region, the air pump device being formed by the cavity corresponding to the recess or by a lung arranged in the recess; providing a first air channel (6, 7) which extends at least partially within the upper and is configured for feeding air to the air pump device, and providing a first valve which is associated with the first air channel (6, 7) and configured for allowing air to pass through only in the direction from outside of the sole construction to the air pump device, and affixing the first air channel (6, 7) at the upper; providing a second air channel which is configured for conducting air away from the air pump device, and providing a second valve which is associated with the second air channel and is configured for allowing air to pass through only in the direction away from the air pump device; and connecting the single-piece sole construction to the mounted upper by direct gluing the single-piece sole construction to the underside of the upper with the perforated insole in such a manner that the air pump device, the second air channel and the second valve are positioned between the insole and the single-piece sole construction in the one or more recesses, wherein the second air channel is positioned in such a way that the air pump device is connected via the second valve to the openings in the insole.
A chuck table for use in a processing apparatus including a chuck table for holding a plate-shaped workpiece under suction on a holding surface thereof, a processing unit for processing the workpiece held on the holding surface of the chuck table, and a moving unit for moving a support base supporting the chuck table thereon in a processing-feed direction, wherein the chuck table is formed from a porous material having pores, and the chuck table has the holding surface and a mountable assembly positioned opposite the holding surface and mountable on an upper surface of the support base, characterized in that fluid passages defined in the chuck table for allowing a negative pressure transmitted from the support base to act on the holding surface are provided only by the pores in the porous material, and the chuck table comprises a central recess in a lower surface of the chuck table, the lower surface being positioned opposite the holding surface. the chuck table is formed from a porous material having pores, and the chuck table has the holding surface and a mountable assembly positioned opposite the holding surface and mountable on an upper surface of the support base, characterized in that fluid passages defined in the chuck table for allowing a negative pressure transmitted from the support base to act on the holding surface are provided only by the pores in the porous material, and the chuck table comprises a central recess in a lower surface of the chuck table, the lower surface being positioned opposite the holding surface.
A cap structure of a power battery, characterized in comprising a first electrode component, a second electrode component, a cap plate, and a turnable plate, wherein: the first electrode component and the second electrode component are both attached to the cap plate, and the first electrode component is electrically isolated from the cap plate;the first electrode component comprises a first terminal and a first connecting block, the first connecting block is located above the cap plate, the first connecting block comprises a terminal connecting portion, a fusing portion, and a turnable plate connecting portion, the terminal connecting portion is connected to the turnable plate connecting portion through the fusing portion, the first terminal is connected to the terminal connecting portion, the fusing portion has a melting point lower than that of the terminal connecting portion or the turnable plate connecting portion, and the turnable plate is electrically connected to the second electrode component; and in case that an internal pressure of the power battery exceeds a reference pressure, the turnable plate is turned over and in contact with the turnable plate connecting portion, such that the first terminal is electrically connected to the second electrode component. the first electrode component and the second electrode component are both attached to the cap plate, and the first electrode component is electrically isolated from the cap plate;the first electrode component comprises a first terminal and a first connecting block, the first connecting block is located above the cap plate, the first connecting block comprises a terminal connecting portion, a fusing portion, and a turnable plate connecting portion, the terminal connecting portion is connected to the turnable plate connecting portion through the fusing portion, the first terminal is connected to the terminal connecting portion, the fusing portion has a melting point lower than that of the terminal connecting portion or the turnable plate connecting portion, and the turnable plate is electrically connected to the second electrode component; and in case that an internal pressure of the power battery exceeds a reference pressure, the turnable plate is turned over and in contact with the turnable plate connecting portion, such that the first terminal is electrically connected to the second electrode component.
A packaged article comprising: a rolled sheet product wound about a fibrous core, the fibrous core comprising a longitudinal core axis, an outer surface, and an inner surface, a first open end, a second open end, wherein the first open end is opposite the second open end and defines a length therebetween, and wherein the inner surface comprises indicia; and a packaging material substantially surrounding the rolled sheet product, wherein the packaging material comprises at least one viewable face, wherein the indicia disposed on the inner surface of the fibrous core is visible through the at least one viewable face. a rolled sheet product wound about a fibrous core, the fibrous core comprising a longitudinal core axis, an outer surface, and an inner surface, a first open end, a second open end, wherein the first open end is opposite the second open end and defines a length therebetween, and wherein the inner surface comprises indicia; and a packaging material substantially surrounding the rolled sheet product, wherein the packaging material comprises at least one viewable face, wherein the indicia disposed on the inner surface of the fibrous core is visible through the at least one viewable face.
An elastomer composition for a self-supporting support insert (1, 10, 10') for a non-pneumatic tire of a vehicle wheel, the composition comprising predominantly by weight a blend of at least one first thermoplastic elastomer and of at least one second thermoplastic elastomer, characterized in that said at least one first thermoplastic elastomer is a copolyamide (COPA) and said at least one second thermoplastic elastomer is a styrenic thermoplastic elastomer, and in that the composition is not crosslinked.
A filter candle for filtering particles out of a hot gas, having at least two filter elements, each of which comprises: - a fibrous filter material; and - a tubular support body embedded in said fibrous filter material and comprising a plurality of openings and a coupling part, which is provided at one end of said tubular support body and comprises a flanged edge of said tubular support body or a flange-like connecting section of a flange-shaped support body, which is connected to one end of said tubular support body, - wherein said flanged edge or said flange-like connecting section of said coupling part of the one filter element is connected by means of a connecting ring to said flanged edge or said flange-like connecting section of said coupling part of the other filter element so that said at least two filter elements are connected to one another such that the connecting point of said tubular support bodies of said filter elements is sealed gas-tightly or particle-tightly. - a fibrous filter material; and - a tubular support body embedded in said fibrous filter material and comprising a plurality of openings and a coupling part, which is provided at one end of said tubular support body and comprises a flanged edge of said tubular support body or a flange-like connecting section of a flange-shaped support body, which is connected to one end of said tubular support body, - wherein said flanged edge or said flange-like connecting section of said coupling part of the one filter element is connected by means of a connecting ring to said flanged edge or said flange-like connecting section of said coupling part of the other filter element so that said at least two filter elements are connected to one another such that the connecting point of said tubular support bodies of said filter elements is sealed gas-tightly or particle-tightly.
A solar cell module (4, 104, 204) comprising: a front side transparent plate; a rear face sealing plate (13, 113, 213) made of glass; and a solar cell sealed between a rear side of the front side transparent plate and the rear face sealing plate (13, 113, 213), wherein an area of the rear face sealing plate (13, 113, 213) is larger than a light receiving area of the solar cell and an area of the front side transparent plate, and wherein a surplus region, in which neither the solar cell nor the front side transparent plate is present, is present on a front side of the rear face sealing plate (13, 113, 213), the solar cell module (4, 104, 204) being characterized by further comprising a step forming plate having a light transmissive property, the step forming plate being placed on a front side of the front side transparent plate in such a manner that a part of the step forming plate overlaps with a region in which the front side transparent plate is present and the rest part of the step forming plate protrudes from the front side transparent plate. a front side transparent plate; a rear face sealing plate (13, 113, 213) made of glass; and a solar cell sealed between a rear side of the front side transparent plate and the rear face sealing plate (13, 113, 213), wherein an area of the rear face sealing plate (13, 113, 213) is larger than a light receiving area of the solar cell and an area of the front side transparent plate, and wherein a surplus region, in which neither the solar cell nor the front side transparent plate is present, is present on a front side of the rear face sealing plate (13, 113, 213), the solar cell module (4, 104, 204) being characterized by further comprising a step forming plate having a light transmissive property, the step forming plate being placed on a front side of the front side transparent plate in such a manner that a part of the step forming plate overlaps with a region in which the front side transparent plate is present and the rest part of the step forming plate protrudes from the front side transparent plate.