mhurhangee/ep-ind-claims huggingface dataset:
A method for delivering mail to a recipient, comprising the steps of: a) receiving mail content from a sender in physical or electronic form, including recipient address information, wherein, if the mail content is in the physical form, the mail content is forwarded to a scanner to scan at least a part of the mail; b) receiving of the result of the scanning process as well as mail in electronic form by an incoming server; c) extracting information relating to the mail content and format, such as the sender address and recipient address by the incoming server and addition of this information to metadata of the received mail content; d) retrieving a delivery method from a profile database by forwarding the information to a processor having access to the profile database by the incoming server, the profile database including user profiles assigning preferred delivery methods to registered users, the delivery methods including at least physical and electronical delivery; e) delivering mail including the mail content to the recipient using the determined delivery method; further comprising the following step when the determined method is physical delivery: f) prior to delivery, supplementing the physical mail to be delivered by printing a verification information to a mail envelope and/or the mail content of the physical mail; whereas the verification information may be used by the recipient for modification of a recipient's user profile in the profile database, whereas the verification information is requested by a web interface service allowing for accessing the profile database. a) receiving mail content from a sender in physical or electronic form, including recipient address information, wherein, if the mail content is in the physical form, the mail content is forwarded to a scanner to scan at least a part of the mail; b) receiving of the result of the scanning process as well as mail in electronic form by an incoming server; c) extracting information relating to the mail content and format, such as the sender address and recipient address by the incoming server and addition of this information to metadata of the received mail content; d) retrieving a delivery method from a profile database by forwarding the information to a processor having access to the profile database by the incoming server, the profile database including user profiles assigning preferred delivery methods to registered users, the delivery methods including at least physical and electronical delivery; e) delivering mail including the mail content to the recipient using the determined delivery method;
A mixing and stirring device for gypsum slurry, which has a circular casing forming a mixing area for mixing of the gypsum slurry, a rotary disc positioned in the casing and rotated in a predetermined rotational direction (γ), and a tubular passage (7, 47, 50) for delivery of the gypsum slurry provided outside of the casing in order to feed the slurry of the mixing area onto a sheet of paper for gypsum board liner, wherein said tubular passage includes a chute which receives the gypsum slurry effluent from the casing through a slurry outlet port provided on said casing and which allows the slurry to flow down gravitationally therein, so that the slurry turns in an intratubular area of the chute, and wherein an outlet part of the chute is connected with a discharge pipe portion of said tubular passage for spouting the slurry onto said sheet of paper, characterized in that said tubular passage includes a fluid passage portion which is an orifice passage having a locally constricted cross section of fluid passage and being positioned in an area of the outlet part of the chute, the orifice passage has a centroid of a figure of its cross section located at a position eccentric with respect to the center axis of said tubular passage, so that the orifice passage at least partially breaks down an axisymmetric vortex flow, which is an intratubular swirling flow occurring in the intratubular area around a vertically extending center axis thereof and moving in the chute, before the flow enters the discharge pipe portion gravitationally.
An ink composition for a reversibly thermochromic stamp comprising: a reversibly thermochromic microencapsulated pigment encapsulating a reversibly thermochromic composition comprising: Component: an electron-donating color-developing organic compound, Component: an electron-accepting compound, and Component: a reaction medium causing reversibly an electron transfer reaction between the Component and the Component in a specific temperature range; water; and a thickener, wherein: an ink composition viscosity measured at 25°C with a BL-type viscometer at 6 rpm is from 3,000 to 10,000 mPa·s, and a thixotropy expressed by (ink composition viscosity measured at 6 rpm)/(ink composition viscosity measured at 60 rpm) is from 1.1 to 2.5. a reversibly thermochromic microencapsulated pigment encapsulating a reversibly thermochromic composition comprising: Component: an electron-donating color-developing organic compound, Component: an electron-accepting compound, and Component: a reaction medium causing reversibly an electron transfer reaction between the Component and the Component in a specific temperature range; Component: an electron-donating color-developing organic compound, Component: an electron-accepting compound, and Component: a reaction medium causing reversibly an electron transfer reaction between the Component and the Component in a specific temperature range; water; and a thickener, wherein: an ink composition viscosity measured at 25°C with a BL-type viscometer at 6 rpm is from 3,000 to 10,000 mPa·s, and a thixotropy expressed by (ink composition viscosity measured at 6 rpm)/(ink composition viscosity measured at 60 rpm) is from 1.1 to 2.5.
Apparatus for producing and filling packaging means made of laid-flat tubular film material which has a main axis of symmetry and two tube peripheries (50, 51) parallel thereto, wherein the spacing of the tube peripheries (50, 51) from one another is the respective working width, the apparatus has a maximum working width and the following apparatus features are present on the apparatus: - an unwinding apparatus (2, 3) by way of which the laid-flat tubular film material is unwindable from a roll along the main axis of symmetry of the tube, - apparatuses for welding and separating the tube along lines largely perpendicular to the tube axis, - a dispensing station by way of which the tube sections that result from the welding and separating operation and are open on one side are fillable with a filling material by gravity through their still open end, wherein the tube sections are held by stationary grippers, - a further welding station by way of which the still open end of the tube sections that are open on one side is closable with a second weld seam which likewise extends perpendicularly to the tube axis, - a bag-bottom supporting apparatus by way of which the bag bottom is supportable during filling, characterized - in that the spacing between the supporting surface of the bag-bottom supporting apparatus and the stationary grippers in the dispensing station in the vertical direction (y) is fixed during filling such that said spacing is less than or equal to the maximum working width of the apparatus and - in that the supporting surface of the bag-bottom supporting apparatus comprises a central region which is at an angle (α) with respect to a horizontal. - an unwinding apparatus (2, 3) by way of which the laid-flat tubular film material is unwindable from a roll along the main axis of symmetry of the tube, - apparatuses for welding and separating the tube along lines largely perpendicular to the tube axis, - a dispensing station by way of which the tube sections that result from the welding and separating operation and are open on one side are fillable with a filling material by gravity through their still open end, wherein the tube sections are held by stationary grippers, - a further welding station by way of which the still open end of the tube sections that are open on one side is closable with a second weld seam which likewise extends perpendicularly to the tube axis, - a bag-bottom supporting apparatus by way of which the bag bottom is supportable during filling, characterized - in that the spacing between the supporting surface of the bag-bottom supporting apparatus and the stationary grippers in the dispensing station in the vertical direction (y) is fixed during filling such that said spacing is less than or equal to the maximum working width of the apparatus and - in that the supporting surface of the bag-bottom supporting apparatus comprises a central region which is at an angle (α) with respect to a horizontal.
A mounting bracket for the mounting of an electronic device, such as a camera, on a support surface, the mounting bracket comprising a mounting plate configured to attach the mounting bracket to the support surface, and a device attachment portion configured to receive the electronic device, wherein the mounting plate comprises a recess being formed at a peripheral edge portion of the mounting bracket, whereby in a condition when the mounting bracket is attached to the support surface, the recess allows insertion of a user's finger in an interspace being formed between the mounting plate and the support surface, the device attachment portion is a snap-fit member, a threaded coupling, a bayonet coupling or a screw mounting, and characterized in that the recess is arranged adjacent said device attachment portion thereby allowing the electronic device to be mounted to the mounting bracket by a one-hand grip using the thumb and index finger engaging the recess and the electronic device respectively. the mounting plate comprises a recess being formed at a peripheral edge portion of the mounting bracket, whereby in a condition when the mounting bracket is attached to the support surface, the recess allows insertion of a user's finger in an interspace being formed between the mounting plate and the support surface, the device attachment portion is a snap-fit member, a threaded coupling, a bayonet coupling or a screw mounting, and characterized in that the recess is arranged adjacent said device attachment portion thereby allowing the electronic device to be mounted to the mounting bracket by a one-hand grip using the thumb and index finger engaging the recess and the electronic device respectively.
Dishwasher, in particular commercial dishwasher for crockery or utensils, which is in the form of a box-type dishwasher or in the form of a conveyor dishwasher, wherein the dishwasher has at least one controllable, capacitive deionization unit with an inlet for fresh water and an outlet for demineralized water and a control device which is associated at least with the deionization unit, wherein the control device is designed to automatically or selectively automatically adjust, preferably in a regulating manner, at least one parameter which characterizes the operation of the deionization unit, specifically depending on at least one parameter which characterizes the quality of the fresh water at the inlet of the deionization unit and/or depending on at least one parameter which characterizes the quality of the demineralized water at the outlet of the deionization unit, wherein the deionization unit preferably has at least one cell (50a, 50b) which can be selectively operated in a deionization mode, in a regeneration mode or in a flush mode, characterized by at least of the following: (a) the dishwasher has a manually operable interface by means of which the at least one parameter which characterizes the operation of the deionization unit can be adjusted by the operator of the dishwasher; (b) the control device is designed to adjust the level of an electrical voltage which is supplied to the deionization unit and is used for deionization and/or regeneration and/or the polarity of an electrical voltage which is supplied to the deionization unit depending on at least one parameter which characterizes the quality of the fresh water at the inlet of the deionization unit and/or depending on at least one parameter which characterizes the quality of the demineralized water at the outlet of the deionization unit. (a) the dishwasher has a manually operable interface by means of which the at least one parameter which characterizes the operation of the deionization unit can be adjusted by the operator of the dishwasher; (b) the control device is designed to adjust the level of an electrical voltage which is supplied to the deionization unit and is used for deionization and/or regeneration and/or the polarity of an electrical voltage which is supplied to the deionization unit depending on at least one parameter which characterizes the quality of the fresh water at the inlet of the deionization unit and/or depending on at least one parameter which characterizes the quality of the demineralized water at the outlet of the deionization unit.
A method for the production of hydrolyzed allergens from allergens comprising the steps of: a) extracting a source of allergens comprising allergenic proteins to form a crude extract, b) purifying the crude extract to remove non-protein components to form a purified extract, c) denaturing the purified extract with a first denaturing agent being a mixture of chaotropic agents and reducing agents to form a purified denatured extract, f) hydrolyzing the denatured allergen mixture to form the hydrolyzed allergens, g) purifying the hydrolyzed allergens to remove peptides with molecular weights above 10.000 Da and below 1.000 Da, wherein 70% or more of the peptides are between 10.000 Da and 1.000 Da, wherein the source of allergens are peanuts or house dust mite characterized by the steps d) refining the purified denatured extract to remove impurities not covalently bound to the proteins to form a refined denatured extract, e) denaturing the refined denatured extract with a second denaturing agent being a mixture of chaotropic agents and reducing agents to form a denatured allergen between the steps c) and f). a) extracting a source of allergens comprising allergenic proteins to form a crude extract, b) purifying the crude extract to remove non-protein components to form a purified extract, c) denaturing the purified extract with a first denaturing agent being a mixture of chaotropic agents and reducing agents to form a purified denatured extract, f) hydrolyzing the denatured allergen mixture to form the hydrolyzed allergens, g) purifying the hydrolyzed allergens to remove peptides with molecular weights above 10.000 Da and below 1.000 Da, wherein 70% or more of the peptides are between 10.000 Da and 1.000 Da, d) refining the purified denatured extract to remove impurities not covalently bound to the proteins to form a refined denatured extract, e) denaturing the refined denatured extract with a second denaturing agent being a mixture of chaotropic agents and reducing agents to form a denatured allergen
A method for transmitting uplink Sounding Reference Signal, SRS, in a time division duplex, TDD, communication system, comprising: receiving, by a User Equipment, UE, information related to a SRS period and two offsets for an SRS transmission; generating, by the UE, two SRSs; and transmitting, by the UE, the two SRSs based on the two offsets in a half frame, and wherein the information indicates the SRS period is 2ms, and is capable of indicating the two offsets selected from offset 0 to offset 4, and each offset is associated with a position for the SRS transmission, and wherein the two SRSs are transmitted in two Single Carrier Frequency Division Multiple Access, SCFDMA, symbols in an Uplink Pilot Time Slot, UpPTS, if the UpPTS comprises of the two SCFDMA symbols and the information indicates the offset 0 and the offset 1. receiving, by a User Equipment, UE, information related to a SRS period and two offsets for an SRS transmission; generating, by the UE, two SRSs; and transmitting, by the UE, the two SRSs based on the two offsets in a half frame, and wherein the information indicates the SRS period is 2ms, and is capable of indicating the two offsets selected from offset 0 to offset 4, and each offset is associated with a position for the SRS transmission, and wherein the two SRSs are transmitted in two Single Carrier Frequency Division Multiple Access, SCFDMA, symbols in an Uplink Pilot Time Slot, UpPTS, if the UpPTS comprises of the two SCFDMA symbols and the information indicates the offset 0 and the offset 1.
A continuous-cast slab of 0.1 to 0.3 in ratio D/W, the ratio D/W being a ratio of casting thickness D to casting width W, and 230 to 380 mm in casting thickness D, the continuous-cast slab having a horizontally symmetrical granular equiaxed crystals at least in a center in a thickness direction, the continuous-cast slab comprising: a first reduction dent and a second reduction dent that is narrower than the first reduction dent at least on one long side surface, the second reduction dent denting further from a bottom surface of the first reduction dent, wherein a dent amount d 1 of the first reduction dent from an end surface of the continuous-cast slab is 0.08 to 1.1 mm, and a dent amount d 2 of the second reduction dent from the bottom surface of the first reduction dent is 1.2 to 12 mm, and/or a dent rate of the first reduction dent from an end surface of the continuous-cast slab, to the casting thickness D is 0.03 to 0.36%, and a dent rate of the second reduction dent from the bottom surface of the first reduction dent, to the casting thickness D is 0.6 to 4%. a first reduction dent and a second reduction dent that is narrower than the first reduction dent at least on one long side surface, the second reduction dent denting further from a bottom surface of the first reduction dent, wherein a dent amount d 1 of the first reduction dent from an end surface of the continuous-cast slab is 0.08 to 1.1 mm, and a dent amount d 2 of the second reduction dent from the bottom surface of the first reduction dent is 1.2 to 12 mm, and/or a dent rate of the first reduction dent from an end surface of the continuous-cast slab, to the casting thickness D is 0.03 to 0.36%, and a dent rate of the second reduction dent from the bottom surface of the first reduction dent, to the casting thickness D is 0.6 to 4%.
A method for communicating group paging information, comprising: receiving, by a radio access network, RAN, device, a control plane message sent by a services capability server, SCS, the control plane message includes information elements of a paging message defined in an access network application protocol and a first additional information element and a second additional information element, the first additional information element includes information of an identity of a group to be paged in the group paging, the second additional information element includes information of an area at an absolute geographical location; determining, by the RAN device, at least one cell in which a group paging is to be initiated by using the information of the area at the absolute geographical location in the second additional information element of the control plane message and cell coverage information; and initiating, by the RAN device, the group paging of the group identified by the identity in the first additional information element of the control plane message in the at least one cell. receiving, by a radio access network, RAN, device, a control plane message sent by a services capability server, SCS, the control plane message includes information elements of a paging message defined in an access network application protocol and a first additional information element and a second additional information element, the first additional information element includes information of an identity of a group to be paged in the group paging, the second additional information element includes information of an area at an absolute geographical location; determining, by the RAN device, at least one cell in which a group paging is to be initiated by using the information of the area at the absolute geographical location in the second additional information element of the control plane message and cell coverage information; and initiating, by the RAN device, the group paging of the group identified by the identity in the first additional information element of the control plane message in the at least one cell.
A method for manufacturing a display device, comprising: providing an array module having at least one first alignment mark and a first substrate; providing a light-emitting module having at least one second alignment mark and a second substrate; aligning the light-emitting module and the array module by the at least one first alignment mark and the at least one second alignment mark, wherein aligning the light-emitting module and the array module comprises approaching the at least one second alignment mark and the at least one first alignment mark into a detecting region, and after approaching the at least one second alignment mark with the at least one first alignment mark into the detecting region, detecting a distance (X1, Y1) between the at least one second alignment mark and the at least one first alignment mark, and then comparing the distance with a predetermined value; wherein the display device comprises a plurality of pixels, and the predetermined value is less than or equal to half of a pixel pitch of the plurality of pixels; and bonding the light-emitting module onto the array module; wherein the at least one second alignment mark is a through hole and penetrates the second substrate, an angle (θ) between an extension direction of a side surface of the at least one second alignment mark and an extension direction of a bottom surface of the at least one second alignment mark is greater than or equal to 50 degrees and smaller than 90 degrees. providing an array module having at least one first alignment mark and a first substrate; providing a light-emitting module having at least one second alignment mark and a second substrate; aligning the light-emitting module and the array module by the at least one first alignment mark and the at least one second alignment mark, wherein aligning the light-emitting module and the array module comprises approaching the at least one second alignment mark and the at least one first alignment mark into a detecting region, and after approaching the at least one second alignment mark with the at least one first alignment mark into the detecting region, detecting a distance (X1, Y1) between the at least one second alignment mark and the at least one first alignment mark, and then comparing the distance with a predetermined value; wherein the display device comprises a plurality of pixels, and the predetermined value is less than or equal to half of a pixel pitch of the plurality of pixels; and bonding the light-emitting module onto the array module; wherein the at least one second alignment mark is a through hole and penetrates the second substrate, an angle (θ) between an extension direction of a side surface of the at least one second alignment mark and an extension direction of a bottom surface of the at least one second alignment mark is greater than or equal to 50 degrees and smaller than 90 degrees.