mhurhangee/ep-ind-claims huggingface dataset:
A bonding method of bonding a base A and a base B, comprising: a step of applying an agent containing the following compound (α) onto a surface of said base A: a step of arranging said base B so as to face said compound (α) existing on said base A surface; and a step of applying force onto said base A and/or said base B to integrally bond said base A and said base B: wherein said compound (α) is a compound having at least one OH group or at least one OH yielding group, at least one azide group, and at least one triazine ring per molecule; and wherein said base A comprises a polymer. a step of arranging said base B so as to face said compound (α) existing on said base A surface; and a step of applying force onto said base A and/or said base B to integrally bond said base A and said base B: wherein said compound (α) is a compound having at least one OH group or at least one OH yielding group, at least one azide group, and at least one triazine ring per molecule; and wherein said base A comprises a polymer. wherein said compound (α) is a compound having at least one OH group or at least one OH yielding group, at least one azide group, and at least one triazine ring per molecule; and wherein said base A comprises a polymer.
An aquafarming tank for growing species that live in water, the aquafarming tank comprising: a wall shaped as a bowl so as to enable containment of a liquid; wherein the wall comprises a structural bearing wall element (3, 3'); and a first sheet for providing an inner layer of the wall; wherein the first sheet of the wall is attached to the structural bearing wall element (3, 3') and adapted to be in contact with the liquid contained in the aquafarming tank; and characterised in that the first sheet of the wall is made of a solid surface material composed of aluminium trihydrate or aluminium monohydrate and a polymer binding medium, wherein the solid surface material contains ATH or AMH to an extent of above 50%. a wall shaped as a bowl so as to enable containment of a liquid; wherein the wall comprises a structural bearing wall element (3, 3'); and a first sheet for providing an inner layer of the wall; a structural bearing wall element (3, 3'); and a first sheet for providing an inner layer of the wall; wherein the first sheet of the wall is attached to the structural bearing wall element (3, 3') and adapted to be in contact with the liquid contained in the aquafarming tank; and characterised in that the first sheet of the wall is made of a solid surface material composed of aluminium trihydrate or aluminium monohydrate and a polymer binding medium, wherein the solid surface material contains ATH or AMH to an extent of above 50%.
A rotary. valve internal combustion engine having a piston connected to a crankshaft and reciprocatable in a cylinder, a combustion chamber being defined in part by the piston, and a rotary valve rotatable in a valve housing fixed relative to the cylinder, the rotary valve having a valve body containing a volume defining, in part, the combustion chamber and further having in a wall part thereof a port giving, during rotation of the valve, fluid communication successively to and from the combustion chamber via inlet and exhaust ports (13, 14) in the valve housing, wherein the rotary valve is rotatable about an axis parallel to the axis of rotation of the crankshaft, in which the volume in the rotary valve body leads to a passageway, the passageway directing the flow of combustion gases between the volume in the valve and the cylinder, the passageway also defining, in part, the combustion chamber, the passageway being a substantially wedge-shaped volume inclined relative to the axis of the valve towards the cylinder at an angle of between 30 and 60 degrees from the axis of rotation of the valve, characterised in that the part of the valve body containing the volume defining part of the combustion chamber lies at least partially radially inwardly of the circumference of the cylinder to overlie the piston.
Binder -A-, characterized in that it comprises, as a weight/weight percentage based on dry matter and in an order of increasing preference: • -A1- primary binder: [5 - 95]; [10 - 85]; [15 - 75]; of which: ∘ lime: [10 - 95]; [20 - 70]; [30 - 60]; ∘ source of alumina and/or source of calcium sulfate: [1 - 90]; [5 - 30]; [7 - 15]; • -A2- water retention agent: [0.1 - 5]; [0.5 - 3]; [0.8 - 2]; • -A3- surfactant: [0.01 - 1]; [0.05 - 0.5]; • -A4- secondary binder [0 - 85]; [5 - 50]; [7 - 15]; • -A5- inorganic lubricating filler with a particle size d90 of less than 100 μm: [0 - 40]; [0 - 30]; [0 - 20]; • -A6- inorganic space filler with a particle size d90 of greater than or equal to 100 μm: [0 - 40]; [0 - 35]; [0 - 30]; • -A7- water-repellent adjuvant: [0 - 1.5]; [0 - 1]; [0 - 0.5]; • -A8- setting retardant adjuvant: [0 - 3]; [0 - 21; [0 - 1]; • -A9- setting accelerator adjuvant: [0 - 3]; [0 - 21; [0 - 1]; • -A10- thickening adjuvant: [0 - 2]; [0.1 - 1]; [0.2 - 0.8]. • -A1- primary binder: [5 - 95]; [10 - 85]; [15 - 75]; of which: ∘ lime: [10 - 95]; [20 - 70]; [30 - 60]; ∘ source of alumina and/or source of calcium sulfate: [1 - 90]; [5 - 30]; [7 - 15]; ∘ lime: [10 - 95]; [20 - 70]; [30 - 60]; ∘ source of alumina and/or source of calcium sulfate: [1 - 90]; [5 - 30]; [7 - 15]; • -A2- water retention agent: [0.1 - 5]; [0.5 - 3]; [0.8 - 2]; • -A3- surfactant: [0.01 - 1]; [0.05 - 0.5]; • -A4- secondary binder [0 - 85]; [5 - 50]; [7 - 15]; • -A5- inorganic lubricating filler with a particle size d90 of less than 100 μm: [0 - 40]; [0 - 30]; [0 - 20]; • -A6- inorganic space filler with a particle size d90 of greater than or equal to 100 μm: [0 - 40]; [0 - 35]; [0 - 30]; • -A7- water-repellent adjuvant: [0 - 1.5]; [0 - 1]; [0 - 0.5]; • -A8- setting retardant adjuvant: [0 - 3]; [0 - 21; [0 - 1]; • -A9- setting accelerator adjuvant: [0 - 3]; [0 - 21; [0 - 1]; • -A10- thickening adjuvant: [0 - 2]; [0.1 - 1]; [0.2 - 0.8].
A bone graft insertion apparatus for near-simultaneous and integrated delivery of bone material during the placement of surgical cages or their medical implants in a patient's spine comprising: a hollow tube constructed to receive bone graft, said hollow tube having an extended axis and a proximal end and a distal end, said hollow tube having a rectangular or square interior cross-section from said proximal end to said distal end, said distal end having an interior surface; a plunger adapted for inserting into said proximal end of said hollow tube, said plunger having a distal end exterior surface of rectangular or square cross-section contoured to said rectangular or square interior cross-section of said hollow tube, characterized in that the hollow tube has at its distal end one or more lateral openings and wherein said plunger designed and intended to be moveable with respect to said hollow tube wherein upon movement of the plunger in a direction from the proximal end to the distal end of said hollow tube bone graft material deliverable to a graft receiving area through one or more lateral openings near said distal end of said hollow tube, said one or more lateral openings substantially precluding the delivery of bone graft material directly along said axis of said hollow tube. a hollow tube constructed to receive bone graft, said hollow tube having an extended axis and a proximal end and a distal end, said hollow tube having a rectangular or square interior cross-section from said proximal end to said distal end, said distal end having an interior surface; a plunger adapted for inserting into said proximal end of said hollow tube, said plunger having a distal end exterior surface of rectangular or square cross-section contoured to said rectangular or square interior cross-section of said hollow tube, characterized in that the hollow tube has at its distal end one or more lateral openings and wherein said plunger designed and intended to be moveable with respect to said hollow tube wherein upon movement of the plunger in a direction from the proximal end to the distal end of said hollow tube bone graft material deliverable to a graft receiving area through one or more lateral openings near said distal end of said hollow tube, said one or more lateral openings substantially precluding the delivery of bone graft material directly along said axis of said hollow tube.
A method in a first network node for handling shortcomings when a wireless user terminal using a first connection is redirected to a second connection in a release-with-redirect process, the method comprising: - sending (2:2, 302) a first redirect message to the terminal with an instruction to attach to the second connection, the method characterized in that it comprises: - receiving (2:5, 304) a message from the terminal with a failure indication, - identifying (2:6, 306) a cause for a failed attempt made by the terminal to attach to the second connection, by using said failure indication, and - performing at least one of: - sending (2:7, 310) a second modified redirect message to the terminal based on the identified cause, wherein the second redirect message is revised from the first redirect message based on the identified cause, and - providing (2:9, 312) the identified cause to a network management function, to enable adaptation of said release-with-redirect process. - sending (2:2, 302) a first redirect message to the terminal with an instruction to attach to the second connection, the method characterized in that it comprises: - receiving (2:5, 304) a message from the terminal with a failure indication, - identifying (2:6, 306) a cause for a failed attempt made by the terminal to attach to the second connection, by using said failure indication, and - performing at least one of: - sending (2:7, 310) a second modified redirect message to the terminal based on the identified cause, wherein the second redirect message is revised from the first redirect message based on the identified cause, and - providing (2:9, 312) the identified cause to a network management function, to enable adaptation of said release-with-redirect process. - sending (2:7, 310) a second modified redirect message to the terminal based on the identified cause, wherein the second redirect message is revised from the first redirect message based on the identified cause, and - providing (2:9, 312) the identified cause to a network management function, to enable adaptation of said release-with-redirect process.
A conveying device for sequentially transporting sheet-type stock, having an endlessly circulating suction belt, wherein in the transport direction of the sheet-type stock to be transported with the suction belt at least two suction chambers (58; 59) are immovably arranged in sequence, wherein the suction belt is moved relative to these suction chambers (58; 59), wherein in the transportation of the sheet-type stock a negative pressure prevailing in the first suction chamber in the transport direction of the sheet-type stock is permanently present and a negative pressure prevailing in the second suction chamber in the transport direction of the relevant sheet-type stock is clocked, characterized in that the suction belt has two alternating surface regions arranged in sequence in the transport direction of the sheet-type stock, wherein the surface of one of these surface regions is formed closed and the surface of the other of the two surface regions is perforated, wherein the sheet-type stock to be transported during its transport is arranged lying flat partially on the closed surface of the suction belt and partially on the perforated surface of the suction belt, wherein a circulation speed (v) of the suction belt is set by a control unit with a drive putting the suction belt into motion, wherein the drive setting the circulation speed (v) of the suction belt is regulated by the control unit, wherein a register mark is arranged on at least one position of the suction belt, wherein a sensor detecting the relevant register mark is provided and connected to the control unit, wherein the circulation speed (v) of the suction belt is set by the control unit depending on a difference determined between a first signal corresponding with the actual circulation speed generated by the sensor and a second signal corresponding with a target circulation speed, wherein a time of the regulation of the circulation speed (v) of the suction belt executed by the control unit is synchronized with a passing over of the perforated surface of the suction belt covered by the sheet-type stock to be transported.
A Multimedia Messaging Service Center, MMSC, comprising a memory module, a mobile phone newspaper message processing module, and a network attached storage, NAS, module; wherein the MMSC is adapted to receive a multimedia message, decode the multimedia message, determine whether the multimedia message is a mobile phone newspaper message; and transmit a message body of the message to the mobile phone newspaper message processing module, only when the multimedia message is a mobile phone newspaper message; wherein the mobile phone newspaper is a service for providing a user with timely messaging services through Multimedia Messaging Service, MMS, and Wireless Application Protocol, WAP; the memory module is adapted to save the message body of the mobile phone newspaper message received by the MMSC; and the mobile phone newspaper message processing module is adapted to determine whether a same message body has been saved in the memory module according to size and header information of the message body of the mobile phone newspaper message received by the MMSC; if the same message body has been saved, then the message body is discarded; otherwise, the message body is saved into the memory module; the NAS module is adapted to save the message body of the mobile phone newspaper message that is failed to be saved in the memory module and to return a content index of the NAS module to the MMSC.
Method for processing contaminated wastewater from the preparation of isophoronenitrile by treating the wastewater from the preparation of isophoronenitrile from the reaction of isophorone with hydrogen cyanide by an oxidation with an oxidizing agent selected from hydrogen peroxide activated hydrogen peroxide (activated by iron, UV or ozone), Caroat, sodium hypochlorite solution, hypochlorite produced in situ by chlorine injection, and chlorine dioxide.
A fluid discharge device comprising: a fluid tank (17; 17a) storing a fluid therein and having a storage unit; a loading unit in which the fluid tank (17; 17a) is removably loaded; a head adapted to discharge fluid supplied from the fluid tank (17; 17a); a reading/writing unit adapted to read and write fluid usage history information relating to the use of fluid in the loaded fluid tank (17; 17a) to the storage unit disposed at the fluid tank (17; 17a), characterized in further comprising: a controller adapted to control the head to print on an outside surface of a housing of the fluid tank (17; 17a) at least a part of the fluid usage history information that is written to the storage unit, such that a user can visually confirm said printed part of the fluid usage history information. a fluid tank (17; 17a) storing a fluid therein and having a storage unit; a loading unit in which the fluid tank (17; 17a) is removably loaded; a head adapted to discharge fluid supplied from the fluid tank (17; 17a); a reading/writing unit adapted to read and write fluid usage history information relating to the use of fluid in the loaded fluid tank (17; 17a) to the storage unit disposed at the fluid tank (17; 17a), characterized in further comprising: a controller adapted to control the head to print on an outside surface of a housing of the fluid tank (17; 17a) at least a part of the fluid usage history information that is written to the storage unit, such that a user can visually confirm said printed part of the fluid usage history information. a controller adapted to control the head to print on an outside surface of a housing of the fluid tank (17; 17a) at least a part of the fluid usage history information that is written to the storage unit, such that a user can visually confirm said printed part of the fluid usage history information.
A rechargeable battery pack, in particular for a hand-held electrical power tool, comprising: at least one rechargeable battery cell and/or one rechargeable battery cell block, a housing for receiving the at least one rechargeable battery cell and/or the at least one rechargeable battery cell block, and a printed circuit board that can be connected to the at least one rechargeable battery cell as well as electronic components, wherein the housing has ventilation recesses (18a, 18b), by means of which cooling air from the environment can reach the housing interior and can be dissipated back into the environment, wherein a structure for conducting air and separating the pole areas of the battery cells can be provided in the interior of the housing, wherein the battery pack further has an electronics cup that can accommodate at least some of the electronic components of the printed circuit board and especially contributes to providing airflow and separating the pole areas of the battery cells, wherein the electronics cup has, on a surface facing away from the electronic components it is accommodating, at least one air-conducting element, especially a partition, for providing airflow and separating the pole areas of the battery cells, wherein the housing comprises at least one housing cover that can be detached from the rest of the housing, and wherein said housing cover has on an inner surface at least one air-conducting partition that is adapted to interact with the corresponding partition on the electronics cup and forms a partition wall within the battery pack.
An electric compressor, comprising: an electric motor for driving a compression unit for compressing a working fluid, enclosed in a housing together with the compression unit, a division wall dividing the interior of the housing and having a side surface in contact with a working fluid before compressed by the compression unit, a leg integrally formed on a reverse side surface of the division wall, and a first circuit board on which electric components for driving the electric motor are mounted, the first circuit board being fixed to the leg, characterized in that the first circuit board includes a metal layer provided inside to be grounded, and metal lands (123, 124) provided on opposite board surfaces, the metal lands (123, 124) each being connected to the metal layer, and the leg having an end in contact with one of the lands (123, 124). an electric motor for driving a compression unit for compressing a working fluid, enclosed in a housing together with the compression unit, a division wall dividing the interior of the housing and having a side surface in contact with a working fluid before compressed by the compression unit, a leg integrally formed on a reverse side surface of the division wall, and a first circuit board on which electric components for driving the electric motor are mounted, the first circuit board being fixed to the leg, characterized in that the first circuit board includes a metal layer provided inside to be grounded, and metal lands (123, 124) provided on opposite board surfaces, the metal lands (123, 124) each being connected to the metal layer, and the leg having an end in contact with one of the lands (123, 124).
An absorbent article, said absorbent article extending in the longitudinal and transverse directions, said absorbent article comprising a front portion, a rear portion and a crotch portion arranged between said front portion and said rear portion in the longitudinal direction, wherein the absorbent article comprises at least one elastic portion and at least one non-elastic portion, said at least one elastic portion comprises a pair of elastic side panels (20, 30) attached to opposing longitudinal edges of the rear portion, each of said elastic side panels (20, 30) comprising at least one fastening means (21, 31); and wherein the at least one fastening means (21, 31) is adapted to fasten to the front portion, thus forming the absorbent article into a pant-shape, said non-elastic portion comprises a plurality of first indicia in a first pattern and the elastic portion comprises a plurality of second indicia in a second pattern, wherein the distance between adjacent second indicia comprising the second pattern increases as the elastic portion is stretched, characterised in that the second pattern on the elastic portion(s) matches the first pattern in the non-elastic portion(s) only when the elastic portion(s) are stretched by a predetermined force that is adapted to keep the diaper in place, but is not too tight about the wearer's waist, wherein the second pattern matches the first pattern when either the size of the first indicia is the same as the size of the second indicia at the predetermined stretch, or the corresponding distances between adjacent indicia in each pattern (50, 60) is the same at the predetermined stretch, the first pattern on the non-elastic portion comprises a repeating pattern of regularly-spaced first indicia, the non-elastic portion is comprised by the front portion and forms at least two landing zones (22, 32) upon which the elastic side panels (20, 30) overlap when the fastening means (21, 31) are fastened to said front portion, and the second pattern on the elastic portion comprises a repeating pattern of regularly-spaced second indicia. the second pattern on the elastic portion(s) matches the first pattern in the non-elastic portion(s) only when the elastic portion(s) are stretched by a predetermined force that is adapted to keep the diaper in place, but is not too tight about the wearer's waist, wherein the second pattern matches the first pattern when either the size of the first indicia is the same as the size of the second indicia at the predetermined stretch, or the corresponding distances between adjacent indicia in each pattern (50, 60) is the same at the predetermined stretch, the first pattern on the non-elastic portion comprises a repeating pattern of regularly-spaced first indicia, the non-elastic portion is comprised by the front portion and forms at least two landing zones (22, 32) upon which the elastic side panels (20, 30) overlap when the fastening means (21, 31) are fastened to said front portion, and the second pattern on the elastic portion comprises a repeating pattern of regularly-spaced second indicia.
Electrical switching apparatus comprising - at least one contact point, - an arc quenching device associated with the contact point, the arc quenching device comprising a plurality of quenching elements which are arranged spaced apart from one another and distributed along a first direction, the quenching elements each comprising a permanent magnet, and - an arc blowing device to generate a magnetic blowout field, by which a switching arc arising when the contact point is opened is blown away from the contact point towards the quenching elements, the magnetic blowout field being at least partially generated or supported by the permanent magnets of the quenching elements, characterized in that the permanent magnets of the quenching elements are offset with respect to each other in a second direction that is perpendicular to the first direction. - at least one contact point, - an arc quenching device associated with the contact point, the arc quenching device comprising a plurality of quenching elements which are arranged spaced apart from one another and distributed along a first direction, the quenching elements each comprising a permanent magnet, and - an arc blowing device to generate a magnetic blowout field, by which a switching arc arising when the contact point is opened is blown away from the contact point towards the quenching elements, the magnetic blowout field being at least partially generated or supported by the permanent magnets of the quenching elements,