mhurhangee/ep-ind-claims huggingface dataset:
A bio-reactor comprising a plurality of permeable discs comprising a matrix comprising a plurality of fibres defining a plurality of inter-connected, open cells or pores extending through at least part of each disc, - wherein biological cells are capable of adhering to the fibres and capable of residing in at least some of the inter-connected, open cells or pores, - wherein the plurality of permeable discs are alternately separated by feeding spacer sections and drainage spacer sections, respectively, so that each feeding spacer section provides feeding liquid to each of a first set of two adjacently located, permeable discs and so that each drainage spacer section receives feeding fluid from each of a second set of two, adjacently located, permeable discs, - wherein each disc is contacted by one feeding spacer section and one drainage spacer section, respectively, on opposite sides of the disc, - wherein all feeding liquid entering the disc from the side of the disc on which the feeding spacer section is located is diverted through the disc and exits the disc on the opposite side of the disc, where the drainage spacer section is located, - wherein the overall flow of feeding liquid through each disc is in a direction which is perpendicular to the direction of the flow of feeding liquid along the feeding spacer section feeding said disc and the direction that feeding liquid is diverted along the drainage spacer section when it exits a disc, - wherein the thickness of the discs is less than 500 millimetres and more than 1 millimetre and wherein the diameter of the discs, including a cut-out, central portion thereof, is less than 500 centimetres and more than 5 centimetre. - wherein biological cells are capable of adhering to the fibres and capable of residing in at least some of the inter-connected, open cells or pores, - wherein the plurality of permeable discs are alternately separated by feeding spacer sections and drainage spacer sections, respectively, so that each feeding spacer section provides feeding liquid to each of a first set of two adjacently located, permeable discs and so that each drainage spacer section receives feeding fluid from each of a second set of two, adjacently located, permeable discs, - wherein each disc is contacted by one feeding spacer section and one drainage spacer section, respectively, on opposite sides of the disc, - wherein all feeding liquid entering the disc from the side of the disc on which the feeding spacer section is located is diverted through the disc and exits the disc on the opposite side of the disc, where the drainage spacer section is located, - wherein the overall flow of feeding liquid through each disc is in a direction which is perpendicular to the direction of the flow of feeding liquid along the feeding spacer section feeding said disc and the direction that feeding liquid is diverted along the drainage spacer section when it exits a disc, - wherein the thickness of the discs is less than 500 millimetres and more than 1 millimetre and wherein the diameter of the discs, including a cut-out, central portion thereof, is less than 500 centimetres and more than 5 centimetre.
A method for improving device to device, D2D, communication, the method comprising: receiving, by a user equipment, UE, a configuration or a setup of radio resource allocation mode 1 for D2D communication by a Radio Resource Control, RRC, message, wherein an evolved Node B, eNB, schedules the exact resources used by the UE to transmit direct data and direct control information if the radio resource allocation mode 1 is used; triggering. by the UE. a buffer status report, BSR: and transmitting. by the UE. a Medium Access Control, MAC, Control Element corresponding to the BSR (625; 525) characterized in that the BSR is triggered upon the configuration or the setup of radio resource allocation mode 1 for D2D communication while the UE has data available for transmission for D2D communication. receiving, by a user equipment, UE, a configuration or a setup of radio resource allocation mode 1 for D2D communication by a Radio Resource Control, RRC, message, wherein an evolved Node B, eNB, schedules the exact resources used by the UE to transmit direct data and direct control information if the radio resource allocation mode 1 is used; triggering. by the UE. a buffer status report, BSR: and transmitting. by the UE. a Medium Access Control, MAC, Control Element corresponding to the BSR (625; 525) characterized in that the BSR is triggered upon the configuration or the setup of radio resource allocation mode 1 for D2D communication while the UE has data available for transmission for D2D communication.
A method for solution polymerization, comprising: forming a first mixture stream consisting essentially of at least one catalyst, a process solvent, one or more olefin monomers dissolved in the process solvent, optionally one or more chain transfer agents, and optionally one or more branching agents; forming a second mixture stream consisting essentially of at least one activator, the process solvent, one or more olefin monomers dissolved in the process solvent, optionally one or more chain transfer agents, and optionally one or more branching agents; feeding the first mixture stream and the second mixture stream separately to at least one reaction zone; polymerizing the olefin monomers within the at least one reaction zone in the presence of the catalyst, activator and process solvent, thereby obtaining a first effluent stream comprising a solution of polymer dissolved in the process solvent; and recovering the polymer. forming a first mixture stream consisting essentially of at least one catalyst, a process solvent, one or more olefin monomers dissolved in the process solvent, optionally one or more chain transfer agents, and optionally one or more branching agents; forming a second mixture stream consisting essentially of at least one activator, the process solvent, one or more olefin monomers dissolved in the process solvent, optionally one or more chain transfer agents, and optionally one or more branching agents; feeding the first mixture stream and the second mixture stream separately to at least one reaction zone; polymerizing the olefin monomers within the at least one reaction zone in the presence of the catalyst, activator and process solvent, thereby obtaining a first effluent stream comprising a solution of polymer dissolved in the process solvent; and recovering the polymer.
A monoclonal antibody binding to a peptide comprising an amino acid sequence represented by SEQ ID NO. 1; further comprising: in a variable region of a light chain an amino acid sequence represented by positions 21-131 of SEQ ID NO 6; and in a variable region of a heavy chain an amino acid sequence represented by positions 20-141 of SEQ ID NO 11. in a variable region of a light chain an amino acid sequence represented by positions 21-131 of SEQ ID NO 6; and in a variable region of a heavy chain an amino acid sequence represented by positions 20-141 of SEQ ID NO 11.
Process for the ageing of game or beef, in which raw meat is stored in the presence of alkali and/or alkaline earth metal carbonate, which is made available in particle form and in a matrix of oriented and/or non-oriented fibres, wherein the meat and the matrix are placed in a chamber which is then evacuated and sealed.
A method, comprising: receiving, by a host processor operating in a normal operating mode, a request to enter a secure input mode; activating, by the host processor, a secure input mode in response to the request; in response to data being available from an input device while the secure input mode is active, switching, by the host processor, to a privileged operating mode; receiving, by an input handler running on the host processor, the data from the input device during the privileged operating mode of the host processor; generating, by the input handler, a code word corresponding to a hash value based on the received data; sending, by the input handler, the received data and the code word to a security module; and verifying, by the security module, that the received data corresponds to the code word. receiving, by a host processor operating in a normal operating mode, a request to enter a secure input mode; activating, by the host processor, a secure input mode in response to the request; in response to data being available from an input device while the secure input mode is active, switching, by the host processor, to a privileged operating mode; receiving, by an input handler running on the host processor, the data from the input device during the privileged operating mode of the host processor; generating, by the input handler, a code word corresponding to a hash value based on the received data; sending, by the input handler, the received data and the code word to a security module; and verifying, by the security module, that the received data corresponds to the code word.
A high pressure fuel pump comprising: a pump housing, a pressure chamber provided in the pump housing, a damper chamber (10b, 10c) formed by the pump housing and a damper cover, a metal diaphragm damper arranged in the damper chamber (10b, 10c) and a pair of an upper holding member and a lower holding member vertically sandwiching the metal diaphragm damper, wherein the upper holding member is in contact with the damper cover, and the lower holding member is in contact with the pump housing, wherein a recess end surface of the pump housing and the lower holding member are in contact with each other, and wherein the weld portion is fixing the damper cover to the pump housing at an entire circumference of the press-fitting portion for being liquid-tightly fixed by applying welding to the entire circumference at a weld portion; characterized by comprising: a press-fitting portion of the pump housing at which an annular surface of the damper cover is temporarily press-fitted to an annular surface of the pump housing, wherein at this timing, a projected portion of the damper cover and the upper holding member are already in contact with each other at the contact portion, and wherein the weld portion penetrates through the damper cover to the pump housing at an entire circumference of the press-fitting portion. a pump housing, a pressure chamber provided in the pump housing, a damper chamber (10b, 10c) formed by the pump housing and a damper cover, a metal diaphragm damper arranged in the damper chamber (10b, 10c) and a pair of an upper holding member and a lower holding member vertically sandwiching the metal diaphragm damper, wherein the upper holding member is in contact with the damper cover, and the lower holding member is in contact with the pump housing, wherein a recess end surface of the pump housing and the lower holding member are in contact with each other, and wherein the weld portion is fixing the damper cover to the pump housing at an entire circumference of the press-fitting portion for being liquid-tightly fixed by applying welding to the entire circumference at a weld portion; characterized by comprising: a press-fitting portion of the pump housing at which an annular surface of the damper cover is temporarily press-fitted to an annular surface of the pump housing, wherein at this timing, a projected portion of the damper cover and the upper holding member are already in contact with each other at the contact portion, and wherein the weld portion penetrates through the damper cover to the pump housing at an entire circumference of the press-fitting portion. a press-fitting portion of the pump housing at which an annular surface of the damper cover is temporarily press-fitted to an annular surface of the pump housing, wherein at this timing, a projected portion of the damper cover and the upper holding member are already in contact with each other at the contact portion, and wherein the weld portion penetrates through the damper cover to the pump housing at an entire circumference of the press-fitting portion.
A method for manufacturing card clothing which is used for an animal slicker brush, the method comprising: a first process of implanting a plurality of pins made of metal wire on a base clothing to produce a card clothing, wherein the first process has a process of implanting each pin into the base clothing of a band-like body, and a process of manufacturing the card clothing, by bending the distal ends of each pin at the same angle and in the same direction so that an inner side has an obtuse angle; and a second process of polishing each pin of the card clothing, using a polishing material having flexibility and elasticity, wherein a non-woven fabric provided with polishing material particles is used as the polishing material, wherein the second process has a process of moving the card clothing straight at a constant speed, and a process of rotating the non-woven fabric roller around which the non-woven fabric is wound, along a direction from a bent portion of each pin to the distal ends, while making contact with each pin of the card clothing to perform polishing, wherein the process which performs polishing includes a process of polishing by rubbing, while pressing the polishing material against each of the pins and wrapping the polishing material around the distal ends of each pin to three-dimensionally polish to round the distal ends. a first process of implanting a plurality of pins made of metal wire on a base clothing to produce a card clothing, wherein the first process has a process of implanting each pin into the base clothing of a band-like body, and a process of manufacturing the card clothing, by bending the distal ends of each pin at the same angle and in the same direction so that an inner side has an obtuse angle; and a second process of polishing each pin of the card clothing, using a polishing material having flexibility and elasticity, wherein a non-woven fabric provided with polishing material particles is used as the polishing material, wherein the second process has a process of moving the card clothing straight at a constant speed, and a process of rotating the non-woven fabric roller around which the non-woven fabric is wound, along a direction from a bent portion of each pin to the distal ends, while making contact with each pin of the card clothing to perform polishing, wherein the process which performs polishing includes a process of polishing by rubbing, while pressing the polishing material against each of the pins and wrapping the polishing material around the distal ends of each pin to three-dimensionally polish to round the distal ends.
A surgical instrument comprising: a body defining a longitudinal axis and having a proximal portion and a distal portion, the distal portion defining a recess that is configured to receive a clamp; and a tensioning assembly translatable in the direction parallel to the longitudinal axis between a proximal position and a distal position, the tensioning assembly configured to draw a flexible band to tension the flexible band about a bony element; characterized in that it further comprises: a securement arm coupled to the body and translatable along the body in a direction parallel to the longitudinal axis between a first position and a second position; and a clamp lock pivotally coupled to the distal portion of the body, the clamp lock pivotable between a secured configuration and an unsecured configuration. a body defining a longitudinal axis and having a proximal portion and a distal portion, the distal portion defining a recess that is configured to receive a clamp; and a tensioning assembly translatable in the direction parallel to the longitudinal axis between a proximal position and a distal position, the tensioning assembly configured to draw a flexible band to tension the flexible band about a bony element; characterized in that it further comprises: a securement arm coupled to the body and translatable along the body in a direction parallel to the longitudinal axis between a first position and a second position; and a clamp lock pivotally coupled to the distal portion of the body, the clamp lock pivotable between a secured configuration and an unsecured configuration. a securement arm coupled to the body and translatable along the body in a direction parallel to the longitudinal axis between a first position and a second position; and a clamp lock pivotally coupled to the distal portion of the body, the clamp lock pivotable between a secured configuration and an unsecured configuration.
A lithium-containing aluminosilicate glass-ceramic article comprising: a glass-ceramic substrate having opposing first and second surfaces defining a substrate thickness ( t); a central composition at a center of the glass-ceramic article containing an alkali metal and a crystalline phase, wherein the crystalline phase is 20% or more by weight of the central composition; and one or more of: (a) a stress profile comprising: a knee that is at a depth of 3 micrometers or more; (b) a stress profile comprising: a first compressive stress at the first surface that is 200 MPa or more; and a second compressive stress at a knee that is 20 MPa or more; or (c) a non-sodium oxide having a non-zero concentration that varies from the first surface to a depth of layer of the non-sodium oxide; and a stress profile comprising a knee and a depth of compression that is located at 0.10• t or deeper; wherein the crystalline phase comprises lithium silicate, wherein the lithium silicate crystalline phase is a lithium disilicate crystalline phase, petalite, β-spodumene solid solution, β-quartz solid solution, or any combinations thereof. a glass-ceramic substrate having opposing first and second surfaces defining a substrate thickness ( t); a central composition at a center of the glass-ceramic article containing an alkali metal and a crystalline phase, wherein the crystalline phase is 20% or more by weight of the central composition; and one or more of: (a) a stress profile comprising: a knee that is at a depth of 3 micrometers or more; (b) a stress profile comprising: a first compressive stress at the first surface that is 200 MPa or more; and a second compressive stress at a knee that is 20 MPa or more; or (c) a non-sodium oxide having a non-zero concentration that varies from the first surface to a depth of layer of the non-sodium oxide; and a stress profile comprising a knee and a depth of compression that is located at 0.10• t or deeper; (a) a stress profile comprising: a knee that is at a depth of 3 micrometers or more; (b) a stress profile comprising: a first compressive stress at the first surface that is 200 MPa or more; and a second compressive stress at a knee that is 20 MPa or more; or (c) a non-sodium oxide having a non-zero concentration that varies from the first surface to a depth of layer of the non-sodium oxide; and a stress profile comprising a knee and a depth of compression that is located at 0.10• t or deeper; wherein the crystalline phase comprises lithium silicate, wherein the lithium silicate crystalline phase is a lithium disilicate crystalline phase, petalite, β-spodumene solid solution, β-quartz solid solution, or any combinations thereof.
An arresting unit for locking a door (2,3) in an open position with a blocking device for holding the door open and with a holding device which is formed in such a way that a) in a first operating state, it locks the blocking device in a blocked position and b) in a second operational state, it releases the blocking device, wherein the arresting unit includes a decoupling device, which can be actuated by a sliding member of a door closer (4, 5), the triggering of which decouples the holding device from the blocking device and triggers a release of the blocking device independently from the operating state of the holding device, characterized in that the decoupling device is formed in such a way that upon opening the door (2, 3) first the decoupling device is triggered and the blocking device is activated only afterwards. a) in a first operating state, it locks the blocking device in a blocked position and b) in a second operational state, it releases the blocking device,
An apparatus for treating obesity of an obese patient having a stomach with a food cavity, the apparatus comprising: - at least one volume filling device (10; 10y, 310; 310a-c, 399; 810y) adapted to be at least substantially invaginated by a stomach wall portion of the patient and having an outer surface adapted to rest against the stomach wall, such that the volume of the food cavity is reduced in size, characterized in that the apparatus further comprises - at least one implantable operable stretching device (10b; 10"y, 50y;, 110y 350) adapted to stretch a portion of the patient's stomach wall, and - an operation device (40, 40y, 42, 42y; 90y; 317; 330; 354;) for non-invasively operating the stretching device when implanted, to stretch the stomach wall portion such that satiety is created wherein the operable stretching device is adapted to be placed against the outside of the stomach wall. - at least one volume filling device (10; 10y, 310; 310a-c, 399; 810y) adapted to be at least substantially invaginated by a stomach wall portion of the patient and having an outer surface adapted to rest against the stomach wall, such that the volume of the food cavity is reduced in size, characterized in that the apparatus further comprises - at least one implantable operable stretching device (10b; 10"y, 50y;, 110y 350) adapted to stretch a portion of the patient's stomach wall, and - an operation device (40, 40y, 42, 42y; 90y; 317; 330; 354;) for non-invasively operating the stretching device when implanted, to stretch the stomach wall portion such that satiety is created wherein the operable stretching device is adapted to be placed against the outside of the stomach wall. - at least one implantable operable stretching device (10b; 10"y, 50y;, 110y 350) adapted to stretch a portion of the patient's stomach wall, and - an operation device (40, 40y, 42, 42y; 90y; 317; 330; 354;) for non-invasively operating the stretching device when implanted, to stretch the stomach wall portion such that satiety is created wherein the operable stretching device is adapted to be placed against the outside of the stomach wall.
Multi-outlet sprayer of the type comprising a turbine, a main duct that conveys the air generated by the turbine to a distributor connected to a plurality of ports associated with secondary ducts that direct the air current to the outside, carrying with it the product to spray metered by a series of nozzles arranged in the area of influence of the air current, it comprises closing elements to regulate the air flow in the secondary ducts, and control means for the air flow inside the sprayer which in turn comprises: a. At least one overflow channel at a point between the turbine and the closing elements of the secondary ducts, b. Mechanisms for opening and closing the overflow channel, c. An electronic element arranged for governing the closing elements of the secondary ducts and the opening and closing mechanisms of the overflow channel, and d. Means for controlling the air flow generated by the turbine varying a speed of rotation of the turbine or modifying a position of its vanes, characterised in that the sprayer comprises means for coordinating an opening of the opening and closing mechanisms of the overflow channel with a closing of the closing elements of the secondary ducts in combination with a coordinated variation of the air flow generated by the turbine, and the electronic element is configured to calculate that a free aperture in the overflow channel allows an exit of the air flow rejected by the closure of the secondary ducts, in order to prevent an excessive air pressure within the sprayer. a. At least one overflow channel at a point between the turbine and the closing elements of the secondary ducts, b. Mechanisms for opening and closing the overflow channel, c. An electronic element arranged for governing the closing elements of the secondary ducts and the opening and closing mechanisms of the overflow channel, and d. Means for controlling the air flow generated by the turbine varying a speed of rotation of the turbine or modifying a position of its vanes,