mhurhangee/ep-ind-claims huggingface dataset:
Device (100; 401; 600) for at least partially covering a pallet, wherein the device (100; 401; 600) is suitable for a clamping connection to at least one component of the pallet, wherein the device (100; 401; 600) is configured so as to be formed integrally in one piece or formed in one part, wherein the device (100; 401; 600) comprises at least one portion (104; 604) which has a plurality of sides and is configured so as to be resilient, the resiliently configured portion (104; 604) being suitable for the clamping connection, characterized in that the resiliently configured portion (104; 604) is disposed on a first insertion region (102; 404; 602) of the device (100; 401; 600), which region is configured so as to be disposed between the at least one component of the pallet and a floor surface, wherein in each case one clearance is disposed between at least two sides of the resilient portion (104; 604) and the first insertion region (102; 404; 602).
A circulatory assist apparatus for use to improve pressure and create and augment flow in an aorta or other circulatory lumen, the apparatus comprising an inflatable pumping balloon (13.1) having a proximal end joined to an elongated balloon catheter (13.9), the balloon catheter having a distal end joined to the pumping balloon and a proximal end, separated from the distal end by a length sufficient to extend from within the circulatory lumen to the outside of a patient's body, for receiving positive and negative pressure pulses from a pump to inflate and deflate the pumping balloon; and characterized by: a first radially expandable frame (13.4), mounted on a segment (1.24) extending distally from the pumping balloon, wherein the first expandable frame is manipulable to expand within the circulatory lumen, and functions to space apart the inflatable pumping balloon from the circulatory lumen, said expandable frame having a first diameter in a collapsed configuration for intraluminal delivery and a second, larger diameter in an expanded configuration achieved by said manipulation; a second radially expandable frame (13.2), disposed proximally from said pumping balloon and mounted on one of the balloon catheter (13.9), and a sleeve tube (1.2) surrounding the balloon catheter, wherein the second expandable frame is manipulable to expand within the circulatory lumen, and functions to space apart the inflatable pumping balloon from the circulatory lumen, said expandable frame having a first diameter in a collapsed configuration for intraluminal delivery and a second, larger diameter in an expanded configuration achieved by said manipulation; and an occlusive balloon (13.25) disposed proximally from said second radially expandable frame and fluidly connected to said inflatable pumping balloon. a first radially expandable frame (13.4), mounted on a segment (1.24) extending distally from the pumping balloon, wherein the first expandable frame is manipulable to expand within the circulatory lumen, and functions to space apart the inflatable pumping balloon from the circulatory lumen, said expandable frame having a first diameter in a collapsed configuration for intraluminal delivery and a second, larger diameter in an expanded configuration achieved by said manipulation; a second radially expandable frame (13.2), disposed proximally from said pumping balloon and mounted on one of the balloon catheter (13.9), and a sleeve tube (1.2) surrounding the balloon catheter, wherein the second expandable frame is manipulable to expand within the circulatory lumen, and functions to space apart the inflatable pumping balloon from the circulatory lumen, said expandable frame having a first diameter in a collapsed configuration for intraluminal delivery and a second, larger diameter in an expanded configuration achieved by said manipulation; and an occlusive balloon (13.25) disposed proximally from said second radially expandable frame and fluidly connected to said inflatable pumping balloon.
A film bulk acoustic wave resonator, FBAR, (200; 300) comprising: a piezoelectric film disposed in a central region defining a main active domain in which a main acoustic wave is generated during operation, in recessed frame regions disposed laterally on opposite sides of the central region, and in raised frame regions disposed laterally on opposite sides of the recessed frame regions from the central region, the piezoelectric film disposed in the recessed frame regions and at least a portion of the piezoelectric film disposed within the raised frame regions including a greater concentration of defects than a concentration of defects in the piezoelectric film disposed in the central region; a top electrode disposed on a top surface of the piezoelectric film, the piezoelectric film extending laterally through the recessed frame regions, a thickness of the top electrode in the raised frame regions being greater than a thickness of the top electrode in the central region; and a bottom electrode disposed on a bottom surface of the piezoelectric film, a vertical distance between the top electrode and the bottom electrode in the central region being greater than the vertical distance between the top electrode and the bottom electrode in the recessed frame regions. a piezoelectric film disposed in a central region defining a main active domain in which a main acoustic wave is generated during operation, in recessed frame regions disposed laterally on opposite sides of the central region, and in raised frame regions disposed laterally on opposite sides of the recessed frame regions from the central region, the piezoelectric film disposed in the recessed frame regions and at least a portion of the piezoelectric film disposed within the raised frame regions including a greater concentration of defects than a concentration of defects in the piezoelectric film disposed in the central region; a top electrode disposed on a top surface of the piezoelectric film, the piezoelectric film extending laterally through the recessed frame regions, a thickness of the top electrode in the raised frame regions being greater than a thickness of the top electrode in the central region; and a bottom electrode disposed on a bottom surface of the piezoelectric film, a vertical distance between the top electrode and the bottom electrode in the central region being greater than the vertical distance between the top electrode and the bottom electrode in the recessed frame regions.
A slider (10, 10a, 10b, 10c, 60) for a slide fastener with an automatic stopper, the slider (10, 10a, 10b, 10c, 60) comprising: a body (11; 61) forming an element guide passage (15; 68) into which fastener elements are insertable; a locking member (40; 80) swingably supported in the body (11; 61) by a pin (50; 99), and having a locking claw (42; 82) which is protrudable from a locking window hole (20; 67) formed in the body (11; 61) to the element guide passage (15; 68); and an urging member (53; 90) configured to urge the locking member (40; 80) so that the locking claw (42; 82) protrudes from the locking window hole (20; 67) to the element guide passage (15; 68), characterized in that a pair of lateral plate portions (32; 91) disposed at both end portions of the pin (50; 99) are respectively provided with crimping protrusions (35; 93) which are abuttable against end faces (50a; 99a) of the pin (50; 99) and which are arranged at peripheral portions of a through-hole (33; 92) of the pair of lateral plate portions (32; 91), through which the pin (50; 99) penetrates, wherein the pair of lateral plate portions (32; 91) are formed with recess portions (36; 94) at the peripheral portions of the through-hole (33; 92), the recess portions (36; 94) in which the crimping protrusions (35; 93) extend. a body (11; 61) forming an element guide passage (15; 68) into which fastener elements are insertable; a locking member (40; 80) swingably supported in the body (11; 61) by a pin (50; 99), and having a locking claw (42; 82) which is protrudable from a locking window hole (20; 67) formed in the body (11; 61) to the element guide passage (15; 68); and an urging member (53; 90) configured to urge the locking member (40; 80) so that the locking claw (42; 82) protrudes from the locking window hole (20; 67) to the element guide passage (15; 68), characterized in that a pair of lateral plate portions (32; 91) disposed at both end portions of the pin (50; 99) are respectively provided with crimping protrusions (35; 93) which are abuttable against end faces (50a; 99a) of the pin (50; 99) and which are arranged at peripheral portions of a through-hole (33; 92) of the pair of lateral plate portions (32; 91), through which the pin (50; 99) penetrates, wherein the pair of lateral plate portions (32; 91) are formed with recess portions (36; 94) at the peripheral portions of the through-hole (33; 92), the recess portions (36; 94) in which the crimping protrusions (35; 93) extend.
A package containing a plurality of non-spherical confection products, each product having at least one product axis, the package comprising: a tray defining a tray plane; a plurality of open pockets protruding from the tray plane, each for containing a single product; each pocket including an angular orienting pocket wall portion for angularly orienting the product within the pocket, and wherein each pocket houses a product so that a product axis is angularly oriented with respect to the tray plane such that an acute angle is formed between the tray plane and the product axis; characterized by further including a cover removably fastened over the open pockets by heat-sealing, the cover preventing each product from shifting from said angularly oriented position thereof. a tray defining a tray plane; a plurality of open pockets protruding from the tray plane, each for containing a single product; each pocket including an angular orienting pocket wall portion for angularly orienting the product within the pocket, and wherein each pocket houses a product so that a product axis is angularly oriented with respect to the tray plane such that an acute angle is formed between the tray plane and the product axis; characterized by further including a cover removably fastened over the open pockets by heat-sealing, the cover preventing each product from shifting from said angularly oriented position thereof.
A magnetic regenerator unit comprising: a magnetic regenerator formed of magnetocaloric materials; and a magnetic band having a relative permeability similar to a relative permeability of the magnetic regenerator and disposed on one side of the magnetic regenerator, characterized in that the magnetic band further comprises a portion having one or more lengths of different relative permeabilities in a longitudinal direction in which a temperature gradient of the magnetic regenerator is formed. a magnetic regenerator formed of magnetocaloric materials; and a magnetic band having a relative permeability similar to a relative permeability of the magnetic regenerator and disposed on one side of the magnetic regenerator, characterized in that the magnetic band further comprises a portion having one or more lengths of different relative permeabilities in a longitudinal direction in which a temperature gradient of the magnetic regenerator is formed.
Porous cross-linked polymer particles comprising a polymer formed from: at least one monovinyl monomer selected from a monovinyl styrene monomer and a monovinyl acrylate monomer; at least one polyvinyl monomer selected from a polyvinyl styrene monomer and a polyvinyl acrylate monomer; and at least one monomer of formula: wherein: R 1 is selected from -H, -CH 3 and -CH 2 CH 3; R 2 is selected from -OCH 2 CH 2 - and -OCH 2 CH 2 CH 2 - or a combination thereof; R 3 is selected from -H, a protecting group and a linker; m is selected from 2, 3 or 4; n is an integer selected from 2 to 30; and p is selected from 0, 1 and 2; wherein the monomers are present in the following relative amounts: the at least one monovinyl monomer in an amount of from 20 - 89 wt%; the at least one polyvinyl monomer in an amount of from 10 - 60 wt%; and the at least one monomer of formula in an amount of from 1 - 20 wt%. at least one monovinyl monomer selected from a monovinyl styrene monomer and a monovinyl acrylate monomer; at least one polyvinyl monomer selected from a polyvinyl styrene monomer and a polyvinyl acrylate monomer; and at least one monomer of formula: wherein: R 1 is selected from -H, -CH 3 and -CH 2 CH 3; R 2 is selected from -OCH 2 CH 2 - and -OCH 2 CH 2 CH 2 - or a combination thereof; R 3 is selected from -H, a protecting group and a linker; m is selected from 2, 3 or 4; n is an integer selected from 2 to 30; and p is selected from 0, 1 and 2; R 1 is selected from -H, -CH 3 and -CH 2 CH 3; R 2 is selected from -OCH 2 CH 2 - and -OCH 2 CH 2 CH 2 - or a combination thereof; R 3 is selected from -H, a protecting group and a linker; m is selected from 2, 3 or 4; n is an integer selected from 2 to 30; and p is selected from 0, 1 and 2; the at least one monovinyl monomer in an amount of from 20 - 89 wt%; the at least one polyvinyl monomer in an amount of from 10 - 60 wt%; and the at least one monomer of formula in an amount of from 1 - 20 wt%.
An evolved NodeB (eNodeB) comprising a processor, wherein: the processor is configured to: initiate a self configuration process during a pre-operational state; perform, during the pre-operational state, authentication with a core network associated with the eNodeB; request, from the core network subsequent to authentication with the core network, a set of operating parameters enabling communication with the core network; receive, from the core network, a response including the set of operating parameters; initiate a communication path with a neighbor eNodeB via an X2 interface; request, from the neighbor eNodeB subsequent to inter-eNB authentication over the X2 interface, a set of parameters enabling interacting with the neighbor eNodeB; and receive, from the neighbor eNodeB, a response including the set of parameters enabling interacting with the neighbor eNodeB, wherein the set of parameters enabling interacting with the neighbor eNodeB include information identifying each of a plurality of cells served by the neighbor eNodeB. initiate a self configuration process during a pre-operational state; perform, during the pre-operational state, authentication with a core network associated with the eNodeB; request, from the core network subsequent to authentication with the core network, a set of operating parameters enabling communication with the core network; receive, from the core network, a response including the set of operating parameters; initiate a communication path with a neighbor eNodeB via an X2 interface; request, from the neighbor eNodeB subsequent to inter-eNB authentication over the X2 interface, a set of parameters enabling interacting with the neighbor eNodeB; and receive, from the neighbor eNodeB, a response including the set of parameters enabling interacting with the neighbor eNodeB, wherein the set of parameters enabling interacting with the neighbor eNodeB include information identifying each of a plurality of cells served by the neighbor eNodeB.
A method of producing aromatic products and olefinic products from an aromatic compound-containing oil fraction, comprising the steps of: (a) hydroprocessing an aromatic compound-containing oil fraction in the presence of a catalyst to partially saturate components in the oil fraction; (b) fluidized catalytic cracking the components partially saturated in step (a) using a catalyst circulation fluidized-bed reactor capable of continuously regenerating an inactivated catalyst in the presence of a cracking catalyst which is a spherical catalyst comprising an amorphous solid acid including silica and alumina or comprising a crystalline zeolite molecular sieve having a silica/alumina molar ratio of 300 or less and a pore size of 4 ∼ 10 Å (Angstrom); (c) separating the components cracked in step (b) into (i) benzene, toluene, xylene and aromatic components of 9 or more carbon atoms, (ii) olefin components and (iii) a residual oil fraction; and (d) carrying out transalkylation of benzene, toluene and aromatic components of 9 or more carbon atoms separated in step (c). (a) hydroprocessing an aromatic compound-containing oil fraction in the presence of a catalyst to partially saturate components in the oil fraction; (b) fluidized catalytic cracking the components partially saturated in step (a) using a catalyst circulation fluidized-bed reactor capable of continuously regenerating an inactivated catalyst in the presence of a cracking catalyst which is a spherical catalyst comprising an amorphous solid acid including silica and alumina or comprising a crystalline zeolite molecular sieve having a silica/alumina molar ratio of 300 or less and a pore size of 4 ∼ 10 Å (Angstrom); (c) separating the components cracked in step (b) into (i) benzene, toluene, xylene and aromatic components of 9 or more carbon atoms, (ii) olefin components and (iii) a residual oil fraction; and (d) carrying out transalkylation of benzene, toluene and aromatic components of 9 or more carbon atoms separated in step (c).
Container (80a; 80b) containing a substance, comprising a preformed deformable body defining a filling cavity, which body has an opening and an integral planar circumferential rim surrounding said opening, which opening is closed by a cover sheet which is sealed to the circumferential rim by means of a circumferential sealing seam, wherein the circumferential rim has a dispensing part which is covered by the cover sheet, which cover sheet is sealed to the dispensing part by at least one rupturable sealing seam and outlet seams defining an outlet passage from the rupturable sealing seam towards the edge of the dispensing part of the circumferential rim, such that, when the rupturable sealing seam is broken, the substance is allowed to flow through the outlet passage between the surface of the dispensing part and the cover sheet towards the edge of the dispensing part, characterised in that the dispensing part at its dispensing edge is recessed with respect of the edge portion of the cover sheet or wherein the cover sheet is recessed relative to the dispensing edge of the dispensing part.
A delivery roller (65b;165b;265b) to be arranged in a textile machine for delivering a fiber bundle, comprising: a roller body (92;192;292) made of a rubber composite having a Type A durometer hardness in the range from 40 to 83; and a property modified layer (94;194;294) formed on an outer peripheral surface of the roller body (92;192;292), characterized in that the property modified layer (94;194;294) is formed by modifying the rubber composite forming the roller body (92;192;292) such that a microhardness of the property modified layer (94;194;294) is greater than that of the roller body (92;192;292) by a value in the range from 1 to 15. a roller body (92;192;292) made of a rubber composite having a Type A durometer hardness in the range from 40 to 83; and a property modified layer (94;194;294) formed on an outer peripheral surface of the roller body (92;192;292), characterized in that the property modified layer (94;194;294) is formed by modifying the rubber composite forming the roller body (92;192;292) such that a microhardness of the property modified layer (94;194;294) is greater than that of the roller body (92;192;292) by a value in the range from 1 to 15.
Method for the depositing by a depositor of a message intended for an addressee in a network having a peer-to-peer architecture, the peers of said network being able to operate both as a server and as a client, said method comprising the following steps: - recording (D20, D60) of the message, in at least one depositary peer (PX, PR); - dispatch (D30, D70) by the at least one depositary peer (PX, PR) of a message (2, 3) notifying the recording of the message to at least one super-peer of the peer of said depositor; - dispatch by the super-peer of a notice of reception of the message to a peer of the addressee, the notice indicating the at least one depositary peer (PX, PR) having recorded the message. - recording (D20, D60) of the message, in at least one depositary peer (PX, PR); - dispatch (D30, D70) by the at least one depositary peer (PX, PR) of a message (2, 3) notifying the recording of the message to at least one super-peer of the peer of said depositor; - dispatch by the super-peer of a notice of reception of the message to a peer of the addressee, the notice indicating the at least one depositary peer (PX, PR) having recorded the message.
A method for purifying an immunoglobulin, comprising the steps of: (a) dissolving immunoglobulin-containing plasma protein fraction l + ll + lll or fraction II + III, followed by performing a precipitation reaction by adding caprylic acid; (b) removing a precipitate produced from (a), followed by filtering a supernatant comprising immunoglobulin, concentrating a filtrate, subjecting a concentrate to an anion exchange chromatography, and recovering a fraction not attached to column of the anion exchange chromatography; (c) treating the recovered fraction with a solvent/detergent to inactivate viruses, followed by subjecting the fraction to cation exchange chromatography to remove the solvent/detergent, wherein the cation-exchange chromatography is carried out by using a ceramic based cation exchange resin, wherein the cation exchange chromatography is performed at a salt concentration of 400-600 mM; (d) dialyzing and/or concentrating an eluate obtained from the cation exchange chromatography, subjecting the eluate to anion exchange chromatography, and recovering a fraction not attached to column of the anion-exchange chromatography, wherein a salt concentration of the eluate obtained from the cation exchange chromatography column in the step (c) is maintained at 50-150 mM in order to maintain the content of polymers during dialysis and/or concentration; and (e) filtering the recovered fraction through a virus filter, and dialyzing and/or concentrating the filtrate, thereby obtaining a purified immunoglobulin. (a) dissolving immunoglobulin-containing plasma protein fraction l + ll + lll or fraction II + III, followed by performing a precipitation reaction by adding caprylic acid; (b) removing a precipitate produced from (a), followed by filtering a supernatant comprising immunoglobulin, concentrating a filtrate, subjecting a concentrate to an anion exchange chromatography, and recovering a fraction not attached to column of the anion exchange chromatography; (c) treating the recovered fraction with a solvent/detergent to inactivate viruses, followed by subjecting the fraction to cation exchange chromatography to remove the solvent/detergent, wherein the cation-exchange chromatography is carried out by using a ceramic based cation exchange resin, wherein the cation exchange chromatography is performed at a salt concentration of 400-600 mM; (d) dialyzing and/or concentrating an eluate obtained from the cation exchange chromatography, subjecting the eluate to anion exchange chromatography, and recovering a fraction not attached to column of the anion-exchange chromatography, wherein a salt concentration of the eluate obtained from the cation exchange chromatography column in the step (c) is maintained at 50-150 mM in order to maintain the content of polymers during dialysis and/or concentration; and (e) filtering the recovered fraction through a virus filter, and dialyzing and/or concentrating the filtrate, thereby obtaining a purified immunoglobulin.