mhurhangee/patent-ind-claim-en huggingface dataset:
A process for manufacturing an acidified protein product comprising the steps of: a1) providing a casein containing raw material, b) subjecting the raw material to an acidification step, wherein a protein crosslinking enzyme selected from transglutaminase, laccase, tyrosinase, peroxidase, sulfhydryl oxidase, glucose oxidase or a combination with each other, an acidifier selected from mesophilic starters or thermophilic starters, and a calcium solution are added to the raw material to form a gel having pH in the range of 4.4-5.0, c) cutting the formed gel into mass formed of grains and/or cubes and subjecting the mass to a scalding step, wherein the temperature of the mass is raised up to a range from about 45°C to about 90°C under stirring to form a scalded mass, d) separating the water portion from the scalded mass to provide an acidified protein product in the form of grains, e) optionally pressing the grains into a block, f) optionally seasoning and/or packing the grains or the block, wherein the protein crosslinking enzyme treatment and the acidification are carried out simultaneously. a1) providing a casein containing raw material, b) subjecting the raw material to an acidification step, wherein a protein crosslinking enzyme selected from transglutaminase, laccase, tyrosinase, peroxidase, sulfhydryl oxidase, glucose oxidase or a combination with each other, an acidifier selected from mesophilic starters or thermophilic starters, and a calcium solution are added to the raw material to form a gel having pH in the range of 4.4-5.0, c) cutting the formed gel into mass formed of grains and/or cubes and subjecting the mass to a scalding step, wherein the temperature of the mass is raised up to a range from about 45°C to about 90°C under stirring to form a scalded mass, d) separating the water portion from the scalded mass to provide an acidified protein product in the form of grains, e) optionally pressing the grains into a block, f) optionally seasoning and/or packing the grains or the block,
A battery cell , comprising: an electrode assembly having a structure in which a separator is interposed between a cathode and an anode , a liquid electrolyte solution , and a battery case sealed in which an electrode assembly is impregnated in the liquid electrolyte solution , wherein the separator is formed with a plurality of pores , and characterized in that the pores include a gelled electrolyte component that is different from the liquid electrolyte solution, wherein the gelled electrolyte component is either polymerized or cured material after the separator is impregnated into a mixed liquid including an electrolyte solution component in a liquefied monomer and / or oligomer state and a polymerization initiator to insert the mixed liquid into the pores of the separator. an electrode assembly having a structure in which a separator is interposed between a cathode and an anode , a liquid electrolyte solution , and a battery case sealed in which an electrode assembly is impregnated in the liquid electrolyte solution , wherein the separator is formed with a plurality of pores , and characterized in that the pores include a gelled electrolyte component that is different from the liquid electrolyte solution, wherein the gelled electrolyte component is either polymerized or cured material after the separator is impregnated into a mixed liquid including an electrolyte solution component in a liquefied monomer and / or oligomer state and a polymerization initiator to insert the mixed liquid into the pores of the separator.
Touch detection device , characterized in that it comprises a touch interface of composite material comprising a lignocellulosic material comprising cavities and a resin, said lignocellulosic material being impregnated with said resin with cavities being filled by said resin, the resin fraction being comprised between 30% and 80% by mass of the total mass of composite material, said touch interface having a light transmission coefficient of at least 5%, said resin having a refractive index substantially equal to that of said lignocellulosic material, said resin has a refractive index comprised between 1.35 and 1.70.
A system operable to obtain network security threat information, the system comprising: a memory ; and one or more processors , wherein the memory includes instructions, that, when executed, are configured to cause the one or more processors to: receive a search query from a first customer instance , wherein the search query is formed based on one or more observables of a network security incident; send a message comprising the search query to a second customer instance to cause the second customer instance to invoke a search of data of a customer network associated with the second customer instance based on the message; receive a search result from the second customer instance , wherein the search result reflects an occurrence of the one or more observables in the customer network ; identify a host in the customer network based on the search result that reflects the occurrence of the one or more observables of the customer network ; and transmit an alert message to the second customer instance configured to cause the second customer instance to invoke a threat mitigation to block communication with the host. a memory ; and one or more processors , wherein the memory includes instructions, that, when executed, are configured to cause the one or more processors to: receive a search query from a first customer instance , wherein the search query is formed based on one or more observables of a network security incident; send a message comprising the search query to a second customer instance to cause the second customer instance to invoke a search of data of a customer network associated with the second customer instance based on the message; receive a search result from the second customer instance , wherein the search result reflects an occurrence of the one or more observables in the customer network ; identify a host in the customer network based on the search result that reflects the occurrence of the one or more observables of the customer network ; and transmit an alert message to the second customer instance configured to cause the second customer instance to invoke a threat mitigation to block communication with the host. receive a search query from a first customer instance , wherein the search query is formed based on one or more observables of a network security incident; send a message comprising the search query to a second customer instance to cause the second customer instance to invoke a search of data of a customer network associated with the second customer instance based on the message; receive a search result from the second customer instance , wherein the search result reflects an occurrence of the one or more observables in the customer network ; identify a host in the customer network based on the search result that reflects the occurrence of the one or more observables of the customer network ; and transmit an alert message to the second customer instance configured to cause the second customer instance to invoke a threat mitigation to block communication with the host.
A method, comprising: detecting a flick motion on a touch screen interface of a first device (410/510); in response to detecting the flick motion: identifying, on the first device, data associated with the flick motion; and transmitting the data from the first device to a second device ; wherein detecting the flick motion comprises: detecting an initial user touch (L1) on a visual representation of the data displayed on the touch screen interface; detecting a sliding movement of the user touch along the touch screen interface away from a location of the initial user touch; during said sliding movement of the user touch, detecting a release (L2) of the user touch; and wherein: the second device is selected from a plurality of devices based on a position of the initial user touch (L1) and a subsequent contact location, prior to release of the user touch (L2), being in the direction of the second device; and the direction of the sliding movement (a) in a first direction is used as a command to store the transmitted data on the second device and (b) in a second direction is used as a command to display the transmitted data on the second device. detecting a flick motion on a touch screen interface of a first device (410/510); in response to detecting the flick motion: identifying, on the first device, data associated with the flick motion; and transmitting the data from the first device to a second device ; identifying, on the first device, data associated with the flick motion; and transmitting the data from the first device to a second device ; wherein detecting the flick motion comprises: detecting an initial user touch (L1) on a visual representation of the data displayed on the touch screen interface; detecting a sliding movement of the user touch along the touch screen interface away from a location of the initial user touch; detecting an initial user touch (L1) on a visual representation of the data displayed on the touch screen interface; detecting a sliding movement of the user touch along the touch screen interface away from a location of the initial user touch; during said sliding movement of the user touch, detecting a release (L2) of the user touch; and wherein: the second device is selected from a plurality of devices based on a position of the initial user touch (L1) and a subsequent contact location, prior to release of the user touch (L2), being in the direction of the second device; and the direction of the sliding movement (a) in a first direction is used as a command to store the transmitted data on the second device and (b) in a second direction is used as a command to display the transmitted data on the second device. the second device is selected from a plurality of devices based on a position of the initial user touch (L1) and a subsequent contact location, prior to release of the user touch (L2), being in the direction of the second device; and the direction of the sliding movement (a) in a first direction is used as a command to store the transmitted data on the second device and (b) in a second direction is used as a command to display the transmitted data on the second device.
A foldable wheel chock for braking a stationary vehicle, which is constituted by an upper and a lower leg member, said leg members comprising an inner and an outer surface with longitudinal side edges and transverse, inner and outer end edges (7', 7"), said leg members being pivotally mounted to each other at the inner end edges of the leg members and with the inner surfaces of the leg members facing toward each other while a flexible receiving means is fastened between the outer, transverse end edges (7") of the lower leg member and the upper leg member , wherein said wheel chock can assume a configuration for use, in which said leg members are angled relative to each other with said receiving means extended between the leg members , and a transport configuration with a substantially planar shape, in which said leg members are disposed substantially in parallel with each other, characterized in that the wheel chock comprises at least one attachment means comprising two members, wherein a first member is adapted for attaching the outer surface of said lower leg member to a first external surface , and a second member is adapted for attaching the outer surface of the upper leg member to a second external surface , and wherein the first and the second attachment member constitute complementary attachment means , the attachment member being arranged on the upper leg member , wherein the first member of the attachment member is arranged through the lower leg member when the wheel chock assumes the transport configuration, and is disconnected from the lower leg member when the wheel chock assumes the configuration for use.
A steering axle for a trailer towed by a tractor, comprising a steering device adapted to control the right and left articulated arms of the steering axle , said steering device comprising a cylinder provided with a right head and a left head , a stem the right and left ends of which are connected to the right and left arms and are slidable along the axis of the cylinder , said stem having a centred position with respect to the cylinder and off-centred positions, a central piston solidly constrained to the stem a right port for supplying fluid to the right chamber of the cylinder , a left port for supplying fluid to the left chamber of the cylinder , a pressurized fluid distributor for distributing pressurized fluid to the right and left chambers of the cylinder , said steering device further comprising a right piston passing through said right head and sliding along the axis of the stem , a right intercepting element solidly constrained to the stem , configured and arranged for taking up the movement from the right piston to recentre the stem when the stem is off-centred to the left, a left piston passing through said left head and sliding along the axis of the stem , and a left intercepting element solidly constrained to the stem , configured and arranged for taking up the movement from the left piston to recentre the stem when the stem is off-centred to the right, characterized in that said stem is slidingly engaged with the inner wall of the cylinder and separating a right chamber of the variable volume cylinder and a left chamber of the variable volume cylinder , said right chamber being bounded by said right recentring piston , said right head and said central piston , said left chamber being bounded by said left recentring piston , said left head and said central piston .
A door assembly for selectively opening and closing an access opening to a treating chamber of a laundry treating appliance , the door assembly comprising: an inner door wall comprising a portion that is configured to extend at least partially into the treating chamber when the door assembly is closed, wherein the inner door wall includes an air inlet and an air outlet ; an outer door wall adjacent to the inner door wall , wherein the outer door wall and the inner door wall at least partially define an internal volume ; characterized in that the door assembly further comprises a baffle projecting from the inner door wall into the internal volume , wherein the baffle is disposed between the air inlet and the air outlet ; and at least one blower disposed adjacent one of the air inlet , the air outlet , or both, and configured to move an airflow through the internal volume . an inner door wall comprising a portion that is configured to extend at least partially into the treating chamber when the door assembly is closed, wherein the inner door wall includes an air inlet and an air outlet ; an outer door wall adjacent to the inner door wall , wherein the outer door wall and the inner door wall at least partially define an internal volume ; characterized in that the door assembly further comprises a baffle projecting from the inner door wall into the internal volume , wherein the baffle is disposed between the air inlet and the air outlet ; and at least one blower disposed adjacent one of the air inlet , the air outlet , or both, and configured to move an airflow through the internal volume .
A ferritic stainless steel sheet excellent in electrical conductivity and adhesion of an oxide film comprised of steel containing, by mass%, C: 0.001 to 0.02%, Si: 0.01 to 0.15%, Mn: 0.3 to 1%, P: 0.01 to 0.04%, S: 0.0002 to 0.003%, Cr: 20 to 25%, Mo: 0.5 to 2%, Al: 0.01 to 0.1%, N: 0.001 to 0.02%, Ti: 0.001 to 0.5%, and Ga: 0.0002 to 0.005% or less, having a balance of Fe and unavoidable impurities, and satisfying the formula 2.5 < Mn / Si + Al < 8.0 wherein [Mn], [Si], and [Al] mean contents (mass%) of the elements, respectively, wherein the steel further optionally contains, by mass%, one or more of Nb: 0.5% or less, V: 0.5% or less, Ni: 0.8% or less, Cu: 1% or less, Sn: 1% or less, B: 0.005% or less, Ca: 0.005% or less, W: 1% or less, Co: 1% or less, and Sb: 0.5% or less, and/or wherein the steel further optionally contains, by mass%, one or more of Zr: 0.1% or less, La: 0.1% or less, Y: 0.1% or less, and REM: 0.1% or less.
A method for secure multi-terminal cooperative working, applied to a network on which a plurality of terminal devices perform cooperative playing and/or cooperative recording, the network is constructed based on a broadcast message or the network is constructed using a near field communication, NFC, technology or a two-dimensional code technology, wherein the plurality of terminal devices comprise a first terminal device, and the method comprises: when the first terminal device accesses the network, determining(S201), by the first terminal device, a security mechanism; obtaining(S202), by the first terminal device, cooperative working information, wherein the cooperative working information is information played and/or recorded by the plurality of terminal devices; and performing(S203), by the first terminal device, security processing on the cooperative working information based on the security mechanism, wherein the security mechanism is used to prohibit a process other than a cooperative working process from accessing the cooperative working information. when the first terminal device accesses the network, determining(S201), by the first terminal device, a security mechanism; obtaining(S202), by the first terminal device, cooperative working information, wherein the cooperative working information is information played and/or recorded by the plurality of terminal devices; and performing(S203), by the first terminal device, security processing on the cooperative working information based on the security mechanism, wherein the security mechanism is used to prohibit a process other than a cooperative working process from accessing the cooperative working information.
A graft fixation device comprising: a graft separator comprising a distal end , a proximal end , a cavity disposed between said distal end and said proximal end , and at least one guide rib disposed radially outboard of said cavity and extending between said distal end and said proximal end ; and an interference screw rotatably mountable within said cavity , said interference screw comprising a distal end , a proximal end , and a screw thread disposed intermediate thereof, said screw thread disposed radially outboard of at least a portion of said graft separator and radially inboard of said at least one guide rib ; said distal end of said graft separator comprising a distal hole , said proximal end of said graft separator comprising a proximal hole , said distal end of said interference screw comprising a distal projection, and wherein said distal projection of said interference screw is rotatably receivable within said distal hole of said graft separator ; characterized in that said proximal end of said interference screw comprises a proximal projection, and further wherein said proximal projection of said interference screw is rotatably receivable within said proximal hole of said graft separator , whereby to rotatably mount said interference screw within said cavity . a graft separator comprising a distal end , a proximal end , a cavity disposed between said distal end and said proximal end , and at least one guide rib disposed radially outboard of said cavity and extending between said distal end and said proximal end ; and an interference screw rotatably mountable within said cavity , said interference screw comprising a distal end , a proximal end , and a screw thread disposed intermediate thereof, said screw thread disposed radially outboard of at least a portion of said graft separator and radially inboard of said at least one guide rib ; said distal end of said graft separator comprising a distal hole , said proximal end of said graft separator comprising a proximal hole , said distal end of said interference screw comprising a distal projection, and wherein said distal projection of said interference screw is rotatably receivable within said distal hole of said graft separator ; characterized in that said proximal end of said interference screw comprises a proximal projection, and further wherein said proximal projection of said interference screw is rotatably receivable within said proximal hole of said graft separator , whereby to rotatably mount said interference screw within said cavity .
A modular medical device catheter system comprising: a parent module (200; 201) and an adapter module (10; 360; 103), the adapter module (10; 360; 103) being configured to engage an inner lumen of a distal end of the parent module (200; 201) to couple the adapter module (10; 360; 103) with the parent module (200; 201) via an interference fit, wherein the adapter module (10; 360; 103) comprises a wire (168; 125) or fiber extending proximally from a distal portion (20; 170; 173) of the adapter module (10; 360; 103) along an outer surface of the parent module (200; 201) when the parent module (200; 201) is coupled to the adapter module (10; 360; 103). a parent module (200; 201) and an adapter module (10; 360; 103), the adapter module (10; 360; 103) being configured to engage an inner lumen of a distal end of the parent module (200; 201) to couple the adapter module (10; 360; 103) with the parent module (200; 201) via an interference fit, wherein the adapter module (10; 360; 103) comprises a wire (168; 125) or fiber extending proximally from a distal portion (20; 170; 173) of the adapter module (10; 360; 103) along an outer surface of the parent module (200; 201) when the parent module (200; 201) is coupled to the adapter module (10; 360; 103).
A hologram medium comprising: a polymer substrate including a polymer resin comprising a silane-based functional group in a main chain or a branched chain, the polymer substrate having a fine pattern formed on at least one surface, wherein the fine pattern has two or more fine protrusions in which a maximum value of the height and a minimum value of the height are alternately repeated based on a cross section of the polymer substrate, wherein the distance in the cross-sectional direction of the polymer substrate between the maximum value of the height of the one fine projection and the minimum value of the adjacent fine projection is 0.2 μ m to 2 μ m, wherein a standard error of the distance in a cross-sectional direction of the polymer substrate between the maximum value of the height of one fine protrusion and the minimum value of the height of an adjacent fine protrusion is 20 nm or less, and wherein the polymer substrate includes a cross-linked product between a polymer matrix including a (meth)acrylate-based (co)polymer having a silane-based functional group in a branched chain and a silane crosslinking agent; and a photoreactive monomer. the polymer substrate having a fine pattern formed on at least one surface, wherein the fine pattern has two or more fine protrusions in which a maximum value of the height and a minimum value of the height are alternately repeated based on a cross section of the polymer substrate, wherein the distance in the cross-sectional direction of the polymer substrate between the maximum value of the height of the one fine projection and the minimum value of the adjacent fine projection is 0.2 μ m to 2 μ m, wherein a standard error of the distance in a cross-sectional direction of the polymer substrate between the maximum value of the height of one fine protrusion and the minimum value of the height of an adjacent fine protrusion is 20 nm or less, and wherein the polymer substrate includes a cross-linked product between a polymer matrix including a (meth)acrylate-based (co)polymer having a silane-based functional group in a branched chain and a silane crosslinking agent; and a photoreactive monomer.