mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing aldehydes wherein an olefinic compound, carbon monoxide, and hydrogen are reacted in the presence of a solubilized rhodium-phosphorous complex, the process comprising: (a) receiving a vaporized aldehyde product stream downstream from a hydroformylation reactor, the vaporized aldehyde product stream comprising aldehydes, phosphorous ligand, and aldehyde condensation by-products; (b) contacting the vaporized aldehyde product stream with a partial condenser so as to condense the phosphorous ligand and the by-products, wherein up to 10 weight percent of the vaporized stream is condensed; and wherein the partial condenser comprises a heat exchange device; (c) removing the condensed phosphorous ligand and the condensed by-products from the liquid condensation stream using a refining column; and (d) further processing the vaporized aldehydes from the separate refining column. (a) receiving a vaporized aldehyde product stream downstream from a hydroformylation reactor, the vaporized aldehyde product stream comprising aldehydes, phosphorous ligand, and aldehyde condensation by-products; (b) contacting the vaporized aldehyde product stream with a partial condenser so as to condense the phosphorous ligand and the by-products, wherein up to 10 weight percent of the vaporized stream is condensed; and wherein the partial condenser comprises a heat exchange device; (c) removing the condensed phosphorous ligand and the condensed by-products from the liquid condensation stream using a refining column; and (d) further processing the vaporized aldehydes from the separate refining column.
Ripper device intended to be fastened to a leg of a stubble clearer or of a decompactor, said device having - a sleeve , which is intended to protect the leg, - a chisel having a bar housed in the sleeve and terminated by a head , and - a ripper shoe (18; 100), the sleeve having first and second lateral cheeks that extend substantially parallel to one another over a part of their length, then meet at a leading edge , the shape that tapers towards the front of the sleeve promoting the penetration of the sleeve into the ground, the device being characterized in that the chisel and/or the ripper shoe (18; 100) are fastened rigidly to the sleeve, the sleeve performing a function of fastening the chisel and/or the ripper shoe. - a sleeve , which is intended to protect the leg, - a chisel having a bar housed in the sleeve and terminated by a head , and - a ripper shoe (18; 100), the sleeve having first and second lateral cheeks that extend substantially parallel to one another over a part of their length, then meet at a leading edge , the shape that tapers towards the front of the sleeve promoting the penetration of the sleeve into the ground, the device being characterized in that the chisel and/or the ripper shoe (18; 100) are fastened rigidly to the sleeve, the sleeve performing a function of fastening the chisel and/or the ripper shoe.
A medical implantable bone screw comprising - a tapered core comprising a tool engagement flange at a top end of the core and a tip opposite to the top end , - a channel extending within the core along the entire length of the core , and - threads spiraling around the core , - wherein at least some of the threads comprises an asymmetrical cross-sectional shape with a difference in the cross-sectional shape of the top of the thread oriented toward the top end of the core relative to the bottom of the thread oriented toward the tip of the core , - wherein the screw comprises one or more biocompatible materials, and - wherein the core comprises openings through the core and wherein the openings open into the channel . - a tapered core comprising a tool engagement flange at a top end of the core and a tip opposite to the top end , - a channel extending within the core along the entire length of the core , and - threads spiraling around the core , - wherein at least some of the threads comprises an asymmetrical cross-sectional shape with a difference in the cross-sectional shape of the top of the thread oriented toward the top end of the core relative to the bottom of the thread oriented toward the tip of the core , - wherein the screw comprises one or more biocompatible materials, and - wherein the core comprises openings through the core and wherein the openings open into the channel .
A computer-implemented method, comprising: receiving a set of input parameters(402a-402e); determining an average event per block for a long axial field-of-view (FOV) scanner having a predetermined field-of-view based on the set of input parameters (402a-402e), wherein the average event per block is based on a distributed activity per organ positioned within the long axial FOV scanner ; and determining at least one scan parameter based on the average event per block for the long axial FOV scanner . receiving a set of input parameters(402a-402e); determining an average event per block for a long axial field-of-view (FOV) scanner having a predetermined field-of-view based on the set of input parameters (402a-402e), wherein the average event per block is based on a distributed activity per organ positioned within the long axial FOV scanner ; and determining at least one scan parameter based on the average event per block for the long axial FOV scanner .
Capsule for preparing dental or surgical material obtained by mixing components prior to use, comprising: a chamber provided with a plurality of compartments which are arranged concentrically and intended for that same number of said components that are to be mixed, at least one isolation wall for isolating the components from one another during storage and for allowing fluidic communication between the compartments during mixing, a drive rod one end of which allows removable attachment to a handpiece , for example in accordance with standard ISO 1797. a chamber provided with a plurality of compartments which are arranged concentrically and intended for that same number of said components that are to be mixed, at least one isolation wall for isolating the components from one another during storage and for allowing fluidic communication between the compartments during mixing, a drive rod one end of which allows removable attachment to a handpiece , for example in accordance with standard ISO 1797.
A two-dimensional waveguide (30A-C) comprising a diffractive grating (33A-C) arranged on a surface or within the waveguide, characterized in that the diffractive grating comprising in a periodic alternating pattern - first material having a first dispersion curve, and - second material having a second dispersion curve different from the first dispersion curve, wherein said first and second dispersion curves intersect each other at two or more different wavelengths. - first material having a first dispersion curve, and - second material having a second dispersion curve different from the first dispersion curve, wherein said first and second dispersion curves intersect each other at two or more different wavelengths.
A laminate film comprising: a resin layer (I) which is formed from an acrylic resin composition (A); and a resin layer (II) which is formed from a resin composition (C) containing an acid anhydride copolymer (C-1) and acrylic rubber particles (C-2) ; wherein a thickness of the resin layer (II) is 0.5 μm or more and 9 μm or less, and wherein the resin composition (C) forming the resin layer (II) has an acid anhydride group for exhibiting adhesiveness with a base material and the resin layer (II) is a bonding layer for facing an adherend side and the resin layer (I) is a surface layer for opposing the adherend side. a resin layer (I) which is formed from an acrylic resin composition (A); and a resin layer (II) which is formed from a resin composition (C) containing an acid anhydride copolymer (C-1) and acrylic rubber particles (C-2) ; wherein a thickness of the resin layer (II) is 0.5 μm or more and 9 μm or less, and wherein the resin composition (C) forming the resin layer (II) has an acid anhydride group for exhibiting adhesiveness with a base material and the resin layer (II) is a bonding layer for facing an adherend side and the resin layer (I) is a surface layer for opposing the adherend side.
Tapered roller bearing cage , comprising a first side ring and a second side ring which are arranged about an axis (a), wherein the first side ring has a larger diameter than the second side ring , and a number of webs extend between the first side ring and the second side ring , with the result that a number of receiving pockets for rolling bodies that corresponds to the number of webs is formed, wherein each side ring has a radial extent (T), wherein a circumferential extent (U) is present between two adjacent webs , with the result that, as seen in the axial direction (a), each side ring has, between two adjacent webs , a projection surface (A) which faces towards the receiving pocket , wherein each side ring has, on its side facing towards the receiving pocket , an abutment face for a rolling body, wherein the abutment face for a rolling body is at most 95% of the projection surface (A), wherein the abutment face is formed as a raised plateau with respect to the remainder of the surface of the side ring that faces towards the receiving pocket , characterized in that the abutment faces have a planar surface which extends parallel to the outer end side of the side rings , wherein the abutment face on the first side ring is substantially rectangular or slightly trapezoidal in form, whereas the abutment face on the second side ring is circular in form, with the result that a larger lubricant reservoir on the second side ring than on the first side ring is formed, and wherein the abutment faces are spaced apart from the webs and from the radial ends of the side rings .
A method of managing authenticator information in a computerized system , the method comprising: receiving an access request to a host , the access request comprising an authenticator for enabling access to the host, characterized by causing, in response to the received access request, searching in an authenticator management host for authenticator information corresponding to the authenticator based on the received access request and searching in a directory internal to the host for authenticator information corresponding to the authenticator based on the received access request, and causing modification of authenticator information corresponding to the authenticator in at least one of the authenticator management host and the directory internal to the host based on the searching in the authenticator management host and the directory internal to the host. receiving an access request to a host , the access request comprising an authenticator for enabling access to the host, characterized by causing, in response to the received access request, searching in an authenticator management host for authenticator information corresponding to the authenticator based on the received access request and searching in a directory internal to the host for authenticator information corresponding to the authenticator based on the received access request, and causing modification of authenticator information corresponding to the authenticator in at least one of the authenticator management host and the directory internal to the host based on the searching in the authenticator management host and the directory internal to the host.
A method performed by a user equipment in a wireless communication system , the method being characterized by: receiving at the user equipment , from a core network equipment , a 5G NAS message in the form of a Registration Accept including a public key of a home network of the user equipment with which a subscriber identifier associated with the user equipment is to be encrypted by the user equipment , and storing the public key of the home network in an elementary file in a universal subscriber identification module in the user equipment . receiving at the user equipment , from a core network equipment , a 5G NAS message in the form of a Registration Accept including a public key of a home network of the user equipment with which a subscriber identifier associated with the user equipment is to be encrypted by the user equipment , and storing the public key of the home network in an elementary file in a universal subscriber identification module in the user equipment .
An impact-absorbing member of an automobile, which extends in a vehicle length direction of the automobile and whose both end portions in the vehicle length direction are offset so that positions of the both end portions become mutually different when seen from the vehicle length direction, the impact-absorbing member of the automobile comprising a hat-shaped outer member and a hat-shaped inner member which are mutually joined at flange portions, wherein when a ratio between a length G in , which is the length in an offset direction from a gravity center of a cross section of the outer member and the inner member perpendicular to the vehicle length direction to a top portion of the inner member, and a length G out , which is the length in the offset direction from the gravity center of the cross section to a top portion of the outer member, (G in /G out ) is defined as a ratio of gravity centers, the ratio of gravity centers increases from a side of the end portion, selected from the both end portions, whose position is offset toward a vehicle outer side when seen from the vehicle length direction, toward another side of the end portion, whose position is offset toward a vehicle inner side when seen from the vehicle length direction. a hat-shaped outer member and a hat-shaped inner member which are mutually joined at flange portions, wherein when a ratio between a length G in , which is the length in an offset direction from a gravity center of a cross section of the outer member and the inner member perpendicular to the vehicle length direction to a top portion of the inner member, and a length G out , which is the length in the offset direction from the gravity center of the cross section to a top portion of the outer member, (G in /G out ) is defined as a ratio of gravity centers, the ratio of gravity centers increases from a side of the end portion, selected from the both end portions, whose position is offset toward a vehicle outer side when seen from the vehicle length direction, toward another side of the end portion, whose position is offset toward a vehicle inner side when seen from the vehicle length direction.
Roller shutter having a winding shaft onto which the roller shutter can be wound and from which the roller shutter can be unrolled, wherein the roller shutter is formed from shutter segments (3; 21) which are connected to one another in segment rows , which segment rows are oriented in the longitudinal direction of the winding shaft , wherein the shutter segments (3; 21) each provided in a segment row are rigidly connected to one another, and the shutter segments (3; 21) of each segment row are connected to the shutter segments (3; 21) of adjacent segment rows so as to be pivotable about a pivot axis oriented in the longitudinal direction of the winding shaft , and wherein adjacent shutter segments (3; 21) of each segment row are connected to one another by way of at least one plug-in connection , characterized in that at least one subset of the shutter segments (3; 21) forming the roller shutter is frame-shaped in form, in that at least one subset of the shutter segments (3; 21) forming the roller shutter is produced from plastic, and in that , of the adjacent shutter segments (3; 21) of each segment row , the one shutter segment (3; 21) has at least one outwardly directed connecting peg (6; 26) of the plug-in connection that is held in an assigned and inwardly directed connecting opening (7; 27) of this plug-in connection in the adjacent shutter segment (3; 21).
A kimchi packaging container (A) with flexibility and firmness, comprising: an accommodation part formed in the shape of a pouch made of a flexible material; a connection part for maintaining the upper end of the accommodation part in an open state; a cover part for blocking the opening of the upper end of the connection part and pressing kimchi accommodated in the accommodation part with pressing plates provided on the bottom surface thereof; a support part for blocking the opening of the lower end of the accommodation part , characterized in that said support part is formed in a fixed shape so as to constantly maintain the shape of the lower end of the accommodation part; and in that said kimchi packaging container (A) comprises a handle strap comprising two end portions, both end portions being formed with a plurality of coupling holes , wherein the connection part has first protrusions , which are formed on the outer surface of the connection part so as to face each other in the back and forth directions or in the right and left directions of the connection part , such that each one of the first protrusions is coupled to any one of the plurality of coupling holes formed in both end portions of the handle strap , and wherein the support part has second protrusions , which are formed on the outer surface of the support part so as to face each other in the back and forth directions or in the right and left directions of the support part, such that each one of the second protrusions is coupled to any one of the plurality of coupling holes formed in both end portions of the handle strap . an accommodation part formed in the shape of a pouch made of a flexible material; a connection part for maintaining the upper end of the accommodation part in an open state; a cover part for blocking the opening of the upper end of the connection part and pressing kimchi accommodated in the accommodation part with pressing plates provided on the bottom surface thereof; a support part for blocking the opening of the lower end of the accommodation part , characterized in that said support part is formed in a fixed shape so as to constantly maintain the shape of the lower end of the accommodation part; and in that said kimchi packaging container (A) comprises a handle strap comprising two end portions, both end portions being formed with a plurality of coupling holes , wherein the connection part has first protrusions , which are formed on the outer surface of the connection part so as to face each other in the back and forth directions or in the right and left directions of the connection part , such that each one of the first protrusions is coupled to any one of the plurality of coupling holes formed in both end portions of the handle strap , and wherein the support part has second protrusions , which are formed on the outer surface of the support part so as to face each other in the back and forth directions or in the right and left directions of the support part, such that each one of the second protrusions is coupled to any one of the plurality of coupling holes formed in both end portions of the handle strap .
System comprising at least one first device and at least one second device , as well as at least one probe which is connected respectively to each second device, each first device comprising: - a main electrical power supply source and a substitute electrical power supply source which is adapted to supply electrical power to the first device in the case where the main electrical power supply source is inoperative, - a nonvolatile memory ; and - a first optical emitter-receiver configured to perform optical communications with a second optical emitter-receiver of a said probe, when the said first and second optical emitter-receivers are placed facing one another, in such a way that the second device to which the said probe is connected is able to access the nonvolatile memory of the said first device within the framework of the said optical communications, each first device furthermore comprising a first coil and each probe comprising a second coil , so that the second device to which the said probe is connected provides the substitute electrical power supply source to the said first device by means of induction when the said first and second coils are placed facing one another, characterized in that the first coil of each first device surrounds the first optical emitter-receiver of the said first device, the second coil of each probe surrounds the second optical emitter-receiver of the said probe, each first device comprises a metallic washer positioned in such a way that the optical communications are performed via the hollowed-out centre of the said metallic washer, and in that each probe comprises a magnetized washer positioned in such a way that the optical communications are performed via the hollowed-out centre of the said magnetized washer, and when the metallic washer and the magnetized washer are placed one against the other, the first and second coils and the first and second optical emitter-receivers are respectively placed facing one another. - a main electrical power supply source and a substitute electrical power supply source which is adapted to supply electrical power to the first device in the case where the main electrical power supply source is inoperative, - a nonvolatile memory ; and - a first optical emitter-receiver configured to perform optical communications with a second optical emitter-receiver of a said probe, when the said first and second optical emitter-receivers are placed facing one another, in such a way that the second device to which the said probe is connected is able to access the nonvolatile memory of the said first device within the framework of the said optical communications,
A method for conveying a single piece liner hanger body , the method comprising: assembling an inner sub-assembly portion of a coupler assembly to form an assembled inner sub-assembly portion of the coupler assembly ; inserting the assembled inner sub-assembly portion of the coupler assembly through a first opening of a single piece liner hanger body until it engages within an inner diameter of the single piece liner hanger body , wherein the first opening is intended to be located at the bottom of the single piece liner hanger body when it is situated vertically in a wellbore in use; inserting a collet prop mandrel into the first opening of the single piece liner hanger body until it engages with the assembled inner sub-assembly portion of the coupler assembly to form the coupler assembly ; inserting a running tool having a liner hanger sub-assembly installed on the bottom of the running tool into a second opening of the single piece liner hanger body until liner hanger sub-assembly engages with the coupler assembly , wherein the second opening is intended to be located at the top of the single piece liner hanger body when it is situated vertically in a wellbore in use; and securing the liner hanger sub-assembly to the coupler assembly . assembling an inner sub-assembly portion of a coupler assembly to form an assembled inner sub-assembly portion of the coupler assembly ; inserting the assembled inner sub-assembly portion of the coupler assembly through a first opening of a single piece liner hanger body until it engages within an inner diameter of the single piece liner hanger body , wherein the first opening is intended to be located at the bottom of the single piece liner hanger body when it is situated vertically in a wellbore in use; inserting a collet prop mandrel into the first opening of the single piece liner hanger body until it engages with the assembled inner sub-assembly portion of the coupler assembly to form the coupler assembly ; inserting a running tool having a liner hanger sub-assembly installed on the bottom of the running tool into a second opening of the single piece liner hanger body until liner hanger sub-assembly engages with the coupler assembly , wherein the second opening is intended to be located at the top of the single piece liner hanger body when it is situated vertically in a wellbore in use; and securing the liner hanger sub-assembly to the coupler assembly .