mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a forged product in which a forging component is hot-forged using a lower die and an upper die (2, 2-2, 10), the method comprising: a first process in which at least a part of a die face of the lower die is covered with a first glass lubricant (5, 5-2); a second process in which the lower die subjected to the first process is heated; a third process in which at least a part of the forging component is covered with a second glass lubricant ; a fourth process in which the forging component subjected to the third process is heated to a temperature that is higher than a heating temperature of the lower die in the second process; and a fifth process in which the forging component subjected to the fourth process is placed on the die face of the lower die subjected to the second process and hot forging is performed using the lower die and the upper die (2, 2-2, 10), wherein materials of the first glass lubricant (5, 5-2) and the second glass lubricant are different from each other, wherein the second glass lubricant remains on a surface of the forging component that is softened in the fourth process, and wherein the hot forging in the fifth process starts while the first glass lubricant (5, 5-2) and the second glass lubricant are softened. a first process in which at least a part of a die face of the lower die is covered with a first glass lubricant (5, 5-2); a second process in which the lower die subjected to the first process is heated; a third process in which at least a part of the forging component is covered with a second glass lubricant ; a fourth process in which the forging component subjected to the third process is heated to a temperature that is higher than a heating temperature of the lower die in the second process; and a fifth process in which the forging component subjected to the fourth process is placed on the die face of the lower die subjected to the second process and hot forging is performed using the lower die and the upper die (2, 2-2, 10), wherein materials of the first glass lubricant (5, 5-2) and the second glass lubricant are different from each other, wherein the second glass lubricant remains on a surface of the forging component that is softened in the fourth process, and wherein the hot forging in the fifth process starts while the first glass lubricant (5, 5-2) and the second glass lubricant are softened.
Method for determining the thermal consumption of an energy system having a thermal energy storage unit , wherein the thermal energy storage unit is formed at least partially by a thermal network of the energy system , wherein the energy system generates a total thermal energy at least within a time range, comprising the following steps: - ascertaining a thermal charging energy of the thermal energy storage unit within the time range; - ascertaining a thermal discharging energy of the thermal energy storage unit within the time range; and - calculating the thermal consumption within the time range by way of at least one sum of the total thermal energy and the difference between the ascertained thermal discharging energy and the ascertained thermal charging energy. - ascertaining a thermal charging energy of the thermal energy storage unit within the time range; - ascertaining a thermal discharging energy of the thermal energy storage unit within the time range; and - calculating the thermal consumption within the time range by way of at least one sum of the total thermal energy and the difference between the ascertained thermal discharging energy and the ascertained thermal charging energy.
A method for producing a motor vehicle interior trim component from a base body having an upper side and a bottom side , wherein an extension element on the basis of at least one polymer plastic is arranged on the base body , which extension element is produced by means of a 3D printing method, characterized in that before producing the extension element , the base body is heated at least in the region in which the extension element is produced.
A fixture for walls made of a multilayer composite material, in particular for vehicles, which fixture comprises a frame support structure adapted to be accommodated inside an opening in the wall without requiring fixing means outside the wall made of a multilayer composite material, so as to define, in the thickness of the wall , with the fixture mounted, a space surrounded by the support structure , said space being open on a first side and on a second side opposite to the first side, with the first side being recessed with respect to the wall , the fixture further comprises a closing element tilting between a first closing position of the first side of the space and a second opening position of the first side of the space , said closing element being connected to said support structure by means of a hinge comprising at least a "C"-shaped arm adapted to be contained inside a housing of the support structure when the closing element is in the first closing position, so that the closing element is substantially coplanar to the wall , and it further comprises at least one roller mechanism contained inside the support structure onto which a barrier winds, which barrier is of the curtain-, obscuring film-, barrier film-, mosquito net-type or similar, and control means for unwinding/rewinding said curtain or said obscuring film or barrier for at least partially closing the second open side of the space .
2. An adhesive tape for use with a light bar, wherein it comprises: a transparent bonding material layer configured to be bonded to a surface of a light bar flexible circuit board; a black and white flexible coating layer having a black surface on one side and a white surface on the other side, the white surface of the black and white flexible coating layer being bonded with the transparent bonding material layer ; and a black and white bonding material layer having a black surface on one side and a white surface on the other side, the black surface of the black and white bonding material layer being bonded with the black surface of the black and white flexible coating layer , the black and white flexible coating layer consists of a transparent substrate , as well as black coating particles and white coating particles coating two surfaces of the transparent substrate respectively; and the black coating particles constitute the black surface of the black and white flexible coating layer , and the white coating particles constitute the white surface of the black and white flexible coating layer , a radius of the white coating particle is larger than that of the black coating particle . a transparent bonding material layer configured to be bonded to a surface of a light bar flexible circuit board; a black and white flexible coating layer having a black surface on one side and a white surface on the other side, the white surface of the black and white flexible coating layer being bonded with the transparent bonding material layer ; and a black and white bonding material layer having a black surface on one side and a white surface on the other side, the black surface of the black and white bonding material layer being bonded with the black surface of the black and white flexible coating layer , the black and white flexible coating layer consists of a transparent substrate , as well as black coating particles and white coating particles coating two surfaces of the transparent substrate respectively; and the black coating particles constitute the black surface of the black and white flexible coating layer , and the white coating particles constitute the white surface of the black and white flexible coating layer , a radius of the white coating particle is larger than that of the black coating particle .
An information processing device, comprising: a learning unit for learning each feature of a dynamic file and a static file to generate a learning model , wherein the learning unit performs the learning using teacher data for each of a plurality of Operating System (OS) domain types; an extraction unit for acquiring a predetermined file group at a reference point of time from an external device that uses the predetermined file group, the predetermined file group including determination files of the plurality of Operating System (OS) domain types and for extracting a determination target file, which is the static file, from the predetermined file group on the basis of the learning model ; a hash value generation unit for calculating a first hash value of the determination target file extracted by the extraction unit ; and a verification unit for acquiring, from the external device, a second hash value of the determination target file after a lapse of time from a reference point of time that the external device has, comparing the first hash value with the second hash value, and verifying whether or not the predetermined file group has been falsified. a learning unit for learning each feature of a dynamic file and a static file to generate a learning model , wherein the learning unit performs the learning using teacher data for each of a plurality of Operating System (OS) domain types; an extraction unit for acquiring a predetermined file group at a reference point of time from an external device that uses the predetermined file group, the predetermined file group including determination files of the plurality of Operating System (OS) domain types and for extracting a determination target file, which is the static file, from the predetermined file group on the basis of the learning model ; a hash value generation unit for calculating a first hash value of the determination target file extracted by the extraction unit ; and a verification unit for acquiring, from the external device, a second hash value of the determination target file after a lapse of time from a reference point of time that the external device has, comparing the first hash value with the second hash value, and verifying whether or not the predetermined file group has been falsified.
A dongle for coupling an electrophysiologic catheter and a navigational system , including a patient interface unit , the dongle comprising: a body with a first electrical interface unit ; and a support portion with a second electrical interface unit , the support portion having an outer flexible tubular member with shape memory, wherein the dongle body comprises electrical hardware configured to process electrical signals received from the catheter so that they can be understood and processed by the navigational system . a body with a first electrical interface unit ; and a support portion with a second electrical interface unit , the support portion having an outer flexible tubular member with shape memory,
Household appliance, which has at least one household appliance device with at least one housing unit , with at least one electronics unit , which is arranged at least largely in the housing unit and which has at least one printed circuit board , which is provided to support at least some of the electrical components of the electronics unit , to connect and/or form the same in an electrically conducting manner with one another, and with at least one barrier unit , which is provided, at least in an assembled state, to delimit at least one electronics module of the electronics unit from at least a majority of other electronic components of the electronics unit , wherein the barrier unit and the housing unit are embodied separately from one another and the barrier unit is formed at least substantially from plastic, characterised in that the printed circuit board is part of the barrier unit and the barrier unit , at least in the assembled state, as a partially open enclosure, wherein viewed from at least each component of the electronics module , at most 95% of the full spatial angle is delimited by at least one attachment surface of the barrier unit , or at least in the assembled state as an at least essentially closed enclosure, wherein viewed at least from each component of the electronics module , at least 95% of the full spatial angle is delimited by at least the attachment surface of the barrier unit , wherein at least the one electronics module is embodied as a protective module, wherein the protective module is an electronics module , which is provided to protect at least one electric circuit from an overvoltage and/or an overcurrent.
A computer-implemented method, comprising: receiving from a requestor of a service provider a request over a network, the request specifying data and including information and an encrypted cryptographic key, wherein the data is not included in the request, wherein the information is usable to authenticate the request by including an electronic signature generated based at least in part on a second cryptographic key different from the encrypted cryptographic key; causing the encrypted cryptographic key to be decrypted by at least transmitting the encrypted cryptographic key to another entity for decryption, thereby resulting in a decrypted cryptographic key; performing one or more cryptographic operations on the specified data using the decrypted cryptographic key to encrypt the specified data to fulfill the request; and providing a result of performing the one or more cryptographic operations. receiving from a requestor of a service provider a request over a network, the request specifying data and including information and an encrypted cryptographic key, wherein the data is not included in the request, wherein the information is usable to authenticate the request by including an electronic signature generated based at least in part on a second cryptographic key different from the encrypted cryptographic key; causing the encrypted cryptographic key to be decrypted by at least transmitting the encrypted cryptographic key to another entity for decryption, thereby resulting in a decrypted cryptographic key; performing one or more cryptographic operations on the specified data using the decrypted cryptographic key to encrypt the specified data to fulfill the request; and providing a result of performing the one or more cryptographic operations.
An assembly for connecting two first and second exhaust pipes partially pushed into each other, comprising a first exhaust pipe and a second exhaust pipe, at least one toggle clamp, which is arranged on the section of the first exhaust pipe which is pushed onto the other, second exhaust pipe, wherein the first exhaust pipe has at least one opening in the area between mounting points of the toggle clamp, characterized in that the second exhaust pipe has a recess in an area associated with the opening of the first exhaust pipe when the exhaust pipes are pushed into each other.
A composition comprising a first material substituted with a group of formula (I) and a second material substituted with at least one group of formula (II): wherein: Ar 1 is an aryl or heteroaryl group that may be unsubstituted or substituted with one or more substituents; Sp 1 represents a first spacer group; n1 is 0 or 1; m1 is 1 if n1 is 0 and m1 is at least 1 if n1 is 1; R 1 independently in each occurrence is H or a substituent, with the proviso that at least one R 1 is a group R 11 selected from: alkyl comprising a tertiary carbon atom directly bound to a carbon atom of the cyclobutene ring of formula (I); or branched alkyl wherein a tertiary carbon atom of the branched alkyl is spaced from a carbon atom of the cyclobutene ring of formula (I) by at least one - CH 2 - group; and alkyl comprising a cyclic alkyl group; or with the proviso that at least two R 1 groups are linked to form a ring; Sp 2 represents a second spacer group; n2 is 0 or 1; m2 is 1 if n2 is 0 and m2 is at least 1 if n2 is 1; UG is a group comprising a reactive unsaturated group; and and * represents a point of attachment of the group of formula (I) or (II) to the first or second material respectively. Ar 1 is an aryl or heteroaryl group that may be unsubstituted or substituted with one or more substituents; Sp 1 represents a first spacer group; n1 is 0 or 1; m1 is 1 if n1 is 0 and m1 is at least 1 if n1 is 1; R 1 independently in each occurrence is H or a substituent, with the proviso that at least one R 1 is a group R 11 selected from: alkyl comprising a tertiary carbon atom directly bound to a carbon atom of the cyclobutene ring of formula (I); or branched alkyl wherein a tertiary carbon atom of the branched alkyl is spaced from a carbon atom of the cyclobutene ring of formula (I) by at least one - CH 2 - group; and alkyl comprising a cyclic alkyl group; alkyl comprising a tertiary carbon atom directly bound to a carbon atom of the cyclobutene ring of formula (I); or branched alkyl wherein a tertiary carbon atom of the branched alkyl is spaced from a carbon atom of the cyclobutene ring of formula (I) by at least one - CH 2 - group; and alkyl comprising a cyclic alkyl group; or with the proviso that at least two R 1 groups are linked to form a ring; Sp 2 represents a second spacer group; n2 is 0 or 1; m2 is 1 if n2 is 0 and m2 is at least 1 if n2 is 1; UG is a group comprising a reactive unsaturated group; and and * represents a point of attachment of the group of formula (I) or (II) to the first or second material respectively.
A dose setting mechanism for a drug delivery device, said mechanism comprising an outer housing (40; 204), an inner housing , a driver (30; 209) and a dial sleeve (10; 206) disposed between said outer housing and said inner housing, wherein the inner housing has an external groove , said inner housing being operatively coupled to the driver (30; 209) and guiding said driver to dispense a dose set by said dose setting mechanism and wherein said dial sleeve is rotatably engaged with said external groove of said inner housing; wherein the dose setting mechanism further comprises a clutch (26; 205) operatively coupled to said dial sleeve (10; 206) and said driver (30; 209), said clutch allows said dial sleeve and said driver to rotate together during a setting of a dose of said drug delivery device, and said clutch allows relative rotation of said driver and said dial sleeve during an injection of said dose; and/or wherein the dose setting mechanism is configured such that when a dose is set by said dose setting mechanism, said dial sleeve (10; 206) and driver (30; 209) are both rotated with respect to both said outer housing (40; 204) and said inner housing and are translated away from both said outer housing and said inner housing.
A cleaning receptacle for cleaning a fueling nozzle used to transfer cryogenic fluid, the cleaning receptacle comprising: an outer body including: an outer wall that extends circumferentially around a center axis of the cleaning receptacle , wherein the outer wall has a first inner surface ; and a plurality of locating members extending inwardly from the first inner surface toward the center axis, wherein the plurality of locating members are configured to engage an end of the fueling nozzle to facilitate alignment with and prevent rotation of the fueling nozzle relative to the cleaning receptacle ; a flow body extending circumferentially around the center axis of the cleaning receptacle , wherein the flow body includes a second inner surface that defines a cavity and a lip at an outer end of the flow body , wherein the lip is configured to securely engage a locking mechanism of the fueling nozzle; and a spray body disposed at an inner end of the flow body , wherein the spray body includes a spray head that defines a plurality of spray holes configured to spray air through the cavity of the flow body and onto surfaces of the fueling nozzle when the fueling nozzle is securely coupled to the flow body . an outer body including: an outer wall that extends circumferentially around a center axis of the cleaning receptacle , wherein the outer wall has a first inner surface ; and a plurality of locating members extending inwardly from the first inner surface toward the center axis, wherein the plurality of locating members are configured to engage an end of the fueling nozzle to facilitate alignment with and prevent rotation of the fueling nozzle relative to the cleaning receptacle ; an outer wall that extends circumferentially around a center axis of the cleaning receptacle , wherein the outer wall has a first inner surface ; and a plurality of locating members extending inwardly from the first inner surface toward the center axis, wherein the plurality of locating members are configured to engage an end of the fueling nozzle to facilitate alignment with and prevent rotation of the fueling nozzle relative to the cleaning receptacle ; a flow body extending circumferentially around the center axis of the cleaning receptacle , wherein the flow body includes a second inner surface that defines a cavity and a lip at an outer end of the flow body , wherein the lip is configured to securely engage a locking mechanism of the fueling nozzle; and a spray body disposed at an inner end of the flow body , wherein the spray body includes a spray head that defines a plurality of spray holes configured to spray air through the cavity of the flow body and onto surfaces of the fueling nozzle when the fueling nozzle is securely coupled to the flow body .
A motorcycle comprising a swing arm , a rear cushion , a link plate , and a cushion connecting rod , the swing arm rotatably supporting a rear wheel (WR) and also being swingably attached to a vehicle body frame , the rear cushion applying swinging reaction to the swing arm , the link plate supporting the rear cushion and the swing arm in a mutually swingable manner, the cushion connecting rod swingably supporting one end of the link plate to the vehicle body frame , wherein the cushion connecting rod is a long member applied with a load (F) when the swing arm is swung against springing force of the rear cushion , the cushion connecting rod is configured in such a manner that a part of a surface of a metallic member is covered with an endless fiber-reinforced plastic , and the fiber-reinforced plastic adheres to the surface of the metallic member with a film adhesive .
Concrete component with a concrete matrix in which at least one reinforcing element is embedded for reinforcement, wherein the reinforcing body has at least one reinforcing part in the form of a reinforcing bar , wherein the at least one reinforcing bar extends in an extent direction (S) and has at least one reinforcing thread , and wherein the at least one reinforcing thread is arranged in a plastic matrix of the reinforcing bar which consists of a reversibly cross-linked plastic (K), the cross-linkings of which can be repeatedly separated and recreated reversibly and are separable such that the reinforcing bar is flexible, wherein at least one of the present reinforcing bars extends rectilinearly in at least one bar portion or over its entire length, and wherein the at least one reinforcing thread is arranged in the plastic matrix under a tensile stress along the at least one rectilinearly extending bar portion or over its entire length.
A spray nozzle comprising: a housing including a primary passage defining a primary axis ; a series of secondary passages configured to provide swirl to a fluid passing therethrough, circumferentially positioned around the housing; and characterized by : a series of standoffs circumferentially spread around an outer surface of the housing and located downstream along the primary axis of the series of secondary passages , wherein each of the secondary passages corresponds to a respective standoff of the series of standoffs, in order to control the swirl of the fluid. a housing including a primary passage defining a primary axis ; a series of secondary passages configured to provide swirl to a fluid passing therethrough, circumferentially positioned around the housing; and characterized by : a series of standoffs circumferentially spread around an outer surface of the housing and located downstream along the primary axis of the series of secondary passages , wherein each of the secondary passages corresponds to a respective standoff of the series of standoffs, in order to control the swirl of the fluid.