mhurhangee/ep-ind-claims huggingface dataset:
An adjustable base plate structure for a transit vehicle door comprising a plurality of fixed dimension elements and a plurality of variable dimension elements for accommodating a plurality of door sizes and types, the adjustable base plate structure comprising: a roller channel for spanning the width of the door and a center brace secured to and centered on the roller channel; mounting brackets (10,12) for being secured to the vehicle or door frame and the roller channel and for supporting bearings for the door shaft; actuators (44, 46) pivotally mounted to the ends of the center brace; and upper braces (48, 50) pivotally mounted to the center brace at one end and secured to the mounting brackets (10, 12) at the other end, whereby the center brace is a channel one web of which lies against the roller channel and having a pair of aligned holes in the webs of the channel at opposite ends thereof for receiving pins for pivotally mounting the actuators (44, 46) and upper braces (48, 50), said pins being bolts that also secure the center brace to the roller channel whereby the mounting brackets (10,12), actuators (44,46) and upper braces (48, 50) are fixed dimension elements and the roller channel and center brace are variable dimension elements sized to accommodate the width of the door opening. a roller channel for spanning the width of the door and a center brace secured to and centered on the roller channel; mounting brackets (10,12) for being secured to the vehicle or door frame and the roller channel and for supporting bearings for the door shaft; actuators (44, 46) pivotally mounted to the ends of the center brace; and upper braces (48, 50) pivotally mounted to the center brace at one end and secured to the mounting brackets (10, 12) at the other end, whereby the center brace is a channel one web of which lies against the roller channel and having a pair of aligned holes in the webs of the channel at opposite ends thereof for receiving pins for pivotally mounting the actuators (44, 46) and upper braces (48, 50), said pins being bolts that also secure the center brace to the roller channel whereby the mounting brackets (10,12), actuators (44,46) and upper braces (48, 50) are fixed dimension elements and the roller channel and center brace are variable dimension elements sized to accommodate the width of the door opening.
Process for the preparation of Sorafenib tosylate ethanol solvate of formula (I - EtOH): comprising the following steps: a) providing a suspension of Sorafenib hemi-tosylate of formula or hydrates thereof: in ethanol 90-95% v/v, b) adding paratoluensulphonic acid or hydrates thereof to the suspension of the step a), c) stirring, d) isolating the product Sorafenib tosylate ethanol solvate of formula (I - EtOH). a) providing a suspension of Sorafenib hemi-tosylate of formula or hydrates thereof: in ethanol 90-95% v/v, b) adding paratoluensulphonic acid or hydrates thereof to the suspension of the step a), c) stirring, d) isolating the product Sorafenib tosylate ethanol solvate of formula (I - EtOH).
A method of establishing a signalling path for a communication session between a calling party and a called party in an Internet Protocol, IP, communications network, wherein said method comprises establishing said signalling path between said calling party and said called party via at least one subscriber registrar server and at least one application services server invoking at least one service for said communication session, characterized in that at least one subscriber registrar server is at least partly released from said signalling path for said at least one service, while said communication session is in its active phase.
Method for generating a pair of terminal associated keys comprising the steps of: providing on a home gateway in a home area network a pair of gateway associated keys comprising a public gateway key (Pub-G) and a private gateway key (Pr-G); providing on a terminal of the home area network a terminal associated first terminal key (T-1) and accessing the public gateway key (Pub-G); generating a second terminal key (T-2) by encrypting the first terminal key (T-1) with the public gateway key (Pub-G) on the terminal; transferring the second terminal key (T-2) from the terminal to the home gateway and decrypting on the home gateway the second terminal key (T-2) with the private gateway key (Pr-G) in order to obtain the first terminal key (T-1); generating a pair of terminal associated keys comprising a public terminal key (Pub-T) and a private terminal key (Pr-T) on the home gateway; generating an encrypted private terminal key (ePr-T) by encrypting the private terminal key (Pr-T) with the first terminal key (T-1) on the home gateway; transferring the public terminal key (Pub-T) and the encrypted private terminal key (ePr-T) to the terminal; and decrypting the encrypted private terminal key (ePr-T) with the first terminal key (T-1). providing on a home gateway in a home area network a pair of gateway associated keys comprising a public gateway key (Pub-G) and a private gateway key (Pr-G); providing on a terminal of the home area network a terminal associated first terminal key (T-1) and accessing the public gateway key (Pub-G); generating a second terminal key (T-2) by encrypting the first terminal key (T-1) with the public gateway key (Pub-G) on the terminal; transferring the second terminal key (T-2) from the terminal to the home gateway and decrypting on the home gateway the second terminal key (T-2) with the private gateway key (Pr-G) in order to obtain the first terminal key (T-1); generating a pair of terminal associated keys comprising a public terminal key (Pub-T) and a private terminal key (Pr-T) on the home gateway; generating an encrypted private terminal key (ePr-T) by encrypting the private terminal key (Pr-T) with the first terminal key (T-1) on the home gateway; transferring the public terminal key (Pub-T) and the encrypted private terminal key (ePr-T) to the terminal; and decrypting the encrypted private terminal key (ePr-T) with the first terminal key (T-1).
Electrical plug-in connector for a multicore electric cable, comprising - at least two cable-side electrical contact elements (31, 32) with associated electrical connection points (33, 34) to which in each case one core (11, 12) of the electric cable is to be connected, and - at least two output-side electrical contact elements (71, 72), from each of which an electrical plug element (73, 74) protrudes, it being possible for an electrical connection to a mating plug to be established by means of the said electrical plug element, wherein an electrically conductive carrier body is arranged between the cable-side contact elements (31, 32) and the output-side contact elements (71, 72), the said electrically conductive carrier body carrying an electrical component by means of which the at least two cable-side and the at least two output-side contact elements (31, 32; 71, 72) are electrically connected to one another, characterized in that the component is held by the carrier body, without one of the cable-side or output-side contact elements (31, 32; 71, 72) being in electrical contact with the carrier body as a result. - at least two cable-side electrical contact elements (31, 32) with associated electrical connection points (33, 34) to which in each case one core (11, 12) of the electric cable is to be connected, and - at least two output-side electrical contact elements (71, 72), from each of which an electrical plug element (73, 74) protrudes, it being possible for an electrical connection to a mating plug to be established by means of the said electrical plug element,
A printing system comprising: halftone-selection-chart output means for outputting a halftone selection chart including quality comparison and evaluation image regions of two or more kinds of halftone processes defined by two or more kinds of halftone processing rules of which balances of priority for a plurality of requirements required in the halftone process are different; halftone selection operating means for receiving a user operation of selecting the kind of any one halftone process from the two or more kinds of halftone processes used in the halftone selection chart output by the halftone-selection-chart output means; an image quality evaluation processing unit configured to evaluate an image quality including a streak of a simulation image of a printed image generated based on characteristic parameters related to characteristics of the printing system; and a halftone process generation unit configured to generate halftone processing rules that define processing contents of the two or more kinds of halftone processes based on evaluation of the image quality including a streak of the simulation image. halftone-selection-chart output means for outputting a halftone selection chart including quality comparison and evaluation image regions of two or more kinds of halftone processes defined by two or more kinds of halftone processing rules of which balances of priority for a plurality of requirements required in the halftone process are different; halftone selection operating means for receiving a user operation of selecting the kind of any one halftone process from the two or more kinds of halftone processes used in the halftone selection chart output by the halftone-selection-chart output means; an image quality evaluation processing unit configured to evaluate an image quality including a streak of a simulation image of a printed image generated based on characteristic parameters related to characteristics of the printing system; and a halftone process generation unit configured to generate halftone processing rules that define processing contents of the two or more kinds of halftone processes based on evaluation of the image quality including a streak of the simulation image.
A method for producing a secure identification document with a color portrait, comprising: etching identity information on the substrate of the data surface of document by laser, and the identity information comprises a black-and-white portrait and text information; printing a color portrait on a blank space of the substrate with color ink to obtain a personalized data surface; the color portrait is an enlargement of the black-and-white portrait in equal proportion; and printing a transparent protective layer with a transparent varnish on the upper surface of the personalized data surface, and the protective layer covers the color portrait, wherein when the transparent protective layer is printed, a printing thickness of a predetermined region in the transparent protective layer is increased or reduced, so that a transparent anti-counterfeiting mark with a predetermined graphic and/or text is formed in the predetermined region, wherein, before the transparent protective layer is printed on the upper surface of the personalized data surface, the method comprises: printing a first anti-counterfeiting mark on the personalized data surface by using optically variable, liquid crystal ink; and changing the color of the first anti-counterfeiting mark and curing the mark sequentially, so that an optically variable mark is generated on the personalized data surface. etching identity information on the substrate of the data surface of document by laser, and the identity information comprises a black-and-white portrait and text information; printing a color portrait on a blank space of the substrate with color ink to obtain a personalized data surface; the color portrait is an enlargement of the black-and-white portrait in equal proportion; and printing a transparent protective layer with a transparent varnish on the upper surface of the personalized data surface, and the protective layer covers the color portrait, wherein when the transparent protective layer is printed, a printing thickness of a predetermined region in the transparent protective layer is increased or reduced, so that a transparent anti-counterfeiting mark with a predetermined graphic and/or text is formed in the predetermined region, wherein, before the transparent protective layer is printed on the upper surface of the personalized data surface, the method comprises: printing a first anti-counterfeiting mark on the personalized data surface by using optically variable, liquid crystal ink; and changing the color of the first anti-counterfeiting mark and curing the mark sequentially, so that an optically variable mark is generated on the personalized data surface. printing a first anti-counterfeiting mark on the personalized data surface by using optically variable, liquid crystal ink; and changing the color of the first anti-counterfeiting mark and curing the mark sequentially, so that an optically variable mark is generated on the personalized data surface.
An oil transfer unit comprising: a stationary part comprising an oil mouth; a rotating part having an inner chamber and an outer cylindrical surface extending along an axis; a floating part, which has a cylindrical surface fitted onto said outer cylindrical surface with a radial gap, so as to define a non-contact configuration, is coupled to said stationary part in an angularly fixed position about said axis and with a defined freedom of movement; an annular groove defined by said rotating part and said floating part and permanently communicating with said oil mouth and with said inner chamber; said radial gap defining, in use, an oil film sealing each side of said groove; characterized in that said floating part comprises a support body and an annular pad, which are distinct from each other; said cylindrical surface being defined by said pad; the unit comprising an angular retaining constraint (92,93) retaining said pad in an angularly fixed position with respect to said body; at least one element being breakable or plastically deformable to release said angular retaining constraint when the torque transferred, in use, to said body exceeds a defined threshold value. a stationary part comprising an oil mouth; a rotating part having an inner chamber and an outer cylindrical surface extending along an axis; a floating part, which has a cylindrical surface fitted onto said outer cylindrical surface with a radial gap, so as to define a non-contact configuration, is coupled to said stationary part in an angularly fixed position about said axis and with a defined freedom of movement; an annular groove defined by said rotating part and said floating part and permanently communicating with said oil mouth and with said inner chamber; said radial gap defining, in use, an oil film sealing each side of said groove;
A method executed by a terminal (101; 201; 301), the method comprising: identifying whether a data request occurs (S210; S310); estimating an amount of data to be received (S220; S370) based on a data amount stored in the terminal that is received from a server (207; 307) previously, in case that the data request occurs; calculating an amount of battery consumption (S230; S380) for each access network of a plurality of access networks based on the estimated amount of data; selecting an access network (S240; S385), from among the plurality of access networks, having a smallest amount of battery consumption; and transmitting the data request (S250; S390) to the server (207; 307) according to the selected access network. identifying whether a data request occurs (S210; S310); estimating an amount of data to be received (S220; S370) based on a data amount stored in the terminal that is received from a server (207; 307) previously, in case that the data request occurs; calculating an amount of battery consumption (S230; S380) for each access network of a plurality of access networks based on the estimated amount of data; selecting an access network (S240; S385), from among the plurality of access networks, having a smallest amount of battery consumption; and transmitting the data request (S250; S390) to the server (207; 307) according to the selected access network.
A system for predicting a shape, the system comprising: at least one database configured to store a first set of training models, a second set of training models, and a subject model, wherein each model in the first set of training models corresponds to a model in the second set of training models, wherein the first set of training models and the subject model are characterized by a first parameter, and wherein the second set of training models is characterized by a second parameter; a training analysis module configured to determine a relationship between the first set of training models and the second set of training models; a subject analysis module configured to determine a relationship between the subject model and the first set of training models; and a prediction module configured to generate a predicted shape based on the relationship between the first set of training models and the second set of training models and on the relationship between the subject model and the first set of training models, the predicted shape being characterized by the second parameter, wherein the first set of training models and the second set of training models comprise anatomical models, the first parameter is bone, and the second parameter is cartilage. at least one database configured to store a first set of training models, a second set of training models, and a subject model, wherein each model in the first set of training models corresponds to a model in the second set of training models, wherein the first set of training models and the subject model are characterized by a first parameter, and wherein the second set of training models is characterized by a second parameter; a training analysis module configured to determine a relationship between the first set of training models and the second set of training models; a subject analysis module configured to determine a relationship between the subject model and the first set of training models; and a prediction module configured to generate a predicted shape based on the relationship between the first set of training models and the second set of training models and on the relationship between the subject model and the first set of training models, the predicted shape being characterized by the second parameter, wherein the first set of training models and the second set of training models comprise anatomical models, the first parameter is bone, and the second parameter is cartilage.
A method performed by a user equipment configured for use in a wireless communication system, the method comprising: receiving system information and a value tag indicating a version of the system information, wherein the value tag is associated with a validity time period for which the version of the system information is deemed valid, wherein the value tag is one of multiple different possible value tags, wherein at least two of the different possible value tags are respectively associated with different possible validity time periods, wherein a table at the user equipment maps each different possible value tag to one of the different possible validity time periods, wherein at least two of the different possible value tags are respectively mapped to different possible validity time periods. receiving system information and a value tag indicating a version of the system information, wherein the value tag is associated with a validity time period for which the version of the system information is deemed valid, wherein the value tag is one of multiple different possible value tags, wherein at least two of the different possible value tags are respectively associated with different possible validity time periods, wherein a table at the user equipment maps each different possible value tag to one of the different possible validity time periods, wherein at least two of the different possible value tags are respectively mapped to different possible validity time periods.
A process for producing epoxide, the process comprising: contacting an organic phase comprising at least one halohydrin with at least one aqueous phase comprising a base wherein the combined organic and aqueous phase comprise a biphasic mixture, in a plug-flow mixer/reactor system to disperse the organic phase in the aqueous phase via a mixing device imparting a power-to-mass ratio of at least 3 W/kg to convert at least a portion of the at least one halohydrin to an epoxide. contacting an organic phase comprising at least one halohydrin with at least one aqueous phase comprising a base wherein the combined organic and aqueous phase comprise a biphasic mixture, in a plug-flow mixer/reactor system to disperse the organic phase in the aqueous phase via a mixing device imparting a power-to-mass ratio of at least 3 W/kg to convert at least a portion of the at least one halohydrin to an epoxide.
A non-therapeutic, non-surgical method of enhancing penetration of a cosmetic benefit agent into skin using an ultrasound device, comprising: a.) a housing having bottom portion comprising an application surface, b.) a power source positioned in the housing; c.) an acoustic transducer positioned in the housing in electrical communication with the power source for producing ultrasound waves and oriented such that the ultrasound waves are projected from the transducer at an angle e that ranges from 5° to 75° relative to the surface of the application surface, wherein the method comprises applying a topical composition comprising the cosmetic benefit agent to the skin or scalp followed by application of ultrasound from the ultrasound device at a frequency ranging from 100 kHz to 3000 kHz at the area of application of the topical composition for a duration ranging from 5 seconds to 1 minute, wherein the acoustic transducer is positioned over the area of application such that the ultrasound waves are directed towards the area at an angle θ that ranges from 5° to 75° relative to the surface of the area, wherein the method comprises at least 2 consecutive applications of ultrasound. a.) a housing having bottom portion comprising an application surface, b.) a power source positioned in the housing; c.) an acoustic transducer positioned in the housing in electrical communication with the power source for producing ultrasound waves and oriented such that the ultrasound waves are projected from the transducer at an angle e that ranges from 5° to 75° relative to the surface of the application surface, wherein the method comprises applying a topical composition comprising the cosmetic benefit agent to the skin or scalp followed by application of ultrasound from the ultrasound device at a frequency ranging from 100 kHz to 3000 kHz at the area of application of the topical composition for a duration ranging from 5 seconds to 1 minute, wherein the acoustic transducer is positioned over the area of application such that the ultrasound waves are directed towards the area at an angle θ that ranges from 5° to 75° relative to the surface of the area, wherein the method comprises at least 2 consecutive applications of ultrasound.