mhurhangee/patent-ind-claim-en huggingface dataset:
A process for activating a hydrotreating catalyst which process comprises contacting a hydrotreating catalyst comprising a Group VIB metal oxide and a Group VIII metal oxide with an acid and an organic additive wherein the organic additive is an organic oxygen- or nitrogen-containing compound, with a boiling point in the range of 100- 400°C and a solubility in water of at least 5 grams per liter at 20°C and at atmospheric pressure and is selected from the group of compounds comprising at least two hydroxyl groups and 2-10 carbon atoms per molecule and the ethers or polyethers of these compounds followed by drying under such conditions that at least 50 wt% of the additive is maintained in the catalyst, wherein the hydrotreating catalyst is a used hydrotreating catalyst which has been regenerated or wherein the hydrotreating catalyst is a fresh hydrotreating catalyst.
An apparatus for protection of an elongated structural support from impact, the apparatus comprising an elongated impact protection component in the form of a unitary part, wherein the elongated impact protection component includes: - a body including opposing end portions , a first side portion and a second side portion opposing the first side portion , an inner surface and an outer surface , and - a plurality of projections , extending from the first side portion and the second side portion of the body and spaced along a length of the elongated impact protection component , wherein the projections comprise integrally formed connectors for interlocking connection to other same type impact protection components , wherein the projections extending from first side portion of the body are in an alternating arrangement with, or are otherwise offset from the projections extending from the second side portion of the body , and wherein the projections extend away from the body at an angle relative thereto, characterized in that the projections extending from the first side portion of the elongated protection component include channels having a cross-sectional shape, and wherein the projections extending from the second side portion of the elongated protection component include ribs having a complementary cross-sectional shape to the cross-sectional shape of the channels , wherein the ribs and the channels can interlock so as to provide a friction fit that secures the column protection apparatus to other protector extender components. - a body including opposing end portions , a first side portion and a second side portion opposing the first side portion , an inner surface and an outer surface , and - a plurality of projections , extending from the first side portion and the second side portion of the body and spaced along a length of the elongated impact protection component , wherein the projections comprise integrally formed connectors for interlocking connection to other same type impact protection components , wherein the projections extending from first side portion of the body are in an alternating arrangement with, or are otherwise offset from the projections extending from the second side portion of the body , and wherein the projections extend away from the body at an angle relative thereto, characterized in that the projections extending from the first side portion of the elongated protection component include channels having a cross-sectional shape, and wherein the projections extending from the second side portion of the elongated protection component include ribs having a complementary cross-sectional shape to the cross-sectional shape of the channels , wherein the ribs and the channels can interlock so as to provide a friction fit that secures the column protection apparatus to other protector extender components.
Method for providing enhanced and/or more efficient fixed-mobile convergence capabilities and/or device discovery capabilities within a telecommunications network , wherein a home gateway device , being connected to the telecommunications network , provides connectivity or the possibility to connect, to the telecommunications network , to one or a plurality of client devices or user equipments connected to the home gateway device , wherein a specific client device or user equipment - besides being able to connect to the home gateway device - is capable to connect to the telecommunications network , or to another telecommunications network, using a subscriber identity module integrated with the specific client device or user equipment , wherein the method comprises the following steps: -- in a first step, the specific client device or user equipment is connected to or connects to the home gateway device in order to connect to the telecommunications network , -- in a second step, subsequent to the first step, the home gateway device uses the connection to the specific client device or user equipment to initiate an exchange of messages according to an authentication or key exchange protocol, the authentication or key exchange protocol being a protocol out of an extensible authentication protocol, EAP, and an enhanced authentication and key agreement, AKA, wherein an identity information of the specific client device or user equipment is transmitted to the home gateway device as part of at least one message of the authentication or key exchange protocol used, and the method further being characterized in that : -- in a third step, subsequent to the second step, the authentication or key exchange protocol is prematurely terminated. -- in a first step, the specific client device or user equipment is connected to or connects to the home gateway device in order to connect to the telecommunications network , -- in a second step, subsequent to the first step, the home gateway device uses the connection to the specific client device or user equipment to initiate an exchange of messages according to an authentication or key exchange protocol, the authentication or key exchange protocol being a protocol out of an extensible authentication protocol, EAP, and an enhanced authentication and key agreement, AKA, wherein an identity information of the specific client device or user equipment is transmitted to the home gateway device as part of at least one message of the authentication or key exchange protocol used, and the method further being characterized in that : -- in a third step, subsequent to the second step, the authentication or key exchange protocol is prematurely terminated.
A fuel system , comprising: a fluoroscopy device , a fuel line configured to allow a fuel to flow therethrough, the fluoroscopy device attached to the fuel line , wherein the fluoroscopy device is configured to input excitation radiation directly into an interior of the fuel line and to receive fluorescent radiation emitted from the fuel in the fuel line , characterised in that the fuel line includes a bend and in that the fluoroscopy device is disposed at the bend . a fluoroscopy device , a fuel line configured to allow a fuel to flow therethrough, the fluoroscopy device attached to the fuel line , wherein the fluoroscopy device is configured to input excitation radiation directly into an interior of the fuel line and to receive fluorescent radiation emitted from the fuel in the fuel line , characterised in that the fuel line includes a bend and in that the fluoroscopy device is disposed at the bend .
A seed transfer unit for an agricultural planter, comprising: a first transfer body comprising a first plate with a first cylindrical sidewall extending perpendicularly from the plate ; a second transfer body comprising a second plate with a second cylindrical sidewall extending perpendicularly from the plate ; wherein the first and second plates are mounted to permit relative rotation therebetween about a device axis coincident with the major axes through the first and second cylindrical side walls , with the first and second plates parallel, and with the second cylindrical side wall disposed within, and concentric with, the first cylindrical side wall , such that the first and second plates and first and second cylindrical side walls define an annular space therebetween; and wherein each of the first and second plates has at least one ridge portion extending into the annular space, which ridge portions cooperate to carry a seed through the annular space as the first and second plates rotate relative to one another; characterised in that the first plate has an inlet aperture through which a seed may pass to the annular space, and the second plate has at least one outlet aperture through which a seed is ejected from the annular space; and in that all ridge portions are arcuate ridge portions concentric with the respective cylindrical side wall which ridge portions cooperate to carry a seed through the annular space from the inlet aperture to the, or one of the, outlet apertures . a first transfer body comprising a first plate with a first cylindrical sidewall extending perpendicularly from the plate ; a second transfer body comprising a second plate with a second cylindrical sidewall extending perpendicularly from the plate ; wherein the first and second plates are mounted to permit relative rotation therebetween about a device axis coincident with the major axes through the first and second cylindrical side walls , with the first and second plates parallel, and with the second cylindrical side wall disposed within, and concentric with, the first cylindrical side wall , such that the first and second plates and first and second cylindrical side walls define an annular space therebetween; and wherein each of the first and second plates has at least one ridge portion extending into the annular space, which ridge portions cooperate to carry a seed through the annular space as the first and second plates rotate relative to one another; characterised in that the first plate has an inlet aperture through which a seed may pass to the annular space, and the second plate has at least one outlet aperture through which a seed is ejected from the annular space; and in that all ridge portions are arcuate ridge portions concentric with the respective cylindrical side wall which ridge portions cooperate to carry a seed through the annular space from the inlet aperture to the, or one of the, outlet apertures .
Force transmission unit which has a cable , in particular a wire cable, and a device for the introduction of a force into the cable , and comprises a sleeve which encloses an end section of the cable and is connected under deformation to the cable , a connecting member which is arranged between the sleeve and the cable being provided, which connecting member is formed from a material which has a smaller strength than the materials from which the sleeve and an outer face of the cable are formed, characterized in that the sleeve has a thickened wall portion at at least one end at which the connecting member is inserted into the sleeve , encases the connecting member completely and surrounds it at the end .
A method for determining the thermal donor concentration ([TD]test) of a test sample made of a semiconductor material, comprising the following steps: - providing (S11) a reference sample made of the same semiconductor material and having a known thermal donor concentration ([TD] ref ); - measuring (S12) with a photoluminescence tool a photoluminescence signal of the reference sample for at least one photoluminescence photon energy comprised between 0.65 eV and 0.8 eV, the photoluminescence signal of the reference sample exhibiting an intensity peak (P1) in a photon energy range of 0.65 eV to 0.8 eV; - determining (S13), from the photoluminescence signal of the reference sample, an experimental relationship between the thermal donor concentration ([TD]) and a parameter representative of the intensity peak; - measuring (S14) with the photoluminescence tool a photoluminescence signal of the test sample for at least one photoluminescence photon energy comprised between 0.65 eV and 0.8 eV; - determining (S15) from the photoluminescence signal of the test sample a specific value of said parameter; and - determining (S15) the thermal donor concentration ([TD]test) of the test sample from the specific value of said parameter by using said experimental relationship. - providing (S11) a reference sample made of the same semiconductor material and having a known thermal donor concentration ([TD] ref ); - measuring (S12) with a photoluminescence tool a photoluminescence signal of the reference sample for at least one photoluminescence photon energy comprised between 0.65 eV and 0.8 eV, the photoluminescence signal of the reference sample exhibiting an intensity peak (P1) in a photon energy range of 0.65 eV to 0.8 eV; - determining (S13), from the photoluminescence signal of the reference sample, an experimental relationship between the thermal donor concentration ([TD]) and a parameter representative of the intensity peak; - measuring (S14) with the photoluminescence tool a photoluminescence signal of the test sample for at least one photoluminescence photon energy comprised between 0.65 eV and 0.8 eV; - determining (S15) from the photoluminescence signal of the test sample a specific value of said parameter; and - determining (S15) the thermal donor concentration ([TD]test) of the test sample from the specific value of said parameter by using said experimental relationship.
System for controlling a lift truck , including: - Human control members generating signals for manually handling actuators of the vehicle, - A module for detecting the vehicle environment, - A navigation module making it possible to generate handling set point signals as a function of an instruction received, - A control module generating handling signals, this control module comprising: ∘ An automatic control sub-module generating autonomous handling signals sent to one or more actuators of the vehicle, as a function of the set point signals and the information from the detection module, ∘ An assisted control sub-module generating manual handling signals corrected as a function of the manual handling signals and the information from the detection module and/or the handling set point signals, - A switching module arranged to select one or more manual handling signals and/or one or more autonomous handling signals, and/or one or more corrected manual handling signals. - Human control members generating signals for manually handling actuators of the vehicle, - A module for detecting the vehicle environment, - A navigation module making it possible to generate handling set point signals as a function of an instruction received, - A control module generating handling signals, this control module comprising: ∘ An automatic control sub-module generating autonomous handling signals sent to one or more actuators of the vehicle, as a function of the set point signals and the information from the detection module, ∘ An assisted control sub-module generating manual handling signals corrected as a function of the manual handling signals and the information from the detection module and/or the handling set point signals, ∘ An automatic control sub-module generating autonomous handling signals sent to one or more actuators of the vehicle, as a function of the set point signals and the information from the detection module, ∘ An assisted control sub-module generating manual handling signals corrected as a function of the manual handling signals and the information from the detection module and/or the handling set point signals, - A switching module arranged to select one or more manual handling signals and/or one or more autonomous handling signals, and/or one or more corrected manual handling signals.
An apparatus for use in wirelessly charging portable devices and in both powering and authenticating remote operator-carried transponders for activating an automotive circuit , the apparatus comprising: a first circuit-based module configured and arranged to operate in a first mode to generate and transmit a first signal to wirelessly charge a portable device , and in response to detecting the presence of a remote transponder , operate in a second mode to generate and transmit a second signal to power and communicate authentication data with the remote transponder ; and a second circuit-based module configured and arranged to authenticate the remote transponder by accessing and processing stored authentication data with authentication data carried in signals received from the remote transponder via the first module , and generate an output for activating the automotive circuit based upon the authentication, the apparatus being characterized in that it further includes a common antenna connected to the first module , the first module being configured and arranged to transmit both of the respective first and second signals via the common antenna using a common carrier frequency. a first circuit-based module configured and arranged to operate in a first mode to generate and transmit a first signal to wirelessly charge a portable device , and in response to detecting the presence of a remote transponder , operate in a second mode to generate and transmit a second signal to power and communicate authentication data with the remote transponder ; and operate in a first mode to generate and transmit a first signal to wirelessly charge a portable device , and in response to detecting the presence of a remote transponder , operate in a second mode to generate and transmit a second signal to power and communicate authentication data with the remote transponder ; and a second circuit-based module configured and arranged to authenticate the remote transponder by accessing and processing stored authentication data with authentication data carried in signals received from the remote transponder via the first module , and generate an output for activating the automotive circuit based upon the authentication, the apparatus being characterized in that it further includes a common antenna connected to the first module , the first module being configured and arranged to transmit both of the respective first and second signals via the common antenna using a common carrier frequency.
A print module comprising: a cradle defining a longitudinal cavity and an access opening at a first end of the longitudinal cavity, the cradle comprising a supply assembly slidably received therein; an elongate printhead carrier positioned in the longitudinal cavity, the printhead carrier being pivotable about a pivot axis at a second end of the cradle opposite the first end; and an elongate printhead longitudinally slidably engaged with the printhead carrier , wherein the printhead is removable from the cradle via pivoting of the printhead carrier and longitudinally sliding the printhead relative to the printhead carrier through the access opening ; and characterized in that : the supply assembly is slidably movable towards and away from the printhead for detachable connection thereto. a cradle defining a longitudinal cavity and an access opening at a first end of the longitudinal cavity, the cradle comprising a supply assembly slidably received therein; an elongate printhead carrier positioned in the longitudinal cavity, the printhead carrier being pivotable about a pivot axis at a second end of the cradle opposite the first end; and an elongate printhead longitudinally slidably engaged with the printhead carrier , wherein the printhead is removable from the cradle via pivoting of the printhead carrier and longitudinally sliding the printhead relative to the printhead carrier through the access opening ; and characterized in that : the supply assembly is slidably movable towards and away from the printhead for detachable connection thereto.
A stent comprising a line-shaped body including a plurality of straight parts and a plurality of curved parts , the line-shaped body extending in a helical form in a circumferential direction while reciprocating in an axial direction by the straight parts and the curved parts alternately continuing, wherein (i) the straight parts of the line-shaped body have a substantially constant thickness throughout the stent ; and (ii) a certain number of the curved parts of the line-shaped body has a different thickness from others, (iii) wherein the curved parts include at least one of a thickened curved part and a thinned curved part relative to a largest number of basic-thick curved parts, (iv) wherein in a central portion of the stent , the straight parts have a roughly constant length dimension, characterized in that (v) while in opposite side portions of the stent , there is provided a long part where the straight part is elongated and longer than the straight parts in the central portion, and the curved part connected to the long part comprises the thickened curved part, (vi) wherein in the opposite side portions of the stent , there is provided a short part where the straight part is shortened and shorter than the straight parts in the central portion, and the curved part connected to the short part comprises the thinned curved part. (i) the straight parts of the line-shaped body have a substantially constant thickness throughout the stent ; and (ii) a certain number of the curved parts of the line-shaped body has a different thickness from others, (iii) wherein the curved parts include at least one of a thickened curved part and a thinned curved part relative to a largest number of basic-thick curved parts, (iv) wherein in a central portion of the stent , the straight parts have a roughly constant length dimension, characterized in that (v) while in opposite side portions of the stent , there is provided a long part where the straight part is elongated and longer than the straight parts in the central portion, and the curved part connected to the long part comprises the thickened curved part, (vi) wherein in the opposite side portions of the stent , there is provided a short part where the straight part is shortened and shorter than the straight parts in the central portion, and the curved part connected to the short part comprises the thinned curved part.