mhurhangee/patent-ind-claim-en huggingface dataset:
A catalyst composition comprising a support having deposited thereon catalytically active metals comprising from 2 up to 8% by wt. of copper, zero up to 0.6 moles/kg of one or more alkali metals, from 0.08 up to 0.85 moles/kg of one or more alkaline earth metals and from 0.09 up to 0.9 moles/kg of a transition metal comprising Mn, all based upon the total weight of the final catalyst composition, where all of the metals are impregnated in forms of their chlorides or other water soluble salts on a fluidizable support with BET surface of from 80 up to 220 m 2 /g, wherein the composition is substantially free of rare earth metals.
A communication apparatus comprising: a reading means configured to read (S601, 700) a two-dimensional code displayed by a device ; an analysing means configured to analyse (S602) whether the two-dimensional code enables the use of a wireless infrastructure function or a direct wireless communication function of the device ; a searching means configured, if the two-dimensional code enables the use of the wireless infrastructure function, to search (S603, 710) in a wireless infrastructure network for the device having the address information included in the two-dimensional code; a determination means configured, in a case where the device cannot be detected in the wireless infrastructure network through the search operation (S603), to determine (S604, S1101) whether the direct wireless communication function of the device can be used, based on information included in the two-dimensional code; and a notification means configured to notify (S605, S1102, 730) a user of the communication apparatus to use the direct wireless communication function of the device when it has been determined that the direct wireless communication function of the device can be used. a reading means configured to read (S601, 700) a two-dimensional code displayed by a device ; an analysing means configured to analyse (S602) whether the two-dimensional code enables the use of a wireless infrastructure function or a direct wireless communication function of the device ; a searching means configured, if the two-dimensional code enables the use of the wireless infrastructure function, to search (S603, 710) in a wireless infrastructure network for the device having the address information included in the two-dimensional code; a determination means configured, in a case where the device cannot be detected in the wireless infrastructure network through the search operation (S603), to determine (S604, S1101) whether the direct wireless communication function of the device can be used, based on information included in the two-dimensional code; and a notification means configured to notify (S605, S1102, 730) a user of the communication apparatus to use the direct wireless communication function of the device when it has been determined that the direct wireless communication function of the device can be used.
Edge strip for pieces of furniture, comprising a melting layer and a structural layer connected to the melting layer , characterized in that the melting layer contains both polar and non-polar components in the molecular structure, and in that the melting layer contains energy-absorbing additives.
An access management apparatus comprising a gateway including an access management function unit that is connected between an access source (AS) and a plurality of processing systems which process an access request from the access source (AS), and that is configured to receive the access request from the access source (AS), and to control the access request based on an access management policy set independently of protocols of the processing systems, characterized in that the access management policy, the access source (AS), an access destination of the access source (AS), and detail of an access limit with respect to the access request are associated, wherein the detail of the access limit is a possible operation of the access source (AS) with respect to the access destination, wherein the possible operation includes adding, referencing, updating or deleting.
A method of communication, comprising: receiving a message at a source access point , wherein the message indicates that radio link failure occurred during handover from the source access point to a target access point of at least one access terminal ; and adapting at the source access point at least one mobility parameter based on the received message; wherein the message is received from the target access point for the handover. receiving a message at a source access point , wherein the message indicates that radio link failure occurred during handover from the source access point to a target access point of at least one access terminal ; and adapting at the source access point at least one mobility parameter based on the received message; wherein the message is received from the target access point for the handover.
A guide wire, comprising: a first flexible element ; a distal core extending within the first flexible element; a mounting structure fixedly secured to the distal core, the mounting structure being made up of a plurality of material layers (330-338) secured to one another, wherein each of the plurality of material layers is a plate-like structure and wherein the plurality of material layers together define a recess sized and shaped to receive a pressure sensing component; a pressure sensing component mounted to the mounting structure; a proximal core fixedly attached to the mounting structure and extending proximally from the mounting structure; and at least one conductor having a proximal section and a distal section, wherein the distal section of the at least one conductor is coupled to the pressure sensing component and the proximal section of the at least one conductor is coupled to at least one connector ; wherein the first flexible element and the mounting structure have an outer diameter of 0.889 mm (0.035") or less. a first flexible element ; a distal core extending within the first flexible element; a mounting structure fixedly secured to the distal core, the mounting structure being made up of a plurality of material layers (330-338) secured to one another, wherein each of the plurality of material layers is a plate-like structure and wherein the plurality of material layers together define a recess sized and shaped to receive a pressure sensing component; a pressure sensing component mounted to the mounting structure; a proximal core fixedly attached to the mounting structure and extending proximally from the mounting structure; and at least one conductor having a proximal section and a distal section, wherein the distal section of the at least one conductor is coupled to the pressure sensing component and the proximal section of the at least one conductor is coupled to at least one connector ; wherein the first flexible element and the mounting structure have an outer diameter of 0.889 mm (0.035") or less.
A method for producing a molded body as casting mold part or as core, comprising (i) mixing refractory base molding materials with a binding agent containing (P) one or several polyol compounds with at least 2 hydroxy groups per molecule and (I) one or several isocyanate compounds with at least two 2 isocyanate groups per molecule, to obtain a molding material mixture, and (ii) introducing the molding material mixture or the constituents thereof into a molding tool; (iii) curing the molding material mixture in the molding tool with at least one tertiary amine (A) as catalyst, in order to obtain a self-supporting mold; and (iv) subsequent separating of the cured mold from the tool and optionally further curing, whereby a cured molded body is obtained, wherein the curing of the molding material mixture takes place in the molding tool in that the tertiary amine or a mixture of tertiary amines is introduced in a gaseous manner into the molding material mixture located in a molding tool, - together with at least one gaseous solvent (B) or - the gaseous tertiary amine is introduced first into the molding material mixture and subsequently at least one gaseous solvent (B), or - the gaseous solvent (B) is introduced first into the molding material mixture and subsequently the gaseous tertiary amine, optionally in each case together with a carrier gas and wherein (A) and (B) are used at a weight ratio of 95 : 5 to 5 : 95 and the amine (A) dissolves completely in the solvent (B) at room temperature (25°C) and the solvent (B) has a boiling point of between 20°C and 220°C, measured at normal pressure (1013 mbar), wherein polar solvents, alkyl silanes, alkoxy silanes, mixed alkyl alkoxy silanes, aromatic, cycloaliphatic, and aliphatic hydrocarbon solvents as well as mixtures of the mentioned substance classes are used as solvent (B). (i) mixing refractory base molding materials with a binding agent containing (P) one or several polyol compounds with at least 2 hydroxy groups per molecule and (I) one or several isocyanate compounds with at least two 2 isocyanate groups per molecule, to obtain a molding material mixture, and (P) one or several polyol compounds with at least 2 hydroxy groups per molecule and (I) one or several isocyanate compounds with at least two 2 isocyanate groups per molecule, (ii) introducing the molding material mixture or the constituents thereof into a molding tool; (iii) curing the molding material mixture in the molding tool with at least one tertiary amine (A) as catalyst, in order to obtain a self-supporting mold; and (iv) subsequent separating of the cured mold from the tool and optionally further curing, whereby a cured molded body is obtained, - together with at least one gaseous solvent (B) or - the gaseous tertiary amine is introduced first into the molding material mixture and subsequently at least one gaseous solvent (B), or - the gaseous solvent (B) is introduced first into the molding material mixture and subsequently the gaseous tertiary amine,
A rotary impact tool comprising: an impact mechanism that generates an intermittent rotary impact force in an output shaft by using a motor output; an impact detection unit that detects an impact applied by the impact mechanism to the output shaft ; a rotation angle detection unit that detects a rotation angle of a motor or an anvil ; a mode setting unit that sets a parameter setting mode for setting a plurality of parameter values for torque management or a work mode; a torque estimation unit that calculates a tightening torque value by using a detection result from the impact detection unit and a detection result from the rotation angle detection unit ; a parameter setting unit that sets a plurality of parameter values in the parameter setting mode; and a control unit that stops, in the work mode, a rotation of the motor based on the plurality of parameter values set by the parameter setting unit and in accordance with the tightening torque value calculated by the torque estimation unit , the rotary impact tool further comprising a work information storage unit that stores, in the parameter setting mode, the tightening torque value calculated by the torque estimation unit during a tightening work according to a user operation, wherein the parameter setting unit sets the plurality of parameter values based on the tightening torque value stored in the work information storage unit . an impact mechanism that generates an intermittent rotary impact force in an output shaft by using a motor output; an impact detection unit that detects an impact applied by the impact mechanism to the output shaft ; a rotation angle detection unit that detects a rotation angle of a motor or an anvil ; a mode setting unit that sets a parameter setting mode for setting a plurality of parameter values for torque management or a work mode; a torque estimation unit that calculates a tightening torque value by using a detection result from the impact detection unit and a detection result from the rotation angle detection unit ; a parameter setting unit that sets a plurality of parameter values in the parameter setting mode; and a control unit that stops, in the work mode, a rotation of the motor based on the plurality of parameter values set by the parameter setting unit and in accordance with the tightening torque value calculated by the torque estimation unit , the rotary impact tool further comprising a work information storage unit that stores, in the parameter setting mode, the tightening torque value calculated by the torque estimation unit during a tightening work according to a user operation, wherein the parameter setting unit sets the plurality of parameter values based on the tightening torque value stored in the work information storage unit .
A method for monitoring the load status of commercial vehicles or interchangeable bodies for commercial vehicles , wherein - a camera records an inspection image of a cargo space , - an evaluation unit compares the inspection image to a stored reference image and calculates at least one characteristic value for the extent of a cargo space component occupied with cargo or free of cargo, - during the comparison, the part of the inspection image showing a cargo surface is divided into inspection image sections , each one of which shows an imaginary cargo surface parcel, - each inspection image section is individually compared to an associated reference image section and each cargo surface parcel is assessed as either occupied by cargo or free of cargo, the method is characterized in that - a correspondence of the inspection image section to the reference image section is judged on the basis of the brightness and/or the colour values of the pixels forming the test value detail and the reference image section. - a camera records an inspection image of a cargo space , - an evaluation unit compares the inspection image to a stored reference image and calculates at least one characteristic value for the extent of a cargo space component occupied with cargo or free of cargo, - during the comparison, the part of the inspection image showing a cargo surface is divided into inspection image sections , each one of which shows an imaginary cargo surface parcel, - each inspection image section is individually compared to an associated reference image section and each cargo surface parcel is assessed as either occupied by cargo or free of cargo, - a correspondence of the inspection image section to the reference image section is judged on the basis of the brightness and/or the colour values of the pixels forming the test value detail and the reference image section.
Wound care article having at least one planar layer consisting of a woven or non-woven tissue, containing - super-absorbent fibers and - super-absorbent particles, and whereby the planar layer also contains bi-component fibers, and whereby the bi-component fibers contain a portion of a thermoplastic polymer with a comparatively low melting point, which melts when being heated and therefore acts as a hotmelt adhesive. - super-absorbent fibers and - super-absorbent particles, and
An isolated or recombinant peptide molecule consisting of an amino acid sequence bAla-HGLNVNTLSYGD-NH2 (SEQ ID NO: 18).
Method for operator identification of frames to be sent by a communication device (1, Oα) of an operator infrastructure (α) via a first communication network (31, N1), the method for operator identification (T_ID) comprising a first encryption (T_CRYPT), termed gateway encryption, by the communication device (1, Oα) of the operator infrastructure (α), of a frame (tu, ts) destined for a network server (4, 4α, 4β, NS, NSα, NSβ) with a gateway public key (pub_k G ) associated with the communication device (1, Oα) in the operator infrastructure (α), the gateway public key (pub_k G ) being paired with a gateway private key (priv_k G ) stored in at least one gateway (2, G) of the operator infrastructure (α), the gateway public key associated with the communication device having been generated during the attachment of the communication device to the operator infrastructure.
A computer-implemented method comprising: Presenting one or more images to a user; Obtaining gaze tracking data relating to a gaze of the user with respect to the one or more images presented to the user, wherein the gaze tracking data comprise an amount of reflections of light off of a cornea of at least one eye of the user; Detecting one or more first gaze characteristics from the gaze tracking data, wherein the one or more first gaze characteristics indicate a first state of the gaze of the user; and Reducing a brightness of at least a portion of the one or more images presented to the user based on the one or more first gaze characteristics, wherein the one or more first gaze characteristics include a change in corneal reflection value associated with at least one eye of the user, wherein the first state of the gaze of the user is a squinting state which is represented by a squint value that is inversely proportional to the corneal reflection value, and wherein the reduction in brightness is proportional to the squint value. Presenting one or more images to a user; Obtaining gaze tracking data relating to a gaze of the user with respect to the one or more images presented to the user, wherein the gaze tracking data comprise an amount of reflections of light off of a cornea of at least one eye of the user; Detecting one or more first gaze characteristics from the gaze tracking data, wherein the one or more first gaze characteristics indicate a first state of the gaze of the user; and Reducing a brightness of at least a portion of the one or more images presented to the user based on the one or more first gaze characteristics, wherein the one or more first gaze characteristics include a change in corneal reflection value associated with at least one eye of the user, wherein the first state of the gaze of the user is a squinting state which is represented by a squint value that is inversely proportional to the corneal reflection value, and wherein the reduction in brightness is proportional to the squint value.
A cosmetic pot having a base comprising: - A body , formed by a bottom and by a lateral wall extending from the bottom, - A reference wall, referred to as a press bottom , fastened to the body parallel to the bottom, and comprising an opening for product to pass, - A container of variable volume, attached to the press bottom and positioned on one side of the press bottom , between the bottom of the body and the press bottom , the container having a volume that is variable depending on an amount of product it contains and comprising an outlet opening for product communicating with the opening of the press bottom , - A pressurizing system of the container configured for compressing the container against the press bottom , and - A product dispenser , disposed on an opposite side of the press bottom to the side where the container is disposed and communicating with the opening of the press bottom , the product dispenser comprising a stopper , a dispensing head , configured to dispense product to a user and open or close the stopper , and an elastic return member configured to act on the dispensing head to close the stopper , the product dispenser being configured to take an open configuration, in which the stopper is open and product is dispensed through an upper surface of the dispensing head , and a closed configuration in which the stopper is closed; the product dispenser passing from the closed configuration to the open configuration by a movement of the dispensing head from a stable position to an unstable position by pressing on the upper surface of the dispensing head inducing opening of the stopper , and the return member being configured to bring back the dispensing head from the unstable position to the stable position. - A body , formed by a bottom and by a lateral wall extending from the bottom, - A reference wall, referred to as a press bottom , fastened to the body parallel to the bottom, and comprising an opening for product to pass, - A container of variable volume, attached to the press bottom and positioned on one side of the press bottom , between the bottom of the body and the press bottom , the container having a volume that is variable depending on an amount of product it contains and comprising an outlet opening for product communicating with the opening of the press bottom , - A pressurizing system of the container configured for compressing the container against the press bottom , and - A product dispenser , disposed on an opposite side of the press bottom to the side where the container is disposed and communicating with the opening of the press bottom , the product dispenser comprising a stopper , a dispensing head , configured to dispense product to a user and open or close the stopper , and an elastic return member configured to act on the dispensing head to close the stopper ,
A battery pack comprising: a battery module having a positive electrode terminal (B+) and a negative electrode terminal (B-); a first connector having a first power terminal (P1) connected to the positive electrode terminal, a second power terminal (P2) connected to the negative electrode terminal, and a first auxiliary terminal (Pa); a first resistor (R1) having a first end electrically connected to ground and a second end electrically connected to the first auxiliary terminal; a second resistor (R2) electrically connected between the second end of the first resistor and the first auxiliary terminal; a switching unit installed between the negative electrode terminal and the second power terminal; and a control unit electrically connected to the battery module, the switching unit and the second end of the first resistor, wherein the control unit is configured to : operate in any one of a wakeup state and a sleep state according to a voltage across the first resistor. a battery module having a positive electrode terminal (B+) and a negative electrode terminal (B-); a first connector having a first power terminal (P1) connected to the positive electrode terminal, a second power terminal (P2) connected to the negative electrode terminal, and a first auxiliary terminal (Pa); a first resistor (R1) having a first end electrically connected to ground and a second end electrically connected to the first auxiliary terminal; a second resistor (R2) electrically connected between the second end of the first resistor and the first auxiliary terminal; a switching unit installed between the negative electrode terminal and the second power terminal; and a control unit electrically connected to the battery module, the switching unit and the second end of the first resistor, wherein the control unit is configured to : operate in any one of a wakeup state and a sleep state according to a voltage across the first resistor.