mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a cutting tool; a tracker to track the cutting tool and a workpiece, the workpiece having a target shape included therein, and a control system, the control system including instructions to cause a processor to track the cutting tool and the workpiece, to determine a relationship between the cutting tool and at least one of the workpiece and the target shape, and to provide a control to the cutting tool based on the relationship of the cutting tool and the workpiece and the relationship of the cutting tool and the target shape, where the control system further includes a 3-D image associated with the workpiece, and where the relationship determined includes prediction or detection of actual or potential collision or interference between the cutting tool and the target shape, characterised in that: the control system controls the cutting tool by providing a control to at least partially retract or extend at least one cutting element associated with the cutting tool, and/or at least partially reduce a rotation rate of at least one cutting element associated with the cutting tool, the control system further includes a 3-D image associated with the cutting tool, and the cutting tool is a free-hand cutting tool. a cutting tool; a tracker to track the cutting tool and a workpiece, the workpiece having a target shape included therein, and a control system, the control system including instructions to cause a processor to track the cutting tool and the workpiece, to determine a relationship between the cutting tool and at least one of the workpiece and the target shape, and to provide a control to the cutting tool based on the relationship of the cutting tool and the workpiece and the relationship of the cutting tool and the target shape, where the control system further includes a 3-D image associated with the workpiece, and where the relationship determined includes prediction or detection of actual or potential collision or interference between the cutting tool and the target shape, characterised in that: the control system controls the cutting tool by providing a control to at least partially retract or extend at least one cutting element associated with the cutting tool, and/or at least partially reduce a rotation rate of at least one cutting element associated with the cutting tool, the control system further includes a 3-D image associated with the cutting tool, and the cutting tool is a free-hand cutting tool. the control system controls the cutting tool by providing a control to at least partially retract or extend at least one cutting element associated with the cutting tool, and/or at least partially reduce a rotation rate of at least one cutting element associated with the cutting tool, the control system further includes a 3-D image associated with the cutting tool, and the cutting tool is a free-hand cutting tool.
An apparatus comprising: a processor configured to: determine that a plurality of random access procedures is triggered; and select a prioritized random access procedure of the plurality of random access procedures to perform based on a priority corresponding to the plurality of random access procedures; wherein the processor is configured to select the prioritized random access procedure to perform based on a random access procedure for a beam recovery request having priority over a random access procedure for an uplink synchronization, and wherein the processor is configured to perform the prioritized random access procedure for a beam recovery request and to stop unselected random access procedures from being performed while the prioritized random access procedure is being performed. determine that a plurality of random access procedures is triggered; and select a prioritized random access procedure of the plurality of random access procedures to perform based on a priority corresponding to the plurality of random access procedures; wherein the processor is configured to select the prioritized random access procedure to perform based on a random access procedure for a beam recovery request having priority over a random access procedure for an uplink synchronization, and wherein the processor is configured to perform the prioritized random access procedure for a beam recovery request and to stop unselected random access procedures from being performed while the prioritized random access procedure is being performed.
Plate for a flat tube of a heat exchanger, which plate is made from a chased metal sheet, said chasing allowing a fluid inlet and a fluid outlet to connect, said plate having a length and a width (h), said fluid inlet and outlet (3a, 3b) being situated along the length at a distance from the edge of the plate that corresponds to L/2, plus or minus 40 mm, the chasing forming a first fluid flow passage situated on a first side of said fluid inlet and outlet (3a, 3b), and a second fluid flow passage situated on a second side, the opposite side to the first, of said fluid inlet and outlet (3a, 3b), characterized in that the chasing comprises ribs that give the first and second passages (5a, 5b) a sinuous path comprising about-turns between the fluid inlet and the fluid outlet and in that the ribs have rounded ends, the first and second fluid flow passages (5a, 5b) comprising perturbation projections.
Expansion regulation device for an air conditioning circuit comprising an expansion member and an external control member for the expansion member, the expansion member and the external control member being remote from one another and linked to one another by a driving device, the expansion member comprising an internal control member for the expansion member distinct from the external control member, and an expansion adjustment means, characterized in that the driving device transmits a movement from the external control member to the expansion member, and in that the expansion member extends along a primary longitudinal axis and the external control member extends along a secondary longitudinal axis parallel to and distinct from the primary longitudinal axis.
Method for manufacturing a membrane electrode assembly for a fuel cell, comprising a membrane, two reinforcers, two seals, gas diffusion layers and a catalyst, the method comprising the following steps: - a step during which a seal is applied to each of the reinforcers using screen printing, - a step during which a catalytic chemical element is applied to each of the faces of the membrane, - a step during which a reinforcer bearing a screen-printed seal is thermally bonded to each of the faces of the catalysed membrane, - a step during which a gas diffusion layer is applied to each of the faces of the catalysed membrane bearing a reinforcer and a seal, the method being such that the various elements are held on a support by suction during at least some of the steps of the method. - a step during which a seal is applied to each of the reinforcers using screen printing, - a step during which a catalytic chemical element is applied to each of the faces of the membrane, - a step during which a reinforcer bearing a screen-printed seal is thermally bonded to each of the faces of the catalysed membrane, - a step during which a gas diffusion layer is applied to each of the faces of the catalysed membrane bearing a reinforcer and a seal, the method being such that the various elements are held on a support by suction during at least some of the steps of the method.
Aircraft navigation light (8; 9) with integrated redundancy having at least a selected minimum light output, comprising: a first light source (81; 91); a second light source (82; 92); and a common optical element (84; 94), which is configured for shaping an output light intensity distribution (89; 99) of the aircraft navigation light (8; 9); wherein light emitted by each of the first light source (81; 91) and the second light source (82; 92) is modified by the common optical element (84; 94); wherein each of the first and second light sources (82; 92) has an individual light output capacity, characterized in that the individual light output capacity of each of the first and second light sources (81, 82; 91, 92) alone is sufficient for providing the selected minimum light output (89; 99) of the aircraft navigation light (8, 9), wherein the common optical element (84; 94) has a defined nominal light source location, which is defined as a single light source location the common optical element (84; 94) is designed for; and each of the first and second light sources (81, 82; 91, 92) is positioned outside of the nominal light source location. a first light source (81; 91); a second light source (82; 92); and a common optical element (84; 94), which is configured for shaping an output light intensity distribution (89; 99) of the aircraft navigation light (8; 9); wherein light emitted by each of the first light source (81; 91) and the second light source (82; 92) is modified by the common optical element (84; 94); wherein each of the first and second light sources (82; 92) has an individual light output capacity, characterized in that the individual light output capacity of each of the first and second light sources (81, 82; 91, 92) alone is sufficient for providing the selected minimum light output (89; 99) of the aircraft navigation light (8, 9), wherein the common optical element (84; 94) has a defined nominal light source location, which is defined as a single light source location the common optical element (84; 94) is designed for; and each of the first and second light sources (81, 82; 91, 92) is positioned outside of the nominal light source location.
Modular seat which can be converted into a bed, comprising a seat portion, a back and at least one mechanical articulation fitted between the seat portion and the back and able to cause the back to pivot between a raised position and a lowered position, characterized in that the seat portion and the back each have a modular structure, the seat portion comprising at least one first elementary module and the back comprising at least one second elementary module, the first and second elementary modules (2, 4) each comprising reversible securing means designed for reversibly attaching an additional elementary module (2, 4).
A polyurethane/polyurea material that comprises the reaction product of: (i) a (cyclo)aliphatic polyisocyanate or (ii) (cyclo)aliphatic polyisocyanate prepolymer having an NCO group content of about 4 to 60 weight-%, and an average functionality of 1.8 to 6, wherein the (cyclo)aliphatic polyisocyanate prepolymer comprises an organic compound having at least 2 hydroxyl groups and a number average molecular weight of 200 to 1,000; with an isocyanate-reactive component comprising at least one aromatic diamine compound which contains from 1 to 8 thiomethyl groups, and has a number average molecular weight of from 150 to 1000; in the presence of one or more catalysts selected from the group consisting of tin catalysts, bismuth catalysts and mixtures thereof; wherein the relative quantities of and are such that the Isocyanate Index is from about 70 to about 130. (i) a (cyclo)aliphatic polyisocyanate or (ii) (cyclo)aliphatic polyisocyanate prepolymer having an NCO group content of about 4 to 60 weight-%, and an average functionality of 1.8 to 6, wherein the (cyclo)aliphatic polyisocyanate prepolymer comprises an organic compound having at least 2 hydroxyl groups and a number average molecular weight of 200 to 1,000; with an isocyanate-reactive component comprising at least one aromatic diamine compound which contains from 1 to 8 thiomethyl groups, and has a number average molecular weight of from 150 to 1000; in the presence of one or more catalysts selected from the group consisting of tin catalysts, bismuth catalysts and mixtures thereof; wherein the relative quantities of and are such that the Isocyanate Index is from about 70 to about 130.
A method of determining a reputation score for a certificate offered by a remote server in a communication network, the method comprising, at a client node; Receiving from the remote server, via a first network interface to which the client node is connected, the certificate; Comparing data relating to the certificate with further data stored in a certificates database stored at the client node, that further data comprising data relating to one or more certificates offered by said remote server and received by the client node via one or more network interfaces different from said first network interface; and Determining a reputation score for the certificate based on the comparison, wherein if the certificate offered by the remote server and received via the first network interface is different from a certificate offered by the remote server and received via a different network interface, a lower reputation score is applied, the reputation score being usable for determining whether to trust the certificate received via the first network interface.
A head health care device, comprising: a body; a plurality of sensing components provided and projected on an outer surface of the body, in which each sensing component is configured to sense head information of a user; and a plurality of health care components provided and projected on the outer surface of the body, in which the health care components are configured to perform health care operations on a head of the user according to a control signal; wherein at least one sensing component includes a sensing signal output part; at least one sensing component includes a sensing signal receiving part; the sensing signal output part is configured to send out a sensing drive signal; and the sensing signal receiving part is configured to receive a sensing signal; the health care device is in a shape of a comb; and the sensing components and the health care components are disposed on comb teeth of the comb; characterized in that, a positive electrode is on the sensing signal output part, and a negative electrode is on the sensing signal receiving part, wherein when the sensing signal output part and the sensing signal receiving part respectively make contact with any two different positions of a head skin or hairs of the user, the sensing drive signal transmitted by the sensing signal output part is transferred to the sensing signal receiving part through head organisms or body fluids of the user, and the sensing components start the sensing operation; and one health care component and one sensing component are disposed on a same comb tooth. a body; a plurality of sensing components provided and projected on an outer surface of the body, in which each sensing component is configured to sense head information of a user; and a plurality of health care components provided and projected on the outer surface of the body, in which the health care components are configured to perform health care operations on a head of the user according to a control signal; wherein at least one sensing component includes a sensing signal output part; at least one sensing component includes a sensing signal receiving part; the sensing signal output part is configured to send out a sensing drive signal; and the sensing signal receiving part is configured to receive a sensing signal; the health care device is in a shape of a comb; and the sensing components and the health care components are disposed on comb teeth of the comb; characterized in that, a positive electrode is on the sensing signal output part, and a negative electrode is on the sensing signal receiving part, wherein when the sensing signal output part and the sensing signal receiving part respectively make contact with any two different positions of a head skin or hairs of the user, the sensing drive signal transmitted by the sensing signal output part is transferred to the sensing signal receiving part through head organisms or body fluids of the user, and the sensing components start the sensing operation; and one health care component and one sensing component are disposed on a same comb tooth.
A method operational on a first receiver device within a peer-to-peer network, comprising: wirelessly receiving a first pilot signal from a first transmitter device; wirelessly receiving a second pilot signal from a second transmitter device, the second pilot signal indicating that the second transmitter device intends to transmit a second traffic signal that will interfere with a first traffic signal transmitted by the first transmitter device; determining a first transmission rate as a function of a received signal strength of the first pilot signal; determining a second transmission rate as a function of the received signal strength of the received signal strength of the first pilot signal and a received signal strength of the second pilot signal; selecting the first transmission rate if a successive interference cancellation SIC, success probability estimate is greater than a threshold; selecting the second transmission rate if the successive interference cancellation, SIC, success probability estimate is equal or less than the threshold; and wirelessly sending the selected transmission rate to the first transmitter device. wirelessly receiving a first pilot signal from a first transmitter device; wirelessly receiving a second pilot signal from a second transmitter device, the second pilot signal indicating that the second transmitter device intends to transmit a second traffic signal that will interfere with a first traffic signal transmitted by the first transmitter device; determining a first transmission rate as a function of a received signal strength of the first pilot signal; determining a second transmission rate as a function of the received signal strength of the received signal strength of the first pilot signal and a received signal strength of the second pilot signal; selecting the first transmission rate if a successive interference cancellation SIC, success probability estimate is greater than a threshold; selecting the second transmission rate if the successive interference cancellation, SIC, success probability estimate is equal or less than the threshold; and wirelessly sending the selected transmission rate to the first transmitter device.
An apparatus comprising: a content data acquisition unit configured to acquire content data to be inserted into an insertion area which is set in an image formation area for forming an image; a content data transmission unit configured to transmit the content data acquired by the content data acquisition unit to an image forming apparatus that is capable of forming an image; an identification information acquisition unit configured to acquire, from the image forming apparatus, identification information of the content data transmitted from the content data transmission unit; characterized by an image formation data generation unit configured to generate image formation data for forming the image of the single page on which a plurality of the content data corresponding to a plurality of pieces of the identification information are arranged, using a plurality of pieces of the identification information; wherein the image formation data comprises a Variable Data Printing job file that does not include the content data; and an image formation data transmission unit configured to transmit the image formation data generated by the image formation data generation unit to the image forming apparatus separately and subsequent to the transmission of the corresponding content data, wherein the content data transmission unit is configured to transmit the content data before the image formation data is transmitted. a content data acquisition unit configured to acquire content data to be inserted into an insertion area which is set in an image formation area for forming an image; a content data transmission unit configured to transmit the content data acquired by the content data acquisition unit to an image forming apparatus that is capable of forming an image; an identification information acquisition unit configured to acquire, from the image forming apparatus, identification information of the content data transmitted from the content data transmission unit; characterized by an image formation data generation unit configured to generate image formation data for forming the image of the single page on which a plurality of the content data corresponding to a plurality of pieces of the identification information are arranged, using a plurality of pieces of the identification information; wherein the image formation data comprises a Variable Data Printing job file that does not include the content data; and an image formation data transmission unit configured to transmit the image formation data generated by the image formation data generation unit to the image forming apparatus separately and subsequent to the transmission of the corresponding content data, wherein the content data transmission unit is configured to transmit the content data before the image formation data is transmitted.
A method for elasticity ultrasound imaging, the method comprising: acquiring, with an ultrasound system, first ultrasound data for a three-dimensional region of tissue including the soft tissue for which elasticity imaging is being performed, the first ultrasound data comprising voxels representing different locations distributed along three axes in the three-dimensional region at a first time; acquiring, with the ultrasound system, second ultrasound data for the three-dimensional region, the second ultrasound data comprising voxels representing the different locations distributed along the three axes in the three-dimensional region at a second time different than the first time; identifying an anatomical landmark of the three-dimensional region and represented in the first and second ultrasound data,; determining motion of the anatomical landmark from the first time to the second time; estimating elasticity in the three-dimensional region from the first and second ultrasound data; motion correcting in the estimating of elasticity in the three-dimensional region from the first and second ultrasound data, the motion correcting being a function of the motion of the anatomical landmark; and displaying a three-dimensional representation of the elasticity in the three-dimensional region, wherein the elasticity ultrasound imaging is acquired by the ultrasound system with compression or acoustic radiation force; wherein the anatomical landmark represents a structure less susceptible to the compression or a wave resulting from the acoustic radiation force than the soft tissue. acquiring, with an ultrasound system, first ultrasound data for a three-dimensional region of tissue including the soft tissue for which elasticity imaging is being performed, the first ultrasound data comprising voxels representing different locations distributed along three axes in the three-dimensional region at a first time; acquiring, with the ultrasound system, second ultrasound data for the three-dimensional region, the second ultrasound data comprising voxels representing the different locations distributed along the three axes in the three-dimensional region at a second time different than the first time; identifying an anatomical landmark of the three-dimensional region and represented in the first and second ultrasound data,; determining motion of the anatomical landmark from the first time to the second time; estimating elasticity in the three-dimensional region from the first and second ultrasound data; motion correcting in the estimating of elasticity in the three-dimensional region from the first and second ultrasound data, the motion correcting being a function of the motion of the anatomical landmark; and displaying a three-dimensional representation of the elasticity in the three-dimensional region, wherein the elasticity ultrasound imaging is acquired by the ultrasound system with compression or acoustic radiation force; wherein the anatomical landmark represents a structure less susceptible to the compression or a wave resulting from the acoustic radiation force than the soft tissue.