mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a receiver configured to receive a Medium Access Control Control Element, MAC CE, activation command for activating one or more Transmission Configuration Indication, TCI, states for Physical Downlink Shared Channel, PDSCH, reception and to receive Downlink Control Information, DCI, via Physical Downlink Control Channel, PDCCH; a transmitter configured to transmit, in slot n, a Hybrid Automatic Repeat reQuest, HARQ, for the MAC CE activation command; and a processor configured to apply mapping between the one or more TCI states to be activated and one or more codepoints of a field of the DCI that is Transmission Configuration Indication from a slot that is k slots after the slot n for the HARQ transmission, wherein the processor is further configured to control PDSCH reception based on an activated TCI state, indicated by the field of the received DCI, among the one or more activated TCI states. a receiver configured to receive a Medium Access Control Control Element, MAC CE, activation command for activating one or more Transmission Configuration Indication, TCI, states for Physical Downlink Shared Channel, PDSCH, reception and to receive Downlink Control Information, DCI, via Physical Downlink Control Channel, PDCCH; a transmitter configured to transmit, in slot n, a Hybrid Automatic Repeat reQuest, HARQ, for the MAC CE activation command; and a processor configured to apply mapping between the one or more TCI states to be activated and one or more codepoints of a field of the DCI that is Transmission Configuration Indication from a slot that is k slots after the slot n for the HARQ transmission, wherein the processor is further configured to control PDSCH reception based on an activated TCI state, indicated by the field of the received DCI, among the one or more activated TCI states.
A wireless communication management system for managing a wireless communication device having a security function, the security function including at least one of a function to execute an authentication procedure when the wireless communication device starts wireless communication with an external device and a function of encrypting a signal to be transmitted from the wireless communication device to the external device and a default value of a parameter that characterizes an operation of the security function of the communication device being that the security function of the wireless communication device is not enabled, said wireless communication management system comprising: setting means with which a user can make a setting to enable the authentication/encryption of the security function, a security judging unit configured to judge whether the authentication/encryption of the security function of the communication device is enabled when the wireless communication device is capable of performing a wireless communication with the external device, a communication restriction unit configured to, if the security judging unit judges that the authentication/encryption of the security function of the communication device is not enabled, restrict the wireless communication with the external device to prevent wireless communication with the external device, and a restriction releasing unit configured to release the restriction effected by the communication restriction unit if the security function of the wireless communication function is enabled by the setting means after the wireless communication between the wireless communication device and the external device was restricted. setting means with which a user can make a setting to enable the authentication/encryption of the security function, a security judging unit configured to judge whether the authentication/encryption of the security function of the communication device is enabled when the wireless communication device is capable of performing a wireless communication with the external device, a communication restriction unit configured to, if the security judging unit judges that the authentication/encryption of the security function of the communication device is not enabled, restrict the wireless communication with the external device to prevent wireless communication with the external device, and a restriction releasing unit configured to release the restriction effected by the communication restriction unit if the security function of the wireless communication function is enabled by the setting means after the wireless communication between the wireless communication device and the external device was restricted.
A cleansing composition for skin or hair, comprising the following and: an internal olefin sulfonate having 16 or more and 18 or less carbon atoms; and an oil solution having a solubility of from 0 to 1 g in 100 g of water at 20°C. an internal olefin sulfonate having 16 or more and 18 or less carbon atoms; and an oil solution having a solubility of from 0 to 1 g in 100 g of water at 20°C.
A system comprising a cluster of field devices (21, 22) each having a signal generator (210, 220) assigned to the respective field device, a communication interface and a data processing device for the provision of system values, diagnostic values and/or process values, wherein the system is configured to selectively choose at least one corresponding system value and/or diagnostic value and/or process value of the respective field devices on the basis of a common selection criterion, and to determine status information (213, 223) for the respective field device on the basis of the at least one respectively selected system value and/or diagnostic value and/or process value and to output it using the assigned signal generator, wherein the system further comprises a diagnostic apparatus having a data processing means, a communication interface and a human-machine interface, wherein the diagnostic apparatus is configured to exchange information with the respective field devices, and to selectively choose the corresponding system values and/or diagnostic values and/or process values of the respective field devices on the basis of user inputs at the human-machine interface and in accordance with the common selection criterion, wherein the system further comprises a diagnostic program code, wherein the diagnostic program code is configured to be executed by the data processing means of the diagnostic apparatus and/or by the data processing device of one of the field devices, wherein the diagnostic program code is further configured to retrieve, to process and/or to change the at least one selected system value and/or diagnostic value and/or process value of said field device, and to determine the status information for said field device from the at least one selected system value and/or diagnostic value and/or process value of said field device, in particular wherein the diagnostic program code comprises processing instructions, data structures and/or parameters, wherein the diagnostic apparatus is configured to create the diagnostic program code on the basis of the user inputs at the human-machine interface or to select it from a plurality of diagnostic program codes, wherein the diagnostic apparatus is configured to transmit the diagnostic program code to several of the field devices, and wherein the field devices are configured to execute the diagnostic program code in the data processing device.
A method of forming a brazed joint between an armature bar and a hydraulic header clip comprising: a) assembling an end of the armature bar, hydraulic header clip and a substantially phosphorous-free braze material (50, 52), wherein the bar comprises solid strands and hollow strands having free hollow ends extending axially beyond solid free ends of said solid strands; b) positioning the assembly of the armature bar, hydraulic header clip and the braze material (50, 52) in a braze chamber, such that the clip is seated in an induction heating coil and said armature bar is positioned vertically; c) heating (86, 88) the assembly to a first temperature within 93.3 degrees Celsius (200 degrees Fahrenheit) of and below a solidus temperature of the braze material (50, 52) by applying electrical current to the induction heat coil; d) heating the assembly to a second temperature above the liquidus temperature of the braze material; e) pooling liquid braze material on ends of the armature bar, and f) cooling the assembly and thereby forming a braze layer on the end of the armature bar. a) assembling an end of the armature bar, hydraulic header clip and a substantially phosphorous-free braze material (50, 52), wherein the bar comprises solid strands and hollow strands having free hollow ends extending axially beyond solid free ends of said solid strands; b) positioning the assembly of the armature bar, hydraulic header clip and the braze material (50, 52) in a braze chamber, such that the clip is seated in an induction heating coil and said armature bar is positioned vertically; c) heating (86, 88) the assembly to a first temperature within 93.3 degrees Celsius (200 degrees Fahrenheit) of and below a solidus temperature of the braze material (50, 52) by applying electrical current to the induction heat coil; d) heating the assembly to a second temperature above the liquidus temperature of the braze material; e) pooling liquid braze material on ends of the armature bar, and f) cooling the assembly and thereby forming a braze layer on the end of the armature bar.
Combined detector comprising: - an active metal detection system comprising: ▪ at least two vertical posts defining a transit channel between them and ▪ coils (14, 15) distributed in the two vertical uprights configured to emit an alternating magnetic field and adapted to generate a signal representative of a disturbance of the magnetic field induced when an individual passes between the two vertical uprights, the detector being characterised in that it comprises: - at least one passive metal detection system comprising at least one magnetostatic sensor configured to generate a signal indicative of a static magnetic field strength, the passive detection system being housed in one of the vertical posts, and - at least one conductive shield associated with the at least one magnetostatic sensor and configured to short-circuit surface currents. - an active metal detection system comprising: ▪ at least two vertical posts defining a transit channel between them and ▪ coils (14, 15) distributed in the two vertical uprights configured to emit an alternating magnetic field and adapted to generate a signal representative of a disturbance of the magnetic field induced when an individual passes between the two vertical uprights, the detector being characterised in that it comprises: ▪ at least two vertical posts defining a transit channel between them and ▪ coils (14, 15) distributed in the two vertical uprights configured to emit an alternating magnetic field and adapted to generate a signal representative of a disturbance of the magnetic field induced when an individual passes between the two vertical uprights, the detector being characterised in that it comprises: - at least one passive metal detection system comprising at least one magnetostatic sensor configured to generate a signal indicative of a static magnetic field strength, the passive detection system being housed in one of the vertical posts, and - at least one conductive shield associated with the at least one magnetostatic sensor and configured to short-circuit surface currents.
A cell comprising a donor DNA introduced into the genomic target site upstream of an endogenous RTP1 gene locus, wherein the donor DNA comprises a promoter wherein the promoter drives the expression of the RTP1 gene, and wherein the cell is derived from a HEK293 or HEK293T cell line.
A non-lethal paintball projectile comprising a front portion and a body portion, which body portion comprises a side wall, wherein the projectile comprises: - a body component, which is a single piece forming outer surfaces (15a, 17a) of the front portion and the side wall, - a closed cavity in the interior volume of the front portion, and - a fill in the closed cavity, wherein - a length of the projectile is at least 15 mm and preferably equal to or less than 19 mm, - a length of the front portion is equal to or less than 9.7 mm, and preferably at least 7.5 mm, wherein the projectile further comprises: - a middle component in the interior volume of the body component, the middle component having a first side and a second side, wherein - the first side of the middle component is facing the closed cavity, - the projectile further comprises an open cavity in the interior volume of the body portion, - the second side of the middle component is facing the open cavity, characterized in that - the projectile further comprises a barrier layer on the second side of the middle component. - a body component, which is a single piece forming outer surfaces (15a, 17a) of the front portion and the side wall, - a closed cavity in the interior volume of the front portion, and - a fill in the closed cavity, wherein - a length of the projectile is at least 15 mm and preferably equal to or less than 19 mm, - a length of the front portion is equal to or less than 9.7 mm, and preferably at least 7.5 mm, - a middle component in the interior volume of the body component, the middle component having a first side and a second side, wherein - the first side of the middle component is facing the closed cavity, - the projectile further comprises an open cavity in the interior volume of the body portion, - the second side of the middle component is facing the open cavity, characterized in that - the projectile further comprises a barrier layer on the second side of the middle component.
Thinner device for thinning out vegetative elements protruding from branches of vegetable plants, in particular fruit trees; said thinner device comprising: - a body, extending substantially along an axis, comprising an external structure; - a plurality of remover elements, adapted to act upon vegetative elements for thinning them out; said remover elements projecting from said body, thereby defining a respective longitudinal axis; - a drive system, which in turn comprises: - at least one first mechanism adapted to cause at least said body and said remover elements to rotate in a controlled and assisted manner relative to said axis; - at least one second mechanism adapted to cause each remover element to oscillate relative to said external structure of the body about a respective axis; said thinner device being characterized in that said second mechanism comprising: - a shaft extending along said axis and being adapted to rotate about said axis; - a kinematic mechanism, connected between said shaft and said remover elements, being adapted to cause each remover element to oscillate about a respective axis. - a body, extending substantially along an axis, comprising an external structure; - a plurality of remover elements, adapted to act upon vegetative elements for thinning them out; said remover elements projecting from said body, thereby defining a respective longitudinal axis; - a drive system, which in turn comprises: - at least one first mechanism adapted to cause at least said body and said remover elements to rotate in a controlled and assisted manner relative to said axis; - at least one second mechanism adapted to cause each remover element to oscillate relative to said external structure of the body about a respective axis; said thinner device being characterized in that said second mechanism comprising: - a shaft extending along said axis and being adapted to rotate about said axis; - a kinematic mechanism, connected between said shaft and said remover elements, being adapted to cause each remover element to oscillate about a respective axis. - at least one first mechanism adapted to cause at least said body and said remover elements to rotate in a controlled and assisted manner relative to said axis; - at least one second mechanism adapted to cause each remover element to oscillate relative to said external structure of the body about a respective axis; said thinner device being characterized in that said second mechanism comprising: - a shaft extending along said axis and being adapted to rotate about said axis; - a kinematic mechanism, connected between said shaft and said remover elements, being adapted to cause each remover element to oscillate about a respective axis. - a shaft extending along said axis and being adapted to rotate about said axis; - a kinematic mechanism, connected between said shaft and said remover elements, being adapted to cause each remover element to oscillate about a respective axis.
A pressurizing centrifugal dehydrator for removing moisture, the pressurizing centrifugal dehydrator comprising: an inner basket into which slurry is introduced; an outer basket surrounding the inner basket; a blocking barrier disposed in the outer basket; and a gas supplying portion for supplying gas into the inner basket or the outer basket, wherein a dehydration product is positioned between an outer circumference of the blocking barrier and an inner side of the outer basket to maintain airtightness of the outer basket, characterized in that the blocking barrier includes: a blocking barrier rotating portion that is fixed to the outer basket and rotates together with the outer basket; a blocking barrier fixing portion that is disposed inside the blocking barrier rotating portion and is fixed; and a rotating-fixing connection portion disposed between the blocking barrier rotating portion and the blocking barrier fixing portion. an inner basket into which slurry is introduced; an outer basket surrounding the inner basket; a blocking barrier disposed in the outer basket; and a gas supplying portion for supplying gas into the inner basket or the outer basket, wherein a dehydration product is positioned between an outer circumference of the blocking barrier and an inner side of the outer basket to maintain airtightness of the outer basket, characterized in that the blocking barrier includes: a blocking barrier rotating portion that is fixed to the outer basket and rotates together with the outer basket; a blocking barrier fixing portion that is disposed inside the blocking barrier rotating portion and is fixed; and a rotating-fixing connection portion disposed between the blocking barrier rotating portion and the blocking barrier fixing portion. a blocking barrier rotating portion that is fixed to the outer basket and rotates together with the outer basket; a blocking barrier fixing portion that is disposed inside the blocking barrier rotating portion and is fixed; and a rotating-fixing connection portion disposed between the blocking barrier rotating portion and the blocking barrier fixing portion.
A post comprising a shaft-like post element; and a base plate arranged at the post element, wherein one or more reinforcement elements are located between the post element and the base plate; the at least one reinforcement element does not extend perpendicular from the surface of the post element; and the reinforcement element is designed as a component running completely around the post element, characterised in that the reinforcement element is welded to the post element and to the base plate; and in that the reinforcement element is smooth on its side remote from the post element.
An isolated antibody, or an antigen-binding fragment thereof, comprising: a) a heavy chain variable region sequence selected from the group consisting of SEQ ID NOs: 34-38; and b) a light chain variable region sequence selected from the group consisting of SEQ ID NOs: 39-42, wherein the isolated antibody, or an antigen-binding fragment thereof, binds to a PD-L1 protein having the amino acid sequence of SEQ ID NO: 4, and the isolated antibody, or antigen-binding fragment thereof, is humanized or composite. a) a heavy chain variable region sequence selected from the group consisting of SEQ ID NOs: 34-38; and b) a light chain variable region sequence selected from the group consisting of SEQ ID NOs: 39-42,
A pump housing of the spiral housing construction type with a suction channel running out into a space which is designed for arranging an impeller rotatable about a rotation axis and comprises a spirally peripheral channel open to the space and running out into a pressure channel, with a receiver for a differential pressure sensor and with a first sensor channel which connects the receiver to the suction-side interior of the pump housing, and with a second sensor channel which connects the receiver to the pressure-side interior of the pump housing, characterised in that the receiver for the differential pressure sensor is arranged between the spirally peripheral channel and the suction channel.
Store comprising: • a plurality of supplying modules, which define a plurality of rows, which are arranged one next to the other, each row presenting a predetermined number of crates; • at least one flooring structure, which supports said supplying modules and defines a walk-off surface; • a moving system for a handler of said crates, which comprises a overhead-travelling-crane, which is arranged in the upper part of said supplying modules for moving said handler in a reference plane, so as to reach the single crates; said overhead-travelling-crane comprises a horizontal truss, which, in turn, comprises a carriage, to which said handler is fixed; said horizontal truss is for sliding along at least two longitudinal guides; wherein: • said longitudinal guides are rigidly fixed to the supplying modules of the external rows, which define the horizontal extension of the store; • each module is rigidly fixed to said flooring structure. • a plurality of supplying modules, which define a plurality of rows, which are arranged one next to the other, each row presenting a predetermined number of crates; • at least one flooring structure, which supports said supplying modules and defines a walk-off surface; • a moving system for a handler of said crates, which comprises a overhead-travelling-crane, which is arranged in the upper part of said supplying modules for moving said handler in a reference plane, so as to reach the single crates; • said longitudinal guides are rigidly fixed to the supplying modules of the external rows, which define the horizontal extension of the store; • each module is rigidly fixed to said flooring structure.
A wireline sheave apparatus comprising: a sheave for accommodating a wireline; a sheave mounting (36, 38, 40) configured for coupling to a wireline stuffing box, the sheave being mounted on the sheave mounting (36, 38, 40); a sensor for measuring wireline tension at the sheave; and a load pin, wherein the sensor comprises a strain gauge which is arranged to measure strain on the load pin, wherein the sheave mounting (36, 38, 40) comprises a frame which is in at least two frame parts (36, 38), the frame parts (36, 38) being arranged such that wireline tension tends to cause the frame parts (36, 38) to pivot relative to one another, and wherein the load pin is arranged to prevent the frame parts (36, 38) from pivoting relative to one another so that the strain measured by the strain gauge on the load pin is indicative of wireline tension. a sheave for accommodating a wireline; a sheave mounting (36, 38, 40) configured for coupling to a wireline stuffing box, the sheave being mounted on the sheave mounting (36, 38, 40); a sensor for measuring wireline tension at the sheave; and a load pin, wherein the sensor comprises a strain gauge which is arranged to measure strain on the load pin, wherein the sheave mounting (36, 38, 40) comprises a frame which is in at least two frame parts (36, 38), the frame parts (36, 38) being arranged such that wireline tension tends to cause the frame parts (36, 38) to pivot relative to one another, and wherein the load pin is arranged to prevent the frame parts (36, 38) from pivoting relative to one another so that the strain measured by the strain gauge on the load pin is indicative of wireline tension.