mhurhangee/ep-ind-claims huggingface dataset:
A barrier-forming composition comprising: a carbohydrate gum; a humectant; and an antimicrobial agent; wherein the composition meets the following requirements: 0.01% ≤ C ≤ 0.4%; 4.5% ≤ H ≤ 65%; and 0.050% < A ≤ 0.1% wherein all percentages are by weight of the total composition; wherein C is the total amount of carbohydrate gums in the composition; H is the total amount of humectants in the composition; and A is the total amount of antimicrobial agents in the composition, wherein said carbohydrate gum is selected from the group consisting of xanthan gum, guar gum, gum Arabic, tragacanth, gum karaya, locust bean gum, carob gum, and pectin, wherein said humectant is a polyol. a carbohydrate gum; a humectant; and an antimicrobial agent; wherein the composition meets the following requirements: 0.01% ≤ C ≤ 0.4%; 4.5% ≤ H ≤ 65%; and 0.050% < A ≤ 0.1% 0.01% ≤ C ≤ 0.4%; 4.5% ≤ H ≤ 65%; and 0.050% < A ≤ 0.1% wherein all percentages are by weight of the total composition; wherein C is the total amount of carbohydrate gums in the composition; H is the total amount of humectants in the composition; and A is the total amount of antimicrobial agents in the composition, wherein said carbohydrate gum is selected from the group consisting of xanthan gum, guar gum, gum Arabic, tragacanth, gum karaya, locust bean gum, carob gum, and pectin, wherein said humectant is a polyol.
Assembly for an axial turbine engine, particularly for a turbojet, the assembly comprising: - an external shroud and an internal shroud that are coaxial to each other, the internal shroud being segmented and comprising circumferential clearances between the segments thereof; - an annular row of blades connecting the internal shroud to the external shroud; - a reduction ratio drive intended to be coupled to a fan; characterized in that it further comprises a cooling circuit for the drive, which circuit is configured to heat up at least the external shroud during the operation of the turbine engine such as to circumferentially reduce the circumferential clearances between the segments. - an external shroud and an internal shroud that are coaxial to each other, the internal shroud being segmented and comprising circumferential clearances between the segments thereof; - an annular row of blades connecting the internal shroud to the external shroud; - a reduction ratio drive intended to be coupled to a fan;
A flow-rate adjustable valve for adjusting a flow rate of liquid flowing through a flow path, the flow-rate adjustable valve comprising: a main valve body movably supported in the flow path via an elastic member, a back pressure chamber in which liquid supplied from an upstream side of the flow path at a predetermined pressure is contained and a biasing force is generated in a valve-closing direction for closing the main valve body by the supplied liquid, an inlet hole communicating the upstream side of the flow path with the back pressure chamber, an outlet hole communicating a downstream side of the flow path with the back pressure chamber, a pilot valve body for opening and closing an end of the outlet hole on a side of the back pressure chamber, an elongated member holding the pilot valve body and capable of causing the pilot valve body to move in an axial direction of the elongated member, a rotatable member, and a lifter movable in the axial direction of the elongated member by the rotation of the rotatable member; wherein the lifter and the elongated member are connected in such a manner that the lifter and the elongated member are integrally movable in the axial direction of the elongated member, characterized in that the lifter is rotatable by a rotation of the rotatable member and the elongated member is connected to the lifter under a condition in which the elongated member is biased to the lifter in a one-way direction of the axial direction by a biasing-connecting member. a main valve body movably supported in the flow path via an elastic member, a back pressure chamber in which liquid supplied from an upstream side of the flow path at a predetermined pressure is contained and a biasing force is generated in a valve-closing direction for closing the main valve body by the supplied liquid, an inlet hole communicating the upstream side of the flow path with the back pressure chamber, an outlet hole communicating a downstream side of the flow path with the back pressure chamber, a pilot valve body for opening and closing an end of the outlet hole on a side of the back pressure chamber, an elongated member holding the pilot valve body and capable of causing the pilot valve body to move in an axial direction of the elongated member, a rotatable member, and a lifter movable in the axial direction of the elongated member by the rotation of the rotatable member; wherein the lifter and the elongated member are connected in such a manner that the lifter and the elongated member are integrally movable in the axial direction of the elongated member, characterized in that the lifter is rotatable by a rotation of the rotatable member and the elongated member is connected to the lifter under a condition in which the elongated member is biased to the lifter in a one-way direction of the axial direction by a biasing-connecting member.
A method, comprising: configuring a transmission resource for a channel state information reference signal, CSI-RS, using N antenna ports by applying K>1 resource configurations in each of a set of subframes to obtain the N=KNi antenna ports, each of the K resource configurations corresponding to N i antenna ports; and transmitting the K resource configurations and information indicating frequency domain density of the transmission resource in terms of resource blocks, to a user equipment, UE, wherein according to the frequency domain density, the CSI-RS is transmitted using a first group of resource blocks, wherein the first group of resource blocks comprises one resource block used for the CSI-RS every L>1 resource blocks in frequency domain, wherein the K resource configurations are applied to the first group of resource blocks. configuring a transmission resource for a channel state information reference signal, CSI-RS, using N antenna ports by applying K>1 resource configurations in each of a set of subframes to obtain the N=KNi antenna ports, each of the K resource configurations corresponding to N i antenna ports; and transmitting the K resource configurations and information indicating frequency domain density of the transmission resource in terms of resource blocks, to a user equipment, UE, wherein according to the frequency domain density, the CSI-RS is transmitted using a first group of resource blocks, wherein the first group of resource blocks comprises one resource block used for the CSI-RS every L>1 resource blocks in frequency domain, wherein the K resource configurations are applied to the first group of resource blocks.
A wireless base station connected to a plurality of time information notification servers (1-2, 1-3, 1-4) and performing wireless communication with a mobile terminal, the wireless base station comprising: - a time information selection section adapted to select any of a plurality of pieces of time information notified from the plurality of time information notification servers (1-2, 1-3, 1-4), respectively; - a clock correction section adapted to correct an internal clock based on the selected piece of time information; the wireless base station characterized by: - a malfunction detection section adapted to detect a malfunction of the plurality of time information notification servers (1-2, 1-3, 1-4), wherein - the malfunction detection section is adapted to detect a malfunction of the time information notification servers (1-2, 1-3, 1-4) by comparing a count value obtained by measuring an interval of pulses transmitted from the time information notification servers (1-2, 1-3, 1-4) with a predetermined threshold value, and - the time information selection section is adapted to exclude, from options, the piece of time information notified from the time information notification server of which a malfunction is detected by themalfunction detection section. - a time information selection section adapted to select any of a plurality of pieces of time information notified from the plurality of time information notification servers (1-2, 1-3, 1-4), respectively; - a clock correction section adapted to correct an internal clock based on the selected piece of time information; the wireless base station characterized by: - a malfunction detection section adapted to detect a malfunction of the plurality of time information notification servers (1-2, 1-3, 1-4), wherein - the malfunction detection section is adapted to detect a malfunction of the time information notification servers (1-2, 1-3, 1-4) by comparing a count value obtained by measuring an interval of pulses transmitted from the time information notification servers (1-2, 1-3, 1-4) with a predetermined threshold value, and - the time information selection section is adapted to exclude, from options, the piece of time information notified from the time information notification server of which a malfunction is detected by themalfunction detection section. - a malfunction detection section adapted to detect a malfunction of the plurality of time information notification servers (1-2, 1-3, 1-4), wherein - the malfunction detection section is adapted to detect a malfunction of the time information notification servers (1-2, 1-3, 1-4) by comparing a count value obtained by measuring an interval of pulses transmitted from the time information notification servers (1-2, 1-3, 1-4) with a predetermined threshold value, and - the time information selection section is adapted to exclude, from options, the piece of time information notified from the time information notification server of which a malfunction is detected by themalfunction detection section.
A store system comprising: an image pickup section; an image output section configured to output an image picked up by the image pickup section; an object recognizing section configured to recognize a plurality of objects which are commodities of a same kind, by reading a feature value of the image; a similarity determining section configured to calculate a similarity value indicating a degree to which an object, of the plurality of objects which are commodities of the same kind, is similar to a reference image of the object determined in advance and determine whether the similarity value exceeds a threshold set in advance; and a defective informing section configured to inform, in response to the similarity determining section determining that the similarity value does not exceed the threshold value, that the object is not recognized as a regular commodity, characterized in that in response to the similarity determining section determining that the similarity value of the object does not exceed the threshold value, the defective informing section is configured to modify, the image to graphically distinguish the object, the similarity value of which does not exceed the threshold value, from other objects, of the plurality of objects which are commodities of the same kind having similarity values that exceed the threshold value, and is configured to inform that the object is not recognized as the regular commodity. an image pickup section; an image output section configured to output an image picked up by the image pickup section; an object recognizing section configured to recognize a plurality of objects which are commodities of a same kind, by reading a feature value of the image; a similarity determining section configured to calculate a similarity value indicating a degree to which an object, of the plurality of objects which are commodities of the same kind, is similar to a reference image of the object determined in advance and determine whether the similarity value exceeds a threshold set in advance; and a defective informing section configured to inform, in response to the similarity determining section determining that the similarity value does not exceed the threshold value, that the object is not recognized as a regular commodity, characterized in that in response to the similarity determining section determining that the similarity value of the object does not exceed the threshold value, the defective informing section is configured to modify, the image to graphically distinguish the object, the similarity value of which does not exceed the threshold value, from other objects, of the plurality of objects which are commodities of the same kind having similarity values that exceed the threshold value, and is configured to inform that the object is not recognized as the regular commodity.
Method for producing a microstructure component, wherein, in accordance with the method - a plurality of punctiform injection structures are inserted in a predetermined grid in a first substrate direction and a second substrate direction (S1, S2) standing at right angles thereto into a first surface of a wafer-like silicon substrate, - the injection structures are lengthened into drilled holes in the depth direction of the silicon substrate in a first etching step, - a second surface of the silicon substrate lying opposite the first surface is at least partly removed for rear-side opening of the drilled holes in a second etching step, - in a third etching step an etching medium effective anisotropically is poured alternately through the drilled holes from both surfaces (24, 52) of the silicon substrate, so that drilled holes arranged next to one another in the first substrate direction connect to form a column running in the first substrate direction, wherein the injection structures in the second substrate direction are arranged at a first distance in relation to one another, wherein the injection structures are combined into groups in the first substrate direction,which each comprise a subordinate number of the injection structures, and wherein the injection structures within the groups are arranged in relation to one another at a second distance reduced by a factor of 0.2-0.6, preferably of 0.3-0.5, compared to the first distance in the first substrate direction, characterised in that the groups in the first substrate direction are arranged following one another at a third distance enlarged in relation to the second distance. - a plurality of punctiform injection structures are inserted in a predetermined grid in a first substrate direction and a second substrate direction (S1, S2) standing at right angles thereto into a first surface of a wafer-like silicon substrate, - the injection structures are lengthened into drilled holes in the depth direction of the silicon substrate in a first etching step, - a second surface of the silicon substrate lying opposite the first surface is at least partly removed for rear-side opening of the drilled holes in a second etching step, - in a third etching step an etching medium effective anisotropically is poured alternately through the drilled holes from both surfaces (24, 52) of the silicon substrate, so that drilled holes arranged next to one another in the first substrate direction connect to form a column running in the first substrate direction,
A cellular transceiver, comprising: a plurality of diversity branch receivers (210, 212, 214) configured to receive a transmitted signal from a base station; a windup detector configured to detect a low windup condition of the base station and the cellular transceiver, the low windup condition indicating that the base station cannot reduce a transmitter power of the transmitted signal below a minimum transmitter power in response to a power reduction signal from the cellular transceiver; and a receiver selector coupled to the windup detector, the receiver selector being configured to modify a number of active diversity branch receivers in response to a detected low windup condition of the base station and the cellular transceiver. a plurality of diversity branch receivers (210, 212, 214) configured to receive a transmitted signal from a base station; a windup detector configured to detect a low windup condition of the base station and the cellular transceiver, the low windup condition indicating that the base station cannot reduce a transmitter power of the transmitted signal below a minimum transmitter power in response to a power reduction signal from the cellular transceiver; and a receiver selector coupled to the windup detector, the receiver selector being configured to modify a number of active diversity branch receivers in response to a detected low windup condition of the base station and the cellular transceiver.
Induction coil assembly for heating a freely ending sleeve section of a tool holder containing a receiving opening for a shank of a rotary tool, which holds the shank of the tool seated in the receiving opening in a press fit and releases it when heated, comprising: - a holding device for holding the tool holder during a heating operation; - a coil arrangement enclosing the sleeve section during heating operation; and - a magnetic flux concentrator arrangement which can be arranged at least in the vicinity of the free end of the sleeve section of the tool holder and is made of soft magnetic, essentially electrically non-conductive material on the side of the coil arrangement that is adjacent to the free end of the sleeve section; - at least one detection device for the automatic detection of at least one property of the tool holder held by the holding device; - at least one actuator device for adapting at least one operating parameter of the heating operation; and - a control unit which is in respective data communication with the at least one detection device for receiving data relating to the tool holder and with the at least one actuator device for instructing an adaptation of the at least one operating parameter, wherein the control unit is set up to instruct adaptation of the at least one operating parameter on the basis of the detected at least one property of the tool holder, characterized in that the coil arrangement has an adjustable geometry, wherein the actuator device is set up to adjust the geometry of the coil arrangement. - a holding device for holding the tool holder during a heating operation; - a coil arrangement enclosing the sleeve section during heating operation; and - a magnetic flux concentrator arrangement which can be arranged at least in the vicinity of the free end of the sleeve section of the tool holder and is made of soft magnetic, essentially electrically non-conductive material on the side of the coil arrangement that is adjacent to the free end of the sleeve section; - at least one detection device for the automatic detection of at least one property of the tool holder held by the holding device; - at least one actuator device for adapting at least one operating parameter of the heating operation; and - a control unit which is in respective data communication with the at least one detection device for receiving data relating to the tool holder and with the at least one actuator device for instructing an adaptation of the at least one operating parameter, wherein the control unit is set up to instruct adaptation of the at least one operating parameter on the basis of the detected at least one property of the tool holder, characterized in that the coil arrangement has an adjustable geometry, wherein the actuator device is set up to adjust the geometry of the coil arrangement.
A patient support device comprising: a patient support top for providing support to a patient's body, an end support configured to support the patient support top for selective rotation about a rotation axis, and a rotation lockout assembly operable between a locked state to block against free rotation of the patient support top about the rotation axis and an unlocked state to permit free rotation of the patient support top about the rotation axis, the rotation lockout assembly including a rotation disk rotatable between locked and unlocked positions corresponding respectively with the locked and unlocked states of the rotation lockout assembly, and a lever arm pinned at one end to the rotation disk for traversing an arced path upon rotation of the rotation disk between locked and unlocked positions, wherein the rotation lockout assembly includes a crank handle configured for operation by a user's hand, the crank handle extending from the rotation disk to provide leverage in rotating the rotation disk between the locked and unlocked positions, wherein the crank handle is mounted to extend from the lateral side of the end support. a patient support top for providing support to a patient's body, an end support configured to support the patient support top for selective rotation about a rotation axis, and a rotation lockout assembly operable between a locked state to block against free rotation of the patient support top about the rotation axis and an unlocked state to permit free rotation of the patient support top about the rotation axis, the rotation lockout assembly including a rotation disk rotatable between locked and unlocked positions corresponding respectively with the locked and unlocked states of the rotation lockout assembly, and a lever arm pinned at one end to the rotation disk for traversing an arced path upon rotation of the rotation disk between locked and unlocked positions, wherein the rotation lockout assembly includes a crank handle configured for operation by a user's hand, the crank handle extending from the rotation disk to provide leverage in rotating the rotation disk between the locked and unlocked positions, wherein the crank handle is mounted to extend from the lateral side of the end support.
number assignment method for control channel elements CCEs+, of Long-Term-Evolution-Advanced LTE+, that assigns a CCE+ number to CCEs+ to which a first control channel is allocated, the first control channel being a downlink control channel in a LTE+ system, the CCE+ number assignment method comprising: selecting a number, as the CCE+ number, from control channel element of LTE, CCE, numbers of CCEs to which a second control channel is allocated, the second control channel being a downlink control channel in an LTE system and assigned to a resource element region composed of the CCEs+ to which the first control channel is allocated. selecting a number, as the CCE+ number, from control channel element of LTE, CCE, numbers of CCEs to which a second control channel is allocated, the second control channel being a downlink control channel in an LTE system and assigned to a resource element region composed of the CCEs+ to which the first control channel is allocated.
A boom pulley assembly for a portable winch (100, 200), comprising: a winch (112, 212), including a frame (110, 210); a boom coupled to the frame, the boom including a boom end unit; at least two pulleys mounted to the boom end unit, including: a first pulley with a tangent substantially in line with the boom; characterized in that the boom pulley assembly further comprises a second pulley mounted to a body of the boom end unit that spaces the second pulley laterally apart from the first pulley in a direction opposite from a distal end of a cable to be pulled. a winch (112, 212), including a frame (110, 210); a boom coupled to the frame, the boom including a boom end unit; at least two pulleys mounted to the boom end unit, including: a first pulley with a tangent substantially in line with the boom; a first pulley with a tangent substantially in line with the boom; a second pulley mounted to a body of the boom end unit that spaces the second pulley laterally apart from the first pulley in a direction opposite from a distal end of a cable to be pulled.