mhurhangee/patent-ind-claim-en huggingface dataset:
Sheath for a soil working roller of a soil processing machine , rotatable about a roller axis of rotation (W), comprising a plurality of sheath segments , mounted or mountable to surround a roller body of the soil working roller and following one another in the circumferential direction, wherein a plurality of roller tools is arranged on an outer side of the sheath segments to be positioned facing away from the roller body , characterized in that at least part of the roller tools comprise an interchangeable holder mounted on an outer side of a respective sheath segment and a replaceable tool detachably mounted or mountable on the interchangeable holder , wherein a fastening opening is formed in the interchangeable holder for accommodating a fastening shaft of a replaceable tool mounted or to be mounted on the interchangeable holder , wherein a tool through opening is provided in association with the at least one interchangeable holder in the sheath segment supporting the same.
A method for use in traversing a vehicle transportation network, the method comprising: traversing, by an autonomous vehicle , a vehicle transportation network , wherein traversing the vehicle transportation network includes: operating a scenario-specific operational control evaluation module instance, wherein the scenario-specific operational control evaluation module instance is an instance of a scenario-specific operational control evaluation module, from a plurality of scenario-specific operational control evaluation modules, instantiated for a distinct vehicle operational scenario, from a plurality of defined distinct vehicle operational scenarios, in response to obtaining operational environment information representing an operational environment of the autonomous vehicle; receiving a candidate vehicle control action from the scenario-specific operational control evaluation module instance; and traversing a portion of the vehicle transportation network based on the candidate vehicle control action, wherein the portion of the vehicle transportation network includes the distinct vehicle operational scenario. operating a scenario-specific operational control evaluation module instance, wherein the scenario-specific operational control evaluation module instance is an instance of a scenario-specific operational control evaluation module, from a plurality of scenario-specific operational control evaluation modules, instantiated for a distinct vehicle operational scenario, from a plurality of defined distinct vehicle operational scenarios, in response to obtaining operational environment information representing an operational environment of the autonomous vehicle; receiving a candidate vehicle control action from the scenario-specific operational control evaluation module instance; and traversing a portion of the vehicle transportation network based on the candidate vehicle control action, wherein the portion of the vehicle transportation network includes the distinct vehicle operational scenario.
Use of a fertiliser composition of the N, P, K, NP, NK, PK or NPK type including divalent metal ions of copper, iron and manganese complexed with amino acids to enhance the capacity of microorganisms present in the soil to solubilize the phosphorus and increase the amount of phosphorus absorbable by plants in the soil, and the concentration of divalent metal ions of copper, manganese and iron complexed with amino acids is in the range of 0.01 to 9.00% by mass with respect to the fertiliser composition.
A flexible laminate film for coating a substrate , the film comprising: predominantly a base layer ; and an acrylic based UV protective layer comprising a UV absorber and laminated with the base layer ; characterised in that : the base layer comprises a graft copolymer of a polyacrylate and PVC compositionally as a main component of the base layer. predominantly a base layer ; and an acrylic based UV protective layer comprising a UV absorber and laminated with the base layer ; characterised in that : the base layer comprises a graft copolymer of a polyacrylate and PVC compositionally as a main component of the base layer.
A method by a vehicle terminal installed in a vehicle, the method comprising: receiving gesture information from a first mobile terminal with an image capturing device, wherein the gesture information is from a user; and sending a particular operation instruction to a second mobile terminal (30i, 30b, c, d) whose graphic user interface is being currently displayed on a display screen of a display device of the vehicle, so as to instruct the second mobile terminal to execute an operation corresponding to the particular operation instruction, wherein the particular operation instruction is related to the received gesture information, and wherein each of the first mobile terminal and the second mobile terminal (30i, 30b, c, d) is one of a mobile phone, a laptop computer, a tablet, and wherein the display device of the vehicle is configured to display a graphic user interface of one of a plurality of mobile terminals including the first mobile terminal and the second mobile terminal (30i, 30b, c, d). receiving gesture information from a first mobile terminal with an image capturing device, wherein the gesture information is from a user; and sending a particular operation instruction to a second mobile terminal (30i, 30b, c, d) whose graphic user interface is being currently displayed on a display screen of a display device of the vehicle, so as to instruct the second mobile terminal to execute an operation corresponding to the particular operation instruction, wherein the particular operation instruction is related to the received gesture information, and wherein each of the first mobile terminal and the second mobile terminal (30i, 30b, c, d) is one of a mobile phone, a laptop computer, a tablet, and wherein the display device of the vehicle is configured to display a graphic user interface of one of a plurality of mobile terminals including the first mobile terminal and the second mobile terminal (30i, 30b, c, d).
A computing device comprising: memory configured for storing executable instructions; a processor configured for executing the instructions; a spine member , wherein the spine member includes the memory and the processor; a plurality of display pages , each display page coupled at a first edge of the page to the spine member and having a second edge, opposite the first edge that is free to rotate about an axis defined by the spine member , wherein at least one page includes two separately controllable OLED displays on opposite sides of the page; at least one continuous fold-in OLED display, wherein the continuous fold-in OLED display includes a first display surface that is attached to a first page of the plurality of display pages, a second display surface that is attached to a second page of the plurality of display pages, and a foldable display surface that connects the first and second display surfaces ; and a bend limit layer coupled to the foldable display surface of the foldable display and configured to increase its stiffness non-linearly when a radius of a bend of the bend limit layer is less than a threshold radius of curvature of the foldable display, the threshold radius of curvature being less than 3 mm. memory configured for storing executable instructions; a processor configured for executing the instructions; a spine member , wherein the spine member includes the memory and the processor; a plurality of display pages , each display page coupled at a first edge of the page to the spine member and having a second edge, opposite the first edge that is free to rotate about an axis defined by the spine member , wherein at least one page includes two separately controllable OLED displays on opposite sides of the page; at least one continuous fold-in OLED display, wherein the continuous fold-in OLED display includes a first display surface that is attached to a first page of the plurality of display pages, a second display surface that is attached to a second page of the plurality of display pages, and a foldable display surface that connects the first and second display surfaces ; and a bend limit layer coupled to the foldable display surface of the foldable display and configured to increase its stiffness non-linearly when a radius of a bend of the bend limit layer is less than a threshold radius of curvature of the foldable display, the threshold radius of curvature being less than 3 mm.
Line element for a liquid-cooled component of an internal combustion engine , with a supply line for supplying coolant to the component and a discharge line for discharging coolant from the component, wherein the component has an internal coolant path which has an inlet which can be connected to the supply line in a fluid-conducting manner, and an outlet which can be connected to the discharge line in a fluid-conducting manner, and wherein the supply line is also connected to the discharge line in a fluid-conducting manner via a bypass connection , characterized in that the component is a bearing housing of a compressor for compressing air and for conducting air to the internal combustion engine .
A controllable Fabry-Perot interferometer, comprising a first mirror , a second mirror in a parallel position with each other, at least one controllable actuator between said first mirror and said second mirror, and electrodes in the mirrors, whereby there is a gap between said first mirror and said second mirror, said actuator is configured to control the width of said gap, and said electrodes in the mirrors are configured to perform a capacitive measurement of the width of the gap, characterized in that the Fabry-Perot interferometer comprises an intermediate structure linking said second mirror and said actuator, wherein the intermediate structure is arranged to decrease bending of a mirror of the Fabry-Perot interferometer and comprises a bar having a main axis, a bottom surface intersecting said axis and a lateral surface around said axis, said bottom surface of the bar being attached to a surface of said actuator, and said lateral surface of the bar being attached by means of an adhesive to the inner surface of a through-hole of said second mirror.
A section (46; 200; 300) of a gas turbine engine , comprising: a rotor blade configured to rotate about an axis (X-X'); a case (100; 201; 301) positioned radially outward from the rotor blade and extending circumferentially about the axis (X-X'); a control ring (104; 204; 304) being annular, positioned radially inward from the case (100; 201; 301), and configured to move radially relative to the case (100; 201; 301); and a segmented blade outer air seal (BOAS) (106; 206; 306) including a plurality of BOAS segments each being positioned radially outward from the rotor blade , movably coupled to the control ring (104; 204; 304), and configured to move circumferentially relative to each other such that a circumferential gap between each of the plurality of BOAS segments changes in size in response to a temperature change in the section of the gas turbine engine , characterised in that the section further comprises a spring positioned radially between the segmented BOAS (106; 206; 306) and the control ring (104; 204; 304) and configured to exert a radially inward force on the segmented BOAS (106; 206; 306) towards the rotor blade . a rotor blade configured to rotate about an axis (X-X'); a case (100; 201; 301) positioned radially outward from the rotor blade and extending circumferentially about the axis (X-X'); a control ring (104; 204; 304) being annular, positioned radially inward from the case (100; 201; 301), and configured to move radially relative to the case (100; 201; 301); and a segmented blade outer air seal (BOAS) (106; 206; 306) including a plurality of BOAS segments each being positioned radially outward from the rotor blade , movably coupled to the control ring (104; 204; 304), and configured to move circumferentially relative to each other such that a circumferential gap between each of the plurality of BOAS segments changes in size in response to a temperature change in the section of the gas turbine engine , characterised in that the section further comprises a spring positioned radially between the segmented BOAS (106; 206; 306) and the control ring (104; 204; 304) and configured to exert a radially inward force on the segmented BOAS (106; 206; 306) towards the rotor blade .
A blow molding mold unit that includes a blow mold including: a pair of split molds forming a plurality of cavities , the cavities arranged in a row in a first direction; a plurality of bottom molds respectively corresponding to the cavities ; and a bottom mold fixing plate to which the plurality of bottom molds are fixed, the blow molding mold unit comprising: at least three of the blow molds arranged side by side in a second direction perpendicular to the first direction; first base members holding split molds that are arranged at both end positions in the second direction, the first base members being fixed to a mold clamping plate ; second base members arranged between the first base members , and to which split molds other than the split molds fixed to the first base members are fixed; and a coupling member configured to couple the first base members and the second base members in a state where the pair of split molds are contactable with and separable from each other, wherein the second base members are configured to move in accordance with movement of the first base members . at least three of the blow molds arranged side by side in a second direction perpendicular to the first direction; first base members holding split molds that are arranged at both end positions in the second direction, the first base members being fixed to a mold clamping plate ; second base members arranged between the first base members , and to which split molds other than the split molds fixed to the first base members are fixed; and a coupling member configured to couple the first base members and the second base members in a state where the pair of split molds are contactable with and separable from each other, wherein the second base members are configured to move in accordance with movement of the first base members .
A hetero-oligomer of ( S )-carbonyl reductases capable of catalyzing the reduction of polyphenyl ketones, wherein the hetero-oligomers are formed by two or more ( S )-carbonyl reductases with different amino acid sequences, wherein said ( S )-carbonyl reductase is selected from SCR having the amino acid sequence of SEQ ID NO: 1, SCR2 having the amino acid sequence of SEQ ID NO: 2, and SCR3 having the amino acid sequence of SEQ ID NO: 3.
A method, comprising: manufacturing a housing for an impeller of a blood pump by: placing a mandrel inside an inner lining , with a central cylindrical portion of a frame disposed around the inner lining , the central cylindrical portion of the frame including struts that define a generally cylindrical shape, wherein the mandrel is shorter than a length of the inner lining ; placing a portion of an elongate tube around at least a portion of the frame , the elongate tube including a proximal portion that defines at least one blood outlet opening; while the portion of the elongate tube is disposed around at least the portion of the frame , heating the inner lining , the frame and the portion of the elongate tube , via the mandrel; and while heating the inner lining , the frame , and the portion of the elongate tube , applying pressure from outside the portion of the elongate tube , such as to cause the portion of the elongate tube to become coupled to the frame . placing a mandrel inside an inner lining , with a central cylindrical portion of a frame disposed around the inner lining , the central cylindrical portion of the frame including struts that define a generally cylindrical shape, wherein the mandrel is shorter than a length of the inner lining ; placing a portion of an elongate tube around at least a portion of the frame , the elongate tube including a proximal portion that defines at least one blood outlet opening; while the portion of the elongate tube is disposed around at least the portion of the frame , heating the inner lining , the frame and the portion of the elongate tube , via the mandrel; and while heating the inner lining , the frame , and the portion of the elongate tube , applying pressure from outside the portion of the elongate tube , such as to cause the portion of the elongate tube to become coupled to the frame .
A multilayer abrasive particle having a layer structure of stacked layers , the respective layers being formed parallel to a plane (E), characterized in that the exposed surfaces of the layers not covered by another layer and/or the edges connecting the exposed surfaces extend at least partially convexly or concavely in relation to the plane (E) and/or to a plane (E2) that is perpendicular thereto and comprises the direction of the layer thickness.
A power supply apparatus comprising: a resonant circuit adapted to determine a resonant frequency, the resonant circuit comprising a power supply coil ; a drive unit adapted to drive the resonant circuit; and a controller adapted to cause the resonant frequency to change between a first resonant frequency and a second resonant frequency, characterized in that the first resonant frequency is higher than a frequency of a drive signal of the drive unit, the second resonant frequency is lower than the frequency of the drive signal, the controller is adapted to aquire the phase difference between the phase of the drive signal and the phase of the current or voltage flowing in the power supply coil , and to detect a zero phase difference, and the controller is adapted to cause the resonant frequency to change between the first resonant frequency and the second resonant frequency after a predetermined time period is elapsed from when the zero phase difference is detected. a resonant circuit adapted to determine a resonant frequency, the resonant circuit comprising a power supply coil ; a drive unit adapted to drive the resonant circuit; and a controller adapted to cause the resonant frequency to change between a first resonant frequency and a second resonant frequency, characterized in that the first resonant frequency is higher than a frequency of a drive signal of the drive unit, the second resonant frequency is lower than the frequency of the drive signal, the controller is adapted to aquire the phase difference between the phase of the drive signal and the phase of the current or voltage flowing in the power supply coil , and to detect a zero phase difference, and the controller is adapted to cause the resonant frequency to change between the first resonant frequency and the second resonant frequency after a predetermined time period is elapsed from when the zero phase difference is detected.
A grant-free transmission method, wherein the method comprises: determining , by a terminal device, a target time-frequency resource used for grant-free transmission from a plurality of time-frequency resources; determining , by the terminal device based on information about the target time-frequency resource and a correspondence between a time-frequency resource and a sequence, a sequence corresponding to the target time-frequency resource; and performing , by the terminal device, the grant-free transmission with a network device on the target time-frequency resource based on the sequence corresponding to the target time-frequency resource; wherein the performing , by the terminal device, the grant-free transmission with a network device on the target time-frequency resource based on the sequence corresponding to the target time-frequency resource comprises: sending, by the terminal device, the sequence to the network device on a time-frequency resource used to send the sequence, and sending a control signal and uplink data to the network device on the target time-frequency resource, wherein the control signal comprises information about a time-frequency resource used to transmit the uplink data. determining , by a terminal device, a target time-frequency resource used for grant-free transmission from a plurality of time-frequency resources; determining , by the terminal device based on information about the target time-frequency resource and a correspondence between a time-frequency resource and a sequence, a sequence corresponding to the target time-frequency resource; and performing , by the terminal device, the grant-free transmission with a network device on the target time-frequency resource based on the sequence corresponding to the target time-frequency resource; wherein the performing , by the terminal device, the grant-free transmission with a network device on the target time-frequency resource based on the sequence corresponding to the target time-frequency resource comprises: sending, by the terminal device, the sequence to the network device on a time-frequency resource used to send the sequence, and sending a control signal and uplink data to the network device on the target time-frequency resource, wherein the control signal comprises information about a time-frequency resource used to transmit the uplink data.
A network selection method, comprising: acquiring (S301), by a terminal device, first parameters of each of at least two public land mobile networks, PLMNs, the first parameters comprising signal quality and priority; and selecting (S302), by the terminal device, a first PLMN from the at least two PLMNs according to the first parameters of each of the at least two PLMNs wherein the first parameters further comprise a signal-quality threshold; the selecting (S302), by the terminal device, a first PLMN from the at least two PLMNs according to the first parameters of each of the at least two PLMNs, comprises: determining (S404), by the terminal device, the first PLMN from the at least two PLMNs according to the signal quality, the signal-quality threshold and the priority of each of the at least two PLMNs; characterized in that the signal-quality threshold comprises : a signal-quality threshold corresponding a PLMN, and a signal-quality threshold corresponding to a radio access technology applied in a PLMN. acquiring (S301), by a terminal device, first parameters of each of at least two public land mobile networks, PLMNs, the first parameters comprising signal quality and priority; and selecting (S302), by the terminal device, a first PLMN from the at least two PLMNs according to the first parameters of each of the at least two PLMNs wherein the first parameters further comprise a signal-quality threshold; the selecting (S302), by the terminal device, a first PLMN from the at least two PLMNs according to the first parameters of each of the at least two PLMNs, comprises: determining (S404), by the terminal device, the first PLMN from the at least two PLMNs according to the signal quality, the signal-quality threshold and the priority of each of the at least two PLMNs; characterized in that the signal-quality threshold comprises : a signal-quality threshold corresponding a PLMN, and a signal-quality threshold corresponding to a radio access technology applied in a PLMN. determining (S404), by the terminal device, the first PLMN from the at least two PLMNs according to the signal quality, the signal-quality threshold and the priority of each of the at least two PLMNs; characterized in that the signal-quality threshold comprises : a signal-quality threshold corresponding a PLMN, and a signal-quality threshold corresponding to a radio access technology applied in a PLMN.