mhurhangee/patent-ind-claim-en huggingface dataset:
Clamping device for clamping a component on a base , with a) a clamping bolt for clamping the component on the base , a1) wherein the clamping bolt has a mounting end which in operation is mounted in the clamping device , and a2) wherein the clamping bolt has a free end with a clamping surface inclined obliquely to a clamping direction (↔) for resting on a corresponding obliquely inclined clamping surface of the component to be clamped, wherein the oblique clamping surfaces of the clamping bolt on the one hand and of the component to be clamped on the other slide on one another when the clamping bolt is extended and thereby press the component to be clamped against the base , and with b) a clamping bolt drive, which can optionally retract the clamping bolt into the clamping device or extend it from the clamping device along a clamping direction (↔), characterized in c) that the clamping bolt has a securing element which can connect the clamping bolt form-fittingly to the component to be clamped and thereby secures the component to be clamped against being thrown away, and d) that the securing element is a nose which is attached to the clamping bolt and protrudes from the clamping bolt transversely to the clamping direction (↔) in order to engage in a groove in the component to be clamped. a) a clamping bolt for clamping the component on the base , a1) wherein the clamping bolt has a mounting end which in operation is mounted in the clamping device , and a2) wherein the clamping bolt has a free end with a clamping surface inclined obliquely to a clamping direction (↔) for resting on a corresponding obliquely inclined clamping surface of the component to be clamped, wherein the oblique clamping surfaces of the clamping bolt on the one hand and of the component to be clamped on the other slide on one another when the clamping bolt is extended and thereby press the component to be clamped against the base , and with a1) wherein the clamping bolt has a mounting end which in operation is mounted in the clamping device , and a2) wherein the clamping bolt has a free end with a clamping surface inclined obliquely to a clamping direction (↔) for resting on a corresponding obliquely inclined clamping surface of the component to be clamped, wherein the oblique clamping surfaces of the clamping bolt on the one hand and of the component to be clamped on the other slide on one another when the clamping bolt is extended and thereby press the component to be clamped against the base , and with b) a clamping bolt drive, which can optionally retract the clamping bolt into the clamping device or extend it from the clamping device along a clamping direction (↔), characterized in c) that the clamping bolt has a securing element which can connect the clamping bolt form-fittingly to the component to be clamped and thereby secures the component to be clamped against being thrown away, and d) that the securing element is a nose which is attached to the clamping bolt and protrudes from the clamping bolt transversely to the clamping direction (↔) in order to engage in a groove in the component to be clamped.
A microneedle array comprising: a sheet portion ; and a plurality of needle-like protrusions arranged on one surface of the sheet portion ; characterized by a support member formed of a gripping portion which extends in one direction and a beam portion having one end that is connected to the gripping portion , wherein the sheet portion is an integrally molded body which is integrally molded with the support member , in which at least a part of the beam portion is buried under the other surface of the sheet portion , opposite to the one surface where the needle-like protrusions are provided, the gripping portion is provided on the other surface of the sheet portion , and the beam portion is deformable toward a center of the sheet portion . a plurality of needle-like protrusions arranged on one surface of the sheet portion ; characterized by a support member formed of a gripping portion which extends in one direction and a beam portion having one end that is connected to the gripping portion , wherein the sheet portion is an integrally molded body which is integrally molded with the support member , in which at least a part of the beam portion is buried under the other surface of the sheet portion , opposite to the one surface where the needle-like protrusions are provided, the gripping portion is provided on the other surface of the sheet portion , and the beam portion is deformable toward a center of the sheet portion . wherein the sheet portion is an integrally molded body which is integrally molded with the support member , in which at least a part of the beam portion is buried under the other surface of the sheet portion , opposite to the one surface where the needle-like protrusions are provided, the gripping portion is provided on the other surface of the sheet portion , and the beam portion is deformable toward a center of the sheet portion .
A method for measuring a fill level (L) of a filling material in a container , comprising the following method steps: - emitting a first signal (S 1 ) toward the filling material ; - receiving a corresponding first incoming signal (E 1 ) after reflection of the first signal (S 1 ) in the interior of the container ; - emitting a second signal (S 2 ) toward the filling material , with a characteristic which differs from the characteristic of the first signal (S 1 ); - receiving a corresponding second incoming signal (E 2 ) after reflection of the second signal (S 2 ) in the interior of the container ; - ascertaining a first fill level value using the first incoming signal (E 1 ) and determining a second fill level value using the second incoming signal (E 2 ); and - determining the first fill level value or the second fill level value as the fill level (L), provided that the first fill level value and the second fill level value match. - emitting a first signal (S 1 ) toward the filling material ; - receiving a corresponding first incoming signal (E 1 ) after reflection of the first signal (S 1 ) in the interior of the container ; - emitting a second signal (S 2 ) toward the filling material , with a characteristic which differs from the characteristic of the first signal (S 1 ); - receiving a corresponding second incoming signal (E 2 ) after reflection of the second signal (S 2 ) in the interior of the container ; - ascertaining a first fill level value using the first incoming signal (E 1 ) and determining a second fill level value using the second incoming signal (E 2 ); and - determining the first fill level value or the second fill level value as the fill level (L), provided that the first fill level value and the second fill level value match.
A door, in particular a high-speed door, with a door leaf with a vertical running direction , with a drive for opening and closing the door and with a braking device which is continuously active at least in the closure direction, characterised in that the braking device comprises a belt brake , with a brake drum which is arranged on the shaft in a rotationally fixed manner, said shaft being connected to the drive and onto which the door leaf can be wound or over which pull means are led, via which pull means the door leaf is movable, and with a stationary brake belt which at least partly encompasses the drum .
A method for controlling a propulsive power output applied to a propeller shaft of a ship in a system according to any of the claims 9-17, the ship and the system comprising the propeller shaft and a propulsive power source connected to the propeller shaft , wherein the method comprises steps of: - applying a control signal to the propulsive power source , - producing with the propulsive power source a propulsive power in correspondence with the control signal, - varying the control signal within an interval limited by an upper control limit value and a lower control limit value, the step of varying the control signal within the interval limited by the upper and lower control limit values being performed when the ship travels, characterised in that the method comprises steps of: - determining a current value of an operational parameter of the ship , - comparing the current value of the operational parameter with a first parameter limit value, and wherein if the current value of the operational parameter reaches the first parameter limit value, the method comprises a step of: - reducing the upper control limit value. the method comprises steps of: - applying a control signal to the propulsive power source , - producing with the propulsive power source a propulsive power in correspondence with the control signal, - varying the control signal within an interval limited by an upper control limit value and a lower control limit value, the step of varying the control signal within the interval limited by the upper and lower control limit values being performed when the ship travels, - applying a control signal to the propulsive power source , - producing with the propulsive power source a propulsive power in correspondence with the control signal, - varying the control signal within an interval limited by an upper control limit value and a lower control limit value, the step of varying the control signal within the interval limited by the upper and lower control limit values being performed when the ship travels, characterised in that the method comprises steps of: - determining a current value of an operational parameter of the ship , - comparing the current value of the operational parameter with a first parameter limit value, and wherein - determining a current value of an operational parameter of the ship , - comparing the current value of the operational parameter with a first parameter limit value, and wherein if the current value of the operational parameter reaches the first parameter limit value, the method comprises a step of: - reducing the upper control limit value. - reducing the upper control limit value.
A handle device for an opening element of a vehicle, including: - a support intended to be mounted on the opening element and forming a cavity with an opening; - a handle mounted movably on the support , with an entered position in which said handle extends essentially in the opening and an external position in which said handle extends outside the cavity ; the movable mounting of the handle being configured to permit at least a portion of said handle to enter in the cavity under the effect of a pressure exerted on said handle from the exterior towards said cavity , for the purpose of then passing from the entered position to the external position, characterized in that the cavity is delimited by walls (6 1 ) adjacent to the opening, said walls (6 1 ) including flanges (6 2 ) extending along and at the rear of the handle in entered position, so as to form retaining surfaces for glass formed between the edges (8 1 ) of said handle and said walls (6 1 ), said retention taking place during the entry movement of the handle in the cavity . - a support intended to be mounted on the opening element and forming a cavity with an opening; - a handle mounted movably on the support , with an entered position in which said handle extends essentially in the opening and an external position in which said handle extends outside the cavity ;
A catheter assembly comprising: a catheter body extending from a catheter proximal portion to a catheter distal portion , the catheter body includes: an inner liner (612; 812; 1107; 1203), and an outer sleeve (610; 810; 1105; 1212); and a braid assembly (608; 814; 1100; 1200) within the catheter body and between the inner liner (612; 812; 1107; 1203) and the outer sleeve (610; 810; 1105; 1212), the braid assembly (608; 814; 1100; 1200) includes: a first filar array (1104; 1202) including a plurality of first filars helically extending around the catheter body in a first direction, and a braided brace (1102; 1210) including a second filar array interlaced with the first filar array, the second filar array having a second filar count of one or more second filars less than a first filar count of the first filars, wherein the braided brace (1102; 1210) extends around the catheter body in a second direction opposed to the first direction, characterized in that the second filars have a cross sectional width at least one order of magnitude greater than a cross sectional width of the first filars, and wherein the braided brace (1102; 1210) anchors and supports the first filar array (1104; 1202). a catheter body extending from a catheter proximal portion to a catheter distal portion , the catheter body includes: an inner liner (612; 812; 1107; 1203), and an outer sleeve (610; 810; 1105; 1212); and an inner liner (612; 812; 1107; 1203), and an outer sleeve (610; 810; 1105; 1212); and a braid assembly (608; 814; 1100; 1200) within the catheter body and between the inner liner (612; 812; 1107; 1203) and the outer sleeve (610; 810; 1105; 1212), the braid assembly (608; 814; 1100; 1200) includes: a first filar array (1104; 1202) including a plurality of first filars helically extending around the catheter body in a first direction, and a braided brace (1102; 1210) including a second filar array interlaced with the first filar array, the second filar array having a second filar count of one or more second filars less than a first filar count of the first filars, a first filar array (1104; 1202) including a plurality of first filars helically extending around the catheter body in a first direction, and a braided brace (1102; 1210) including a second filar array interlaced with the first filar array, the second filar array having a second filar count of one or more second filars less than a first filar count of the first filars, wherein the braided brace (1102; 1210) extends around the catheter body in a second direction opposed to the first direction, characterized in that the second filars have a cross sectional width at least one order of magnitude greater than a cross sectional width of the first filars, and wherein the braided brace (1102; 1210) anchors and supports the first filar array (1104; 1202).
A data access control program being executed on an authorization server , the authorization server controls access to data stored in a resource server , the data access control program comprising: storing an association relationship between a plurality of users who are owners of data, and a consent portal with which each of the plurality of users performs user registration; when consent of a user to access to data according to a first condition is asked for by a client, detecting a target user who is an owner of data that matches the first condition, extracting a consent portal with which the target user performs user registration, from the association relationship, and obtaining an intention of consent or non-consent to access to the data, from the target user by using the extracted consent portal ; and controlling an access by the client to data in the resource server , in accordance with the obtained intention. storing an association relationship between a plurality of users who are owners of data, and a consent portal with which each of the plurality of users performs user registration; when consent of a user to access to data according to a first condition is asked for by a client, detecting a target user who is an owner of data that matches the first condition, extracting a consent portal with which the target user performs user registration, from the association relationship, and obtaining an intention of consent or non-consent to access to the data, from the target user by using the extracted consent portal ; and controlling an access by the client to data in the resource server , in accordance with the obtained intention.
A fan drive gear system for a gas turbine engine comprising: first and second members spaced apart from one another at a location; a gear train supported by the first member ; and a damper provided between the first member and the second member at the location, wherein the first and second members respectively include first and second apertures aligned with one another in an axial direction, the damper extending between and received in the first and second apertures ; wherein the damper is a tube having opposing ends each supporting a seal , each seal engaging a respective first and second aperture . first and second members spaced apart from one another at a location; a gear train supported by the first member ; and a damper provided between the first member and the second member at the location, wherein the first and second members respectively include first and second apertures aligned with one another in an axial direction, the damper extending between and received in the first and second apertures ; wherein the damper is a tube having opposing ends each supporting a seal , each seal engaging a respective first and second aperture .
Telescopic cleaning device intended to spray at least one cleaning and/or drying fluid towards a glass surface to be cleaned of a motor vehicle , such as an optical surface of an optical sensor of an optical detection system, comprising at least one hollow conveying body for cleaning fluid, closed at an upstream end by an inlet flange and accommodating a movable piston configured so as to slide in the hollow conveying body , parallel to an axis of elongation (X) of the hollow body, the movable piston , hollowed out by an inner distribution conduit , bearing a fluid distribution element at a downstream end, the hollow conveying body additionally accommodates a rod which extends jutting out from the inlet flange along the axis of elongation (X) and around which the movable piston is capable of sliding, the movable piston and the rod being configured so as to allow the fluid to flow between them, depending on the position of the movable piston with respect to the rod , from the inlet flange to the distribution element , and wherein the rod has a heating device , said heating device having at least one heating element extending inside a heat conducting tube , along the axis of elongation (X). the hollow conveying body additionally accommodates a rod which extends jutting out from the inlet flange along the axis of elongation (X) and around which the movable piston is capable of sliding, the movable piston and the rod being configured so as to allow the fluid to flow between them, depending on the position of the movable piston with respect to the rod , from the inlet flange to the distribution element , and wherein the rod has a heating device , said heating device having at least one heating element extending inside a heat conducting tube , along the axis of elongation (X).
A system for housing an object, which housing system is intended to be housed in a casing of a device for the automatic and instantaneous detection of movements of an object, which system comprises first and second strips facing one another, each strip comprising a first movable part , the first movable parts being arranged so as to define therebetween a space for housing the object, each movable part having a fixed first end and bearing at its second end on a pressure means of a push button arranged to move along a vertical axis A v between a first position corresponding to the placement of the object in the housing space inducing a separation of the second ends from one another, and a second position corresponding to the removal of the object from the housing space bringing the second ends closer to one another, said pressure means being a plate arranged to be connected via at least a first compression spring to at least a bottom wall portion of said casing whereupon said at least one compression spring bears, each strip comprising a second movable part connected to the second end of the first movable part by an articulation means , each second movable part having a first end connected to said articulation means and a fixed second end connected by a first connecting means to said plate, said push button being securely connected to the plate via a second connecting means, the system comprising a second compression spring , which second compression spring is arranged between the push button and a back face of the plate , the push button further being arranged to pass through an orifice present on the bottom wall of said casing , said push button being arranged to come into contact with a pressure sensor, which pressure sensor is connected to a processing unit for processing a first signal emitted by the sensor when contact is created between the push button and the pressure sensor, and a second signal emitted by the sensor when said contact is broken.
A luggage shell comprising: a shell formed of a laminate of a plurality of coextruded films , the films comprising a core of a biaxially oriented thermoplastic polymer, and at least one outer layer of a thermoplastic polymer, the outer layer having a thickness of 0.5% to 25% of the thickness of a film . a core of a biaxially oriented thermoplastic polymer, and at least one outer layer of a thermoplastic polymer, the outer layer having a thickness of 0.5% to 25% of the thickness of a film .
A method for wireless communication at a wireless device, comprising: receiving an assignment of a first portion of a distributed channel availability check, CAC; determining an availability of a sub-band of a shared radio frequency spectrum band during the first portion of the distributed CAC; receiving at least one indication that the sub-band is available during remaining portions of the distributed CAC; and communicating over the sub-band based at least in part on determining the sub-band is available during the first portion of the distributed CAC and the at least one indication that the sub-band is available during remaining portions of the distributed CAC. receiving an assignment of a first portion of a distributed channel availability check, CAC; determining an availability of a sub-band of a shared radio frequency spectrum band during the first portion of the distributed CAC; receiving at least one indication that the sub-band is available during remaining portions of the distributed CAC; and communicating over the sub-band based at least in part on determining the sub-band is available during the first portion of the distributed CAC and the at least one indication that the sub-band is available during remaining portions of the distributed CAC.
A method of hydrothermal dewatering of coal in an underground reaction chamber comprising entry means having two or more delivery tubes communicating with a reaction zone which in turn communicates with exit means comprising one or more exit tubes, the method comprising the steps of: delivering a coal slurry through the two or more delivery tubes to the reaction zone at a depth sufficient to generate pressure from a hydrostatic head; and initiating the hydrothermal dewatering process such that the process occurs substantially in conditions of decreasing pressure as material rises in the one or more exit tubes. delivering a coal slurry through the two or more delivery tubes to the reaction zone at a depth sufficient to generate pressure from a hydrostatic head; and initiating the hydrothermal dewatering process such that the process occurs substantially in conditions of decreasing pressure as material rises in the one or more exit tubes.