mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld firearm with an adjustable shoulder brace that is seated in a firearm chassis using a pair of rods , slidingly mounted in a guide , wherein the current position of the shoulder brace is lockable by a locking mechanism that comprises a transversal locking element , seated vertically adjustably under the pair of rods wherein both the opposite ends of the locking element are guided in opposite corresponding vertical grooves formed in the firearm chassis and the locking element is biased by a spring towards the rods where at the bottom side of each of the rods , at least two spaced apart pairs of corresponding recesses are produced for snapping of the locking element and the locking element can be manually pushed out of the recesses by means of a control button , whereby the locking element is attached to a carrier wherein the carrier is seated in the firearm chassis in a swinging way about an axis that is arranged in a hole in the firearm chassis between the rods , whereby the control button is seated in a vertically sliding way in a holder of the trigger mechanism and in the breech housing wherein a transversal pin that bears on the carrier from above passes through the control button and the control button acts on the carrier against the direction of action of the spring .
Method for producing a sandwich panel comprising a core formed by a cellular material having empty cells, the method consisting in depositing, on each of the surfaces of said honeycomb core, a layer of a prepreg material comprising at least one fold, and placing the assembly in a hot compression press, the method being characterized in that it further comprises: a) an initial step of determining the main force paths by topological optimization of an elementary volume numerical model representative of a solid homogeneous panel subjected to a combination of nominal stresses, the initial step indicating the areas where material is required and the areas where it is not; b) an intermediate step of sizing, by numerical modeling, a composite panel comprising reinforcement areas calculated during said initial step, the intermediate step removing folds in the lightly loaded areas and adding folds in the loaded areas while maintaining the base of at least one complete fold over the entire surface on either side of the honeycomb core; c) a step of depositing, on each of said layers of prepreg material, an additional material positioned on the main force paths determined during the initial step, symmetrically with respect to the median plane of said panel. a) an initial step of determining the main force paths by topological optimization of an elementary volume numerical model representative of a solid homogeneous panel subjected to a combination of nominal stresses, the initial step indicating the areas where material is required and the areas where it is not; b) an intermediate step of sizing, by numerical modeling, a composite panel comprising reinforcement areas calculated during said initial step, the intermediate step removing folds in the lightly loaded areas and adding folds in the loaded areas while maintaining the base of at least one complete fold over the entire surface on either side of the honeycomb core; c) a step of depositing, on each of said layers of prepreg material, an additional material positioned on the main force paths determined during the initial step, symmetrically with respect to the median plane of said panel.
A beam switching method, performed by a mobile terminal, comprising: monitoring whether a first blockage event occurs to an antenna of the terminal; and transmitting a beam switching request to a network-side device, in a case that the first blockage event occurs, wherein the first blockage event comprises that a quality loss occurs to beam links corresponding to at least a second predetermined number of downlink beams, the second predetermined number of downlink beams are from a first predetermined number of downlink beams corresponding to one antenna panel of the terminal, and the first predetermined number is greater than or equal to the second predetermined number. monitoring whether a first blockage event occurs to an antenna of the terminal; and transmitting a beam switching request to a network-side device, in a case that the first blockage event occurs, wherein the first blockage event comprises that a quality loss occurs to beam links corresponding to at least a second predetermined number of downlink beams, the second predetermined number of downlink beams are from a first predetermined number of downlink beams corresponding to one antenna panel of the terminal, and the first predetermined number is greater than or equal to the second predetermined number.
A screwdriving tool comprising a driving tool , a contact trip assembly that is coupled to the driving tool , a sensor and a sensor target , the driving tool having a tool housing , a motor assembly and an output member that is driven by the motor assembly , the contact trip assembly having a nose element , one of the nose element and the output member being axially movable and biased by a spring into an extended position, one of the sensor and the sensor target being coupled to the tool housing , the other one of the sensor and the sensor target being coupled to the one of the output member and the nose element for axial movement relative to the one of the sensor and the sensor target , the sensor providing a sensor signal that is based upon a distance (D) between the sensor and the sensor target , wherein the motor assembly is controllable in a first operational mode and at least one rotational direction based in part on the sensor signal wherein at least one sight window is formed through the nose element wherein the contact trip assembly is removably coupled to the driving tool ; characterized in that either: 1) a bayonet-type mount is employed to couple the contact trip assembly to the driving tool , the bayonet-type mount comprising a first mount structure , which is coupled to the tool housing of the driving tool , and a second mount structure that is coupled to a contact trip housing of the contact trip assembly , the first and second mount structures having lugs that are engagable to inhibit axial separation of the contact trip assembly from the driving tool ; or 2) one of the driving tool and the contact trip assembly includes a clip that is engagable to a circumferentially extending groove in the other one of the driving tool and the contact trip assembly . 1) a bayonet-type mount is employed to couple the contact trip assembly to the driving tool , the bayonet-type mount comprising a first mount structure , which is coupled to the tool housing of the driving tool , and a second mount structure that is coupled to a contact trip housing of the contact trip assembly , the first and second mount structures having lugs that are engagable to inhibit axial separation of the contact trip assembly from the driving tool ; or 2) one of the driving tool and the contact trip assembly includes a clip that is engagable to a circumferentially extending groove in the other one of the driving tool and the contact trip assembly .
A blood sample collection system , comprising: a housing , the housing comprising: a blood collection port ; and a baffle chamber ; a collection needle formed through the housing and into the blood collection port; and a baffle formed within the baffle chamber to counteract a vacuum within a blood collection tube when pierced by the needle. a housing , the housing comprising: a blood collection port ; and a baffle chamber ; a blood collection port ; and a baffle chamber ; a collection needle formed through the housing and into the blood collection port; and a baffle formed within the baffle chamber to counteract a vacuum within a blood collection tube when pierced by the needle.
Device for inspecting objects moving in a substantially monolayer flow (F) on a flat support surface moving in a longitudinal direction (D), said device comprising, on the one hand, at least one lighting means providing a lighting beam with a median plane or axis (PM), directed toward the support surface and for which the intersection with this support surface is made up of an illuminated strip , which extends transverse to the direction of movement (D) and over all or part of the width of said support surface , on the other hand, at least one detection means having an optical axis or plane (AO) and an acquisition field , the dimension of which, in the direction transverse to the direction of movement (D), is at most equal to that of the illuminated strip , and also encompassing, in the direction of movement (D), non-illuminated zones of the support surface located upstream and downstream of said illuminated strip and a volume (VA) extending at least above said illuminated strip or strip portion , and optionally above the non-illuminated zones , and, finally, means for processing and evaluating the signals or data provided by said at least one detection means with a view to detecting the presence of the moving objects , of mapping their height and/or of determining their external volume, with these objects preferably being dark or black, with the median plane or axis (PM) of the one or more lighting beam(s) and the optical axis or plane (AO) of the detection means having a non-zero angle (AP) between them, called parallax angle, and the image of the illuminated strip acquired by said at least one detection means has a width that is equal to at least three times, preferably at least ten times, the resolution of said means , said device being characterized in that said at least one lighting means is configured and arranged such that the illuminated strip generated on the support surface has a width in the direction of movement (D) that is greater than 10 mm, advantageously ranging between 10 mm and 30 mm, is delimited, in the absence of an object , by two opposing straight parallel edges , which form clear limits in the image of this illuminated strip , and has sufficient contrast relative to the non-illuminated zones in order to be perceptible by the detection means and the processing and evaluation means , irrespective of the color of the moving object on which the illuminated strip is applied, and in that the one or each lighting beam is made up of a beam originating from an incoherent light source .
A vacuum sputtering system for eroding and depositing target material on a substrate , comprising: at least a first and a second cylindrical tubular target , each having a longitudinal axis and an outside surface and a fixed length, each of the at least first and second cylindrical tubular targets being rotatable about the longitudinal axis of the cylindrical tubular target, wherein the second rotatable cylindrical tubular target is positioned relative to the first target such that axes of the at least first and second targets are parallel to each other; and at least a first and a second magnet assembly respectively disposed within and along the length of the at least first and the second tubular targets , each magnet assembly configured to provide a magnetic field racetrack over the outer surface of each tubular target , the magnetic field racetrack confining a plasma gas to erode the target material of each target from a pair of substantially parallel erosion zones along the length of the each tubular target, each pair of erosion zones defining a source plane for each target and being separated by a distance there between, and each magnet assembly configured to fix the distance between the parallel erosion zones in each target to create a combined area of target material flux for each tubular target, and wherein the magnet assemblies are oriented relative to each other such that an included angle (X) is formed between a pair of reference planes passing through the axis of one target, characterized in that these reference planes, each of which passes through the centre of a tubular target and through the centre of an erosion zone of that target, subtend an angle (X) at the centre of that target of between 45 and 90°.
Covering device , in particular charging flap device, with a lid component and a displacement mechanism for the lid component for closing and uncovering an opening in a vehicle body , wherein the lid component can be moved under an adjacent area of the vehicle body , and with a rail guide system , via which the lid component can be moved between a position closing the opening and a position uncovering the opening , characterized in that at least one guide element is provided which can be pivoted about a particularly stationary axis of rotation and which is operatively connected with at least two guide levers in coupling areas (12C, 12B1), which are spaced from the axis of rotation and also from one another, wherein coupling elements are provided which rotatably connect the guide levers to the lid component and each engage in a body-fixed guide track of the rail guide system , and wherein the guide levers can be moved along the guide tracks during a pivoting of the guide element towards a position which corresponds to the uncovering position of the lid component , and during a further pivoting of the guide element towards a position which corresponds to the closing position of the lid component , and thereby actuate the lid component in the opening direction or in the closing direction of the opening .
A method of monitoring switching by an on-load tap changer, OLTC, from a first contact to a second contact of a transformer winding during a switching time period, the method comprising: measuring (M1) a phase voltage of the transformer over time; measuring (M2) a temperature of the OLTC over time; based on the measured voltage and temperature, determining (M3) that the switching from the first contact to the second contact has not been successful; wherein the determining (M3) comprises determining that the measured voltage has changed during the switching time period and that the change is above a predetermined threshold; and wherein the determining (M3) comprises determining that the measured temperature continues to rise after the end of the switching time period. measuring (M1) a phase voltage of the transformer over time; measuring (M2) a temperature of the OLTC over time; based on the measured voltage and temperature, determining (M3) that the switching from the first contact to the second contact has not been successful; wherein the determining (M3) comprises determining that the measured voltage has changed during the switching time period and that the change is above a predetermined threshold; and wherein the determining (M3) comprises determining that the measured temperature continues to rise after the end of the switching time period.
A method for validity verification of a network, comprising: receiving , at a first base station, a radio resource control (RRC) resume request message from a terminal; sending , at the first base station, a first message to a second base station when the first base station decides to reject access of the terminal, wherein the first message carries first indication information, and the first indication information is for indicating to the second base station that the first base station decides to reject access of the terminal and requests to activate UE security; and receiving , at the first base station, a second message from the second base station, wherein the second message carries security information, and the security information comprises a first key and a first security algorithm; and sending, at the first base station, the RRC reject message to the terminal through a first signaling radio bearer (SRB), when the first base station supports the first security algorithm, wherein the RRC reject message is integrity protected by the first base station. receiving , at a first base station, a radio resource control (RRC) resume request message from a terminal; sending , at the first base station, a first message to a second base station when the first base station decides to reject access of the terminal, wherein the first message carries first indication information, and the first indication information is for indicating to the second base station that the first base station decides to reject access of the terminal and requests to activate UE security; and receiving , at the first base station, a second message from the second base station, wherein the second message carries security information, and the security information comprises a first key and a first security algorithm; and sending, at the first base station, the RRC reject message to the terminal through a first signaling radio bearer (SRB), when the first base station supports the first security algorithm, wherein the RRC reject message is integrity protected by the first base station.
A computer-implemented medical method of determining control data for controlling a brake mechanism of a medical robotic system comprising a passive mechatronic articulable arm including at least one joint, the method comprising the following steps: a) body part position data is acquired (S11; S21) which describes a position of an anatomical body part of a patient; b) mechatronic arm position data is acquired (S12, S23) based on the body part position data, wherein the mechatronic arm position data describes a relative position between the mechatronic articulable arm and the anatomical body part; c) brake modulation data is determined (S13, S24) based on the mechatronic arm position data, wherein the brake modulation data is determined to describe at least one electronic control signal to be issued to the medical robotic system for increasing a braking force to be applied by a brake mechanism of the mechatronic articulable arm while the at least one joint is being kept in a locked state to a value larger than the locking force. a) body part position data is acquired (S11; S21) which describes a position of an anatomical body part of a patient; b) mechatronic arm position data is acquired (S12, S23) based on the body part position data, wherein the mechatronic arm position data describes a relative position between the mechatronic articulable arm and the anatomical body part; c) brake modulation data is determined (S13, S24) based on the mechatronic arm position data, wherein the brake modulation data is determined to describe at least one electronic control signal to be issued to the medical robotic system for increasing a braking force to be applied by a brake mechanism of the mechatronic articulable arm while the at least one joint is being kept in a locked state to a value larger than the locking force.
A process for manufacturing a composite part comprising at least the following steps: - introducing an adhesion promoter into the pores of a fibrous preform formed by threads covered with a coating having -OH groups on its surface, the adhesion promoter comprising an electron-withdrawing group G1 that is reactive according to a reaction of substitution or of nucleophilic addition with the -OH groups, and a reactive group G2 selected from: a hydroxyl function, an epoxide, a halogen atom, an amine function, a carbonyl function, a carbon-carbon double bond or a carbon-carbon triple bond, - grafting the adhesion promoter to the surface of the coating by a reaction of substitution or nucleophilic addition of the -OH groups on the group G1, this grafting being carried out by a first heating of the fibrous preform into which the adhesion promoter has been introduced, - introducing a ceramic precursor resin into the pores of the fibrous preform, after the step of grafting the adhesion promoter, - polymerizing the resin introduced and bonding the grafted adhesion promoter to the resin by chemical reaction between these two compounds at the level of the group G2, said polymerizing and said bonding being carried out by a second heating of the fibrous preform into which the resin has been introduced, and - forming a ceramic matrix phase in the pores of the fibrous preform by pyrolysis of the polymerized resin . - introducing an adhesion promoter into the pores of a fibrous preform formed by threads covered with a coating having -OH groups on its surface, the adhesion promoter comprising an electron-withdrawing group G1 that is reactive according to a reaction of substitution or of nucleophilic addition with the -OH groups, and a reactive group G2 selected from: a hydroxyl function, an epoxide, a halogen atom, an amine function, a carbonyl function, a carbon-carbon double bond or a carbon-carbon triple bond, - grafting the adhesion promoter to the surface of the coating by a reaction of substitution or nucleophilic addition of the -OH groups on the group G1, this grafting being carried out by a first heating of the fibrous preform into which the adhesion promoter has been introduced, - introducing a ceramic precursor resin into the pores of the fibrous preform, after the step of grafting the adhesion promoter, - polymerizing the resin introduced and bonding the grafted adhesion promoter to the resin by chemical reaction between these two compounds at the level of the group G2, said polymerizing and said bonding being carried out by a second heating of the fibrous preform into which the resin has been introduced, and - forming a ceramic matrix phase in the pores of the fibrous preform by pyrolysis of the polymerized resin .