mhurhangee/ep-ind-claims huggingface dataset:
A method for assembling a surgical instrument, comprising: Attaching a fixed jaw to an outer tube; overmolding a handle body to the outer tube; inserting a grip pivot pin to connect a handle grip to the handle body; providing (725, 730, 735, 740) an inner tube within the outer tube; connecting a moving jaw to the fixed jaw while engaging the inner tube to control the moving jaw; aligning a relief slot on the handle grip with an assembly bore in the handle body; inserting an assembly pin into the assembly bore, which is allowed by the aligned relief slot; and wherein the handle grip includes at least one cam slot configured so that as the handle grip is moved in use about the grip pivot pin, the assembly pin moves along the cam slot to translate the assembly pin to cause translation of the inner tube to open or close the moving jaw relative to the fixed jaw. Attaching a fixed jaw to an outer tube; overmolding a handle body to the outer tube; inserting a grip pivot pin to connect a handle grip to the handle body; providing (725, 730, 735, 740) an inner tube within the outer tube; connecting a moving jaw to the fixed jaw while engaging the inner tube to control the moving jaw; aligning a relief slot on the handle grip with an assembly bore in the handle body; inserting an assembly pin into the assembly bore, which is allowed by the aligned relief slot; and wherein the handle grip includes at least one cam slot configured so that as the handle grip is moved in use about the grip pivot pin, the assembly pin moves along the cam slot to translate the assembly pin to cause translation of the inner tube to open or close the moving jaw relative to the fixed jaw.
Method for automated processing of a sample using a first pipette tip container having a first pipette tip, comprising the following steps: - removing the first pipette tip from the first pipette tip container; characterized by the following steps: - feeding the sample into the first pipette tip container; - processing the sample in the first pipette tip container. - removing the first pipette tip from the first pipette tip container; - feeding the sample into the first pipette tip container; - processing the sample in the first pipette tip container.
A thermoplastic bottle comprising a bottom wall adapted to define a support plane, a neck provided with an opening of the bottle, a shoulder connected to the neck, and a side wall extending longitudinally around a central axis of the bottle between the bottom wall and the shoulder; wherein the side wall has a symmetry plane including the central axis, a first line of the side wall and a second line of the side wall being defined in the symmetry plane, entirely below the shoulder; wherein the second line is provided with a second point at a radial distance ds2 from the central axis, which is the minimal distance between the side wall and the central axis; wherein the first line is provided with a first point at a radial distance ds1 from the central axis which is the minimal distance between the first line and the central axis; wherein the side wall comprises at the second line at least one thick portion that extends at and above the second point, said thick portion having a thickness that is greater than an opposite thickness provided in the first line at same height as the height of the second point; characterized in that the following relations are satisfied: ds2 < ds1 hs1 < hs2 where hs1 is height of the first point and hs2 is height of the second point, each measured parallel to the central axis from the support plane, wherein the side wall comprises: - a lower portion adjacent to the bottom wall and extending symmetrically around the central axis; - a first annular part connected to the lower portion, the first annular part and the lower portion intersecting and interconnecting at a substantially circular peripheral intersection line that is perpendicular to the central axis; - a second annular part having an upper annular end perpendicular to the central axis;wherein the second point and the first point are located in a determined annular line tilted with respect to the support plane, the determined annular line defining a peripheral intersection between the first annular part and the second annular part, at a distance from the upper annular end of the second annular part, the first annular part and the second annular part longitudinally tapering in opposite directions and defining a gripping portion of the bottle. ds2 < ds1 hs1 < hs2 - a lower portion adjacent to the bottom wall and extending symmetrically around the central axis; - a first annular part connected to the lower portion, the first annular part and the lower portion intersecting and interconnecting at a substantially circular peripheral intersection line that is perpendicular to the central axis; - a second annular part having an upper annular end perpendicular to the central axis;wherein the second point and the first point are located in a determined annular line tilted with respect to the support plane, the determined annular line defining a peripheral intersection between the first annular part and the second annular part, at a distance from the upper annular end of the second annular part, the first annular part and the second annular part longitudinally tapering in opposite directions and defining a gripping portion of the bottle.
A climbing device for a revolving tower crane having a climbing frame travelable along the crane tower for climbing in and/or climbing down tower sections, wherein a guide is provided for the longitudinally travelable support of the climbing frame with respect to the crane tower, characterized in that the guide has transverse support elements supported resiliently flexibly or being resiliently flexible transversely to the direction of travel of the climbing frame.
A method for a first radio access network, RAN, node in a wireless communication system, the method comprising: transmitting, to a second RAN node, a RAN-RAN interface setup request message including 1) a global identifier, ID, of the first RAN node, 2) information for slice support of the first RAN node, and 3) an ID of a core network node to which the first RAN node is connected; receiving, from the second RAN node, a RAN-RAN interface setup response message including 1) a global ID of the second RAN node, 2) information for slice support of the second RAN node, and 3) an ID of a core network node to which the second RAN node is connected; and setting up a RAN-RAN interface between the first RAN node and the second RAN node based on the RAN-RAN interface setup request message and the RAN-RAN interface setup response message. transmitting, to a second RAN node, a RAN-RAN interface setup request message including 1) a global identifier, ID, of the first RAN node, 2) information for slice support of the first RAN node, and 3) an ID of a core network node to which the first RAN node is connected; receiving, from the second RAN node, a RAN-RAN interface setup response message including 1) a global ID of the second RAN node, 2) information for slice support of the second RAN node, and 3) an ID of a core network node to which the second RAN node is connected; and setting up a RAN-RAN interface between the first RAN node and the second RAN node based on the RAN-RAN interface setup request message and the RAN-RAN interface setup response message.
A mobile apparatus operable in a wireless communication system using data defined in IEEE 802.11, comprising, circuitry configured to: set a first value selected from among a plurality of possible levels to determine a role suitability of the mobile apparatus, receive a second value from a further mobile apparatus, the second value being selected from among a plurality of possible levels and representing a role suitability of the further mobile apparatus, compare the first value with the second value; and set, if the first value is larger than the second value, the mobile apparatus to transmit a beacon, wherein the plurality of possible levels represents a plurality of possible weight values for the mobile apparatus. set a first value selected from among a plurality of possible levels to determine a role suitability of the mobile apparatus, receive a second value from a further mobile apparatus, the second value being selected from among a plurality of possible levels and representing a role suitability of the further mobile apparatus, compare the first value with the second value; and set, if the first value is larger than the second value, the mobile apparatus to transmit a beacon, wherein the plurality of possible levels represents a plurality of possible weight values for the mobile apparatus.
Vehicle seat having a seat portion and an upholstery member which forms the seat portion and which is covered by a cover, where the upholstery member comprises at least a first foam which is adjacent to the cover and on which a vehicle occupant sitting on the seat portion is seated and a second foam which has a greater hardness than the first foam, characterized in that an airbag module is arranged in the seat portion at an outer side of the seat portion, which airbag module comprises an inflatable air sack and an inflation device for deploying the air sack, where the airbag module is surrounded, at its front side facing toward a seat portion front side, at its inner side situated opposite the seat portion outer side, and at its rear side facing toward a seat portion rear side, by the second foam, which second foam extends substantially as far as an upper side, which faces toward a seat portion upper side, of the airbag module.
A method of manufacturing an ultrasound probe, the method comprising: preparing a backing layer having first and second surfaces with different heights forming a groove in the backing layer, wherein first and second electrodes (130,140) are disposed within the backing layer and exposed on the first and second surfaces, respectively; forming a third electrode that is in contact with the end of the first electrode exposed on the first surface; forming a base piezoelectric unit on the third electrode, the base piezoelectric unit including a piezoelectric layer; forming a piezoelectric unit by removing an upper region of the base piezoelectric unit; and forming a fourth electrode that is in contact with the end of the second electrode exposed on the second surface and the piezoelectric unit, wherein the preparing of the backing layer comprises: joinng together a first sub-backing layer, the second electrode, a second sub-backing layer, the first electrode, and a third sub-backing layer, all of which are sequentially arranged; and forming the groove by removing portions of the second sub-backing layer, the first electrode, and the third sub-backing layer. preparing a backing layer having first and second surfaces with different heights forming a groove in the backing layer, wherein first and second electrodes (130,140) are disposed within the backing layer and exposed on the first and second surfaces, respectively; forming a third electrode that is in contact with the end of the first electrode exposed on the first surface; forming a base piezoelectric unit on the third electrode, the base piezoelectric unit including a piezoelectric layer; forming a piezoelectric unit by removing an upper region of the base piezoelectric unit; and forming a fourth electrode that is in contact with the end of the second electrode exposed on the second surface and the piezoelectric unit, wherein the preparing of the backing layer comprises: joinng together a first sub-backing layer, the second electrode, a second sub-backing layer, the first electrode, and a third sub-backing layer, all of which are sequentially arranged; and forming the groove by removing portions of the second sub-backing layer, the first electrode, and the third sub-backing layer. joinng together a first sub-backing layer, the second electrode, a second sub-backing layer, the first electrode, and a third sub-backing layer, all of which are sequentially arranged; and forming the groove by removing portions of the second sub-backing layer, the first electrode, and the third sub-backing layer.
Acetylsalicylic acid for use in reducing the risk of a thromboembolic event in a subject in need thereof, wherein a single dose of less than 81 mg, preferably less than 80 mg, of acetylsalicylic acid is administered by dry powder inhalation to said subject.
A computer-implemented method for evaluating custom code and altered dependency code in a binary file (115, 125) for a security risk, wherein custom code is code developed for a computer application, dependency code is code in a code repository that is relied upon by the custom code, and wherein altered dependency code is dependency code that has changed since the dependency code passed a security evaluation, the method comprising: receiving the binary file (115, 125) containing the custom code and the dependency code; identifying a first version-specific fingerprint associated with a first version of the dependency code, wherein the first version-specific fingerprint is a fingerprint of a cleared dependency code, the cleared dependency code is a dependency code that has passed the security evaluation; searching the binary file (115, 125) for the first version of the dependency code based on the first version-specific fingerprint, wherein the binary file contains a second version of the dependency code, wherein a second version-specific fingerprint associated with the second version of the dependency code differs from the first version-specific fingerprint; and filtering cleared dependency code from the binary file to separate cleared dependency code from the custom code and altered dependency code in the binary file, wherein the altered dependency code includes the second version of the dependency code; and evaluating the custom code and the altered dependency code in the binary file (115, 125) for the security risk. receiving the binary file (115, 125) containing the custom code and the dependency code; identifying a first version-specific fingerprint associated with a first version of the dependency code, wherein the first version-specific fingerprint is a fingerprint of a cleared dependency code, the cleared dependency code is a dependency code that has passed the security evaluation; searching the binary file (115, 125) for the first version of the dependency code based on the first version-specific fingerprint, wherein the binary file contains a second version of the dependency code, wherein a second version-specific fingerprint associated with the second version of the dependency code differs from the first version-specific fingerprint; and filtering cleared dependency code from the binary file to separate cleared dependency code from the custom code and altered dependency code in the binary file, wherein the altered dependency code includes the second version of the dependency code; and evaluating the custom code and the altered dependency code in the binary file (115, 125) for the security risk.
A manufacturing method of artificial teeth using dental CT characterized by comprising the steps of: obtaining surface coordinates of human teeth whereof a damaged part was removed using a dental CT machine located at a dental clinic for a medical checkup; converting the surface coordinates of the actual teeth to CAD/CAM data; manufacturing artificial teeth by cutting metal or ceramic with a three-dimensional N/C machine using converted data; obtaining shape data of upper or lower teeth corresponding to the artificial teeth; changing the shape of the artificial teeth by direct surface processing according to shape data of the upper or lower teeth; and coating ceramic to the artificial teeth after sintering the processed artificial teeth for a predetermined period.
A method of securing a balcony to a façade of a building using an activatable balcony fixing (110, 710) including a shaft (105, 705), the method having the steps of: aligning the balcony with a projection (210, 610) of the façade, such that the activatable balcony fixing including a shaft, attached to the balcony, is aligned with a socket (204, 604) in the projection; driving the shaft (105, 705) through the socket (204, 604) in the projection via an actuator, thereby securing the balcony to the façade; and locking the balcony to the façade through one or more further fixings, wherein at least the socket (204, 604) in the projection comprises a tapered portion so as to provide tapering engagement between the shaft and the socket. aligning the balcony with a projection (210, 610) of the façade, such that the activatable balcony fixing including a shaft, attached to the balcony, is aligned with a socket (204, 604) in the projection; driving the shaft (105, 705) through the socket (204, 604) in the projection via an actuator, thereby securing the balcony to the façade; and locking the balcony to the façade through one or more further fixings, wherein at least the socket (204, 604) in the projection comprises a tapered portion so as to provide tapering engagement between the shaft and the socket.
A surgical instrument for coagulating and dissecting tissue, the surgical instrument comprising: a processor; an end effector at a distal end of the surgical instrument, the end effector configured to interact with tissue, the end effector comprising: a clamp arm comprising an electrode; an ultrasonic blade; an ultrasonic transducer acoustically coupled to the ultrasonic blade and configured to receive a drive signal from a generator to cause ultrasonic motion of the ultrasonic blade and deliver ultrasonic energy to the ultrasonic blade; wherein the processor is configured to: control delivery of RF energy to the electrode and delivery of ultrasonic energy to the ultrasonic blade based on a determination of tissue impedance of tissue engaged with the end effector; characterized in that the processor is further configured to: switch from delivery of RF energy to the electrode to delivery of ultrasonic energy to the ultrasonic blade when the tissue impedance matches a predetermined threshold value; wherein the switching comprises shutting off the RF energy. a processor; an end effector at a distal end of the surgical instrument, the end effector configured to interact with tissue, the end effector comprising: a clamp arm comprising an electrode; an ultrasonic blade; a clamp arm comprising an electrode; an ultrasonic blade; an ultrasonic transducer acoustically coupled to the ultrasonic blade and configured to receive a drive signal from a generator to cause ultrasonic motion of the ultrasonic blade and deliver ultrasonic energy to the ultrasonic blade; wherein the processor is configured to: control delivery of RF energy to the electrode and delivery of ultrasonic energy to the ultrasonic blade based on a determination of tissue impedance of tissue engaged with the end effector; characterized in that the processor is further configured to: switch from delivery of RF energy to the electrode to delivery of ultrasonic energy to the ultrasonic blade when the tissue impedance matches a predetermined threshold value; wherein the switching comprises shutting off the RF energy. switch from delivery of RF energy to the electrode to delivery of ultrasonic energy to the ultrasonic blade when the tissue impedance matches a predetermined threshold value; wherein the switching comprises shutting off the RF energy.
Use of a composite for extracting rare earth metals from an acid-leaching slurry or an acid-leaching solution in which iron ions are present as ferric cations or the ferric ions are reduced to ferrous ions, the composite comprising a cation exchange extractant such as organophosphorus acids, sulfonic acids, and carboxylic acids, a neutral extractant such as tri-n-butyl-phosphate, or an anion exchange extractant such as an amine, wherein the composite further comprises a polymer resin having at least one functional group, wherein the at least one functional group of the polymer resin is selected from phosphoric acid groups, sulfonic acid groups, and carboxylic acid groups.
Method for slicing a foodstuff bar into foodstuff slices and for portioning foodstuff slices with a slicing device which has a cutting blade by way of which the foodstuff slices are severed from the foodstuff bar, having a depositing table which is provided with transporting means and on which the foodstuff slices are configured so as to form portions, and having a conveying means having a transportation plane on which the portions are transported away, characterized in that a portion in terms of the shape thereof is subsequently modified, in particular folded, on the conveying means in that one part of the portion is lifted from the transportation plane and placed onto the other part of the portion.
Device for the compensation of harmonics that occur in current profiles in a high-voltage mains system comprising a passive filter and a controllable voltage source, which are connected in series with one another and are connectable in parallel connection to the high-voltage mains system, comprising a terminal voltage sensor for detecting a terminal voltage (u AF) dropped with respect to the earth potential at the device, comprising a closed-loop control unit, which calculates a controller manipulated voltage variable (u h,m) depending on a harmonic to be compensated for, and comprising a driving unit, which is connected to the closed-loop control unit and which generates drive signals for the controllable voltage source depending on a manipulated voltage variable (u h) provided by the closed-loop control unit on the output side, such that the controllable voltage source provides a manipulated voltage (U H) that drives a filter current (i AF) for suppressing the detected harmonic, characterized in that the closed-loop control unit comprises a signal filter for removing a mains-system-frequency component from the terminal voltage (u AF) and addition means configured for adding the filtered terminal voltage (u AF,F) and the controller manipulated voltage variable (u h,m) to obtain the manipulated voltage variable (u h), wherein provision is made of current sensor means for providing load current measurement values (i load) and filter current measurement values (i AF) and the closed-loop control unit, for the purpose of providing the controller manipulated voltage variable (u h,m), comprises a state controller, which carries out a closed-loop control on the basis of the controller manipulated voltage variable (u h,m) and the filter current measurement values (i AF) with the aid of a model of the dynamic properties of the passive filter, and an observer, on the basis of the load current measurement values (i load), calculates states (xd, ẋ d), of an undamped sustained oscillator with the resonant frequency of a harmonic to be compensated for, and a correction means determines from these states a corrected setpoint voltage (u setpoint,corr), which an adder adds to the negative output of the state controller and thereby forms the controller manipulated voltage variable (u h,m).
A pharmaceutical composition comprising at least one active pharmaceutical ingredient or a pharmaceutically acceptable salt thereof, at least one non-cellulose polysaccharide, at least one hydrophilic gelling polymer, and an effervescent system, wherein the at least one non-cellulose polysaccharide comprises glucomannan.