mhurhangee/patent-ind-claim-en huggingface dataset:
A bone fixation rod for insertion into a bone fixation system comprising: a bone fixation rod having a proximal end , a distal end , and an elongated main body there between, said elongated main body sized and shaped to engage one or more members of a bone fixation system said proximal end including an implantation instrument receiving member , said implantation instrument receiving member including a pair of arms connected with a cylindrical member extending therebetween, wherein said bone fixation rod is attached to an implantation instrument when inserting said bone fixation rod into said bone fixation system, characterized in that said cylindrical member including at least one engagement member or other frictionally engaging feature extending around the periphery thereof and substantially axially aligned with said axis, said at least one engagement member arranged about said axis to provide at least one fixed angle of engagement between said implantation instrument and said bone fixation rod ; wherein engagement of said cylindrical member of said implantation instrument receiving member with said implantation instrument provides said bone fixation rod selectable pivotable engagement and fixed engagement with respect to said implantation instrument without disengaging said bone fixation rod from said implantation instrument . a bone fixation rod having a proximal end , a distal end , and an elongated main body there between, said elongated main body sized and shaped to engage one or more members of a bone fixation system said proximal end including an implantation instrument receiving member , said implantation instrument receiving member including a pair of arms connected with a cylindrical member extending therebetween, wherein said bone fixation rod is attached to an implantation instrument when inserting said bone fixation rod into said bone fixation system, characterized in that said cylindrical member including at least one engagement member or other frictionally engaging feature extending around the periphery thereof and substantially axially aligned with said axis, said at least one engagement member arranged about said axis to provide at least one fixed angle of engagement between said implantation instrument and said bone fixation rod ; wherein engagement of said cylindrical member of said implantation instrument receiving member with said implantation instrument provides said bone fixation rod selectable pivotable engagement and fixed engagement with respect to said implantation instrument without disengaging said bone fixation rod from said implantation instrument .
A sliding spline shaft device for an automobile comprising a male spline and a female spline that is fitted to the male spline in an axially slidable manner, wherein at least one of the splines has a surface processed layer; the surface processed layer includes, an undercoat layer formed by nitriding, an intermediate layer containing a phosphate, and a topcoat layer containing a solid lubricant and a binder resin, in this order; characterised in that the undercoat layer includes a diffusion layer in which nitrogen is diffused in the base material and a compound layer containing an iron nitride in this order from the base material side, the compound layer is columnar crystals containing Fe 2-3 N and Fe 4 N, the compound layer is formed by a salt-bath nitrocarburizing method, and the compound layer is porous. a female spline that is fitted to the male spline in an axially slidable manner, wherein at least one of the splines has a surface processed layer; the surface processed layer includes, an undercoat layer formed by nitriding, an intermediate layer containing a phosphate, and a topcoat layer containing a solid lubricant and a binder resin, in this order; characterised in that the undercoat layer includes a diffusion layer in which nitrogen is diffused in the base material and a compound layer containing an iron nitride in this order from the base material side, the compound layer is columnar crystals containing Fe 2-3 N and Fe 4 N, the compound layer is formed by a salt-bath nitrocarburizing method, and the compound layer is porous.
Portable peripheral for communication with a data network utilising the internet protocol, which peripheral comprises: - a connector for mechanically connecting and establishing a wired communication, in a detachable manner, between the peripheral and a mobile terminal; - a first means for two-way wired communication with the mobile terminal; - a second means for two-way communication with the data network ; - a unit for securing communication between the mobile terminal and the data network, this communication being carried out between the first and second communication means; and - an electricity storage unit connected to at least one electronic circuit of the peripheral and configured to cause, when electricity is transmitted to each said circuit, the destruction of each said circuit, and wherein the electricity stored in the storage unit is transmitted to each said circuit when, on the peripheral, a means for detecting an integrity anomaly identifies the presence of a logical integrity anomaly, wherein the anomaly detection unit is reinforced by an automatic learning algorithm for detecting anomalies, on the peripheral, and wherein, when a first anomaly is detected, the peripheral is logically deactivated and, on detection of a second anomaly, subsequent in time to the first anomaly, the electricity stored in the storage unit is transmitted to each electronic circuit of the peripheral to be destroyed. - a connector for mechanically connecting and establishing a wired communication, in a detachable manner, between the peripheral and a mobile terminal; - a first means for two-way wired communication with the mobile terminal; - a second means for two-way communication with the data network ; - a unit for securing communication between the mobile terminal and the data network, this communication being carried out between the first and second communication means; and - an electricity storage unit connected to at least one electronic circuit of the peripheral and configured to cause, when electricity is transmitted to each said circuit, the destruction of each said circuit, and wherein the electricity stored in the storage unit is transmitted to each said circuit when, on the peripheral, a means for detecting an integrity anomaly identifies the presence of a logical integrity anomaly, wherein the anomaly detection unit is reinforced by an automatic learning algorithm for detecting anomalies, on the peripheral, and wherein, when a first anomaly is detected, the peripheral is logically deactivated and, on detection of a second anomaly, subsequent in time to the first anomaly, the electricity stored in the storage unit is transmitted to each electronic circuit of the peripheral to be destroyed.
An endoscope connecting structure, comprising: an accommodating housing , provided therein with an accommodating space; a transmission element , slidably provided in the accommodating space; traction wire mounting elements , respectively provided at two ends of the transmission element and located in the accommodating space; and traction wires , wherein one end of each of the traction wires is fixedly connected to a corresponding one of the traction wire mounting elements ; characterized in that the accommodating housing is U-shaped, V-shaped or W-shaped and provided with a hollow structure; the hollow structure of the accommodating housing forms the accommodating space; the transmission element is slidable and rollable along an inner wall of the accommodating space; each of the two arms of the accommodating housing is provided at its external side with a wire passage ; and the traction wires are respectively connected to the traction wire mounting elements through the wire passages . an accommodating housing , provided therein with an accommodating space; a transmission element , slidably provided in the accommodating space; traction wire mounting elements , respectively provided at two ends of the transmission element and located in the accommodating space; and traction wires , wherein one end of each of the traction wires is fixedly connected to a corresponding one of the traction wire mounting elements ; characterized in that the accommodating housing is U-shaped, V-shaped or W-shaped and provided with a hollow structure; the hollow structure of the accommodating housing forms the accommodating space; the transmission element is slidable and rollable along an inner wall of the accommodating space; each of the two arms of the accommodating housing is provided at its external side with a wire passage ; and the traction wires are respectively connected to the traction wire mounting elements through the wire passages .
A zeolite coating assembly for the preparation of durable and versatile coatings, comprising at least one feeding tank providing synthesis solution to be used for coating a substrate surface through induction heating via an induction coil connected to an induction device ; said zeolite coating assembly further comprises a pump which enables circulation of the synthesis solution via a pipeline (P); said zeolite coating assembly further comprises a heat exchanger for changing the temperature of the circulating synthesis solution leaving the reactor as heated; characterized in that said coating assembly comprises a reactor, made of a material with low electrical conductivity, housed inside said cylindrical induction coil;said coating assembly further comprises a cylindrical metal substrate, made of an electrically conductive material, placed inside the reactor;said cylindrical metal substrate further comprises wire meshes, porous or non-porous metals. said zeolite coating assembly further comprises a pump which enables circulation of the synthesis solution via a pipeline (P); said zeolite coating assembly further comprises a heat exchanger for changing the temperature of the circulating synthesis solution leaving the reactor as heated;
Device for identifying a proper belt usage status of a seat belt of a seat belt device in a motor vehicle, comprising - a sensor device which is at least partially arranged in or on the seat belt and is configured to output at least one sensor value which depends on an arrangement of the seat belt ; and - an evaluation device which is designed to determine on the basis of the sensor value output by means of the sensor device whether an occupant of the motor vehicle has fastened the seat belt properly, wherein the sensor device comprises at least one microphone which is arranged on the seat belt and is designed to output a microphone signal corresponding to at least one recorded sound signal , wherein the evaluation device is configured to determine on the basis of the microphone signal whether the occupant has fastened the seat belt properly, characterised in that at least one loudspeaker of the motor vehicle generates the sound signal . - a sensor device which is at least partially arranged in or on the seat belt and is configured to output at least one sensor value which depends on an arrangement of the seat belt ; and - an evaluation device which is designed to determine on the basis of the sensor value output by means of the sensor device whether an occupant of the motor vehicle has fastened the seat belt properly, wherein the sensor device comprises at least one microphone which is arranged on the seat belt and is designed to output a microphone signal corresponding to at least one recorded sound signal , wherein the evaluation device is configured to determine on the basis of the microphone signal whether the occupant has fastened the seat belt properly, characterised in that at least one loudspeaker of the motor vehicle generates the sound signal .
A bracing system comprising a plurality of bracing devices (22; 110; 140), each bracing device comprising an endless screw cooperating with a toothed wheel , a nut coupled to the toothed wheel and comprising a first at least partly threaded opening , an at least partly threaded rod cooperating with the first opening, a plate coupled to the rod, and a torque-limiting mechanism between the wheel and the nut or between a drive shaft and the endless screw, wherein the endless screws of the bracing devices are simultaneously rotated by a drive mechanism .
A gas burner with a switchable flame comprising: a combustion chamber having a bottom and a circumferential crenellated wall ; a plurality of fuel exit ports disposed in the circumferential crenellated wall , the fuel exit ports directed generally inwardly toward the combustion chamber and upwardly from the bottom of the combustion chamber ; a swirl spreader disposed above a burner base which defines a top portion of the circumferential crenellated wall of the combustion chamber ; and an annular burner cap set that includes an inner flame burner cap and a vertical flame burner cap ; wherein the inner flame burner cap and the vertical flame burner cap are selectively and alternatively positionable on the crenellated wall to define respectively an inner flame state where the flame is projected into said combustion chamber and a vertical flame state , where a vertical flame is projected up of the fuel exit ports . a combustion chamber having a bottom and a circumferential crenellated wall ; a plurality of fuel exit ports disposed in the circumferential crenellated wall , the fuel exit ports directed generally inwardly toward the combustion chamber and upwardly from the bottom of the combustion chamber ; a swirl spreader disposed above a burner base which defines a top portion of the circumferential crenellated wall of the combustion chamber ; and an annular burner cap set that includes an inner flame burner cap and a vertical flame burner cap ; wherein the inner flame burner cap and the vertical flame burner cap are selectively and alternatively positionable on the crenellated wall to define respectively an inner flame state where the flame is projected into said combustion chamber and a vertical flame state , where a vertical flame is projected up of the fuel exit ports .
A heat exchanger , in particular for a motor vehicle, comprising: - a first manifold comprising a first tank and a first header , - a second manifold , comprising a second tank and a second header , - a connection block comprising an inlet R in and an outlet R out for a fluid, wherein the connection block is fluidly connected with the first manifold , - a plurality of tubes forming at least one stack deployed between the first manifold and the second manifold , the tubes comprising open ends received in the manifolds , wherein the first manifold and the second manifold are fluidly connected with each other forming a primary pass and a secondary pass for a fluid, characterised in that the primary pass is defined by at least two tubes located on the terminal ends of the stack and the secondary pass is located between the tubes forming the primary pass , wherein the tubes are arranged in a first stack comprising a first stacking direction, a second stack comprising a second stacking direction being parallel to the first stacking direction, wherein the second stack is distanced from the first stack in a third direction being perpendicular to the first stacking direction and the second stacking direction, wherein the first stack comprises tube portions (P1), (P2) and (S1), wherein tube portion (P1) and tube portion (P2) form the primary pass within the first stack and tube portion (S1) forms the secondary pass for the first stack, wherein the second stack comprises secondary tube portions (P3), (P4) and (S2), wherein tube portion (P3) and tube portion (P4) form the primary pass for the second stack and tube portion (S2) forms the secondary pass for the second stack, wherein the tube portion (S2) is located between the tube portions (P3), (P4) forming the primary pass . - a first manifold comprising a first tank and a first header , - a second manifold , comprising a second tank and a second header , - a connection block comprising an inlet R in and an outlet R out for a fluid, wherein the connection block is fluidly connected with the first manifold , - a plurality of tubes forming at least one stack deployed between the first manifold and the second manifold , the tubes comprising open ends received in the manifolds ,
Sealing arrangement for a turbomachine, the sealing arrangement comprising: - a carrier designed as an annular part, having a fastening portion for fastening the sealing arrangement to a stator part and a holding region , arranged radially inside the fastening portion, for holding a radial gap seal ; and - an annular sealing plate which protrudes in the axial direction (X) from the carrier and is welded to the carrier radially outside the holding region , characterized in that the carrier is designed as a turned part. - a carrier designed as an annular part, having a fastening portion for fastening the sealing arrangement to a stator part and a holding region , arranged radially inside the fastening portion, for holding a radial gap seal ; and - an annular sealing plate which protrudes in the axial direction (X) from the carrier and is welded to the carrier radially outside the holding region , characterized in that the carrier is designed as a turned part.
A cosmetic method of skin whitening, comprising a step of providing a subject in need with an effective amount of any one of to below: cannabidiol or a pharmaceutically acceptable salt or ester thereof; and a plant extract containing cannabidiol, preferably, a cannabis extract containing cannabidiol, and preferably, an industrial cannabis extract containing cannabidiol. cannabidiol or a pharmaceutically acceptable salt or ester thereof; and a plant extract containing cannabidiol, preferably, a cannabis extract containing cannabidiol, and preferably, an industrial cannabis extract containing cannabidiol.
A composition comprising a cytotoxic agent and a thymic stromal lymphopoietin (TSLP) inducer, wherein the TSLP inducer comprises about 0.002% to about 0.005% calcipotriol, for use in the treatment or prevention of a precancerous skin lesion, wherein the treatment comprises topically administering the composition to the lesion.
Method for producing a stator having a stator body and at least one coil mounted thereon, which coil is formed by automated insertion of coil wire with a plurality of windings into a coil space of the stator , wherein the coil space comprises a number of coil grooves , which are delimited by pole tips and a stator wall of the stator , characterized by the following method steps: - inserting at least one spacer element in such a way that at least one hollow space delimited by the at least one spacer element is produced in the winding structure of the coil or in at least one of the coil grooves when the coil wire is inserted into the coil space in automated fashion, - inserting the coil wire into the coil space in automated fashion, - removing the at least one spacer element from the winding structure of the coil or from the at least one coil groove , and - introducing at least one temperature sensor element into the remaining at least one hollow space in the winding structure of the coil or the at least one coil groove in order to detect the temperature of the coil during operation and/or - plugging and introducing at least one tubular insulating element onto at least one wire end section and into the remaining at least one hollow space in the at least one coil groove . - inserting at least one spacer element in such a way that at least one hollow space delimited by the at least one spacer element is produced in the winding structure of the coil or in at least one of the coil grooves when the coil wire is inserted into the coil space in automated fashion, - inserting the coil wire into the coil space in automated fashion, - removing the at least one spacer element from the winding structure of the coil or from the at least one coil groove , and - introducing at least one temperature sensor element into the remaining at least one hollow space in the winding structure of the coil or the at least one coil groove in order to detect the temperature of the coil during operation and/or - plugging and introducing at least one tubular insulating element onto at least one wire end section and into the remaining at least one hollow space in the at least one coil groove .
An automatic analysis system comprising: a plurality of devices that are disposed in an automatic analysis area and includes an analyzing unit included in an automatic analyzer ; and a robot that moves in the automatic analysis area , wherein an operation screen of the analyzing unit has a first screen mode for displaying a state of the analyzing unit using characters and images for an operator and a second screen mode for displaying an information tag for communicating information with the robot and is switchable between the first screen mode and the second screen mode, and wherein the robot comprises a sensor device being configured to read the information tag from the operation screen in the second screen mode to obtain state information of the analyzing unit for recognizing a reagent and/or a consumable to be loaded or discharged. a plurality of devices that are disposed in an automatic analysis area and includes an analyzing unit included in an automatic analyzer ; and a robot that moves in the automatic analysis area , wherein an operation screen of the analyzing unit has a first screen mode for displaying a state of the analyzing unit using characters and images for an operator and a second screen mode for displaying an information tag for communicating information with the robot and is switchable between the first screen mode and the second screen mode, and wherein the robot comprises a sensor device being configured to read the information tag from the operation screen in the second screen mode to obtain state information of the analyzing unit for recognizing a reagent and/or a consumable to be loaded or discharged.